Split (1)

train · 1.37k rows

instruction stringclasses 1 value	input stringlengths 760 11.8k	output stringlengths 18 24
Your task is to analyze terminal XML logs and determine whether the timestamp in the TARGET LINE belongs to a "new event" or an "old event". ### DEFINITION OF A NEW EVENT: 1. Explicit Prompts: The very first `<user_input>` that immediately follows a shell prompt (e.g., `demo@faiserver:~$`). 2. Phase Transitions: In automated logs, moving from one major build stage to another (e.g., from 'fai-mirror finished' to 'Copying the nfsroot'). 3. Internal Logic: Shifts from downloading to processing. ### WHAT IS NOT A NEW EVENT (OLD EVENT): - User Input / Keystrokes: A user typing a command, including pressing the Enter key (a newline `\n`), is just the completion of the input phase. - Incomplete Tasks: Continuous system output without a clear phase shift. CRITICAL INSTRUCTION: You must classify ONLY the timestamp found in the "### TARGET LINE" section. Do NOT extract timestamps from the "### CONTEXT" section. Output only the timestamp and the classification. Do NOT use brackets, periods, explanations, or markdown formatting. Output Format Example 1: 39.229814, old event Output Format Example 2: 111.602501, new event	### CONTEXT (Previous Events): <user_input timestamp="8231.930225">w</user_input> <system_output timestamp="8231.950225">w</system_output> <user_input timestamp="8232.269038">s</user_input> <system_output timestamp="8232.28745">s</system_output> <user_input timestamp="8232.354329">.</user_input> <system_output timestamp="8232.370265">.</system_output> <user_input timestamp="8232.697529">'</user_input> <system_output timestamp="8232.704818">'</system_output> <user_input timestamp="8233.163696"> </user_input> <system_output timestamp="8233.18096"> [?2004l </system_output> <system_output timestamp="8233.192653">sudo: unable to resolve host faiserver: Name or service not known </system_output> <system_output timestamp="8233.293096">[master 7ca7111] add a class for 3d printing workflows. </system_output> <system_output timestamp="8233.293779"> 1 file changed, 9 insertions(+) create mode 100644 package_config/PRINTERDEV </system_output> <system_output timestamp="8233.29649">[?2004h]0;demo@faiserver: /home/fai/config/package_configdemo@faiserver:/home/fai/config/package_config$ </system_output> ### TARGET LINE (Extract and Classify THIS Timestamp): <user_input timestamp="8237.499215">c</user_input>	8237.499215, new event
Your task is to analyze terminal XML logs and determine whether the timestamp in the TARGET LINE belongs to a "new event" or an "old event". ### DEFINITION OF A NEW EVENT: 1. Explicit Prompts: The very first `<user_input>` that immediately follows a shell prompt (e.g., `demo@faiserver:~$`). 2. Phase Transitions: In automated logs, moving from one major build stage to another (e.g., from 'fai-mirror finished' to 'Copying the nfsroot'). 3. Internal Logic: Shifts from downloading to processing. ### WHAT IS NOT A NEW EVENT (OLD EVENT): - User Input / Keystrokes: A user typing a command, including pressing the Enter key (a newline `\n`), is just the completion of the input phase. - Incomplete Tasks: Continuous system output without a clear phase shift. CRITICAL INSTRUCTION: You must classify ONLY the timestamp found in the "### TARGET LINE" section. Do NOT extract timestamps from the "### CONTEXT" section. Output only the timestamp and the classification. Do NOT use brackets, periods, explanations, or markdown formatting. Output Format Example 1: 39.229814, old event Output Format Example 2: 111.602501, new event	### CONTEXT (Previous Events): <system_output timestamp="8267.214923">I: Retrieving liblocale-gettext-perl 1.07-5 </system_output> <system_output timestamp="8267.221192">I: Validating liblocale-gettext-perl 1.07-5 </system_output> <system_output timestamp="8267.236395">I: Retrieving liblz4-1 1.9.4-1 </system_output> <system_output timestamp="8267.243032">I: Validating liblz4-1 1.9.4-1 </system_output> <system_output timestamp="8267.258289">I: Retrieving liblzma5 5.4.1-0.2 </system_output> <system_output timestamp="8267.265202">... [TRUNCATED TO SAVE SPACE] ...</system_output> <system_output timestamp="8267.280277">... [TRUNCATED TO SAVE SPACE] ...</system_output> <system_output timestamp="8267.287039">... [TRUNCATED TO SAVE SPACE] ...</system_output> <system_output timestamp="8267.300768">... [TRUNCATED TO SAVE SPACE] ...</system_output> <system_output timestamp="8267.307687">I: Validating libmnl0 1.0.4-3 </system_output> <system_output timestamp="8267.324635">I: Retrieving libmount1 2.38.1-5+deb12u1 </system_output> <system_output timestamp="8267.331416">I: Validating libmount1 2.38.1-5+deb12u1 </system_output> <system_output timestamp="8267.347312">I: Retrieving libncursesw6 6.4-4 </system_output> <system_output timestamp="8267.354589">I: Validating libncursesw6 6.4-4 </system_output> ### TARGET LINE (Extract and Classify THIS Timestamp): <system_output timestamp="8267.372429">I: Retrieving libnettle8 3.8.1-2 </system_output>	8267.372429, old event
Your task is to analyze terminal XML logs and determine whether the timestamp in the TARGET LINE belongs to a "new event" or an "old event". ### DEFINITION OF A NEW EVENT: 1. Explicit Prompts: The very first `<user_input>` that immediately follows a shell prompt (e.g., `demo@faiserver:~$`). 2. Phase Transitions: In automated logs, moving from one major build stage to another (e.g., from 'fai-mirror finished' to 'Copying the nfsroot'). 3. Internal Logic: Shifts from downloading to processing. ### WHAT IS NOT A NEW EVENT (OLD EVENT): - User Input / Keystrokes: A user typing a command, including pressing the Enter key (a newline `\n`), is just the completion of the input phase. - Incomplete Tasks: Continuous system output without a clear phase shift. CRITICAL INSTRUCTION: You must classify ONLY the timestamp found in the "### TARGET LINE" section. Do NOT extract timestamps from the "### CONTEXT" section. Output only the timestamp and the classification. Do NOT use brackets, periods, explanations, or markdown formatting. Output Format Example 1: 39.229814, old event Output Format Example 2: 111.602501, new event	### CONTEXT (Previous Events): <system_output timestamp="8268.476405">I: Retrieving ncurses-bin 6.4-4 </system_output> <system_output timestamp="8268.483483">I: Validating ncurses-bin 6.4-4 </system_output> <system_output timestamp="8268.501138">I: Retrieving netbase 6.4 </system_output> <system_output timestamp="8268.50717">I: Validating netbase 6.4 </system_output> <system_output timestamp="8268.520644">I: Retrieving nftables 1.0.6-2+deb12u2 </system_output> <system_output timestamp="8268.526586">... [TRUNCATED TO SAVE SPACE] ...</system_output> <system_output timestamp="8268.540916">... [TRUNCATED TO SAVE SPACE] ...</system_output> <system_output timestamp="8268.54859">... [TRUNCATED TO SAVE SPACE] ...</system_output> <system_output timestamp="8268.568447">... [TRUNCATED TO SAVE SPACE] ...</system_output> <system_output timestamp="8268.576817">I: Validating perl-base 5.36.0-7+deb12u1 </system_output> <system_output timestamp="8268.601206">I: Retrieving procps 2:4.0.2-3 </system_output> <system_output timestamp="8268.609303">I: Validating procps 2:4.0.2-3 </system_output> <system_output timestamp="8268.628149">I: Retrieving readline-common 8.2-1.3 </system_output> <system_output timestamp="8268.634697">I: Validating readline-common 8.2-1.3 </system_output> ### TARGET LINE (Extract and Classify THIS Timestamp): <system_output timestamp="8268.650707">I: Retrieving sed 4.9-1 </system_output>	8268.650707, old event
Your task is to analyze terminal XML logs and determine whether the timestamp in the TARGET LINE belongs to a "new event" or an "old event". ### DEFINITION OF A NEW EVENT: 1. Explicit Prompts: The very first `<user_input>` that immediately follows a shell prompt (e.g., `demo@faiserver:~$`). 2. Phase Transitions: In automated logs, moving from one major build stage to another (e.g., from 'fai-mirror finished' to 'Copying the nfsroot'). 3. Internal Logic: Shifts from downloading to processing. ### WHAT IS NOT A NEW EVENT (OLD EVENT): - User Input / Keystrokes: A user typing a command, including pressing the Enter key (a newline `\n`), is just the completion of the input phase. - Incomplete Tasks: Continuous system output without a clear phase shift. CRITICAL INSTRUCTION: You must classify ONLY the timestamp found in the "### TARGET LINE" section. Do NOT extract timestamps from the "### CONTEXT" section. Output only the timestamp and the classification. Do NOT use brackets, periods, explanations, or markdown formatting. Output Format Example 1: 39.229814, old event Output Format Example 2: 111.602501, new event	### CONTEXT (Previous Events): <system_output timestamp="8270.027107">I: Extracting dash... </system_output> <system_output timestamp="8270.045865">I: Extracting debconf... </system_output> <system_output timestamp="8270.067668">I: Extracting debian-archive-keyring... </system_output> <system_output timestamp="8270.09321">I: Extracting debianutils... </system_output> <system_output timestamp="8270.111901">I: Extracting diffutils... </system_output> <system_output timestamp="8270.165627">... [TRUNCATED TO SAVE SPACE] ...</system_output> <system_output timestamp="8270.401546">... [TRUNCATED TO SAVE SPACE] ...</system_output> <system_output timestamp="8270.4904">... [TRUNCATED TO SAVE SPACE] ...</system_output> <system_output timestamp="8270.569788">... [TRUNCATED TO SAVE SPACE] ...</system_output> <system_output timestamp="8270.583569">I: Extracting gpgv... </system_output> <system_output timestamp="8270.631278">I: Extracting grep... </system_output> <system_output timestamp="8270.678696">I: Extracting gzip... </system_output> <system_output timestamp="8270.704686">I: Extracting hostname... </system_output> <system_output timestamp="8270.715039">I: Extracting init-system-helpers... </system_output> ### TARGET LINE (Extract and Classify THIS Timestamp): <system_output timestamp="8270.73143">I: Extracting libacl1... </system_output>	8270.73143, old event
Your task is to analyze terminal XML logs and determine whether the timestamp in the TARGET LINE belongs to a "new event" or an "old event". ### DEFINITION OF A NEW EVENT: 1. Explicit Prompts: The very first `<user_input>` that immediately follows a shell prompt (e.g., `demo@faiserver:~$`). 2. Phase Transitions: In automated logs, moving from one major build stage to another (e.g., from 'fai-mirror finished' to 'Copying the nfsroot'). 3. Internal Logic: Shifts from downloading to processing. ### WHAT IS NOT A NEW EVENT (OLD EVENT): - User Input / Keystrokes: A user typing a command, including pressing the Enter key (a newline `\n`), is just the completion of the input phase. - Incomplete Tasks: Continuous system output without a clear phase shift. CRITICAL INSTRUCTION: You must classify ONLY the timestamp found in the "### TARGET LINE" section. Do NOT extract timestamps from the "### CONTEXT" section. Output only the timestamp and the classification. Do NOT use brackets, periods, explanations, or markdown formatting. Output Format Example 1: 39.229814, old event Output Format Example 2: 111.602501, new event	### CONTEXT (Previous Events): <system_output timestamp="8392.736176">Unpacking libmagic-mgc (1:5.44-3) ... </system_output> <system_output timestamp="8392.981819">Selecting previously unselected package libmagic1:i386. </system_output> <system_output timestamp="8392.983516">Preparing to unpack .../06-libmagic1_1%3a5.44-3_i386.deb ... </system_output> <system_output timestamp="8392.985623">Unpacking libmagic1:i386 (1:5.44-3) ... </system_output> <system_output timestamp="8393.05844">Selecting previously unselected package file. </system_output> <system_output timestamp="8393.06082">... [TRUNCATED TO SAVE SPACE] ...</system_output> <system_output timestamp="8393.061782">... [TRUNCATED TO SAVE SPACE] ...</system_output> <system_output timestamp="8393.0989">... [TRUNCATED TO SAVE SPACE] ...</system_output> <system_output timestamp="8393.101239">... [TRUNCATED TO SAVE SPACE] ...</system_output> <system_output timestamp="8393.102055">Unpacking debconf-utils (1.5.82) ... </system_output> <system_output timestamp="8393.162444">Selecting previously unselected package kpartx. </system_output> <system_output timestamp="8393.164322">Preparing to unpack .../09-kpartx_0.9.4-3+deb12u1_i386.deb ... </system_output> <system_output timestamp="8393.165177">Unpacking kpartx (0.9.4-3+deb12u1) ... </system_output> <system_output timestamp="8393.204959">Selecting previously unselected package dracut-core. </system_output> ### TARGET LINE (Extract and Classify THIS Timestamp): <system_output timestamp="8393.207539">Preparing to unpack .../10-dracut-core_059-4_i386.deb ... </system_output>	8393.207539, old event
Your task is to analyze terminal XML logs and determine whether the timestamp in the TARGET LINE belongs to a "new event" or an "old event". ### DEFINITION OF A NEW EVENT: 1. Explicit Prompts: The very first `<user_input>` that immediately follows a shell prompt (e.g., `demo@faiserver:~$`). 2. Phase Transitions: In automated logs, moving from one major build stage to another (e.g., from 'fai-mirror finished' to 'Copying the nfsroot'). 3. Internal Logic: Shifts from downloading to processing. ### WHAT IS NOT A NEW EVENT (OLD EVENT): - User Input / Keystrokes: A user typing a command, including pressing the Enter key (a newline `\n`), is just the completion of the input phase. - Incomplete Tasks: Continuous system output without a clear phase shift. CRITICAL INSTRUCTION: You must classify ONLY the timestamp found in the "### TARGET LINE" section. Do NOT extract timestamps from the "### CONTEXT" section. Output only the timestamp and the classification. Do NOT use brackets, periods, explanations, or markdown formatting. Output Format Example 1: 39.229814, old event Output Format Example 2: 111.602501, new event	### CONTEXT (Previous Events): <system_output timestamp="8393.05844">Selecting previously unselected package file. </system_output> <system_output timestamp="8393.06082">Preparing to unpack .../07-file_1%3a5.44-3_i386.deb ... </system_output> <system_output timestamp="8393.061782">Unpacking file (1:5.44-3) ... </system_output> <system_output timestamp="8393.0989">Selecting previously unselected package debconf-utils. </system_output> <system_output timestamp="8393.101239">Preparing to unpack .../08-debconf-utils_1.5.82_all.deb ... </system_output> <system_output timestamp="8393.102055">... [TRUNCATED TO SAVE SPACE] ...</system_output> <system_output timestamp="8393.162444">... [TRUNCATED TO SAVE SPACE] ...</system_output> <system_output timestamp="8393.164322">... [TRUNCATED TO SAVE SPACE] ...</system_output> <system_output timestamp="8393.165177">... [TRUNCATED TO SAVE SPACE] ...</system_output> <system_output timestamp="8393.204959">Selecting previously unselected package dracut-core. </system_output> <system_output timestamp="8393.207539">Preparing to unpack .../10-dracut-core_059-4_i386.deb ... </system_output> <system_output timestamp="8393.209514">Unpacking dracut-core (059-4) ... </system_output> <system_output timestamp="8393.63985">Selecting previously unselected package dracut-config-generic. </system_output> <system_output timestamp="8393.642198">Preparing to unpack .../11-dracut-config-generic_059-4_all.deb ... </system_output> ### TARGET LINE (Extract and Classify THIS Timestamp): <system_output timestamp="8393.642529">Unpacking dracut-config-generic (059-4) ... </system_output>	8393.642529, old event
Your task is to analyze terminal XML logs and determine whether the timestamp in the TARGET LINE belongs to a "new event" or an "old event". ### DEFINITION OF A NEW EVENT: 1. Explicit Prompts: The very first `<user_input>` that immediately follows a shell prompt (e.g., `demo@faiserver:~$`). 2. Phase Transitions: In automated logs, moving from one major build stage to another (e.g., from 'fai-mirror finished' to 'Copying the nfsroot'). 3. Internal Logic: Shifts from downloading to processing. ### WHAT IS NOT A NEW EVENT (OLD EVENT): - User Input / Keystrokes: A user typing a command, including pressing the Enter key (a newline `\n`), is just the completion of the input phase. - Incomplete Tasks: Continuous system output without a clear phase shift. CRITICAL INSTRUCTION: You must classify ONLY the timestamp found in the "### TARGET LINE" section. Do NOT extract timestamps from the "### CONTEXT" section. Output only the timestamp and the classification. Do NOT use brackets, periods, explanations, or markdown formatting. Output Format Example 1: 39.229814, old event Output Format Example 2: 111.602501, new event	### CONTEXT (Previous Events): <system_output timestamp="8394.835872">Selecting previously unselected package syslinux-efi. </system_output> <system_output timestamp="8394.838179">Preparing to unpack .../27-syslinux-efi_3%3a6.04~git20190206.bf6db5b4+dfsg1-3_all.deb ... </system_output> <system_output timestamp="8394.838544">Unpacking syslinux-efi (3:6.04~git20190206.bf6db5b4+dfsg1-3) ... </system_output> <system_output timestamp="8394.920459">Selecting previously unselected package patch. </system_output> <system_output timestamp="8394.922887">Preparing to unpack .../28-patch_2.7.6-7_i386.deb ... </system_output> <system_output timestamp="8394.923468">... [TRUNCATED TO SAVE SPACE] ...</system_output> <system_output timestamp="8394.993203">... [TRUNCATED TO SAVE SPACE] ...</system_output> <system_output timestamp="8394.995425">... [TRUNCATED TO SAVE SPACE] ...</system_output> <system_output timestamp="8395.013906">... [TRUNCATED TO SAVE SPACE] ...</system_output> <system_output timestamp="8395.015636">Unpacking fai-nfsroot (6.0.3+deb12u1) ... </system_output> <system_output timestamp="8395.065724">Setting up libmagic-mgc (1:5.44-3) ... </system_output> <system_output timestamp="8395.066752">Setting up libmagic1:i386 (1:5.44-3) ... </system_output> <system_output timestamp="8395.068045">Setting up liblzo2-2:i386 (2.10-2) ... </system_output> <system_output timestamp="8395.069359">Setting up file (1:5.44-3) ... </system_output> ### TARGET LINE (Extract and Classify THIS Timestamp): <system_output timestamp="8395.070447">Setting up pxelinux (3:6.04~git20190206.bf6db5b4+dfsg1-3) ... </system_output>	8395.070447, old event
Your task is to analyze terminal XML logs and determine whether the timestamp in the TARGET LINE belongs to a "new event" or an "old event". ### DEFINITION OF A NEW EVENT: 1. Explicit Prompts: The very first `<user_input>` that immediately follows a shell prompt (e.g., `demo@faiserver:~$`). 2. Phase Transitions: In automated logs, moving from one major build stage to another (e.g., from 'fai-mirror finished' to 'Copying the nfsroot'). 3. Internal Logic: Shifts from downloading to processing. ### WHAT IS NOT A NEW EVENT (OLD EVENT): - User Input / Keystrokes: A user typing a command, including pressing the Enter key (a newline `\n`), is just the completion of the input phase. - Incomplete Tasks: Continuous system output without a clear phase shift. CRITICAL INSTRUCTION: You must classify ONLY the timestamp found in the "### TARGET LINE" section. Do NOT extract timestamps from the "### CONTEXT" section. Output only the timestamp and the classification. Do NOT use brackets, periods, explanations, or markdown formatting. Output Format Example 1: 39.229814, old event Output Format Example 2: 111.602501, new event	### CONTEXT (Previous Events): <system_output timestamp="8399.515557">Get:29 http://127.0.0.1:3142/ftp.de.debian.org/debian bookworm/main i386 nfs-common i386 1:2.6.2-4 [274 kB] </system_output> <system_output timestamp="8399.521826">Get:30 http://127.0.0.1:3142/ftp.de.debian.org/debian bookworm/main i386 libcbor0.8 i386 0.8.0-2+b1 [29.8 kB] </system_output> <system_output timestamp="8399.524558">Get:31 http://127.0.0.1:3142/ftp.de.debian.org/debian bookworm/main i386 libfido2-1 i386 1.12.0-2+b1 [87.0 kB] </system_output> <system_output timestamp="8399.526476">Get:32 http://127.0.0.1:3142/ftp.de.debian.org/debian bookworm/main i386 openssh-client i386 1:9.2p1-2+deb12u3 [1008 kB] </system_output> <system_output timestamp="8399.543308">Get:33 http://127.0.0.1:3142/ftp.de.debian.org/debian bookworm/main i386 openssh-sftp-server i386 1:9.2p1-2+deb12u3 [70.2 kB] </system_output> <system_output timestamp="8399.545713">... [TRUNCATED TO SAVE SPACE] ...</system_output> <system_output timestamp="8399.546368">... [TRUNCATED TO SAVE SPACE] ...</system_output> <system_output timestamp="8399.54735">... [TRUNCATED TO SAVE SPACE] ...</system_output> <system_output timestamp="8399.557541">... [TRUNCATED TO SAVE SPACE] ...</system_output> <system_output timestamp="8399.564693">Get:37 http://127.0.0.1:3142/ftp.de.debian.org/debian bookworm/main i386 uuid-runtime i386 2.38.1-5+deb12u1 [49.9 kB] Get:38 http://127.0.0.1:3142/ftp.de.debian.org/debian bookworm/main i386 install-info i386 6.8-6+b1 [174 kB] </system_output> <system_output timestamp="8399.56747">Get:39 http://127.0.0.1:3142/ftp.de.debian.org/debian bookworm/main i386 bzip2 i386 1.0.8-5+b1 [50.1 kB] </system_output> <system_output timestamp="8399.568905">Get:40 http://127.0.0.1:3142/ftp.de.debian.org/debian bookworm/main i386 openssl i386 3.0.14-1~deb12u1 [1428 kB] </system_output> <system_output timestamp="8399.61863">Get:41 http://127.0.0.1:3142/ftp.de.debian.org/debian bookworm/main i386 ca-certificates all 20230311 [153 kB] </system_output> <system_output timestamp="8399.621336">Get:42 http://127.0.0.1:3142/ftp.de.debian.org/debian bookworm/main i386 gettext-base i386 0.21-12 [162 kB] </system_output> ### TARGET LINE (Extract and Classify THIS Timestamp): <system_output timestamp="8399.624086">Get:43 http://127.0.0.1:3142/ftp.de.debian.org/debian bookworm/main i386 netcat-traditional i386 1.10-47 [68.4 kB] </system_output>	8399.624086, old event
Your task is to analyze terminal XML logs and determine whether the timestamp in the TARGET LINE belongs to a "new event" or an "old event". ### DEFINITION OF A NEW EVENT: 1. Explicit Prompts: The very first `<user_input>` that immediately follows a shell prompt (e.g., `demo@faiserver:~$`). 2. Phase Transitions: In automated logs, moving from one major build stage to another (e.g., from 'fai-mirror finished' to 'Copying the nfsroot'). 3. Internal Logic: Shifts from downloading to processing. ### WHAT IS NOT A NEW EVENT (OLD EVENT): - User Input / Keystrokes: A user typing a command, including pressing the Enter key (a newline `\n`), is just the completion of the input phase. - Incomplete Tasks: Continuous system output without a clear phase shift. CRITICAL INSTRUCTION: You must classify ONLY the timestamp found in the "### TARGET LINE" section. Do NOT extract timestamps from the "### CONTEXT" section. Output only the timestamp and the classification. Do NOT use brackets, periods, explanations, or markdown formatting. Output Format Example 1: 39.229814, old event Output Format Example 2: 111.602501, new event	### CONTEXT (Previous Events): <system_output timestamp="8399.818149">Get:68 http://127.0.0.1:3142/ftp.de.debian.org/debian bookworm/main i386 libdiscover2 i386 2.1.2-10 [94.2 kB] </system_output> <system_output timestamp="8399.820178">Get:69 http://127.0.0.1:3142/ftp.de.debian.org/debian bookworm/main i386 discover i386 2.1.2-10 [43.3 kB] </system_output> <system_output timestamp="8399.822385">Get:70 http://127.0.0.1:3142/ftp.de.debian.org/debian bookworm/main i386 libdevmapper-event1.02.1 i386 2:1.02.185-2 [12.3 kB] Get:71 http://127.0.0.1:3142/ftp.de.debian.org/debian bookworm/main i386 libaio1 i386 0.3.113-4 [13.5 kB] </system_output> <system_output timestamp="8399.823977">Get:72 http://127.0.0.1:3142/ftp.de.debian.org/debian bookworm/main i386 liblvm2cmd2.03 i386 2.03.16-2 [716 kB] </system_output> <system_output timestamp="8399.8376">Get:73 http://127.0.0.1:3142/ftp.de.debian.org/debian bookworm/main i386 dmeventd i386 2:1.02.185-2 [58.1 kB] </system_output> <system_output timestamp="8399.839274">... [TRUNCATED TO SAVE SPACE] ...</system_output> <system_output timestamp="8399.84292">... [TRUNCATED TO SAVE SPACE] ...</system_output> <system_output timestamp="8399.844395">... [TRUNCATED TO SAVE SPACE] ...</system_output> <system_output timestamp="8399.846911">... [TRUNCATED TO SAVE SPACE] ...</system_output> <system_output timestamp="8399.847685">Get:78 http://127.0.0.1:3142/ftp.de.debian.org/debian bookworm/main i386 dump i386 0.4b47-4 [143 kB] </system_output> <system_output timestamp="8399.850748">Get:79 http://127.0.0.1:3142/ftp.de.debian.org/debian bookworm/main i386 libefivar1 i386 37-6 [50.1 kB] </system_output> <system_output timestamp="8399.853327">Get:80 http://127.0.0.1:3142/ftp.de.debian.org/debian bookworm/main i386 libefiboot1 i386 37-6 [43.6 kB] </system_output> <system_output timestamp="8399.859808">Get:81 http://127.0.0.1:3142/ftp.de.debian.org/debian bookworm/main i386 efibootmgr i386 17-2 [27.7 kB] </system_output> <system_output timestamp="8399.871119">Get:82 http://127.0.0.1:3142/ftp.de.debian.org/debian bookworm/main i386 emacs-el all 1:28.2+1-15+deb12u3 [16.9 MB] </system_output> ### TARGET LINE (Extract and Classify THIS Timestamp): <system_output timestamp="8400.161213">Get:83 http://127.0.0.1:3142/ftp.de.debian.org/debian bookworm/main i386 emacsen-common all 3.0.5 [12.3 kB] Get:84 http://127.0.0.1:3142/ftp.de.debian.org/debian bookworm/main i386 emacs-common all 1:28.2+1-15+deb12u3 [14.0 MB] </system_output>	8400.161213, old event
Your task is to analyze terminal XML logs and determine whether the timestamp in the TARGET LINE belongs to a "new event" or an "old event". ### DEFINITION OF A NEW EVENT: 1. Explicit Prompts: The very first `<user_input>` that immediately follows a shell prompt (e.g., `demo@faiserver:~$`). 2. Phase Transitions: In automated logs, moving from one major build stage to another (e.g., from 'fai-mirror finished' to 'Copying the nfsroot'). 3. Internal Logic: Shifts from downloading to processing. ### WHAT IS NOT A NEW EVENT (OLD EVENT): - User Input / Keystrokes: A user typing a command, including pressing the Enter key (a newline `\n`), is just the completion of the input phase. - Incomplete Tasks: Continuous system output without a clear phase shift. CRITICAL INSTRUCTION: You must classify ONLY the timestamp found in the "### TARGET LINE" section. Do NOT extract timestamps from the "### CONTEXT" section. Output only the timestamp and the classification. Do NOT use brackets, periods, explanations, or markdown formatting. Output Format Example 1: 39.229814, old event Output Format Example 2: 111.602501, new event	### CONTEXT (Previous Events): <system_output timestamp="8404.359082">Adding 'diversion of /usr/share/man/es/man8/reboot.8.gz to /usr/share/man/es/man8/reboot.8.dist by sysvinit-core' </system_output> <system_output timestamp="8404.367078">Adding 'diversion of /usr/share/man/es/man8/runlevel.8.gz to /usr/share/man/es/man8/runlevel.8.dist by sysvinit-core' </system_output> <system_output timestamp="8404.374546">Adding 'diversion of /usr/share/man/es/man8/shutdown.8.gz to /usr/share/man/es/man8/shutdown.8.dist by sysvinit-core' </system_output> <system_output timestamp="8404.381818">Adding 'diversion of /usr/share/man/es/man8/telinit.8.gz to /usr/share/man/es/man8/telinit.8.dist by sysvinit-core' </system_output> <system_output timestamp="8404.389323">Adding 'diversion of /usr/share/man/fi/man8/init.8.gz to /usr/share/man/fi/man8/init.8.dist by sysvinit-core' </system_output> <system_output timestamp="8404.396716">... [TRUNCATED TO SAVE SPACE] ...</system_output> <system_output timestamp="8404.405046">... [TRUNCATED TO SAVE SPACE] ...</system_output> <system_output timestamp="8404.413053">... [TRUNCATED TO SAVE SPACE] ...</system_output> <system_output timestamp="8404.420677">... [TRUNCATED TO SAVE SPACE] ...</system_output> <system_output timestamp="8404.427963">Adding 'diversion of /usr/share/man/fi/man8/shutdown.8.gz to /usr/share/man/fi/man8/shutdown.8.dist by sysvinit-core' </system_output> <system_output timestamp="8404.435377">Adding 'diversion of /usr/share/man/fi/man8/telinit.8.gz to /usr/share/man/fi/man8/telinit.8.dist by sysvinit-core' </system_output> <system_output timestamp="8404.443449">Adding 'diversion of /usr/share/man/fr/man8/init.8.gz to /usr/share/man/fr/man8/init.8.dist by sysvinit-core' </system_output> <system_output timestamp="8404.450834">Adding 'diversion of /usr/share/man/fr/man8/halt.8.gz to /usr/share/man/fr/man8/halt.8.dist by sysvinit-core' </system_output> <system_output timestamp="8404.458896">Adding 'diversion of /usr/share/man/fr/man8/poweroff.8.gz to /usr/share/man/fr/man8/poweroff.8.dist by sysvinit-core' </system_output> ### TARGET LINE (Extract and Classify THIS Timestamp): <system_output timestamp="8404.466334">Adding 'diversion of /usr/share/man/fr/man8/reboot.8.gz to /usr/share/man/fr/man8/reboot.8.dist by sysvinit-core' </system_output>	8404.466334, old event
Your task is to analyze terminal XML logs and determine whether the timestamp in the TARGET LINE belongs to a "new event" or an "old event". ### DEFINITION OF A NEW EVENT: 1. Explicit Prompts: The very first `<user_input>` that immediately follows a shell prompt (e.g., `demo@faiserver:~$`). 2. Phase Transitions: In automated logs, moving from one major build stage to another (e.g., from 'fai-mirror finished' to 'Copying the nfsroot'). 3. Internal Logic: Shifts from downloading to processing. ### WHAT IS NOT A NEW EVENT (OLD EVENT): - User Input / Keystrokes: A user typing a command, including pressing the Enter key (a newline `\n`), is just the completion of the input phase. - Incomplete Tasks: Continuous system output without a clear phase shift. CRITICAL INSTRUCTION: You must classify ONLY the timestamp found in the "### TARGET LINE" section. Do NOT extract timestamps from the "### CONTEXT" section. Output only the timestamp and the classification. Do NOT use brackets, periods, explanations, or markdown formatting. Output Format Example 1: 39.229814, old event Output Format Example 2: 111.602501, new event	### CONTEXT (Previous Events): <system_output timestamp="8406.93872">Preparing to unpack .../10-libnsl2_1.3.0-2_i386.deb ... </system_output> <system_output timestamp="8406.939436">Unpacking libnsl2:i386 (1.3.0-2) ... </system_output> <system_output timestamp="8406.989209">Selecting previously unselected package libwrap0:i386. </system_output> <system_output timestamp="8406.991548">Preparing to unpack .../11-libwrap0_7.6.q-32_i386.deb ... </system_output> <system_output timestamp="8406.992233">Unpacking libwrap0:i386 (7.6.q-32) ... </system_output> <system_output timestamp="8407.045266">... [TRUNCATED TO SAVE SPACE] ...</system_output> <system_output timestamp="8407.047769">... [TRUNCATED TO SAVE SPACE] ...</system_output> <system_output timestamp="8407.065896">... [TRUNCATED TO SAVE SPACE] ...</system_output> <system_output timestamp="8407.113948">... [TRUNCATED TO SAVE SPACE] ...</system_output> <system_output timestamp="8407.116197">Preparing to unpack .../13-ucf_3.0043+nmu1_all.deb ... </system_output> <system_output timestamp="8407.118233">Moving old data out of the way </system_output> <system_output timestamp="8407.119986">Unpacking ucf (3.0043+nmu1) ... </system_output> <system_output timestamp="8407.211093">Selecting previously unselected package keyutils. </system_output> <system_output timestamp="8407.213709">Preparing to unpack .../14-keyutils_1.6.3-2_i386.deb ... </system_output> ### TARGET LINE (Extract and Classify THIS Timestamp): <system_output timestamp="8407.214427">Unpacking keyutils (1.6.3-2) ... </system_output>	8407.214427, old event
Your task is to analyze terminal XML logs and determine whether the timestamp in the TARGET LINE belongs to a "new event" or an "old event". ### DEFINITION OF A NEW EVENT: 1. Explicit Prompts: The very first `<user_input>` that immediately follows a shell prompt (e.g., `demo@faiserver:~$`). 2. Phase Transitions: In automated logs, moving from one major build stage to another (e.g., from 'fai-mirror finished' to 'Copying the nfsroot'). 3. Internal Logic: Shifts from downloading to processing. ### WHAT IS NOT A NEW EVENT (OLD EVENT): - User Input / Keystrokes: A user typing a command, including pressing the Enter key (a newline `\n`), is just the completion of the input phase. - Incomplete Tasks: Continuous system output without a clear phase shift. CRITICAL INSTRUCTION: You must classify ONLY the timestamp found in the "### TARGET LINE" section. Do NOT extract timestamps from the "### CONTEXT" section. Output only the timestamp and the classification. Do NOT use brackets, periods, explanations, or markdown formatting. Output Format Example 1: 39.229814, old event Output Format Example 2: 111.602501, new event	### CONTEXT (Previous Events): <system_output timestamp="8416.993665">Unpacking libbrotli1:i386 (1.0.9-2+b6) ... </system_output> <system_output timestamp="8417.103761">Selecting previously unselected package libnghttp2-14:i386. </system_output> <system_output timestamp="8417.106857">Preparing to unpack .../020-libnghttp2-14_1.52.0-1+deb12u1_i386.deb ... </system_output> <system_output timestamp="8417.107532">Unpacking libnghttp2-14:i386 (1.52.0-1+deb12u1) ... </system_output> <system_output timestamp="8417.159046">Selecting previously unselected package libpsl5:i386. </system_output> <system_output timestamp="8417.164372">... [TRUNCATED TO SAVE SPACE] ...</system_output> <system_output timestamp="8417.207362">... [TRUNCATED TO SAVE SPACE] ...</system_output> <system_output timestamp="8417.210005">... [TRUNCATED TO SAVE SPACE] ...</system_output> <system_output timestamp="8417.2106">... [TRUNCATED TO SAVE SPACE] ...</system_output> <system_output timestamp="8417.262012">Selecting previously unselected package libssh2-1:i386. </system_output> <system_output timestamp="8417.264405">Preparing to unpack .../023-libssh2-1_1.10.0-3+b1_i386.deb ... </system_output> <system_output timestamp="8417.264944">Unpacking libssh2-1:i386 (1.10.0-3+b1) ... </system_output> <system_output timestamp="8417.332971">Selecting previously unselected package libcurl4:i386. </system_output> <system_output timestamp="8417.33535">Preparing to unpack .../024-libcurl4_7.88.1-10+deb12u7_i386.deb ... </system_output> ### TARGET LINE (Extract and Classify THIS Timestamp): <system_output timestamp="8417.336165">Unpacking libcurl4:i386 (7.88.1-10+deb12u7) ... </system_output>	8417.336165, old event
Your task is to analyze terminal XML logs and determine whether the timestamp in the TARGET LINE belongs to a "new event" or an "old event". ### DEFINITION OF A NEW EVENT: 1. Explicit Prompts: The very first `<user_input>` that immediately follows a shell prompt (e.g., `demo@faiserver:~$`). 2. Phase Transitions: In automated logs, moving from one major build stage to another (e.g., from 'fai-mirror finished' to 'Copying the nfsroot'). 3. Internal Logic: Shifts from downloading to processing. ### WHAT IS NOT A NEW EVENT (OLD EVENT): - User Input / Keystrokes: A user typing a command, including pressing the Enter key (a newline `\n`), is just the completion of the input phase. - Incomplete Tasks: Continuous system output without a clear phase shift. CRITICAL INSTRUCTION: You must classify ONLY the timestamp found in the "### TARGET LINE" section. Do NOT extract timestamps from the "### CONTEXT" section. Output only the timestamp and the classification. Do NOT use brackets, periods, explanations, or markdown formatting. Output Format Example 1: 39.229814, old event Output Format Example 2: 111.602501, new event	### CONTEXT (Previous Events): <system_output timestamp="8418.620727">Preparing to unpack .../034-dmeventd_2%3a1.02.185-2_i386.deb ... </system_output> <system_output timestamp="8418.621512">Unpacking dmeventd (2:1.02.185-2) ... </system_output> <system_output timestamp="8418.67989">Selecting previously unselected package libdmraid1.0.0.rc16:i386. </system_output> <system_output timestamp="8418.682662">Preparing to unpack .../035-libdmraid1.0.0.rc16_1.0.0.rc16-12_i386.deb ... </system_output> <system_output timestamp="8418.683414">Unpacking libdmraid1.0.0.rc16:i386 (1.0.0.rc16-12) ... </system_output> <system_output timestamp="8418.733098">... [TRUNCATED TO SAVE SPACE] ...</system_output> <system_output timestamp="8418.735532">... [TRUNCATED TO SAVE SPACE] ...</system_output> <system_output timestamp="8418.736386">... [TRUNCATED TO SAVE SPACE] ...</system_output> <system_output timestamp="8418.779533">... [TRUNCATED TO SAVE SPACE] ...</system_output> <system_output timestamp="8418.782049">Preparing to unpack .../037-dosfstools_4.2-1_i386.deb ... </system_output> <system_output timestamp="8418.78268">Unpacking dosfstools (4.2-1) ... </system_output> <system_output timestamp="8418.8574">Selecting previously unselected package dracut. </system_output> <system_output timestamp="8418.859799">Preparing to unpack .../038-dracut_059-4_all.deb ... </system_output> <system_output timestamp="8418.860689">Unpacking dracut (059-4) ... </system_output> ### TARGET LINE (Extract and Classify THIS Timestamp): <system_output timestamp="8418.893015">Selecting previously unselected package dump. </system_output>	8418.893015, old event
Your task is to analyze terminal XML logs and determine whether the timestamp in the TARGET LINE belongs to a "new event" or an "old event". ### DEFINITION OF A NEW EVENT: 1. Explicit Prompts: The very first `<user_input>` that immediately follows a shell prompt (e.g., `demo@faiserver:~$`). 2. Phase Transitions: In automated logs, moving from one major build stage to another (e.g., from 'fai-mirror finished' to 'Copying the nfsroot'). 3. Internal Logic: Shifts from downloading to processing. ### WHAT IS NOT A NEW EVENT (OLD EVENT): - User Input / Keystrokes: A user typing a command, including pressing the Enter key (a newline `\n`), is just the completion of the input phase. - Incomplete Tasks: Continuous system output without a clear phase shift. CRITICAL INSTRUCTION: You must classify ONLY the timestamp found in the "### TARGET LINE" section. Do NOT extract timestamps from the "### CONTEXT" section. Output only the timestamp and the classification. Do NOT use brackets, periods, explanations, or markdown formatting. Output Format Example 1: 39.229814, old event Output Format Example 2: 111.602501, new event	### CONTEXT (Previous Events): <system_output timestamp="8428.9141">Selecting previously unselected package emacs-bin-common. </system_output> <system_output timestamp="8428.918371">Preparing to unpack .../046-emacs-bin-common_1%3a28.2+1-15+deb12u3_i386.deb ... </system_output> <system_output timestamp="8428.918917">Unpacking emacs-bin-common (1:28.2+1-15+deb12u3) ... </system_output> <system_output timestamp="8429.070756">Selecting previously unselected package libasound2-data. </system_output> <system_output timestamp="8429.073796">Preparing to unpack .../047-libasound2-data_1.2.8-1_all.deb ... </system_output> <system_output timestamp="8429.074482">... [TRUNCATED TO SAVE SPACE] ...</system_output> <system_output timestamp="8429.192072">... [TRUNCATED TO SAVE SPACE] ...</system_output> <system_output timestamp="8429.195328">... [TRUNCATED TO SAVE SPACE] ...</system_output> <system_output timestamp="8429.195952">... [TRUNCATED TO SAVE SPACE] ...</system_output> <system_output timestamp="8429.329639">Selecting previously unselected package libdbus-1-3:i386. </system_output> <system_output timestamp="8429.332965">Preparing to unpack .../049-libdbus-1-3_1.14.10-1~deb12u1_i386.deb ... </system_output> <system_output timestamp="8429.333057">Unpacking libdbus-1-3:i386 (1.14.10-1~deb12u1) ... </system_output> <system_output timestamp="8429.429144">Selecting previously unselected package libgomp1:i386. </system_output> <system_output timestamp="8429.432086">Preparing to unpack .../050-libgomp1_12.2.0-14_i386.deb ... Unpacking libgomp1:i386 (12.2.0-14) ... </system_output> ### TARGET LINE (Extract and Classify THIS Timestamp): <system_output timestamp="8429.492947">Selecting previously unselected package libitm1:i386. </system_output>	8429.492947, old event
Your task is to analyze terminal XML logs and determine whether the timestamp in the TARGET LINE belongs to a "new event" or an "old event". ### DEFINITION OF A NEW EVENT: 1. Explicit Prompts: The very first `<user_input>` that immediately follows a shell prompt (e.g., `demo@faiserver:~$`). 2. Phase Transitions: In automated logs, moving from one major build stage to another (e.g., from 'fai-mirror finished' to 'Copying the nfsroot'). 3. Internal Logic: Shifts from downloading to processing. ### WHAT IS NOT A NEW EVENT (OLD EVENT): - User Input / Keystrokes: A user typing a command, including pressing the Enter key (a newline `\n`), is just the completion of the input phase. - Incomplete Tasks: Continuous system output without a clear phase shift. CRITICAL INSTRUCTION: You must classify ONLY the timestamp found in the "### TARGET LINE" section. Do NOT extract timestamps from the "### CONTEXT" section. Output only the timestamp and the classification. Do NOT use brackets, periods, explanations, or markdown formatting. Output Format Example 1: 39.229814, old event Output Format Example 2: 111.602501, new event	### CONTEXT (Previous Events): <system_output timestamp="8431.544887">Unpacking libgcc-12-dev:i386 (12.2.0-14) ... </system_output> <system_output timestamp="8432.231431">Selecting previously unselected package libc-dev-bin. </system_output> <system_output timestamp="8432.234581">Preparing to unpack .../057-libc-dev-bin_2.36-9+deb12u8_i386.deb ... Unpacking libc-dev-bin (2.36-9+deb12u8) ... </system_output> <system_output timestamp="8432.276454">Selecting previously unselected package linux-libc-dev:i386. </system_output> <system_output timestamp="8432.279673">Preparing to unpack .../058-linux-libc-dev_6.1.106-3_i386.deb ... Unpacking linux-libc-dev:i386 (6.1.106-3) ... </system_output> <system_output timestamp="8433.467792">... [TRUNCATED TO SAVE SPACE] ...</system_output> <system_output timestamp="8433.471442">... [TRUNCATED TO SAVE SPACE] ...</system_output> <system_output timestamp="8433.47968">... [TRUNCATED TO SAVE SPACE] ...</system_output> <system_output timestamp="8433.562555">... [TRUNCATED TO SAVE SPACE] ...</system_output> <system_output timestamp="8433.565554">Preparing to unpack .../060-libtirpc-dev_1.3.3+ds-1_i386.deb ... </system_output> <system_output timestamp="8433.565843">Unpacking libtirpc-dev:i386 (1.3.3+ds-1) ... </system_output> <system_output timestamp="8433.70538">Selecting previously unselected package libnsl-dev:i386. </system_output> <system_output timestamp="8433.708793">Preparing to unpack .../061-libnsl-dev_1.3.0-2_i386.deb ... Unpacking libnsl-dev:i386 (1.3.0-2) ... </system_output> <system_output timestamp="8433.767804">Selecting previously unselected package rpcsvc-proto. </system_output> ### TARGET LINE (Extract and Classify THIS Timestamp): <system_output timestamp="8433.770799">Preparing to unpack .../062-rpcsvc-proto_1.4.3-1_i386.deb ... Unpacking rpcsvc-proto (1.4.3-1) ... </system_output>	8433.770799, old event
Your task is to analyze terminal XML logs and determine whether the timestamp in the TARGET LINE belongs to a "new event" or an "old event". ### DEFINITION OF A NEW EVENT: 1. Explicit Prompts: The very first `<user_input>` that immediately follows a shell prompt (e.g., `demo@faiserver:~$`). 2. Phase Transitions: In automated logs, moving from one major build stage to another (e.g., from 'fai-mirror finished' to 'Copying the nfsroot'). 3. Internal Logic: Shifts from downloading to processing. ### WHAT IS NOT A NEW EVENT (OLD EVENT): - User Input / Keystrokes: A user typing a command, including pressing the Enter key (a newline `\n`), is just the completion of the input phase. - Incomplete Tasks: Continuous system output without a clear phase shift. CRITICAL INSTRUCTION: You must classify ONLY the timestamp found in the "### TARGET LINE" section. Do NOT extract timestamps from the "### CONTEXT" section. Output only the timestamp and the classification. Do NOT use brackets, periods, explanations, or markdown formatting. Output Format Example 1: 39.229814, old event Output Format Example 2: 111.602501, new event	### CONTEXT (Previous Events): <system_output timestamp="8445.498342">Selecting previously unselected package libnuma1:i386. </system_output> <system_output timestamp="8445.501883">Preparing to unpack .../092-libnuma1_2.0.16-1_i386.deb ... Unpacking libnuma1:i386 (2.0.16-1) ... </system_output> <system_output timestamp="8445.534784">Selecting previously unselected package libnvme1. </system_output> <system_output timestamp="8445.538159">Preparing to unpack .../093-libnvme1_1.3-1+deb12u1_i386.deb ... </system_output> <system_output timestamp="8445.538613">Unpacking libnvme1 (1.3-1+deb12u1) ... </system_output> <system_output timestamp="8445.57909">... [TRUNCATED TO SAVE SPACE] ...</system_output> <system_output timestamp="8445.582713">... [TRUNCATED TO SAVE SPACE] ...</system_output> <system_output timestamp="8445.583132">... [TRUNCATED TO SAVE SPACE] ...</system_output> <system_output timestamp="8445.646257">... [TRUNCATED TO SAVE SPACE] ...</system_output> <system_output timestamp="8445.650099">Preparing to unpack .../095-libpcre3_2%3a8.39-15_i386.deb ... </system_output> <system_output timestamp="8445.650497">Unpacking libpcre3:i386 (2:8.39-15) ... </system_output> <system_output timestamp="8445.768651">Selecting previously unselected package libudns0:i386. </system_output> <system_output timestamp="8445.772106">Preparing to unpack .../096-libudns0_0.4-1+b1_i386.deb ... </system_output> <system_output timestamp="8445.773167">Unpacking libudns0:i386 (0.4-1+b1) ... </system_output> ### TARGET LINE (Extract and Classify THIS Timestamp): <system_output timestamp="8445.808074">Selecting previously unselected package libx86-1:i386. </system_output>	8445.808074, old event
Your task is to analyze terminal XML logs and determine whether the timestamp in the TARGET LINE belongs to a "new event" or an "old event". ### DEFINITION OF A NEW EVENT: 1. Explicit Prompts: The very first `<user_input>` that immediately follows a shell prompt (e.g., `demo@faiserver:~$`). 2. Phase Transitions: In automated logs, moving from one major build stage to another (e.g., from 'fai-mirror finished' to 'Copying the nfsroot'). 3. Internal Logic: Shifts from downloading to processing. ### WHAT IS NOT A NEW EVENT (OLD EVENT): - User Input / Keystrokes: A user typing a command, including pressing the Enter key (a newline `\n`), is just the completion of the input phase. - Incomplete Tasks: Continuous system output without a clear phase shift. CRITICAL INSTRUCTION: You must classify ONLY the timestamp found in the "### TARGET LINE" section. Do NOT extract timestamps from the "### CONTEXT" section. Output only the timestamp and the classification. Do NOT use brackets, periods, explanations, or markdown formatting. Output Format Example 1: 39.229814, old event Output Format Example 2: 111.602501, new event	### CONTEXT (Previous Events): <system_output timestamp="8461.795274">Preparing to unpack .../121-usbutils_1%3a014-1+deb12u1_i386.deb ... </system_output> <system_output timestamp="8461.795759">Unpacking usbutils (1:014-1+deb12u1) ... </system_output> <system_output timestamp="8461.862061">Setting up cryptsetup-bin (2:2.6.1-4~deb12u2) ... </system_output> <system_output timestamp="8461.876387">Setting up smartmontools (7.3-1+b1) ... </system_output> <system_output timestamp="8462.134484">Created symlink /etc/systemd/system/smartd.service -> /lib/systemd/system/smartmontools.service. Created symlink /etc/systemd/system/multi-user.target.wants/smartmontools.service -> /lib/systemd/system/smartmontools.service. </system_output> <system_output timestamp="8462.139338">... [TRUNCATED TO SAVE SPACE] ...</system_output> <system_output timestamp="8462.141923">... [TRUNCATED TO SAVE SPACE] ...</system_output> <system_output timestamp="8462.145669">... [TRUNCATED TO SAVE SPACE] ...</system_output> <system_output timestamp="8462.364996">... [TRUNCATED TO SAVE SPACE] ...</system_output> <system_output timestamp="8462.367932">Setting up netcat-traditional (1.10-47) ... </system_output> <system_output timestamp="8462.370181">update-alternatives: using /bin/nc.traditional to provide /bin/nc (nc) in auto mode </system_output> <system_output timestamp="8462.373036">Setting up cryptsetup (2:2.6.1-4~deb12u2) ... </system_output> <system_output timestamp="8462.630118">Setting up firmware-linux-free (20200122-1) ... </system_output> <system_output timestamp="8462.639032">Setting up libx86emu3:i386 (3.5-1) ... Setting up psmisc (23.6-1) ... </system_output> ### TARGET LINE (Extract and Classify THIS Timestamp): <system_output timestamp="8462.640879">Setting up libx86-1:i386 (1.1+ds1-12) ... Setting up libcbor0.8:i386 (0.8.0-2+b1) ... Setting up gddrescue (1.27-1) ... Setting up libbrotli1:i386 (1.0.9-2+b6) ... Setting up startpar (0.65-1+b1) ... </system_output>	8462.640879, old event
Your task is to analyze terminal XML logs and determine whether the timestamp in the TARGET LINE belongs to a "new event" or an "old event". ### DEFINITION OF A NEW EVENT: 1. Explicit Prompts: The very first `<user_input>` that immediately follows a shell prompt (e.g., `demo@faiserver:~$`). 2. Phase Transitions: In automated logs, moving from one major build stage to another (e.g., from 'fai-mirror finished' to 'Copying the nfsroot'). 3. Internal Logic: Shifts from downloading to processing. ### WHAT IS NOT A NEW EVENT (OLD EVENT): - User Input / Keystrokes: A user typing a command, including pressing the Enter key (a newline `\n`), is just the completion of the input phase. - Incomplete Tasks: Continuous system output without a clear phase shift. CRITICAL INSTRUCTION: You must classify ONLY the timestamp found in the "### TARGET LINE" section. Do NOT extract timestamps from the "### CONTEXT" section. Output only the timestamp and the classification. Do NOT use brackets, periods, explanations, or markdown formatting. Output Format Example 1: 39.229814, old event Output Format Example 2: 111.602501, new event	### CONTEXT (Previous Events): <system_output timestamp="8485.274322">Created symlink /etc/systemd/system/sockets.target.wants/dm-event.socket -> /lib/systemd/system/dm-event.socket. </system_output> <system_output timestamp="8485.27951">Setting up emacs-bin-common (1:28.2+1-15+deb12u3) ... </system_output> <system_output timestamp="8485.282856">update-alternatives: using /usr/bin/ctags.emacs to provide /usr/bin/ctags (ctags) in auto mode </system_output> <system_output timestamp="8485.285258">update-alternatives: using /usr/bin/ebrowse.emacs to provide /usr/bin/ebrowse (ebrowse) in auto mode </system_output> <system_output timestamp="8485.287608">update-alternatives: using /usr/bin/emacsclient.emacs to provide /usr/bin/emacsclient (emacsclient) in auto mode </system_output> <system_output timestamp="8485.291368">... [TRUNCATED TO SAVE SPACE] ...</system_output> <system_output timestamp="8485.292999">... [TRUNCATED TO SAVE SPACE] ...</system_output> <system_output timestamp="8485.298261">... [TRUNCATED TO SAVE SPACE] ...</system_output> <system_output timestamp="8485.338855">... [TRUNCATED TO SAVE SPACE] ...</system_output> <system_output timestamp="8485.340176">emacsen-common: Handling install of emacsen flavor emacs </system_output> <system_output timestamp="8485.485713">Setting up lvm2 (2.03.16-2) ... </system_output> <system_output timestamp="8486.262589">Created symlink /etc/systemd/system/sysinit.target.wants/blk-availability.service -> /lib/systemd/system/blk-availability.service. </system_output> <system_output timestamp="8486.523562">Created symlink /etc/systemd/system/sysinit.target.wants/lvm2-monitor.service -> /lib/systemd/system/lvm2-monitor.service. </system_output> <system_output timestamp="8486.776131">Created symlink /etc/systemd/system/sysinit.target.wants/lvm2-lvmpolld.socket -> /lib/systemd/system/lvm2-lvmpolld.socket. </system_output> ### TARGET LINE (Extract and Classify THIS Timestamp): <system_output timestamp="8486.780925">Processing triggers for install-info (6.8-6+b1) ... </system_output>	8486.780925, old event
Your task is to analyze terminal XML logs and determine whether the timestamp in the TARGET LINE belongs to a "new event" or an "old event". ### DEFINITION OF A NEW EVENT: 1. Explicit Prompts: The very first `<user_input>` that immediately follows a shell prompt (e.g., `demo@faiserver:~$`). 2. Phase Transitions: In automated logs, moving from one major build stage to another (e.g., from 'fai-mirror finished' to 'Copying the nfsroot'). 3. Internal Logic: Shifts from downloading to processing. ### WHAT IS NOT A NEW EVENT (OLD EVENT): - User Input / Keystrokes: A user typing a command, including pressing the Enter key (a newline `\n`), is just the completion of the input phase. - Incomplete Tasks: Continuous system output without a clear phase shift. CRITICAL INSTRUCTION: You must classify ONLY the timestamp found in the "### TARGET LINE" section. Do NOT extract timestamps from the "### CONTEXT" section. Output only the timestamp and the classification. Do NOT use brackets, periods, explanations, or markdown formatting. Output Format Example 1: 39.229814, old event Output Format Example 2: 111.602501, new event	### CONTEXT (Previous Events): <system_output timestamp="8554.671771">Get:314 http://127.0.0.1:3142/ftp.de.debian.org/debian bookworm/main i386 guile-3.0-libs i386 3.0.8-2 [6,500 kB] </system_output> <system_output timestamp="8554.778109">Get:315 http://127.0.0.1:3142/ftp.de.debian.org/debian bookworm/main i386 hdparm i386 9.65+ds-1 [120 kB] </system_output> <system_output timestamp="8554.783245">Get:316 http://127.0.0.1:3142/ftp.de.debian.org/debian bookworm/main i386 libx86emu3 i386 3.5-1 [56.6 kB] </system_output> <system_output timestamp="8554.798067">Get:317 http://127.0.0.1:3142/ftp.de.debian.org/debian bookworm/main i386 libhd21 i386 21.82-1 [818 kB] </system_output> <system_output timestamp="8554.820794">Get:318 http://127.0.0.1:3142/ftp.de.debian.org/debian bookworm/main i386 hwinfo i386 21.82-1 [35.5 kB] </system_output> <system_output timestamp="8554.822396">... [TRUNCATED TO SAVE SPACE] ...</system_output> <system_output timestamp="8554.836286">... [TRUNCATED TO SAVE SPACE] ...</system_output> <system_output timestamp="8554.842028">... [TRUNCATED TO SAVE SPACE] ...</system_output> <system_output timestamp="8554.864465">... [TRUNCATED TO SAVE SPACE] ...</system_output> <system_output timestamp="8554.876556">Get:323 http://127.0.0.1:3142/ftp.de.debian.org/debian bookworm/main i386 libdav1d6 i386 1.0.0-2+deb12u1 [325 kB] </system_output> <system_output timestamp="8554.882378">Get:324 http://127.0.0.1:3142/ftp.de.debian.org/debian bookworm/main i386 libgav1-1 i386 0.18.0-1+b1 [307 kB] </system_output> <system_output timestamp="8554.887279">Get:325 http://127.0.0.1:3142/ftp.de.debian.org/debian bookworm/main i386 librav1e0 i386 0.5.1-6 [615 kB] </system_output> <system_output timestamp="8554.895342">Get:326 http://127.0.0.1:3142/ftp.de.debian.org/debian bookworm/main i386 libjpeg62-turbo i386 1:2.1.5-2 [169 kB] </system_output> <system_output timestamp="8554.898249">Get:327 http://127.0.0.1:3142/ftp.de.debian.org/debian bookworm/main i386 libyuv0 i386 0.0~git20230123.b2528b0-1 [108 kB] </system_output> ### TARGET LINE (Extract and Classify THIS Timestamp): <system_output timestamp="8554.909298">Get:328 http://127.0.0.1:3142/ftp.de.debian.org/debian bookworm/main i386 libavif15 i386 0.11.1-1 [101 kB] </system_output>	8554.909298, old event
Your task is to analyze terminal XML logs and determine whether the timestamp in the TARGET LINE belongs to a "new event" or an "old event". ### DEFINITION OF A NEW EVENT: 1. Explicit Prompts: The very first `<user_input>` that immediately follows a shell prompt (e.g., `demo@faiserver:~$`). 2. Phase Transitions: In automated logs, moving from one major build stage to another (e.g., from 'fai-mirror finished' to 'Copying the nfsroot'). 3. Internal Logic: Shifts from downloading to processing. ### WHAT IS NOT A NEW EVENT (OLD EVENT): - User Input / Keystrokes: A user typing a command, including pressing the Enter key (a newline `\n`), is just the completion of the input phase. - Incomplete Tasks: Continuous system output without a clear phase shift. CRITICAL INSTRUCTION: You must classify ONLY the timestamp found in the "### TARGET LINE" section. Do NOT extract timestamps from the "### CONTEXT" section. Output only the timestamp and the classification. Do NOT use brackets, periods, explanations, or markdown formatting. Output Format Example 1: 39.229814, old event Output Format Example 2: 111.602501, new event	### CONTEXT (Previous Events): <system_output timestamp="8556.513218">Get:412 http://127.0.0.1:3142/ftp.de.debian.org/debian bookworm/main i386 psmisc i386 23.6-1 [260 kB] </system_output> <system_output timestamp="8556.521054">Get:413 http://127.0.0.1:3142/ftp.de.debian.org/debian bookworm/main i386 publicsuffix all 20230209.2326-1 [126 kB] </system_output> <system_output timestamp="8556.533927">Get:414 http://127.0.0.1:3142/ftp.de.debian.org/debian bookworm/main i386 rdate i386 1:1.11-3 [17.9 kB] </system_output> <system_output timestamp="8556.535713">Get:415 http://127.0.0.1:3142/ftp.de.debian.org/debian bookworm/main i386 read-edid i386 3.0.2-1.1 [19.7 kB] </system_output> <system_output timestamp="8556.537287">Get:416 http://127.0.0.1:3142/ftp.de.debian.org/debian bookworm/main i386 shared-mime-info i386 2.2-1 [730 kB] </system_output> <system_output timestamp="8556.546917">... [TRUNCATED TO SAVE SPACE] ...</system_output> <system_output timestamp="8556.55479">... [TRUNCATED TO SAVE SPACE] ...</system_output> <system_output timestamp="8556.566232">... [TRUNCATED TO SAVE SPACE] ...</system_output> <system_output timestamp="8556.591804">... [TRUNCATED TO SAVE SPACE] ...</system_output> <system_output timestamp="8556.59496">Get:421 http://127.0.0.1:3142/ftp.de.debian.org/debian bookworm/main i386 thin-provisioning-tools i386 0.9.0-2 [433 kB] </system_output> <system_output timestamp="8556.600491">Get:422 http://127.0.0.1:3142/ftp.de.debian.org/debian bookworm/main i386 udns-utils i386 0.4-1+b1 [24.2 kB] </system_output> <system_output timestamp="8556.60305">Get:423 http://127.0.0.1:3142/ftp.de.debian.org/debian bookworm/main i386 usb.ids all 2024.07.04-0+deb12u1 [208 kB] </system_output> <system_output timestamp="8556.613201">Get:424 http://127.0.0.1:3142/ftp.de.debian.org/debian bookworm/main i386 usbutils i386 1:014-1+deb12u1 [72.4 kB] </system_output> <system_output timestamp="8556.614857">Get:425 http://127.0.0.1:3142/ftp.de.debian.org/debian bookworm/main i386 xauth i386 1:1.1.2-1 [36.7 kB] </system_output> ### TARGET LINE (Extract and Classify THIS Timestamp): <system_output timestamp="8556.616185">Get:426 http://127.0.0.1:3142/ftp.de.debian.org/debian bookworm/main i386 xdg-user-dirs i386 0.18-1 [55.0 kB] </system_output>	8556.616185, old event
Your task is to analyze terminal XML logs and determine whether the timestamp in the TARGET LINE belongs to a "new event" or an "old event". ### DEFINITION OF A NEW EVENT: 1. Explicit Prompts: The very first `<user_input>` that immediately follows a shell prompt (e.g., `demo@faiserver:~$`). 2. Phase Transitions: In automated logs, moving from one major build stage to another (e.g., from 'fai-mirror finished' to 'Copying the nfsroot'). 3. Internal Logic: Shifts from downloading to processing. ### WHAT IS NOT A NEW EVENT (OLD EVENT): - User Input / Keystrokes: A user typing a command, including pressing the Enter key (a newline `\n`), is just the completion of the input phase. - Incomplete Tasks: Continuous system output without a clear phase shift. CRITICAL INSTRUCTION: You must classify ONLY the timestamp found in the "### TARGET LINE" section. Do NOT extract timestamps from the "### CONTEXT" section. Output only the timestamp and the classification. Do NOT use brackets, periods, explanations, or markdown formatting. Output Format Example 1: 39.229814, old event Output Format Example 2: 111.602501, new event	### CONTEXT (Previous Events): <system_output timestamp="8575.136211">The following NEW packages will be installed: fortunes fortunes-min{a} The following packages are RECOMMENDED but will NOT be installed: fortune-mod 0 packages upgraded, 2 newly installed, 0 to remove and 0 not upgraded. Need to get 905 kB of archives. After unpacking 2,802 kB will be used. Writing extended state information... </system_output> <system_output timestamp="8575.177321">Get: 1 http://127.0.0.1:3142/ftp.de.debian.org/debian bookworm/main i386 fortunes-min all 1:1.99.1-7.3 [56.5 kB] </system_output> <system_output timestamp="8575.222782">Get: 2 http://127.0.0.1:3142/ftp.de.debian.org/debian bookworm/main i386 fortunes all 1:1.99.1-7.3 [849 kB] </system_output> <system_output timestamp="8575.259819">Fetched 905 kB in 0s (9,270 kB/s) </system_output> <system_output timestamp="8575.290229">install_packages: executing aptitude -R -d -o Aptitude::Log=/dev/null -o Aptitude::CmdLine::Ignore-Trust-Violations=yes -o APT::Get::AllowUnauthenticated=true -o Acquire::AllowInsecureRepositories=true -o DPkg::force-conflicts::=yes -o Dir::State=/usr/fai/mirror/aptcache/var/lib/apt -o Dir::Log=/usr/fai/mirror/aptcache/var/log/apt -o Dir::State::extended_states=/usr/fai/mirror/aptcache/var/lib/apt/lists/extended_states -o Dir::State::status=/usr/fai/mirror/aptcache/statefile -o Dir::Cache=/usr/fai/mirror/aptcache/var/cache/apt -o Dir::State=/usr/fai/mirror/aptcache/var/cache/apt -o Dir::Cache::Archives=/usr/fai/mirror/aptcache/var/cache/apt/archives -o Dir::Etc=/usr/fai/mirror/aptcache/etc/apt/ -o Dir::State::Lists=/usr/fai/mirror/aptcache/var/lib/apt/lists/ -y install afterstep </system_output> <system_output timestamp="8575.338644">... [TRUNCATED TO SAVE SPACE] ...</system_output> <system_output timestamp="8575.626917">... [TRUNCATED TO SAVE SPACE] ...</system_output> <system_output timestamp="8575.627814">... [TRUNCATED TO SAVE SPACE] ...</system_output> <system_output timestamp="8575.832857">... [TRUNCATED TO SAVE SPACE] ...</system_output> <system_output timestamp="8575.854305">Initializing package states... </system_output> <system_output timestamp="8576.528193">Writing extended state information... </system_output> <system_output timestamp="8576.784643">Building tag database... </system_output> <system_output timestamp="8577.345586">The following NEW packages will be installed: adwaita-icon-theme{a} afterstep afterstep-data{a} at-spi2-common{a} debconf{a} dpkg{a} fontconfig{a} fontconfig-config{a} fonts-freefont-ttf{a} gcc-12-base{a} gtk-update-icon-cache{a} hicolor-icon-theme{a} imagemagick{a} imagemagick-6-common{a} imagemagick-6.q16{a} libacl1{a} libafterimage0{a} libafterstep1{a} libaom3{a} libatk1.0-0{a} libavahi-client3{a} libavahi-common-data{a} libavahi-common3{a} libblkid1{a} libbrotli1{a} libbsd0{a} libbz2-1.0{a} libc6{a} libcairo-gobject2{a} libcairo2{a} libcap2{a} libcom-err2{a} libcrypt1{a} libcups2{a} libdatrie1{a} libdav1d6{a} libdb5.3{a} libdbus-1-3{a} libde265-0{a} libdeflate0{a} libdrm-common{a} libdrm2{a} libegl-mesa0{a} libegl1{a} libexpat1{a} libffi8{a} libfftw3-double3{a} libfontconfig1{a} libfreetype6{a} libfribidi0{a} libgbm1{a} libgcc-s1{a} libgcrypt20{a} libgdbm-compat4{a} libgdbm6{a} libgdk-pixbuf-2.0-0{a} libgdk-pixbuf2.0-common{a} libglapi-mesa{a} libgles2{a} libglib2.0-0{a} libglvnd0{a} libgmp10{a} libgnutls30{a} libgomp1{a} libgpg-error0{a} libgraphite2-3{a} libgssapi-krb5-2{a} libgtk2.0-0{a} libgtk2.0-common{a} libharfbuzz0b{a} libheif1{a} libhogweed6{a} libice6{a} libicu72{a} libidn2-0{a} libjbig0{a} libjpeg62-turbo{a} libk5crypto3{a} libkeyutils1{a} libkrb5-3{a} libkrb5support0{a} liblcms2-2{a} liblerc4{a} liblqr-1-0{a} libltdl7{a} liblz4-1{a} liblzma5{a} libmagickcore-6.q16-6{a} libmagickwand-6.q16-6{a} libmd0{a} libmount1{a} libnettle8{a} libnuma1{a} libopenjp2-7{a} libp11-kit0{a} libpango-1.0-0{a} libpangocairo-1.0-0{a} libpangoft2-1.0-0{a} libpcre2-8-0{a} libperl5.36{a} libpixman-1-0{a} libpng16-16{a} libreadline8{a} librsvg2-2{a} libselinux1{a} libsm6{a} libssl3{a} libstdc++6{a} libsystemd0{a} libtasn1-6{a} libthai-data{a} libthai0{a} libtiff6{a} libtinfo6{a} libunistring2{a} libuuid1{a} libwayland-client0{a} libwayland-server0{a} libwebp7{a} libwebpdemux2{a} libwebpmux3{a} libx11-6{a} libx11-data{a} libx11-xcb1{a} libx265-199{a} libxau6{a} libxcb-dri2-0{a} libxcb-dri3-0{a} libxcb-present0{a} libxcb-randr0{a} libxcb-render0{a} libxcb-shm0{a} libxcb-sync1{a} libxcb-xfixes0{a} libxcb1{a} libxcomposite1{a} libxcursor1{a} libxdamage1{a} libxdmcp6{a} libxext6{a} libxfixes3{a} libxi6{a} libxinerama1{a} libxml2{a} libxmu6{a} libxrandr2{a} libxrender1{a} libxshmfence1{a} libxt6{a} libzstd1{a} lsb-base{a} menu{a} menu-xdg{a} perl{a} perl-base{a} perl-modules-5.36{a} readline-common{a} sensible-utils{a} shared-mime-info{a} sysvinit-utils{a} tar{a} ucf{a} x11-common{a} zlib1g{a} zutty{a} The following packages are RECOMMENDED but will NOT be installed: apt-utils dbus debconf-i18n ghostscript gnome-themes-extra gsfonts krb5-locales libgail-common libgdk-pixbuf2.0-bin libglib2.0-data libgpg-error-l10n libgtk2.0-bin libmagickcore-6.q16-6-extra librsvg2-common netbase netpbm uuid-runtime xdg-user-dirs 0 packages upgraded, 165 newly installed, 0 to remove and 0 not upgraded. Need to get 31.7 MB/77.8 MB of archives. After unpacking 290 MB will be used. Writing extended state information... </system_output> <system_output timestamp="8577.440623">Get: 1 http://127.0.0.1:3142/ftp.de.debian.org/debian bookworm/main i386 libfftw3-double3 i386 3.3.10-1 [633 kB] </system_output> ### TARGET LINE (Extract and Classify THIS Timestamp): <system_output timestamp="8577.454197">Get: 2 http://127.0.0.1:3142/ftp.de.debian.org/debian bookworm/main i386 fonts-freefont-ttf all 20120503-10 [2,552 kB] </system_output>	8577.454197, old event
Your task is to analyze terminal XML logs and determine whether the timestamp in the TARGET LINE belongs to a "new event" or an "old event". ### DEFINITION OF A NEW EVENT: 1. Explicit Prompts: The very first `<user_input>` that immediately follows a shell prompt (e.g., `demo@faiserver:~$`). 2. Phase Transitions: In automated logs, moving from one major build stage to another (e.g., from 'fai-mirror finished' to 'Copying the nfsroot'). 3. Internal Logic: Shifts from downloading to processing. ### WHAT IS NOT A NEW EVENT (OLD EVENT): - User Input / Keystrokes: A user typing a command, including pressing the Enter key (a newline `\n`), is just the completion of the input phase. - Incomplete Tasks: Continuous system output without a clear phase shift. CRITICAL INSTRUCTION: You must classify ONLY the timestamp found in the "### TARGET LINE" section. Do NOT extract timestamps from the "### CONTEXT" section. Output only the timestamp and the classification. Do NOT use brackets, periods, explanations, or markdown formatting. Output Format Example 1: 39.229814, old event Output Format Example 2: 111.602501, new event	### CONTEXT (Previous Events): <system_output timestamp="8600.744996">Reading package lists... </system_output> <system_output timestamp="8600.990176">Building dependency tree... </system_output> <system_output timestamp="8600.991594">Reading state information... </system_output> <system_output timestamp="8601.17896">Reading extended state information... </system_output> <system_output timestamp="8601.196089">Initializing package states... </system_output> <system_output timestamp="8601.799252">... [TRUNCATED TO SAVE SPACE] ...</system_output> <system_output timestamp="8602.052359">... [TRUNCATED TO SAVE SPACE] ...</system_output> <system_output timestamp="8602.530876">... [TRUNCATED TO SAVE SPACE] ...</system_output> <system_output timestamp="8602.57975">... [TRUNCATED TO SAVE SPACE] ...</system_output> <system_output timestamp="8602.583918">Fetched 314 kB in 0s (17.7 MB/s) </system_output> <system_output timestamp="8602.622827">install_packages: executing aptitude -R -d -o Aptitude::Log=/dev/null -o Aptitude::CmdLine::Ignore-Trust-Violations=yes -o APT::Get::AllowUnauthenticated=true -o Acquire::AllowInsecureRepositories=true -o DPkg::force-conflicts::=yes -o Dir::State=/usr/fai/mirror/aptcache/var/lib/apt -o Dir::Log=/usr/fai/mirror/aptcache/var/log/apt -o Dir::State::extended_states=/usr/fai/mirror/aptcache/var/lib/apt/lists/extended_states -o Dir::State::status=/usr/fai/mirror/aptcache/statefile -o Dir::Cache=/usr/fai/mirror/aptcache/var/cache/apt -o Dir::State=/usr/fai/mirror/aptcache/var/cache/apt -o Dir::Cache::Archives=/usr/fai/mirror/aptcache/var/cache/apt/archives -o Dir::Etc=/usr/fai/mirror/aptcache/etc/apt/ -o Dir::State::Lists=/usr/fai/mirror/aptcache/var/lib/apt/lists/ -y install gdb </system_output> <system_output timestamp="8602.670235">Reading package lists... </system_output> <system_output timestamp="8602.922857">Building dependency tree... </system_output> <system_output timestamp="8602.923994">Reading state information... </system_output> ### TARGET LINE (Extract and Classify THIS Timestamp): <system_output timestamp="8603.124027">Reading extended state information... </system_output>	8603.124027, old event
Your task is to analyze terminal XML logs and determine whether the timestamp in the TARGET LINE belongs to a "new event" or an "old event". ### DEFINITION OF A NEW EVENT: 1. Explicit Prompts: The very first `<user_input>` that immediately follows a shell prompt (e.g., `demo@faiserver:~$`). 2. Phase Transitions: In automated logs, moving from one major build stage to another (e.g., from 'fai-mirror finished' to 'Copying the nfsroot'). 3. Internal Logic: Shifts from downloading to processing. ### WHAT IS NOT A NEW EVENT (OLD EVENT): - User Input / Keystrokes: A user typing a command, including pressing the Enter key (a newline `\n`), is just the completion of the input phase. - Incomplete Tasks: Continuous system output without a clear phase shift. CRITICAL INSTRUCTION: You must classify ONLY the timestamp found in the "### TARGET LINE" section. Do NOT extract timestamps from the "### CONTEXT" section. Output only the timestamp and the classification. Do NOT use brackets, periods, explanations, or markdown formatting. Output Format Example 1: 39.229814, old event Output Format Example 2: 111.602501, new event	### CONTEXT (Previous Events): <system_output timestamp="8600.991594">Reading state information... </system_output> <system_output timestamp="8601.17896">Reading extended state information... </system_output> <system_output timestamp="8601.196089">Initializing package states... </system_output> <system_output timestamp="8601.799252">Writing extended state information... </system_output> <system_output timestamp="8602.052359">Building tag database... </system_output> <system_output timestamp="8602.530876">... [TRUNCATED TO SAVE SPACE] ...</system_output> <system_output timestamp="8602.57975">... [TRUNCATED TO SAVE SPACE] ...</system_output> <system_output timestamp="8602.583918">... [TRUNCATED TO SAVE SPACE] ...</system_output> <system_output timestamp="8602.622827">... [TRUNCATED TO SAVE SPACE] ...</system_output> <system_output timestamp="8602.670235">Reading package lists... </system_output> <system_output timestamp="8602.922857">Building dependency tree... </system_output> <system_output timestamp="8602.923994">Reading state information... </system_output> <system_output timestamp="8603.124027">Reading extended state information... </system_output> <system_output timestamp="8603.144273">Initializing package states... </system_output> ### TARGET LINE (Extract and Classify THIS Timestamp): <system_output timestamp="8603.639498">Writing extended state information... </system_output>	8603.639498, old event
Your task is to analyze terminal XML logs and determine whether the timestamp in the TARGET LINE belongs to a "new event" or an "old event". ### DEFINITION OF A NEW EVENT: 1. Explicit Prompts: The very first `<user_input>` that immediately follows a shell prompt (e.g., `demo@faiserver:~$`). 2. Phase Transitions: In automated logs, moving from one major build stage to another (e.g., from 'fai-mirror finished' to 'Copying the nfsroot'). 3. Internal Logic: Shifts from downloading to processing. ### WHAT IS NOT A NEW EVENT (OLD EVENT): - User Input / Keystrokes: A user typing a command, including pressing the Enter key (a newline `\n`), is just the completion of the input phase. - Incomplete Tasks: Continuous system output without a clear phase shift. CRITICAL INSTRUCTION: You must classify ONLY the timestamp found in the "### TARGET LINE" section. Do NOT extract timestamps from the "### CONTEXT" section. Output only the timestamp and the classification. Do NOT use brackets, periods, explanations, or markdown formatting. Output Format Example 1: 39.229814, old event Output Format Example 2: 111.602501, new event	### CONTEXT (Previous Events): <system_output timestamp="8651.561066">Building dependency tree... </system_output> <system_output timestamp="8651.562595">Reading state information... </system_output> <system_output timestamp="8651.758687">Reading extended state information... </system_output> <system_output timestamp="8651.780375">Initializing package states... </system_output> <system_output timestamp="8652.457788">Writing extended state information... </system_output> <system_output timestamp="8652.709216">... [TRUNCATED TO SAVE SPACE] ...</system_output> <system_output timestamp="8653.239396">... [TRUNCATED TO SAVE SPACE] ...</system_output> <system_output timestamp="8653.308474">... [TRUNCATED TO SAVE SPACE] ...</system_output> <system_output timestamp="8653.312033">... [TRUNCATED TO SAVE SPACE] ...</system_output> <system_output timestamp="8653.320041">Fetched 578 kB in 0s (23.3 MB/s) </system_output> <system_output timestamp="8653.377271">install_packages: executing aptitude -R -d -o Aptitude::Log=/dev/null -o Aptitude::CmdLine::Ignore-Trust-Violations=yes -o APT::Get::AllowUnauthenticated=true -o Acquire::AllowInsecureRepositories=true -o DPkg::force-conflicts::=yes -o Dir::State=/usr/fai/mirror/aptcache/var/lib/apt -o Dir::Log=/usr/fai/mirror/aptcache/var/log/apt -o Dir::State::extended_states=/usr/fai/mirror/aptcache/var/lib/apt/lists/extended_states -o Dir::State::status=/usr/fai/mirror/aptcache/statefile -o Dir::Cache=/usr/fai/mirror/aptcache/var/cache/apt -o Dir::State=/usr/fai/mirror/aptcache/var/cache/apt -o Dir::Cache::Archives=/usr/fai/mirror/aptcache/var/cache/apt/archives -o Dir::Etc=/usr/fai/mirror/aptcache/etc/apt/ -o Dir::State::Lists=/usr/fai/mirror/aptcache/var/lib/apt/lists/ -y install linuxdoc-tools-info </system_output> <system_output timestamp="8653.424131">Reading package lists... </system_output> <system_output timestamp="8653.677575">Building dependency tree... </system_output> <system_output timestamp="8653.679124">Reading state information... </system_output> ### TARGET LINE (Extract and Classify THIS Timestamp): <system_output timestamp="8653.876013">Reading extended state information... </system_output>	8653.876013, old event
Your task is to analyze terminal XML logs and determine whether the timestamp in the TARGET LINE belongs to a "new event" or an "old event". ### DEFINITION OF A NEW EVENT: 1. Explicit Prompts: The very first `<user_input>` that immediately follows a shell prompt (e.g., `demo@faiserver:~$`). 2. Phase Transitions: In automated logs, moving from one major build stage to another (e.g., from 'fai-mirror finished' to 'Copying the nfsroot'). 3. Internal Logic: Shifts from downloading to processing. ### WHAT IS NOT A NEW EVENT (OLD EVENT): - User Input / Keystrokes: A user typing a command, including pressing the Enter key (a newline `\n`), is just the completion of the input phase. - Incomplete Tasks: Continuous system output without a clear phase shift. CRITICAL INSTRUCTION: You must classify ONLY the timestamp found in the "### TARGET LINE" section. Do NOT extract timestamps from the "### CONTEXT" section. Output only the timestamp and the classification. Do NOT use brackets, periods, explanations, or markdown formatting. Output Format Example 1: 39.229814, old event Output Format Example 2: 111.602501, new event	### CONTEXT (Previous Events): <system_output timestamp="8658.414224">install_packages: executing aptitude -R -d -o Aptitude::Log=/dev/null -o Aptitude::CmdLine::Ignore-Trust-Violations=yes -o APT::Get::AllowUnauthenticated=true -o Acquire::AllowInsecureRepositories=true -o DPkg::force-conflicts::=yes -o Dir::State=/usr/fai/mirror/aptcache/var/lib/apt -o Dir::Log=/usr/fai/mirror/aptcache/var/log/apt -o Dir::State::extended_states=/usr/fai/mirror/aptcache/var/lib/apt/lists/extended_states -o Dir::State::status=/usr/fai/mirror/aptcache/statefile -o Dir::Cache=/usr/fai/mirror/aptcache/var/cache/apt -o Dir::State=/usr/fai/mirror/aptcache/var/cache/apt -o Dir::Cache::Archives=/usr/fai/mirror/aptcache/var/cache/apt/archives -o Dir::Etc=/usr/fai/mirror/aptcache/etc/apt/ -o Dir::State::Lists=/usr/fai/mirror/aptcache/var/lib/apt/lists/ -y install linuxdoc-tools-text </system_output> <system_output timestamp="8658.487605">Reading package lists... </system_output> <system_output timestamp="8658.773658">Building dependency tree... </system_output> <system_output timestamp="8658.775358">Reading state information... </system_output> <system_output timestamp="8658.982989">Reading extended state information... </system_output> <system_output timestamp="8659.010046">... [TRUNCATED TO SAVE SPACE] ...</system_output> <system_output timestamp="8659.453164">... [TRUNCATED TO SAVE SPACE] ...</system_output> <system_output timestamp="8659.713535">... [TRUNCATED TO SAVE SPACE] ...</system_output> <system_output timestamp="8660.267658">... [TRUNCATED TO SAVE SPACE] ...</system_output> <system_output timestamp="8660.337236">Get: 1 http://127.0.0.1:3142/ftp.de.debian.org/debian bookworm/main i386 groff i386 1.22.4-10 [3,393 kB] </system_output> <system_output timestamp="8660.429854">Get: 2 http://127.0.0.1:3142/ftp.de.debian.org/debian bookworm/main i386 linuxdoc-tools-text all 0.9.82-1 [22.1 kB] </system_output> <system_output timestamp="8660.477677">Fetched 3,416 kB in 0s (22.1 MB/s) </system_output> <system_output timestamp="8660.538652">install_packages: executing aptitude -R -d -o Aptitude::Log=/dev/null -o Aptitude::CmdLine::Ignore-Trust-Violations=yes -o APT::Get::AllowUnauthenticated=true -o Acquire::AllowInsecureRepositories=true -o DPkg::force-conflicts::=yes -o Dir::State=/usr/fai/mirror/aptcache/var/lib/apt -o Dir::Log=/usr/fai/mirror/aptcache/var/log/apt -o Dir::State::extended_states=/usr/fai/mirror/aptcache/var/lib/apt/lists/extended_states -o Dir::State::status=/usr/fai/mirror/aptcache/statefile -o Dir::Cache=/usr/fai/mirror/aptcache/var/cache/apt -o Dir::State=/usr/fai/mirror/aptcache/var/cache/apt -o Dir::Cache::Archives=/usr/fai/mirror/aptcache/var/cache/apt/archives -o Dir::Etc=/usr/fai/mirror/aptcache/etc/apt/ -o Dir::State::Lists=/usr/fai/mirror/aptcache/var/lib/apt/lists/ -y install ldp-docbook-dsssl </system_output> <system_output timestamp="8660.586084">Reading package lists... </system_output> ### TARGET LINE (Extract and Classify THIS Timestamp): <system_output timestamp="8660.840895">Building dependency tree... </system_output>	8660.840895, old event
Your task is to analyze terminal XML logs and determine whether the timestamp in the TARGET LINE belongs to a "new event" or an "old event". ### DEFINITION OF A NEW EVENT: 1. Explicit Prompts: The very first `<user_input>` that immediately follows a shell prompt (e.g., `demo@faiserver:~$`). 2. Phase Transitions: In automated logs, moving from one major build stage to another (e.g., from 'fai-mirror finished' to 'Copying the nfsroot'). 3. Internal Logic: Shifts from downloading to processing. ### WHAT IS NOT A NEW EVENT (OLD EVENT): - User Input / Keystrokes: A user typing a command, including pressing the Enter key (a newline `\n`), is just the completion of the input phase. - Incomplete Tasks: Continuous system output without a clear phase shift. CRITICAL INSTRUCTION: You must classify ONLY the timestamp found in the "### TARGET LINE" section. Do NOT extract timestamps from the "### CONTEXT" section. Output only the timestamp and the classification. Do NOT use brackets, periods, explanations, or markdown formatting. Output Format Example 1: 39.229814, old event Output Format Example 2: 111.602501, new event	### CONTEXT (Previous Events): <system_output timestamp="8689.636898">Get: 46 http://127.0.0.1:3142/ftp.de.debian.org/debian bookworm/main i386 libshout3 i386 2.4.6-1+b1 [61.9 kB] </system_output> <system_output timestamp="8689.639218">Get: 47 http://127.0.0.1:3142/ftp.de.debian.org/debian bookworm/main i386 libtag1v5-vanilla i386 1.13-2 [330 kB] </system_output> <system_output timestamp="8689.643964">Get: 48 http://127.0.0.1:3142/ftp.de.debian.org/debian bookworm/main i386 libtag1v5 i386 1.13-2 [18.7 kB] </system_output> <system_output timestamp="8689.645072">Get: 49 http://127.0.0.1:3142/ftp.de.debian.org/debian bookworm/main i386 libtwolame0 i386 0.4.0-2 [50.9 kB] </system_output> <system_output timestamp="8689.646598">Get: 50 http://127.0.0.1:3142/ftp.de.debian.org/debian bookworm/main i386 libv4lconvert0 i386 1.22.1-5+b2 [144 kB] </system_output> <system_output timestamp="8689.649239">... [TRUNCATED TO SAVE SPACE] ...</system_output> <system_output timestamp="8689.658635">... [TRUNCATED TO SAVE SPACE] ...</system_output> <system_output timestamp="8689.672352">... [TRUNCATED TO SAVE SPACE] ...</system_output> <system_output timestamp="8689.70432">... [TRUNCATED TO SAVE SPACE] ...</system_output> <system_output timestamp="8689.705642">Get: 55 http://127.0.0.1:3142/ftp.de.debian.org/debian bookworm/main i386 hunspell-en-us all 1:2020.12.07-2 [269 kB] </system_output> <system_output timestamp="8689.71025">Get: 56 http://127.0.0.1:3142/ftp.de.debian.org/debian bookworm/main i386 libaspell15 i386 0.60.8-4+b1 [370 kB] </system_output> <system_output timestamp="8689.715846">Get: 57 http://127.0.0.1:3142/ftp.de.debian.org/debian bookworm/main i386 libhunspell-1.7-0 i386 1.7.1-1 [204 kB] </system_output> <system_output timestamp="8689.719453">Get: 58 http://127.0.0.1:3142/ftp.de.debian.org/debian bookworm/main i386 libenchant-2-2 i386 2.3.3-2 [49.5 kB] </system_output> <system_output timestamp="8689.721001">Get: 59 http://127.0.0.1:3142/ftp.de.debian.org/debian bookworm/main i386 libgstreamer-gl1.0-0 i386 1.22.0-3+deb12u2 [249 kB] </system_output> ### TARGET LINE (Extract and Classify THIS Timestamp): <system_output timestamp="8689.724995">Get: 60 http://127.0.0.1:3142/ftp.de.debian.org/debian bookworm/main i386 libgssdp-1.6-0 i386 1.6.2-2 [41.1 kB] </system_output>	8689.724995, old event
Your task is to analyze terminal XML logs and determine whether the timestamp in the TARGET LINE belongs to a "new event" or an "old event". ### DEFINITION OF A NEW EVENT: 1. Explicit Prompts: The very first `<user_input>` that immediately follows a shell prompt (e.g., `demo@faiserver:~$`). 2. Phase Transitions: In automated logs, moving from one major build stage to another (e.g., from 'fai-mirror finished' to 'Copying the nfsroot'). 3. Internal Logic: Shifts from downloading to processing. ### WHAT IS NOT A NEW EVENT (OLD EVENT): - User Input / Keystrokes: A user typing a command, including pressing the Enter key (a newline `\n`), is just the completion of the input phase. - Incomplete Tasks: Continuous system output without a clear phase shift. CRITICAL INSTRUCTION: You must classify ONLY the timestamp found in the "### TARGET LINE" section. Do NOT extract timestamps from the "### CONTEXT" section. Output only the timestamp and the classification. Do NOT use brackets, periods, explanations, or markdown formatting. Output Format Example 1: 39.229814, old event Output Format Example 2: 111.602501, new event	### CONTEXT (Previous Events): <system_output timestamp="8704.435644">Get: 1 http://127.0.0.1:3142/ftp.de.debian.org/debian bookworm/main i386 libdouble-conversion3 i386 3.2.1-1 [45.7 kB] </system_output> <system_output timestamp="8704.443415">Get: 2 http://127.0.0.1:3142/ftp.de.debian.org/debian bookworm/main i386 libqt5core5a i386 5.15.8+dfsg-11+deb12u2 [2,658 kB] </system_output> <system_output timestamp="8704.531017">Get: 3 http://127.0.0.1:3142/ftp.de.debian.org/debian bookworm/main i386 libmtdev1 i386 1.1.6-1 [23.5 kB] </system_output> <system_output timestamp="8704.532255">Get: 4 http://127.0.0.1:3142/ftp.de.debian.org/debian bookworm/main i386 libwacom-common all 2.6.0-1 [58.4 kB] </system_output> <system_output timestamp="8704.534349">Get: 5 http://127.0.0.1:3142/ftp.de.debian.org/debian bookworm/main i386 libwacom9 i386 2.6.0-1 [23.1 kB] </system_output> <system_output timestamp="8704.535886">... [TRUNCATED TO SAVE SPACE] ...</system_output> <system_output timestamp="8704.537647">... [TRUNCATED TO SAVE SPACE] ...</system_output> <system_output timestamp="8704.541735">... [TRUNCATED TO SAVE SPACE] ...</system_output> <system_output timestamp="8704.550654">... [TRUNCATED TO SAVE SPACE] ...</system_output> <system_output timestamp="8704.625329">Get: 10 http://127.0.0.1:3142/ftp.de.debian.org/debian bookworm/main i386 libqt5network5 i386 5.15.8+dfsg-11+deb12u2 [764 kB] </system_output> <system_output timestamp="8704.638389">Get: 11 http://127.0.0.1:3142/ftp.de.debian.org/debian bookworm/main i386 libxcb-icccm4 i386 0.4.1-1.1 [28.1 kB] </system_output> <system_output timestamp="8704.643819">Get: 12 http://127.0.0.1:3142/ftp.de.debian.org/debian bookworm/main i386 libxcb-image0 i386 0.4.0-2 [23.4 kB] </system_output> <system_output timestamp="8704.646382">Get: 13 http://127.0.0.1:3142/ftp.de.debian.org/debian bookworm/main i386 libxcb-keysyms1 i386 0.4.0-1+b2 [16.7 kB] </system_output> <system_output timestamp="8704.648431">Get: 14 http://127.0.0.1:3142/ftp.de.debian.org/debian bookworm/main i386 libxcb-render-util0 i386 0.3.9-1+b1 [18.7 kB] </system_output> ### TARGET LINE (Extract and Classify THIS Timestamp): <system_output timestamp="8704.650653">Get: 15 http://127.0.0.1:3142/ftp.de.debian.org/debian bookworm/main i386 libxcb-xinerama0 i386 1.15-1 [105 kB] </system_output>	8704.650653, old event
Your task is to analyze terminal XML logs and determine whether the timestamp in the TARGET LINE belongs to a "new event" or an "old event". ### DEFINITION OF A NEW EVENT: 1. Explicit Prompts: The very first `<user_input>` that immediately follows a shell prompt (e.g., `demo@faiserver:~$`). 2. Phase Transitions: In automated logs, moving from one major build stage to another (e.g., from 'fai-mirror finished' to 'Copying the nfsroot'). 3. Internal Logic: Shifts from downloading to processing. ### WHAT IS NOT A NEW EVENT (OLD EVENT): - User Input / Keystrokes: A user typing a command, including pressing the Enter key (a newline `\n`), is just the completion of the input phase. - Incomplete Tasks: Continuous system output without a clear phase shift. CRITICAL INSTRUCTION: You must classify ONLY the timestamp found in the "### TARGET LINE" section. Do NOT extract timestamps from the "### CONTEXT" section. Output only the timestamp and the classification. Do NOT use brackets, periods, explanations, or markdown formatting. Output Format Example 1: 39.229814, old event Output Format Example 2: 111.602501, new event	### CONTEXT (Previous Events): <system_output timestamp="8709.043508">Get: 3 http://127.0.0.1:3142/ftp.de.debian.org/debian bookworm/main i386 libxfce4util-common all 4.18.1-2 [66.0 kB] </system_output> <system_output timestamp="8709.045876">Get: 4 http://127.0.0.1:3142/ftp.de.debian.org/debian bookworm/main i386 libxfce4util7 i386 4.18.1-2 [38.8 kB] </system_output> <system_output timestamp="8709.047955">Get: 5 http://127.0.0.1:3142/ftp.de.debian.org/debian bookworm/main i386 libexo-2-0 i386 4.18.0-1 [256 kB] </system_output> <system_output timestamp="8709.051574">Get: 6 http://127.0.0.1:3142/ftp.de.debian.org/debian bookworm/main i386 libxfce4ui-common all 4.18.2-2 [221 kB] </system_output> <system_output timestamp="8709.055947">Get: 7 http://127.0.0.1:3142/ftp.de.debian.org/debian bookworm/main i386 xfconf i386 4.18.0-2 [128 kB] </system_output> <system_output timestamp="8709.058902">... [TRUNCATED TO SAVE SPACE] ...</system_output> <system_output timestamp="8709.060498">... [TRUNCATED TO SAVE SPACE] ...</system_output> <system_output timestamp="8709.062423">... [TRUNCATED TO SAVE SPACE] ...</system_output> <system_output timestamp="8709.065105">... [TRUNCATED TO SAVE SPACE] ...</system_output> <system_output timestamp="8709.066997">Get: 12 http://127.0.0.1:3142/ftp.de.debian.org/debian bookworm/main i386 libdbusmenu-gtk3-4 i386 18.10.20180917~bzr492+repack1-3 [31.6 kB] </system_output> <system_output timestamp="8709.068421">Get: 13 http://127.0.0.1:3142/ftp.de.debian.org/debian bookworm/main i386 libgarcon-common all 4.18.0-1 [61.4 kB] </system_output> <system_output timestamp="8709.068858">Get: 14 http://127.0.0.1:3142/ftp.de.debian.org/debian bookworm/main i386 libgarcon-1-0 i386 4.18.0-1 [53.5 kB] </system_output> <system_output timestamp="8709.084082">Get: 15 http://127.0.0.1:3142/ftp.de.debian.org/debian bookworm/main i386 libgarcon-gtk3-1-0 i386 4.18.0-1 [22.7 kB] </system_output> <system_output timestamp="8709.085581">Get: 16 http://127.0.0.1:3142/ftp.de.debian.org/debian bookworm/main i386 libgtop2-common all 2.40.0-2 [95.2 kB] </system_output> ### TARGET LINE (Extract and Classify THIS Timestamp): <system_output timestamp="8709.088506">Get: 17 http://127.0.0.1:3142/ftp.de.debian.org/debian bookworm/main i386 libgtop-2.0-11 i386 2.40.0-2 [76.0 kB] </system_output>	8709.088506, old event
Your task is to analyze terminal XML logs and determine whether the timestamp in the TARGET LINE belongs to a "new event" or an "old event". ### DEFINITION OF A NEW EVENT: 1. Explicit Prompts: The very first `<user_input>` that immediately follows a shell prompt (e.g., `demo@faiserver:~$`). 2. Phase Transitions: In automated logs, moving from one major build stage to another (e.g., from 'fai-mirror finished' to 'Copying the nfsroot'). 3. Internal Logic: Shifts from downloading to processing. ### WHAT IS NOT A NEW EVENT (OLD EVENT): - User Input / Keystrokes: A user typing a command, including pressing the Enter key (a newline `\n`), is just the completion of the input phase. - Incomplete Tasks: Continuous system output without a clear phase shift. CRITICAL INSTRUCTION: You must classify ONLY the timestamp found in the "### TARGET LINE" section. Do NOT extract timestamps from the "### CONTEXT" section. Output only the timestamp and the classification. Do NOT use brackets, periods, explanations, or markdown formatting. Output Format Example 1: 39.229814, old event Output Format Example 2: 111.602501, new event	### CONTEXT (Previous Events): <system_output timestamp="8719.321892">Get: 1 http://127.0.0.1:3142/ftp.de.debian.org/debian bookworm/main i386 fancontrol all 1:3.6.0-7.1 [30.5 kB] </system_output> <system_output timestamp="8719.323314">Fetched 30.5 kB in 0s (447 kB/s) </system_output> <system_output timestamp="8719.374617">install_packages: executing aptitude -R -d -o Aptitude::Log=/dev/null -o Aptitude::CmdLine::Ignore-Trust-Violations=yes -o APT::Get::AllowUnauthenticated=true -o Acquire::AllowInsecureRepositories=true -o DPkg::force-conflicts::=yes -o Dir::State=/usr/fai/mirror/aptcache/var/lib/apt -o Dir::Log=/usr/fai/mirror/aptcache/var/log/apt -o Dir::State::extended_states=/usr/fai/mirror/aptcache/var/lib/apt/lists/extended_states -o Dir::State::status=/usr/fai/mirror/aptcache/statefile -o Dir::Cache=/usr/fai/mirror/aptcache/var/cache/apt -o Dir::State=/usr/fai/mirror/aptcache/var/cache/apt -o Dir::Cache::Archives=/usr/fai/mirror/aptcache/var/cache/apt/archives -o Dir::Etc=/usr/fai/mirror/aptcache/etc/apt/ -o Dir::State::Lists=/usr/fai/mirror/aptcache/var/lib/apt/lists/ -y install flashrom </system_output> <system_output timestamp="8719.422288">Reading package lists... </system_output> <system_output timestamp="8719.676624">Building dependency tree... </system_output> <system_output timestamp="8719.680184">... [TRUNCATED TO SAVE SPACE] ...</system_output> <system_output timestamp="8719.880818">... [TRUNCATED TO SAVE SPACE] ...</system_output> <system_output timestamp="8719.898216">... [TRUNCATED TO SAVE SPACE] ...</system_output> <system_output timestamp="8720.356595">... [TRUNCATED TO SAVE SPACE] ...</system_output> <system_output timestamp="8720.618831">Building tag database... </system_output> <system_output timestamp="8721.134701">The following NEW packages will be installed: flashrom gcc-12-base{a} libc6{a} libftdi1-2{a} libgcc-s1{a} libjaylink0{a} libpci3{a} libudev1{a} libusb-1.0-0{a} pci.ids{a} zlib1g{a} The following packages are RECOMMENDED but will NOT be installed: libidn2-0 0 packages upgraded, 11 newly installed, 0 to remove and 0 not upgraded. Need to get 306 kB/3,602 kB of archives. After unpacking 16.0 MB will be used. Writing extended state information... </system_output> <system_output timestamp="8721.188799">Get: 1 http://127.0.0.1:3142/ftp.de.debian.org/debian bookworm/main i386 libftdi1-2 i386 1.5-6+b2 [32.0 kB] </system_output> <system_output timestamp="8721.240221">Get: 2 http://127.0.0.1:3142/ftp.de.debian.org/debian bookworm/main i386 libjaylink0 i386 0.3.1-1 [26.6 kB] </system_output> <system_output timestamp="8721.241183">Get: 3 http://127.0.0.1:3142/ftp.de.debian.org/debian bookworm/main i386 flashrom i386 1.3.0-2.1 [247 kB] </system_output> ### TARGET LINE (Extract and Classify THIS Timestamp): <system_output timestamp="8721.283911">Fetched 306 kB in 0s (2,807 kB/s) </system_output>	8721.283911, old event
Your task is to analyze terminal XML logs and determine whether the timestamp in the TARGET LINE belongs to a "new event" or an "old event". ### DEFINITION OF A NEW EVENT: 1. Explicit Prompts: The very first `<user_input>` that immediately follows a shell prompt (e.g., `demo@faiserver:~$`). 2. Phase Transitions: In automated logs, moving from one major build stage to another (e.g., from 'fai-mirror finished' to 'Copying the nfsroot'). 3. Internal Logic: Shifts from downloading to processing. ### WHAT IS NOT A NEW EVENT (OLD EVENT): - User Input / Keystrokes: A user typing a command, including pressing the Enter key (a newline `\n`), is just the completion of the input phase. - Incomplete Tasks: Continuous system output without a clear phase shift. CRITICAL INSTRUCTION: You must classify ONLY the timestamp found in the "### TARGET LINE" section. Do NOT extract timestamps from the "### CONTEXT" section. Output only the timestamp and the classification. Do NOT use brackets, periods, explanations, or markdown formatting. Output Format Example 1: 39.229814, old event Output Format Example 2: 111.602501, new event	### CONTEXT (Previous Events): <system_output timestamp="8735.179473">Fetched 122 kB in 0s (8,002 kB/s) </system_output> <system_output timestamp="8735.224781">install_packages: executing aptitude -R -d -o Aptitude::Log=/dev/null -o Aptitude::CmdLine::Ignore-Trust-Violations=yes -o APT::Get::AllowUnauthenticated=true -o Acquire::AllowInsecureRepositories=true -o DPkg::force-conflicts::=yes -o Dir::State=/usr/fai/mirror/aptcache/var/lib/apt -o Dir::Log=/usr/fai/mirror/aptcache/var/log/apt -o Dir::State::extended_states=/usr/fai/mirror/aptcache/var/lib/apt/lists/extended_states -o Dir::State::status=/usr/fai/mirror/aptcache/statefile -o Dir::Cache=/usr/fai/mirror/aptcache/var/cache/apt -o Dir::State=/usr/fai/mirror/aptcache/var/cache/apt -o Dir::Cache::Archives=/usr/fai/mirror/aptcache/var/cache/apt/archives -o Dir::Etc=/usr/fai/mirror/aptcache/etc/apt/ -o Dir::State::Lists=/usr/fai/mirror/aptcache/var/lib/apt/lists/ -y install sudo </system_output> <system_output timestamp="8735.275346">Reading package lists... </system_output> <system_output timestamp="8735.516449">Building dependency tree... </system_output> <system_output timestamp="8735.519614">Reading state information... </system_output> <system_output timestamp="8735.718858">... [TRUNCATED TO SAVE SPACE] ...</system_output> <system_output timestamp="8735.739468">... [TRUNCATED TO SAVE SPACE] ...</system_output> <system_output timestamp="8736.402161">... [TRUNCATED TO SAVE SPACE] ...</system_output> <system_output timestamp="8736.659621">... [TRUNCATED TO SAVE SPACE] ...</system_output> <system_output timestamp="8737.190292">The following NEW packages will be installed: debconf{a} dpkg{a} gcc-12-base{a} init-system-helpers{a} libacl1{a} libaudit-common{a} libaudit1{a} libbz2-1.0{a} libc6{a} libcap-ng0{a} libcrypt1{a} libdb5.3{a} libfile-find-rule-perl{a} libgcc-s1{a} libgdbm-compat4{a} libgdbm6{a} liblzma5{a} libmd0{a} libnumber-compare-perl{a} libpam-modules{a} libpam-modules-bin{a} libpam0g{a} libpcre2-8-0{a} libperl5.36{a} libselinux1{a} libtext-glob-perl{a} libzstd1{a} perl{a} perl-base{a} perl-modules-5.36{a} sudo tar{a} usrmerge{a} zlib1g{a} The following packages are RECOMMENDED but will NOT be installed: apt-utils debconf-i18n libidn2-0 netbase 0 packages upgraded, 34 newly installed, 0 to remove and 0 not upgraded. Need to get 1,900 kB/18.5 MB of archives. After unpacking 87.6 MB will be used. Writing extended state information... </system_output> <system_output timestamp="8737.258269">Get: 1 http://127.0.0.1:3142/ftp.de.debian.org/debian bookworm/main i386 sudo i386 1.9.13p3-1+deb12u1 [1,900 kB] </system_output> <system_output timestamp="8737.332102">Fetched 1,900 kB in 0s (21.0 MB/s) </system_output> <system_output timestamp="8737.38251">install_packages: executing aptitude -R -d -o Aptitude::Log=/dev/null -o Aptitude::CmdLine::Ignore-Trust-Violations=yes -o APT::Get::AllowUnauthenticated=true -o Acquire::AllowInsecureRepositories=true -o DPkg::force-conflicts::=yes -o Dir::State=/usr/fai/mirror/aptcache/var/lib/apt -o Dir::Log=/usr/fai/mirror/aptcache/var/log/apt -o Dir::State::extended_states=/usr/fai/mirror/aptcache/var/lib/apt/lists/extended_states -o Dir::State::status=/usr/fai/mirror/aptcache/statefile -o Dir::Cache=/usr/fai/mirror/aptcache/var/cache/apt -o Dir::State=/usr/fai/mirror/aptcache/var/cache/apt -o Dir::Cache::Archives=/usr/fai/mirror/aptcache/var/cache/apt/archives -o Dir::Etc=/usr/fai/mirror/aptcache/etc/apt/ -o Dir::State::Lists=/usr/fai/mirror/aptcache/var/lib/apt/lists/ -y install sysstat </system_output> <system_output timestamp="8737.447844">Reading package lists... </system_output> ### TARGET LINE (Extract and Classify THIS Timestamp): <system_output timestamp="8737.698616">Building dependency tree... </system_output>	8737.698616, old event
Your task is to analyze terminal XML logs and determine whether the timestamp in the TARGET LINE belongs to a "new event" or an "old event". ### DEFINITION OF A NEW EVENT: 1. Explicit Prompts: The very first `<user_input>` that immediately follows a shell prompt (e.g., `demo@faiserver:~$`). 2. Phase Transitions: In automated logs, moving from one major build stage to another (e.g., from 'fai-mirror finished' to 'Copying the nfsroot'). 3. Internal Logic: Shifts from downloading to processing. ### WHAT IS NOT A NEW EVENT (OLD EVENT): - User Input / Keystrokes: A user typing a command, including pressing the Enter key (a newline `\n`), is just the completion of the input phase. - Incomplete Tasks: Continuous system output without a clear phase shift. CRITICAL INSTRUCTION: You must classify ONLY the timestamp found in the "### TARGET LINE" section. Do NOT extract timestamps from the "### CONTEXT" section. Output only the timestamp and the classification. Do NOT use brackets, periods, explanations, or markdown formatting. Output Format Example 1: 39.229814, old event Output Format Example 2: 111.602501, new event	### CONTEXT (Previous Events): <system_output timestamp="8797.030342">Get: 12 http://127.0.0.1:3142/ftp.de.debian.org/debian bookworm/main i386 python3-ephem i386 4.1.4-2+b1 [1,217 kB] </system_output> <system_output timestamp="8797.05361">Get: 13 http://127.0.0.1:3142/ftp.de.debian.org/debian bookworm/main i386 python3-kombu all 5.2.4-1 [139 kB] </system_output> <system_output timestamp="8797.055972">Get: 14 http://127.0.0.1:3142/ftp.de.debian.org/debian bookworm/main i386 python3-memcache all 1.59-5 [26.3 kB] </system_output> <system_output timestamp="8797.057167">Get: 15 http://127.0.0.1:3142/ftp.de.debian.org/debian bookworm/main i386 python3-tz all 2022.7.1-4 [30.1 kB] </system_output> <system_output timestamp="8797.058337">Get: 16 http://127.0.0.1:3142/ftp.de.debian.org/debian bookworm/main i386 python3-click-plugins all 1.1.1-4 [9,852 B] </system_output> <system_output timestamp="8797.059192">... [TRUNCATED TO SAVE SPACE] ...</system_output> <system_output timestamp="8797.063027">... [TRUNCATED TO SAVE SPACE] ...</system_output> <system_output timestamp="8797.120259">... [TRUNCATED TO SAVE SPACE] ...</system_output> <system_output timestamp="8797.167634">... [TRUNCATED TO SAVE SPACE] ...</system_output> <system_output timestamp="8797.421871">Building dependency tree... </system_output> <system_output timestamp="8797.42501">Reading state information... </system_output> <system_output timestamp="8797.623372">Reading extended state information... </system_output> <system_output timestamp="8797.645337">Initializing package states... </system_output> <system_output timestamp="8798.310313">Writing extended state information... </system_output> ### TARGET LINE (Extract and Classify THIS Timestamp): <system_output timestamp="8798.568487">Building tag database... </system_output>	8798.568487, old event
Your task is to analyze terminal XML logs and determine whether the timestamp in the TARGET LINE belongs to a "new event" or an "old event". ### DEFINITION OF A NEW EVENT: 1. Explicit Prompts: The very first `<user_input>` that immediately follows a shell prompt (e.g., `demo@faiserver:~$`). 2. Phase Transitions: In automated logs, moving from one major build stage to another (e.g., from 'fai-mirror finished' to 'Copying the nfsroot'). 3. Internal Logic: Shifts from downloading to processing. ### WHAT IS NOT A NEW EVENT (OLD EVENT): - User Input / Keystrokes: A user typing a command, including pressing the Enter key (a newline `\n`), is just the completion of the input phase. - Incomplete Tasks: Continuous system output without a clear phase shift. CRITICAL INSTRUCTION: You must classify ONLY the timestamp found in the "### TARGET LINE" section. Do NOT extract timestamps from the "### CONTEXT" section. Output only the timestamp and the classification. Do NOT use brackets, periods, explanations, or markdown formatting. Output Format Example 1: 39.229814, old event Output Format Example 2: 111.602501, new event	### CONTEXT (Previous Events): <system_output timestamp="8826.834701">install_packages: executing aptitude -R -d -o Aptitude::Log=/dev/null -o Aptitude::CmdLine::Ignore-Trust-Violations=yes -o APT::Get::AllowUnauthenticated=true -o Acquire::AllowInsecureRepositories=true -o DPkg::force-conflicts::=yes -o Dir::State=/usr/fai/mirror/aptcache/var/lib/apt -o Dir::Log=/usr/fai/mirror/aptcache/var/log/apt -o Dir::State::extended_states=/usr/fai/mirror/aptcache/var/lib/apt/lists/extended_states -o Dir::State::status=/usr/fai/mirror/aptcache/statefile -o Dir::Cache=/usr/fai/mirror/aptcache/var/cache/apt -o Dir::State=/usr/fai/mirror/aptcache/var/cache/apt -o Dir::Cache::Archives=/usr/fai/mirror/aptcache/var/cache/apt/archives -o Dir::Etc=/usr/fai/mirror/aptcache/etc/apt/ -o Dir::State::Lists=/usr/fai/mirror/aptcache/var/lib/apt/lists/ -y install python3-mysqldb </system_output> <system_output timestamp="8826.897951">Reading package lists... </system_output> <system_output timestamp="8827.21644">Building dependency tree... </system_output> <system_output timestamp="8827.225652">Reading state information... </system_output> <system_output timestamp="8827.460415">Reading extended state information... </system_output> <system_output timestamp="8827.477362">... [TRUNCATED TO SAVE SPACE] ...</system_output> <system_output timestamp="8827.914648">... [TRUNCATED TO SAVE SPACE] ...</system_output> <system_output timestamp="8828.170877">... [TRUNCATED TO SAVE SPACE] ...</system_output> <system_output timestamp="8828.675721">... [TRUNCATED TO SAVE SPACE] ...</system_output> <system_output timestamp="8828.735376">Get: 1 http://127.0.0.1:3142/ftp.de.debian.org/debian bookworm/main i386 python3-mysqldb i386 1.4.6-2+b1 [50.2 kB] </system_output> <system_output timestamp="8828.736938">Fetched 50.2 kB in 0s (3,204 kB/s) </system_output> <system_output timestamp="8828.784671">install_packages: executing aptitude -R -d -o Aptitude::Log=/dev/null -o Aptitude::CmdLine::Ignore-Trust-Violations=yes -o APT::Get::AllowUnauthenticated=true -o Acquire::AllowInsecureRepositories=true -o DPkg::force-conflicts::=yes -o Dir::State=/usr/fai/mirror/aptcache/var/lib/apt -o Dir::Log=/usr/fai/mirror/aptcache/var/log/apt -o Dir::State::extended_states=/usr/fai/mirror/aptcache/var/lib/apt/lists/extended_states -o Dir::State::status=/usr/fai/mirror/aptcache/statefile -o Dir::Cache=/usr/fai/mirror/aptcache/var/cache/apt -o Dir::State=/usr/fai/mirror/aptcache/var/cache/apt -o Dir::Cache::Archives=/usr/fai/mirror/aptcache/var/cache/apt/archives -o Dir::Etc=/usr/fai/mirror/aptcache/etc/apt/ -o Dir::State::Lists=/usr/fai/mirror/aptcache/var/lib/apt/lists/ -y install mercurial </system_output> <system_output timestamp="8828.829129">Reading package lists... </system_output> <system_output timestamp="8829.060784">Building dependency tree... </system_output> ### TARGET LINE (Extract and Classify THIS Timestamp): <system_output timestamp="8829.064247">Reading state information... </system_output>	8829.064247, old event
Your task is to analyze terminal XML logs and determine whether the timestamp in the TARGET LINE belongs to a "new event" or an "old event". ### DEFINITION OF A NEW EVENT: 1. Explicit Prompts: The very first `<user_input>` that immediately follows a shell prompt (e.g., `demo@faiserver:~$`). 2. Phase Transitions: In automated logs, moving from one major build stage to another (e.g., from 'fai-mirror finished' to 'Copying the nfsroot'). 3. Internal Logic: Shifts from downloading to processing. ### WHAT IS NOT A NEW EVENT (OLD EVENT): - User Input / Keystrokes: A user typing a command, including pressing the Enter key (a newline `\n`), is just the completion of the input phase. - Incomplete Tasks: Continuous system output without a clear phase shift. CRITICAL INSTRUCTION: You must classify ONLY the timestamp found in the "### TARGET LINE" section. Do NOT extract timestamps from the "### CONTEXT" section. Output only the timestamp and the classification. Do NOT use brackets, periods, explanations, or markdown formatting. Output Format Example 1: 39.229814, old event Output Format Example 2: 111.602501, new event	### CONTEXT (Previous Events): <system_output timestamp="8866.811798">Building dependency tree... </system_output> <system_output timestamp="8866.815199">Reading state information... </system_output> <system_output timestamp="8867.014849">Reading extended state information... </system_output> <system_output timestamp="8867.036541">Initializing package states... </system_output> <system_output timestamp="8867.950612">Writing extended state information... </system_output> <system_output timestamp="8868.211245">... [TRUNCATED TO SAVE SPACE] ...</system_output> <system_output timestamp="8868.772021">... [TRUNCATED TO SAVE SPACE] ...</system_output> <system_output timestamp="8868.843962">... [TRUNCATED TO SAVE SPACE] ...</system_output> <system_output timestamp="8868.859488">... [TRUNCATED TO SAVE SPACE] ...</system_output> <system_output timestamp="8868.861707">Get: 3 http://127.0.0.1:3142/ftp.de.debian.org/debian bookworm/main i386 libpcsclite1 i386 1.9.9-2 [50.9 kB] </system_output> <system_output timestamp="8868.877102">Get: 4 http://127.0.0.1:3142/ftp.de.debian.org/debian bookworm/main i386 libcacard0 i386 1:2.8.0-3 [93.9 kB] </system_output> <system_output timestamp="8868.880295">Get: 5 http://127.0.0.1:3142/ftp.de.debian.org/debian bookworm/main i386 libcapstone4 i386 4.0.2-5 [570 kB] </system_output> <system_output timestamp="8868.887941">Get: 6 http://127.0.0.1:3142/ftp.de.debian.org/debian bookworm/main i386 libexecs0 i386 1.3-2 [9,228 B] </system_output> <system_output timestamp="8868.903195">Get: 7 http://127.0.0.1:3142/ftp.de.debian.org/debian bookworm/main i386 libfdt1 i386 1.6.1-4+b1 [20.5 kB] </system_output> ### TARGET LINE (Extract and Classify THIS Timestamp): <system_output timestamp="8868.904556">Get: 8 http://127.0.0.1:3142/ftp.de.debian.org/debian bookworm/main i386 libfuse3-3 i386 3.14.0-4 [99.3 kB] </system_output>	8868.904556, old event
Your task is to analyze terminal XML logs and determine whether the timestamp in the TARGET LINE belongs to a "new event" or an "old event". ### DEFINITION OF A NEW EVENT: 1. Explicit Prompts: The very first `<user_input>` that immediately follows a shell prompt (e.g., `demo@faiserver:~$`). 2. Phase Transitions: In automated logs, moving from one major build stage to another (e.g., from 'fai-mirror finished' to 'Copying the nfsroot'). 3. Internal Logic: Shifts from downloading to processing. ### WHAT IS NOT A NEW EVENT (OLD EVENT): - User Input / Keystrokes: A user typing a command, including pressing the Enter key (a newline `\n`), is just the completion of the input phase. - Incomplete Tasks: Continuous system output without a clear phase shift. CRITICAL INSTRUCTION: You must classify ONLY the timestamp found in the "### TARGET LINE" section. Do NOT extract timestamps from the "### CONTEXT" section. Output only the timestamp and the classification. Do NOT use brackets, periods, explanations, or markdown formatting. Output Format Example 1: 39.229814, old event Output Format Example 2: 111.602501, new event	### CONTEXT (Previous Events): <system_output timestamp="8909.633106">install_packages: executing aptitude -R -d -o Aptitude::Log=/dev/null -o Aptitude::CmdLine::Ignore-Trust-Violations=yes -o APT::Get::AllowUnauthenticated=true -o Acquire::AllowInsecureRepositories=true -o DPkg::force-conflicts::=yes -o Dir::State=/usr/fai/mirror/aptcache/var/lib/apt -o Dir::Log=/usr/fai/mirror/aptcache/var/log/apt -o Dir::State::extended_states=/usr/fai/mirror/aptcache/var/lib/apt/lists/extended_states -o Dir::State::status=/usr/fai/mirror/aptcache/statefile -o Dir::Cache=/usr/fai/mirror/aptcache/var/cache/apt -o Dir::State=/usr/fai/mirror/aptcache/var/cache/apt -o Dir::Cache::Archives=/usr/fai/mirror/aptcache/var/cache/apt/archives -o Dir::Etc=/usr/fai/mirror/aptcache/etc/apt/ -o Dir::State::Lists=/usr/fai/mirror/aptcache/var/lib/apt/lists/ -y install libjs-jquery-ui </system_output> <system_output timestamp="8909.681892">Reading package lists... </system_output> <system_output timestamp="8909.951336">Building dependency tree... </system_output> <system_output timestamp="8909.954926">Reading state information... </system_output> <system_output timestamp="8910.192142">Reading extended state information... </system_output> <system_output timestamp="8910.21588">... [TRUNCATED TO SAVE SPACE] ...</system_output> <system_output timestamp="8910.838">... [TRUNCATED TO SAVE SPACE] ...</system_output> <system_output timestamp="8911.105564">... [TRUNCATED TO SAVE SPACE] ...</system_output> <system_output timestamp="8911.605767">... [TRUNCATED TO SAVE SPACE] ...</system_output> <system_output timestamp="8911.654399">Get: 1 http://127.0.0.1:3142/ftp.de.debian.org/debian bookworm/main i386 libjs-jquery-ui all 1.13.2+dfsg-1 [250 kB] </system_output> <system_output timestamp="8911.65832">Fetched 250 kB in 0s (13.0 MB/s) </system_output> <system_output timestamp="8911.693684">install_packages: executing aptitude -R -d -o Aptitude::Log=/dev/null -o Aptitude::CmdLine::Ignore-Trust-Violations=yes -o APT::Get::AllowUnauthenticated=true -o Acquire::AllowInsecureRepositories=true -o DPkg::force-conflicts::=yes -o Dir::State=/usr/fai/mirror/aptcache/var/lib/apt -o Dir::Log=/usr/fai/mirror/aptcache/var/log/apt -o Dir::State::extended_states=/usr/fai/mirror/aptcache/var/lib/apt/lists/extended_states -o Dir::State::status=/usr/fai/mirror/aptcache/statefile -o Dir::Cache=/usr/fai/mirror/aptcache/var/cache/apt -o Dir::State=/usr/fai/mirror/aptcache/var/cache/apt -o Dir::Cache::Archives=/usr/fai/mirror/aptcache/var/cache/apt/archives -o Dir::Etc=/usr/fai/mirror/aptcache/etc/apt/ -o Dir::State::Lists=/usr/fai/mirror/aptcache/var/lib/apt/lists/ -y install libpq-dev </system_output> <system_output timestamp="8911.750071">Reading package lists... </system_output> <system_output timestamp="8912.036165">Building dependency tree... </system_output> ### TARGET LINE (Extract and Classify THIS Timestamp): <system_output timestamp="8912.040504">Reading state information... </system_output>	8912.040504, old event
Your task is to analyze terminal XML logs and determine whether the timestamp in the TARGET LINE belongs to a "new event" or an "old event". ### DEFINITION OF A NEW EVENT: 1. Explicit Prompts: The very first `<user_input>` that immediately follows a shell prompt (e.g., `demo@faiserver:~$`). 2. Phase Transitions: In automated logs, moving from one major build stage to another (e.g., from 'fai-mirror finished' to 'Copying the nfsroot'). 3. Internal Logic: Shifts from downloading to processing. ### WHAT IS NOT A NEW EVENT (OLD EVENT): - User Input / Keystrokes: A user typing a command, including pressing the Enter key (a newline `\n`), is just the completion of the input phase. - Incomplete Tasks: Continuous system output without a clear phase shift. CRITICAL INSTRUCTION: You must classify ONLY the timestamp found in the "### TARGET LINE" section. Do NOT extract timestamps from the "### CONTEXT" section. Output only the timestamp and the classification. Do NOT use brackets, periods, explanations, or markdown formatting. Output Format Example 1: 39.229814, old event Output Format Example 2: 111.602501, new event	### CONTEXT (Previous Events): <system_output timestamp="8917.945585">Get: 2 http://127.0.0.1:3142/ftp.de.debian.org/debian bookworm/main i386 sse2-support i386 15.1 [3,316 B] </system_output> <system_output timestamp="8917.948314">Get: 3 http://127.0.0.1:3142/ftp.de.debian.org/debian bookworm/main i386 node-xtend all 4.0.2-3 [3,932 B] </system_output> <system_output timestamp="8917.951149">Get: 4 http://127.0.0.1:3142/ftp.de.debian.org/debian bookworm/main i386 nodejs i386 18.19.0+dfsg-6~deb12u2 [319 kB] </system_output> <system_output timestamp="8917.95667">Get: 5 http://127.0.0.1:3142/ftp.de.debian.org/debian bookworm/main i386 node-acorn all 8.8.1+ds+~cs25.17.7-2 [128 kB] Get: 6 http://127.0.0.1:3142/ftp.de.debian.org/debian bookworm/main i386 node-cjs-module-lexer all 1.2.2+dfsg-5 [30.1 kB] </system_output> <system_output timestamp="8917.958511">Get: 7 http://127.0.0.1:3142/ftp.de.debian.org/debian bookworm/main i386 node-busboy all 1.6.0+~cs2.6.0-2 [16.9 kB] </system_output> <system_output timestamp="8917.960342">... [TRUNCATED TO SAVE SPACE] ...</system_output> <system_output timestamp="8917.965937">... [TRUNCATED TO SAVE SPACE] ...</system_output> <system_output timestamp="8918.182415">... [TRUNCATED TO SAVE SPACE] ...</system_output> <system_output timestamp="8918.225824">... [TRUNCATED TO SAVE SPACE] ...</system_output> <system_output timestamp="8918.273913">Reading package lists... </system_output> <system_output timestamp="8918.532959">Building dependency tree... </system_output> <system_output timestamp="8918.536936">Reading state information... </system_output> <system_output timestamp="8918.740366">Reading extended state information... </system_output> <system_output timestamp="8918.7642">Initializing package states... </system_output> ### TARGET LINE (Extract and Classify THIS Timestamp): <system_output timestamp="8919.467947">Writing extended state information... </system_output>	8919.467947, old event
Your task is to analyze terminal XML logs and determine whether the timestamp in the TARGET LINE belongs to a "new event" or an "old event". ### DEFINITION OF A NEW EVENT: 1. Explicit Prompts: The very first `<user_input>` that immediately follows a shell prompt (e.g., `demo@faiserver:~$`). 2. Phase Transitions: In automated logs, moving from one major build stage to another (e.g., from 'fai-mirror finished' to 'Copying the nfsroot'). 3. Internal Logic: Shifts from downloading to processing. ### WHAT IS NOT A NEW EVENT (OLD EVENT): - User Input / Keystrokes: A user typing a command, including pressing the Enter key (a newline `\n`), is just the completion of the input phase. - Incomplete Tasks: Continuous system output without a clear phase shift. CRITICAL INSTRUCTION: You must classify ONLY the timestamp found in the "### TARGET LINE" section. Do NOT extract timestamps from the "### CONTEXT" section. Output only the timestamp and the classification. Do NOT use brackets, periods, explanations, or markdown formatting. Output Format Example 1: 39.229814, old event Output Format Example 2: 111.602501, new event	### CONTEXT (Previous Events): <system_output timestamp="8918.273913">Reading package lists... </system_output> <system_output timestamp="8918.532959">Building dependency tree... </system_output> <system_output timestamp="8918.536936">Reading state information... </system_output> <system_output timestamp="8918.740366">Reading extended state information... </system_output> <system_output timestamp="8918.7642">Initializing package states... </system_output> <system_output timestamp="8919.467947">... [TRUNCATED TO SAVE SPACE] ...</system_output> <system_output timestamp="8919.717089">... [TRUNCATED TO SAVE SPACE] ...</system_output> <system_output timestamp="8920.304551">... [TRUNCATED TO SAVE SPACE] ...</system_output> <system_output timestamp="8920.382305">... [TRUNCATED TO SAVE SPACE] ...</system_output> <system_output timestamp="8920.391153">Get: 2 http://127.0.0.1:3142/ftp.de.debian.org/debian bookworm/main i386 ruby3.1 i386 3.1.2-7+deb12u1 [663 kB] </system_output> <system_output timestamp="8920.405615">Get: 3 http://127.0.0.1:3142/ftp.de.debian.org/debian bookworm/main i386 ruby-rubygems all 3.3.15-2 [293 kB] </system_output> <system_output timestamp="8920.413226">Get: 4 http://127.0.0.1:3142/ftp.de.debian.org/debian bookworm/main i386 ruby i386 1:3.1 [5,872 B] </system_output> <system_output timestamp="8920.415688">Get: 5 http://127.0.0.1:3142/ftp.de.debian.org/debian bookworm/main i386 rake all 13.0.6-3 [83.9 kB] </system_output> <system_output timestamp="8920.418903">Get: 6 http://127.0.0.1:3142/ftp.de.debian.org/debian bookworm/main i386 ruby-net-telnet all 0.2.0-1 [13.1 kB] </system_output> ### TARGET LINE (Extract and Classify THIS Timestamp): <system_output timestamp="8920.420286">Get: 7 http://127.0.0.1:3142/ftp.de.debian.org/debian bookworm/main i386 ruby-webrick all 1.8.1-1 [51.4 kB] </system_output>	8920.420286, old event
Your task is to analyze terminal XML logs and determine whether the timestamp in the TARGET LINE belongs to a "new event" or an "old event". ### DEFINITION OF A NEW EVENT: 1. Explicit Prompts: The very first `<user_input>` that immediately follows a shell prompt (e.g., `demo@faiserver:~$`). 2. Phase Transitions: In automated logs, moving from one major build stage to another (e.g., from 'fai-mirror finished' to 'Copying the nfsroot'). 3. Internal Logic: Shifts from downloading to processing. ### WHAT IS NOT A NEW EVENT (OLD EVENT): - User Input / Keystrokes: A user typing a command, including pressing the Enter key (a newline `\n`), is just the completion of the input phase. - Incomplete Tasks: Continuous system output without a clear phase shift. CRITICAL INSTRUCTION: You must classify ONLY the timestamp found in the "### TARGET LINE" section. Do NOT extract timestamps from the "### CONTEXT" section. Output only the timestamp and the classification. Do NOT use brackets, periods, explanations, or markdown formatting. Output Format Example 1: 39.229814, old event Output Format Example 2: 111.602501, new event	### CONTEXT (Previous Events): <system_output timestamp="8943.578022">Get: 1 http://127.0.0.1:3142/ftp.de.debian.org/debian bookworm/main i386 db5.3-util i386 5.3.28+dfsg2-1 [66.2 kB] </system_output> <system_output timestamp="8943.581761">Get: 2 http://127.0.0.1:3142/ftp.de.debian.org/debian bookworm/main i386 db-util all 5.3.2 [2,176 B] </system_output> <system_output timestamp="8943.582718">Get: 3 http://127.0.0.1:3142/ftp.de.debian.org/debian bookworm/main i386 sasl2-bin i386 2.1.28+dfsg-10 [115 kB] </system_output> <system_output timestamp="8943.627692">Fetched 183 kB in 0s (2,857 kB/s) </system_output> <system_output timestamp="8943.684556">install_packages: executing aptitude -R -d -o Aptitude::Log=/dev/null -o Aptitude::CmdLine::Ignore-Trust-Violations=yes -o APT::Get::AllowUnauthenticated=true -o Acquire::AllowInsecureRepositories=true -o DPkg::force-conflicts::=yes -o Dir::State=/usr/fai/mirror/aptcache/var/lib/apt -o Dir::Log=/usr/fai/mirror/aptcache/var/log/apt -o Dir::State::extended_states=/usr/fai/mirror/aptcache/var/lib/apt/lists/extended_states -o Dir::State::status=/usr/fai/mirror/aptcache/statefile -o Dir::Cache=/usr/fai/mirror/aptcache/var/cache/apt -o Dir::State=/usr/fai/mirror/aptcache/var/cache/apt -o Dir::Cache::Archives=/usr/fai/mirror/aptcache/var/cache/apt/archives -o Dir::Etc=/usr/fai/mirror/aptcache/etc/apt/ -o Dir::State::Lists=/usr/fai/mirror/aptcache/var/lib/apt/lists/ -y install clamav-daemon </system_output> <system_output timestamp="8943.728586">... [TRUNCATED TO SAVE SPACE] ...</system_output> <system_output timestamp="8943.9805">... [TRUNCATED TO SAVE SPACE] ...</system_output> <system_output timestamp="8943.98446">... [TRUNCATED TO SAVE SPACE] ...</system_output> <system_output timestamp="8944.184549">... [TRUNCATED TO SAVE SPACE] ...</system_output> <system_output timestamp="8944.206237">Initializing package states... </system_output> <system_output timestamp="8944.77976">Writing extended state information... </system_output> <system_output timestamp="8945.034866">Building tag database... </system_output> <system_output timestamp="8945.592047">The following NEW packages will be installed: adduser{a} clamav-base{a} clamav-daemon clamav-freshclam{a} cron{a} cron-daemon-common{a} debconf{a} dpkg{a} gcc-12-base{a} init-system-helpers{a} libacl1{a} libaudit-common{a} libaudit1{a} libbrotli1{a} libbz2-1.0{a} libc6{a} libcap-ng0{a} libcap2{a} libclamav11{a} libcom-err2{a} libcrypt1{a} libcurl4{a} libdb5.3{a} libffi8{a} libfile-find-rule-perl{a} libgcc-s1{a} libgcrypt20{a} libgdbm-compat4{a} libgdbm6{a} libgmp10{a} libgnutls30{a} libgpg-error0{a} libgssapi-krb5-2{a} libhogweed6{a} libicu72{a} libidn2-0{a} libjson-c5{a} libk5crypto3{a} libkeyutils1{a} libkrb5-3{a} libkrb5support0{a} libldap-2.5-0{a} liblz4-1{a} liblzma5{a} libmd0{a} libmspack0{a} libncurses6{a} libncursesw6{a} libnettle8{a} libnghttp2-14{a} libnumber-compare-perl{a} libp11-kit0{a} libpam-modules{a} libpam-modules-bin{a} libpam-runtime{a} libpam0g{a} libpcre2-8-0{a} libperl5.36{a} libpopt0{a} libproc2-0{a} libpsl5{a} librtmp1{a} libsasl2-2{a} libsasl2-modules-db{a} libselinux1{a} libsemanage-common{a} libsemanage2{a} libsepol2{a} libssh2-1{a} libssl3{a} libstdc++6{a} libsystemd0{a} libtasn1-6{a} libtext-glob-perl{a} libtinfo6{a} libunistring2{a} libxml2{a} libzstd1{a} logrotate{a} passwd{a} perl{a} perl-base{a} perl-modules-5.36{a} procps{a} sensible-utils{a} tar{a} ucf{a} usrmerge{a} zlib1g{a} The following packages are RECOMMENDED but will NOT be installed: apt-utils ca-certificates clamav clamdscan courier-mta debconf-i18n dma esmtp-run exim4-daemon-heavy exim4-daemon-light krb5-locales libgpg-error-l10n libgpm2 libldap-common libsasl2-modules msmtp-mta netbase nullmailer opensmtpd postfix psmisc publicsuffix sendmail-bin ssmtp 0 packages upgraded, 89 newly installed, 0 to remove and 0 not upgraded. Need to get 209 kB/44.9 MB of archives. After unpacking 179 MB will be used. Writing extended state information... </system_output> <system_output timestamp="8945.666969">Get: 1 http://127.0.0.1:3142/ftp.de.debian.org/debian bookworm/main i386 clamav-daemon i386 1.0.5+dfsg-1~deb12u1 [209 kB] </system_output> ### TARGET LINE (Extract and Classify THIS Timestamp): <system_output timestamp="8945.670033">Fetched 209 kB in 0s (12.5 MB/s) </system_output>	8945.670033, old event
Your task is to analyze terminal XML logs and determine whether the timestamp in the TARGET LINE belongs to a "new event" or an "old event". ### DEFINITION OF A NEW EVENT: 1. Explicit Prompts: The very first `<user_input>` that immediately follows a shell prompt (e.g., `demo@faiserver:~$`). 2. Phase Transitions: In automated logs, moving from one major build stage to another (e.g., from 'fai-mirror finished' to 'Copying the nfsroot'). 3. Internal Logic: Shifts from downloading to processing. ### WHAT IS NOT A NEW EVENT (OLD EVENT): - User Input / Keystrokes: A user typing a command, including pressing the Enter key (a newline `\n`), is just the completion of the input phase. - Incomplete Tasks: Continuous system output without a clear phase shift. CRITICAL INSTRUCTION: You must classify ONLY the timestamp found in the "### TARGET LINE" section. Do NOT extract timestamps from the "### CONTEXT" section. Output only the timestamp and the classification. Do NOT use brackets, periods, explanations, or markdown formatting. Output Format Example 1: 39.229814, old event Output Format Example 2: 111.602501, new event	### CONTEXT (Previous Events): <system_output timestamp="8965.882368">Initializing package states... </system_output> <system_output timestamp="8966.330395">Writing extended state information... </system_output> <system_output timestamp="8966.593841">Building tag database... </system_output> <system_output timestamp="8967.151592">The following NEW packages will be installed: arno-iptables-firewall debconf{a} dpkg{a} gawk{a} gcc-12-base{a} init-system-helpers{a} iproute2{a} iptables{a} kmod{a} libacl1{a} libbpf1{a} libbsd0{a} libbz2-1.0{a} libc6{a} libcap2{a} libcap2-bin{a} libcom-err2{a} libcrypt1{a} libdb5.3{a} libelf1{a} libfile-find-rule-perl{a} libgcc-s1{a} libgcrypt20{a} libgdbm-compat4{a} libgdbm6{a} libgmp10{a} libgpg-error0{a} libgssapi-krb5-2{a} libip4tc2{a} libip6tc2{a} libk5crypto3{a} libkeyutils1{a} libkmod2{a} libkrb5-3{a} libkrb5support0{a} liblz4-1{a} liblzma5{a} libmd0{a} libmnl0{a} libmpfr6{a} libncursesw6{a} libnetfilter-conntrack3{a} libnfnetlink0{a} libnftnl11{a} libnumber-compare-perl{a} libpcre2-8-0{a} libperl5.36{a} libproc2-0{a} libreadline8{a} libselinux1{a} libsigsegv2{a} libssl3{a} libsystemd0{a} libtext-glob-perl{a} libtinfo6{a} libtirpc-common{a} libtirpc3{a} libxtables12{a} libzstd1{a} netbase{a} perl{a} perl-base{a} perl-modules-5.36{a} procps{a} readline-common{a} tar{a} usrmerge{a} zlib1g{a} The following packages are RECOMMENDED but will NOT be installed: apt-utils bind9-dnsutils curl debconf-i18n dnsutils krb5-locales libatm1 libgpg-error-l10n libgpm2 libidn2-0 libpam-cap nftables psmisc rsyslog 0 packages upgraded, 68 newly installed, 0 to remove and 0 not upgraded. Need to get 541 kB/26.0 MB of archives. After unpacking 110 MB will be used. Writing extended state information... </system_output> <system_output timestamp="8967.242209">Get: 1 http://127.0.0.1:3142/ftp.de.debian.org/debian bookworm/main i386 libip6tc2 i386 1.8.9-2 [20.3 kB] </system_output> <system_output timestamp="8967.294526">... [TRUNCATED TO SAVE SPACE] ...</system_output> <system_output timestamp="8967.305819">... [TRUNCATED TO SAVE SPACE] ...</system_output> <system_output timestamp="8967.356928">... [TRUNCATED TO SAVE SPACE] ...</system_output> <system_output timestamp="8967.422098">... [TRUNCATED TO SAVE SPACE] ...</system_output> <system_output timestamp="8967.471304">Reading package lists... </system_output> <system_output timestamp="8967.720415">Building dependency tree... </system_output> <system_output timestamp="8967.724548">Reading state information... </system_output> <system_output timestamp="8967.924329">Reading extended state information... </system_output> <system_output timestamp="8967.945748">Initializing package states... </system_output> ### TARGET LINE (Extract and Classify THIS Timestamp): <system_output timestamp="8968.43937">Writing extended state information... </system_output>	8968.43937, old event
Your task is to analyze terminal XML logs and determine whether the timestamp in the TARGET LINE belongs to a "new event" or an "old event". ### DEFINITION OF A NEW EVENT: 1. Explicit Prompts: The very first `<user_input>` that immediately follows a shell prompt (e.g., `demo@faiserver:~$`). 2. Phase Transitions: In automated logs, moving from one major build stage to another (e.g., from 'fai-mirror finished' to 'Copying the nfsroot'). 3. Internal Logic: Shifts from downloading to processing. ### WHAT IS NOT A NEW EVENT (OLD EVENT): - User Input / Keystrokes: A user typing a command, including pressing the Enter key (a newline `\n`), is just the completion of the input phase. - Incomplete Tasks: Continuous system output without a clear phase shift. CRITICAL INSTRUCTION: You must classify ONLY the timestamp found in the "### TARGET LINE" section. Do NOT extract timestamps from the "### CONTEXT" section. Output only the timestamp and the classification. Do NOT use brackets, periods, explanations, or markdown formatting. Output Format Example 1: 39.229814, old event Output Format Example 2: 111.602501, new event	### CONTEXT (Previous Events): <system_output timestamp="8990.622954">Get: 123 http://127.0.0.1:3142/ftp.de.debian.org/debian bookworm/main i386 node-graceful-fs all 4.2.10-1 [14.4 kB] </system_output> <system_output timestamp="8990.625049">Get: 124 http://127.0.0.1:3142/ftp.de.debian.org/debian bookworm/main i386 node-is-path-cwd all 2.2.0-2 [3,672 B] </system_output> <system_output timestamp="8990.626604">Get: 125 http://127.0.0.1:3142/ftp.de.debian.org/debian bookworm/main i386 node-path-is-inside all 1.0.2+~1.0.0-1 [5,072 B] </system_output> <system_output timestamp="8990.627794">Get: 126 http://127.0.0.1:3142/ftp.de.debian.org/debian bookworm/main i386 node-is-path-inside all 3.0.3-2 [3,980 B] </system_output> <system_output timestamp="8990.630684">Get: 127 http://127.0.0.1:3142/ftp.de.debian.org/debian bookworm/main i386 node-escape-string-regexp all 4.0.0-2 [4,296 B] </system_output> <system_output timestamp="8990.632182">... [TRUNCATED TO SAVE SPACE] ...</system_output> <system_output timestamp="8990.63352">... [TRUNCATED TO SAVE SPACE] ...</system_output> <system_output timestamp="8990.635287">... [TRUNCATED TO SAVE SPACE] ...</system_output> <system_output timestamp="8990.636308">... [TRUNCATED TO SAVE SPACE] ...</system_output> <system_output timestamp="8990.637822">Get: 132 http://127.0.0.1:3142/ftp.de.debian.org/debian bookworm/main i386 node-p-limit all 4.0.0+~cs4.0.0-5 [7,576 B] </system_output> <system_output timestamp="8990.638466">Get: 133 http://127.0.0.1:3142/ftp.de.debian.org/debian bookworm/main i386 node-p-locate all 6.0.0-12 [5,752 B] </system_output> <system_output timestamp="8990.64032">Get: 134 http://127.0.0.1:3142/ftp.de.debian.org/debian bookworm/main i386 node-locate-path all 7.1.1-2 [5,584 B] </system_output> <system_output timestamp="8990.645015">Get: 135 http://127.0.0.1:3142/ftp.de.debian.org/debian bookworm/main i386 node-path-exists all 5.0.0-8 [4,732 B] </system_output> <system_output timestamp="8990.647348">Get: 136 http://127.0.0.1:3142/ftp.de.debian.org/debian bookworm/main i386 node-find-up all 6.3.0-7 [9,388 B] </system_output> ### TARGET LINE (Extract and Classify THIS Timestamp): <system_output timestamp="8990.655706">Get: 137 http://127.0.0.1:3142/ftp.de.debian.org/debian bookworm/main i386 node-pkg-dir all 5.0.0-2 [4,260 B] </system_output>	8990.655706, old event
Your task is to analyze terminal XML logs and determine whether the timestamp in the TARGET LINE belongs to a "new event" or an "old event". ### DEFINITION OF A NEW EVENT: 1. Explicit Prompts: The very first `<user_input>` that immediately follows a shell prompt (e.g., `demo@faiserver:~$`). 2. Phase Transitions: In automated logs, moving from one major build stage to another (e.g., from 'fai-mirror finished' to 'Copying the nfsroot'). 3. Internal Logic: Shifts from downloading to processing. ### WHAT IS NOT A NEW EVENT (OLD EVENT): - User Input / Keystrokes: A user typing a command, including pressing the Enter key (a newline `\n`), is just the completion of the input phase. - Incomplete Tasks: Continuous system output without a clear phase shift. CRITICAL INSTRUCTION: You must classify ONLY the timestamp found in the "### TARGET LINE" section. Do NOT extract timestamps from the "### CONTEXT" section. Output only the timestamp and the classification. Do NOT use brackets, periods, explanations, or markdown formatting. Output Format Example 1: 39.229814, old event Output Format Example 2: 111.602501, new event	### CONTEXT (Previous Events): <system_output timestamp="9214.147405">Copying the nfsroot to CD image </system_output> <system_output timestamp="9255.420613">Copying the config space to CD image </system_output> <system_output timestamp="9257.634604">Copying the mirror to CD image </system_output> <system_output timestamp="9313.049307">Parallel mksquashfs: Using 4 processors Creating 4.0 filesystem on /home/tmp/fai-cd.CEI2O0/LiveOS/squashfs.img, block size 131072. [====\| ] 1800/22271 8%</system_output> <system_output timestamp="9315.747457"> [=======\| ] 2900/22271 13%</system_output> <system_output timestamp="9354.864788">... [TRUNCATED TO SAVE SPACE] ...</system_output> <system_output timestamp="9354.894882">... [TRUNCATED TO SAVE SPACE] ...</system_output> <system_output timestamp="9357.137871">... [TRUNCATED TO SAVE SPACE] ...</system_output> <system_output timestamp="9358.466426">... [TRUNCATED TO SAVE SPACE] ...</system_output> <system_output timestamp="9358.542224">xorriso 1.5.4 : RockRidge filesystem manipulator, libburnia project. </system_output> <system_output timestamp="9389.182106">ISO image size and filename: </system_output> <system_output timestamp="9389.300924">1.9G fai_cd.iso </system_output> <system_output timestamp="9389.612182"> real 19m7.674s user 13m22.019s sys 2m21.126s </system_output> <system_output timestamp="9389.702789">[?2004h]0;demo@faiserver: /home/faidemo@faiserver:/home/fai$ </system_output> ### TARGET LINE (Extract and Classify THIS Timestamp): <user_input timestamp="9599.100307"/>	9599.100307, new event
Your task is to analyze terminal XML logs and determine whether the timestamp in the TARGET LINE belongs to a "new event" or an "old event". ### DEFINITION OF A NEW EVENT: 1. Explicit Prompts: The very first `<user_input>` that immediately follows a shell prompt (e.g., `demo@faiserver:~$`). 2. Phase Transitions: In automated logs, moving from one major build stage to another (e.g., from 'fai-mirror finished' to 'Copying the nfsroot'). 3. Internal Logic: Shifts from downloading to processing. ### WHAT IS NOT A NEW EVENT (OLD EVENT): - User Input / Keystrokes: A user typing a command, including pressing the Enter key (a newline `\n`), is just the completion of the input phase. - Incomplete Tasks: Continuous system output without a clear phase shift. CRITICAL INSTRUCTION: You must classify ONLY the timestamp found in the "### TARGET LINE" section. Do NOT extract timestamps from the "### CONTEXT" section. Output only the timestamp and the classification. Do NOT use brackets, periods, explanations, or markdown formatting. Output Format Example 1: 39.229814, old event Output Format Example 2: 111.602501, new event	### CONTEXT (Previous Events): <system_output timestamp="9354.864788"> [===========================================================\|] 22271/22271 100%</system_output> <system_output timestamp="9354.894882"> Exportable Squashfs 4.0 filesystem, zstd compressed, data block size 131072 compressed data, compressed metadata, compressed fragments, compressed xattrs, compressed ids ... [TRUNCATED 18 LINES] ... Number of uids 1 root (0) Number of gids 1 root (0) </system_output> <system_output timestamp="9357.137871">mkfs.fat 4.2 (2021-01-31) </system_output> <system_output timestamp="9358.466426">Writing FAI CD-ROM image to fai_cd.iso. This may need some time. </system_output> <system_output timestamp="9358.542224">xorriso 1.5.4 : RockRidge filesystem manipulator, libburnia project. </system_output> <system_output timestamp="9389.182106">... [TRUNCATED TO SAVE SPACE] ...</system_output> <system_output timestamp="9389.300924">... [TRUNCATED TO SAVE SPACE] ...</system_output> <system_output timestamp="9389.612182">... [TRUNCATED TO SAVE SPACE] ...</system_output> <system_output timestamp="9389.702789">... [TRUNCATED TO SAVE SPACE] ...</system_output> <user_input timestamp="9599.100307"/> <system_output timestamp="9599.10245">[?2004l </system_output> <system_output timestamp="9599.103072">logout </system_output> <system_output timestamp="9599.188517">Connection to 172.16.0.17 closed. </system_output> <system_output timestamp="9599.192051">[?2004hdemo@stephost:~$ </system_output> ### TARGET LINE (Extract and Classify THIS Timestamp): <user_input timestamp="9600.270094"/>	9600.270094, new event
Your task is to analyze terminal XML logs and determine whether the timestamp in the TARGET LINE belongs to a "new event" or an "old event". ### DEFINITION OF A NEW EVENT: 1. Explicit Prompts: The very first `<user_input>` that immediately follows a shell prompt (e.g., `demo@faiserver:~$`). 2. Phase Transitions: In automated logs, moving from one major build stage to another (e.g., from 'fai-mirror finished' to 'Copying the nfsroot'). 3. Internal Logic: Shifts from downloading to processing. ### WHAT IS NOT A NEW EVENT (OLD EVENT): - User Input / Keystrokes: A user typing a command, including pressing the Enter key (a newline `\n`), is just the completion of the input phase. - Incomplete Tasks: Continuous system output without a clear phase shift. CRITICAL INSTRUCTION: You must classify ONLY the timestamp found in the "### TARGET LINE" section. Do NOT extract timestamps from the "### CONTEXT" section. Output only the timestamp and the classification. Do NOT use brackets, periods, explanations, or markdown formatting. Output Format Example 1: 39.229814, old event Output Format Example 2: 111.602501, new event	### CONTEXT (Previous Events): <system_output timestamp="9666.434854"> fai_cd.iso 80% 1530MB 16.6MB/s 00:22 ETA</system_output> <system_output timestamp="9667.434834"> fai_cd.iso 81% 1563MB 18.2MB/s 00:18 ETA</system_output> <system_output timestamp="9668.434993"> fai_cd.iso 83% 1598MB 20.0MB/s 00:15 ETA</system_output> <system_output timestamp="9669.434951"> fai_cd.iso 85% 1632MB 21.4MB/s 00:12 ETA</system_output> <system_output timestamp="9670.435568"> fai_cd.iso 87% 1667MB 22.7MB/s 00:10 ETA</system_output> <system_output timestamp="9671.435649">... [TRUNCATED TO SAVE SPACE] ...</system_output> <system_output timestamp="9672.435587">... [TRUNCATED TO SAVE SPACE] ...</system_output> <system_output timestamp="9673.435798">... [TRUNCATED TO SAVE SPACE] ...</system_output> <system_output timestamp="9674.439971">... [TRUNCATED TO SAVE SPACE] ...</system_output> <system_output timestamp="9675.439939"> fai_cd.iso 96% 1833MB 27.1MB/s 00:02 ETA</system_output> <system_output timestamp="9676.43998"> fai_cd.iso 98% 1869MB 28.0MB/s 00:01 ETA</system_output> <system_output timestamp="9677.440077"> fai_cd.iso 99% 1902MB 28.5MB/s 00:00 ETA</system_output> <system_output timestamp="9677.545136"> fai_cd.iso 100% 1906MB 28.4MB/s 01:07 </system_output> <system_output timestamp="9677.551485">[?2004hdemo@stephost:~$ </system_output> ### TARGET LINE (Extract and Classify THIS Timestamp): <user_input timestamp="12915.538199"/>	12915.538199, new event
Your task is to analyze terminal XML logs and determine whether the timestamp in the TARGET LINE belongs to a "new event" or an "old event". ### DEFINITION OF A NEW EVENT: 1. Explicit Prompts: The very first `<user_input>` that immediately follows a shell prompt (e.g., `demo@faiserver:~$`). 2. Phase Transitions: In automated logs, moving from one major build stage to another (e.g., from 'fai-mirror finished' to 'Copying the nfsroot'). 3. Internal Logic: Shifts from downloading to processing. ### WHAT IS NOT A NEW EVENT (OLD EVENT): - User Input / Keystrokes: A user typing a command, including pressing the Enter key (a newline `\n`), is just the completion of the input phase. - Incomplete Tasks: Continuous system output without a clear phase shift. CRITICAL INSTRUCTION: You must classify ONLY the timestamp found in the "### TARGET LINE" section. Do NOT extract timestamps from the "### CONTEXT" section. Output only the timestamp and the classification. Do NOT use brackets, periods, explanations, or markdown formatting. Output Format Example 1: 39.229814, old event Output Format Example 2: 111.602501, new event	### CONTEXT (Previous Events): <system_output timestamp="11.686061">a</system_output> <user_input timestamp="11.931956"> </user_input> <system_output timestamp="11.959568">ckage_config/</system_output> <user_input timestamp="12.343264"> </user_input> <system_output timestamp="12.352165"> [?2004l </system_output> <system_output timestamp="12.35279">[?2004h]0;demo@faiserver: /home/fai/config/package_configdemo@faiserver:/home/fai/config/package_config$ </system_output> <user_input timestamp="12.930191">l</user_input> <system_output timestamp="12.943307">l</system_output> <user_input timestamp="13.191625">s</user_input> <system_output timestamp="13.210475">s</system_output> <user_input timestamp="13.352389"> </user_input> <system_output timestamp="13.365665"> [?2004l </system_output> <system_output timestamp="13.370391">DEFAULT GIFTDEV HOSTOFFICE HWPHYS KERNELDEV PRINTERDEV SERVERDHCP SERVERGIFT SERVERMAILPARANOID SERVERPGSQL SERVERSLEEPERMUD SERVERWIKIMEDIA SERVERWWWGIFT SERVERWWWPHP5 DEMO GRUB HOSTSTEP ISCSICLIENT LAPTOP QEMUCLIENT SERVERDNS SERVERIMPLICIT SERVERMYSQL SERVERQEMU SERVERSNMP SERVERWIKIMEDIAPARANOID SERVERWWWMAIL SERVERWWWSSL DEVHOST GRUBEFI HOSTXFCE JADMIN LATEXDEV SELINUX SERVERDRUPAL SERVERIRCD SERVERNAGIOS SERVERQEMUDEV SERVERSQUID SERVERWORDPRESS SERVERWWWMRTG SERVERZONEMINDER </system_output> <system_output timestamp="13.371072">EADMIN HASUNTRUSTEDDATA HW686 JUSER OEMRDEV SERVERCACHE SERVERFAI SERVERISCSI SERVERNTOP SERVERREPRAP SERVERWIFIDOG SERVERWWW SERVERWWWOEMR XORG FAIBASE HOSTBOX HWAMD64 KALLIDEV OPENWRTDEV SERVERCREATEVM SERVERFTP SERVERMAIL SERVEROPENVPN SERVERRORAILS SERVERWIKI SERVERWWWCREATEVM SERVERWWWOPENCART </system_output> ### TARGET LINE (Extract and Classify THIS Timestamp): <system_output timestamp="13.372608">[?2004h]0;demo@faiserver: /home/fai/config/package_configdemo@faiserver:/home/fai/config/package_config$ </system_output>	13.372608, new event
Your task is to analyze terminal XML logs and determine whether the timestamp in the TARGET LINE belongs to a "new event" or an "old event". ### DEFINITION OF A NEW EVENT: 1. Explicit Prompts: The very first `<user_input>` that immediately follows a shell prompt (e.g., `demo@faiserver:~$`). 2. Phase Transitions: In automated logs, moving from one major build stage to another (e.g., from 'fai-mirror finished' to 'Copying the nfsroot'). 3. Internal Logic: Shifts from downloading to processing. ### WHAT IS NOT A NEW EVENT (OLD EVENT): - User Input / Keystrokes: A user typing a command, including pressing the Enter key (a newline `\n`), is just the completion of the input phase. - Incomplete Tasks: Continuous system output without a clear phase shift. CRITICAL INSTRUCTION: You must classify ONLY the timestamp found in the "### TARGET LINE" section. Do NOT extract timestamps from the "### CONTEXT" section. Output only the timestamp and the classification. Do NOT use brackets, periods, explanations, or markdown formatting. Output Format Example 1: 39.229814, old event Output Format Example 2: 111.602501, new event	### CONTEXT (Previous Events): <system_output timestamp="12.352165"> [?2004l </system_output> <system_output timestamp="12.35279">[?2004h]0;demo@faiserver: /home/fai/config/package_configdemo@faiserver:/home/fai/config/package_config$ </system_output> <user_input timestamp="12.930191">l</user_input> <system_output timestamp="12.943307">l</system_output> <user_input timestamp="13.191625">s</user_input> <system_output timestamp="13.210475">s</system_output> <user_input timestamp="13.352389"> </user_input> <system_output timestamp="13.365665"> [?2004l </system_output> <system_output timestamp="13.370391">DEFAULT GIFTDEV HOSTOFFICE HWPHYS KERNELDEV PRINTERDEV SERVERDHCP SERVERGIFT SERVERMAILPARANOID SERVERPGSQL SERVERSLEEPERMUD SERVERWIKIMEDIA SERVERWWWGIFT SERVERWWWPHP5 DEMO GRUB HOSTSTEP ISCSICLIENT LAPTOP QEMUCLIENT SERVERDNS SERVERIMPLICIT SERVERMYSQL SERVERQEMU SERVERSNMP SERVERWIKIMEDIAPARANOID SERVERWWWMAIL SERVERWWWSSL DEVHOST GRUBEFI HOSTXFCE JADMIN LATEXDEV SELINUX SERVERDRUPAL SERVERIRCD SERVERNAGIOS SERVERQEMUDEV SERVERSQUID SERVERWORDPRESS SERVERWWWMRTG SERVERZONEMINDER </system_output> <system_output timestamp="13.371072">EADMIN HASUNTRUSTEDDATA HW686 JUSER OEMRDEV SERVERCACHE SERVERFAI SERVERISCSI SERVERNTOP SERVERREPRAP SERVERWIFIDOG SERVERWWW SERVERWWWOEMR XORG FAIBASE HOSTBOX HWAMD64 KALLIDEV OPENWRTDEV SERVERCREATEVM SERVERFTP SERVERMAIL SERVEROPENVPN SERVERRORAILS SERVERWIKI SERVERWWWCREATEVM SERVERWWWOPENCART </system_output> <system_output timestamp="13.372608">[?2004h]0;demo@faiserver: /home/fai/config/package_configdemo@faiserver:/home/fai/config/package_config$ </system_output> <user_input timestamp="14.929773">m</user_input> <system_output timestamp="14.939371">m</system_output> <user_input timestamp="15.112472">k</user_input> ### TARGET LINE (Extract and Classify THIS Timestamp): <system_output timestamp="15.130647">k</system_output>	15.130647, old event
Your task is to analyze terminal XML logs and determine whether the timestamp in the TARGET LINE belongs to a "new event" or an "old event". ### DEFINITION OF A NEW EVENT: 1. Explicit Prompts: The very first `<user_input>` that immediately follows a shell prompt (e.g., `demo@faiserver:~$`). 2. Phase Transitions: In automated logs, moving from one major build stage to another (e.g., from 'fai-mirror finished' to 'Copying the nfsroot'). 3. Internal Logic: Shifts from downloading to processing. ### WHAT IS NOT A NEW EVENT (OLD EVENT): - User Input / Keystrokes: A user typing a command, including pressing the Enter key (a newline `\n`), is just the completion of the input phase. - Incomplete Tasks: Continuous system output without a clear phase shift. CRITICAL INSTRUCTION: You must classify ONLY the timestamp found in the "### TARGET LINE" section. Do NOT extract timestamps from the "### CONTEXT" section. Output only the timestamp and the classification. Do NOT use brackets, periods, explanations, or markdown formatting. Output Format Example 1: 39.229814, old event Output Format Example 2: 111.602501, new event	### CONTEXT (Previous Events): <system_output timestamp="22.18695">o</system_output> <user_input timestamp="22.581586">l</user_input> <system_output timestamp="22.592767">l</system_output> <user_input timestamp="23.23034">d</user_input> <system_output timestamp="23.245604">d</system_output> <user_input timestamp="24.626869"> </user_input> <system_output timestamp="24.628892"> [?2004l </system_output> <system_output timestamp="24.790986">sudo: unable to resolve host faiserver: Name or service not known </system_output> <system_output timestamp="24.796993">[sudo] password for demo: </system_output> <user_input timestamp="26.80434">f</user_input> <user_input timestamp="26.882186">a</user_input> <user_input timestamp="26.939718">i</user_input> <user_input timestamp="27.113682"> </user_input> <system_output timestamp="27.119785"> </system_output> ### TARGET LINE (Extract and Classify THIS Timestamp): <system_output timestamp="27.14957">[?2004h]0;demo@faiserver: /home/fai/config/package_configdemo@faiserver:/home/fai/config/package_config$ </system_output>	27.14957, new event
Your task is to analyze terminal XML logs and determine whether the timestamp in the TARGET LINE belongs to a "new event" or an "old event". ### DEFINITION OF A NEW EVENT: 1. Explicit Prompts: The very first `<user_input>` that immediately follows a shell prompt (e.g., `demo@faiserver:~$`). 2. Phase Transitions: In automated logs, moving from one major build stage to another (e.g., from 'fai-mirror finished' to 'Copying the nfsroot'). 3. Internal Logic: Shifts from downloading to processing. ### WHAT IS NOT A NEW EVENT (OLD EVENT): - User Input / Keystrokes: A user typing a command, including pressing the Enter key (a newline `\n`), is just the completion of the input phase. - Incomplete Tasks: Continuous system output without a clear phase shift. CRITICAL INSTRUCTION: You must classify ONLY the timestamp found in the "### TARGET LINE" section. Do NOT extract timestamps from the "### CONTEXT" section. Output only the timestamp and the classification. Do NOT use brackets, periods, explanations, or markdown formatting. Output Format Example 1: 39.229814, old event Output Format Example 2: 111.602501, new event	### CONTEXT (Previous Events): <user_input timestamp="76.763668">OC</user_input> <system_output timestamp="76.785016">[C</system_output> <user_input timestamp="77.182828">g</user_input> <system_output timestamp="77.202372">[1@g</system_output> <user_input timestamp="77.286066">i</user_input> <system_output timestamp="77.302009">[1@i</system_output> <user_input timestamp="77.580968">t</user_input> <system_output timestamp="77.583059">[1@t</system_output> <user_input timestamp="77.685241"> </user_input> <system_output timestamp="77.706941">[1@ </system_output> <user_input timestamp="79.177161"> </user_input> <system_output timestamp="79.189285"> [?2004l </system_output> <system_output timestamp="79.2015">sudo: unable to resolve host faiserver: Name or service not known </system_output> <system_output timestamp="79.452997">[?2004h</system_output> ### TARGET LINE (Extract and Classify THIS Timestamp): <system_output timestamp="79.453795">]0;demo@faiserver: /home/fai/config/package_configdemo@faiserver:/home/fai/config/package_config$ </system_output>	79.453795, new event
Your task is to analyze terminal XML logs and determine whether the timestamp in the TARGET LINE belongs to a "new event" or an "old event". ### DEFINITION OF A NEW EVENT: 1. Explicit Prompts: The very first `<user_input>` that immediately follows a shell prompt (e.g., `demo@faiserver:~$`). 2. Phase Transitions: In automated logs, moving from one major build stage to another (e.g., from 'fai-mirror finished' to 'Copying the nfsroot'). 3. Internal Logic: Shifts from downloading to processing. ### WHAT IS NOT A NEW EVENT (OLD EVENT): - User Input / Keystrokes: A user typing a command, including pressing the Enter key (a newline `\n`), is just the completion of the input phase. - Incomplete Tasks: Continuous system output without a clear phase shift. CRITICAL INSTRUCTION: You must classify ONLY the timestamp found in the "### TARGET LINE" section. Do NOT extract timestamps from the "### CONTEXT" section. Output only the timestamp and the classification. Do NOT use brackets, periods, explanations, or markdown formatting. Output Format Example 1: 39.229814, old event Output Format Example 2: 111.602501, new event	### CONTEXT (Previous Events): <user_input timestamp="86.040007">i</user_input> <system_output timestamp="86.054338">i</system_output> <user_input timestamp="86.320171">t</user_input> <system_output timestamp="86.340142">t</system_output> <user_input timestamp="86.378921"> </user_input> <system_output timestamp="86.381821"> </system_output> <user_input timestamp="86.578771">s</user_input> <system_output timestamp="86.587041">s</system_output> <user_input timestamp="86.818546">t</user_input> <system_output timestamp="86.831835">t</system_output> <user_input timestamp="86.918198">a</user_input> <system_output timestamp="86.934021">a</system_output> <user_input timestamp="87.038287">t</user_input> <system_output timestamp="87.057652">t</system_output> ### TARGET LINE (Extract and Classify THIS Timestamp): <user_input timestamp="87.177304">u</user_input>	87.177304, old event
Your task is to analyze terminal XML logs and determine whether the timestamp in the TARGET LINE belongs to a "new event" or an "old event". ### DEFINITION OF A NEW EVENT: 1. Explicit Prompts: The very first `<user_input>` that immediately follows a shell prompt (e.g., `demo@faiserver:~$`). 2. Phase Transitions: In automated logs, moving from one major build stage to another (e.g., from 'fai-mirror finished' to 'Copying the nfsroot'). 3. Internal Logic: Shifts from downloading to processing. ### WHAT IS NOT A NEW EVENT (OLD EVENT): - User Input / Keystrokes: A user typing a command, including pressing the Enter key (a newline `\n`), is just the completion of the input phase. - Incomplete Tasks: Continuous system output without a clear phase shift. CRITICAL INSTRUCTION: You must classify ONLY the timestamp found in the "### TARGET LINE" section. Do NOT extract timestamps from the "### CONTEXT" section. Output only the timestamp and the classification. Do NOT use brackets, periods, explanations, or markdown formatting. Output Format Example 1: 39.229814, old event Output Format Example 2: 111.602501, new event	### CONTEXT (Previous Events): <user_input timestamp="114.635462">f</user_input> <system_output timestamp="114.640021">f</system_output> <user_input timestamp="114.811496"> </user_input> <system_output timestamp="114.83078"> </system_output> <user_input timestamp="115.107702">s</user_input> <system_output timestamp="115.116758">s</system_output> <user_input timestamp="115.399955">c</user_input> <system_output timestamp="115.407548">c</system_output> <user_input timestamp="115.59856">o</user_input> <system_output timestamp="115.615266">o</system_output> <user_input timestamp="115.855078">p</user_input> <system_output timestamp="115.866028">p</system_output> <user_input timestamp="116.092091">e</user_input> <system_output timestamp="116.094322">e</system_output> ### TARGET LINE (Extract and Classify THIS Timestamp): <user_input timestamp="116.309174">,</user_input>	116.309174, old event
Your task is to analyze terminal XML logs and determine whether the timestamp in the TARGET LINE belongs to a "new event" or an "old event". ### DEFINITION OF A NEW EVENT: 1. Explicit Prompts: The very first `<user_input>` that immediately follows a shell prompt (e.g., `demo@faiserver:~$`). 2. Phase Transitions: In automated logs, moving from one major build stage to another (e.g., from 'fai-mirror finished' to 'Copying the nfsroot'). 3. Internal Logic: Shifts from downloading to processing. ### WHAT IS NOT A NEW EVENT (OLD EVENT): - User Input / Keystrokes: A user typing a command, including pressing the Enter key (a newline `\n`), is just the completion of the input phase. - Incomplete Tasks: Continuous system output without a clear phase shift. CRITICAL INSTRUCTION: You must classify ONLY the timestamp found in the "### TARGET LINE" section. Do NOT extract timestamps from the "### CONTEXT" section. Output only the timestamp and the classification. Do NOT use brackets, periods, explanations, or markdown formatting. Output Format Example 1: 39.229814, old event Output Format Example 2: 111.602501, new event	### CONTEXT (Previous Events): <user_input timestamp="117.381122">o</user_input> <system_output timestamp="117.392923">o</system_output> <user_input timestamp="117.617567">w</user_input> <system_output timestamp="117.637315">w</system_output> <user_input timestamp="117.736776">.</user_input> <system_output timestamp="117.742485">... [TRUNCATED TO SAVE SPACE] ...</system_output> <user_input timestamp="118.898107">'</user_input> <system_output timestamp="118.920361">... [TRUNCATED TO SAVE SPACE] ...</system_output> <user_input timestamp="119.233505"> </user_input> <system_output timestamp="119.251918"> [?2004l </system_output> <system_output timestamp="119.263823">sudo: unable to resolve host faiserver: Name or service not known </system_output> <system_output timestamp="119.835483">[master 01d0ab7] switch back to aptitude so recommends are not pulled in, and move some package classes out of scope, for now. </system_output> <system_output timestamp="119.847119"> 72 files changed, 96 insertions(+), 96 deletions(-) create mode 100644 package_config.old/HOSTSTEP create mode 100644 package_config.old/HOSTXFCE create mode 100644 package_config.old/OPENWRTDEV delete mode 100644 package_config/HOSTSTEP delete mode 100644 package_config/HOSTXFCE delete mode 100644 package_config/OPENWRTDEV </system_output> <system_output timestamp="119.849634">[?2004h</system_output> ### TARGET LINE (Extract and Classify THIS Timestamp): <system_output timestamp="119.850072">]0;demo@faiserver: /home/fai/config/package_configdemo@faiserver:/home/fai/config/package_config$ </system_output>	119.850072, new event
Your task is to analyze terminal XML logs and determine whether the timestamp in the TARGET LINE belongs to a "new event" or an "old event". ### DEFINITION OF A NEW EVENT: 1. Explicit Prompts: The very first `<user_input>` that immediately follows a shell prompt (e.g., `demo@faiserver:~$`). 2. Phase Transitions: In automated logs, moving from one major build stage to another (e.g., from 'fai-mirror finished' to 'Copying the nfsroot'). 3. Internal Logic: Shifts from downloading to processing. ### WHAT IS NOT A NEW EVENT (OLD EVENT): - User Input / Keystrokes: A user typing a command, including pressing the Enter key (a newline `\n`), is just the completion of the input phase. - Incomplete Tasks: Continuous system output without a clear phase shift. CRITICAL INSTRUCTION: You must classify ONLY the timestamp found in the "### TARGET LINE" section. Do NOT extract timestamps from the "### CONTEXT" section. Output only the timestamp and the classification. Do NOT use brackets, periods, explanations, or markdown formatting. Output Format Example 1: 39.229814, old event Output Format Example 2: 111.602501, new event	### CONTEXT (Previous Events): <user_input timestamp="121.148408">c</user_input> <system_output timestamp="121.164125">c</system_output> <user_input timestamp="121.345472">d</user_input> <system_output timestamp="121.347557">d</system_output> <user_input timestamp="121.425187"> </user_input> <system_output timestamp="121.430682"> </system_output> <user_input timestamp="121.60546">.</user_input> <system_output timestamp="121.616654">.</system_output> <user_input timestamp="121.801301">.</user_input> <system_output timestamp="121.824009">.</system_output> <user_input timestamp="121.956957">/</user_input> <system_output timestamp="121.968221">/</system_output> <user_input timestamp="122.465857"> </user_input> <system_output timestamp="122.488062"> [?2004l </system_output> ### TARGET LINE (Extract and Classify THIS Timestamp): <system_output timestamp="122.488931">[?2004h]0;demo@faiserver: /home/fai/configdemo@faiserver:/home/fai/config$ </system_output>	122.488931, old event
Your task is to analyze terminal XML logs and determine whether the timestamp in the TARGET LINE belongs to a "new event" or an "old event". ### DEFINITION OF A NEW EVENT: 1. Explicit Prompts: The very first `<user_input>` that immediately follows a shell prompt (e.g., `demo@faiserver:~$`). 2. Phase Transitions: In automated logs, moving from one major build stage to another (e.g., from 'fai-mirror finished' to 'Copying the nfsroot'). 3. Internal Logic: Shifts from downloading to processing. ### WHAT IS NOT A NEW EVENT (OLD EVENT): - User Input / Keystrokes: A user typing a command, including pressing the Enter key (a newline `\n`), is just the completion of the input phase. - Incomplete Tasks: Continuous system output without a clear phase shift. CRITICAL INSTRUCTION: You must classify ONLY the timestamp found in the "### TARGET LINE" section. Do NOT extract timestamps from the "### CONTEXT" section. Output only the timestamp and the classification. Do NOT use brackets, periods, explanations, or markdown formatting. Output Format Example 1: 39.229814, old event Output Format Example 2: 111.602501, new event	### CONTEXT (Previous Events): <user_input timestamp="123.347313">c</user_input> <system_output timestamp="123.358662">c</system_output> <user_input timestamp="123.502254">d</user_input> <system_output timestamp="123.524274">d</system_output> <user_input timestamp="123.61757"> </user_input> <system_output timestamp="123.625038"> </system_output> <user_input timestamp="123.755422">.</user_input> <system_output timestamp="123.771039">.</system_output> <user_input timestamp="123.95566">.</user_input> <system_output timestamp="123.976928">.</system_output> <user_input timestamp="124.073535">/</user_input> <system_output timestamp="124.077153">/</system_output> <user_input timestamp="124.30948"> </user_input> <system_output timestamp="124.325236"> [?2004l </system_output> ### TARGET LINE (Extract and Classify THIS Timestamp): <system_output timestamp="124.325981">[?2004h]0;demo@faiserver: /home/faidemo@faiserver:/home/fai$ </system_output>	124.325981, new event
Your task is to analyze terminal XML logs and determine whether the timestamp in the TARGET LINE belongs to a "new event" or an "old event". ### DEFINITION OF A NEW EVENT: 1. Explicit Prompts: The very first `<user_input>` that immediately follows a shell prompt (e.g., `demo@faiserver:~$`). 2. Phase Transitions: In automated logs, moving from one major build stage to another (e.g., from 'fai-mirror finished' to 'Copying the nfsroot'). 3. Internal Logic: Shifts from downloading to processing. ### WHAT IS NOT A NEW EVENT (OLD EVENT): - User Input / Keystrokes: A user typing a command, including pressing the Enter key (a newline `\n`), is just the completion of the input phase. - Incomplete Tasks: Continuous system output without a clear phase shift. CRITICAL INSTRUCTION: You must classify ONLY the timestamp found in the "### TARGET LINE" section. Do NOT extract timestamps from the "### CONTEXT" section. Output only the timestamp and the classification. Do NOT use brackets, periods, explanations, or markdown formatting. Output Format Example 1: 39.229814, old event Output Format Example 2: 111.602501, new event	### CONTEXT (Previous Events): <system_output timestamp="124.077153">/</system_output> <user_input timestamp="124.30948"> </user_input> <system_output timestamp="124.325236"> [?2004l </system_output> <system_output timestamp="124.325981">[?2004h]0;demo@faiserver: /home/faidemo@faiserver:/home/fai$ </system_output> <user_input timestamp="125.088535"/> <system_output timestamp="125.10426"> (reverse-i-search)`': [K</system_output> <user_input timestamp="125.342459">t</user_input> <system_output timestamp="125.353367">t': sudo git commit -am 'switch back to aptitude so recommends are not pulled in, and move some package classes ou[7mt[27m of scope, for now.'</system_output> <user_input timestamp="125.440922">i</user_input> <system_output timestamp="125.456104"> [C[C[C[C[C[C[C[C[C[C[C[C[C[C[C[C[C[C[C[C[1@i': sudo git commit -am 'switch back to ap[7mti[27mtude so recommends are not pulled in, and move some package classes out [C[C[C[C[C[C[C[C[C[C[C[C[C[C[C[C[C[C[C[C[C[C[C[C[C[C[C[C[C[C[C[C[C[C[C[C[C[C[C[C[C[C[C[C[C[C[C[C[C[C[C[C[C[C[C[C[C[C[C[C[C[C</system_output> <user_input timestamp="125.714954">m</user_input> <system_output timestamp="125.726887"> [C[C[C[C[C[C[C[C[C[C[C[C[C[C[C[C[C[C[C[C[C[67Pm': sudo bash -c '[7mtim[27me ./make-fai-cd.sh 2>&1 \| tee make-fai-cd.out' [C[C[C[C[C[C[C[C[C[C[C[C[C[C[C[C[C[C[C[C[C[C[C[C[C[C[C[C[C[C[C[C[C[C[C[C[C[C[C</system_output> <user_input timestamp="125.872987">e</user_input> <system_output timestamp="125.893348">[1@e': sudo bash -c '[7mtime[27m</system_output> ### TARGET LINE (Extract and Classify THIS Timestamp): <user_input timestamp="126.533552"> </user_input>	126.533552, new event
Your task is to analyze terminal XML logs and determine whether the timestamp in the TARGET LINE belongs to a "new event" or an "old event". ### DEFINITION OF A NEW EVENT: 1. Explicit Prompts: The very first `<user_input>` that immediately follows a shell prompt (e.g., `demo@faiserver:~$`). 2. Phase Transitions: In automated logs, moving from one major build stage to another (e.g., from 'fai-mirror finished' to 'Copying the nfsroot'). 3. Internal Logic: Shifts from downloading to processing. ### WHAT IS NOT A NEW EVENT (OLD EVENT): - User Input / Keystrokes: A user typing a command, including pressing the Enter key (a newline `\n`), is just the completion of the input phase. - Incomplete Tasks: Continuous system output without a clear phase shift. CRITICAL INSTRUCTION: You must classify ONLY the timestamp found in the "### TARGET LINE" section. Do NOT extract timestamps from the "### CONTEXT" section. Output only the timestamp and the classification. Do NOT use brackets, periods, explanations, or markdown formatting. Output Format Example 1: 39.229814, old event Output Format Example 2: 111.602501, new event	### CONTEXT (Previous Events): <system_output timestamp="125.456104"> [C[C[C[C[C[C[C[C[C[C[C[C[C[C[C[C[C[C[C[C[1@i': sudo git commit -am 'switch back to ap[7mti[27mtude so recommends are not pulled in, and move some package classes out [C[C[C[C[C[C[C[C[C[C[C[C[C[C[C[C[C[C[C[C[C[C[C[C[C[C[C[C[C[C[C[C[C[C[C[C[C[C[C[C[C[C[C[C[C[C[C[C[C[C[C[C[C[C[C[C[C[C[C[C[C[C</system_output> <user_input timestamp="125.714954">m</user_input> <system_output timestamp="125.726887"> [C[C[C[C[C[C[C[C[C[C[C[C[C[C[C[C[C[C[C[C[C[67Pm': sudo bash -c '[7mtim[27me ./make-fai-cd.sh 2>&1 \| tee make-fai-cd.out' [C[C[C[C[C[C[C[C[C[C[C[C[C[C[C[C[C[C[C[C[C[C[C[C[C[C[C[C[C[C[C[C[C[C[C[C[C[C[C</system_output> <user_input timestamp="125.872987">e</user_input> <system_output timestamp="125.893348">[1@e': sudo bash -c '[7mtime[27m</system_output> <user_input timestamp="126.533552"> </user_input> <system_output timestamp="126.553169">... [TRUNCATED TO SAVE SPACE] ...</system_output> <system_output timestamp="126.562453">... [TRUNCATED TO SAVE SPACE] ...</system_output> <system_output timestamp="126.5795">... [TRUNCATED TO SAVE SPACE] ...</system_output> <system_output timestamp="126.583972">umount: /home/fai/nfsroot/sys: not mounted. </system_output> <system_output timestamp="127.322671">Using configuration files from /etc/fai </system_output> <system_output timestamp="127.400979">Creating FAI nfsroot in /srv/fai/nfsroot </system_output> <system_output timestamp="127.455908">Creating base system using debootstrap version 1.0.128+nmu2+deb12u1 </system_output> <system_output timestamp="127.495009">Calling debootstrap --exclude=tasksel,nano --include=aptitude bookworm /srv/fai/nfsroot http://127.0.0.1:3142/ftp.us.debian.org/debian </system_output> ### TARGET LINE (Extract and Classify THIS Timestamp): <system_output timestamp="127.636924">I: Retrieving InRelease </system_output>	127.636924, new event
Your task is to analyze terminal XML logs and determine whether the timestamp in the TARGET LINE belongs to a "new event" or an "old event". ### DEFINITION OF A NEW EVENT: 1. Explicit Prompts: The very first `<user_input>` that immediately follows a shell prompt (e.g., `demo@faiserver:~$`). 2. Phase Transitions: In automated logs, moving from one major build stage to another (e.g., from 'fai-mirror finished' to 'Copying the nfsroot'). 3. Internal Logic: Shifts from downloading to processing. ### WHAT IS NOT A NEW EVENT (OLD EVENT): - User Input / Keystrokes: A user typing a command, including pressing the Enter key (a newline `\n`), is just the completion of the input phase. - Incomplete Tasks: Continuous system output without a clear phase shift. CRITICAL INSTRUCTION: You must classify ONLY the timestamp found in the "### TARGET LINE" section. Do NOT extract timestamps from the "### CONTEXT" section. Output only the timestamp and the classification. Do NOT use brackets, periods, explanations, or markdown formatting. Output Format Example 1: 39.229814, old event Output Format Example 2: 111.602501, new event	### CONTEXT (Previous Events): <system_output timestamp="152.933971">I: Validating libgcrypt20 1.10.1-3 </system_output> <system_output timestamp="152.952289">I: Retrieving libgmp10 2:6.2.1+dfsg1-1.1 </system_output> <system_output timestamp="152.963746">I: Validating libgmp10 2:6.2.1+dfsg1-1.1 </system_output> <system_output timestamp="152.980984">I: Retrieving libgnutls30 3.7.9-2+deb12u3 </system_output> <system_output timestamp="152.992667">I: Validating libgnutls30 3.7.9-2+deb12u3 </system_output> <system_output timestamp="153.014412">... [TRUNCATED TO SAVE SPACE] ...</system_output> <system_output timestamp="153.020799">... [TRUNCATED TO SAVE SPACE] ...</system_output> <system_output timestamp="153.034206">... [TRUNCATED TO SAVE SPACE] ...</system_output> <system_output timestamp="153.067981">... [TRUNCATED TO SAVE SPACE] ...</system_output> <system_output timestamp="153.083629">I: Retrieving libhogweed6 3.8.1-2 </system_output> <system_output timestamp="153.091515">I: Validating libhogweed6 3.8.1-2 </system_output> <system_output timestamp="153.107167">I: Retrieving libidn2-0 2.3.3-1+b1 </system_output> <system_output timestamp="153.113561">I: Validating libidn2-0 2.3.3-1+b1 </system_output> <system_output timestamp="153.126323">I: Retrieving libip4tc2 1.8.9-2 </system_output> ### TARGET LINE (Extract and Classify THIS Timestamp): <system_output timestamp="153.132694">I: Validating libip4tc2 1.8.9-2 </system_output>	153.132694, old event
Your task is to analyze terminal XML logs and determine whether the timestamp in the TARGET LINE belongs to a "new event" or an "old event". ### DEFINITION OF A NEW EVENT: 1. Explicit Prompts: The very first `<user_input>` that immediately follows a shell prompt (e.g., `demo@faiserver:~$`). 2. Phase Transitions: In automated logs, moving from one major build stage to another (e.g., from 'fai-mirror finished' to 'Copying the nfsroot'). 3. Internal Logic: Shifts from downloading to processing. ### WHAT IS NOT A NEW EVENT (OLD EVENT): - User Input / Keystrokes: A user typing a command, including pressing the Enter key (a newline `\n`), is just the completion of the input phase. - Incomplete Tasks: Continuous system output without a clear phase shift. CRITICAL INSTRUCTION: You must classify ONLY the timestamp found in the "### TARGET LINE" section. Do NOT extract timestamps from the "### CONTEXT" section. Output only the timestamp and the classification. Do NOT use brackets, periods, explanations, or markdown formatting. Output Format Example 1: 39.229814, old event Output Format Example 2: 111.602501, new event	### CONTEXT (Previous Events): <system_output timestamp="200.638321">I: Configuring findutils... </system_output> <system_output timestamp="200.669633">I: Configuring libmount1:i386... </system_output> <system_output timestamp="200.702489">I: Configuring libsemanage2:i386... </system_output> <system_output timestamp="200.787278">I: Configuring base-passwd... </system_output> <system_output timestamp="201.20759">I: Configuring bsdutils... </system_output> <system_output timestamp="201.241178">... [TRUNCATED TO SAVE SPACE] ...</system_output> <system_output timestamp="201.341867">... [TRUNCATED TO SAVE SPACE] ...</system_output> <system_output timestamp="201.420484">... [TRUNCATED TO SAVE SPACE] ...</system_output> <system_output timestamp="201.540595">... [TRUNCATED TO SAVE SPACE] ...</system_output> <system_output timestamp="201.933728">I: Configuring dpkg... </system_output> <system_output timestamp="202.137139">I: Configuring mount... </system_output> <system_output timestamp="202.184352">I: Configuring dash... </system_output> <system_output timestamp="202.431539">I: Configuring libpam-modules:i386... </system_output> <system_output timestamp="202.492318">I: Configuring grep... </system_output> ### TARGET LINE (Extract and Classify THIS Timestamp): <system_output timestamp="202.526584">I: Configuring perl-base... </system_output>	202.526584, old event
Your task is to analyze terminal XML logs and determine whether the timestamp in the TARGET LINE belongs to a "new event" or an "old event". ### DEFINITION OF A NEW EVENT: 1. Explicit Prompts: The very first `<user_input>` that immediately follows a shell prompt (e.g., `demo@faiserver:~$`). 2. Phase Transitions: In automated logs, moving from one major build stage to another (e.g., from 'fai-mirror finished' to 'Copying the nfsroot'). 3. Internal Logic: Shifts from downloading to processing. ### WHAT IS NOT A NEW EVENT (OLD EVENT): - User Input / Keystrokes: A user typing a command, including pressing the Enter key (a newline `\n`), is just the completion of the input phase. - Incomplete Tasks: Continuous system output without a clear phase shift. CRITICAL INSTRUCTION: You must classify ONLY the timestamp found in the "### TARGET LINE" section. Do NOT extract timestamps from the "### CONTEXT" section. Output only the timestamp and the classification. Do NOT use brackets, periods, explanations, or markdown formatting. Output Format Example 1: 39.229814, old event Output Format Example 2: 111.602501, new event	### CONTEXT (Previous Events): <system_output timestamp="250.735113">I: Unpacking libedit2:i386... </system_output> <system_output timestamp="250.890713">I: Unpacking libelf1:i386... </system_output> <system_output timestamp="251.124044">I: Unpacking libgssapi-krb5-2:i386... </system_output> <system_output timestamp="251.345483">I: Unpacking libjansson4:i386... </system_output> <system_output timestamp="251.54445">I: Unpacking libk5crypto3:i386... </system_output> <system_output timestamp="251.713059">... [TRUNCATED TO SAVE SPACE] ...</system_output> <system_output timestamp="251.852411">... [TRUNCATED TO SAVE SPACE] ...</system_output> <system_output timestamp="252.159157">... [TRUNCATED TO SAVE SPACE] ...</system_output> <system_output timestamp="252.322195">... [TRUNCATED TO SAVE SPACE] ...</system_output> <system_output timestamp="252.44497">I: Unpacking libmnl0:i386... </system_output> <system_output timestamp="252.605981">I: Unpacking libncursesw6:i386... </system_output> <system_output timestamp="252.745987">I: Unpacking libnewt0.52:i386... </system_output> <system_output timestamp="253.009166">I: Unpacking libnftables1:i386... </system_output> <system_output timestamp="253.184999">I: Unpacking libnftnl11:i386... </system_output> ### TARGET LINE (Extract and Classify THIS Timestamp): <system_output timestamp="253.340184">I: Unpacking libpopt0:i386... </system_output>	253.340184, old event
Your task is to analyze terminal XML logs and determine whether the timestamp in the TARGET LINE belongs to a "new event" or an "old event". ### DEFINITION OF A NEW EVENT: 1. Explicit Prompts: The very first `<user_input>` that immediately follows a shell prompt (e.g., `demo@faiserver:~$`). 2. Phase Transitions: In automated logs, moving from one major build stage to another (e.g., from 'fai-mirror finished' to 'Copying the nfsroot'). 3. Internal Logic: Shifts from downloading to processing. ### WHAT IS NOT A NEW EVENT (OLD EVENT): - User Input / Keystrokes: A user typing a command, including pressing the Enter key (a newline `\n`), is just the completion of the input phase. - Incomplete Tasks: Continuous system output without a clear phase shift. CRITICAL INSTRUCTION: You must classify ONLY the timestamp found in the "### TARGET LINE" section. Do NOT extract timestamps from the "### CONTEXT" section. Output only the timestamp and the classification. Do NOT use brackets, periods, explanations, or markdown formatting. Output Format Example 1: 39.229814, old event Output Format Example 2: 111.602501, new event	### CONTEXT (Previous Events): <system_output timestamp="263.32111">I: Configuring fdisk... </system_output> <system_output timestamp="263.36276">I: Configuring libcwidget4:i386... </system_output> <system_output timestamp="263.399436">I: Configuring libgssapi-krb5-2:i386... </system_output> <system_output timestamp="263.474865">I: Configuring aptitude... </system_output> <system_output timestamp="263.534765">I: Configuring whiptail... </system_output> <system_output timestamp="263.572815">... [TRUNCATED TO SAVE SPACE] ...</system_output> <system_output timestamp="263.607957">... [TRUNCATED TO SAVE SPACE] ...</system_output> <system_output timestamp="263.655454">... [TRUNCATED TO SAVE SPACE] ...</system_output> <system_output timestamp="263.949114">... [TRUNCATED TO SAVE SPACE] ...</system_output> <system_output timestamp="264.222407">I: Configuring isc-dhcp-client... </system_output> <system_output timestamp="264.34883">I: Configuring ifupdown... </system_output> <system_output timestamp="264.834264">I: Configuring tasksel... </system_output> <system_output timestamp="265.022741">I: Configuring tasksel-data... </system_output> <system_output timestamp="265.052771">I: Configuring libc-bin... </system_output> ### TARGET LINE (Extract and Classify THIS Timestamp): <system_output timestamp="265.150298">I: Base system installed successfully. </system_output>	265.150298, new event
Your task is to analyze terminal XML logs and determine whether the timestamp in the TARGET LINE belongs to a "new event" or an "old event". ### DEFINITION OF A NEW EVENT: 1. Explicit Prompts: The very first `<user_input>` that immediately follows a shell prompt (e.g., `demo@faiserver:~$`). 2. Phase Transitions: In automated logs, moving from one major build stage to another (e.g., from 'fai-mirror finished' to 'Copying the nfsroot'). 3. Internal Logic: Shifts from downloading to processing. ### WHAT IS NOT A NEW EVENT (OLD EVENT): - User Input / Keystrokes: A user typing a command, including pressing the Enter key (a newline `\n`), is just the completion of the input phase. - Incomplete Tasks: Continuous system output without a clear phase shift. CRITICAL INSTRUCTION: You must classify ONLY the timestamp found in the "### TARGET LINE" section. Do NOT extract timestamps from the "### CONTEXT" section. Output only the timestamp and the classification. Do NOT use brackets, periods, explanations, or markdown formatting. Output Format Example 1: 39.229814, old event Output Format Example 2: 111.602501, new event	### CONTEXT (Previous Events): <system_output timestamp="279.30899">Setting up liblinux-lvm-perl (0.17-4) ... Setting up fai-client (6.0.3+deb12u1) ... </system_output> <system_output timestamp="279.311534">Setting up fai-setup-storage (6.0.3+deb12u1) ... </system_output> <system_output timestamp="279.312996">Setting up fai-nfsroot (6.0.3+deb12u1) ... </system_output> <system_output timestamp="279.315945">update-alternatives: using /usr/bin/policy-rc.d.fai to provide /usr/sbin/policy-rc.d (policy-rc.d) in auto mode </system_output> <system_output timestamp="279.333051">Processing triggers for libc-bin (2.36-9+deb12u8) ... </system_output> <system_output timestamp="279.579439">... [TRUNCATED TO SAVE SPACE] ...</system_output> <system_output timestamp="279.611071">... [TRUNCATED TO SAVE SPACE] ...</system_output> <system_output timestamp="279.615745">... [TRUNCATED TO SAVE SPACE] ...</system_output> <system_output timestamp="279.896202">... [TRUNCATED TO SAVE SPACE] ...</system_output> <system_output timestamp="279.984653">Calculating upgrade...</system_output> <system_output timestamp="280.157043"> </system_output> <system_output timestamp="280.601431">0 upgraded, 0 newly installed, 0 to remove and 0 not upgraded. </system_output> <system_output timestamp="280.631675">Classes are set to NFSROOT FULL I386 DEBIAN DEBIAN_12 </system_output> <system_output timestamp="281.245255">Adding additional packages to /srv/fai/nfsroot: </system_output> ### TARGET LINE (Extract and Classify THIS Timestamp): <system_output timestamp="281.247705">nfs-common fai-nfsroot rpcbind rsync lshw procinfo dump dosfstools hwinfo hdparm smartmontools nvme-cli numactl udns-utils netcat-traditional nmap ca-certificates usbutils pciutils ssh netselect mdadm cryptsetup dracut live-boot- initramfs-tools- dracut-config-generic dracut-network sysvinit-core initscripts curl lftp less ntpsec-ntpdate rdate lvm2 psmisc dialog console-common xz-utils aptitude discover dmidecode dump e2fsprogs iproute2 isc-dhcp-client mdetect bzip2 emacs-nox strace dmraid dmsetup gddrescue bc firmware-linux-free read-edid grub-pc efibootmgr linux-image-686-pae grub-efi-amd64-bin </system_output>	281.247705, new event
Your task is to analyze terminal XML logs and determine whether the timestamp in the TARGET LINE belongs to a "new event" or an "old event". ### DEFINITION OF A NEW EVENT: 1. Explicit Prompts: The very first `<user_input>` that immediately follows a shell prompt (e.g., `demo@faiserver:~$`). 2. Phase Transitions: In automated logs, moving from one major build stage to another (e.g., from 'fai-mirror finished' to 'Copying the nfsroot'). 3. Internal Logic: Shifts from downloading to processing. ### WHAT IS NOT A NEW EVENT (OLD EVENT): - User Input / Keystrokes: A user typing a command, including pressing the Enter key (a newline `\n`), is just the completion of the input phase. - Incomplete Tasks: Continuous system output without a clear phase shift. CRITICAL INSTRUCTION: You must classify ONLY the timestamp found in the "### TARGET LINE" section. Do NOT extract timestamps from the "### CONTEXT" section. Output only the timestamp and the classification. Do NOT use brackets, periods, explanations, or markdown formatting. Output Format Example 1: 39.229814, old event Output Format Example 2: 111.602501, new event	### CONTEXT (Previous Events): <system_output timestamp="284.884307">Get:101 http://127.0.0.1:3142/ftp.de.debian.org/debian bookworm/main i386 rpcsvc-proto i386 1.4.3-1 [66.1 kB] </system_output> <system_output timestamp="284.886479">Get:102 http://127.0.0.1:3142/ftp.de.debian.org/debian bookworm/main i386 libc6-dev i386 2.36-9+deb12u8 [1722 kB] </system_output> <system_output timestamp="284.913325">Get:103 http://127.0.0.1:3142/ftp.de.debian.org/debian bookworm/main i386 libisl23 i386 0.25-1.1 [768 kB] </system_output> <system_output timestamp="284.922841">Get:104 http://127.0.0.1:3142/ftp.de.debian.org/debian bookworm/main i386 libmpfr6 i386 4.2.0-1 [735 kB] </system_output> <system_output timestamp="284.933225">Get:105 http://127.0.0.1:3142/ftp.de.debian.org/debian bookworm/main i386 libmpc3 i386 1.3.1-1 [59.5 kB] </system_output> <system_output timestamp="284.934647">... [TRUNCATED TO SAVE SPACE] ...</system_output> <system_output timestamp="285.056763">... [TRUNCATED TO SAVE SPACE] ...</system_output> <system_output timestamp="285.05734">... [TRUNCATED TO SAVE SPACE] ...</system_output> <system_output timestamp="285.061175">... [TRUNCATED TO SAVE SPACE] ...</system_output> <system_output timestamp="285.181455">Get:110 http://127.0.0.1:3142/ftp.de.debian.org/debian bookworm/main i386 libxml2 i386 2.9.14+dfsg-1.3~deb12u1 [720 kB] </system_output> <system_output timestamp="285.192061">Get:111 http://127.0.0.1:3142/ftp.de.debian.org/debian bookworm/main i386 emacs-nox i386 1:28.2+1-15+deb12u3 [5839 kB] </system_output> <system_output timestamp="285.267911">Get:112 http://127.0.0.1:3142/ftp.de.debian.org/debian bookworm/main i386 firmware-linux-free all 20200122-1 [24.2 kB] </system_output> <system_output timestamp="285.268877">Get:113 http://127.0.0.1:3142/ftp.de.debian.org/debian bookworm/main i386 gddrescue i386 1.27-1 [159 kB] </system_output> <system_output timestamp="285.272252">Get:114 http://127.0.0.1:3142/ftp.de.debian.org/debian bookworm/main i386 libpng16-16 i386 1.6.39-2 [283 kB] </system_output> ### TARGET LINE (Extract and Classify THIS Timestamp): <system_output timestamp="285.276899">Get:115 http://127.0.0.1:3142/ftp.de.debian.org/debian bookworm/main i386 libfreetype6 i386 2.12.1+dfsg-5+deb12u3 [409 kB] </system_output>	285.276899, old event
Your task is to analyze terminal XML logs and determine whether the timestamp in the TARGET LINE belongs to a "new event" or an "old event". ### DEFINITION OF A NEW EVENT: 1. Explicit Prompts: The very first `<user_input>` that immediately follows a shell prompt (e.g., `demo@faiserver:~$`). 2. Phase Transitions: In automated logs, moving from one major build stage to another (e.g., from 'fai-mirror finished' to 'Copying the nfsroot'). 3. Internal Logic: Shifts from downloading to processing. ### WHAT IS NOT A NEW EVENT (OLD EVENT): - User Input / Keystrokes: A user typing a command, including pressing the Enter key (a newline `\n`), is just the completion of the input phase. - Incomplete Tasks: Continuous system output without a clear phase shift. CRITICAL INSTRUCTION: You must classify ONLY the timestamp found in the "### TARGET LINE" section. Do NOT extract timestamps from the "### CONTEXT" section. Output only the timestamp and the classification. Do NOT use brackets, periods, explanations, or markdown formatting. Output Format Example 1: 39.229814, old event Output Format Example 2: 111.602501, new event	### CONTEXT (Previous Events): <system_output timestamp="295.267477">Selecting previously unselected package libpython3.11-stdlib:i386. </system_output> <system_output timestamp="295.269819">Preparing to unpack .../libpython3.11-stdlib_3.11.2-6+deb12u2_i386.deb ... Unpacking libpython3.11-stdlib:i386 (3.11.2-6+deb12u2) ... </system_output> <system_output timestamp="296.006572">Selecting previously unselected package python3.11. </system_output> <system_output timestamp="296.009009">Preparing to unpack .../python3.11_3.11.2-6+deb12u2_i386.deb ... </system_output> <system_output timestamp="296.009489">Unpacking python3.11 (3.11.2-6+deb12u2) ... </system_output> <system_output timestamp="296.093065">... [TRUNCATED TO SAVE SPACE] ...</system_output> <system_output timestamp="296.095739">... [TRUNCATED TO SAVE SPACE] ...</system_output> <system_output timestamp="296.096072">... [TRUNCATED TO SAVE SPACE] ...</system_output> <system_output timestamp="296.131241">... [TRUNCATED TO SAVE SPACE] ...</system_output> <system_output timestamp="296.388829">Selecting previously unselected package python3. (Reading database ... </system_output> <system_output timestamp="296.392537">(Reading database ... 5% </system_output> <system_output timestamp="296.393978">(Reading database ... 10% </system_output> <system_output timestamp="296.396606">(Reading database ... 15% </system_output> <system_output timestamp="296.399237">(Reading database ... 20% </system_output> ### TARGET LINE (Extract and Classify THIS Timestamp): <system_output timestamp="296.400688">(Reading database ... 25% </system_output>	296.400688, old event
Your task is to analyze terminal XML logs and determine whether the timestamp in the TARGET LINE belongs to a "new event" or an "old event". ### DEFINITION OF A NEW EVENT: 1. Explicit Prompts: The very first `<user_input>` that immediately follows a shell prompt (e.g., `demo@faiserver:~$`). 2. Phase Transitions: In automated logs, moving from one major build stage to another (e.g., from 'fai-mirror finished' to 'Copying the nfsroot'). 3. Internal Logic: Shifts from downloading to processing. ### WHAT IS NOT A NEW EVENT (OLD EVENT): - User Input / Keystrokes: A user typing a command, including pressing the Enter key (a newline `\n`), is just the completion of the input phase. - Incomplete Tasks: Continuous system output without a clear phase shift. CRITICAL INSTRUCTION: You must classify ONLY the timestamp found in the "### TARGET LINE" section. Do NOT extract timestamps from the "### CONTEXT" section. Output only the timestamp and the classification. Do NOT use brackets, periods, explanations, or markdown formatting. Output Format Example 1: 39.229814, old event Output Format Example 2: 111.602501, new event	### CONTEXT (Previous Events): <system_output timestamp="303.810942">Preparing to unpack .../039-dump_0.4b47-4_i386.deb ... </system_output> <system_output timestamp="303.811595">Unpacking dump (0.4b47-4) ... </system_output> <system_output timestamp="303.922412">Selecting previously unselected package libefivar1:i386. </system_output> <system_output timestamp="303.924124">Preparing to unpack .../040-libefivar1_37-6_i386.deb ... </system_output> <system_output timestamp="303.939232">Unpacking libefivar1:i386 (37-6) ... </system_output> <system_output timestamp="303.967057">... [TRUNCATED TO SAVE SPACE] ...</system_output> <system_output timestamp="303.969768">... [TRUNCATED TO SAVE SPACE] ...</system_output> <system_output timestamp="303.970337">... [TRUNCATED TO SAVE SPACE] ...</system_output> <system_output timestamp="304.001318">... [TRUNCATED TO SAVE SPACE] ...</system_output> <system_output timestamp="304.003888">Preparing to unpack .../042-efibootmgr_17-2_i386.deb ... </system_output> <system_output timestamp="304.004394">Unpacking efibootmgr (17-2) ... </system_output> <system_output timestamp="304.044786">Selecting previously unselected package emacs-el. </system_output> <system_output timestamp="304.047527">Preparing to unpack .../043-emacs-el_1%3a28.2+1-15+deb12u3_all.deb ... </system_output> <system_output timestamp="304.047777">Unpacking emacs-el (1:28.2+1-15+deb12u3) ... </system_output> ### TARGET LINE (Extract and Classify THIS Timestamp): <system_output timestamp="307.255891">Selecting previously unselected package emacsen-common. Preparing to unpack .../044-emacsen-common_3.0.5_all.deb ... </system_output>	307.255891, old event
Your task is to analyze terminal XML logs and determine whether the timestamp in the TARGET LINE belongs to a "new event" or an "old event". ### DEFINITION OF A NEW EVENT: 1. Explicit Prompts: The very first `<user_input>` that immediately follows a shell prompt (e.g., `demo@faiserver:~$`). 2. Phase Transitions: In automated logs, moving from one major build stage to another (e.g., from 'fai-mirror finished' to 'Copying the nfsroot'). 3. Internal Logic: Shifts from downloading to processing. ### WHAT IS NOT A NEW EVENT (OLD EVENT): - User Input / Keystrokes: A user typing a command, including pressing the Enter key (a newline `\n`), is just the completion of the input phase. - Incomplete Tasks: Continuous system output without a clear phase shift. CRITICAL INSTRUCTION: You must classify ONLY the timestamp found in the "### TARGET LINE" section. Do NOT extract timestamps from the "### CONTEXT" section. Output only the timestamp and the classification. Do NOT use brackets, periods, explanations, or markdown formatting. Output Format Example 1: 39.229814, old event Output Format Example 2: 111.602501, new event	### CONTEXT (Previous Events): <system_output timestamp="343.121009">update-alternatives: using /bin/nc.traditional to provide /bin/nc (nc) in auto mode </system_output> <system_output timestamp="343.12388">Setting up cryptsetup (2:2.6.1-4~deb12u2) ... </system_output> <system_output timestamp="343.365257">Setting up firmware-linux-free (20200122-1) ... </system_output> <system_output timestamp="343.369867">Setting up libx86emu3:i386 (3.5-1) ... Setting up psmisc (23.6-1) ... </system_output> <system_output timestamp="343.372333">Setting up libx86-1:i386 (1.1+ds1-12) ... </system_output> <system_output timestamp="343.375287">... [TRUNCATED TO SAVE SPACE] ...</system_output> <system_output timestamp="343.382278">... [TRUNCATED TO SAVE SPACE] ...</system_output> <system_output timestamp="343.386726">... [TRUNCATED TO SAVE SPACE] ...</system_output> <system_output timestamp="343.388562">... [TRUNCATED TO SAVE SPACE] ...</system_output> <system_output timestamp="343.389691">Setting up gettext-base (0.21-12) ... </system_output> <system_output timestamp="343.390635">Setting up hdparm (9.65+ds-1) ... </system_output> <system_output timestamp="343.412294">Setting up libgomp1:i386 (12.2.0-14) ... Setting up libfuse2:i386 (2.9.9-6+b1) ... </system_output> <system_output timestamp="343.459597">Setting up lshw (02.19.git.2021.06.19.996aaad9c7-2+b1) ... Setting up bzip2 (1.0.8-5+b1) ... Setting up rdate (1:1.11-3) ... Setting up libsasl2-modules-db:i386 (2.1.28+dfsg-10) ... Setting up libasound2-data (1.2.8-1) ... Setting up console-data (2:1.12-9) ... </system_output> <system_output timestamp="343.847953">Looking for keymap to install: </system_output> ### TARGET LINE (Extract and Classify THIS Timestamp): <system_output timestamp="343.946139">NONE </system_output>	343.946139, old event
Your task is to analyze terminal XML logs and determine whether the timestamp in the TARGET LINE belongs to a "new event" or an "old event". ### DEFINITION OF A NEW EVENT: 1. Explicit Prompts: The very first `<user_input>` that immediately follows a shell prompt (e.g., `demo@faiserver:~$`). 2. Phase Transitions: In automated logs, moving from one major build stage to another (e.g., from 'fai-mirror finished' to 'Copying the nfsroot'). 3. Internal Logic: Shifts from downloading to processing. ### WHAT IS NOT A NEW EVENT (OLD EVENT): - User Input / Keystrokes: A user typing a command, including pressing the Enter key (a newline `\n`), is just the completion of the input phase. - Incomplete Tasks: Continuous system output without a clear phase shift. CRITICAL INSTRUCTION: You must classify ONLY the timestamp found in the "### TARGET LINE" section. Do NOT extract timestamps from the "### CONTEXT" section. Output only the timestamp and the classification. Do NOT use brackets, periods, explanations, or markdown formatting. Output Format Example 1: 39.229814, old event Output Format Example 2: 111.602501, new event	### CONTEXT (Previous Events): <system_output timestamp="430.98309">Get:3 http://127.0.0.1:3142/ftp.de.debian.org/debian bookworm/main i386 libgcc-s1 i386 12.2.0-14 [59.5 kB] </system_output> <system_output timestamp="430.993709">Get:4 http://127.0.0.1:3142/ftp.de.debian.org/debian bookworm/main i386 debianutils i386 5.7-0.5~deb12u1 [103 kB] </system_output> <system_output timestamp="430.996063">Get:5 http://127.0.0.1:3142/ftp.de.debian.org/debian bookworm/main i386 libbz2-1.0 i386 1.0.8-5+b1 [47.1 kB] </system_output> <system_output timestamp="431.010011">Get:6 http://127.0.0.1:3142/ftp.de.debian.org/debian bookworm/main i386 liblzma5 i386 5.4.1-0.2 [215 kB] </system_output> <system_output timestamp="431.014405">Get:7 http://127.0.0.1:3142/ftp.de.debian.org/debian bookworm/main i386 libmd0 i386 1.0.4-2 [30.5 kB] </system_output> <system_output timestamp="431.016161">... [TRUNCATED TO SAVE SPACE] ...</system_output> <system_output timestamp="431.020596">... [TRUNCATED TO SAVE SPACE] ...</system_output> <system_output timestamp="431.022324">... [TRUNCATED TO SAVE SPACE] ...</system_output> <system_output timestamp="431.027303">... [TRUNCATED TO SAVE SPACE] ...</system_output> <system_output timestamp="431.028686">Get:12 http://127.0.0.1:3142/ftp.de.debian.org/debian bookworm/main i386 libacl1 i386 2.3.1-3 [33.2 kB] </system_output> <system_output timestamp="431.05053">Get:13 http://127.0.0.1:3142/ftp.de.debian.org/debian bookworm/main i386 tar i386 1.34+dfsg-1.2+deb12u1 [861 kB] </system_output> <system_output timestamp="431.062934">Get:14 http://127.0.0.1:3142/ftp.de.debian.org/debian bookworm/main i386 dpkg i386 1.21.22 [1,591 kB] </system_output> <system_output timestamp="431.119492">Get:15 http://127.0.0.1:3142/ftp.de.debian.org/debian bookworm/main i386 libcrypt1 i386 1:4.4.33-2 [95.6 kB] </system_output> <system_output timestamp="431.121922">Get:16 http://127.0.0.1:3142/ftp.de.debian.org/debian bookworm/main i386 perl-base i386 5.36.0-7+deb12u1 [1,712 kB] </system_output> ### TARGET LINE (Extract and Classify THIS Timestamp): <system_output timestamp="431.177352">Get:17 http://127.0.0.1:3142/ftp.de.debian.org/debian bookworm/main i386 sed i386 4.9-1 [333 kB] </system_output>	431.177352, old event
Your task is to analyze terminal XML logs and determine whether the timestamp in the TARGET LINE belongs to a "new event" or an "old event". ### DEFINITION OF A NEW EVENT: 1. Explicit Prompts: The very first `<user_input>` that immediately follows a shell prompt (e.g., `demo@faiserver:~$`). 2. Phase Transitions: In automated logs, moving from one major build stage to another (e.g., from 'fai-mirror finished' to 'Copying the nfsroot'). 3. Internal Logic: Shifts from downloading to processing. ### WHAT IS NOT A NEW EVENT (OLD EVENT): - User Input / Keystrokes: A user typing a command, including pressing the Enter key (a newline `\n`), is just the completion of the input phase. - Incomplete Tasks: Continuous system output without a clear phase shift. CRITICAL INSTRUCTION: You must classify ONLY the timestamp found in the "### TARGET LINE" section. Do NOT extract timestamps from the "### CONTEXT" section. Output only the timestamp and the classification. Do NOT use brackets, periods, explanations, or markdown formatting. Output Format Example 1: 39.229814, old event Output Format Example 2: 111.602501, new event	### CONTEXT (Previous Events): <system_output timestamp="433.944597">Get:268 http://127.0.0.1:3142/ftp.de.debian.org/debian bookworm/main i386 libubsan1 i386 12.2.0-14 [870 kB] </system_output> <system_output timestamp="433.9697">Get:269 http://127.0.0.1:3142/ftp.de.debian.org/debian bookworm/main i386 libquadmath0 i386 12.2.0-14 [226 kB] </system_output> <system_output timestamp="433.978666">Get:270 http://127.0.0.1:3142/ftp.de.debian.org/debian bookworm/main i386 libgcc-12-dev i386 12.2.0-14 [2,432 kB] </system_output> <system_output timestamp="436.264252">Get:271 http://127.0.0.1:3142/ftp.de.debian.org/debian bookworm/main i386 libc-dev-bin i386 2.36-9+deb12u8 [46.4 kB] </system_output> <system_output timestamp="436.326606">Get:272 http://127.0.0.1:3142/ftp.de.debian.org/debian bookworm/main i386 linux-libc-dev i386 6.1.106-3 [2,027 kB] </system_output> <system_output timestamp="436.396997">... [TRUNCATED TO SAVE SPACE] ...</system_output> <system_output timestamp="436.439562">... [TRUNCATED TO SAVE SPACE] ...</system_output> <system_output timestamp="436.452099">... [TRUNCATED TO SAVE SPACE] ...</system_output> <system_output timestamp="436.46118">... [TRUNCATED TO SAVE SPACE] ...</system_output> <system_output timestamp="436.505367">Get:277 http://127.0.0.1:3142/ftp.de.debian.org/debian bookworm/main i386 libc6-dev i386 2.36-9+deb12u8 [1,722 kB] </system_output> <system_output timestamp="436.57731">Get:278 http://127.0.0.1:3142/ftp.de.debian.org/debian bookworm/main i386 libisl23 i386 0.25-1.1 [768 kB] </system_output> <system_output timestamp="436.591138">Get:279 http://127.0.0.1:3142/ftp.de.debian.org/debian bookworm/main i386 libmpfr6 i386 4.2.0-1 [735 kB] </system_output> <system_output timestamp="436.60678">Get:280 http://127.0.0.1:3142/ftp.de.debian.org/debian bookworm/main i386 libmpc3 i386 1.3.1-1 [59.5 kB] </system_output> <system_output timestamp="436.631114">Get:281 http://127.0.0.1:3142/ftp.de.debian.org/debian bookworm/main i386 libgccjit0 i386 12.2.0-14 [9,312 kB] </system_output> ### TARGET LINE (Extract and Classify THIS Timestamp): <system_output timestamp="436.831843">Get:282 http://127.0.0.1:3142/ftp.de.debian.org/debian bookworm/main i386 libgpm2 i386 1.20.7-10+b1 [14.9 kB] </system_output>	436.831843, old event
Your task is to analyze terminal XML logs and determine whether the timestamp in the TARGET LINE belongs to a "new event" or an "old event". ### DEFINITION OF A NEW EVENT: 1. Explicit Prompts: The very first `<user_input>` that immediately follows a shell prompt (e.g., `demo@faiserver:~$`). 2. Phase Transitions: In automated logs, moving from one major build stage to another (e.g., from 'fai-mirror finished' to 'Copying the nfsroot'). 3. Internal Logic: Shifts from downloading to processing. ### WHAT IS NOT A NEW EVENT (OLD EVENT): - User Input / Keystrokes: A user typing a command, including pressing the Enter key (a newline `\n`), is just the completion of the input phase. - Incomplete Tasks: Continuous system output without a clear phase shift. CRITICAL INSTRUCTION: You must classify ONLY the timestamp found in the "### TARGET LINE" section. Do NOT extract timestamps from the "### CONTEXT" section. Output only the timestamp and the classification. Do NOT use brackets, periods, explanations, or markdown formatting. Output Format Example 1: 39.229814, old event Output Format Example 2: 111.602501, new event	### CONTEXT (Previous Events): <system_output timestamp="437.442841">Get:313 http://127.0.0.1:3142/ftp.de.debian.org/debian bookworm/main i386 libgc1 i386 1:8.2.2-3 [246 kB] </system_output> <system_output timestamp="437.452915">Get:314 http://127.0.0.1:3142/ftp.de.debian.org/debian bookworm/main i386 guile-3.0-libs i386 3.0.8-2 [6,500 kB] </system_output> <system_output timestamp="437.5775">Get:315 http://127.0.0.1:3142/ftp.de.debian.org/debian bookworm/main i386 hdparm i386 9.65+ds-1 [120 kB] </system_output> <system_output timestamp="437.580171">Get:316 http://127.0.0.1:3142/ftp.de.debian.org/debian bookworm/main i386 libx86emu3 i386 3.5-1 [56.6 kB] </system_output> <system_output timestamp="437.581911">Get:317 http://127.0.0.1:3142/ftp.de.debian.org/debian bookworm/main i386 libhd21 i386 21.82-1 [818 kB] </system_output> <system_output timestamp="437.592827">... [TRUNCATED TO SAVE SPACE] ...</system_output> <system_output timestamp="437.611864">... [TRUNCATED TO SAVE SPACE] ...</system_output> <system_output timestamp="437.623884">... [TRUNCATED TO SAVE SPACE] ...</system_output> <system_output timestamp="437.629614">... [TRUNCATED TO SAVE SPACE] ...</system_output> <system_output timestamp="437.669703">Get:322 http://127.0.0.1:3142/ftp.de.debian.org/debian bookworm/main i386 libatm1 i386 1:2.5.1-4+b2 [69.0 kB] </system_output> <system_output timestamp="437.672998">Get:323 http://127.0.0.1:3142/ftp.de.debian.org/debian bookworm/main i386 libdav1d6 i386 1.0.0-2+deb12u1 [325 kB] </system_output> <system_output timestamp="437.6934">Get:324 http://127.0.0.1:3142/ftp.de.debian.org/debian bookworm/main i386 libgav1-1 i386 0.18.0-1+b1 [307 kB] </system_output> <system_output timestamp="437.710066">Get:325 http://127.0.0.1:3142/ftp.de.debian.org/debian bookworm/main i386 librav1e0 i386 0.5.1-6 [615 kB] </system_output> <system_output timestamp="437.727181">Get:326 http://127.0.0.1:3142/ftp.de.debian.org/debian bookworm/main i386 libjpeg62-turbo i386 1:2.1.5-2 [169 kB] </system_output> ### TARGET LINE (Extract and Classify THIS Timestamp): <system_output timestamp="437.732471">Get:327 http://127.0.0.1:3142/ftp.de.debian.org/debian bookworm/main i386 libyuv0 i386 0.0~git20230123.b2528b0-1 [108 kB] </system_output>	437.732471, old event
Your task is to analyze terminal XML logs and determine whether the timestamp in the TARGET LINE belongs to a "new event" or an "old event". ### DEFINITION OF A NEW EVENT: 1. Explicit Prompts: The very first `<user_input>` that immediately follows a shell prompt (e.g., `demo@faiserver:~$`). 2. Phase Transitions: In automated logs, moving from one major build stage to another (e.g., from 'fai-mirror finished' to 'Copying the nfsroot'). 3. Internal Logic: Shifts from downloading to processing. ### WHAT IS NOT A NEW EVENT (OLD EVENT): - User Input / Keystrokes: A user typing a command, including pressing the Enter key (a newline `\n`), is just the completion of the input phase. - Incomplete Tasks: Continuous system output without a clear phase shift. CRITICAL INSTRUCTION: You must classify ONLY the timestamp found in the "### TARGET LINE" section. Do NOT extract timestamps from the "### CONTEXT" section. Output only the timestamp and the classification. Do NOT use brackets, periods, explanations, or markdown formatting. Output Format Example 1: 39.229814, old event Output Format Example 2: 111.602501, new event	### CONTEXT (Previous Events): <system_output timestamp="461.086279">Get: 66 http://127.0.0.1:3142/ftp.de.debian.org/debian bookworm/main i386 libavahi-client3 i386 0.8-10 [47.6 kB] </system_output> <system_output timestamp="461.088418">Get: 67 http://127.0.0.1:3142/ftp.de.debian.org/debian bookworm/main i386 libcups2 i386 2.4.2-3+deb12u7 [262 kB] </system_output> <system_output timestamp="461.092894">Get: 68 http://127.0.0.1:3142/ftp.de.debian.org/debian bookworm/main i386 libxcomposite1 i386 1:0.4.5-1 [16.9 kB] </system_output> <system_output timestamp="461.112068">Get: 69 http://127.0.0.1:3142/ftp.de.debian.org/debian bookworm/main i386 libxfixes3 i386 1:6.0.0-2 [23.0 kB] </system_output> <system_output timestamp="461.114115">Get: 70 http://127.0.0.1:3142/ftp.de.debian.org/debian bookworm/main i386 libxcursor1 i386 1:1.2.1-1 [42.4 kB] </system_output> <system_output timestamp="461.115995">... [TRUNCATED TO SAVE SPACE] ...</system_output> <system_output timestamp="461.118159">... [TRUNCATED TO SAVE SPACE] ...</system_output> <system_output timestamp="461.11897">... [TRUNCATED TO SAVE SPACE] ...</system_output> <system_output timestamp="461.120888">... [TRUNCATED TO SAVE SPACE] ...</system_output> <system_output timestamp="461.124231">Get: 75 http://127.0.0.1:3142/ftp.de.debian.org/debian bookworm/main i386 libgtk2.0-0 i386 2.24.33-2+deb12u1 [1,935 kB] </system_output> <system_output timestamp="461.184885">Get: 76 http://127.0.0.1:3142/ftp.de.debian.org/debian bookworm/main i386 libafterstep1 i386 2.2.12-15+b2 [388 kB] </system_output> <system_output timestamp="461.191382">Get: 77 http://127.0.0.1:3142/ftp.de.debian.org/debian bookworm/main i386 afterstep i386 2.2.12-15+b2 [523 kB] </system_output> <system_output timestamp="461.19868">Fetched 31.7 MB in 1s (36.2 MB/s) </system_output> <system_output timestamp="461.272404">install_packages: executing aptitude -R -d -o Aptitude::Log=/dev/null -o Aptitude::CmdLine::Ignore-Trust-Violations=yes -o APT::Get::AllowUnauthenticated=true -o Acquire::AllowInsecureRepositories=true -o DPkg::force-conflicts::=yes -o Dir::State=/usr/fai/mirror/aptcache/var/lib/apt -o Dir::Log=/usr/fai/mirror/aptcache/var/log/apt -o Dir::State::extended_states=/usr/fai/mirror/aptcache/var/lib/apt/lists/extended_states -o Dir::State::status=/usr/fai/mirror/aptcache/statefile -o Dir::Cache=/usr/fai/mirror/aptcache/var/cache/apt -o Dir::State=/usr/fai/mirror/aptcache/var/cache/apt -o Dir::Cache::Archives=/usr/fai/mirror/aptcache/var/cache/apt/archives -o Dir::Etc=/usr/fai/mirror/aptcache/etc/apt/ -o Dir::State::Lists=/usr/fai/mirror/aptcache/var/lib/apt/lists/ -y install build-essential </system_output> ### TARGET LINE (Extract and Classify THIS Timestamp): <system_output timestamp="461.321713">Reading package lists... </system_output>	461.321713, old event
Your task is to analyze terminal XML logs and determine whether the timestamp in the TARGET LINE belongs to a "new event" or an "old event". ### DEFINITION OF A NEW EVENT: 1. Explicit Prompts: The very first `<user_input>` that immediately follows a shell prompt (e.g., `demo@faiserver:~$`). 2. Phase Transitions: In automated logs, moving from one major build stage to another (e.g., from 'fai-mirror finished' to 'Copying the nfsroot'). 3. Internal Logic: Shifts from downloading to processing. ### WHAT IS NOT A NEW EVENT (OLD EVENT): - User Input / Keystrokes: A user typing a command, including pressing the Enter key (a newline `\n`), is just the completion of the input phase. - Incomplete Tasks: Continuous system output without a clear phase shift. CRITICAL INSTRUCTION: You must classify ONLY the timestamp found in the "### TARGET LINE" section. Do NOT extract timestamps from the "### CONTEXT" section. Output only the timestamp and the classification. Do NOT use brackets, periods, explanations, or markdown formatting. Output Format Example 1: 39.229814, old event Output Format Example 2: 111.602501, new event	### CONTEXT (Previous Events): <system_output timestamp="477.150847">Get: 1 http://127.0.0.1:3142/ftp.de.debian.org/debian bookworm/main i386 libncurses-dev i386 6.4-4 [379 kB] </system_output> <system_output timestamp="477.156423">Get: 2 http://127.0.0.1:3142/ftp.de.debian.org/debian bookworm/main i386 libncurses5-dev i386 6.4-4 [932 B] </system_output> <system_output timestamp="477.2128">Fetched 380 kB in 0s (5,068 kB/s) </system_output> <system_output timestamp="477.259733">install_packages: executing aptitude -R -d -o Aptitude::Log=/dev/null -o Aptitude::CmdLine::Ignore-Trust-Violations=yes -o APT::Get::AllowUnauthenticated=true -o Acquire::AllowInsecureRepositories=true -o DPkg::force-conflicts::=yes -o Dir::State=/usr/fai/mirror/aptcache/var/lib/apt -o Dir::Log=/usr/fai/mirror/aptcache/var/log/apt -o Dir::State::extended_states=/usr/fai/mirror/aptcache/var/lib/apt/lists/extended_states -o Dir::State::status=/usr/fai/mirror/aptcache/statefile -o Dir::Cache=/usr/fai/mirror/aptcache/var/cache/apt -o Dir::State=/usr/fai/mirror/aptcache/var/cache/apt -o Dir::Cache::Archives=/usr/fai/mirror/aptcache/var/cache/apt/archives -o Dir::Etc=/usr/fai/mirror/aptcache/etc/apt/ -o Dir::State::Lists=/usr/fai/mirror/aptcache/var/lib/apt/lists/ -y install quilt </system_output> <system_output timestamp="477.306861">Reading package lists... </system_output> <system_output timestamp="477.5474">... [TRUNCATED TO SAVE SPACE] ...</system_output> <system_output timestamp="477.54898">... [TRUNCATED TO SAVE SPACE] ...</system_output> <system_output timestamp="477.748904">... [TRUNCATED TO SAVE SPACE] ...</system_output> <system_output timestamp="477.769853">... [TRUNCATED TO SAVE SPACE] ...</system_output> <system_output timestamp="478.337978">Writing extended state information... </system_output> <system_output timestamp="478.6175">Building tag database... </system_output> <system_output timestamp="479.14855">The following NEW packages will be installed: bsdextrautils{a} bzip2{a} diffstat{a} dpkg{a} ed{a} gcc-12-base{a} gettext{a} gettext-base{a} libacl1{a} libbz2-1.0{a} libc6{a} libcrypt1{a} libdb5.3{a} libgcc-s1{a} libgdbm-compat4{a} libgdbm6{a} libgomp1{a} libicu72{a} liblzma5{a} libmd0{a} libpcre2-8-0{a} libperl5.36{a} libselinux1{a} libsmartcols1{a} libstdc++6{a} libtinfo6{a} libunistring2{a} libxml2{a} libzstd1{a} patch{a} perl{a} perl-base{a} perl-modules-5.36{a} quilt sensible-utils{a} tar{a} zlib1g{a} The following packages are RECOMMENDED but will NOT be installed: curl less libidn2-0 lynx netbase wget 0 packages upgraded, 37 newly installed, 0 to remove and 0 not upgraded. Need to get 1,707 kB/29.9 MB of archives. After unpacking 132 MB will be used. Writing extended state information... </system_output> <system_output timestamp="479.219212">Get: 1 http://127.0.0.1:3142/ftp.de.debian.org/debian bookworm/main i386 diffstat i386 1.65-1 [33.6 kB] </system_output> <system_output timestamp="479.222673">Get: 2 http://127.0.0.1:3142/ftp.de.debian.org/debian bookworm/main i386 ed i386 1.19-1 [59.1 kB] </system_output> ### TARGET LINE (Extract and Classify THIS Timestamp): <system_output timestamp="479.225187">Get: 3 http://127.0.0.1:3142/ftp.de.debian.org/debian bookworm/main i386 gettext i386 0.21-12 [1,311 kB] </system_output>	479.225187, old event
Your task is to analyze terminal XML logs and determine whether the timestamp in the TARGET LINE belongs to a "new event" or an "old event". ### DEFINITION OF A NEW EVENT: 1. Explicit Prompts: The very first `<user_input>` that immediately follows a shell prompt (e.g., `demo@faiserver:~$`). 2. Phase Transitions: In automated logs, moving from one major build stage to another (e.g., from 'fai-mirror finished' to 'Copying the nfsroot'). 3. Internal Logic: Shifts from downloading to processing. ### WHAT IS NOT A NEW EVENT (OLD EVENT): - User Input / Keystrokes: A user typing a command, including pressing the Enter key (a newline `\n`), is just the completion of the input phase. - Incomplete Tasks: Continuous system output without a clear phase shift. CRITICAL INSTRUCTION: You must classify ONLY the timestamp found in the "### TARGET LINE" section. Do NOT extract timestamps from the "### CONTEXT" section. Output only the timestamp and the classification. Do NOT use brackets, periods, explanations, or markdown formatting. Output Format Example 1: 39.229814, old event Output Format Example 2: 111.602501, new event	### CONTEXT (Previous Events): <system_output timestamp="536.819061">Get: 2 http://127.0.0.1:3142/ftp.de.debian.org/debian bookworm/main i386 linuxdoc-tools i386 0.9.82-1 [494 kB] </system_output> <system_output timestamp="536.863308">Fetched 578 kB in 0s (7,822 kB/s) </system_output> <system_output timestamp="536.918705">install_packages: executing aptitude -R -d -o Aptitude::Log=/dev/null -o Aptitude::CmdLine::Ignore-Trust-Violations=yes -o APT::Get::AllowUnauthenticated=true -o Acquire::AllowInsecureRepositories=true -o DPkg::force-conflicts::=yes -o Dir::State=/usr/fai/mirror/aptcache/var/lib/apt -o Dir::Log=/usr/fai/mirror/aptcache/var/log/apt -o Dir::State::extended_states=/usr/fai/mirror/aptcache/var/lib/apt/lists/extended_states -o Dir::State::status=/usr/fai/mirror/aptcache/statefile -o Dir::Cache=/usr/fai/mirror/aptcache/var/cache/apt -o Dir::State=/usr/fai/mirror/aptcache/var/cache/apt -o Dir::Cache::Archives=/usr/fai/mirror/aptcache/var/cache/apt/archives -o Dir::Etc=/usr/fai/mirror/aptcache/etc/apt/ -o Dir::State::Lists=/usr/fai/mirror/aptcache/var/lib/apt/lists/ -y install linuxdoc-tools-info </system_output> <system_output timestamp="536.961942">Reading package lists... </system_output> <system_output timestamp="537.183595">Building dependency tree... </system_output> <system_output timestamp="537.185324">... [TRUNCATED TO SAVE SPACE] ...</system_output> <system_output timestamp="537.372975">... [TRUNCATED TO SAVE SPACE] ...</system_output> <system_output timestamp="537.390151">... [TRUNCATED TO SAVE SPACE] ...</system_output> <system_output timestamp="537.866019">... [TRUNCATED TO SAVE SPACE] ...</system_output> <system_output timestamp="538.119587">Building tag database... </system_output> <system_output timestamp="538.649861">The following NEW packages will be installed: debconf{a} dpkg{a} gawk{a} gcc-12-base{a} libacl1{a} libbz2-1.0{a} libc6{a} libcrypt1{a} libdb5.3{a} libfl2{a} libgcc-s1{a} libgdbm-compat4{a} libgdbm6{a} libgmp10{a} libicu72{a} liblzma5{a} libmd0{a} libmpfr6{a} libosp5{a} libpcre2-8-0{a} libperl5.36{a} libreadline8{a} libselinux1{a} libsigsegv2{a} libstdc++6{a} libtext-unidecode-perl{a} libtinfo6{a} libxml-libxml-perl{a} libxml-namespacesupport-perl{a} libxml-sax-base-perl{a} libxml-sax-perl{a} libxml2{a} libzstd1{a} linuxdoc-tools{a} linuxdoc-tools-info opensp{a} perl{a} perl-base{a} perl-modules-5.36{a} readline-common{a} sed{a} sensible-utils{a} sgml-base{a} sgml-data{a} tar{a} tex-common{a} texinfo{a} ucf{a} xml-core{a} zlib1g{a} The following packages are RECOMMENDED but will NOT be installed: apt-utils debconf-i18n libidn2-0 libwww-perl libxml-sax-expat-perl netbase 0 packages upgraded, 50 newly installed, 0 to remove and 0 not upgraded. Need to get 2,405 kB/34.4 MB of archives. After unpacking 150 MB will be used. Writing extended state information... </system_output> <system_output timestamp="538.709998">Get: 1 http://127.0.0.1:3142/ftp.de.debian.org/debian bookworm/main i386 libtext-unidecode-perl all 1.30-3 [101 kB] </system_output> <system_output timestamp="538.716619">Get: 2 http://127.0.0.1:3142/ftp.de.debian.org/debian bookworm/main i386 libxml-namespacesupport-perl all 1.12-2 [15.1 kB] </system_output> <system_output timestamp="538.71883">Get: 3 http://127.0.0.1:3142/ftp.de.debian.org/debian bookworm/main i386 libxml-sax-base-perl all 1.09-3 [20.6 kB] </system_output> ### TARGET LINE (Extract and Classify THIS Timestamp): <system_output timestamp="538.720092">Get: 4 http://127.0.0.1:3142/ftp.de.debian.org/debian bookworm/main i386 libxml-sax-perl all 1.02+dfsg-3 [59.4 kB] </system_output>	538.720092, old event
Your task is to analyze terminal XML logs and determine whether the timestamp in the TARGET LINE belongs to a "new event" or an "old event". ### DEFINITION OF A NEW EVENT: 1. Explicit Prompts: The very first `<user_input>` that immediately follows a shell prompt (e.g., `demo@faiserver:~$`). 2. Phase Transitions: In automated logs, moving from one major build stage to another (e.g., from 'fai-mirror finished' to 'Copying the nfsroot'). 3. Internal Logic: Shifts from downloading to processing. ### WHAT IS NOT A NEW EVENT (OLD EVENT): - User Input / Keystrokes: A user typing a command, including pressing the Enter key (a newline `\n`), is just the completion of the input phase. - Incomplete Tasks: Continuous system output without a clear phase shift. CRITICAL INSTRUCTION: You must classify ONLY the timestamp found in the "### TARGET LINE" section. Do NOT extract timestamps from the "### CONTEXT" section. Output only the timestamp and the classification. Do NOT use brackets, periods, explanations, or markdown formatting. Output Format Example 1: 39.229814, old event Output Format Example 2: 111.602501, new event	### CONTEXT (Previous Events): <system_output timestamp="537.372975">Reading extended state information... </system_output> <system_output timestamp="537.390151">Initializing package states... </system_output> <system_output timestamp="537.866019">Writing extended state information... </system_output> <system_output timestamp="538.119587">Building tag database... </system_output> <system_output timestamp="538.649861">The following NEW packages will be installed: debconf{a} dpkg{a} gawk{a} gcc-12-base{a} libacl1{a} libbz2-1.0{a} libc6{a} libcrypt1{a} libdb5.3{a} libfl2{a} libgcc-s1{a} libgdbm-compat4{a} libgdbm6{a} libgmp10{a} libicu72{a} liblzma5{a} libmd0{a} libmpfr6{a} libosp5{a} libpcre2-8-0{a} libperl5.36{a} libreadline8{a} libselinux1{a} libsigsegv2{a} libstdc++6{a} libtext-unidecode-perl{a} libtinfo6{a} libxml-libxml-perl{a} libxml-namespacesupport-perl{a} libxml-sax-base-perl{a} libxml-sax-perl{a} libxml2{a} libzstd1{a} linuxdoc-tools{a} linuxdoc-tools-info opensp{a} perl{a} perl-base{a} perl-modules-5.36{a} readline-common{a} sed{a} sensible-utils{a} sgml-base{a} sgml-data{a} tar{a} tex-common{a} texinfo{a} ucf{a} xml-core{a} zlib1g{a} The following packages are RECOMMENDED but will NOT be installed: apt-utils debconf-i18n libidn2-0 libwww-perl libxml-sax-expat-perl netbase 0 packages upgraded, 50 newly installed, 0 to remove and 0 not upgraded. Need to get 2,405 kB/34.4 MB of archives. After unpacking 150 MB will be used. Writing extended state information... </system_output> <system_output timestamp="538.709998">... [TRUNCATED TO SAVE SPACE] ...</system_output> <system_output timestamp="538.716619">... [TRUNCATED TO SAVE SPACE] ...</system_output> <system_output timestamp="538.71883">... [TRUNCATED TO SAVE SPACE] ...</system_output> <system_output timestamp="538.720092">... [TRUNCATED TO SAVE SPACE] ...</system_output> <system_output timestamp="538.721315">Get: 5 http://127.0.0.1:3142/ftp.de.debian.org/debian bookworm/main i386 libxml-libxml-perl i386 2.0207+dfsg+really+2.0134-1+b1 [333 kB] </system_output> <system_output timestamp="538.781592">Get: 6 http://127.0.0.1:3142/ftp.de.debian.org/debian bookworm/main i386 tex-common all 6.18 [32.5 kB] </system_output> <system_output timestamp="538.840275">Get: 7 http://127.0.0.1:3142/ftp.de.debian.org/debian bookworm/main i386 texinfo i386 6.8-6+b1 [1,820 kB] </system_output> <system_output timestamp="538.866372">Get: 8 http://127.0.0.1:3142/ftp.de.debian.org/debian bookworm/main i386 linuxdoc-tools-info all 0.9.82-1 [22.1 kB] </system_output> <system_output timestamp="538.867526">Fetched 2,405 kB in 0s (14.2 MB/s) </system_output> ### TARGET LINE (Extract and Classify THIS Timestamp): <system_output timestamp="538.918473">install_packages: executing aptitude -R -d -o Aptitude::Log=/dev/null -o Aptitude::CmdLine::Ignore-Trust-Violations=yes -o APT::Get::AllowUnauthenticated=true -o Acquire::AllowInsecureRepositories=true -o DPkg::force-conflicts::=yes -o Dir::State=/usr/fai/mirror/aptcache/var/lib/apt -o Dir::Log=/usr/fai/mirror/aptcache/var/log/apt -o Dir::State::extended_states=/usr/fai/mirror/aptcache/var/lib/apt/lists/extended_states -o Dir::State::status=/usr/fai/mirror/aptcache/statefile -o Dir::Cache=/usr/fai/mirror/aptcache/var/cache/apt -o Dir::State=/usr/fai/mirror/aptcache/var/cache/apt -o Dir::Cache::Archives=/usr/fai/mirror/aptcache/var/cache/apt/archives -o Dir::Etc=/usr/fai/mirror/aptcache/etc/apt/ -o Dir::State::Lists=/usr/fai/mirror/aptcache/var/lib/apt/lists/ -y install linuxdoc-tools-latex </system_output>	538.918473, old event
Your task is to analyze terminal XML logs and determine whether the timestamp in the TARGET LINE belongs to a "new event" or an "old event". ### DEFINITION OF A NEW EVENT: 1. Explicit Prompts: The very first `<user_input>` that immediately follows a shell prompt (e.g., `demo@faiserver:~$`). 2. Phase Transitions: In automated logs, moving from one major build stage to another (e.g., from 'fai-mirror finished' to 'Copying the nfsroot'). 3. Internal Logic: Shifts from downloading to processing. ### WHAT IS NOT A NEW EVENT (OLD EVENT): - User Input / Keystrokes: A user typing a command, including pressing the Enter key (a newline `\n`), is just the completion of the input phase. - Incomplete Tasks: Continuous system output without a clear phase shift. CRITICAL INSTRUCTION: You must classify ONLY the timestamp found in the "### TARGET LINE" section. Do NOT extract timestamps from the "### CONTEXT" section. Output only the timestamp and the classification. Do NOT use brackets, periods, explanations, or markdown formatting. Output Format Example 1: 39.229814, old event Output Format Example 2: 111.602501, new event	### CONTEXT (Previous Events): <system_output timestamp="538.716619">Get: 2 http://127.0.0.1:3142/ftp.de.debian.org/debian bookworm/main i386 libxml-namespacesupport-perl all 1.12-2 [15.1 kB] </system_output> <system_output timestamp="538.71883">Get: 3 http://127.0.0.1:3142/ftp.de.debian.org/debian bookworm/main i386 libxml-sax-base-perl all 1.09-3 [20.6 kB] </system_output> <system_output timestamp="538.720092">Get: 4 http://127.0.0.1:3142/ftp.de.debian.org/debian bookworm/main i386 libxml-sax-perl all 1.02+dfsg-3 [59.4 kB] </system_output> <system_output timestamp="538.721315">Get: 5 http://127.0.0.1:3142/ftp.de.debian.org/debian bookworm/main i386 libxml-libxml-perl i386 2.0207+dfsg+really+2.0134-1+b1 [333 kB] </system_output> <system_output timestamp="538.781592">Get: 6 http://127.0.0.1:3142/ftp.de.debian.org/debian bookworm/main i386 tex-common all 6.18 [32.5 kB] </system_output> <system_output timestamp="538.840275">... [TRUNCATED TO SAVE SPACE] ...</system_output> <system_output timestamp="538.866372">... [TRUNCATED TO SAVE SPACE] ...</system_output> <system_output timestamp="538.867526">... [TRUNCATED TO SAVE SPACE] ...</system_output> <system_output timestamp="538.918473">... [TRUNCATED TO SAVE SPACE] ...</system_output> <system_output timestamp="538.963083">Reading package lists... </system_output> <system_output timestamp="539.187332">Building dependency tree... </system_output> <system_output timestamp="539.188796">Reading state information... </system_output> <system_output timestamp="539.377856">Reading extended state information... </system_output> <system_output timestamp="539.395406">Initializing package states... </system_output> ### TARGET LINE (Extract and Classify THIS Timestamp): <system_output timestamp="539.943894">Writing extended state information... </system_output>	539.943894, old event
Your task is to analyze terminal XML logs and determine whether the timestamp in the TARGET LINE belongs to a "new event" or an "old event". ### DEFINITION OF A NEW EVENT: 1. Explicit Prompts: The very first `<user_input>` that immediately follows a shell prompt (e.g., `demo@faiserver:~$`). 2. Phase Transitions: In automated logs, moving from one major build stage to another (e.g., from 'fai-mirror finished' to 'Copying the nfsroot'). 3. Internal Logic: Shifts from downloading to processing. ### WHAT IS NOT A NEW EVENT (OLD EVENT): - User Input / Keystrokes: A user typing a command, including pressing the Enter key (a newline `\n`), is just the completion of the input phase. - Incomplete Tasks: Continuous system output without a clear phase shift. CRITICAL INSTRUCTION: You must classify ONLY the timestamp found in the "### TARGET LINE" section. Do NOT extract timestamps from the "### CONTEXT" section. Output only the timestamp and the classification. Do NOT use brackets, periods, explanations, or markdown formatting. Output Format Example 1: 39.229814, old event Output Format Example 2: 111.602501, new event	### CONTEXT (Previous Events): <system_output timestamp="569.286049">Get: 23 http://127.0.0.1:3142/ftp.de.debian.org/debian bookworm/main i386 wine all 8.0~repack-4 [70.6 kB] </system_output> <system_output timestamp="569.287494">Fetched 104 MB in 2s (64.7 MB/s) </system_output> <system_output timestamp="569.354056">install_packages: executing aptitude -R -d -o Aptitude::Log=/dev/null -o Aptitude::CmdLine::Ignore-Trust-Violations=yes -o APT::Get::AllowUnauthenticated=true -o Acquire::AllowInsecureRepositories=true -o DPkg::force-conflicts::=yes -o Dir::State=/usr/fai/mirror/aptcache/var/lib/apt -o Dir::Log=/usr/fai/mirror/aptcache/var/log/apt -o Dir::State::extended_states=/usr/fai/mirror/aptcache/var/lib/apt/lists/extended_states -o Dir::State::status=/usr/fai/mirror/aptcache/statefile -o Dir::Cache=/usr/fai/mirror/aptcache/var/cache/apt -o Dir::State=/usr/fai/mirror/aptcache/var/cache/apt -o Dir::Cache::Archives=/usr/fai/mirror/aptcache/var/cache/apt/archives -o Dir::Etc=/usr/fai/mirror/aptcache/etc/apt/ -o Dir::State::Lists=/usr/fai/mirror/aptcache/var/lib/apt/lists/ -y install evolution </system_output> <system_output timestamp="569.396661">Reading package lists... </system_output> <system_output timestamp="569.628029">Building dependency tree... </system_output> <system_output timestamp="569.629989">... [TRUNCATED TO SAVE SPACE] ...</system_output> <system_output timestamp="569.834258">... [TRUNCATED TO SAVE SPACE] ...</system_output> <system_output timestamp="569.855729">... [TRUNCATED TO SAVE SPACE] ...</system_output> <system_output timestamp="571.824872">... [TRUNCATED TO SAVE SPACE] ...</system_output> <system_output timestamp="572.079292">Building tag database... </system_output> <system_output timestamp="572.386169">The following NEW packages will be installed: adduser{a} adwaita-icon-theme{a} at-spi2-common{a} at-spi2-core{a} bubblewrap{a} dbus{a} dbus-bin{a} dbus-daemon{a} dbus-session-bus-common{a} dbus-system-bus-common{a} dbus-user-session{a} dconf-gsettings-backend{a} dconf-service{a} debconf{a} dictionaries-common{a} dmsetup{a} dpkg{a} emacsen-common{a} evolution evolution-common{a} evolution-data-server{a} evolution-data-server-common{a} fontconfig{a} fontconfig-config{a} fonts-dejavu-core{a} gcc-12-base{a} gcr{a} geocode-glib-common{a} glib-networking{a} glib-networking-common{a} glib-networking-services{a} gnome-desktop3-data{a} gnome-keyring{a} gsettings-desktop-schemas{a} gstreamer1.0-plugins-base{a} gstreamer1.0-plugins-good{a} gtk-update-icon-cache{a} hicolor-icon-theme{a} hunspell-en-us{a} init-system-helpers{a} iso-codes{a} libaa1{a} libabsl20220623{a} libacl1{a} libaom3{a} libapparmor1{a} libarchive13{a} libargon2-1{a} libasound2{a} libasound2-data{a} libaspell15{a} libassuan0{a} libasyncns0{a} libatk-bridge2.0-0{a} libatk1.0-0{a} libatomic1{a} libatspi2.0-0{a} libaudit-common{a} libaudit1{a} libavahi-client3{a} libavahi-common-data{a} libavahi-common3{a} libavc1394-0{a} libavif15{a} libblkid1{a} libbrotli1{a} libbsd0{a} libbz2-1.0{a} libc6{a} libcaca0{a} libcairo-gobject2{a} libcairo2{a} libcamel-1.2-64{a} libcanberra-gtk3-0{a} libcanberra0{a} libcap-ng0{a} libcap2{a} libcap2-bin{a} libcdparanoia0{a} libcmark0.30.2{a} libcolord2{a} libcom-err2{a} libcrypt1{a} libcryptsetup12{a} libcups2{a} libdatrie1{a} libdav1d6{a} libdb5.3{a} libdbus-1-3{a} libdconf1{a} libdeflate0{a} libdevmapper1.02.1{a} libdrm-amdgpu1{a} libdrm-common{a} libdrm-intel1{a} libdrm-nouveau2{a} libdrm-radeon1{a} libdrm2{a} libdv4{a} libdw1{a} libebackend-1.2-11{a} libebook-1.2-21{a} libebook-contacts-1.2-4{a} libecal-2.0-2{a} libedata-book-1.2-27{a} libedata-cal-2.0-2{a} libedataserver-1.2-27{a} libedataserverui-1.2-4{a} libedit2{a} libegl-mesa0{a} libegl1{a} libelf1{a} libenchant-2-2{a} libepoxy0{a} libevdev2{a} libevolution{a} libexpat1{a} libfdisk1{a} libffi8{a} libfile-find-rule-perl{a} libflac12{a} libfontconfig1{a} libfreetype6{a} libfribidi0{a} libgail-3-0{a} libgav1-1{a} libgbm1{a} libgcc-s1{a} libgck-1-0{a} libgcr-base-3-1{a} libgcr-ui-3-1{a} libgcrypt20{a} libgdbm-compat4{a} libgdbm6{a} libgdk-pixbuf-2.0-0{a} libgdk-pixbuf2.0-common{a} libgeocode-glib-2-0{a} libgl1{a} libgl1-mesa-dri{a} libglapi-mesa{a} libgles2{a} libglib2.0-0{a} libglvnd0{a} libglx-mesa0{a} libglx0{a} libgmp10{a} libgnome-autoar-0-0{a} libgnome-autoar-gtk-0-0{a} libgnome-desktop-3-20{a} libgnutls30{a} libgoa-1.0-0b{a} libgoa-1.0-common{a} libgpg-error0{a} libgpm2{a} libgraphite2-3{a} libgspell-1-2{a} libgspell-1-common{a} libgssapi-krb5-2{a} libgssdp-1.6-0{a} libgstreamer-gl1.0-0{a} libgstreamer-plugins-bad1.0-0{a} libgstreamer-plugins-base1.0-0{a} libgstreamer1.0-0{a} libgtk-3-0{a} libgtk-3-common{a} libgudev-1.0-0{a} libgupnp-1.6-0{a} libgupnp-igd-1.0-4{a} libgweather-4-0{a} libgweather-4-common{a} libharfbuzz-icu0{a} libharfbuzz0b{a} libhogweed6{a} libhunspell-1.7-0{a} libhyphen0{a} libical3{a} libicu72{a} libidn2-0{a} libiec61883-0{a} libip4tc2{a} libjack-jackd2-0{a} libjavascriptcoregtk-4.1-0{a} libjbig0{a} libjpeg62-turbo{a} libjson-c5{a} libjson-glib-1.0-0{a} libjson-glib-1.0-common{a} libk5crypto3{a} libkeyutils1{a} libkmod2{a} libkrb5-3{a} libkrb5support0{a} liblcms2-2{a} libldap-2.5-0{a} liblerc4{a} libllvm15{a} libltdl7{a} liblz4-1{a} liblzma5{a} libmanette-0.2-0{a} libmd0{a} libmount1{a} libmp3lame0{a} libmpg123-0{a} libncurses6{a} libncursesw6{a} libnettle8{a} libnghttp2-14{a} libnice10{a} libnotify4{a} libnspr4{a} libnss3{a} libnumber-compare-perl{a} libogg0{a} libopus0{a} liborc-0.4-0{a} libp11-kit0{a} libpam-modules{a} libpam-modules-bin{a} libpam-runtime{a} libpam-systemd{a} libpam0g{a} libpango-1.0-0{a} libpangocairo-1.0-0{a} libpangoft2-1.0-0{a} libpciaccess0{a} libpcre2-8-0{a} libperl5.36{a} libphonenumber8{a} libpixman-1-0{a} libpng16-16{a} libproc2-0{a} libprotobuf32{a} libproxy1v5{a} libpsl5{a} libpulse0{a} librav1e0{a} libraw1394-11{a} libsam</system_output> <system_output timestamp="572.386548">pl</system_output> <system_output timestamp="572.699397">erate0{a} libsasl2-2{a} libsasl2-modules-db{a} libseccomp2{a} libsecret-1-0{a} libsecret-common{a} libselinux1{a} libsemanage-common{a} libsemanage2{a} libsensors-config{a} libsensors5{a} libsepol2{a} libshout3{a} libslang2{a} libsmartcols1{a} libsndfile1{a} libsoup-3.0-0{a} libsoup-3.0-common{a} libspeex1{a} libsqlite3-0{a} libssl3{a} libstdc++6{a} libsystemd-shared{a} libsystemd0{a} libtag1v5{a} libtag1v5-vanilla{a} libtasn1-6{a} libtdb1{a} libtext-glob-perl{a} libtext-iconv-perl{a} libthai-data{a} libthai0{a} libtheora0{a} libtiff6{a} libtinfo6{a} libtwolame0{a} libudev1{a} libunistring2{a} libunwind8{a} libuuid1{a} libv4l-0{a} libv4lconvert0{a} libva-drm2{a} libva2{a} libvisual-0.4-0{a} libvorbis0a{a} libvorbisenc2{a} libvorbisfile3{a} libvpx7{a} libvulkan1{a} libwavpack1{a} libwayland-client0{a} libwayland-cursor0{a} libwayland-egl1{a} libwayland-server0{a} libwebkit2gtk-4.1-0{a} libwebp7{a} libwebpdemux2{a} libwoff1{a} libx11-6{a} libx11-data{a} libx11-xcb1{a} libxau6{a} libxcb-dri2-0{a} libxcb-dri3-0{a} libxcb-glx0{a} libxcb-present0{a} libxcb-randr0{a} libxcb-render0{a} libxcb-shm0{a} libxcb-sync1{a} libxcb-xfixes0{a} libxcb-xkb1{a} libxcb1{a} libxcomposite1{a} libxcursor1{a} libxdamage1{a} libxdmcp6{a} libxext6{a} libxfixes3{a} libxi6{a} libxinerama1{a} libxkbcommon-x11-0{a} libxkbcommon0{a} libxkbregistry0{a} libxml2{a} libxrandr2{a} libxrender1{a} libxshmfence1{a} libxslt1.1{a} libxtst6{a} libxxf86vm1{a} libytnef0{a} libyuv0{a} libz3-4{a} libzstd1{a} lsb-base{a} mount{a} p11-kit{a} p11-kit-modules{a} passwd{a} perl{a} perl-base{a} perl-modules-5.36{a} pinentry-gnome3{a} procps{a} psmisc{a} shared-mime-info{a} sound-theme-freedesktop{a} systemd{a} systemd-sysv{a} sysvinit-utils{a} tar{a} tzdata{a} usrmerge{a} x11-common{a} xdg-dbus-proxy{a} xkb-data{a} zlib1g{a} The following packages are RECOMMENDED but will NOT be installed: alsa-topology-conf alsa-ucm-conf apt-utils aspell-am aspell-ar aspell-ar-large aspell-bg aspell-br aspell-ca aspell-cs aspell-cy aspell-da aspell-de aspell-de-1901 aspell-el aspell-en aspell-eo aspell-eo-cx7 aspell-es aspell-et aspell-eu aspell-fa aspell-fo aspell-fr aspell-ga aspell-gl-minimos aspell-he aspell-hr aspell-hsb aspell-hu aspell-hy aspell-is aspell-it aspell-kk aspell-ku aspell-lt aspell-lv aspell-nl aspell-no aspell-pl aspell-pt-br aspell-pt-pt aspell-ro aspell-ru aspell-sk aspell-sl aspell-sv aspell-tl aspell-uk aspell-uz chrony debconf-i18n enchant-2 evolution-plugin-bogofilter evolution-plugin-pstimport evolution-plugin-spamassassin evolution-plugins gnome-keyring-pkcs11 gstreamer1.0-gl gstreamer1.0-libav gstreamer1.0-plugins-bad gstreamer1.0-x i965-va-driver intel-media-va-driver krb5-locales libcanberra-gtk3-module libgdk-pixbuf2.0-bin libglib2.0-data libgpg-error-l10n libgtk-3-bin libldap-common libnss-systemd libpam-cap libpam-gnome-keyring librsvg2-common libsasl2-modules locales locales-all mesa-va-drivers mesa-vulkan-drivers netbase ntpsec openntpd publicsuffix sensible-utils systemd-timesyncd uuid-runtime va-driver-all xdg-desktop-portal-gtk xdg-user-dirs yelp 0 packages upgraded, 357 newly installed, 0 to remove and 0 not upgraded. Need to get 64.1 MB/198 MB of archives. After unpacking 831 MB will be used. Writing extended state information... </system_output> <system_output timestamp="572.815665">Get: 1 http://127.0.0.1:3142/ftp.de.debian.org/debian bookworm/main i386 gsettings-desktop-schemas all 43.0-1 [643 kB] </system_output> ### TARGET LINE (Extract and Classify THIS Timestamp): <system_output timestamp="572.894484">Get: 2 http://127.0.0.1:3142/ftp.de.debian.org/debian bookworm/main i386 at-spi2-core i386 2.46.0-5 [60.9 kB] </system_output>	572.894484, old event
Your task is to analyze terminal XML logs and determine whether the timestamp in the TARGET LINE belongs to a "new event" or an "old event". ### DEFINITION OF A NEW EVENT: 1. Explicit Prompts: The very first `<user_input>` that immediately follows a shell prompt (e.g., `demo@faiserver:~$`). 2. Phase Transitions: In automated logs, moving from one major build stage to another (e.g., from 'fai-mirror finished' to 'Copying the nfsroot'). 3. Internal Logic: Shifts from downloading to processing. ### WHAT IS NOT A NEW EVENT (OLD EVENT): - User Input / Keystrokes: A user typing a command, including pressing the Enter key (a newline `\n`), is just the completion of the input phase. - Incomplete Tasks: Continuous system output without a clear phase shift. CRITICAL INSTRUCTION: You must classify ONLY the timestamp found in the "### TARGET LINE" section. Do NOT extract timestamps from the "### CONTEXT" section. Output only the timestamp and the classification. Do NOT use brackets, periods, explanations, or markdown formatting. Output Format Example 1: 39.229814, old event Output Format Example 2: 111.602501, new event	### CONTEXT (Previous Events): <system_output timestamp="589.018567">Get: 30 http://127.0.0.1:3142/ftp.de.debian.org/debian bookworm/main i386 cdrdao i386 1:1.2.4-3 [303 kB] </system_output> <system_output timestamp="589.023238">Get: 31 http://127.0.0.1:3142/ftp.de.debian.org/debian bookworm/main i386 gdisk i386 1.0.9-2.1 [236 kB] </system_output> <system_output timestamp="589.026838">Get: 32 http://127.0.0.1:3142/ftp.de.debian.org/debian bookworm/main i386 genisoimage i386 9:1.1.11-3.4 [364 kB] </system_output> <system_output timestamp="589.040672">Get: 33 http://127.0.0.1:3142/ftp.de.debian.org/debian bookworm/main i386 k3b-data all 22.12.3-1 [4,779 kB] </system_output> <system_output timestamp="589.128818">Get: 34 http://127.0.0.1:3142/ftp.de.debian.org/debian bookworm/main i386 libkf5config-data all 5.103.0-2 [90.8 kB] </system_output> <system_output timestamp="589.130783">... [TRUNCATED TO SAVE SPACE] ...</system_output> <system_output timestamp="589.140922">... [TRUNCATED TO SAVE SPACE] ...</system_output> <system_output timestamp="589.143693">... [TRUNCATED TO SAVE SPACE] ...</system_output> <system_output timestamp="589.156658">... [TRUNCATED TO SAVE SPACE] ...</system_output> <system_output timestamp="589.15889">Get: 39 http://127.0.0.1:3142/ftp.de.debian.org/debian bookworm/main i386 libkf5crash5 i386 5.103.0-1 [19.6 kB] </system_output> <system_output timestamp="589.15997">Get: 40 http://127.0.0.1:3142/ftp.de.debian.org/debian bookworm/main i386 libkf5dbusaddons-data all 5.103.0-1 [17.3 kB] Get: 41 http://127.0.0.1:3142/ftp.de.debian.org/debian bookworm/main i386 libkf5dbusaddons5 i386 5.103.0-1 [41.1 kB] </system_output> <system_output timestamp="589.163391">Get: 42 http://127.0.0.1:3142/ftp.de.debian.org/debian bookworm/main i386 libkf5i18n-data all 5.103.0-1 [1,047 kB] </system_output> <system_output timestamp="589.177559">Get: 43 http://127.0.0.1:3142/ftp.de.debian.org/debian bookworm/main i386 libkf5i18n5 i386 5.103.0-1 [134 kB] </system_output> <system_output timestamp="589.187402">Get: 44 http://127.0.0.1:3142/ftp.de.debian.org/debian bookworm/main i386 libkf5service-data all 5.103.0-1 [67.0 kB] </system_output> ### TARGET LINE (Extract and Classify THIS Timestamp): <system_output timestamp="589.198231">Get: 45 http://127.0.0.1:3142/ftp.de.debian.org/debian bookworm/main i386 libqt5xml5 i386 5.15.8+dfsg-11+deb12u2 [135 kB] </system_output>	589.198231, old event
Your task is to analyze terminal XML logs and determine whether the timestamp in the TARGET LINE belongs to a "new event" or an "old event". ### DEFINITION OF A NEW EVENT: 1. Explicit Prompts: The very first `<user_input>` that immediately follows a shell prompt (e.g., `demo@faiserver:~$`). 2. Phase Transitions: In automated logs, moving from one major build stage to another (e.g., from 'fai-mirror finished' to 'Copying the nfsroot'). 3. Internal Logic: Shifts from downloading to processing. ### WHAT IS NOT A NEW EVENT (OLD EVENT): - User Input / Keystrokes: A user typing a command, including pressing the Enter key (a newline `\n`), is just the completion of the input phase. - Incomplete Tasks: Continuous system output without a clear phase shift. CRITICAL INSTRUCTION: You must classify ONLY the timestamp found in the "### TARGET LINE" section. Do NOT extract timestamps from the "### CONTEXT" section. Output only the timestamp and the classification. Do NOT use brackets, periods, explanations, or markdown formatting. Output Format Example 1: 39.229814, old event Output Format Example 2: 111.602501, new event	### CONTEXT (Previous Events): <system_output timestamp="589.394169">Get: 72 http://127.0.0.1:3142/ftp.de.debian.org/debian bookworm/main i386 libkf5kiontlm5 i386 5.103.0-1+deb12u1 [23.9 kB] </system_output> <system_output timestamp="589.395339">Get: 73 http://127.0.0.1:3142/ftp.de.debian.org/debian bookworm/main i386 libkf5completion-data all 5.103.0-1 [16.6 kB] </system_output> <system_output timestamp="589.396805">Get: 74 http://127.0.0.1:3142/ftp.de.debian.org/debian bookworm/main i386 libkf5completion5 i386 5.103.0-1 [95.9 kB] </system_output> <system_output timestamp="589.398421">Get: 75 http://127.0.0.1:3142/ftp.de.debian.org/debian bookworm/main i386 libkf5iconthemes-data all 5.103.0-1 [27.9 kB] </system_output> <system_output timestamp="589.400293">Get: 76 http://127.0.0.1:3142/ftp.de.debian.org/debian bookworm/main i386 libqt5svg5 i386 5.15.8-3 [150 kB] </system_output> <system_output timestamp="589.403008">... [TRUNCATED TO SAVE SPACE] ...</system_output> <system_output timestamp="589.405759">... [TRUNCATED TO SAVE SPACE] ...</system_output> <system_output timestamp="589.41173">... [TRUNCATED TO SAVE SPACE] ...</system_output> <system_output timestamp="589.412984">... [TRUNCATED TO SAVE SPACE] ...</system_output> <system_output timestamp="589.415278">Get: 81 http://127.0.0.1:3142/ftp.de.debian.org/debian bookworm/main i386 libplist3 i386 2.2.0-6+b2 [39.8 kB] </system_output> <system_output timestamp="589.419894">Get: 82 http://127.0.0.1:3142/ftp.de.debian.org/debian bookworm/main i386 libusbmuxd6 i386 2.0.2-3 [22.8 kB] </system_output> <system_output timestamp="589.422424">Get: 83 http://127.0.0.1:3142/ftp.de.debian.org/debian bookworm/main i386 libimobiledevice6 i386 1.3.0-6+b3 [80.4 kB] </system_output> <system_output timestamp="589.424551">Get: 84 http://127.0.0.1:3142/ftp.de.debian.org/debian bookworm/main i386 libkf5solid5 i386 5.103.0-1 [253 kB] </system_output> <system_output timestamp="589.435138">Get: 85 http://127.0.0.1:3142/ftp.de.debian.org/debian bookworm/main i386 libkf5kiowidgets5 i386 5.103.0-1+deb12u1 [476 kB] </system_output> ### TARGET LINE (Extract and Classify THIS Timestamp): <system_output timestamp="589.442391">Get: 86 http://127.0.0.1:3142/ftp.de.debian.org/debian bookworm/main i386 libkf5notifications-data all 5.103.0-1 [17.7 kB] </system_output>	589.442391, old event
Your task is to analyze terminal XML logs and determine whether the timestamp in the TARGET LINE belongs to a "new event" or an "old event". ### DEFINITION OF A NEW EVENT: 1. Explicit Prompts: The very first `<user_input>` that immediately follows a shell prompt (e.g., `demo@faiserver:~$`). 2. Phase Transitions: In automated logs, moving from one major build stage to another (e.g., from 'fai-mirror finished' to 'Copying the nfsroot'). 3. Internal Logic: Shifts from downloading to processing. ### WHAT IS NOT A NEW EVENT (OLD EVENT): - User Input / Keystrokes: A user typing a command, including pressing the Enter key (a newline `\n`), is just the completion of the input phase. - Incomplete Tasks: Continuous system output without a clear phase shift. CRITICAL INSTRUCTION: You must classify ONLY the timestamp found in the "### TARGET LINE" section. Do NOT extract timestamps from the "### CONTEXT" section. Output only the timestamp and the classification. Do NOT use brackets, periods, explanations, or markdown formatting. Output Format Example 1: 39.229814, old event Output Format Example 2: 111.602501, new event	### CONTEXT (Previous Events): <system_output timestamp="610.784919">Writing extended state information... </system_output> <system_output timestamp="611.03202">Building tag database... </system_output> <system_output timestamp="611.503318">The following NEW packages will be installed: memtest86+ 0 packages upgraded, 1 newly installed, 0 to remove and 0 not upgraded. Need to get 123 kB of archives. After unpacking 13.0 MB will be used. Writing extended state information... </system_output> <system_output timestamp="611.557313">Get: 1 http://127.0.0.1:3142/ftp.de.debian.org/debian bookworm/main i386 memtest86+ i386 6.10-4 [123 kB] </system_output> <system_output timestamp="611.559746">Fetched 123 kB in 0s (7,065 kB/s) </system_output> <system_output timestamp="611.595066">... [TRUNCATED TO SAVE SPACE] ...</system_output> <system_output timestamp="611.690449">... [TRUNCATED TO SAVE SPACE] ...</system_output> <system_output timestamp="611.932817">... [TRUNCATED TO SAVE SPACE] ...</system_output> <system_output timestamp="611.935847">... [TRUNCATED TO SAVE SPACE] ...</system_output> <system_output timestamp="612.134851">Reading extended state information... </system_output> <system_output timestamp="612.152565">Initializing package states... </system_output> <system_output timestamp="612.673351">Writing extended state information... </system_output> <system_output timestamp="612.953816">Building tag database... </system_output> <system_output timestamp="613.490653">The following NEW packages will be installed: debconf{a} debsums dpkg{a} gcc-12-base{a} libacl1{a} libbz2-1.0{a} libc6{a} libcrypt1{a} libdb5.3{a} libdpkg-perl{a} libfile-fnmatch-perl{a} libgcc-s1{a} libgdbm-compat4{a} libgdbm6{a} liblzma5{a} libmd0{a} libpcre2-8-0{a} libperl5.36{a} libselinux1{a} libzstd1{a} perl{a} perl-base{a} perl-modules-5.36{a} sensible-utils{a} tar{a} ucf{a} zlib1g{a} The following packages are RECOMMENDED but will NOT be installed: apt-utils bzip2 debconf-i18n libfile-fcntllock-perl libidn2-0 liblocale-gettext-perl netbase xz-utils 0 packages upgraded, 27 newly installed, 0 to remove and 0 not upgraded. Need to get 45.8 kB/16.6 MB of archives. After unpacking 81.5 MB will be used. Writing extended state information... </system_output> ### TARGET LINE (Extract and Classify THIS Timestamp): <system_output timestamp="613.557378">Get: 1 http://127.0.0.1:3142/ftp.de.debian.org/debian bookworm/main i386 libfile-fnmatch-perl i386 0.02-3+b1 [10.3 kB] </system_output>	613.557378, old event
Your task is to analyze terminal XML logs and determine whether the timestamp in the TARGET LINE belongs to a "new event" or an "old event". ### DEFINITION OF A NEW EVENT: 1. Explicit Prompts: The very first `<user_input>` that immediately follows a shell prompt (e.g., `demo@faiserver:~$`). 2. Phase Transitions: In automated logs, moving from one major build stage to another (e.g., from 'fai-mirror finished' to 'Copying the nfsroot'). 3. Internal Logic: Shifts from downloading to processing. ### WHAT IS NOT A NEW EVENT (OLD EVENT): - User Input / Keystrokes: A user typing a command, including pressing the Enter key (a newline `\n`), is just the completion of the input phase. - Incomplete Tasks: Continuous system output without a clear phase shift. CRITICAL INSTRUCTION: You must classify ONLY the timestamp found in the "### TARGET LINE" section. Do NOT extract timestamps from the "### CONTEXT" section. Output only the timestamp and the classification. Do NOT use brackets, periods, explanations, or markdown formatting. Output Format Example 1: 39.229814, old event Output Format Example 2: 111.602501, new event	### CONTEXT (Previous Events): <system_output timestamp="611.935847">Reading state information... </system_output> <system_output timestamp="612.134851">Reading extended state information... </system_output> <system_output timestamp="612.152565">Initializing package states... </system_output> <system_output timestamp="612.673351">Writing extended state information... </system_output> <system_output timestamp="612.953816">Building tag database... </system_output> <system_output timestamp="613.490653">... [TRUNCATED TO SAVE SPACE] ...</system_output> <system_output timestamp="613.557378">... [TRUNCATED TO SAVE SPACE] ...</system_output> <system_output timestamp="613.559446">... [TRUNCATED TO SAVE SPACE] ...</system_output> <system_output timestamp="613.560933">... [TRUNCATED TO SAVE SPACE] ...</system_output> <system_output timestamp="613.612074">install_packages: executing aptitude -R -d -o Aptitude::Log=/dev/null -o Aptitude::CmdLine::Ignore-Trust-Violations=yes -o APT::Get::AllowUnauthenticated=true -o Acquire::AllowInsecureRepositories=true -o DPkg::force-conflicts::=yes -o Dir::State=/usr/fai/mirror/aptcache/var/lib/apt -o Dir::Log=/usr/fai/mirror/aptcache/var/log/apt -o Dir::State::extended_states=/usr/fai/mirror/aptcache/var/lib/apt/lists/extended_states -o Dir::State::status=/usr/fai/mirror/aptcache/statefile -o Dir::Cache=/usr/fai/mirror/aptcache/var/cache/apt -o Dir::State=/usr/fai/mirror/aptcache/var/cache/apt -o Dir::Cache::Archives=/usr/fai/mirror/aptcache/var/cache/apt/archives -o Dir::Etc=/usr/fai/mirror/aptcache/etc/apt/ -o Dir::State::Lists=/usr/fai/mirror/aptcache/var/lib/apt/lists/ -y install fail2ban </system_output> <system_output timestamp="613.659827">Reading package lists... </system_output> <system_output timestamp="613.8864">Building dependency tree... </system_output> <system_output timestamp="613.889442">Reading state information... </system_output> <system_output timestamp="614.086631">Reading extended state information... </system_output> ### TARGET LINE (Extract and Classify THIS Timestamp): <system_output timestamp="614.10813">Initializing package states... </system_output>	614.10813, old event
Your task is to analyze terminal XML logs and determine whether the timestamp in the TARGET LINE belongs to a "new event" or an "old event". ### DEFINITION OF A NEW EVENT: 1. Explicit Prompts: The very first `<user_input>` that immediately follows a shell prompt (e.g., `demo@faiserver:~$`). 2. Phase Transitions: In automated logs, moving from one major build stage to another (e.g., from 'fai-mirror finished' to 'Copying the nfsroot'). 3. Internal Logic: Shifts from downloading to processing. ### WHAT IS NOT A NEW EVENT (OLD EVENT): - User Input / Keystrokes: A user typing a command, including pressing the Enter key (a newline `\n`), is just the completion of the input phase. - Incomplete Tasks: Continuous system output without a clear phase shift. CRITICAL INSTRUCTION: You must classify ONLY the timestamp found in the "### TARGET LINE" section. Do NOT extract timestamps from the "### CONTEXT" section. Output only the timestamp and the classification. Do NOT use brackets, periods, explanations, or markdown formatting. Output Format Example 1: 39.229814, old event Output Format Example 2: 111.602501, new event	### CONTEXT (Previous Events): <system_output timestamp="620.998085">Building tag database... </system_output> <system_output timestamp="621.519571">The following NEW packages will be installed: debconf{a} gcc-12-base{a} libc6{a} libgcc-s1{a} liblzma5{a} libsensors-config{a} libsensors5{a} lsb-base{a} sensible-utils{a} sysstat sysvinit-utils{a} ucf{a} xz-utils{a} The following packages are RECOMMENDED but will NOT be installed: apt-utils bcron cron debconf-i18n libidn2-0 systemd systemd-cron 0 packages upgraded, 13 newly installed, 0 to remove and 0 not upgraded. Need to get 598 kB/4,292 kB of archives. After unpacking 17.2 MB will be used. Writing extended state information... </system_output> <system_output timestamp="621.626692">Get: 1 http://127.0.0.1:3142/ftp.de.debian.org/debian bookworm/main i386 sysstat i386 12.6.1-1 [598 kB] </system_output> <system_output timestamp="621.64638">Fetched 598 kB in 0s (12.0 MB/s) </system_output> <system_output timestamp="621.693412">install_packages: executing aptitude -R -d -o Aptitude::Log=/dev/null -o Aptitude::CmdLine::Ignore-Trust-Violations=yes -o APT::Get::AllowUnauthenticated=true -o Acquire::AllowInsecureRepositories=true -o DPkg::force-conflicts::=yes -o Dir::State=/usr/fai/mirror/aptcache/var/lib/apt -o Dir::Log=/usr/fai/mirror/aptcache/var/log/apt -o Dir::State::extended_states=/usr/fai/mirror/aptcache/var/lib/apt/lists/extended_states -o Dir::State::status=/usr/fai/mirror/aptcache/statefile -o Dir::Cache=/usr/fai/mirror/aptcache/var/cache/apt -o Dir::State=/usr/fai/mirror/aptcache/var/cache/apt -o Dir::Cache::Archives=/usr/fai/mirror/aptcache/var/cache/apt/archives -o Dir::Etc=/usr/fai/mirror/aptcache/etc/apt/ -o Dir::State::Lists=/usr/fai/mirror/aptcache/var/lib/apt/lists/ -y install traceroute </system_output> <system_output timestamp="621.778252">... [TRUNCATED TO SAVE SPACE] ...</system_output> <system_output timestamp="622.003443">... [TRUNCATED TO SAVE SPACE] ...</system_output> <system_output timestamp="622.006341">... [TRUNCATED TO SAVE SPACE] ...</system_output> <system_output timestamp="622.223209">... [TRUNCATED TO SAVE SPACE] ...</system_output> <system_output timestamp="622.243625">Initializing package states... </system_output> <system_output timestamp="622.765904">Writing extended state information... </system_output> <system_output timestamp="623.027432">Building tag database... </system_output> <system_output timestamp="623.532036">The following NEW packages will be installed: gcc-12-base{a} libc6{a} libgcc-s1{a} traceroute The following packages are RECOMMENDED but will NOT be installed: libidn2-0 0 packages upgraded, 4 newly installed, 0 to remove and 0 not upgraded. Need to get 52.6 kB/2,776 kB of archives. After unpacking 12.9 MB will be used. Writing extended state information... </system_output> <system_output timestamp="623.610378">Get: 1 http://127.0.0.1:3142/ftp.de.debian.org/debian bookworm/main i386 traceroute i386 1:2.1.2-1 [52.6 kB] </system_output> ### TARGET LINE (Extract and Classify THIS Timestamp): <system_output timestamp="623.612565">Fetched 52.6 kB in 0s (2,454 kB/s) </system_output>	623.612565, old event
Your task is to analyze terminal XML logs and determine whether the timestamp in the TARGET LINE belongs to a "new event" or an "old event". ### DEFINITION OF A NEW EVENT: 1. Explicit Prompts: The very first `<user_input>` that immediately follows a shell prompt (e.g., `demo@faiserver:~$`). 2. Phase Transitions: In automated logs, moving from one major build stage to another (e.g., from 'fai-mirror finished' to 'Copying the nfsroot'). 3. Internal Logic: Shifts from downloading to processing. ### WHAT IS NOT A NEW EVENT (OLD EVENT): - User Input / Keystrokes: A user typing a command, including pressing the Enter key (a newline `\n`), is just the completion of the input phase. - Incomplete Tasks: Continuous system output without a clear phase shift. CRITICAL INSTRUCTION: You must classify ONLY the timestamp found in the "### TARGET LINE" section. Do NOT extract timestamps from the "### CONTEXT" section. Output only the timestamp and the classification. Do NOT use brackets, periods, explanations, or markdown formatting. Output Format Example 1: 39.229814, old event Output Format Example 2: 111.602501, new event	### CONTEXT (Previous Events): <system_output timestamp="629.364285">Get: 1 http://127.0.0.1:3142/ftp.de.debian.org/debian bookworm/main i386 powertop i386 2.14-1+b2 [212 kB] </system_output> <system_output timestamp="629.367761">Fetched 212 kB in 0s (12.4 MB/s) </system_output> <system_output timestamp="629.415819">install_packages: executing aptitude -R -d -o Aptitude::Log=/dev/null -o Aptitude::CmdLine::Ignore-Trust-Violations=yes -o APT::Get::AllowUnauthenticated=true -o Acquire::AllowInsecureRepositories=true -o DPkg::force-conflicts::=yes -o Dir::State=/usr/fai/mirror/aptcache/var/lib/apt -o Dir::Log=/usr/fai/mirror/aptcache/var/log/apt -o Dir::State::extended_states=/usr/fai/mirror/aptcache/var/lib/apt/lists/extended_states -o Dir::State::status=/usr/fai/mirror/aptcache/statefile -o Dir::Cache=/usr/fai/mirror/aptcache/var/cache/apt -o Dir::State=/usr/fai/mirror/aptcache/var/cache/apt -o Dir::Cache::Archives=/usr/fai/mirror/aptcache/var/cache/apt/archives -o Dir::Etc=/usr/fai/mirror/aptcache/etc/apt/ -o Dir::State::Lists=/usr/fai/mirror/aptcache/var/lib/apt/lists/ -y install aspell </system_output> <system_output timestamp="629.462321">Reading package lists... </system_output> <system_output timestamp="629.698861">Building dependency tree... </system_output> <system_output timestamp="629.701951">... [TRUNCATED TO SAVE SPACE] ...</system_output> <system_output timestamp="629.897462">... [TRUNCATED TO SAVE SPACE] ...</system_output> <system_output timestamp="629.91387">... [TRUNCATED TO SAVE SPACE] ...</system_output> <system_output timestamp="630.551184">... [TRUNCATED TO SAVE SPACE] ...</system_output> <system_output timestamp="630.803645">Building tag database... </system_output> <system_output timestamp="631.315871">The following NEW packages will be installed: aspell debconf{a} dictionaries-common{a} dpkg{a} emacsen-common{a} gcc-12-base{a} libacl1{a} libaspell15{a} libbz2-1.0{a} libc6{a} libcrypt1{a} libgcc-s1{a} liblzma5{a} libmd0{a} libncursesw6{a} libpcre2-8-0{a} libselinux1{a} libstdc++6{a} libtext-iconv-perl{a} libtinfo6{a} libzstd1{a} perl-base{a} tar{a} zlib1g{a} The following packages are RECOMMENDED but will NOT be installed: apt-utils aspell-am aspell-ar aspell-ar-large aspell-bg aspell-br aspell-ca aspell-cs aspell-cy aspell-da aspell-de aspell-de-1901 aspell-el aspell-en aspell-eo aspell-eo-cx7 aspell-es aspell-et aspell-eu aspell-fa aspell-fo aspell-fr aspell-ga aspell-gl-minimos aspell-he aspell-hr aspell-hsb aspell-hu aspell-hy aspell-is aspell-it aspell-kk aspell-ku aspell-lt aspell-lv aspell-nl aspell-no aspell-pl aspell-pt-br aspell-pt-pt aspell-ro aspell-ru aspell-sk aspell-sl aspell-sv aspell-tl aspell-uk aspell-uz debconf-i18n libgpm2 libidn2-0 0 packages upgraded, 24 newly installed, 0 to remove and 0 not upgraded. Need to get 272 kB/10.1 MB of archives. After unpacking 42.4 MB will be used. Writing extended state information... </system_output> <system_output timestamp="631.382976">Get: 1 http://127.0.0.1:3142/ftp.de.debian.org/debian bookworm/main i386 aspell i386 0.60.8-4+b1 [272 kB] </system_output> <system_output timestamp="631.387754">Fetched 272 kB in 0s (14.7 MB/s) </system_output> <system_output timestamp="631.440497">install_packages: executing aptitude -R -d -o Aptitude::Log=/dev/null -o Aptitude::CmdLine::Ignore-Trust-Violations=yes -o APT::Get::AllowUnauthenticated=true -o Acquire::AllowInsecureRepositories=true -o DPkg::force-conflicts::=yes -o Dir::State=/usr/fai/mirror/aptcache/var/lib/apt -o Dir::Log=/usr/fai/mirror/aptcache/var/log/apt -o Dir::State::extended_states=/usr/fai/mirror/aptcache/var/lib/apt/lists/extended_states -o Dir::State::status=/usr/fai/mirror/aptcache/statefile -o Dir::Cache=/usr/fai/mirror/aptcache/var/cache/apt -o Dir::State=/usr/fai/mirror/aptcache/var/cache/apt -o Dir::Cache::Archives=/usr/fai/mirror/aptcache/var/cache/apt/archives -o Dir::Etc=/usr/fai/mirror/aptcache/etc/apt/ -o Dir::State::Lists=/usr/fai/mirror/aptcache/var/lib/apt/lists/ -y install ccache </system_output> ### TARGET LINE (Extract and Classify THIS Timestamp): <system_output timestamp="631.48726">Reading package lists... </system_output>	631.48726, old event
Your task is to analyze terminal XML logs and determine whether the timestamp in the TARGET LINE belongs to a "new event" or an "old event". ### DEFINITION OF A NEW EVENT: 1. Explicit Prompts: The very first `<user_input>` that immediately follows a shell prompt (e.g., `demo@faiserver:~$`). 2. Phase Transitions: In automated logs, moving from one major build stage to another (e.g., from 'fai-mirror finished' to 'Copying the nfsroot'). 3. Internal Logic: Shifts from downloading to processing. ### WHAT IS NOT A NEW EVENT (OLD EVENT): - User Input / Keystrokes: A user typing a command, including pressing the Enter key (a newline `\n`), is just the completion of the input phase. - Incomplete Tasks: Continuous system output without a clear phase shift. CRITICAL INSTRUCTION: You must classify ONLY the timestamp found in the "### TARGET LINE" section. Do NOT extract timestamps from the "### CONTEXT" section. Output only the timestamp and the classification. Do NOT use brackets, periods, explanations, or markdown formatting. Output Format Example 1: 39.229814, old event Output Format Example 2: 111.602501, new event	### CONTEXT (Previous Events): <system_output timestamp="635.609665">Get: 10 http://127.0.0.1:3142/ftp.de.debian.org/debian bookworm/main i386 python3-debianbts all 4.0.1 [12.2 kB] </system_output> <system_output timestamp="635.612677">Get: 11 http://127.0.0.1:3142/ftp.de.debian.org/debian bookworm/main i386 python3-certifi all 2022.9.24-1 [153 kB] </system_output> <system_output timestamp="635.633058">Get: 12 http://127.0.0.1:3142/ftp.de.debian.org/debian bookworm/main i386 python3-charset-normalizer all 3.0.1-2 [49.3 kB] </system_output> <system_output timestamp="635.635924">Get: 13 http://127.0.0.1:3142/ftp.de.debian.org/debian bookworm/main i386 python3-idna all 3.3-1+deb12u1 [41.0 kB] </system_output> <system_output timestamp="635.639026">Get: 14 http://127.0.0.1:3142/ftp.de.debian.org/debian bookworm/main i386 python3-urllib3 all 1.26.12-1 [117 kB] </system_output> <system_output timestamp="635.643421">... [TRUNCATED TO SAVE SPACE] ...</system_output> <system_output timestamp="635.647057">... [TRUNCATED TO SAVE SPACE] ...</system_output> <system_output timestamp="635.650759">... [TRUNCATED TO SAVE SPACE] ...</system_output> <system_output timestamp="635.661175">... [TRUNCATED TO SAVE SPACE] ...</system_output> <system_output timestamp="635.663912">Get: 19 http://127.0.0.1:3142/ftp.de.debian.org/debian bookworm/main i386 elpa-dpkg-dev-el all 37.9 [37.5 kB] </system_output> <system_output timestamp="635.67573">Get: 20 http://127.0.0.1:3142/ftp.de.debian.org/debian bookworm/main i386 dpkg-dev-el all 37.9 [3,504 B] </system_output> <system_output timestamp="635.677316">Fetched 1,428 kB in 0s (6,353 kB/s) </system_output> <system_output timestamp="635.749405">install_packages: executing aptitude -R -d -o Aptitude::Log=/dev/null -o Aptitude::CmdLine::Ignore-Trust-Violations=yes -o APT::Get::AllowUnauthenticated=true -o Acquire::AllowInsecureRepositories=true -o DPkg::force-conflicts::=yes -o Dir::State=/usr/fai/mirror/aptcache/var/lib/apt -o Dir::Log=/usr/fai/mirror/aptcache/var/log/apt -o Dir::State::extended_states=/usr/fai/mirror/aptcache/var/lib/apt/lists/extended_states -o Dir::State::status=/usr/fai/mirror/aptcache/statefile -o Dir::Cache=/usr/fai/mirror/aptcache/var/cache/apt -o Dir::State=/usr/fai/mirror/aptcache/var/cache/apt -o Dir::Cache::Archives=/usr/fai/mirror/aptcache/var/cache/apt/archives -o Dir::Etc=/usr/fai/mirror/aptcache/etc/apt/ -o Dir::State::Lists=/usr/fai/mirror/aptcache/var/lib/apt/lists/ -y install fortunes-bofh-excuses </system_output> <system_output timestamp="635.797158">Reading package lists... </system_output> ### TARGET LINE (Extract and Classify THIS Timestamp): <system_output timestamp="636.021875">Building dependency tree... </system_output>	636.021875, old event
Your task is to analyze terminal XML logs and determine whether the timestamp in the TARGET LINE belongs to a "new event" or an "old event". ### DEFINITION OF A NEW EVENT: 1. Explicit Prompts: The very first `<user_input>` that immediately follows a shell prompt (e.g., `demo@faiserver:~$`). 2. Phase Transitions: In automated logs, moving from one major build stage to another (e.g., from 'fai-mirror finished' to 'Copying the nfsroot'). 3. Internal Logic: Shifts from downloading to processing. ### WHAT IS NOT A NEW EVENT (OLD EVENT): - User Input / Keystrokes: A user typing a command, including pressing the Enter key (a newline `\n`), is just the completion of the input phase. - Incomplete Tasks: Continuous system output without a clear phase shift. CRITICAL INSTRUCTION: You must classify ONLY the timestamp found in the "### TARGET LINE" section. Do NOT extract timestamps from the "### CONTEXT" section. Output only the timestamp and the classification. Do NOT use brackets, periods, explanations, or markdown formatting. Output Format Example 1: 39.229814, old event Output Format Example 2: 111.602501, new event	### CONTEXT (Previous Events): <system_output timestamp="647.634532">Building dependency tree... </system_output> <system_output timestamp="647.637672">Reading state information... </system_output> <system_output timestamp="647.835538">Reading extended state information... </system_output> <system_output timestamp="647.852905">Initializing package states... </system_output> <system_output timestamp="648.629839">Writing extended state information... </system_output> <system_output timestamp="648.882178">... [TRUNCATED TO SAVE SPACE] ...</system_output> <system_output timestamp="649.362974">... [TRUNCATED TO SAVE SPACE] ...</system_output> <system_output timestamp="649.417997">... [TRUNCATED TO SAVE SPACE] ...</system_output> <system_output timestamp="649.596035">... [TRUNCATED TO SAVE SPACE] ...</system_output> <system_output timestamp="649.738599">Fetched 16.0 MB in 0s (47.6 MB/s) </system_output> <system_output timestamp="649.781402">install_packages: executing aptitude -R -d -o Aptitude::Log=/dev/null -o Aptitude::CmdLine::Ignore-Trust-Violations=yes -o APT::Get::AllowUnauthenticated=true -o Acquire::AllowInsecureRepositories=true -o DPkg::force-conflicts::=yes -o Dir::State=/usr/fai/mirror/aptcache/var/lib/apt -o Dir::Log=/usr/fai/mirror/aptcache/var/log/apt -o Dir::State::extended_states=/usr/fai/mirror/aptcache/var/lib/apt/lists/extended_states -o Dir::State::status=/usr/fai/mirror/aptcache/statefile -o Dir::Cache=/usr/fai/mirror/aptcache/var/cache/apt -o Dir::State=/usr/fai/mirror/aptcache/var/cache/apt -o Dir::Cache::Archives=/usr/fai/mirror/aptcache/var/cache/apt/archives -o Dir::Etc=/usr/fai/mirror/aptcache/etc/apt/ -o Dir::State::Lists=/usr/fai/mirror/aptcache/var/lib/apt/lists/ -y install boinc </system_output> <system_output timestamp="649.825126">Reading package lists... </system_output> <system_output timestamp="650.049848">Building dependency tree... </system_output> <system_output timestamp="650.05326">Reading state information... </system_output> ### TARGET LINE (Extract and Classify THIS Timestamp): <system_output timestamp="650.242629">Reading extended state information... </system_output>	650.242629, old event
Your task is to analyze terminal XML logs and determine whether the timestamp in the TARGET LINE belongs to a "new event" or an "old event". ### DEFINITION OF A NEW EVENT: 1. Explicit Prompts: The very first `<user_input>` that immediately follows a shell prompt (e.g., `demo@faiserver:~$`). 2. Phase Transitions: In automated logs, moving from one major build stage to another (e.g., from 'fai-mirror finished' to 'Copying the nfsroot'). 3. Internal Logic: Shifts from downloading to processing. ### WHAT IS NOT A NEW EVENT (OLD EVENT): - User Input / Keystrokes: A user typing a command, including pressing the Enter key (a newline `\n`), is just the completion of the input phase. - Incomplete Tasks: Continuous system output without a clear phase shift. CRITICAL INSTRUCTION: You must classify ONLY the timestamp found in the "### TARGET LINE" section. Do NOT extract timestamps from the "### CONTEXT" section. Output only the timestamp and the classification. Do NOT use brackets, periods, explanations, or markdown formatting. Output Format Example 1: 39.229814, old event Output Format Example 2: 111.602501, new event	### CONTEXT (Previous Events): <system_output timestamp="661.322725">Reading package lists... </system_output> <system_output timestamp="661.552313">Building dependency tree... </system_output> <system_output timestamp="661.555346">Reading state information... </system_output> <system_output timestamp="661.797008">Reading extended state information... </system_output> <system_output timestamp="661.81408">Initializing package states... </system_output> <system_output timestamp="662.74027">... [TRUNCATED TO SAVE SPACE] ...</system_output> <system_output timestamp="662.998056">... [TRUNCATED TO SAVE SPACE] ...</system_output> <system_output timestamp="663.284612">... [TRUNCATED TO SAVE SPACE] ...</system_output> <system_output timestamp="663.284984">... [TRUNCATED TO SAVE SPACE] ...</system_output> <system_output timestamp="663.630975">ta libgpg-error-l10n libgpm2 libgtk-3-bin libnet-dbus-perl libnss-systemd librsvg2-common libx11-protocol-perl lomiri lxqt-notificationd mako-notifier mate-notification-daemon netbase notification-daemon notify-osd ntpsec openntpd phosh plasma-workspace psmisc python3-jarabe sensible-utils system-config-printer systemd-timesyncd udev upower uuid-runtime x11-xserver-utils xdg-user-dirs xfce4-notifyd 0 packages upgraded, 245 newly installed, 0 to remove and 0 not upgraded. Need to get 85.4 MB/209 MB of archives. After unpacking 755 MB will be used. Writing extended state information... </system_output> <system_output timestamp="663.72036">Get: 1 http://127.0.0.1:3142/ftp.de.debian.org/debian bookworm/main i386 libunwind-16 i386 1:16.0.6-15~deb12u1 [57.1 kB] </system_output> <system_output timestamp="663.729283">Get: 2 http://127.0.0.1:3142/ftp.de.debian.org/debian bookworm/main i386 libc++abi1-16 i386 1:16.0.6-15~deb12u1 [94.9 kB] </system_output> <system_output timestamp="663.734139">Get: 3 http://127.0.0.1:3142/ftp.de.debian.org/debian bookworm/main i386 libc++1-16 i386 1:16.0.6-15~deb12u1 [311 kB] </system_output> <system_output timestamp="663.744063">Get: 4 http://127.0.0.1:3142/ftp.de.debian.org/debian bookworm/main i386 libharfbuzz-subset0 i386 6.0.0+dfsg-3 [1,956 kB] </system_output> ### TARGET LINE (Extract and Classify THIS Timestamp): <system_output timestamp="663.807537">Get: 5 http://127.0.0.1:3142/ftp.de.debian.org/debian bookworm/main i386 libminizip1 i386 1.1-8+deb12u1 [23.0 kB] </system_output>	663.807537, old event
Your task is to analyze terminal XML logs and determine whether the timestamp in the TARGET LINE belongs to a "new event" or an "old event". ### DEFINITION OF A NEW EVENT: 1. Explicit Prompts: The very first `<user_input>` that immediately follows a shell prompt (e.g., `demo@faiserver:~$`). 2. Phase Transitions: In automated logs, moving from one major build stage to another (e.g., from 'fai-mirror finished' to 'Copying the nfsroot'). 3. Internal Logic: Shifts from downloading to processing. ### WHAT IS NOT A NEW EVENT (OLD EVENT): - User Input / Keystrokes: A user typing a command, including pressing the Enter key (a newline `\n`), is just the completion of the input phase. - Incomplete Tasks: Continuous system output without a clear phase shift. CRITICAL INSTRUCTION: You must classify ONLY the timestamp found in the "### TARGET LINE" section. Do NOT extract timestamps from the "### CONTEXT" section. Output only the timestamp and the classification. Do NOT use brackets, periods, explanations, or markdown formatting. Output Format Example 1: 39.229814, old event Output Format Example 2: 111.602501, new event	### CONTEXT (Previous Events): <system_output timestamp="698.161835">install_packages: executing aptitude -R -d -o Aptitude::Log=/dev/null -o Aptitude::CmdLine::Ignore-Trust-Violations=yes -o APT::Get::AllowUnauthenticated=true -o Acquire::AllowInsecureRepositories=true -o DPkg::force-conflicts::=yes -o Dir::State=/usr/fai/mirror/aptcache/var/lib/apt -o Dir::Log=/usr/fai/mirror/aptcache/var/log/apt -o Dir::State::extended_states=/usr/fai/mirror/aptcache/var/lib/apt/lists/extended_states -o Dir::State::status=/usr/fai/mirror/aptcache/statefile -o Dir::Cache=/usr/fai/mirror/aptcache/var/cache/apt -o Dir::State=/usr/fai/mirror/aptcache/var/cache/apt -o Dir::Cache::Archives=/usr/fai/mirror/aptcache/var/cache/apt/archives -o Dir::Etc=/usr/fai/mirror/aptcache/etc/apt/ -o Dir::State::Lists=/usr/fai/mirror/aptcache/var/lib/apt/lists/ -y install python3-dulwich </system_output> <system_output timestamp="698.210396">Reading package lists... </system_output> <system_output timestamp="698.451581">Building dependency tree... </system_output> <system_output timestamp="698.454856">Reading state information... </system_output> <system_output timestamp="698.650005">Reading extended state information... </system_output> <system_output timestamp="698.671171">... [TRUNCATED TO SAVE SPACE] ...</system_output> <system_output timestamp="699.223402">... [TRUNCATED TO SAVE SPACE] ...</system_output> <system_output timestamp="699.489517">... [TRUNCATED TO SAVE SPACE] ...</system_output> <system_output timestamp="700.019401">... [TRUNCATED TO SAVE SPACE] ...</system_output> <system_output timestamp="700.120652">Get: 1 http://127.0.0.1:3142/ftp.de.debian.org/debian bookworm/main i386 python3-dulwich i386 0.21.2-1+b1 [320 kB] </system_output> <system_output timestamp="700.125747">Fetched 320 kB in 0s (13.6 MB/s) </system_output> <system_output timestamp="700.179649">install_packages: executing aptitude -R -d -o Aptitude::Log=/dev/null -o Aptitude::CmdLine::Ignore-Trust-Violations=yes -o APT::Get::AllowUnauthenticated=true -o Acquire::AllowInsecureRepositories=true -o DPkg::force-conflicts::=yes -o Dir::State=/usr/fai/mirror/aptcache/var/lib/apt -o Dir::Log=/usr/fai/mirror/aptcache/var/log/apt -o Dir::State::extended_states=/usr/fai/mirror/aptcache/var/lib/apt/lists/extended_states -o Dir::State::status=/usr/fai/mirror/aptcache/statefile -o Dir::Cache=/usr/fai/mirror/aptcache/var/cache/apt -o Dir::State=/usr/fai/mirror/aptcache/var/cache/apt -o Dir::Cache::Archives=/usr/fai/mirror/aptcache/var/cache/apt/archives -o Dir::Etc=/usr/fai/mirror/aptcache/etc/apt/ -o Dir::State::Lists=/usr/fai/mirror/aptcache/var/lib/apt/lists/ -y install python3-beaker </system_output> <system_output timestamp="700.227488">Reading package lists... </system_output> <system_output timestamp="700.473818">Building dependency tree... </system_output> ### TARGET LINE (Extract and Classify THIS Timestamp): <system_output timestamp="700.477333">Reading state information... </system_output>	700.477333, old event
Your task is to analyze terminal XML logs and determine whether the timestamp in the TARGET LINE belongs to a "new event" or an "old event". ### DEFINITION OF A NEW EVENT: 1. Explicit Prompts: The very first `<user_input>` that immediately follows a shell prompt (e.g., `demo@faiserver:~$`). 2. Phase Transitions: In automated logs, moving from one major build stage to another (e.g., from 'fai-mirror finished' to 'Copying the nfsroot'). 3. Internal Logic: Shifts from downloading to processing. ### WHAT IS NOT A NEW EVENT (OLD EVENT): - User Input / Keystrokes: A user typing a command, including pressing the Enter key (a newline `\n`), is just the completion of the input phase. - Incomplete Tasks: Continuous system output without a clear phase shift. CRITICAL INSTRUCTION: You must classify ONLY the timestamp found in the "### TARGET LINE" section. Do NOT extract timestamps from the "### CONTEXT" section. Output only the timestamp and the classification. Do NOT use brackets, periods, explanations, or markdown formatting. Output Format Example 1: 39.229814, old event Output Format Example 2: 111.602501, new event	### CONTEXT (Previous Events): <system_output timestamp="740.740835">Reading extended state information... </system_output> <system_output timestamp="740.762673">Initializing package states... </system_output> <system_output timestamp="741.458901">Writing extended state information... </system_output> <system_output timestamp="741.713224">Building tag database... </system_output> <system_output timestamp="742.213083">Note: selecting "qemu-system-x86" instead of the virtual package "qemu-kvm" The following NEW packages will be installed: adduser{a} debconf{a} gcc-12-base{a} ipxe-qemu{a} iso-codes{a} libaio1{a} libasound2{a} libasound2-data{a} libaudit-common{a} libaudit1{a} libblkid1{a} libbpf1{a} libbrlapi0.8{a} libbsd0{a} libbz2-1.0{a} libc6{a} libcacard0{a} libcap-ng0{a} libcap2{a} libcap2-bin{a} libcapstone4{a} libcrypt1{a} libdb5.3{a} libdrm-common{a} libdrm2{a} libdw1{a} libelf1{a} libepoxy0{a} libexecs0{a} libexpat1{a} libfdt1{a} libffi8{a} libfuse3-3{a} libgbm1{a} libgcc-s1{a} libgcrypt20{a} libglib2.0-0{a} libgmp10{a} libgnutls30{a} libgpg-error0{a} libgstreamer-plugins-base1.0-0{a} libgstreamer1.0-0{a} libhogweed6{a} libibverbs1{a} libidn2-0{a} libjpeg62-turbo{a} liblz4-1{a} liblzma5{a} libmd0{a} libmount1{a} libncursesw6{a} libnettle8{a} libnl-3-200{a} libnl-route-3-200{a} libnspr4{a} libnss3{a} libnuma1{a} libopus0{a} liborc-0.4-0{a} libp11-kit0{a} libpam-modules{a} libpam-modules-bin{a} libpam0g{a} libpcre2-8-0{a} libpcsclite1{a} libpixman-1-0{a} libpng16-16{a} librdmacm1{a} libsasl2-2{a} libsasl2-modules-db{a} libseccomp2{a} libselinux1{a} libsemanage-common{a} libsemanage2{a} libsepol2{a} libslirp0{a} libsndio7.0{a} libspice-server1{a} libsqlite3-0{a} libssl3{a} libstdc++6{a} libsystemd0{a} libtasn1-6{a} libtinfo6{a} libudev1{a} libunistring2{a} libunwind8{a} liburing2{a} libusb-1.0-0{a} libusbredirparser1{a} libvdeplug2{a} libwayland-server0{a} libzstd1{a} passwd{a} qemu-system-common{a} qemu-system-data{a} qemu-system-x86 seabios{a} zlib1g{a} The following packages are RECOMMENDED but will NOT be installed: alsa-topology-conf alsa-ucm-conf apt-utils debconf-i18n gstreamer1.0-libav gstreamer1.0-plugins-base gstreamer1.0-plugins-good ibverbs-providers libglib2.0-data libgpg-error-l10n libgpm2 libpam-cap libsasl2-modules ovmf qemu-block-extra qemu-system-gui qemu-utils sensible-utils shared-mime-info xdg-user-dirs 0 packages upgraded, 99 newly installed, 0 to remove and 0 not upgraded. Need to get 14.1 MB/41.7 MB of archives. After unpacking 165 MB will be used. Writing extended state information... </system_output> <system_output timestamp="742.281303">... [TRUNCATED TO SAVE SPACE] ...</system_output> <system_output timestamp="742.357714">... [TRUNCATED TO SAVE SPACE] ...</system_output> <system_output timestamp="742.359963">... [TRUNCATED TO SAVE SPACE] ...</system_output> <system_output timestamp="742.412877">... [TRUNCATED TO SAVE SPACE] ...</system_output> <system_output timestamp="742.415813">Get: 5 http://127.0.0.1:3142/ftp.de.debian.org/debian bookworm/main i386 libcapstone4 i386 4.0.2-5 [570 kB] </system_output> <system_output timestamp="742.424405">Get: 6 http://127.0.0.1:3142/ftp.de.debian.org/debian bookworm/main i386 libexecs0 i386 1.3-2 [9,228 B] </system_output> <system_output timestamp="742.431811">Get: 7 http://127.0.0.1:3142/ftp.de.debian.org/debian bookworm/main i386 libfdt1 i386 1.6.1-4+b1 [20.5 kB] </system_output> <system_output timestamp="742.444521">Get: 8 http://127.0.0.1:3142/ftp.de.debian.org/debian bookworm/main i386 libfuse3-3 i386 3.14.0-4 [99.3 kB] </system_output> <system_output timestamp="742.447694">Get: 9 http://127.0.0.1:3142/ftp.de.debian.org/debian bookworm/main i386 libnl-route-3-200 i386 3.7.0-0.2+b1 [196 kB] </system_output> ### TARGET LINE (Extract and Classify THIS Timestamp): <system_output timestamp="742.451746">Get: 10 http://127.0.0.1:3142/ftp.de.debian.org/debian bookworm/main i386 libibverbs1 i386 44.0-2 [65.8 kB] </system_output>	742.451746, old event
Your task is to analyze terminal XML logs and determine whether the timestamp in the TARGET LINE belongs to a "new event" or an "old event". ### DEFINITION OF A NEW EVENT: 1. Explicit Prompts: The very first `<user_input>` that immediately follows a shell prompt (e.g., `demo@faiserver:~$`). 2. Phase Transitions: In automated logs, moving from one major build stage to another (e.g., from 'fai-mirror finished' to 'Copying the nfsroot'). 3. Internal Logic: Shifts from downloading to processing. ### WHAT IS NOT A NEW EVENT (OLD EVENT): - User Input / Keystrokes: A user typing a command, including pressing the Enter key (a newline `\n`), is just the completion of the input phase. - Incomplete Tasks: Continuous system output without a clear phase shift. CRITICAL INSTRUCTION: You must classify ONLY the timestamp found in the "### TARGET LINE" section. Do NOT extract timestamps from the "### CONTEXT" section. Output only the timestamp and the classification. Do NOT use brackets, periods, explanations, or markdown formatting. Output Format Example 1: 39.229814, old event Output Format Example 2: 111.602501, new event	### CONTEXT (Previous Events): <system_output timestamp="749.176317">Initializing package states... </system_output> <system_output timestamp="749.669095">Writing extended state information... </system_output> <system_output timestamp="749.920203">Building tag database... </system_output> <system_output timestamp="750.372849">The following NEW packages will be installed: debconf{a} debianutils{a} gcc-12-base{a} isc-dhcp-server libc6{a} libgcc-s1{a} lsb-base{a} sysvinit-utils{a} The following packages are RECOMMENDED but will NOT be installed: apt-utils debconf-i18n isc-dhcp-common libidn2-0 policycoreutils 0 packages upgraded, 8 newly installed, 0 to remove and 0 not upgraded. Need to get 1,557 kB/4,542 kB of archives. After unpacking 20.9 MB will be used. Writing extended state information... </system_output> <system_output timestamp="750.44568">Get: 1 http://127.0.0.1:3142/ftp.de.debian.org/debian bookworm/main i386 isc-dhcp-server i386 4.4.3-P1-2 [1,557 kB] </system_output> <system_output timestamp="750.498187">... [TRUNCATED TO SAVE SPACE] ...</system_output> <system_output timestamp="750.547374">... [TRUNCATED TO SAVE SPACE] ...</system_output> <system_output timestamp="750.597986">... [TRUNCATED TO SAVE SPACE] ...</system_output> <system_output timestamp="750.855468">... [TRUNCATED TO SAVE SPACE] ...</system_output> <system_output timestamp="750.858971">Reading state information... </system_output> <system_output timestamp="751.059369">Reading extended state information... </system_output> <system_output timestamp="751.079507">Initializing package states... </system_output> <system_output timestamp="751.464222">Writing extended state information... </system_output> <system_output timestamp="751.70528">Building tag database... </system_output> ### TARGET LINE (Extract and Classify THIS Timestamp): <system_output timestamp="752.189288">The following NEW packages will be installed: adduser{a} bind9 bind9-libs{a} bind9-utils{a} debconf{a} dns-root-data{a} dpkg{a} gcc-12-base{a} init-system-helpers{a} iproute2{a} libacl1{a} libaudit-common{a} libaudit1{a} libbpf1{a} libbsd0{a} libbz2-1.0{a} libc6{a} libcap-ng0{a} libcap2{a} libcap2-bin{a} libcom-err2{a} libcrypt1{a} libdb5.3{a} libelf1{a} libfile-find-rule-perl{a} libfstrm0{a} libgcc-s1{a} libgcrypt20{a} libgdbm-compat4{a} libgdbm6{a} libgpg-error0{a} libgssapi-krb5-2{a} libicu72{a} libjemalloc2{a} libjson-c5{a} libk5crypto3{a} libkeyutils1{a} libkrb5-3{a} libkrb5support0{a} liblmdb0{a} liblz4-1{a} liblzma5{a} libmaxminddb0{a} libmd0{a} libmnl0{a} libnghttp2-14{a} libnumber-compare-perl{a} libpam-modules{a} libpam-modules-bin{a} libpam0g{a} libpcre2-8-0{a} libperl5.36{a} libprotobuf-c1{a} libselinux1{a} libsemanage-common{a} libsemanage2{a} libsepol2{a} libssl3{a} libstdc++6{a} libsystemd0{a} libtext-glob-perl{a} libtirpc-common{a} libtirpc3{a} libuv1{a} libxml2{a} libxtables12{a} libzstd1{a} lsb-base{a} netbase{a} passwd{a} perl{a} perl-base{a} perl-modules-5.36{a} sysvinit-utils{a} tar{a} usrmerge{a} zlib1g{a} The following packages are RECOMMENDED but will NOT be installed: apt-utils debconf-i18n krb5-locales libatm1 libgpg-error-l10n libidn2-0 libpam-cap sensible-utils 0 packages upgraded, 77 newly installed, 0 to remove and 0 not upgraded. Need to get 2,985 kB/37.9 MB of archives. After unpacking 154 MB will be used. Writing extended state information... </system_output>	752.189288, old event
Your task is to analyze terminal XML logs and determine whether the timestamp in the TARGET LINE belongs to a "new event" or an "old event". ### DEFINITION OF A NEW EVENT: 1. Explicit Prompts: The very first `<user_input>` that immediately follows a shell prompt (e.g., `demo@faiserver:~$`). 2. Phase Transitions: In automated logs, moving from one major build stage to another (e.g., from 'fai-mirror finished' to 'Copying the nfsroot'). 3. Internal Logic: Shifts from downloading to processing. ### WHAT IS NOT A NEW EVENT (OLD EVENT): - User Input / Keystrokes: A user typing a command, including pressing the Enter key (a newline `\n`), is just the completion of the input phase. - Incomplete Tasks: Continuous system output without a clear phase shift. CRITICAL INSTRUCTION: You must classify ONLY the timestamp found in the "### TARGET LINE" section. Do NOT extract timestamps from the "### CONTEXT" section. Output only the timestamp and the classification. Do NOT use brackets, periods, explanations, or markdown formatting. Output Format Example 1: 39.229814, old event Output Format Example 2: 111.602501, new event	### CONTEXT (Previous Events): <system_output timestamp="773.248612">Reading extended state information... </system_output> <system_output timestamp="773.269687">Initializing package states... </system_output> <system_output timestamp="774.089128">Writing extended state information... </system_output> <system_output timestamp="774.341385">Building tag database... </system_output> <system_output timestamp="774.846329">The following NEW packages will be installed: dpkg{a} gcc-12-base{a} libacl1{a} libburn4{a} libbz2-1.0{a} libc6{a} libgcc-s1{a} libisoburn1{a} libisofs6{a} libjte2{a} liblzma5{a} libmd0{a} libpcre2-8-0{a} libreadline8{a} libselinux1{a} libtinfo6{a} libzstd1{a} readline-common{a} tar{a} xorriso zlib1g{a} The following packages are RECOMMENDED but will NOT be installed: libidn2-0 0 packages upgraded, 21 newly installed, 0 to remove and 0 not upgraded. Need to get 1,213 kB/7,980 kB of archives. After unpacking 29.0 MB will be used. Writing extended state information... </system_output> <system_output timestamp="774.905384">... [TRUNCATED TO SAVE SPACE] ...</system_output> <system_output timestamp="774.963828">... [TRUNCATED TO SAVE SPACE] ...</system_output> <system_output timestamp="774.964844">... [TRUNCATED TO SAVE SPACE] ...</system_output> <system_output timestamp="774.968915">... [TRUNCATED TO SAVE SPACE] ...</system_output> <system_output timestamp="775.023001">Get: 5 http://127.0.0.1:3142/ftp.de.debian.org/debian bookworm/main i386 xorriso i386 1.5.4-4 [322 kB] </system_output> <system_output timestamp="775.033109">Fetched 1,213 kB in 0s (8,554 kB/s) </system_output> <system_output timestamp="775.080364">install_packages: executing aptitude -R -d -o Aptitude::Log=/dev/null -o Aptitude::CmdLine::Ignore-Trust-Violations=yes -o APT::Get::AllowUnauthenticated=true -o Acquire::AllowInsecureRepositories=true -o DPkg::force-conflicts::=yes -o Dir::State=/usr/fai/mirror/aptcache/var/lib/apt -o Dir::Log=/usr/fai/mirror/aptcache/var/log/apt -o Dir::State::extended_states=/usr/fai/mirror/aptcache/var/lib/apt/lists/extended_states -o Dir::State::status=/usr/fai/mirror/aptcache/statefile -o Dir::Cache=/usr/fai/mirror/aptcache/var/cache/apt -o Dir::State=/usr/fai/mirror/aptcache/var/cache/apt -o Dir::Cache::Archives=/usr/fai/mirror/aptcache/var/cache/apt/archives -o Dir::Etc=/usr/fai/mirror/aptcache/etc/apt/ -o Dir::State::Lists=/usr/fai/mirror/aptcache/var/lib/apt/lists/ -y install proftpd </system_output> <system_output timestamp="775.169243">Reading package lists... </system_output> <system_output timestamp="775.400578">Building dependency tree... </system_output> ### TARGET LINE (Extract and Classify THIS Timestamp): <system_output timestamp="775.40423">Reading state information... </system_output>	775.40423, old event
Your task is to analyze terminal XML logs and determine whether the timestamp in the TARGET LINE belongs to a "new event" or an "old event". ### DEFINITION OF A NEW EVENT: 1. Explicit Prompts: The very first `<user_input>` that immediately follows a shell prompt (e.g., `demo@faiserver:~$`). 2. Phase Transitions: In automated logs, moving from one major build stage to another (e.g., from 'fai-mirror finished' to 'Copying the nfsroot'). 3. Internal Logic: Shifts from downloading to processing. ### WHAT IS NOT A NEW EVENT (OLD EVENT): - User Input / Keystrokes: A user typing a command, including pressing the Enter key (a newline `\n`), is just the completion of the input phase. - Incomplete Tasks: Continuous system output without a clear phase shift. CRITICAL INSTRUCTION: You must classify ONLY the timestamp found in the "### TARGET LINE" section. Do NOT extract timestamps from the "### CONTEXT" section. Output only the timestamp and the classification. Do NOT use brackets, periods, explanations, or markdown formatting. Output Format Example 1: 39.229814, old event Output Format Example 2: 111.602501, new event	### CONTEXT (Previous Events): <system_output timestamp="793.050246">Fetched 2,006 kB in 0s (8,554 kB/s) </system_output> <system_output timestamp="793.121948">install_packages: executing aptitude -R -d -o Aptitude::Log=/dev/null -o Aptitude::CmdLine::Ignore-Trust-Violations=yes -o APT::Get::AllowUnauthenticated=true -o Acquire::AllowInsecureRepositories=true -o DPkg::force-conflicts::=yes -o Dir::State=/usr/fai/mirror/aptcache/var/lib/apt -o Dir::Log=/usr/fai/mirror/aptcache/var/log/apt -o Dir::State::extended_states=/usr/fai/mirror/aptcache/var/lib/apt/lists/extended_states -o Dir::State::status=/usr/fai/mirror/aptcache/statefile -o Dir::Cache=/usr/fai/mirror/aptcache/var/cache/apt -o Dir::State=/usr/fai/mirror/aptcache/var/cache/apt -o Dir::Cache::Archives=/usr/fai/mirror/aptcache/var/cache/apt/archives -o Dir::Etc=/usr/fai/mirror/aptcache/etc/apt/ -o Dir::State::Lists=/usr/fai/mirror/aptcache/var/lib/apt/lists/ -y install libxslt1-dev </system_output> <system_output timestamp="793.164995">Reading package lists... </system_output> <system_output timestamp="793.411599">Building dependency tree... </system_output> <system_output timestamp="793.415714">Reading state information... </system_output> <system_output timestamp="793.618284">... [TRUNCATED TO SAVE SPACE] ...</system_output> <system_output timestamp="793.636911">... [TRUNCATED TO SAVE SPACE] ...</system_output> <system_output timestamp="794.171726">... [TRUNCATED TO SAVE SPACE] ...</system_output> <system_output timestamp="794.423089">... [TRUNCATED TO SAVE SPACE] ...</system_output> <system_output timestamp="794.931414">The following NEW packages will be installed: gcc-12-base{a} icu-devtools{a} libc-dev-bin{a} libc6{a} libc6-dev{a} libcom-err2{a} libcrypt-dev{a} libcrypt1{a} libgcc-s1{a} libgcrypt20{a} libgpg-error0{a} libgssapi-krb5-2{a} libicu-dev{a} libicu72{a} libk5crypto3{a} libkeyutils1{a} libkrb5-3{a} libkrb5support0{a} liblzma5{a} libnsl-dev{a} libnsl2{a} libssl3{a} libstdc++6{a} libtirpc-common{a} libtirpc-dev{a} libtirpc3{a} libxml2{a} libxml2-dev{a} libxslt1-dev libxslt1.1{a} linux-libc-dev{a} rpcsvc-proto{a} zlib1g{a} The following packages are RECOMMENDED but will NOT be installed: krb5-locales libc-devtools libgpg-error-l10n libidn2-0 manpages manpages-dev 0 packages upgraded, 33 newly installed, 0 to remove and 0 not upgraded. Need to get 358 kB/34.1 MB of archives. After unpacking 138 MB will be used. Writing extended state information... </system_output> <system_output timestamp="794.997443">Get: 1 http://127.0.0.1:3142/ftp.de.debian.org/debian bookworm/main i386 libxslt1-dev i386 1.1.35-1 [358 kB] </system_output> <system_output timestamp="795.003271">Fetched 358 kB in 0s (17.9 MB/s) </system_output> <system_output timestamp="795.055458">install_packages: executing aptitude -R -d -o Aptitude::Log=/dev/null -o Aptitude::CmdLine::Ignore-Trust-Violations=yes -o APT::Get::AllowUnauthenticated=true -o Acquire::AllowInsecureRepositories=true -o DPkg::force-conflicts::=yes -o Dir::State=/usr/fai/mirror/aptcache/var/lib/apt -o Dir::Log=/usr/fai/mirror/aptcache/var/log/apt -o Dir::State::extended_states=/usr/fai/mirror/aptcache/var/lib/apt/lists/extended_states -o Dir::State::status=/usr/fai/mirror/aptcache/statefile -o Dir::Cache=/usr/fai/mirror/aptcache/var/cache/apt -o Dir::State=/usr/fai/mirror/aptcache/var/cache/apt -o Dir::Cache::Archives=/usr/fai/mirror/aptcache/var/cache/apt/archives -o Dir::Etc=/usr/fai/mirror/aptcache/etc/apt/ -o Dir::State::Lists=/usr/fai/mirror/aptcache/var/lib/apt/lists/ -y install tgt </system_output> <system_output timestamp="795.100858">Reading package lists... </system_output> ### TARGET LINE (Extract and Classify THIS Timestamp): <system_output timestamp="795.354538">Building dependency tree... </system_output>	795.354538, old event
Your task is to analyze terminal XML logs and determine whether the timestamp in the TARGET LINE belongs to a "new event" or an "old event". ### DEFINITION OF A NEW EVENT: 1. Explicit Prompts: The very first `<user_input>` that immediately follows a shell prompt (e.g., `demo@faiserver:~$`). 2. Phase Transitions: In automated logs, moving from one major build stage to another (e.g., from 'fai-mirror finished' to 'Copying the nfsroot'). 3. Internal Logic: Shifts from downloading to processing. ### WHAT IS NOT A NEW EVENT (OLD EVENT): - User Input / Keystrokes: A user typing a command, including pressing the Enter key (a newline `\n`), is just the completion of the input phase. - Incomplete Tasks: Continuous system output without a clear phase shift. CRITICAL INSTRUCTION: You must classify ONLY the timestamp found in the "### TARGET LINE" section. Do NOT extract timestamps from the "### CONTEXT" section. Output only the timestamp and the classification. Do NOT use brackets, periods, explanations, or markdown formatting. Output Format Example 1: 39.229814, old event Output Format Example 2: 111.602501, new event	### CONTEXT (Previous Events): <system_output timestamp="827.239536">The following NEW packages will be installed: adduser{a} debconf{a} dpkg{a} gcc-12-base{a} init-system-helpers{a} libacl1{a} libatomic1{a} libaudit-common{a} libaudit1{a} libbsd0{a} libbz2-1.0{a} libc-bin{a} libc-l10n{a} libc6{a} libcap-ng0{a} libcap2{a} libcom-err2{a} libcrypt1{a} libdb5.3{a} libedit2{a} libffi8{a} libfile-find-rule-perl{a} libgcc-s1{a} libgcrypt20{a} libgdbm-compat4{a} libgdbm6{a} libgmp10{a} libgnutls30{a} libgpg-error0{a} libgssapi-krb5-2{a} libhogweed6{a} libicu72{a} libidn2-0{a} libjson-perl{a} libk5crypto3{a} libkeyutils1{a} libkrb5-3{a} libkrb5support0{a} libldap-2.5-0{a} libllvm14{a} liblz4-1{a} liblzma5{a} libmd0{a} libnettle8{a} libnumber-compare-perl{a} libp11-kit0{a} libpam-modules{a} libpam-modules-bin{a} libpam0g{a} libpcre2-8-0{a} libperl5.36{a} libpq5{a} libreadline8{a} libsasl2-2{a} libsasl2-modules-db{a} libselinux1{a} libsemanage-common{a} libsemanage2{a} libsepol2{a} libssl3{a} libstdc++6{a} libsystemd0{a} libtasn1-6{a} libtext-glob-perl{a} libtinfo6{a} libunistring2{a} libuuid1{a} libxml2{a} libxslt1.1{a} libz3-4{a} libzstd1{a} locales{a} lsb-base{a} netbase{a} openssl{a} passwd{a} perl{a} perl-base{a} perl-modules-5.36{a} postgresql postgresql-15{a} postgresql-client-15{a} postgresql-client-common{a} postgresql-common{a} readline-common{a} sensible-utils{a} ssl-cert{a} sysvinit-utils{a} tar{a} tzdata{a} ucf{a} usrmerge{a} zlib1g{a} The following packages are RECOMMENDED but will NOT be installed: apt-utils debconf-i18n e2fsprogs krb5-locales libgpg-error-l10n libjson-xs-perl libldap-common libsasl2-modules logrotate manpages sysstat uuid-runtime 0 packages upgraded, 93 newly installed, 0 to remove and 0 not upgraded. Need to get 19.0 MB/97.1 MB of archives. After unpacking 390 MB will be used. Writing extended state information... </system_output> <system_output timestamp="827.318834">Get: 1 http://127.0.0.1:3142/ftp.de.debian.org/debian bookworm/main i386 postgresql-client-common all 248 [35.1 kB] </system_output> <system_output timestamp="827.32563">Get: 2 http://127.0.0.1:3142/ftp.de.debian.org/debian bookworm/main i386 postgresql-common all 248 [179 kB] </system_output> <system_output timestamp="827.32874">Get: 3 http://127.0.0.1:3142/ftp.de.debian.org/debian bookworm/main i386 postgresql-client-15 i386 15.8-0+deb12u1 [1,725 kB] </system_output> <system_output timestamp="827.352982">Get: 4 http://127.0.0.1:3142/ftp.de.debian.org/debian bookworm/main i386 postgresql-15 i386 15.8-0+deb12u1 [17.0 MB] </system_output> <system_output timestamp="827.678105">... [TRUNCATED TO SAVE SPACE] ...</system_output> <system_output timestamp="827.683178">... [TRUNCATED TO SAVE SPACE] ...</system_output> <system_output timestamp="827.759091">... [TRUNCATED TO SAVE SPACE] ...</system_output> <system_output timestamp="827.852136">... [TRUNCATED TO SAVE SPACE] ...</system_output> <system_output timestamp="828.104861">Building dependency tree... </system_output> <system_output timestamp="828.108308">Reading state information... </system_output> <system_output timestamp="828.304828">Reading extended state information... </system_output> <system_output timestamp="828.32593">Initializing package states... </system_output> <system_output timestamp="829.109463">Writing extended state information... </system_output> ### TARGET LINE (Extract and Classify THIS Timestamp): <system_output timestamp="829.363758">Building tag database... </system_output>	829.363758, old event
Your task is to analyze terminal XML logs and determine whether the timestamp in the TARGET LINE belongs to a "new event" or an "old event". ### DEFINITION OF A NEW EVENT: 1. Explicit Prompts: The very first `<user_input>` that immediately follows a shell prompt (e.g., `demo@faiserver:~$`). 2. Phase Transitions: In automated logs, moving from one major build stage to another (e.g., from 'fai-mirror finished' to 'Copying the nfsroot'). 3. Internal Logic: Shifts from downloading to processing. ### WHAT IS NOT A NEW EVENT (OLD EVENT): - User Input / Keystrokes: A user typing a command, including pressing the Enter key (a newline `\n`), is just the completion of the input phase. - Incomplete Tasks: Continuous system output without a clear phase shift. CRITICAL INSTRUCTION: You must classify ONLY the timestamp found in the "### TARGET LINE" section. Do NOT extract timestamps from the "### CONTEXT" section. Output only the timestamp and the classification. Do NOT use brackets, periods, explanations, or markdown formatting. Output Format Example 1: 39.229814, old event Output Format Example 2: 111.602501, new event	### CONTEXT (Previous Events): <system_output timestamp="850.024853">Get: 30 http://127.0.0.1:3142/ftp.de.debian.org/debian bookworm/main i386 libcommons-lang3-java all 3.12.0-2 [561 kB] </system_output> <system_output timestamp="850.033641">Get: 31 http://127.0.0.1:3142/ftp.de.debian.org/debian bookworm/main i386 libcommons-net-java all 3.9.0-1 [294 kB] </system_output> <system_output timestamp="850.038287">Get: 32 http://127.0.0.1:3142/ftp.de.debian.org/debian bookworm/main i386 libhttpcore-java all 4.4.16-1 [636 kB] </system_output> <system_output timestamp="850.061027">Get: 33 http://127.0.0.1:3142/ftp.de.debian.org/debian bookworm/main i386 libhttpclient-java all 4.5.14-1 [1,247 kB] </system_output> <system_output timestamp="850.076189">Get: 34 http://127.0.0.1:3142/ftp.de.debian.org/debian bookworm/main i386 libjackson2-annotations-java all 2.14.0-1 [68.8 kB] </system_output> <system_output timestamp="850.089498">... [TRUNCATED TO SAVE SPACE] ...</system_output> <system_output timestamp="850.096586">... [TRUNCATED TO SAVE SPACE] ...</system_output> <system_output timestamp="850.122612">... [TRUNCATED TO SAVE SPACE] ...</system_output> <system_output timestamp="850.125538">... [TRUNCATED TO SAVE SPACE] ...</system_output> <system_output timestamp="850.131286">Get: 39 http://127.0.0.1:3142/ftp.de.debian.org/debian bookworm/main i386 libjna-jni i386 5.13.0-2 [63.2 kB] </system_output> <system_output timestamp="850.134108">Get: 40 http://127.0.0.1:3142/ftp.de.debian.org/debian bookworm/main i386 libjna-java all 5.13.0-2 [236 kB] </system_output> <system_output timestamp="850.139778">Get: 41 http://127.0.0.1:3142/ftp.de.debian.org/debian bookworm/main i386 libjna-platform-java all 5.13.0-2 [1,181 kB] </system_output> <system_output timestamp="850.164803">Get: 42 http://127.0.0.1:3142/ftp.de.debian.org/debian bookworm/main i386 libjzlib-java all 1.1.3-2 [80.0 kB] </system_output> <system_output timestamp="850.168072">Get: 43 http://127.0.0.1:3142/ftp.de.debian.org/debian bookworm/main i386 libjsch-java all 0.1.55-1 [298 kB] </system_output> ### TARGET LINE (Extract and Classify THIS Timestamp): <system_output timestamp="850.175315">Get: 44 http://127.0.0.1:3142/ftp.de.debian.org/debian bookworm/main i386 libjssc-java i386 2.8.0-3 [32.5 kB] </system_output>	850.175315, old event
Your task is to analyze terminal XML logs and determine whether the timestamp in the TARGET LINE belongs to a "new event" or an "old event". ### DEFINITION OF A NEW EVENT: 1. Explicit Prompts: The very first `<user_input>` that immediately follows a shell prompt (e.g., `demo@faiserver:~$`). 2. Phase Transitions: In automated logs, moving from one major build stage to another (e.g., from 'fai-mirror finished' to 'Copying the nfsroot'). 3. Internal Logic: Shifts from downloading to processing. ### WHAT IS NOT A NEW EVENT (OLD EVENT): - User Input / Keystrokes: A user typing a command, including pressing the Enter key (a newline `\n`), is just the completion of the input phase. - Incomplete Tasks: Continuous system output without a clear phase shift. CRITICAL INSTRUCTION: You must classify ONLY the timestamp found in the "### TARGET LINE" section. Do NOT extract timestamps from the "### CONTEXT" section. Output only the timestamp and the classification. Do NOT use brackets, periods, explanations, or markdown formatting. Output Format Example 1: 39.229814, old event Output Format Example 2: 111.602501, new event	### CONTEXT (Previous Events): <system_output timestamp="858.464481">The following NEW packages will be installed: bundler{a} ca-certificates{a} debconf{a} eslint{a} gcc-12-base{a} handlebars{a} isa-support{a} libbrotli1{a} libbsd0{a} libbz2-1.0{a} libc-ares2{a} libc6{a} libcrypt1{a} libedit2{a} libffi8{a} libgcc-s1{a} libgcrypt20{a} libgmp10{a} libgpg-error0{a} libicu72{a} libjs-async{a} libjs-events{a} libjs-inherits{a} libjs-is-typedarray{a} libjs-jquery{a} libjs-jquery-ui{a} libjs-prettify{a} libjs-regenerate{a} libjs-source-map{a} libjs-sprintf-js{a} libjs-typedarray-to-buffer{a} libjs-util{a} liblzma5{a} libmd0{a} libncurses6{a} libnghttp2-14{a} libnode108{a} libruby{a} libruby3.1{a} libsass-dev{a} libsass1{a} libsqlite3-0{a} libssl3{a} libstdc++6{a} libtinfo6{a} libuv1{a} libxml2{a} libxslt1.1{a} libyaml-0-2{a} node-abbrev{a} node-acorn{a} node-ajv{a} node-ajv-keywords{a} node-ampproject-remapping{a} node-ansi-escapes{a} node-ansi-regex{a} node-ansi-styles{a} node-anymatch{a} node-archy{a} node-argparse{a} node-arrify{a} node-assert{a} node-async{a} node-async-each{a} node-babel-helper-define-polyfill-provider{a} node-babel-plugin-add-module-exports{a} node-babel-plugin-lodash{a} node-babel-plugin-polyfill-corejs2{a} node-babel-plugin-polyfill-corejs3{a} node-babel-plugin-polyfill-regenerator{a} node-babel7{a} node-babel7-runtime{a} node-balanced-match{a} node-binary-extensions{a} node-brace-expansion{a} node-braces{a} node-browserslist{a} node-busboy{a} node-camelcase{a} node-caniuse-lite{a} node-chalk{a} node-chokidar{a} node-chrome-trace-event{a} node-ci-info{a} node-cjs-module-lexer{a} node-cliui{a} node-clone{a} node-clone-deep{a} node-color-convert{a} node-color-name{a} node-commander{a} node-commondir{a} node-concat-stream{a} node-convert-source-map{a} node-core-js{a} node-core-js-compat{a} node-core-js-pure{a} node-core-util-is{a} node-debbundle-es-to-primitive{a} node-debug{a} node-decamelize{a} node-deep-equal{a} node-deep-is{a} node-defaults{a} node-define-properties{a} node-defined{a} node-del{a} node-doctrine{a} node-electron-to-chromium{a} node-enhanced-resolve{a} node-errno{a} node-error-ex{a} node-es-abstract{a} node-es-module-lexer{a} node-es6-error{a} node-escape-string-regexp{a} node-escodegen{a} node-eslint-scope{a} node-eslint-utils{a} node-eslint-visitor-keys{a} node-espree{a} node-esprima{a} node-esquery{a} node-esrecurse{a} node-estraverse{a} node-esutils{a} node-events{a} node-fast-deep-equal{a} node-fast-levenshtein{a} node-file-entry-cache{a} node-fill-range{a} node-find-cache-dir{a} node-find-up{a} node-flat-cache{a} node-flatted{a} node-for-in{a} node-for-own{a} node-foreground-child{a} node-fs-readdir-recursive{a} node-fs.realpath{a} node-function-bind{a} node-functional-red-black-tree{a} node-get-caller-file{a} node-glob{a} node-glob-parent{a} node-globals{a} node-globby{a} node-graceful-fs{a} node-has-flag{a} node-hosted-git-info{a} node-ignore{a} node-imurmurhash{a} node-indent-string{a} node-inflight{a} node-inherits{a} node-interpret{a} node-is-arrayish{a} node-is-binary-path{a} node-is-buffer{a} node-is-extendable{a} node-is-extglob{a} node-is-glob{a} node-is-number{a} node-is-path-cwd{a} node-is-path-inside{a} node-is-plain-obj{a} node-is-plain-object{a} node-is-stream{a} node-is-typedarray{a} node-is-windows{a} node-isarray{a} node-isexe{a} node-isobject{a} node-istanbul{a} node-jest-debbundle{a} node-jest-worker{a} node-js-tokens{a} node-js-yaml{a} node-jsesc{a} node-json-parse-better-errors{a} node-json-schema{a} node-json-schema-traverse{a} node-json-stable-stringify{a} node-json5{a} node-jsonify{a} node-kind-of{a} node-levn{a} node-loader-runner{a} node-locate-path{a} node-lodash{a} node-lodash-packages{a} node-lru-cache{a} node-make-dir{a} node-memfs{a} node-memory-fs{a} node-merge-stream{a} node-micromatch{a} node-mime{a} node-mime-types{a} node-minimatch{a} node-minimist{a} node-mkdirp{a} node-ms{a} node-n3{a} node-neo-async{a} node-nopt{a} node-normalize-package-data{a} node-normalize-path{a} node-npm-run-path{a} node-object-assign{a} node-object-inspect{a} node-once{a} node-optimist{a} node-optionator{a} node-p-limit{a} node-p-loca</system_output> <system_output timestamp="858.4646">te{a} node-p-map{a} node-parse-json{a} node-path-dirname{a} node-path-exists{a} node-path-is-absolute{a} node-path-is-inside{a} node-path-type{a} node-picocolors{a} node-pify{a} node-pkg-dir{a} node-postcss{a} node-prelude-ls{a} node-process-nextick-args{a} node-progress{a} node-prr{a} node-punycode{a} node-quick-lru{a} node-randombytes{a} node-read-pkg{a} node-readable-stream{a} node-readdirp{a} node-rechoir{a} node-regenerate{a} node-regenerate-unicode-properties{a} node-regenerator-runtime{a} node-regenerator-transform{a} node-regexpp{a} node-regexpu-core{a} node-regjsgen{a} node-regjsparser{a} node-repeat-string{a} node-require-directory{a} node-resolve{a} node-resolve-cwd{a} node-resolve-from{a} node-resumer{a} node-rimraf{a} node-safe-buffer{a} node-schema-utils{a} node-semver{a} node-serialize-javascript{a} node-set-immediate-shim{a} node-shebang-command{a} node-shebang-regex{a} node-signal-exit{a} node-slash{a} node-slice-ansi{a} node-source-list-map{a} node-source-map{a} node-source-map-support{a} node-spdx-correct{a} node-spdx-exceptions{a} node-spdx-expression-parse{a} node-spdx-license-ids{a} node-sprintf-js{a} node-string-decoder{a} node-string-width{a} node-strip-ansi{a} node-strip-bom{a} node-strip-json-comments{a} node-supports-color{a} node-tapable{a} node-tape{a} node-terser{a} node-through{a} node-to-fast-properties{a} node-to-regex-range{a} node-tslib{a} node-turbolinks{a} node-type-check{a} node-typedarray{a} node-typedarray-to-buffer{a} node-undici{a} node-unicode-canonical-property-names-ecmascript{a} node-unicode-match-property-ecmascript{a} node-unicode-match-property-value-ecmascript{a} node-unicode-property-aliases-ecmascript{a} node-uri-js{a} node-util{a} node-util-deprecate{a} node-uuid{a} node-v8-compile-cache{a} node-v8flags{a} node-validate-npm-package-license{a} node-watchpack{a} node-wcwidth.js{a} node-webassemblyjs{a} node-webpack-sources{a} node-which{a} node-wordwrap{a} node-wrap-ansi{a} node-wrappy{a} node-write{a} node-write-file-atomic{a} node-xtend{a} node-y18n{a} node-yallist{a} node-yargs{a} node-yargs-parser{a} nodejs{a} openssl{a} publicsuffix{a} puma{a} racc{a} rails rake{a} ruby{a} ruby-actioncable{a} ruby-actionmailbox{a} ruby-actionmailer{a} ruby-actionpack{a} ruby-actiontext{a} ruby-actionview{a} ruby-activejob{a} ruby-activemodel{a} ruby-activerecord{a} ruby-activestorage{a} ruby-activesupport{a} ruby-addressable{a} ruby-bindex{a} ruby-bootsnap{a} ruby-builder{a} ruby-bundler{a} ruby-byebug{a} ruby-capybara{a} ruby-childprocess{a} ruby-columnize{a} ruby-concurrent{a} ruby-crass{a} ruby-erubi{a} ruby-execjs{a} ruby-ffi{a} ruby-globalid{a} ruby-hike{a} ruby-i18n{a} ruby-jbuilder{a} ruby-listen{a} ruby-loofah{a} ruby-mail{a} ruby-marcel{a} ruby-method-source{a} ruby-mini-mime{a} ruby-mini-portile2{a} ruby-msgpack{a} ruby-multi-json{a} ruby-net-telnet{a} ruby-nio4r{a} ruby-nokogiri{a} ruby-pkg-config{a} ruby-public-suffix{a} ruby-rack{a} ruby-rack-proxy{a} ruby-rack-test{a} ruby-rails{a} ruby-rails-deprecated-sanitizer{a} ruby-rails-dom-testing{a} ruby-rails-html-sanitizer{a} ruby-railties{a} ruby-rb-inotify{a} ruby-regexp-parser{a} ruby-rubygems{a} ruby-sass{a} ruby-sass-rails{a} ruby-sassc{a} ruby-sassc-rails{a} ruby-sdbm{a} ruby-selenium-webdriver{a} ruby-semantic-range{a} ruby-spring{a} ruby-spring-watcher-listen{a} ruby-sprockets{a} ruby-sprockets-rails{a} ruby-sqlite3{a} ruby-terser{a} ruby-thor{a} ruby-tilt{a} ruby-turbolinks{a} ruby-turbolinks-source{a} ruby-tzinfo{a} ruby-web-console{a} ruby-webpacker{a} ruby-webrick{a} ruby-websocket{a} ruby-websocket-driver{a} ruby-websocket-extensions{a} ruby-xmlrpc{a} ruby-xpath{a} ruby-zeitwerk{a} ruby-zip{a} ruby3.1{a} rubygems-integration{a} sse2-support{a} terser{a} tzdata{a} unzip{a} webpack{a} zip{a} zlib1g{a} The following packages are RECOMMENDED but will NOT be installed: apt-utils build-essential chromium-driver debconf-i18n fonts-lato javascript-common less libgpg-error-l10n libgpm2 libidn2-0 node-text-table nodejs-doc ruby-dev ruby-oj sqlite3 sudo sudo-ldap yarnpkg 0 packages upgraded, 414 newly installed, 0 </system_output> <system_output timestamp="858.466071">to rem</system_output> <system_output timestamp="858.768841">ove and 0 not upgraded. Need to get 16.0 MB/57.1 MB of archives. After unpacking 271 MB will be used. Writing extended state information... </system_output> <system_output timestamp="858.882426">Get: 1 http://127.0.0.1:3142/ftp.de.debian.org/debian bookworm/main i386 ruby-bundler all 2.3.15-2 [388 kB] </system_output> <system_output timestamp="858.92653">... [TRUNCATED TO SAVE SPACE] ...</system_output> <system_output timestamp="858.929945">... [TRUNCATED TO SAVE SPACE] ...</system_output> <system_output timestamp="858.930712">... [TRUNCATED TO SAVE SPACE] ...</system_output> <system_output timestamp="858.932255">... [TRUNCATED TO SAVE SPACE] ...</system_output> <system_output timestamp="858.933727">Get: 6 http://127.0.0.1:3142/ftp.de.debian.org/debian bookworm/main i386 node-json-stable-stringify all 1.0.2+~cs5.2.34-1 [11.3 kB] </system_output> <system_output timestamp="858.935014">Get: 7 http://127.0.0.1:3142/ftp.de.debian.org/debian bookworm/main i386 node-punycode all 2.1.1-6 [9,444 B] </system_output> <system_output timestamp="858.936514">Get: 8 http://127.0.0.1:3142/ftp.de.debian.org/debian bookworm/main i386 node-uri-js all 4.4.0+dfsg-8 [47.3 kB] </system_output> <system_output timestamp="858.938542">Get: 9 http://127.0.0.1:3142/ftp.de.debian.org/debian bookworm/main i386 node-ajv all 6.12.6-3 [74.0 kB] </system_output> <system_output timestamp="858.94026">Get: 10 http://127.0.0.1:3142/ftp.de.debian.org/debian bookworm/main i386 libjs-inherits all 2.0.4-6 [3,548 B] </system_output> ### TARGET LINE (Extract and Classify THIS Timestamp): <system_output timestamp="858.942605">Get: 11 http://127.0.0.1:3142/ftp.de.debian.org/debian bookworm/main i386 node-inherits all 2.0.4-6 [4,548 B] </system_output>	858.942605, old event
Your task is to analyze terminal XML logs and determine whether the timestamp in the TARGET LINE belongs to a "new event" or an "old event". ### DEFINITION OF A NEW EVENT: 1. Explicit Prompts: The very first `<user_input>` that immediately follows a shell prompt (e.g., `demo@faiserver:~$`). 2. Phase Transitions: In automated logs, moving from one major build stage to another (e.g., from 'fai-mirror finished' to 'Copying the nfsroot'). 3. Internal Logic: Shifts from downloading to processing. ### WHAT IS NOT A NEW EVENT (OLD EVENT): - User Input / Keystrokes: A user typing a command, including pressing the Enter key (a newline `\n`), is just the completion of the input phase. - Incomplete Tasks: Continuous system output without a clear phase shift. CRITICAL INSTRUCTION: You must classify ONLY the timestamp found in the "### TARGET LINE" section. Do NOT extract timestamps from the "### CONTEXT" section. Output only the timestamp and the classification. Do NOT use brackets, periods, explanations, or markdown formatting. Output Format Example 1: 39.229814, old event Output Format Example 2: 111.602501, new event	### CONTEXT (Previous Events): <system_output timestamp="858.94548">Get: 12 http://127.0.0.1:3142/ftp.de.debian.org/debian bookworm/main i386 node-core-util-is all 1.0.3-1 [4,072 B] </system_output> <system_output timestamp="858.947698">Get: 13 http://127.0.0.1:3142/ftp.de.debian.org/debian bookworm/main i386 node-safe-buffer all 5.2.1+~cs2.1.2-3 [15.5 kB] </system_output> <system_output timestamp="858.949607">Get: 14 http://127.0.0.1:3142/ftp.de.debian.org/debian bookworm/main i386 node-string-decoder all 1.3.0-6 [7,180 B] </system_output> <system_output timestamp="858.951283">Get: 15 http://127.0.0.1:3142/ftp.de.debian.org/debian bookworm/main i386 node-process-nextick-args all 2.0.1-3 [3,816 B] </system_output> <system_output timestamp="858.952887">Get: 16 http://127.0.0.1:3142/ftp.de.debian.org/debian bookworm/main i386 node-util-deprecate all 1.0.2-3 [4,436 B] </system_output> <system_output timestamp="858.953415">... [TRUNCATED TO SAVE SPACE] ...</system_output> <system_output timestamp="858.956288">... [TRUNCATED TO SAVE SPACE] ...</system_output> <system_output timestamp="858.958955">... [TRUNCATED TO SAVE SPACE] ...</system_output> <system_output timestamp="858.960898">... [TRUNCATED TO SAVE SPACE] ...</system_output> <system_output timestamp="858.96206">Get: 21 http://127.0.0.1:3142/ftp.de.debian.org/debian bookworm/main i386 node-ms all 2.1.3+~cs0.7.31-3 [5,648 B] </system_output> <system_output timestamp="858.963839">Get: 22 http://127.0.0.1:3142/ftp.de.debian.org/debian bookworm/main i386 node-debug all 4.3.4+~cs4.1.7-1 [18.1 kB] </system_output> <system_output timestamp="858.965529">Get: 23 http://127.0.0.1:3142/ftp.de.debian.org/debian bookworm/main i386 node-esutils all 2.0.3+~2.0.0-1 [12.4 kB] </system_output> <system_output timestamp="858.968149">Get: 24 http://127.0.0.1:3142/ftp.de.debian.org/debian bookworm/main i386 node-doctrine all 3.0.0-4 [19.9 kB] </system_output> <system_output timestamp="858.969277">Get: 25 http://127.0.0.1:3142/ftp.de.debian.org/debian bookworm/main i386 node-eslint-visitor-keys all 3.3.0+~1.0.0-1 [17.1 kB] </system_output> ### TARGET LINE (Extract and Classify THIS Timestamp): <system_output timestamp="858.973944">Get: 26 http://127.0.0.1:3142/ftp.de.debian.org/debian bookworm/main i386 node-estraverse all 5.3.0+ds+~5.1.1-1 [11.6 kB] </system_output>	858.973944, old event
Your task is to analyze terminal XML logs and determine whether the timestamp in the TARGET LINE belongs to a "new event" or an "old event". ### DEFINITION OF A NEW EVENT: 1. Explicit Prompts: The very first `<user_input>` that immediately follows a shell prompt (e.g., `demo@faiserver:~$`). 2. Phase Transitions: In automated logs, moving from one major build stage to another (e.g., from 'fai-mirror finished' to 'Copying the nfsroot'). 3. Internal Logic: Shifts from downloading to processing. ### WHAT IS NOT A NEW EVENT (OLD EVENT): - User Input / Keystrokes: A user typing a command, including pressing the Enter key (a newline `\n`), is just the completion of the input phase. - Incomplete Tasks: Continuous system output without a clear phase shift. CRITICAL INSTRUCTION: You must classify ONLY the timestamp found in the "### TARGET LINE" section. Do NOT extract timestamps from the "### CONTEXT" section. Output only the timestamp and the classification. Do NOT use brackets, periods, explanations, or markdown formatting. Output Format Example 1: 39.229814, old event Output Format Example 2: 111.602501, new event	### CONTEXT (Previous Events): <system_output timestamp="858.963839">Get: 22 http://127.0.0.1:3142/ftp.de.debian.org/debian bookworm/main i386 node-debug all 4.3.4+~cs4.1.7-1 [18.1 kB] </system_output> <system_output timestamp="858.965529">Get: 23 http://127.0.0.1:3142/ftp.de.debian.org/debian bookworm/main i386 node-esutils all 2.0.3+~2.0.0-1 [12.4 kB] </system_output> <system_output timestamp="858.968149">Get: 24 http://127.0.0.1:3142/ftp.de.debian.org/debian bookworm/main i386 node-doctrine all 3.0.0-4 [19.9 kB] </system_output> <system_output timestamp="858.969277">Get: 25 http://127.0.0.1:3142/ftp.de.debian.org/debian bookworm/main i386 node-eslint-visitor-keys all 3.3.0+~1.0.0-1 [17.1 kB] </system_output> <system_output timestamp="858.973944">Get: 26 http://127.0.0.1:3142/ftp.de.debian.org/debian bookworm/main i386 node-estraverse all 5.3.0+ds+~5.1.1-1 [11.6 kB] </system_output> <system_output timestamp="858.974781">... [TRUNCATED TO SAVE SPACE] ...</system_output> <system_output timestamp="858.976641">... [TRUNCATED TO SAVE SPACE] ...</system_output> <system_output timestamp="858.977574">... [TRUNCATED TO SAVE SPACE] ...</system_output> <system_output timestamp="858.979091">... [TRUNCATED TO SAVE SPACE] ...</system_output> <system_output timestamp="858.980345">Get: 32 http://127.0.0.1:3142/ftp.de.debian.org/debian bookworm/main i386 node-eslint-utils all 3.0.0-3 [15.5 kB] </system_output> <system_output timestamp="858.982607">Get: 33 http://127.0.0.1:3142/ftp.de.debian.org/debian bookworm/main i386 node-flatted all 3.2.7~ds-1 [10.3 kB] </system_output> <system_output timestamp="858.986581">Get: 34 http://127.0.0.1:3142/ftp.de.debian.org/debian bookworm/main i386 node-fs.realpath all 1.0.0-3 [6,172 B] </system_output> <system_output timestamp="858.988837">Get: 35 http://127.0.0.1:3142/ftp.de.debian.org/debian bookworm/main i386 node-wrappy all 1.0.2-3 [3,776 B] </system_output> <system_output timestamp="858.990814">Get: 36 http://127.0.0.1:3142/ftp.de.debian.org/debian bookworm/main i386 node-once all 1.4.0-7 [4,492 B] </system_output> ### TARGET LINE (Extract and Classify THIS Timestamp): <system_output timestamp="858.993346">Get: 37 http://127.0.0.1:3142/ftp.de.debian.org/debian bookworm/main i386 node-inflight all 1.0.6-2 [3,952 B] </system_output>	858.993346, old event
Your task is to analyze terminal XML logs and determine whether the timestamp in the TARGET LINE belongs to a "new event" or an "old event". ### DEFINITION OF A NEW EVENT: 1. Explicit Prompts: The very first `<user_input>` that immediately follows a shell prompt (e.g., `demo@faiserver:~$`). 2. Phase Transitions: In automated logs, moving from one major build stage to another (e.g., from 'fai-mirror finished' to 'Copying the nfsroot'). 3. Internal Logic: Shifts from downloading to processing. ### WHAT IS NOT A NEW EVENT (OLD EVENT): - User Input / Keystrokes: A user typing a command, including pressing the Enter key (a newline `\n`), is just the completion of the input phase. - Incomplete Tasks: Continuous system output without a clear phase shift. CRITICAL INSTRUCTION: You must classify ONLY the timestamp found in the "### TARGET LINE" section. Do NOT extract timestamps from the "### CONTEXT" section. Output only the timestamp and the classification. Do NOT use brackets, periods, explanations, or markdown formatting. Output Format Example 1: 39.229814, old event Output Format Example 2: 111.602501, new event	### CONTEXT (Previous Events): <system_output timestamp="881.718387">Building dependency tree... </system_output> <system_output timestamp="881.723391">Reading state information... </system_output> <system_output timestamp="881.922002">Reading extended state information... </system_output> <system_output timestamp="881.940525">Initializing package states... </system_output> <system_output timestamp="882.707032">Writing extended state information... </system_output> <system_output timestamp="882.95592">... [TRUNCATED TO SAVE SPACE] ...</system_output> <system_output timestamp="883.452157">... [TRUNCATED TO SAVE SPACE] ...</system_output> <system_output timestamp="883.50427">... [TRUNCATED TO SAVE SPACE] ...</system_output> <system_output timestamp="883.508861">... [TRUNCATED TO SAVE SPACE] ...</system_output> <system_output timestamp="883.551367">install_packages: executing aptitude -R -d -o Aptitude::Log=/dev/null -o Aptitude::CmdLine::Ignore-Trust-Violations=yes -o APT::Get::AllowUnauthenticated=true -o Acquire::AllowInsecureRepositories=true -o DPkg::force-conflicts::=yes -o Dir::State=/usr/fai/mirror/aptcache/var/lib/apt -o Dir::Log=/usr/fai/mirror/aptcache/var/log/apt -o Dir::State::extended_states=/usr/fai/mirror/aptcache/var/lib/apt/lists/extended_states -o Dir::State::status=/usr/fai/mirror/aptcache/statefile -o Dir::Cache=/usr/fai/mirror/aptcache/var/cache/apt -o Dir::State=/usr/fai/mirror/aptcache/var/cache/apt -o Dir::Cache::Archives=/usr/fai/mirror/aptcache/var/cache/apt/archives -o Dir::Etc=/usr/fai/mirror/aptcache/etc/apt/ -o Dir::State::Lists=/usr/fai/mirror/aptcache/var/lib/apt/lists/ -y install mailutils-imap4d </system_output> <system_output timestamp="883.594279">Reading package lists... </system_output> <system_output timestamp="883.828682">Building dependency tree... </system_output> <system_output timestamp="883.83389">Reading state information... </system_output> <system_output timestamp="884.035398">Reading extended state information... </system_output> ### TARGET LINE (Extract and Classify THIS Timestamp): <system_output timestamp="884.054206">Initializing package states... </system_output>	884.054206, old event
Your task is to analyze terminal XML logs and determine whether the timestamp in the TARGET LINE belongs to a "new event" or an "old event". ### DEFINITION OF A NEW EVENT: 1. Explicit Prompts: The very first `<user_input>` that immediately follows a shell prompt (e.g., `demo@faiserver:~$`). 2. Phase Transitions: In automated logs, moving from one major build stage to another (e.g., from 'fai-mirror finished' to 'Copying the nfsroot'). 3. Internal Logic: Shifts from downloading to processing. ### WHAT IS NOT A NEW EVENT (OLD EVENT): - User Input / Keystrokes: A user typing a command, including pressing the Enter key (a newline `\n`), is just the completion of the input phase. - Incomplete Tasks: Continuous system output without a clear phase shift. CRITICAL INSTRUCTION: You must classify ONLY the timestamp found in the "### TARGET LINE" section. Do NOT extract timestamps from the "### CONTEXT" section. Output only the timestamp and the classification. Do NOT use brackets, periods, explanations, or markdown formatting. Output Format Example 1: 39.229814, old event Output Format Example 2: 111.602501, new event	### CONTEXT (Previous Events): <system_output timestamp="896.935502">Reading extended state information... </system_output> <system_output timestamp="896.957132">Initializing package states... </system_output> <system_output timestamp="897.935867">Writing extended state information... </system_output> <system_output timestamp="898.216311">Building tag database... </system_output> <system_output timestamp="898.527462">The following NEW packages will be installed: adduser{a} adwaita-icon-theme{a} at-spi2-common{a} ca-certificates{a} dbus{a} dbus-bin{a} dbus-daemon{a} dbus-session-bus-common{a} dbus-system-bus-common{a} dbus-user-session{a} dconf-gsettings-backend{a} dconf-service{a} debconf{a} dmsetup{a} dpkg{a} fontconfig{a} fontconfig-config{a} fonts-dejavu-core{a} gcc-12-base{a} gtk-update-icon-cache{a} hicolor-icon-theme{a} init-system-helpers{a} libacl1{a} libapparmor1{a} libargon2-1{a} libatk-bridge2.0-0{a} libatk1.0-0{a} libatspi2.0-0{a} libaudit-common{a} libaudit1{a} libavahi-client3{a} libavahi-common-data{a} libavahi-common3{a} libblkid1{a} libbrotli1{a} libbsd0{a} libbz2-1.0{a} libc6{a} libcairo-gobject2{a} libcairo2{a} libcap-ng0{a} libcap2{a} libclone-perl{a} libcolord2{a} libcom-err2{a} libcrypt1{a} libcryptsetup12{a} libcups2{a} libdatrie1{a} libdb5.3{a} libdbus-1-3{a} libdconf1{a} libdeflate0{a} libdevmapper1.02.1{a} libencode-locale-perl{a} libepoxy0{a} libexpat1{a} libfdisk1{a} libffi8{a} libfile-find-rule-perl{a} libfile-listing-perl{a} libfontconfig1{a} libfreetype6{a} libfribidi0{a} libgcc-s1{a} libgcrypt20{a} libgdbm-compat4{a} libgdbm6{a} libgdk-pixbuf-2.0-0{a} libgdk-pixbuf2.0-common{a} libglib2.0-0{a} libgmp10{a} libgnutls30{a} libgpg-error0{a} libgraphite2-3{a} libgssapi-krb5-2{a} libgtk-3-0{a} libgtk-3-common{a} libharfbuzz0b{a} libhogweed6{a} libhtml-parser-perl{a} libhtml-tagset-perl{a} libhtml-tree-perl{a} libhttp-cookies-perl{a} libhttp-date-perl{a} libhttp-message-perl{a} libhttp-negotiate-perl{a} libice6{a} libicu72{a} libidn2-0{a} libio-html-perl{a} libio-socket-ssl-perl{a} libip4tc2{a} libjbig0{a} libjpeg62-turbo{a} libjson-c5{a} libk5crypto3{a} libkeyutils1{a} libkmod2{a} libkrb5-3{a} libkrb5support0{a} liblcms2-2{a} liblerc4{a} liblwp-mediatypes-perl{a} liblwp-protocol-https-perl{a} liblz4-1{a} liblzma5{a} libmd0{a} libmount1{a} libncursesw6{a} libnet-http-perl{a} libnet-ssleay-perl{a} libnettle8{a} libnumber-compare-perl{a} libp11-kit0{a} libpam-modules{a} libpam-modules-bin{a} libpam-runtime{a} libpam-systemd{a} libpam0g{a} libpango-1.0-0{a} libpangocairo-1.0-0{a} libpangoft2-1.0-0{a} libpcre2-8-0{a} libperl5.36{a} libpixman-1-0{a} libpng16-16{a} libproc2-0{a} libregexp-ipv6-perl{a} libseccomp2{a} libselinux1{a} libsemanage-common{a} libsemanage2{a} libsepol2{a} libsm6{a} libsmartcols1{a} libssl3{a} libstdc++6{a} libsystemd-shared{a} libsystemd0{a} libtasn1-6{a} libtext-glob-perl{a} libthai-data{a} libthai0{a} libtiff6{a} libtimedate-perl{a} libtinfo6{a} libtry-tiny-perl{a} libudev1{a} libunistring2{a} liburi-perl{a} libuuid1{a} libwayland-client0{a} libwayland-cursor0{a} libwayland-egl1{a} libwebp7{a} libwww-perl{a} libwww-robotrules-perl{a} libx11-6{a} libx11-data{a} libxau6{a} libxcb-render0{a} libxcb-shm0{a} libxcb1{a} libxcomposite1{a} libxcursor1{a} libxdamage1{a} libxdmcp6{a} libxext6{a} libxfixes3{a} libxft2{a} libxi6{a} libxinerama1{a} libxkbcommon0{a} libxml2{a} libxrandr2{a} libxrender1{a} libxt6{a} libxxf86vm1{a} libzstd1{a} lsb-base{a} mount{a} netbase{a} openssl{a} passwd{a} perl{a} perl-base{a} perl-modules-5.36{a} perl-openssl-defaults{a} procps{a} shared-mime-info{a} systemd{a} systemd-sysv{a} sysvinit-utils{a} tar{a} usrmerge{a} x11-common{a} xkb-data{a} xscreensaver xscreensaver-data{a} zlib1g{a} The following packages are RECOMMENDED but will NOT be installed: apt-utils at-spi2-core chrony debconf-i18n fonts-urw-base35 krb5-locales libdata-dump-perl libgdk-pixbuf2.0-bin libglib2.0-data libgpg-error-l10n libgpm2 libgtk-3-bin libhtml-form-perl libhtml-format-perl libhttp-daemon-perl libjpeg-turbo-progs libmailtools-perl libnss-systemd librsvg2-common miscfiles ntpsec openntpd psmisc sensible-utils systemd-timesyncd uuid-runtime wamerican wamerican-huge wamerican-insane wamerican-large wamerican-small wbrazilian wbritish wbritish-huge wbritish-insane wbritish-large wbritish-small wbulgarian wcanadian wcanadian-huge wcanadian-insane wcanadian-large wcanadian-small wcatalan wdanish wdutch wesperanto wfaroese wfrench wgalician-minimos wgerman-medical witalian wngerman wnorw</system_output> <system_output timestamp="898.527941">... [TRUNCATED TO SAVE SPACE] ...</system_output> <system_output timestamp="898.833851">... [TRUNCATED TO SAVE SPACE] ...</system_output> <system_output timestamp="898.929569">... [TRUNCATED TO SAVE SPACE] ...</system_output> <system_output timestamp="898.936587">... [TRUNCATED TO SAVE SPACE] ...</system_output> <system_output timestamp="898.980628">Fetched 823 kB in 0s (12.7 MB/s) </system_output> <system_output timestamp="899.068034">Calling reprepro </system_output> <system_output timestamp="1026.950774">Exporting indices... </system_output> <system_output timestamp="1027.255779">/usr/bin/fai-mirror finished. Number of packages in the mirror: </system_output> <system_output timestamp="1027.417643">2204 </system_output> ### TARGET LINE (Extract and Classify THIS Timestamp): <system_output timestamp="1027.418116">Mirror size and location: </system_output>	1027.418116, new event
Your task is to analyze terminal XML logs and determine whether the timestamp in the TARGET LINE belongs to a "new event" or an "old event". ### DEFINITION OF A NEW EVENT: 1. Explicit Prompts: The very first `<user_input>` that immediately follows a shell prompt (e.g., `demo@faiserver:~$`). 2. Phase Transitions: In automated logs, moving from one major build stage to another (e.g., from 'fai-mirror finished' to 'Copying the nfsroot'). 3. Internal Logic: Shifts from downloading to processing. ### WHAT IS NOT A NEW EVENT (OLD EVENT): - User Input / Keystrokes: A user typing a command, including pressing the Enter key (a newline `\n`), is just the completion of the input phase. - Incomplete Tasks: Continuous system output without a clear phase shift. CRITICAL INSTRUCTION: You must classify ONLY the timestamp found in the "### TARGET LINE" section. Do NOT extract timestamps from the "### CONTEXT" section. Output only the timestamp and the classification. Do NOT use brackets, periods, explanations, or markdown formatting. Output Format Example 1: 39.229814, old event Output Format Example 2: 111.602501, new event	### CONTEXT (Previous Events): <system_output timestamp="1027.255779">/usr/bin/fai-mirror finished. Number of packages in the mirror: </system_output> <system_output timestamp="1027.417643">2204 </system_output> <system_output timestamp="1027.418116">Mirror size and location: </system_output> <system_output timestamp="1027.459193">1.5G /usr/fai/mirror </system_output> <system_output timestamp="1080.898809">Copying the nfsroot to CD image </system_output> <system_output timestamp="1114.65898">... [TRUNCATED TO SAVE SPACE] ...</system_output> <system_output timestamp="1115.13661">... [TRUNCATED TO SAVE SPACE] ...</system_output> <system_output timestamp="1216.313946">... [TRUNCATED TO SAVE SPACE] ...</system_output> <system_output timestamp="1216.31501">... [TRUNCATED TO SAVE SPACE] ...</system_output> <system_output timestamp="1225.76621">mkfs.fat 4.2 (2021-01-31) </system_output> <system_output timestamp="1226.262296">Writing FAI CD-ROM image to fai_cd.iso. This may need some time. </system_output> <system_output timestamp="1226.328774">xorriso 1.5.4 : RockRidge filesystem manipulator, libburnia project. </system_output> <system_output timestamp="1254.459641">ISO image size and filename: 1.9G fai_cd.iso </system_output> <system_output timestamp="1254.810483"> real 18m48.197s user 13m4.830s sys 2m18.392s </system_output> ### TARGET LINE (Extract and Classify THIS Timestamp): <system_output timestamp="1255.012571">[?2004h]0;demo@faiserver: /home/faidemo@faiserver:/home/fai$ </system_output>	1255.012571, new event
Your task is to analyze terminal XML logs and determine whether the timestamp in the TARGET LINE belongs to a "new event" or an "old event". ### DEFINITION OF A NEW EVENT: 1. Explicit Prompts: The very first `<user_input>` that immediately follows a shell prompt (e.g., `demo@faiserver:~$`). 2. Phase Transitions: In automated logs, moving from one major build stage to another (e.g., from 'fai-mirror finished' to 'Copying the nfsroot'). 3. Internal Logic: Shifts from downloading to processing. ### WHAT IS NOT A NEW EVENT (OLD EVENT): - User Input / Keystrokes: A user typing a command, including pressing the Enter key (a newline `\n`), is just the completion of the input phase. - Incomplete Tasks: Continuous system output without a clear phase shift. CRITICAL INSTRUCTION: You must classify ONLY the timestamp found in the "### TARGET LINE" section. Do NOT extract timestamps from the "### CONTEXT" section. Output only the timestamp and the classification. Do NOT use brackets, periods, explanations, or markdown formatting. Output Format Example 1: 39.229814, old event Output Format Example 2: 111.602501, new event	### CONTEXT (Previous Events): <system_output timestamp="3707.545886"> fai_cd.iso 76% 1451MB 32.3MB/s 00:13 ETA</system_output> <system_output timestamp="3708.54588"> fai_cd.iso 78% 1485MB 32.4MB/s 00:12 ETA</system_output> <system_output timestamp="3709.546001"> fai_cd.iso 80% 1519MB 32.6MB/s 00:11 ETA</system_output> <system_output timestamp="3710.545982"> fai_cd.iso 82% 1558MB 33.3MB/s 00:10 ETA</system_output> <system_output timestamp="3711.546019"> fai_cd.iso 83% 1591MB 33.2MB/s 00:09 ETA</system_output> <system_output timestamp="3712.546002">... [TRUNCATED TO SAVE SPACE] ...</system_output> <system_output timestamp="3713.546993">... [TRUNCATED TO SAVE SPACE] ...</system_output> <system_output timestamp="3714.546236">... [TRUNCATED TO SAVE SPACE] ...</system_output> <system_output timestamp="3715.54631">... [TRUNCATED TO SAVE SPACE] ...</system_output> <system_output timestamp="3716.546377"> fai_cd.iso 93% 1777MB 34.9MB/s 00:03 ETA</system_output> <system_output timestamp="3717.546431"> fai_cd.iso 95% 1817MB 35.4MB/s 00:02 ETA</system_output> <system_output timestamp="3718.546451"> fai_cd.iso 97% 1858MB 36.0MB/s 00:01 ETA</system_output> <system_output timestamp="3719.54649"> fai_cd.iso 99% 1898MB 36.4MB/s 00:00 ETA</system_output> <system_output timestamp="3719.557719"> fai_cd.iso 100% 1899MB 26.9MB/s 01:10 </system_output> ### TARGET LINE (Extract and Classify THIS Timestamp): <system_output timestamp="3719.5662">[?2004hdemo@stephost:~$ </system_output>	3719.5662, new event
Your task is to analyze terminal XML logs and determine whether the timestamp in the TARGET LINE belongs to a "new event" or an "old event". ### DEFINITION OF A NEW EVENT: 1. Explicit Prompts: The very first `<user_input>` that immediately follows a shell prompt (e.g., `demo@faiserver:~$`). 2. Phase Transitions: In automated logs, moving from one major build stage to another (e.g., from 'fai-mirror finished' to 'Copying the nfsroot'). 3. Internal Logic: Shifts from downloading to processing. ### WHAT IS NOT A NEW EVENT (OLD EVENT): - User Input / Keystrokes: A user typing a command, including pressing the Enter key (a newline `\n`), is just the completion of the input phase. - Incomplete Tasks: Continuous system output without a clear phase shift. CRITICAL INSTRUCTION: You must classify ONLY the timestamp found in the "### TARGET LINE" section. Do NOT extract timestamps from the "### CONTEXT" section. Output only the timestamp and the classification. Do NOT use brackets, periods, explanations, or markdown formatting. Output Format Example 1: 39.229814, old event Output Format Example 2: 111.602501, new event	### CONTEXT (Previous Events): <system_output timestamp="1.069376">s': sudo ddrescue /disk1/isos/fai_dvd-20241014.iso /dev/[7ms[27mdg --force</system_output> <user_input timestamp="1.27396">s</user_input> <system_output timestamp="1.274364"> [C[C[C[C[C[C[C[C[C[C[C[C[C[C[C[C[C[C[C[Cs': [7mss[27mh 172.16.0.17[K</system_output> <user_input timestamp="2.026591"> </user_input> <system_output timestamp="2.0271"> [7Pdemo@stephost:~$ ss [?2004l </system_output> <system_output timestamp="2.384955">... [TRUNCATED TO SAVE SPACE] ...</system_output> <user_input timestamp="3.066557">P</user_input> <user_input timestamp="3.820775"></user_input> <user_input timestamp="4.575745">f</user_input> <user_input timestamp="4.745651">a</user_input> <user_input timestamp="4.828659">i</user_input> <user_input timestamp="4.97361"> </user_input> <system_output timestamp="4.974006"> </system_output> <system_output timestamp="5.167743">Linux faiserver 6.1.0-22-686-pae #1 SMP PREEMPT_DYNAMIC Debian 6.1.94-1 (2024-06-21) i686 Plan your installation, and FAI installs your plan. Last login: Mon Oct 14 12:32:28 2024 from 172.16.0.1 </system_output> ### TARGET LINE (Extract and Classify THIS Timestamp): <system_output timestamp="5.283608">[?2004h]0;demo@faiserver: ~demo@faiserver:~$ </system_output>	5.283608, new event
Your task is to analyze terminal XML logs and determine whether the timestamp in the TARGET LINE belongs to a "new event" or an "old event". ### DEFINITION OF A NEW EVENT: 1. Explicit Prompts: The very first `<user_input>` that immediately follows a shell prompt (e.g., `demo@faiserver:~$`). 2. Phase Transitions: In automated logs, moving from one major build stage to another (e.g., from 'fai-mirror finished' to 'Copying the nfsroot'). 3. Internal Logic: Shifts from downloading to processing. ### WHAT IS NOT A NEW EVENT (OLD EVENT): - User Input / Keystrokes: A user typing a command, including pressing the Enter key (a newline `\n`), is just the completion of the input phase. - Incomplete Tasks: Continuous system output without a clear phase shift. CRITICAL INSTRUCTION: You must classify ONLY the timestamp found in the "### TARGET LINE" section. Do NOT extract timestamps from the "### CONTEXT" section. Output only the timestamp and the classification. Do NOT use brackets, periods, explanations, or markdown formatting. Output Format Example 1: 39.229814, old event Output Format Example 2: 111.602501, new event	### CONTEXT (Previous Events): <user_input timestamp="90.864633">t</user_input> <system_output timestamp="90.872256">t</system_output> <user_input timestamp="91.022533"> </user_input> <system_output timestamp="91.025303"> </system_output> <user_input timestamp="91.47697">F</user_input> <system_output timestamp="91.487938">F</system_output> <user_input timestamp="91.616514">A</user_input> <system_output timestamp="91.623358">A</system_output> <user_input timestamp="91.776414">I</user_input> <system_output timestamp="91.796977">I</system_output> <user_input timestamp="92.15256">B</user_input> <system_output timestamp="92.163665">B</system_output> <user_input timestamp="92.31205">A</user_input> <system_output timestamp="92.32018">A</system_output> ### TARGET LINE (Extract and Classify THIS Timestamp): <user_input timestamp="92.672383"> </user_input>	92.672383, old event
Your task is to analyze terminal XML logs and determine whether the timestamp in the TARGET LINE belongs to a "new event" or an "old event". ### DEFINITION OF A NEW EVENT: 1. Explicit Prompts: The very first `<user_input>` that immediately follows a shell prompt (e.g., `demo@faiserver:~$`). 2. Phase Transitions: In automated logs, moving from one major build stage to another (e.g., from 'fai-mirror finished' to 'Copying the nfsroot'). 3. Internal Logic: Shifts from downloading to processing. ### WHAT IS NOT A NEW EVENT (OLD EVENT): - User Input / Keystrokes: A user typing a command, including pressing the Enter key (a newline `\n`), is just the completion of the input phase. - Incomplete Tasks: Continuous system output without a clear phase shift. CRITICAL INSTRUCTION: You must classify ONLY the timestamp found in the "### TARGET LINE" section. Do NOT extract timestamps from the "### CONTEXT" section. Output only the timestamp and the classification. Do NOT use brackets, periods, explanations, or markdown formatting. Output Format Example 1: 39.229814, old event Output Format Example 2: 111.602501, new event	### CONTEXT (Previous Events): <user_input timestamp="387.989518">Q</user_input> <system_output timestamp="388.005777">Q</system_output> <user_input timestamp="388.135824">E</user_input> <system_output timestamp="388.142355">E</system_output> <user_input timestamp="388.426237"> </user_input> <system_output timestamp="388.454185">... [TRUNCATED TO SAVE SPACE] ...</system_output> <user_input timestamp="388.820359"> </user_input> <system_output timestamp="388.839953">... [TRUNCATED TO SAVE SPACE] ...</system_output> <system_output timestamp="388.844472">... [TRUNCATED TO SAVE SPACE] ...</system_output> <system_output timestamp="388.845239">[?2004h]0;demo@faiserver: /home/fai/config/files/etc/apt/sources.listdemo@faiserver:/home/fai/config/files/etc/apt/sources.list$ </system_output> <user_input timestamp="1692.552405"/> <system_output timestamp="1692.554545">[?2004l </system_output> <system_output timestamp="1692.55606">logout </system_output> <system_output timestamp="1692.562469">Connection to 172.16.0.17 closed. </system_output> ### TARGET LINE (Extract and Classify THIS Timestamp): <system_output timestamp="1692.566131">[?2004hdemo@stephost:~$ </system_output>	1692.566131, new event
Your task is to analyze terminal XML logs and determine whether the timestamp in the TARGET LINE belongs to a "new event" or an "old event". ### DEFINITION OF A NEW EVENT: 1. Explicit Prompts: The very first `<user_input>` that immediately follows a shell prompt (e.g., `demo@faiserver:~$`). 2. Phase Transitions: In automated logs, moving from one major build stage to another (e.g., from 'fai-mirror finished' to 'Copying the nfsroot'). 3. Internal Logic: Shifts from downloading to processing. ### WHAT IS NOT A NEW EVENT (OLD EVENT): - User Input / Keystrokes: A user typing a command, including pressing the Enter key (a newline `\n`), is just the completion of the input phase. - Incomplete Tasks: Continuous system output without a clear phase shift. CRITICAL INSTRUCTION: You must classify ONLY the timestamp found in the "### TARGET LINE" section. Do NOT extract timestamps from the "### CONTEXT" section. Output only the timestamp and the classification. Do NOT use brackets, periods, explanations, or markdown formatting. Output Format Example 1: 39.229814, old event Output Format Example 2: 111.602501, new event	### CONTEXT (Previous Events): <user_input timestamp="12.820104">s</user_input> <system_output timestamp="12.820614"> [C[C[C[C[C[C[C[C[C[C[C[C[C[C[C[C[C[C[C[C[20Ps': [7mss[27mh 172.16.0.17</system_output> <user_input timestamp="12.999279">h</user_input> <system_output timestamp="12.999763">[1@h': [7mssh[27m</system_output> <user_input timestamp="13.443419"> </user_input> <system_output timestamp="13.443883">... [TRUNCATED TO SAVE SPACE] ...</system_output> <system_output timestamp="13.697841">... [TRUNCATED TO SAVE SPACE] ...</system_output> <user_input timestamp="27.702844">f</user_input> <user_input timestamp="27.859376">a</user_input> <user_input timestamp="27.915927">i</user_input> <user_input timestamp="28.14864"> </user_input> <system_output timestamp="28.149011"> </system_output> <system_output timestamp="28.215643">Linux faiserver 6.1.0-22-686-pae #1 SMP PREEMPT_DYNAMIC Debian 6.1.94-1 (2024-06-21) i686 Plan your installation, and FAI installs your plan. Last login: Tue Oct 15 18:49:51 2024 from 172.16.0.1 </system_output> <system_output timestamp="28.271742">[?2004h]0;demo@faiserver: ~demo@faiserver:~$ </system_output> ### TARGET LINE (Extract and Classify THIS Timestamp): <user_input timestamp="138.682618">c</user_input>	138.682618, new event
Your task is to analyze terminal XML logs and determine whether the timestamp in the TARGET LINE belongs to a "new event" or an "old event". ### DEFINITION OF A NEW EVENT: 1. Explicit Prompts: The very first `<user_input>` that immediately follows a shell prompt (e.g., `demo@faiserver:~$`). 2. Phase Transitions: In automated logs, moving from one major build stage to another (e.g., from 'fai-mirror finished' to 'Copying the nfsroot'). 3. Internal Logic: Shifts from downloading to processing. ### WHAT IS NOT A NEW EVENT (OLD EVENT): - User Input / Keystrokes: A user typing a command, including pressing the Enter key (a newline `\n`), is just the completion of the input phase. - Incomplete Tasks: Continuous system output without a clear phase shift. CRITICAL INSTRUCTION: You must classify ONLY the timestamp found in the "### TARGET LINE" section. Do NOT extract timestamps from the "### CONTEXT" section. Output only the timestamp and the classification. Do NOT use brackets, periods, explanations, or markdown formatting. Output Format Example 1: 39.229814, old event Output Format Example 2: 111.602501, new event	### CONTEXT (Previous Events): <system_output timestamp="148.89704">A</system_output> <user_input timestamp="149.210508"> </user_input> <system_output timestamp="149.229444">SE/</system_output> <user_input timestamp="149.649292"> </user_input> <system_output timestamp="149.671036"> [?2004l </system_output> <system_output timestamp="149.671704">[?2004h]0;demo@faiserver: /home/fai/config/scripts/FAIBASEdemo@faiserver:/home/fai/config/scripts/FAIBASE$ </system_output> <user_input timestamp="149.906648">l</user_input> <system_output timestamp="149.917443">l</system_output> <user_input timestamp="150.145987">s</user_input> <system_output timestamp="150.162463">s</system_output> <user_input timestamp="150.301948"> </user_input> <system_output timestamp="150.322246"> [?2004l </system_output> <system_output timestamp="150.326286">[0m[01;32m10-misc[0m [01;32m20-copy-mirror[0m [01;32m30-interface[0m [01;32m40-misc.sh[0m [01;32m50-use_tmpfs_on_tmp[0m </system_output> <system_output timestamp="150.326865">[?2004h]0;demo@faiserver: /home/fai/config/scripts/FAIBASEdemo@faiserver:/home/fai/config/scripts/FAIBASE$ </system_output> ### TARGET LINE (Extract and Classify THIS Timestamp): <user_input timestamp="151.180224">c</user_input>	151.180224, new event
Your task is to analyze terminal XML logs and determine whether the timestamp in the TARGET LINE belongs to a "new event" or an "old event". ### DEFINITION OF A NEW EVENT: 1. Explicit Prompts: The very first `<user_input>` that immediately follows a shell prompt (e.g., `demo@faiserver:~$`). 2. Phase Transitions: In automated logs, moving from one major build stage to another (e.g., from 'fai-mirror finished' to 'Copying the nfsroot'). 3. Internal Logic: Shifts from downloading to processing. ### WHAT IS NOT A NEW EVENT (OLD EVENT): - User Input / Keystrokes: A user typing a command, including pressing the Enter key (a newline `\n`), is just the completion of the input phase. - Incomplete Tasks: Continuous system output without a clear phase shift. CRITICAL INSTRUCTION: You must classify ONLY the timestamp found in the "### TARGET LINE" section. Do NOT extract timestamps from the "### CONTEXT" section. Output only the timestamp and the classification. Do NOT use brackets, periods, explanations, or markdown formatting. Output Format Example 1: 39.229814, old event Output Format Example 2: 111.602501, new event	### CONTEXT (Previous Events): <user_input timestamp="153.992159">t</user_input> <system_output timestamp="153.996792">t</system_output> <user_input timestamp="154.131925"> </user_input> <system_output timestamp="154.138625"> </system_output> <user_input timestamp="154.390478">2</user_input> <system_output timestamp="154.401439">... [TRUNCATED TO SAVE SPACE] ...</system_output> <user_input timestamp="154.550701">0</user_input> <system_output timestamp="154.561635">... [TRUNCATED TO SAVE SPACE] ...</system_output> <user_input timestamp="154.808903"> </user_input> <system_output timestamp="154.83367">-copy-mirror </system_output> <user_input timestamp="155.32517"> </user_input> <system_output timestamp="155.331717"> [?2004l </system_output> <system_output timestamp="155.334557">#! /bin/bash # TODO: if we install from network copy the package mirror via, e.g., wget [ -d /media/mirror ] \|\| exit 0 ... [TRUNCATED 7 LINES] ... echo "Copying Debian mirror from CD to local disk. This may take some time." mkdir -p $target/var/www/debian cp -a /media/mirror/* $target/var/www/debian } fi</system_output> <system_output timestamp="155.335318">[?2004h]0;demo@faiserver: /home/fai/config/scripts/FAIBASEdemo@faiserver:/home/fai/config/scripts/FAIBASE$ </system_output> ### TARGET LINE (Extract and Classify THIS Timestamp): <user_input timestamp="230.787848">g</user_input>	230.787848, new event

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