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): <system_output timestamp="775.871264">Get:419 http://127.0.0.1:3142/ftp.de.debian.org/debian bookworm/main i386 strace i386 6.1-0.1 [1,226 kB] </system_output> <system_output timestamp="775.885248">Get:420 http://127.0.0.1:3142/ftp.de.debian.org/debian bookworm/main i386 sysvinit-core i386 3.06-4 [184 kB] </system_output> <system_output timestamp="775.890671">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="775.942241">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="775.96163">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="775.965898">... [TRUNCATED TO SAVE SPACE] ...</system_output> <system_output timestamp="775.966919">... [TRUNCATED TO SAVE SPACE] ...</system_output> <system_output timestamp="775.969337">... [TRUNCATED TO SAVE SPACE] ...</system_output> <system_output timestamp="775.970163">... [TRUNCATED TO SAVE SPACE] ...</system_output> <system_output timestamp="775.979987">Adding packages from /srv/fai/nfsroot/var/tmp/base-pkgs.lis </system_output> <system_output timestamp="780.391431">Reading package lists...</system_output> <system_output timestamp="780.423929"> </system_output> <system_output timestamp="780.427916">Building dependency tree...</system_output> <system_output timestamp="780.66778"> </system_output> ### TARGET LINE (Extract and Classify THIS Timestamp): <system_output timestamp="781.11368">The following additional packages will be installed: bash-completion bsd-mailx bsdextrautils bzip2 ca-certificates dbus dbus-bin dbus-daemon dbus-session-bus-common dbus-system-bus-common dbus-user-session </system_output>	781.11368, 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="781.45847">Get:12 http://127.0.0.1:3142/ftp.us.debian.org/debian bookworm/main i386 gzip i386 1.12-1 [141 kB] </system_output> <system_output timestamp="781.461192">Get:13 http://127.0.0.1:3142/ftp.us.debian.org/debian bookworm/main i386 hostname i386 3.23+nmu1 [10.9 kB] </system_output> <system_output timestamp="781.471996">Get:14 http://127.0.0.1:3142/ftp.us.debian.org/debian bookworm/main i386 login i386 1:4.13+dfsg1-1+b1 [617 kB] </system_output> <system_output timestamp="781.482326">Get:15 http://127.0.0.1:3142/ftp.us.debian.org/debian bookworm/main i386 ncurses-bin i386 6.4-4 [424 kB] </system_output> <system_output timestamp="781.489104">Get:16 http://127.0.0.1:3142/ftp.us.debian.org/debian bookworm/main i386 util-linux-extra i386 2.38.1-5+deb12u1 [117 kB] </system_output> <system_output timestamp="781.50143">... [TRUNCATED TO SAVE SPACE] ...</system_output> <system_output timestamp="781.516361">... [TRUNCATED TO SAVE SPACE] ...</system_output> <system_output timestamp="781.530759">... [TRUNCATED TO SAVE SPACE] ...</system_output> <system_output timestamp="781.53312">... [TRUNCATED TO SAVE SPACE] ...</system_output> <system_output timestamp="781.534173">Get:21 http://127.0.0.1:3142/ftp.us.debian.org/debian bookworm/main i386 libc-bin i386 2.36-9+deb12u8 [633 kB] </system_output> <system_output timestamp="781.550462">Get:22 http://127.0.0.1:3142/ftp.us.debian.org/debian bookworm/main i386 libip4tc2 i386 1.8.9-2 [19.8 kB] </system_output> <system_output timestamp="781.557535">Get:23 http://127.0.0.1:3142/ftp.us.debian.org/debian bookworm/main i386 libsystemd-shared i386 252.30-1~deb12u2 [1,763 kB] </system_output> <system_output timestamp="781.605696">Get:24 http://127.0.0.1:3142/ftp.us.debian.org/debian bookworm/main i386 systemd i386 252.30-1~deb12u2 [3,042 kB] </system_output> <system_output timestamp="781.655291">Get:25 http://127.0.0.1:3142/ftp.us.debian.org/debian bookworm/main i386 systemd-sysv i386 252.30-1~deb12u2 [42.5 kB] </system_output> ### TARGET LINE (Extract and Classify THIS Timestamp): <system_output timestamp="781.657181">Get:26 http://127.0.0.1:3142/ftp.us.debian.org/debian bookworm/main i386 init i386 1.65.2 [16.8 kB] </system_output>	781.657181, 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="781.53312">Get:20 http://127.0.0.1:3142/ftp.us.debian.org/debian bookworm/main i386 usr-is-merged all 37~deb12u1 [5,616 B] </system_output> <system_output timestamp="781.534173">Get:21 http://127.0.0.1:3142/ftp.us.debian.org/debian bookworm/main i386 libc-bin i386 2.36-9+deb12u8 [633 kB] </system_output> <system_output timestamp="781.550462">Get:22 http://127.0.0.1:3142/ftp.us.debian.org/debian bookworm/main i386 libip4tc2 i386 1.8.9-2 [19.8 kB] </system_output> <system_output timestamp="781.557535">Get:23 http://127.0.0.1:3142/ftp.us.debian.org/debian bookworm/main i386 libsystemd-shared i386 252.30-1~deb12u2 [1,763 kB] </system_output> <system_output timestamp="781.605696">Get:24 http://127.0.0.1:3142/ftp.us.debian.org/debian bookworm/main i386 systemd i386 252.30-1~deb12u2 [3,042 kB] </system_output> <system_output timestamp="781.655291">... [TRUNCATED TO SAVE SPACE] ...</system_output> <system_output timestamp="781.657181">... [TRUNCATED TO SAVE SPACE] ...</system_output> <system_output timestamp="781.658573">... [TRUNCATED TO SAVE SPACE] ...</system_output> <system_output timestamp="781.659817">... [TRUNCATED TO SAVE SPACE] ...</system_output> <system_output timestamp="781.661924">Get:29 http://127.0.0.1:3142/ftp.us.debian.org/debian bookworm/main i386 tzdata all 2024a-0+deb12u1 [297 kB] </system_output> <system_output timestamp="781.666418">Get:30 http://127.0.0.1:3142/ftp.us.debian.org/debian bookworm/main i386 ifupdown i386 0.8.41 [63.5 kB] </system_output> <system_output timestamp="781.66813">Get:31 http://127.0.0.1:3142/ftp.us.debian.org/debian bookworm/main i386 iputils-ping i386 3:20221126-1 [49.7 kB] </system_output> <system_output timestamp="781.669951">Get:32 http://127.0.0.1:3142/ftp.us.debian.org/debian bookworm/main i386 logrotate i386 3.21.0-1 [64.6 kB] </system_output> <system_output timestamp="781.672416">Get:33 http://127.0.0.1:3142/ftp.us.debian.org/debian bookworm/main i386 libnftnl11 i386 1.2.4-2 [67.2 kB] </system_output> ### TARGET LINE (Extract and Classify THIS Timestamp): <system_output timestamp="781.674249">Get:34 http://127.0.0.1:3142/ftp.us.debian.org/debian bookworm/main i386 libnftables1 i386 1.0.6-2+deb12u2 [310 kB] </system_output>	781.674249, 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="798.228551">Get: 21 http://127.0.0.1:3142/ftp.de.debian.org/debian bookworm/main i386 libglapi-mesa i386 22.3.6-1+deb12u1 [35.6 kB] </system_output> <system_output timestamp="798.229949">Get: 22 http://127.0.0.1:3142/ftp.de.debian.org/debian bookworm/main i386 libwayland-client0 i386 1.21.0-1 [29.0 kB] </system_output> <system_output timestamp="798.230608">Get: 23 http://127.0.0.1:3142/ftp.de.debian.org/debian bookworm/main i386 libx11-xcb1 i386 2:1.8.4-2+deb12u2 [192 kB] </system_output> <system_output timestamp="798.234192">Get: 24 http://127.0.0.1:3142/ftp.de.debian.org/debian bookworm/main i386 libxcb-dri2-0 i386 1.15-1 [107 kB] </system_output> <system_output timestamp="798.267906">Get: 25 http://127.0.0.1:3142/ftp.de.debian.org/debian bookworm/main i386 libxcb-dri3-0 i386 1.15-1 [107 kB] </system_output> <system_output timestamp="798.269772">... [TRUNCATED TO SAVE SPACE] ...</system_output> <system_output timestamp="798.272184">... [TRUNCATED TO SAVE SPACE] ...</system_output> <system_output timestamp="798.274729">... [TRUNCATED TO SAVE SPACE] ...</system_output> <system_output timestamp="798.276924">... [TRUNCATED TO SAVE SPACE] ...</system_output> <system_output timestamp="798.291756">Get: 30 http://127.0.0.1:3142/ftp.de.debian.org/debian bookworm/main i386 libxshmfence1 i386 1.3-1 [8,976 B] </system_output> <system_output timestamp="798.295854">Get: 31 http://127.0.0.1:3142/ftp.de.debian.org/debian bookworm/main i386 libegl-mesa0 i386 22.3.6-1+deb12u1 [124 kB] </system_output> <system_output timestamp="798.301963">Get: 32 http://127.0.0.1:3142/ftp.de.debian.org/debian bookworm/main i386 libegl1 i386 1.6.0-1 [35.6 kB] </system_output> <system_output timestamp="798.304498">Get: 33 http://127.0.0.1:3142/ftp.de.debian.org/debian bookworm/main i386 libgles2 i386 1.6.0-1 [16.3 kB] </system_output> <system_output timestamp="798.320663">Get: 34 http://127.0.0.1:3142/ftp.de.debian.org/debian bookworm/main i386 x11-common all 1:7.7+23 [252 kB] </system_output> ### TARGET LINE (Extract and Classify THIS Timestamp): <system_output timestamp="798.324746">Get: 35 http://127.0.0.1:3142/ftp.de.debian.org/debian bookworm/main i386 libice6 i386 2:1.0.10-1 [60.8 kB] </system_output>	798.324746, 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="868.109473">Get: 77 http://127.0.0.1:3142/ftp.de.debian.org/debian bookworm/main i386 icu-devtools i386 72.1-3 [214 kB] </system_output> <system_output timestamp="868.139522">Get: 78 http://127.0.0.1:3142/ftp.de.debian.org/debian bookworm/main i386 libicu-dev i386 72.1-3 [10.6 MB] </system_output> <system_output timestamp="868.271675">Get: 79 http://127.0.0.1:3142/ftp.de.debian.org/debian bookworm/main i386 libxml2-dev i386 2.9.14+dfsg-1.3~deb12u1 [846 kB] </system_output> <system_output timestamp="868.281481">Get: 80 http://127.0.0.1:3142/ftp.de.debian.org/debian bookworm/main i386 libxt-dev i386 1:1.2.1-1.1 [419 kB] </system_output> <system_output timestamp="868.286818">Get: 81 http://127.0.0.1:3142/ftp.de.debian.org/debian bookworm/main i386 libmagickcore-6.q16-dev i386 8:6.9.11.60+dfsg-1.6+deb12u2 [1,200 kB] </system_output> <system_output timestamp="868.299464">... [TRUNCATED TO SAVE SPACE] ...</system_output> <system_output timestamp="868.300995">... [TRUNCATED TO SAVE SPACE] ...</system_output> <system_output timestamp="868.375623">... [TRUNCATED TO SAVE SPACE] ...</system_output> <system_output timestamp="868.422446">... [TRUNCATED TO SAVE SPACE] ...</system_output> <system_output timestamp="868.684054">Building dependency tree... </system_output> <system_output timestamp="868.685635">Reading state information... </system_output> <system_output timestamp="868.886477">Reading extended state information... </system_output> <system_output timestamp="868.907746">Initializing package states... </system_output> <system_output timestamp="870.007802">Writing extended state information... </system_output> ### TARGET LINE (Extract and Classify THIS Timestamp): <system_output timestamp="870.263653">Building tag database... </system_output>	870.263653, 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="896.042197">Reading package lists... </system_output> <system_output timestamp="896.286689">Building dependency tree... </system_output> <system_output timestamp="896.28868">Reading state information... </system_output> <system_output timestamp="896.484711">Reading extended state information... </system_output> <system_output timestamp="896.50613">Initializing package states... </system_output> <system_output timestamp="897.072101">... [TRUNCATED TO SAVE SPACE] ...</system_output> <system_output timestamp="897.324558">... [TRUNCATED TO SAVE SPACE] ...</system_output> <system_output timestamp="897.885982">... [TRUNCATED TO SAVE SPACE] ...</system_output> <system_output timestamp="897.969632">... [TRUNCATED TO SAVE SPACE] ...</system_output> <system_output timestamp="897.978874">Get: 2 http://127.0.0.1:3142/ftp.de.debian.org/debian bookworm/main i386 cups-daemon i386 2.4.2-3+deb12u7 [368 kB] </system_output> <system_output timestamp="897.983936">Get: 3 http://127.0.0.1:3142/ftp.de.debian.org/debian bookworm/main i386 cups-common all 2.4.2-3+deb12u7 [256 kB] </system_output> <system_output timestamp="897.987843">Get: 4 http://127.0.0.1:3142/ftp.de.debian.org/debian bookworm/main i386 cups-client i386 2.4.2-3+deb12u7 [161 kB] </system_output> <system_output timestamp="897.990361">Get: 5 http://127.0.0.1:3142/ftp.de.debian.org/debian bookworm/main i386 cups-ipp-utils i386 2.4.2-3+deb12u7 [242 kB] </system_output> <system_output timestamp="897.993926">Get: 6 http://127.0.0.1:3142/ftp.de.debian.org/debian bookworm/main i386 libnspr4 i386 2:4.35-1 [123 kB] </system_output> ### TARGET LINE (Extract and Classify THIS Timestamp): <system_output timestamp="898.012768">Get: 7 http://127.0.0.1:3142/ftp.de.debian.org/debian bookworm/main i386 libnss3 i386 2:3.87.1-1 [1,439 kB] </system_output>	898.012768, 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="908.489369">Initializing package states... </system_output> <system_output timestamp="910.510141">Writing extended state information... </system_output> <system_output timestamp="910.770631">Building tag database... </system_output> <system_output timestamp="911.102659">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="911.103191">pl</system_output> <system_output timestamp="911.429508">... [TRUNCATED TO SAVE SPACE] ...</system_output> <system_output timestamp="911.555292">... [TRUNCATED TO SAVE SPACE] ...</system_output> <system_output timestamp="911.783657">... [TRUNCATED TO SAVE SPACE] ...</system_output> <system_output timestamp="911.786097">... [TRUNCATED TO SAVE SPACE] ...</system_output> <system_output timestamp="911.790486">Get: 4 http://127.0.0.1:3142/ftp.de.debian.org/debian bookworm/main i386 dictionaries-common all 1.29.5 [184 kB] </system_output> <system_output timestamp="911.794568">Get: 5 http://127.0.0.1:3142/ftp.de.debian.org/debian bookworm/main i386 libcamel-1.2-64 i386 3.46.4-2 [481 kB] </system_output> <system_output timestamp="911.835875">Get: 6 http://127.0.0.1:3142/ftp.de.debian.org/debian bookworm/main i386 libjson-glib-1.0-common all 1.6.6-1 [57.1 kB] </system_output> <system_output timestamp="911.841806">Get: 7 http://127.0.0.1:3142/ftp.de.debian.org/debian bookworm/main i386 libjson-glib-1.0-0 i386 1.6.6-1 [69.3 kB]</system_output> <system_output timestamp="911.842155"> </system_output> ### TARGET LINE (Extract and Classify THIS Timestamp): <system_output timestamp="911.846245">Get: 8 http://127.0.0.1:3142/ftp.de.debian.org/debian bookworm/main i386 libsecret-common all 0.20.5-3 [28.5 kB] </system_output>	911.846245, 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="921.089536">Get: 24 http://127.0.0.1:3142/ftp.de.debian.org/debian bookworm/main i386 libvariable-magic-perl i386 0.63-1+b1 [44.5 kB] </system_output> <system_output timestamp="921.093683">Get: 25 http://127.0.0.1:3142/ftp.de.debian.org/debian bookworm/main i386 libb-hooks-endofscope-perl all 0.26-1 [19.6 kB] </system_output> <system_output timestamp="921.095131">Get: 26 http://127.0.0.1:3142/ftp.de.debian.org/debian bookworm/main i386 libpackage-stash-perl all 0.40-1 [22.0 kB] </system_output> <system_output timestamp="921.097256">Get: 27 http://127.0.0.1:3142/ftp.de.debian.org/debian bookworm/main i386 libsub-identify-perl i386 0.14-3 [10.9 kB] </system_output> <system_output timestamp="921.097929">Get: 28 http://127.0.0.1:3142/ftp.de.debian.org/debian bookworm/main i386 libnamespace-clean-perl all 0.27-2 [17.8 kB] </system_output> <system_output timestamp="921.119498">... [TRUNCATED TO SAVE SPACE] ...</system_output> <system_output timestamp="921.123805">... [TRUNCATED TO SAVE SPACE] ...</system_output> <system_output timestamp="921.127276">... [TRUNCATED TO SAVE SPACE] ...</system_output> <system_output timestamp="921.129269">... [TRUNCATED TO SAVE SPACE] ...</system_output> <system_output timestamp="921.132417">Get: 33 http://127.0.0.1:3142/ftp.de.debian.org/debian bookworm/main i386 libsub-exporter-perl all 0.989-1 [50.5 kB] </system_output> <system_output timestamp="921.135201">Get: 34 http://127.0.0.1:3142/ftp.de.debian.org/debian bookworm/main i386 libeval-closure-perl all 0.14-3 [11.2 kB] </system_output> <system_output timestamp="921.135604">Get: 35 http://127.0.0.1:3142/ftp.de.debian.org/debian bookworm/main i386 libclass-data-inheritable-perl all 0.08-3 [8,588 B] </system_output> <system_output timestamp="921.140433">Get: 36 http://127.0.0.1:3142/ftp.de.debian.org/debian bookworm/main i386 libdevel-stacktrace-perl all 2.0400-2 [26.8 kB] </system_output> <system_output timestamp="921.142868">Get: 37 http://127.0.0.1:3142/ftp.de.debian.org/debian bookworm/main i386 libexception-class-perl all 1.45-1 [34.6 kB] </system_output> ### TARGET LINE (Extract and Classify THIS Timestamp): <system_output timestamp="921.1449">Get: 38 http://127.0.0.1:3142/ftp.de.debian.org/debian bookworm/main i386 libparams-validationcompiler-perl all 0.31-1 [30.9 kB] </system_output>	921.1449, 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="929.464463">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="929.472125">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="929.474938">Get: 6 http://127.0.0.1:3142/ftp.de.debian.org/debian bookworm/main i386 libinput-bin i386 1.22.1-1 [23.5 kB] </system_output> <system_output timestamp="929.477901">Get: 7 http://127.0.0.1:3142/ftp.de.debian.org/debian bookworm/main i386 libinput10 i386 1.22.1-1 [140 kB] </system_output> <system_output timestamp="929.492835">Get: 8 http://127.0.0.1:3142/ftp.de.debian.org/debian bookworm/main i386 libmd4c0 i386 0.4.8-1 [44.9 kB] </system_output> <system_output timestamp="929.496203">... [TRUNCATED TO SAVE SPACE] ...</system_output> <system_output timestamp="929.506199">... [TRUNCATED TO SAVE SPACE] ...</system_output> <system_output timestamp="929.531438">... [TRUNCATED TO SAVE SPACE] ...</system_output> <system_output timestamp="929.565989">... [TRUNCATED TO SAVE SPACE] ...</system_output> <system_output timestamp="929.568572">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="929.570085">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> <system_output timestamp="929.585616">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> <system_output timestamp="929.590697">Get: 16 http://127.0.0.1:3142/ftp.de.debian.org/debian bookworm/main i386 libxcb-xinput0 i386 1.15-1 [134 kB] </system_output> <system_output timestamp="929.597127">Get: 17 http://127.0.0.1:3142/ftp.de.debian.org/debian bookworm/main i386 libqt5gui5 i386 5.15.8+dfsg-11+deb12u2 [5,897 kB] </system_output> ### TARGET LINE (Extract and Classify THIS Timestamp): <system_output timestamp="929.76094">Get: 18 http://127.0.0.1:3142/ftp.de.debian.org/debian bookworm/main i386 libqt5positioning5 i386 5.15.8+dfsg-3+deb12u1 [224 kB] </system_output>	929.76094, 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="930.709145">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="930.7116">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="930.712701">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="930.714138">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="930.7255">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="930.728586">... [TRUNCATED TO SAVE SPACE] ...</system_output> <system_output timestamp="930.730669">... [TRUNCATED TO SAVE SPACE] ...</system_output> <system_output timestamp="930.736773">... [TRUNCATED TO SAVE SPACE] ...</system_output> <system_output timestamp="930.741711">... [TRUNCATED TO SAVE SPACE] ...</system_output> <system_output timestamp="930.743461">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="930.75313">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="930.754828">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="930.76857">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="930.77263">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="930.809606">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>	930.809606, 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="953.402281">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="953.440895">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="953.443105">Fetched 123 kB in 0s (8,393 kB/s) </system_output> <system_output timestamp="953.478272">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 debsums </system_output> <system_output timestamp="953.525592">Reading package lists... </system_output> <system_output timestamp="953.748545">... [TRUNCATED TO SAVE SPACE] ...</system_output> <system_output timestamp="953.751646">... [TRUNCATED TO SAVE SPACE] ...</system_output> <system_output timestamp="953.936821">... [TRUNCATED TO SAVE SPACE] ...</system_output> <system_output timestamp="953.953388">... [TRUNCATED TO SAVE SPACE] ...</system_output> <system_output timestamp="954.448218">Writing extended state information... </system_output> <system_output timestamp="954.694498">Building tag database... </system_output> <system_output timestamp="955.180803">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> <system_output timestamp="955.267622">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> <system_output timestamp="955.270983">Get: 2 http://127.0.0.1:3142/ftp.de.debian.org/debian bookworm/main i386 debsums all 3.0.2.1 [35.5 kB] </system_output> ### TARGET LINE (Extract and Classify THIS Timestamp): <system_output timestamp="955.319321">Fetched 45.8 kB in 0s (653 kB/s) </system_output>	955.319321, 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="1027.419867">The following NEW packages will be installed: dpkg{a} gcc-12-base{a} libacl1{a} libbz2-1.0{a} libc6{a} libcom-err2{a} libcrypt1{a} libdb5.3{a} libexpat1{a} libffi8{a} libgcc-s1{a} libgssapi-krb5-2{a} libk5crypto3{a} libkeyutils1{a} libkrb5-3{a} libkrb5support0{a} liblzma5{a} libmd0{a} libncursesw6{a} libnsl2{a} libpcre2-8-0{a} libpython3-stdlib{a} libpython3.11-minimal{a} libpython3.11-stdlib{a} libreadline8{a} libselinux1{a} libsqlite3-0{a} libssl3{a} libtinfo6{a} libtirpc-common{a} libtirpc3{a} libuuid1{a} libzstd1{a} media-types{a} python3{a} python3-minimal{a} python3-waitress python3.11{a} python3.11-minimal{a} readline-common{a} tar{a} zlib1g{a} The following packages are RECOMMENDED but will NOT be installed: ca-certificates krb5-locales libgpm2 libidn2-0 uuid-runtime 0 packages upgraded, 42 newly installed, 0 to remove and 0 not upgraded. Need to get 48.9 kB/17.1 MB of archives. After unpacking 61.7 MB will be used. Writing extended state information... </system_output> <system_output timestamp="1027.489125">Get: 1 http://127.0.0.1:3142/ftp.de.debian.org/debian bookworm/main i386 python3-waitress all 2.1.2-2 [48.9 kB] </system_output> <system_output timestamp="1027.490614">Fetched 48.9 kB in 0s (2,934 kB/s) </system_output> <system_output timestamp="1027.545248">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-webtest </system_output> <system_output timestamp="1027.592258">Reading package lists... </system_output> <system_output timestamp="1027.851977">... [TRUNCATED TO SAVE SPACE] ...</system_output> <system_output timestamp="1027.855286">... [TRUNCATED TO SAVE SPACE] ...</system_output> <system_output timestamp="1028.055109">... [TRUNCATED TO SAVE SPACE] ...</system_output> <system_output timestamp="1028.076774">... [TRUNCATED TO SAVE SPACE] ...</system_output> <system_output timestamp="1028.641368">Writing extended state information... </system_output> <system_output timestamp="1028.914927">Building tag database... </system_output> <system_output timestamp="1029.447949">The following NEW packages will be installed: dpkg{a} gcc-12-base{a} libacl1{a} libbz2-1.0{a} libc6{a} libcom-err2{a} libcrypt1{a} libdb5.3{a} libexpat1{a} libffi8{a} libgcc-s1{a} libgssapi-krb5-2{a} libk5crypto3{a} libkeyutils1{a} libkrb5-3{a} libkrb5support0{a} liblzma5{a} libmd0{a} libncursesw6{a} libnsl2{a} libpcre2-8-0{a} libpython3-stdlib{a} libpython3.11-minimal{a} libpython3.11-stdlib{a} libreadline8{a} libselinux1{a} libsqlite3-0{a} libssl3{a} libtinfo6{a} libtirpc-common{a} libtirpc3{a} libuuid1{a} libzstd1{a} media-types{a} python3{a} python3-bs4{a} python3-minimal{a} python3-paste{a} python3-pastedeploy{a} python3-pastedeploy-tpl{a} python3-pkg-resources{a} python3-six{a} python3-soupsieve{a} python3-tempita{a} python3-waitress{a} python3-webob{a} python3-webtest python3.11{a} python3.11-minimal{a} readline-common{a} tar{a} zlib1g{a} The following packages are RECOMMENDED but will NOT be installed: ca-certificates krb5-locales libgpm2 libidn2-0 python3-chardet python3-lxml python3-openssl python3-pastescript uuid-runtime 0 packages upgraded, 52 newly installed, 0 to remove and 0 not upgraded. Need to get 849 kB/18.3 MB of archives. After unpacking 65.9 MB will be used. Writing extended state information... </system_output> <system_output timestamp="1029.518364">Get: 1 http://127.0.0.1:3142/ftp.de.debian.org/debian bookworm/main i386 python3-soupsieve all 2.3.2-1 [38.8 kB] </system_output> <system_output timestamp="1029.575025">Get: 2 http://127.0.0.1:3142/ftp.de.debian.org/debian bookworm/main i386 python3-bs4 all 4.11.2-2 [121 kB] </system_output> ### TARGET LINE (Extract and Classify THIS Timestamp): <system_output timestamp="1029.578322">Get: 3 http://127.0.0.1:3142/ftp.de.debian.org/debian bookworm/main i386 python3-tempita all 0.5.2-7 [15.0 kB] Get: 4 http://127.0.0.1:3142/ftp.de.debian.org/debian bookworm/main i386 python3-paste all 3.5.2+repack-1 [525 kB] </system_output>	1029.578322, 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="1033.54796">The following NEW packages will be installed: ca-certificates{a} debconf{a} docutils-common{a} dpkg{a} gcc-12-base{a} libacl1{a} libbz2-1.0{a} libc6{a} libcom-err2{a} libcrypt1{a} libdb5.3{a} libexpat1{a} libffi8{a} libgcc-s1{a} libgdbm-compat4{a} libgdbm6{a} libgssapi-krb5-2{a} libjs-jquery{a} libjs-sphinxdoc{a} libjs-underscore{a} libjson-perl{a} libk5crypto3{a} libkeyutils1{a} libkrb5-3{a} libkrb5support0{a} liblzma5{a} libmd0{a} libncursesw6{a} libnsl2{a} libpcre2-8-0{a} libperl5.36{a} libpython3-stdlib{a} libpython3.11-minimal{a} libpython3.11-stdlib{a} libreadline8{a} libselinux1{a} libsqlite3-0{a} libssl3{a} libtinfo6{a} libtirpc-common{a} libtirpc3{a} libuuid1{a} libzstd1{a} media-types{a} openssl{a} perl{a} perl-base{a} perl-modules-5.36{a} python-babel-localedata{a} python3{a} python3-alabaster{a} python3-babel{a} python3-certifi{a} python3-chardet{a} python3-charset-normalizer{a} python3-distutils{a} python3-docutils{a} python3-idna{a} python3-imagesize{a} python3-jinja2{a} python3-lib2to3{a} python3-markupsafe{a} python3-minimal{a} python3-packaging{a} python3-pkg-resources{a} python3-pygments{a} python3-requests{a} python3-roman{a} python3-six{a} python3-snowballstemmer{a} python3-sphinx python3-tz{a} python3-urllib3{a} python3.11{a} python3.11-minimal{a} readline-common{a} sed{a} sgml-base{a} sphinx-common{a} tar{a} tzdata{a} xml-core{a} zlib1g{a} The following packages are RECOMMENDED but will NOT be installed: apt-utils debconf-i18n javascript-common krb5-locales libgpm2 libidn2-0 libjson-xs-perl libpaper-utils make make-guile netbase python3-pil uuid-runtime 0 packages upgraded, 83 newly installed, 0 to remove and 0 not upgraded. Need to get 8,473 kB/38.4 MB of archives. After unpacking 171 MB will be used. Writing extended state information... </system_output> <system_output timestamp="1033.626701">Get: 1 http://127.0.0.1:3142/ftp.de.debian.org/debian bookworm/main i386 docutils-common all 0.19+dfsg-6 [127 kB] </system_output> <system_output timestamp="1033.692075">Get: 2 http://127.0.0.1:3142/ftp.de.debian.org/debian bookworm/main i386 python-babel-localedata all 2.10.3-1 [5,615 kB] </system_output> <system_output timestamp="1033.832729">Get: 3 http://127.0.0.1:3142/ftp.de.debian.org/debian bookworm/main i386 python3-alabaster all 0.7.12-1 [20.8 kB] </system_output> <system_output timestamp="1033.834605">Get: 4 http://127.0.0.1:3142/ftp.de.debian.org/debian bookworm/main i386 python3-babel all 2.10.3-1 [103 kB] </system_output> <system_output timestamp="1033.836929">... [TRUNCATED TO SAVE SPACE] ...</system_output> <system_output timestamp="1033.845283">... [TRUNCATED TO SAVE SPACE] ...</system_output> <system_output timestamp="1033.85207">... [TRUNCATED TO SAVE SPACE] ...</system_output> <system_output timestamp="1033.853756">... [TRUNCATED TO SAVE SPACE] ...</system_output> <system_output timestamp="1033.855612">Get: 9 http://127.0.0.1:3142/ftp.de.debian.org/debian bookworm/main i386 python3-jinja2 all 3.1.2-1 [119 kB] </system_output> <system_output timestamp="1033.861089">Get: 10 http://127.0.0.1:3142/ftp.de.debian.org/debian bookworm/main i386 python3-packaging all 23.0-1 [32.5 kB] </system_output> <system_output timestamp="1033.863515">Get: 11 http://127.0.0.1:3142/ftp.de.debian.org/debian bookworm/main i386 python3-pygments all 2.14.0+dfsg-1 [783 kB] </system_output> <system_output timestamp="1033.886577">Get: 12 http://127.0.0.1:3142/ftp.de.debian.org/debian bookworm/main i386 python3-snowballstemmer all 2.2.0-2 [57.8 kB] </system_output> <system_output timestamp="1033.901977">Get: 13 http://127.0.0.1:3142/ftp.de.debian.org/debian bookworm/main i386 sphinx-common all 5.3.0-4 [653 kB] </system_output> ### TARGET LINE (Extract and Classify THIS Timestamp): <system_output timestamp="1033.920672">Get: 14 http://127.0.0.1:3142/ftp.de.debian.org/debian bookworm/main i386 python3-sphinx all 5.3.0-4 [549 kB] </system_output>	1033.920672, 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="1044.052558">Building tag database... </system_output> <system_output timestamp="1044.576047">The following NEW packages will be installed: dpkg{a} gcc-12-base{a} libacl1{a} libbz2-1.0{a} libc6{a} libcom-err2{a} libcrypt1{a} libdb5.3{a} libexpat1{a} libffi8{a} libgcc-s1{a} libgssapi-krb5-2{a} libk5crypto3{a} libkeyutils1{a} libkrb5-3{a} libkrb5support0{a} liblzma5{a} libmd0{a} libncursesw6{a} libnsl2{a} libpcre2-8-0{a} libpython3-stdlib{a} libpython3.11-minimal{a} libpython3.11-stdlib{a} libreadline8{a} libselinux1{a} libsqlite3-0{a} libssl3{a} libtinfo6{a} libtirpc-common{a} libtirpc3{a} libuuid1{a} libzstd1{a} media-types{a} python3{a} python3-dulwich python3-minimal{a} python3-six{a} python3-urllib3{a} python3.11{a} python3.11-minimal{a} readline-common{a} tar{a} zlib1g{a} The following packages are RECOMMENDED but will NOT be installed: ca-certificates krb5-locales libgpm2 libidn2-0 python3-fastimport uuid-runtime 0 packages upgraded, 44 newly installed, 0 to remove and 0 not upgraded. Need to get 320 kB/17.5 MB of archives. After unpacking 63.9 MB will be used. Writing extended state information... </system_output> <system_output timestamp="1044.645778">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="1044.650958">Fetched 320 kB in 0s (15.4 MB/s) </system_output> <system_output timestamp="1044.703969">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="1044.748041">... [TRUNCATED TO SAVE SPACE] ...</system_output> <system_output timestamp="1044.998497">... [TRUNCATED TO SAVE SPACE] ...</system_output> <system_output timestamp="1045.002097">... [TRUNCATED TO SAVE SPACE] ...</system_output> <system_output timestamp="1045.202078">... [TRUNCATED TO SAVE SPACE] ...</system_output> <system_output timestamp="1045.223632">Initializing package states... </system_output> <system_output timestamp="1045.926783">Writing extended state information... </system_output> <system_output timestamp="1046.182055">Building tag database... </system_output> <system_output timestamp="1046.703567">The following NEW packages will be installed: dpkg{a} gcc-12-base{a} libacl1{a} libbz2-1.0{a} libc6{a} libcom-err2{a} libcrypt1{a} libdb5.3{a} libexpat1{a} libffi8{a} libgcc-s1{a} libgssapi-krb5-2{a} libk5crypto3{a} libkeyutils1{a} libkrb5-3{a} libkrb5support0{a} liblzma5{a} libmd0{a} libncursesw6{a} libnsl2{a} libpcre2-8-0{a} libpython3-stdlib{a} libpython3.11-minimal{a} libpython3.11-stdlib{a} libreadline8{a} libselinux1{a} libsqlite3-0{a} libssl3{a} libtinfo6{a} libtirpc-common{a} libtirpc3{a} libuuid1{a} libzstd1{a} media-types{a} python3{a} python3-beaker python3-minimal{a} python3.11{a} python3.11-minimal{a} readline-common{a} tar{a} zlib1g{a} The following packages are RECOMMENDED but will NOT be installed: ca-certificates krb5-locales libgpm2 libidn2-0 python3-pkg-resources uuid-runtime 0 packages upgraded, 42 newly installed, 0 to remove and 0 not upgraded. Need to get 40.3 kB/17.1 MB of archives. After unpacking 61.7 MB will be used. Writing extended state information... </system_output> <system_output timestamp="1046.779278">Get: 1 http://127.0.0.1:3142/ftp.de.debian.org/debian bookworm/main i386 python3-beaker all 1.11.0-3 [40.3 kB] </system_output> ### TARGET LINE (Extract and Classify THIS Timestamp): <system_output timestamp="1046.78045">Fetched 40.3 kB in 0s (2,292 kB/s) </system_output>	1046.78045, 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="1062.771078">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 lacheck </system_output> <system_output timestamp="1062.814282">Reading package lists... </system_output> <system_output timestamp="1063.036943">Building dependency tree... </system_output> <system_output timestamp="1063.040362">Reading state information... </system_output> <system_output timestamp="1063.2246">Reading extended state information... </system_output> <system_output timestamp="1063.241869">... [TRUNCATED TO SAVE SPACE] ...</system_output> <system_output timestamp="1063.715682">... [TRUNCATED TO SAVE SPACE] ...</system_output> <system_output timestamp="1063.965895">... [TRUNCATED TO SAVE SPACE] ...</system_output> <system_output timestamp="1064.418565">... [TRUNCATED TO SAVE SPACE] ...</system_output> <system_output timestamp="1064.475065">Get: 1 http://127.0.0.1:3142/ftp.de.debian.org/debian bookworm/main i386 lacheck i386 1.26-17 [27.5 kB] </system_output> <system_output timestamp="1064.47629">Fetched 27.5 kB in 0s (1,859 kB/s) </system_output> <system_output timestamp="1064.519769">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 doxygen </system_output> <system_output timestamp="1064.609335">Reading package lists... </system_output> <system_output timestamp="1064.858233">Building dependency tree... </system_output> ### TARGET LINE (Extract and Classify THIS Timestamp): <system_output timestamp="1064.861716">Reading state information... </system_output>	1064.861716, 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="1072.332785">Reading extended state information... </system_output> <system_output timestamp="1072.350322">Initializing package states... </system_output> <system_output timestamp="1072.956869">Writing extended state information... </system_output> <system_output timestamp="1073.245057">Building tag database... </system_output> <system_output timestamp="1073.705066">The following NEW packages will be installed: admesh gcc-12-base{a} libadmesh1{a} libc6{a} libgcc-s1{a} The following packages are RECOMMENDED but will NOT be installed: libidn2-0 0 packages upgraded, 5 newly installed, 0 to remove and 0 not upgraded. Need to get 48.3 kB/2,772 kB of archives. After unpacking 12.8 MB will be used. Writing extended state information... </system_output> <system_output timestamp="1073.85798">... [TRUNCATED TO SAVE SPACE] ...</system_output> <system_output timestamp="1073.883137">... [TRUNCATED TO SAVE SPACE] ...</system_output> <system_output timestamp="1073.927836">... [TRUNCATED TO SAVE SPACE] ...</system_output> <system_output timestamp="1073.971217">... [TRUNCATED TO SAVE SPACE] ...</system_output> <system_output timestamp="1074.015351">Reading package lists... </system_output> <system_output timestamp="1074.240765">Building dependency tree... </system_output> <system_output timestamp="1074.244151">Reading state information... </system_output> <system_output timestamp="1074.431807">Reading extended state information... </system_output> <system_output timestamp="1074.449129">Initializing package states... </system_output> ### TARGET LINE (Extract and Classify THIS Timestamp): <system_output timestamp="1075.055872">Writing extended state information... </system_output>	1075.055872, 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="1098.761318">Reading extended state information... </system_output> <system_output timestamp="1098.783452">Initializing package states... </system_output> <system_output timestamp="1099.654475">Writing extended state information... </system_output> <system_output timestamp="1099.910251">Building tag database... </system_output> <system_output timestamp="1100.407244">The following NEW packages will be installed: bind9-dnsutils{a} bind9-host{a} bind9-libs{a} dnsutils gcc-12-base{a} libbsd0{a} libc6{a} libcom-err2{a} libedit2{a} libfstrm0{a} libgcc-s1{a} libgssapi-krb5-2{a} libicu72{a} libidn2-0{a} libjemalloc2{a} libjson-c5{a} libk5crypto3{a} libkeyutils1{a} libkrb5-3{a} libkrb5support0{a} liblmdb0{a} liblzma5{a} libmaxminddb0{a} libmd0{a} libnghttp2-14{a} libprotobuf-c1{a} libssl3{a} libstdc++6{a} libtinfo6{a} libunistring2{a} libuv1{a} libxml2{a} zlib1g{a} The following packages are RECOMMENDED but will NOT be installed: krb5-locales 0 packages upgraded, 33 newly installed, 0 to remove and 0 not upgraded. Need to get 985 kB/20.9 MB of archives. After unpacking 74.5 MB will be used. Writing extended state information... </system_output> <system_output timestamp="1100.488924">... [TRUNCATED TO SAVE SPACE] ...</system_output> <system_output timestamp="1100.528453">... [TRUNCATED TO SAVE SPACE] ...</system_output> <system_output timestamp="1100.535498">... [TRUNCATED TO SAVE SPACE] ...</system_output> <system_output timestamp="1100.5725">... [TRUNCATED TO SAVE SPACE] ...</system_output> <system_output timestamp="1100.624378">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 apt-cacher-ng </system_output> <system_output timestamp="1100.669692">Reading package lists... </system_output> <system_output timestamp="1100.917627">Building dependency tree... </system_output> <system_output timestamp="1100.921747">Reading state information... </system_output> <system_output timestamp="1101.123806">Reading extended state information... </system_output> ### TARGET LINE (Extract and Classify THIS Timestamp): <system_output timestamp="1101.144915">Initializing package states... </system_output>	1101.144915, 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="1118.646084">Building tag database... </system_output> <system_output timestamp="1119.232892">The following NEW packages will be installed: adduser{a} debconf{a} dirmngr{a} dpkg{a} gcc-12-base{a} gnupg{a} gnupg-l10n{a} gnupg-utils{a} gpg{a} gpg-agent{a} gpg-wks-client{a} gpg-wks-server{a} gpgconf{a} gpgsm{a} gpgv{a} init-system-helpers{a} libacl1{a} libarchive13{a} libassuan0{a} libaudit-common{a} libaudit1{a} libbz2-1.0{a} libc6{a} libcap-ng0{a} libcrypt1{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} libgpgme11{a} libhogweed6{a} libicu72{a} libidn2-0{a} libksba8{a} libldap-2.5-0{a} liblz4-1{a} liblzma5{a} libmd0{a} libncursesw6{a} libnettle8{a} libnpth0{a} libnumber-compare-perl{a} libp11-kit0{a} libpam-modules{a} libpam-modules-bin{a} libpam0g{a} libpcre2-8-0{a} libperl5.36{a} libreadline8{a} libsasl2-2{a} libsasl2-modules-db{a} libselinux1{a} libsemanage-common{a} libsemanage2{a} libsepol2{a} libsqlite3-0{a} libstdc++6{a} libtasn1-6{a} libtext-glob-perl{a} libtinfo6{a} libunistring2{a} libxml2{a} libzstd1{a} lsb-base{a} passwd{a} perl{a} perl-base{a} perl-modules-5.36{a} pinentry-curses{a} readline-common{a} reprepro sysvinit-utils{a} tar{a} usrmerge{a} zlib1g{a} zstd{a} The following packages are RECOMMENDED but will NOT be installed: apt apt-utils debconf-i18n libgpg-error-l10n libgpm2 libldap-common libsasl2-modules netbase sensible-utils 0 packages upgraded, 82 newly installed, 0 to remove and 0 not upgraded. Need to get 467 kB/46.0 MB of archives. After unpacking 167 MB will be used. Writing extended state information... </system_output> <system_output timestamp="1119.305941">Get: 1 http://127.0.0.1:3142/ftp.de.debian.org/debian bookworm/main i386 reprepro i386 5.3.1-1+deb12u1 [467 kB] </system_output> <system_output timestamp="1119.419941">Fetched 467 kB in 0s (3,671 kB/s) </system_output> <system_output timestamp="1119.481902">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 xorriso </system_output> <system_output timestamp="1119.526004">... [TRUNCATED TO SAVE SPACE] ...</system_output> <system_output timestamp="1119.765739">... [TRUNCATED TO SAVE SPACE] ...</system_output> <system_output timestamp="1119.769616">... [TRUNCATED TO SAVE SPACE] ...</system_output> <system_output timestamp="1119.968334">... [TRUNCATED TO SAVE SPACE] ...</system_output> <system_output timestamp="1119.989181">Initializing package states... </system_output> <system_output timestamp="1120.590237">Writing extended state information... </system_output> <system_output timestamp="1120.840451">Building tag database... </system_output> <system_output timestamp="1121.369808">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="1121.429598">Get: 1 http://127.0.0.1:3142/ftp.de.debian.org/debian bookworm/main i386 libburn4 i386 1.5.4-1 [176 kB] </system_output> ### TARGET LINE (Extract and Classify THIS Timestamp): <system_output timestamp="1121.492243">Get: 2 http://127.0.0.1:3142/ftp.de.debian.org/debian bookworm/main i386 libjte2 i386 1.22-3 [33.3 kB] </system_output>	1121.492243, 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="1186.395839">The following NEW packages will be installed: dpkg{a} gcc-12-base{a} libacl1{a} libbz2-1.0{a} libc6{a} libcrypt1{a} libdb5.3{a} libgcc-s1{a} libgdbm-compat4{a} libgdbm6{a} liblzma5{a} libmd0{a} libpcre2-8-0{a} libperl5.36{a} libselinux1{a} libtext-unidecode-perl{a} libzstd1{a} perl{a} perl-base{a} perl-modules-5.36{a} tar{a} texi2html zlib1g{a} The following packages are RECOMMENDED but will NOT be installed: libidn2-0 netbase 0 packages upgraded, 23 newly installed, 0 to remove and 0 not upgraded. Need to get 359 kB/16.2 MB of archives. After unpacking 81.1 MB will be used. Writing extended state information... </system_output> <system_output timestamp="1186.468097">Get: 1 http://127.0.0.1:3142/ftp.de.debian.org/debian bookworm/main i386 texi2html all 1.82+dfsg1-7 [359 kB] </system_output> <system_output timestamp="1186.480723">Fetched 359 kB in 0s (9,832 kB/s) </system_output> <system_output timestamp="1186.527578">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 libgpmg1-dev </system_output> <system_output timestamp="1186.569247">Reading package lists... </system_output> <system_output timestamp="1186.798211">... [TRUNCATED TO SAVE SPACE] ...</system_output> <system_output timestamp="1186.803161">... [TRUNCATED TO SAVE SPACE] ...</system_output> <system_output timestamp="1187.024089">... [TRUNCATED TO SAVE SPACE] ...</system_output> <system_output timestamp="1187.041316">... [TRUNCATED TO SAVE SPACE] ...</system_output> <system_output timestamp="1187.480893">Writing extended state information... </system_output> <system_output timestamp="1187.734466">Building tag database... </system_output> <system_output timestamp="1188.189365">Note: selecting "libgpm-dev" instead of the virtual package "libgpmg1-dev" The following NEW packages will be installed: gcc-12-base{a} libc-dev-bin{a} libc6{a} libc6-dev{a} libcom-err2{a} libcrypt-dev{a} libcrypt1{a} libgcc-s1{a} libgpm-dev libgpm2{a} libgssapi-krb5-2{a} libk5crypto3{a} libkeyutils1{a} libkrb5-3{a} libkrb5support0{a} libnsl-dev{a} libnsl2{a} libssl3{a} libtirpc-common{a} libtirpc-dev{a} libtirpc3{a} linux-libc-dev{a} rpcsvc-proto{a} The following packages are RECOMMENDED but will NOT be installed: krb5-locales libc-devtools libidn2-0 manpages manpages-dev 0 packages upgraded, 23 newly installed, 0 to remove and 0 not upgraded. Need to get 18.0 kB/9,941 kB of archives. After unpacking 39.6 MB will be used. Writing extended state information... </system_output> <system_output timestamp="1188.241889">Get: 1 http://127.0.0.1:3142/ftp.de.debian.org/debian bookworm/main i386 libgpm-dev i386 1.20.7-10+b1 [18.0 kB] </system_output> <system_output timestamp="1188.243097">Fetched 18.0 kB in 0s (1,350 kB/s)</system_output> ### TARGET LINE (Extract and Classify THIS Timestamp): <system_output timestamp="1188.243217"> </system_output>	1188.243217, 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="1213.676941">Fetched 1,552 kB in 0s (14.9 MB/s) </system_output> <system_output timestamp="1213.740137">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 mediawiki </system_output> <system_output timestamp="1213.799584">Reading package lists... </system_output> <system_output timestamp="1214.067218">Building dependency tree... </system_output> <system_output timestamp="1214.072139">Reading state information... </system_output> <system_output timestamp="1214.271473">... [TRUNCATED TO SAVE SPACE] ...</system_output> <system_output timestamp="1214.293741">... [TRUNCATED TO SAVE SPACE] ...</system_output> <system_output timestamp="1214.897795">... [TRUNCATED TO SAVE SPACE] ...</system_output> <system_output timestamp="1215.148177">... [TRUNCATED TO SAVE SPACE] ...</system_output> <system_output timestamp="1215.722859">The following NEW packages will be installed: apache2{a} apache2-bin{a} apache2-data{a} apache2-utils{a} debconf{a} dpkg{a} gcc-12-base{a} init-system-helpers{a} libacl1{a} libapache2-mod-php8.2{a} libapr1{a} libaprutil1{a} libaprutil1-dbd-sqlite3{a} libaprutil1-ldap{a} libargon2-1{a} libbrotli1{a} libbsd0{a} libbz2-1.0{a} libc6{a} libcap2{a} libcom-err2{a} libcrypt1{a} libcurl4{a} libdb5.3{a} libedit2{a} libexpat1{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} libjansson4{a} libk5crypto3{a} libkeyutils1{a} libkrb5-3{a} libkrb5support0{a} libldap-2.5-0{a} liblua5.3-0{a} liblz4-1{a} liblzma5{a} libmagic-mgc{a} libmagic1{a} libmd0{a} libncursesw6{a} libnettle8{a} libnghttp2-14{a} libnumber-compare-perl{a} libonig5{a} libp11-kit0{a} libpcre2-8-0{a} libperl5.36{a} libproc2-0{a} libpsl5{a} librtmp1{a} libsasl2-2{a} libsasl2-modules-db{a} libselinux1{a} libsodium23{a} libsqlite3-0{a} libssh2-1{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} libzstd1{a} lsb-base{a} media-types{a} mediawiki mediawiki-classes{a} perl{a} perl-base{a} perl-modules-5.36{a} php{a} php-common{a} php-intl{a} php-mbstring{a} php-mysql{a} php-xml{a} php8.2{a} php8.2-cli{a} php8.2-common{a} php8.2-intl{a} php8.2-mbstring{a} php8.2-mysql{a} php8.2-opcache{a} php8.2-readline{a} php8.2-xml{a} procps{a} psmisc{a} sensible-utils{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 ca-certificates debconf-i18n default-mysql-server graphicsmagick-imagemagick-compat imagemagick imagemagick-6.q16 krb5-locales libgpg-error-l10n libgpm2 libldap-common libsasl2-modules lua5.1 mariadb-server netbase php-apcu php-curl php-gd php-gmp php-luasandbox php-sqlite3 php-wikidiff2 php-yaml php8.2-apcu php8.2-curl php8.2-gd php8.2-gmp php8.2-sqlite3 php8.2-yaml postgresql-contrib publicsuffix python3-pygments ssl-cert uuid-runtime 0 packages upgraded, 110 newly installed, 0 to remove and 0 not upgraded. Need to get 42.7 MB/84.5 MB of archives. After unpacking 431 MB will be used. Writing extended state information... </system_output> <system_output timestamp="1215.803582">Get: 1 http://127.0.0.1:3142/ftp.de.debian.org/debian bookworm/main i386 apache2-data all 2.4.62-1~deb12u1 [160 kB] </system_output> <system_output timestamp="1215.815178">Get: 2 http://127.0.0.1:3142/ftp.de.debian.org/debian bookworm/main i386 apache2 i386 2.4.62-1~deb12u1 [223 kB] </system_output> <system_output timestamp="1215.818815">Get: 3 http://127.0.0.1:3142/ftp.de.debian.org/debian bookworm/main i386 php-common all 2:93 [13.1 kB] </system_output> <system_output timestamp="1215.821242">Get: 4 http://127.0.0.1:3142/ftp.de.debian.org/debian bookworm/main i386 php8.2-common i386 8.2.20-1~deb12u1 [697 kB] </system_output> ### TARGET LINE (Extract and Classify THIS Timestamp): <system_output timestamp="1215.832457">Get: 5 http://127.0.0.1:3142/ftp.de.debian.org/debian bookworm/main i386 php8.2-opcache i386 8.2.20-1~deb12u1 [331 kB] </system_output>	1215.832457, 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="1223.396187">Building dependency tree... </system_output> <system_output timestamp="1223.401234">Reading state information... </system_output> <system_output timestamp="1223.602082">Reading extended state information... </system_output> <system_output timestamp="1223.619667">Initializing package states... </system_output> <system_output timestamp="1224.450095">Writing extended state information... </system_output> <system_output timestamp="1224.702024">... [TRUNCATED TO SAVE SPACE] ...</system_output> <system_output timestamp="1225.165931">... [TRUNCATED TO SAVE SPACE] ...</system_output> <system_output timestamp="1225.224939">... [TRUNCATED TO SAVE SPACE] ...</system_output> <system_output timestamp="1225.24973">... [TRUNCATED TO SAVE SPACE] ...</system_output> <system_output timestamp="1225.292985">Get: 3 http://127.0.0.1:3142/ftp.de.debian.org/debian bookworm/main i386 mcrypt i386 2.6.8-6 [66.3 kB] </system_output> <system_output timestamp="1225.33512">Fetched 243 kB in 0s (1,973 kB/s) </system_output> <system_output timestamp="1225.383367">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 libphp-adodb </system_output> <system_output timestamp="1225.428783">Reading package lists... </system_output> <system_output timestamp="1225.68925">Building dependency tree... </system_output> ### TARGET LINE (Extract and Classify THIS Timestamp): <system_output timestamp="1225.694319">Reading state information... </system_output>	1225.694319, 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="1243.498642">Reading extended state information... </system_output> <system_output timestamp="1243.515377">Initializing package states... </system_output> <system_output timestamp="1244.783981">Writing extended state information... </system_output> <system_output timestamp="1245.080232">Building tag database... </system_output> <system_output timestamp="1245.382431">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="1245.382559">... [TRUNCATED TO SAVE SPACE] ...</system_output> <system_output timestamp="1245.679989">... [TRUNCATED TO SAVE SPACE] ...</system_output> <system_output timestamp="1245.78533">... [TRUNCATED TO SAVE SPACE] ...</system_output> <system_output timestamp="1245.793356">... [TRUNCATED TO SAVE SPACE] ...</system_output> <system_output timestamp="1245.838314">Fetched 823 kB in 0s (11.8 MB/s) </system_output> <system_output timestamp="1245.927562">Calling reprepro </system_output> <system_output timestamp="1417.982338">Exporting indices... </system_output> <system_output timestamp="1418.457628">/usr/bin/fai-mirror finished. Number of packages in the mirror: </system_output> <system_output timestamp="1418.674282">2199 </system_output> ### TARGET LINE (Extract and Classify THIS Timestamp): <system_output timestamp="1418.678409">Mirror size and location: </system_output>	1418.678409, 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="1418.78257">1.5G /usr/fai/mirror </system_output> <system_output timestamp="1470.823533">Copying the nfsroot to CD image </system_output> <system_output timestamp="1510.258345">Copying the config space to CD image </system_output> <system_output timestamp="1510.984194">Copying the mirror to CD image </system_output> <system_output timestamp="1644.537498">Parallel mksquashfs: Using 4 processors Creating 4.0 filesystem on /home/tmp/fai-cd.c7kj5E/LiveOS/squashfs.img, block size 131072. [===========================================\ ] 16300/22210 73%</system_output> <system_output timestamp="1654.357536">... [TRUNCATED TO SAVE SPACE] ...</system_output> <system_output timestamp="1659.71111">... [TRUNCATED TO SAVE SPACE] ...</system_output> <system_output timestamp="1659.773275">... [TRUNCATED TO SAVE SPACE] ...</system_output> <system_output timestamp="1661.764161">... [TRUNCATED TO SAVE SPACE] ...</system_output> <system_output timestamp="1662.804841">Writing FAI CD-ROM image to fai_cd.iso. This may need some time. </system_output> <system_output timestamp="1663.014962">xorriso 1.5.4 : RockRidge filesystem manipulator, libburnia project. </system_output> <system_output timestamp="1692.448594">ISO image size and filename: </system_output> <system_output timestamp="1692.448971">1.9G fai_cd.iso </system_output> <system_output timestamp="1692.724133"> real 20m37.950s user 13m7.367s sys 2m14.099s </system_output> ### TARGET LINE (Extract and Classify THIS Timestamp): <system_output timestamp="1692.842897">[?2004h]0;demo@faiserver: /home/faidemo@faiserver:/home/fai$ </system_output>	1692.842897, 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="1782.359063"> fai_cd.iso 67% 1289MB 32.5MB/s 00:18 ETA</system_output> <system_output timestamp="1783.358944"> fai_cd.iso 69% 1323MB 32.7MB/s 00:17 ETA</system_output> <system_output timestamp="1784.359254"> fai_cd.iso 71% 1358MB 33.0MB/s 00:16 ETA</system_output> <system_output timestamp="1785.359269"> fai_cd.iso 73% 1389MB 32.7MB/s 00:15 ETA</system_output> <system_output timestamp="1786.359277"> fai_cd.iso 74% 1423MB 32.9MB/s 00:14 ETA</system_output> <system_output timestamp="1787.359365">... [TRUNCATED TO SAVE SPACE] ...</system_output> <system_output timestamp="1788.359409">... [TRUNCATED TO SAVE SPACE] ...</system_output> <system_output timestamp="1789.359462">... [TRUNCATED TO SAVE SPACE] ...</system_output> <system_output timestamp="1790.359577">... [TRUNCATED TO SAVE SPACE] ...</system_output> <system_output timestamp="1791.359658"> fai_cd.iso 82% 1557MB 30.2MB/s 00:11 ETA</system_output> <system_output timestamp="1792.359654"> fai_cd.iso 83% 1590MB 30.5MB/s 00:10 ETA</system_output> <system_output timestamp="1793.359609"> fai_cd.iso 85% 1617MB 30.1MB/s 00:09 ETA</system_output> <system_output timestamp="1794.359614"> fai_cd.iso 86% 1642MB 29.6MB/s 00:08 ETA</system_output> <system_output timestamp="1795.434333"> fai_cd.iso 86% 1651MB 27.4MB/s 00:09 ETA</system_output> ### TARGET LINE (Extract and Classify THIS Timestamp): <system_output timestamp="1796.434074"> fai_cd.iso 88% 1672MB 26.8MB/s 00:08 ETA</system_output>	1796.434074, 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="1793.359609"> fai_cd.iso 85% 1617MB 30.1MB/s 00:09 ETA</system_output> <system_output timestamp="1794.359614"> fai_cd.iso 86% 1642MB 29.6MB/s 00:08 ETA</system_output> <system_output timestamp="1795.434333"> fai_cd.iso 86% 1651MB 27.4MB/s 00:09 ETA</system_output> <system_output timestamp="1796.434074"> fai_cd.iso 88% 1672MB 26.8MB/s 00:08 ETA</system_output> <system_output timestamp="1797.552514"> fai_cd.iso 89% 1693MB 26.0MB/s 00:07 ETA</system_output> <system_output timestamp="1804.206605">... [TRUNCATED TO SAVE SPACE] ...</system_output> <system_output timestamp="1805.205466">... [TRUNCATED TO SAVE SPACE] ...</system_output> <system_output timestamp="1806.206248">... [TRUNCATED TO SAVE SPACE] ...</system_output> <system_output timestamp="1807.206097">... [TRUNCATED TO SAVE SPACE] ...</system_output> <system_output timestamp="1808.514834"> fai_cd.iso 94% 1786MB 21.6MB/s 00:05 ETA</system_output> <system_output timestamp="1809.514339"> fai_cd.iso 95% 1804MB 21.3MB/s 00:04 ETA</system_output> <system_output timestamp="1810.514366"> fai_cd.iso 96% 1838MB 22.5MB/s 00:02 ETA</system_output> <system_output timestamp="1811.51443"> fai_cd.iso 98% 1870MB 23.5MB/s 00:01 ETA</system_output> <system_output timestamp="1812.328783"> fai_cd.iso 100% 1898MB 26.1MB/s 01:12 </system_output> ### TARGET LINE (Extract and Classify THIS Timestamp): <system_output timestamp="1812.333876">[?2004hdemo@stephost:~$ </system_output>	1812.333876, 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:~$`). 2. Phase Transitions: In automated logs, moving from one major build stage to another (e.g., from 'fai-mirror finished' to 'Copying the nfsroot'). 3. Internal Logic: Shifts from downloading to processing. ### WHAT IS NOT A NEW EVENT (OLD EVENT): - User Input / Keystrokes: A user typing a command, including pressing the Enter key (a newline `\n`), is just the completion of the input phase. - Incomplete Tasks: Continuous system output without a clear phase shift. CRITICAL INSTRUCTION: You must classify ONLY the timestamp found in the "### TARGET LINE" section. Do NOT extract timestamps from the "### CONTEXT" section. Output only the timestamp and the classification. Do NOT use brackets, periods, explanations, or markdown formatting. Output Format Example 1: 39.229814, old event Output Format Example 2: 111.602501, new event	### CONTEXT (Previous Events): <system_output timestamp="1812.333876">[?2004hdemo@stephost:~$ </system_output> <user_input timestamp="6681.286428">[A</user_input> <system_output timestamp="6681.28684">scp 172.16.0.17:/home/fai/fai_cd.iso /disk1/isos/fai_dvd-`date +%Y%m%d`.iso</system_output> <user_input timestamp="6682.036741">[A</user_input> <system_output timestamp="6682.037334"> [C[C[C[C[C[C[C[C[C[C[C[C[C[C[C[C[C[Csh 172.16.0.17[K</system_output> <user_input timestamp="6683.098551"> </user_input> <system_output timestamp="6683.099048">... [TRUNCATED TO SAVE SPACE] ...</system_output> <system_output timestamp="6683.734876">... [TRUNCATED TO SAVE SPACE] ...</system_output> <user_input timestamp="6686.896097">f</user_input> <user_input timestamp="6687.001566">a</user_input> <user_input timestamp="6687.084066">i</user_input> <user_input timestamp="6687.249366"> </user_input> <system_output timestamp="6687.249799"> </system_output> <system_output timestamp="6687.398123">Linux faiserver 6.1.0-26-686-pae #1 SMP PREEMPT_DYNAMIC Debian 6.1.112-1 (2024-09-30) i686 Plan your installation, and FAI installs your plan. Last login: Thu Nov 7 14:00:36 2024 from 172.16.0.1 </system_output> ### TARGET LINE (Extract and Classify THIS Timestamp): <system_output timestamp="6687.682377">[?2004h]0;demo@faiserver: ~demo@faiserver:~$ </system_output>	6687.682377, 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:~$`). 2. Phase Transitions: In automated logs, moving from one major build stage to another (e.g., from 'fai-mirror finished' to 'Copying the nfsroot'). 3. Internal Logic: Shifts from downloading to processing. ### WHAT IS NOT A NEW EVENT (OLD EVENT): - User Input / Keystrokes: A user typing a command, including pressing the Enter key (a newline `\n`), is just the completion of the input phase. - Incomplete Tasks: Continuous system output without a clear phase shift. CRITICAL INSTRUCTION: You must classify ONLY the timestamp found in the "### TARGET LINE" section. Do NOT extract timestamps from the "### CONTEXT" section. Output only the timestamp and the classification. Do NOT use brackets, periods, explanations, or markdown formatting. Output Format Example 1: 39.229814, old event Output Format Example 2: 111.602501, new event	### CONTEXT (Previous Events): <system_output timestamp="7629.405115"/> <user_input timestamp="7629.651275">a</user_input> <system_output timestamp="7629.672466">[1@a</system_output> <user_input timestamp="7630.2214"></user_input> <system_output timestamp="7630.230289">[1P</system_output> <user_input timestamp="7630.47475"> </user_input> <system_output timestamp="7630.477318"> [?2004l </system_output> <system_output timestamp="7630.488278">sudo: unable to resolve host faiserver: Name or service not known </system_output> <system_output timestamp="7630.492802">[sudo] password for demo: </system_output> <user_input timestamp="7632.553902">f</user_input> <user_input timestamp="7632.674481">a</user_input> <user_input timestamp="7632.715271">i</user_input> <user_input timestamp="7632.850896"> </user_input> <system_output timestamp="7632.860242"> </system_output> ### TARGET LINE (Extract and Classify THIS Timestamp): <system_output timestamp="7632.994804">[?2004h]0;demo@faiserver: /home/fai/configdemo@faiserver:/home/fai/config$ </system_output>	7632.994804, 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="7633.817174">u</user_input> <system_output timestamp="7633.823642">u</system_output> <user_input timestamp="7633.956844">d</user_input> <system_output timestamp="7633.965055">d</system_output> <user_input timestamp="7634.035335">o</user_input> <system_output timestamp="7634.045875">o</system_output> <user_input timestamp="7634.112511"> </user_input> <system_output timestamp="7634.125655"> </system_output> <user_input timestamp="7635.263373">g</user_input> <system_output timestamp="7635.280905">g</system_output> <user_input timestamp="7635.364515">i</user_input> <system_output timestamp="7635.380274">i</system_output> <user_input timestamp="7635.656864">t</user_input> <system_output timestamp="7635.663737">t</system_output> ### TARGET LINE (Extract and Classify THIS Timestamp): <user_input timestamp="7635.73766"> </user_input>	7635.73766, 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="7654.324275">o</user_input> <system_output timestamp="7654.34434">o</system_output> <user_input timestamp="7654.601268">,</user_input> <system_output timestamp="7654.604072">,</system_output> <user_input timestamp="7654.761585"> </user_input> <system_output timestamp="7654.783605"> </system_output> <user_input timestamp="7655.015074">s</user_input> <system_output timestamp="7655.02096">s</system_output> <user_input timestamp="7655.136919">o</user_input> <system_output timestamp="7655.139794">o</system_output> <user_input timestamp="7655.255718"> </user_input> <system_output timestamp="7655.259628"> </system_output> <user_input timestamp="7655.41453">t</user_input> <system_output timestamp="7655.435318">t</system_output> ### TARGET LINE (Extract and Classify THIS Timestamp): <user_input timestamp="7655.552645">h</user_input>	7655.552645, 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="7672.057299">[C</system_output> <user_input timestamp="7672.710546">[C</user_input> <system_output timestamp="7672.731852">[C</system_output> <user_input timestamp="7672.749138">[C</user_input> <system_output timestamp="7672.771361">[C</system_output> <user_input timestamp="7672.788442">[C</user_input> <system_output timestamp="7672.810562">[C</system_output> <user_input timestamp="7672.827811">[C</user_input> <system_output timestamp="7672.831128">[C</system_output> <user_input timestamp="7672.865506">[C</user_input> <system_output timestamp="7672.870839">[C</system_output> <user_input timestamp="7672.905245">[C</user_input> <system_output timestamp="7672.911429">[C</system_output> <user_input timestamp="7672.945098">[C</user_input> ### TARGET LINE (Extract and Classify THIS Timestamp): <system_output timestamp="7672.950739">[C</system_output>	7672.950739, 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="7672.945098">[C</user_input> <system_output timestamp="7672.950739">[C</system_output> <user_input timestamp="7673.004153">[C</user_input> <system_output timestamp="7673.010764">[C</system_output> <user_input timestamp="7673.568153"> </user_input> <system_output timestamp="7673.579894"> .</system_output> <user_input timestamp="7673.778194">w</user_input> <system_output timestamp="7673.797257">w.</system_output> <user_input timestamp="7673.895832">h</user_input> <system_output timestamp="7673.916201">h.</system_output> <user_input timestamp="7674.013326">e</user_input> <system_output timestamp="7674.016018">e.</system_output> <user_input timestamp="7674.228452">n</user_input> <system_output timestamp="7674.235238">n.</system_output> ### TARGET LINE (Extract and Classify THIS Timestamp): <user_input timestamp="7674.344824"> </user_input>	7674.344824, 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="7679.24572">[C</user_input> <system_output timestamp="7679.250883">[C</system_output> <user_input timestamp="7679.500629">[C</user_input> <system_output timestamp="7679.507838"/> <user_input timestamp="7679.994921">.</user_input> <system_output timestamp="7680.00337">.</system_output> <user_input timestamp="7680.601865"></user_input> <system_output timestamp="7680.617298">[K</system_output> <user_input timestamp="7680.892187">'</user_input> <system_output timestamp="7680.914167">'</system_output> <user_input timestamp="7681.593519"> </user_input> <system_output timestamp="7681.605209"> [?2004l </system_output> <system_output timestamp="7681.616722">sudo: unable to resolve host faiserver: Name or service not known </system_output> <system_output timestamp="7682.12016">* * You have some suspicious patch lines: * * In disk_config/GRUB * trailing whitespace (line 2) disk_config/GRUB:2:# disk size from 6144MB up, with the option to </system_output> ### TARGET LINE (Extract and Classify THIS Timestamp): <system_output timestamp="7682.124997">[?2004h]0;demo@faiserver: /home/fai/configdemo@faiserver:/home/fai/config$ </system_output>	7682.124997, 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="7709.908309">[195;34H[?25l[7m2[0m[39;49m[27m[H [?12l[?25h[?12;25h</system_output> <user_input timestamp="7710.394928">OB</user_input> <system_output timestamp="7710.407522">[195;34H[?25l[7m3[0m[39;49m[27m[4;1H[?12l[?25h[?12;25h</system_output> <user_input timestamp="7710.61624">OD</user_input> <system_output timestamp="7710.622284">[195;34H[?25l[7m2[0m[39;49m[27m[3;48H[?12l[?25h[?12;25h</system_output> <user_input timestamp="7710.957701">OC</user_input> <system_output timestamp="7710.980152">[195;34H[?25l[7m3[0m[39;49m[27m[4;1H[?12l[?25h[?12;25h</system_output> <user_input timestamp="7711.337202">OA</user_input> <system_output timestamp="7711.361942">[195;34H[?25l[7m2[0m[39;49m[27m[H [?12l[?25h[?12;25h</system_output> <user_input timestamp="7711.601863">OA</user_input> <system_output timestamp="7711.62173">[195;34H[?25l[7m1[0m[39;49m[27m[H [?12l[?25h[?12;25h</system_output> <user_input timestamp="7714.489573"/> <user_input timestamp="7714.797894"/> <system_output timestamp="7714.804999">[196d[K[?1004l[?2004l[>4m[?1l>[?12l[?25h[?1049l[23;0;0t[39;49m </system_output> ### TARGET LINE (Extract and Classify THIS Timestamp): <system_output timestamp="7714.998538">[?2004h]0;demo@faiserver: /home/fai/configdemo@faiserver:/home/fai/config$ </system_output>	7714.998538, 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="7726.441072">t</system_output> <user_input timestamp="7726.540892">a</user_input> <system_output timestamp="7726.545337">a</system_output> <user_input timestamp="7726.735218">t</user_input> <system_output timestamp="7726.737252">t</system_output> <user_input timestamp="7726.83066">u</user_input> <system_output timestamp="7726.841467">... [TRUNCATED TO SAVE SPACE] ...</system_output> <user_input timestamp="7726.986228">s</user_input> <system_output timestamp="7726.99078">... [TRUNCATED TO SAVE SPACE] ...</system_output> <user_input timestamp="7727.181385"> </user_input> <system_output timestamp="7727.199269"> [?2004l </system_output> <system_output timestamp="7727.208293">sudo: unable to resolve host faiserver: Name or service not known </system_output> <system_output timestamp="7727.231365">On branch master Changes to be committed: (use "git restore --staged <file>..." to unstage) </system_output> <system_output timestamp="7727.231594"> [32mnew file: disk_config/GRUB[m [32mrenamed: disk_config/HWPHYS -> disk_config/GRUBEFI[m Untracked files: (use "git add <file>..." to include in what will be committed) [31mscripts/SWFIREWALL/[m </system_output> ### TARGET LINE (Extract and Classify THIS Timestamp): <system_output timestamp="7727.235286">[?2004h]0;demo@faiserver: /home/fai/configdemo@faiserver:/home/fai/config$ </system_output>	7727.235286, 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:~$`). 2. Phase Transitions: In automated logs, moving from one major build stage to another (e.g., from 'fai-mirror finished' to 'Copying the nfsroot'). 3. Internal Logic: Shifts from downloading to processing. ### WHAT IS NOT A NEW EVENT (OLD EVENT): - User Input / Keystrokes: A user typing a command, including pressing the Enter key (a newline `\n`), is just the completion of the input phase. - Incomplete Tasks: Continuous system output without a clear phase shift. CRITICAL INSTRUCTION: You must classify ONLY the timestamp found in the "### TARGET LINE" section. Do NOT extract timestamps from the "### CONTEXT" section. Output only the timestamp and the classification. Do NOT use brackets, periods, explanations, or markdown formatting. Output Format Example 1: 39.229814, old event Output Format Example 2: 111.602501, new event	### CONTEXT (Previous Events): <system_output timestamp="7727.231594"> [32mnew file: disk_config/GRUB[m [32mrenamed: disk_config/HWPHYS -> disk_config/GRUBEFI[m Untracked files: (use "git add <file>..." to include in what will be committed) [31mscripts/SWFIREWALL/[m </system_output> <system_output timestamp="7727.235286">[?2004h]0;demo@faiserver: /home/fai/configdemo@faiserver:/home/fai/config$ </system_output> <user_input timestamp="7738.339844">[A</user_input> <system_output timestamp="7738.342095">sudo git status</system_output> <user_input timestamp="7738.595959">[A</user_input> <system_output timestamp="7738.599842">... [TRUNCATED TO SAVE SPACE] ...</system_output> <user_input timestamp="7739.202713">[A</user_input> <system_output timestamp="7739.213288">... [TRUNCATED TO SAVE SPACE] ...</system_output> <user_input timestamp="7740.103584"> </user_input> <system_output timestamp="7740.110136"> [?2004l </system_output> <system_output timestamp="7740.119159">sudo: unable to resolve host faiserver: Name or service not known </system_output> <system_output timestamp="7740.198275">[?1049h[22;0;0t[?12;25h[?1h=</system_output> <system_output timestamp="7740.225602">[H[2J[196d[K[?1l>[?12l[?25h[?1049l[23;0;0t[39;49m [?1049h[22;0;0t[?12;25h[?1h=</system_output> <system_output timestamp="7740.504497">[H[2J</system_output> ### TARGET LINE (Extract and Classify THIS Timestamp): <system_output timestamp="7740.505873">[195d[?25l[7m-UUU:----F1 [0m[39;49m[27m[7m[1mscratch [0m[39;49m[27m[7m All L1 (Fundamental) ------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------[0m[39;49m[27m [A[2d[?12l[?25h[?12;25h</system_output>	7740.505873, 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="7745.327849">sudo emacs disk_config/GRUB</system_output> <user_input timestamp="7745.538">[A</user_input> <system_output timestamp="7745.544493">[12Pgit status</system_output> <user_input timestamp="7746.656738">[A</user_input> <system_output timestamp="7746.676541">[2Pdiff</system_output> <user_input timestamp="7747.107365">[A</user_input> <system_output timestamp="7747.113319">emacs disk_config/GRUB</system_output> <user_input timestamp="7747.907997">[A</user_input> <system_output timestamp="7747.911803">git commit -m 'break disk configuration into two, so that we automatically create a grub bios partition when booting with BIOS.'</system_output> <user_input timestamp="7748.512006">[A</user_input> <system_output timestamp="7748.52671"> [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[Cadd disk_config/GRUB[K</system_output> <user_input timestamp="7749.764154"> </user_input> <system_output timestamp="7749.779565"> [?2004l </system_output> <system_output timestamp="7749.789215">sudo: unable to resolve host faiserver: Name or service not known </system_output> ### TARGET LINE (Extract and Classify THIS Timestamp): <system_output timestamp="7749.806098">[?2004h]0;demo@faiserver: /home/fai/configdemo@faiserver:/home/fai/config$ </system_output>	7749.806098, 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="7750.328154">[A</user_input> <system_output timestamp="7750.333139">[2Pemacs[C[C[C[C[C[C[C[C[C[C[C[C[C[C[C[C[C</system_output> <user_input timestamp="7750.505561">[A</user_input> <system_output timestamp="7750.51296">[12Pgit status</system_output> <user_input timestamp="7750.739758">[A</user_input> <system_output timestamp="7750.753475">[2Pdiff</system_output> <user_input timestamp="7750.931713">[A</user_input> <system_output timestamp="7750.935111">emacs disk_config/GRUB</system_output> <user_input timestamp="7751.107255">[A</user_input> <system_output timestamp="7751.112095">git commit -m 'break disk configuration into two, so that we automatically create a grub bios partition when booting with BIOS.'</system_output> <user_input timestamp="7751.776205"> </user_input> <system_output timestamp="7751.792175"> [?2004l </system_output> <system_output timestamp="7751.799357">sudo: unable to resolve host faiserver: Name or service not known </system_output> <system_output timestamp="7751.946258">[master 3b12ff4] break disk configuration into two, so that we automatically create a grub bios partition when booting with BIOS. 2 files changed, 21 insertions(+) create mode 100644 disk_config/GRUB rename disk_config/{HWPHYS => GRUBEFI} (100%) </system_output> ### TARGET LINE (Extract and Classify THIS Timestamp): <system_output timestamp="7751.948331">[?2004h]0;demo@faiserver: /home/fai/configdemo@faiserver:/home/fai/config$ </system_output>	7751.948331, 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="30756.375201">r</system_output> <user_input timestamp="30756.506384">e</user_input> <system_output timestamp="30756.512504">e</system_output> <user_input timestamp="30756.677365"> </user_input> <system_output timestamp="30756.685483"> </system_output> <user_input timestamp="30756.889628">c</user_input> <system_output timestamp="30756.898984">c</system_output> <user_input timestamp="30757.060714">o</user_input> <system_output timestamp="30757.072041">o</system_output> <user_input timestamp="30786.687417"></user_input> <system_output timestamp="30786.689349">[K</system_output> <user_input timestamp="30786.915261"></user_input> <system_output timestamp="30786.924122">[K</system_output> <user_input timestamp="30787.084219"></user_input> ### TARGET LINE (Extract and Classify THIS Timestamp): <system_output timestamp="30787.098412">[K</system_output>	30787.098412, 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="19.622549">t</user_input> <user_input timestamp="19.728342"> </user_input> <system_output timestamp="19.775515">t</system_output> <user_input timestamp="19.831801">d</user_input> <system_output timestamp="19.882569"> </system_output> <system_output timestamp="19.985408">... [TRUNCATED TO SAVE SPACE] ...</system_output> <user_input timestamp="20.053443">a</user_input> <system_output timestamp="20.205248">... [TRUNCATED TO SAVE SPACE] ...</system_output> <user_input timestamp="20.369358"> </user_input> <system_output timestamp="20.527034">ta.txt </system_output> <user_input timestamp="20.812018"> </user_input> <system_output timestamp="20.965306"> [?2004l </system_output> <system_output timestamp="20.966326">00000000: 1f8b 0808 dfcd eb66 0203 6461 7461 322e .......f..data2. 00000010: 6269 6e00 013e 02c1 fd42 5a68 3931 4159 bin..>...BZh91AY 00000020: 2653 59ca 83b2 c100 0017 7fff dff3 f4a7 &SY............. 00000030: fc9f fefe f2f3 cffe f5ff ffdd bf7e 5bfe .............~[. 00000040: faff dfbe 97aa 6fff f0de edf7 b001 3b56 ......o.......;V 00000050: 0400 0034 d000 0000 0069 a1a1 a000 0343 ...4.....i.....C 00000060: 4686 4341 a680 068d 1a69 a0d0 0068 d1a0 F.CA.....i...h.. 00000070: 1906 1193 0433 5193 d4c6 5103 4646 9a34 .....3Q...Q.FF.4 00000080: 0000 d320 0680 0003 264d 0346 8683 d21a ... ....&M.F.... 00000090: 0686 8064 3400 0189 a683 4fd5 0190 001e ...d4.....O..... 000000a0: 9034 d188 0343 0e9a 0c40 69a0 0626 4686 .4...C...@i..&F. 000000b0: 8340 0310 d340 3469 a680 6800 0006 8d0d .@...@4i..h..... 000000c0: 0068 0608 0d1a 64d3 469a 1a68 c9a6 8030 .h....d.F..h...0 000000d0: 9a68 6801 8101 3204 012a ca60 51e8 1cac .hh...2...`Q... 000000e0: 532f 0b84 d4d0 5db8 4e88 e127 2921 4c8e S/....]</system_output> <system_output timestamp="20.96654">.N..')!L. 000000f0: b8e6 084c e5db 0835 ff85 4ffc 115a 0d0c ...L...5..O..Z.. 00000100: c33d 6714 0121 5762 5e0c dbf1 aef9 b6a7 .=g..!Wb^....... 00000110: 23a6 1d7b 0e06 4214 01dd d539 af76 f0b4 #..{..B....9.v.. 00000120: a22f 744a b61f a393 3c06 4e98 376f dc23 ./tJ....<.N.7o.# ... [TRUNCATED 6 LINES] ... 00000190: 7bd3 0ba4 4719 6f37 0c36 0f61 02ae dea9 {...G.o7.6.a.... 000001a0: b52f fc46 9792 3898 b953 36c4 c247 ceb1 ./.F..8..S6..G.. 000001b0: 8a53 379f 4831 52a3 41e9 fa26 9d6c 28f4 .S7.H1R.A..&.l(. 000001c0: 24ea e394 651d cb5c a96c d505 d986 da22 $...e..\.l....." 000001d0: 47f4 d58b 589d 567a 920b 858e a95c 63</system_output> ### TARGET LINE (Extract and Classify THIS Timestamp): <system_output timestamp="20.966672">c1 G...X.Vz.....\c. 000001e0: 2509 612c 5364 8e7d 2402 808e 9b60 02b4 %.a,Sd.}$....`.. 000001f0: 13c7 be0a 1ae3 1400 4796 4370 efc0 9b43 ........G.Cp...C 00000200: a4cb 882a 4aae 4b81 abf7 1c14 67f7 8a34 ...J.K.....g..4 00000210: 0867 e5b6 1df6 b0e8 8023 6d1c 416a 28d0 .g.......#m.Aj(. 00000220: c460 1604 bba3 2e52 297d 8788 4e30 e1f9 .`.....R)}..N0.. 00000230: 2646 8f5d 3062 2628 c94e 904b 6754 3891 &F.]0b&(.N.KgT8. 00000240: 421f 4a9f 9feb 2ec9 83e2 c20f fc5d c914 B.J..........].. 00000250: e142 432a 0ecb 0459 1b15 923e 0200 00 .BC*...Y...>... [?2004h]0;bandit12@bandit: ~[01;32mbandit12@bandit[00m:[01;34m~[00m$ </system_output>	20.966672, 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:~$`). 2. Phase Transitions: In automated logs, moving from one major build stage to another (e.g., from 'fai-mirror finished' to 'Copying the nfsroot'). 3. Internal Logic: Shifts from downloading to processing. ### WHAT IS NOT A NEW EVENT (OLD EVENT): - User Input / Keystrokes: A user typing a command, including pressing the Enter key (a newline `\n`), is just the completion of the input phase. - Incomplete Tasks: Continuous system output without a clear phase shift. CRITICAL INSTRUCTION: You must classify ONLY the timestamp found in the "### TARGET LINE" section. Do NOT extract timestamps from the "### CONTEXT" section. Output only the timestamp and the classification. Do NOT use brackets, periods, explanations, or markdown formatting. Output Format Example 1: 39.229814, old event Output Format Example 2: 111.602501, new event	### CONTEXT (Previous Events): <user_input timestamp="37.339617">[201~</user_input> <system_output timestamp="37.499461">[7m/tmp/tmp.wV6UzZzvu9[27m</system_output> <user_input timestamp="37.789201"> </user_input> <system_output timestamp="37.942619">/tmp/tmp.wV6UzZzvu9 [?2004l [?2004h]0;bandit12@bandit: /tmp/tmp.wV6UzZzvu9[01;32mbandit12@bandit[00m:[01;34m/tmp/tmp.wV6UzZzvu9[00m$ </system_output> <user_input timestamp="40.606616">c</user_input> <system_output timestamp="40.761246">c</system_output> <user_input timestamp="40.765735">d</user_input> <system_output timestamp="40.912632">d</system_output> <user_input timestamp="40.942935"> </user_input> <system_output timestamp="41.095033"> </system_output> <user_input timestamp="41.310796">~</user_input> <system_output timestamp="41.466317">~</system_output> <user_input timestamp="41.93801"> </user_input> <system_output timestamp="42.091832"> [?2004l [?2004h]0;bandit12@bandit: ~[01;32mbandit12@bandit[00m:[01;34m~[00m$ </system_output> ### TARGET LINE (Extract and Classify THIS Timestamp): <user_input timestamp="42.919488">m</user_input>	42.919488, 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:~$`). 2. Phase Transitions: In automated logs, moving from one major build stage to another (e.g., from 'fai-mirror finished' to 'Copying the nfsroot'). 3. Internal Logic: Shifts from downloading to processing. ### WHAT IS NOT A NEW EVENT (OLD EVENT): - User Input / Keystrokes: A user typing a command, including pressing the Enter key (a newline `\n`), is just the completion of the input phase. - Incomplete Tasks: Continuous system output without a clear phase shift. CRITICAL INSTRUCTION: You must classify ONLY the timestamp found in the "### TARGET LINE" section. Do NOT extract timestamps from the "### CONTEXT" section. Output only the timestamp and the classification. Do NOT use brackets, periods, explanations, or markdown formatting. Output Format Example 1: 39.229814, old event Output Format Example 2: 111.602501, new event	### CONTEXT (Previous Events): <user_input timestamp="58.974134">[A</user_input> <system_output timestamp="59.126097">ls</system_output> <user_input timestamp="60.179858">[B</user_input> <system_output timestamp="60.333212">[K</system_output> <user_input timestamp="60.504196">c</user_input> <system_output timestamp="60.657493">c</system_output> <user_input timestamp="60.688645">d</user_input> <user_input timestamp="60.816334"> </user_input> <system_output timestamp="60.841017">d</system_output> <system_output timestamp="60.96838"> </system_output> <user_input timestamp="61.119541">~</user_input> <system_output timestamp="61.272646">~</system_output> <user_input timestamp="61.30613"> </user_input> <system_output timestamp="61.459046"> [?2004l [?2004h]0;bandit12@bandit: ~[01;32mbandit12@bandit[00m:[01;34m~[00m$ </system_output> ### TARGET LINE (Extract and Classify THIS Timestamp): <user_input timestamp="63.016555">[A</user_input>	63.016555, 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:~$`). 2. Phase Transitions: In automated logs, moving from one major build stage to another (e.g., from 'fai-mirror finished' to 'Copying the nfsroot'). 3. Internal Logic: Shifts from downloading to processing. ### WHAT IS NOT A NEW EVENT (OLD EVENT): - User Input / Keystrokes: A user typing a command, including pressing the Enter key (a newline `\n`), is just the completion of the input phase. - Incomplete Tasks: Continuous system output without a clear phase shift. CRITICAL INSTRUCTION: You must classify ONLY the timestamp found in the "### TARGET LINE" section. Do NOT extract timestamps from the "### CONTEXT" section. Output only the timestamp and the classification. Do NOT use brackets, periods, explanations, or markdown formatting. Output Format Example 1: 39.229814, old event Output Format Example 2: 111.602501, new event	### CONTEXT (Previous Events): <user_input timestamp="84.146438">[D</user_input> <user_input timestamp="84.180855">[D</user_input> <user_input timestamp="84.215211">[D</user_input> <system_output timestamp="84.235103"/> <user_input timestamp="84.247635">[D</user_input> <system_output timestamp="84.263934"/> <user_input timestamp="84.282194">[D</user_input> <system_output timestamp="84.298923"/> <user_input timestamp="84.313627">[D</user_input> <system_output timestamp="84.333797"/> <user_input timestamp="84.34856">[D</user_input> <system_output timestamp="84.369025"/> <user_input timestamp="84.380451">[D</user_input> <system_output timestamp="84.400678"/> ### TARGET LINE (Extract and Classify THIS Timestamp): <user_input timestamp="84.415804">[D</user_input>	84.415804, new event
Your task is to analyze terminal XML logs and determine whether the timestamp in the TARGET LINE belongs to a "new event" or an "old event". ### DEFINITION OF A NEW EVENT: 1. Explicit Prompts: The very first `<user_input>` that immediately follows a shell prompt (e.g., `demo@faiserver:~$`). 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="136.421056"> [K [KESCESC[KOO[KBB [K</system_output> <system_output timestamp="136.421878"> of 0.015% for large files. The actual number of used disk blocks almost never increases.[m [7m Manual page gzip(1) line 36 (press h for help or q to quit)[27m[K</system_output> <user_input timestamp="136.438987">OB</user_input> <system_output timestamp="136.453779"> [K [KESCESC[KOO[KBB [K[m [7m Manual page gzip(1) line 37 (press h for help or q to quit)[27m[K</system_output> <system_output timestamp="136.486345"> [K [KESCESC[KOO[KBB [K</system_output> <system_output timestamp="136.489157">... [TRUNCATED TO SAVE SPACE] ...</system_output> <system_output timestamp="136.523665">... [TRUNCATED TO SAVE SPACE] ...</system_output> <system_output timestamp="136.524116">... [TRUNCATED TO SAVE SPACE] ...</system_output> <system_output timestamp="136.557309">... [TRUNCATED TO SAVE SPACE] ...</system_output> <system_output timestamp="136.559376">[m [7m Manual page gzip(1) line 40 (press h for help or q to quit)[27m[K</system_output> <system_output timestamp="136.591313"> [K [KESCESC[KOO[KBB [K[1mOPTIONS[0m[m [7m Manual page gzip(1) line 41 (press h for help or q to quit)[27m[K</system_output> <user_input timestamp="136.710866">OB</user_input> <system_output timestamp="136.866234"> [K [KESCESC[KOO[KBB [K [1m-a --ascii[0m[m [7m Manual page gzip(1) line 42 (press h for help or q to quit)[27m[K</system_output> <user_input timestamp="137.234456">OB</user_input> ### TARGET LINE (Extract and Classify THIS Timestamp): <user_input timestamp="137.265892">OB</user_input>	137.265892, 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="137.528149"> [K [KESCESC[KOO[KBB [K [1m-c --stdout --to-stdout[0m[m [7m Manual page gzip(1) line 47 (press h for help or q to quit)[27m[K</system_output> <user_input timestamp="137.535931">OB</user_input> <system_output timestamp="137.549031"> [K [KESCESC[KOO[KBB [K Write output on standard output; keep original files unchanged. If there are several input files, the[m [7m Manual page gzip(1) line 48 (press h for help or q to quit)[27m[K</system_output> <user_input timestamp="137.569558">OB</user_input> <system_output timestamp="137.598785"> [K [KESCESC[KOO[KBB [K output consists of a sequence of independently compressed members. To obtain better compression, con‐[m [7m Manual page gzip(1) line 49 (press h for help or q to quit)[27m[K</system_output> <user_input timestamp="137.602232">OB</user_input> <user_input timestamp="137.633185">OB</user_input> <system_output timestamp="137.639344">... [TRUNCATED TO SAVE SPACE] ...</system_output> <system_output timestamp="137.654787">... [TRUNCATED TO SAVE SPACE] ...</system_output> <user_input timestamp="137.667308">OB</user_input> <system_output timestamp="137.691121"> [K [KESCESC[KOO[KBB [K [1m-d --decompress --uncompress[0m[m [7m Manual page gzip(1) line 52 (press h for help or q to quit)[27m[K</system_output> <user_input timestamp="137.703163">OB</user_input> <system_output timestamp="137.727628"> [K [KESCESC[KOO[KBB [K</system_output> <system_output timestamp="137.729231"> Decompress.[m [7m Manual page gzip(1) line 53 (press h for help or q to quit)[27m[K</system_output> ### TARGET LINE (Extract and Classify THIS Timestamp): <user_input timestamp="137.733385">OB</user_input>	137.733385, 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="148.962846">1</system_output> <user_input timestamp="149.385401"></user_input> <user_input timestamp="149.513094">a</user_input> <system_output timestamp="149.539237">[K</system_output> <system_output timestamp="149.675082">a</system_output> <user_input timestamp="149.714719">1</user_input> <system_output timestamp="149.867322">1</system_output> <user_input timestamp="149.910595"> </user_input> <system_output timestamp="150.086088"/> <user_input timestamp="150.601978"> </user_input> <system_output timestamp="150.764141"/> <user_input timestamp="151.19859">.</user_input> <system_output timestamp="151.351298">.</system_output> <user_input timestamp="151.732677">b</user_input> ### TARGET LINE (Extract and Classify THIS Timestamp): <user_input timestamp="151.851825">i</user_input>	151.851825, 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="222.324246">[K</system_output> <user_input timestamp="222.34247"></user_input> <system_output timestamp="222.363031">[K</system_output> <user_input timestamp="222.374107"></user_input> <system_output timestamp="222.392689">[K</system_output> <user_input timestamp="222.407465"></user_input> <system_output timestamp="222.426076">[K</system_output> <user_input timestamp="222.441772"></user_input> <system_output timestamp="222.463077">[K</system_output> <system_output timestamp="222.49396">[K</system_output> <system_output timestamp="222.526953">[K</system_output> <system_output timestamp="222.559186">[K</system_output> <system_output timestamp="222.595508">[K</system_output> <user_input timestamp="222.655075"></user_input> ### TARGET LINE (Extract and Classify THIS Timestamp): <system_output timestamp="222.80987">[K</system_output>	222.80987, 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="259.794978"> </user_input> <system_output timestamp="259.946053">ta</system_output> <user_input timestamp="260.384542">1</user_input> <system_output timestamp="260.537624">1</system_output> <user_input timestamp="260.561785"> </user_input> <system_output timestamp="260.723361">.bin </system_output> <user_input timestamp="260.88665"> </user_input> <system_output timestamp="261.044246"> [?2004l </system_output> <system_output timestamp="261.047368">��fdata2.bin>��BZh91AY&SYʃ��ݿ~[��߾��o��;V4�i��CF�CA��i��hѠ�3Q��QFF�4� �&MF��d4��O��4шC�@i�&F��@�@4i��h� h d�F�hɦ�0�hh�2�`Q��S/��]�N��')!L��L��5��O�Z �=g!Wb^��#�{B��9�v�/tJ��<N�7o�#E�_# �d54�)A��tO�JQ��#�̜�匔a��JB�a�}6�"�YⵟQ����0h��}��\|�! &��n�"��{��Go76a�ީ�/�F��8��S6��Gα�S7�H1R�A��&�l(�$��e�\�l�ن�"G�ՋX�Vz��\c�% a,Sd�}$��`�Ǿ �G�Cp��C�ˈJ�K��g��4g��#mAj(��`��.R)}��N0��&F�]0b&(�N�KgT8�BJ��.Ƀ��]��BC�Y�>[?2004h</system_output> <system_output timestamp="261.051939">]0;bandit12@bandit: /tmp/tmp.wV6UzZzvu9[01;32mbandit12@bandit[00m:[01;34m/tmp/tmp.wV6UzZzvu9[00m$ </system_output> <user_input timestamp="262.203382"> </user_input> <system_output timestamp="262.359571"> [?2004l [?2004h]0;bandit12@bandit: /tmp/tmp.wV6UzZzvu9[01;32mbandit12@bandit[00m:[01;34m/tmp/tmp.wV6UzZzvu9[00m$ </system_output> <user_input timestamp="262.940731">m</user_input> <user_input timestamp="263.027299">a</user_input> ### TARGET LINE (Extract and Classify THIS Timestamp): <system_output timestamp="263.095696">m</system_output>	263.095696, 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="306.414665"> </system_output> <user_input timestamp="306.468068">f</user_input> <user_input timestamp="306.539057">i</user_input> <system_output timestamp="306.623182">f</system_output> <user_input timestamp="306.663837">l</user_input> <system_output timestamp="306.698467">i</system_output> <user_input timestamp="306.754468">e</user_input> <system_output timestamp="306.817444">l</system_output> <system_output timestamp="306.908765">e</system_output> <user_input timestamp="306.993906"> </user_input> <system_output timestamp="307.150182"> </system_output> <user_input timestamp="307.222399">-</user_input> <system_output timestamp="307.375869">-</system_output> <user_input timestamp="307.461699"> </user_input> ### TARGET LINE (Extract and Classify THIS Timestamp): <system_output timestamp="307.614061"> [?2004l </system_output>	307.614061, 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="335.537615">[K</system_output> <user_input timestamp="335.671511"></user_input> <system_output timestamp="335.674239">[K</system_output> <system_output timestamp="335.822708">[K</system_output> <user_input timestamp="335.831395"></user_input> <system_output timestamp="335.98475">[K</system_output> <user_input timestamp="337.086287">b</user_input> <system_output timestamp="337.294511">b</system_output> <user_input timestamp="337.880541">z</user_input> <system_output timestamp="338.032141">z</system_output> <user_input timestamp="338.150054">c</user_input> <system_output timestamp="338.310416">c</system_output> <user_input timestamp="338.342646">a</user_input> <system_output timestamp="338.495495">a</system_output> ### TARGET LINE (Extract and Classify THIS Timestamp): <user_input timestamp="338.600792">t</user_input>	338.600792, 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="335.822708">[K</system_output> <user_input timestamp="335.831395"></user_input> <system_output timestamp="335.98475">[K</system_output> <user_input timestamp="337.086287">b</user_input> <system_output timestamp="337.294511">b</system_output> <user_input timestamp="337.880541">z</user_input> <system_output timestamp="338.032141">z</system_output> <user_input timestamp="338.150054">c</user_input> <system_output timestamp="338.310416">c</system_output> <user_input timestamp="338.342646">a</user_input> <system_output timestamp="338.495495">a</system_output> <user_input timestamp="338.600792">t</user_input> <system_output timestamp="338.758183">t</system_output> <user_input timestamp="340.850362"> </user_input> ### TARGET LINE (Extract and Classify THIS Timestamp): <system_output timestamp="341.003394"> </system_output>	341.003394, 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="348.751524">z</user_input> <system_output timestamp="348.909393">[1@z</system_output> <user_input timestamp="349.239378">c</user_input> <system_output timestamp="349.401894">[1@c</system_output> <user_input timestamp="349.463199">a</user_input> <system_output timestamp="349.621368">[1@a</system_output> <user_input timestamp="350.193101">t</user_input> <system_output timestamp="350.345673">[1@t</system_output> <user_input timestamp="350.588641"> </user_input> <system_output timestamp="350.745564">[C[1@ </system_output> <user_input timestamp="350.972385">\|</user_input> <system_output timestamp="351.124182">[1@\|</system_output> <user_input timestamp="351.5388"> </user_input> <system_output timestamp="351.692577"> [?2004l </system_output> ### TARGET LINE (Extract and Classify THIS Timestamp): <system_output timestamp="351.710655">/dev/stdin: POSIX tar archive (GNU) </system_output>	351.710655, 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:~$`). 2. Phase Transitions: In automated logs, moving from one major build stage to another (e.g., from 'fai-mirror finished' to 'Copying the nfsroot'). 3. Internal Logic: Shifts from downloading to processing. ### WHAT IS NOT A NEW EVENT (OLD EVENT): - User Input / Keystrokes: A user typing a command, including pressing the Enter key (a newline `\n`), is just the completion of the input phase. - Incomplete Tasks: Continuous system output without a clear phase shift. CRITICAL INSTRUCTION: You must classify ONLY the timestamp found in the "### TARGET LINE" section. Do NOT extract timestamps from the "### CONTEXT" section. Output only the timestamp and the classification. Do NOT use brackets, periods, explanations, or markdown formatting. Output Format Example 1: 39.229814, old event Output Format Example 2: 111.602501, new event	### CONTEXT (Previous Events): <system_output timestamp="363.738888"/> <user_input timestamp="363.776748">[D</user_input> <user_input timestamp="363.929665">[D</user_input> <system_output timestamp="363.92998"/> <user_input timestamp="364.067775">[D</user_input> <system_output timestamp="364.084901"/> <user_input timestamp="364.205536">[D</user_input> <system_output timestamp="364.220652"/> <system_output timestamp="364.358079"/> <user_input timestamp="364.382928">[D</user_input> <system_output timestamp="364.536839"/> <user_input timestamp="365.299311">t</user_input> <system_output timestamp="365.453563">[1@t</system_output> <user_input timestamp="365.607386">a</user_input> ### TARGET LINE (Extract and Classify THIS Timestamp): <system_output timestamp="365.762037">[1@a</system_output>	365.762037, old event
Your task is to analyze terminal XML logs and determine whether the timestamp in the TARGET LINE belongs to a "new event" or an "old event". ### DEFINITION OF A NEW EVENT: 1. Explicit Prompts: The very first `<user_input>` that immediately follows a shell prompt (e.g., `demo@faiserver:~$`). 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="369.149256">[D</user_input> <system_output timestamp="369.302541"/> <user_input timestamp="369.302759">[D</user_input> <system_output timestamp="369.459891"/> <user_input timestamp="369.498141">[D</user_input> <user_input timestamp="369.648359">[D</user_input> <system_output timestamp="369.649575"/> <system_output timestamp="369.800453"/> <user_input timestamp="369.976414">[D</user_input> <system_output timestamp="370.130965"/> <user_input timestamp="370.221026"> </user_input> <system_output timestamp="370.373671">[1@ </system_output> <user_input timestamp="370.447183"> </user_input> <system_output timestamp="370.601405"> [?2004l </system_output> ### TARGET LINE (Extract and Classify THIS Timestamp): <system_output timestamp="370.606208">tar: You must specify one of the '-Acdtrux', '--delete' or '--test-label' options Try 'tar --help' or 'tar --usage' for more information. </system_output>	370.606208, 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:~$`). 2. Phase Transitions: In automated logs, moving from one major build stage to another (e.g., from 'fai-mirror finished' to 'Copying the nfsroot'). 3. Internal Logic: Shifts from downloading to processing. ### WHAT IS NOT A NEW EVENT (OLD EVENT): - User Input / Keystrokes: A user typing a command, including pressing the Enter key (a newline `\n`), is just the completion of the input phase. - Incomplete Tasks: Continuous system output without a clear phase shift. CRITICAL INSTRUCTION: You must classify ONLY the timestamp found in the "### TARGET LINE" section. Do NOT extract timestamps from the "### CONTEXT" section. Output only the timestamp and the classification. Do NOT use brackets, periods, explanations, or markdown formatting. Output Format Example 1: 39.229814, old event Output Format Example 2: 111.602501, new event	### CONTEXT (Previous Events): <system_output timestamp="369.649575"/> <system_output timestamp="369.800453"/> <user_input timestamp="369.976414">[D</user_input> <system_output timestamp="370.130965"/> <user_input timestamp="370.221026"> </user_input> <system_output timestamp="370.373671">[1@ </system_output> <user_input timestamp="370.447183"> </user_input> <system_output timestamp="370.601405"> [?2004l </system_output> <system_output timestamp="370.606208">tar: You must specify one of the '-Acdtrux', '--delete' or '--test-label' options Try 'tar --help' or 'tar --usage' for more information. </system_output> <system_output timestamp="370.606724">/dev/stdin: empty </system_output> <system_output timestamp="370.613316">[?2004h]0;bandit12@bandit: /tmp/tmp.wV6UzZzvu9[01;32mbandit12@bandit[00m:[01;34m/tmp/tmp.wV6UzZzvu9[00m$ </system_output> <user_input timestamp="381.505532">m</user_input> <user_input timestamp="381.586729">a</user_input> <system_output timestamp="381.664114">m</system_output> ### TARGET LINE (Extract and Classify THIS Timestamp): <user_input timestamp="381.714789">n</user_input>	381.714789, 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="398.728877"> [K ing as with the [1m-c [22mand [1m-r [22moptions. Notice, that newer files don't replace their old archive copies,[m [7m Manual page tar(1) line 124 (press h for help or q to quit)[27m[K</system_output> <user_input timestamp="398.741281"> </user_input> <system_output timestamp="398.761481"> [K but instead are appended to the end of archive. The resulting archive can thus contain several members[m [7m Manual page tar(1) line 125 (press h for help or q to quit)[27m[K</system_output> <user_input timestamp="398.777114"> </user_input> <system_output timestamp="398.795691"> [K of the same name, corresponding to various versions of the same file.[m [7m Manual page tar(1) line 126 (press h for help or q to quit)[27m[K</system_output> <user_input timestamp="398.810451"> </user_input> <system_output timestamp="398.827546">... [TRUNCATED TO SAVE SPACE] ...</system_output> <user_input timestamp="398.843649"> </user_input> <system_output timestamp="398.866672">... [TRUNCATED TO SAVE SPACE] ...</system_output> <user_input timestamp="398.876077"> </user_input> <system_output timestamp="398.893347"> [K Extract files from an archive. Arguments are optional. When given, they specify names of the archive[m [7m Manual page tar(1) line 129 (press h for help or q to quit)[27m[K</system_output> <user_input timestamp="398.908848"> </user_input> <system_output timestamp="398.930067"> [K members to be extracted.[m [7m Manual page tar(1) line 130 (press h for help or q to quit)[27m[K</system_output> <user_input timestamp="398.944268"> </user_input> ### TARGET LINE (Extract and Classify THIS Timestamp): <system_output timestamp="398.964519"> [K[m [7m Manual page tar(1) line 131 (press h for help or q to quit)[27m[K</system_output>	398.964519, 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="406.041747"> [K [1m--hole-detection[22m=[4mMETHOD[0m[m [7m Manual page tar(1) line 160 (press h for help or q to quit)[27m[K</system_output> <user_input timestamp="406.928343"> </user_input> <system_output timestamp="407.081181"> [K Use [4mMETHOD[24m to detect holes in sparse files. This option implies [1m--sparse[22m. Valid values for [4mMETHOD[24m are[m [7m Manual page tar(1) line 161 (press h for help or q to quit)[27m[K</system_output> <user_input timestamp="407.448927"> </user_input> <user_input timestamp="407.483712"> </user_input> <user_input timestamp="407.518034"> </user_input> <user_input timestamp="407.549437"> </user_input> <user_input timestamp="407.58315"> </user_input> <system_output timestamp="407.612073">... [TRUNCATED TO SAVE SPACE] ...</system_output> <user_input timestamp="407.61665"> </user_input> <system_output timestamp="407.636855"> [K[m [7m Manual page tar(1) line 163 (press h for help or q to quit)[27m[K</system_output> <user_input timestamp="407.649102"> </user_input> <system_output timestamp="407.669659"> [K [1m-G[22m, [1m--incremental[0m[m [7m Manual page tar(1) line 164 (press h for help or q to quit)[27m[K</system_output> <user_input timestamp="407.681754"> </user_input> ### TARGET LINE (Extract and Classify THIS Timestamp): <system_output timestamp="407.700329"> [K Handle old GNU-format incremental backups.[m [7m Manual page tar(1) line 165 (press h for help or q to quit)[27m[K</system_output>	407.700329, 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="409.999501"> [K[m [7m Manual page tar(1) line 184 (press h for help or q to quit)[27m[K</system_output> <user_input timestamp="410.011649"> </user_input> <system_output timestamp="410.031879"> [K [1m--occurrence[22m[=[4mN[24m][m [7m Manual page tar(1) line 185 (press h for help or q to quit)[27m[K</system_output> <user_input timestamp="410.04738"> </user_input> <system_output timestamp="410.077788"> [K Process only the [4mN[24mth occurrence of each file in the archive. This option is valid only when used with[m [7m Manual page tar(1) line 186 (press h for help or q to quit)[27m[K</system_output> <user_input timestamp="410.079393"> </user_input> <system_output timestamp="410.102943">... [TRUNCATED TO SAVE SPACE] ...</system_output> <system_output timestamp="410.139456">... [TRUNCATED TO SAVE SPACE] ...</system_output> <system_output timestamp="410.169042">... [TRUNCATED TO SAVE SPACE] ...</system_output> <system_output timestamp="410.19898"> [K [1m--restrict[0m[m [7m Manual page tar(1) line 190 (press h for help or q to quit)[27m[K</system_output> <system_output timestamp="410.229852"> [K Disable the use of some potentially harmful options.[m [7m Manual page tar(1) line 191 (press h for help or q to quit)[27m[K</system_output> <user_input timestamp="410.926829"> </user_input> <system_output timestamp="411.077661"> [K[m [7m Manual page tar(1) line 192 (press h for help or q to quit)[27m[K</system_output> <user_input timestamp="411.44727"> </user_input> ### TARGET LINE (Extract and Classify THIS Timestamp): <user_input timestamp="411.480983"> </user_input>	411.480983, 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="411.581426"> </user_input> <system_output timestamp="411.600548"> [K [1m--sparse-version[22m=[4mMAJOR[24m[.[4mMINOR[24m][m [7m Manual page tar(1) line 193 (press h for help or q to quit)[27m[K</system_output> <user_input timestamp="411.616093"> </user_input> <system_output timestamp="411.634496"> [K Set which version of the sparse format to use. This option implies [1m--sparse[22m. Valid argument values[m [7m Manual page tar(1) line 194 (press h for help or q to quit)[27m[K</system_output> <user_input timestamp="411.64842"> </user_input> <system_output timestamp="411.667691">... [TRUNCATED TO SAVE SPACE] ...</system_output> <user_input timestamp="411.680541"> </user_input> <system_output timestamp="411.700929">... [TRUNCATED TO SAVE SPACE] ...</system_output> <user_input timestamp="411.716087"> </user_input> <system_output timestamp="411.734475"> [K [1minfo tar 'Sparse Formats'[22m.[m [7m Manual page tar(1) line 197 (press h for help or q to quit)[27m[K</system_output> <user_input timestamp="411.74884"> </user_input> <system_output timestamp="411.767492"> [K[m [7m Manual page tar(1) line 198 (press h for help or q to quit)[27m[K</system_output> <user_input timestamp="411.781858"> </user_input> <system_output timestamp="411.802622"> [K [1m-S[22m, [1m--sparse[0m[m [7m Manual page tar(1) line 199 (press h for help or q to quit)[27m[K</system_output> ### TARGET LINE (Extract and Classify THIS Timestamp): <system_output timestamp="411.836281"> [K Handle sparse files efficiently. Some files in the file system may have segments which were actually[m [7m Manual page tar(1) line 200 (press h for help or q to quit)[27m[K</system_output>	411.836281, 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="442.89932"> </user_input> <system_output timestamp="442.953122">r</system_output> <system_output timestamp="443.052407"> [?2004l </system_output> <system_output timestamp="443.11364">[?1049h[22;0;0t[?1h= </system_output> <system_output timestamp="443.19356">[4mTAR[24m(1) GNU TAR Manual [4mTAR[24m(1)[m [m [1mNAME[0m[m tar - an archiving utility[m [m ... [TRUNCATED 11 LINES] ... [1mtar -r [22m[[1m-f [4m[22mARCHIVE[24m] [[4mOPTIONS[24m] [[4mFILE[24m...][m [m [1mtar -t [22m[[1m-f [4m[22mARCHIVE[24m] [[4mOPTIONS[24m] [[4mMEMBER[24m...][m [m [1mtar -u [22m[[1m-f [4m[22mARCHIVE[24m] [[4mOPTION</system_output> <system_output timestamp="443.194061">... [TRUNCATED TO SAVE SPACE] ...</system_output> <user_input timestamp="443.550053">OB</user_input> <system_output timestamp="443.698012">... [TRUNCATED TO SAVE SPACE] ...</system_output> <user_input timestamp="444.073688">OB</user_input> <user_input timestamp="444.107149">OB</user_input> <user_input timestamp="444.141751">OB</user_input> <user_input timestamp="444.173681">OB</user_input> <user_input timestamp="444.206901">OB</user_input> <system_output timestamp="444.227247"> [K [KESCESC[KOO[KBB [K[m [7m Manual page tar(1) line 3 (press h for help or q to quit)[27m[K</system_output> ### TARGET LINE (Extract and Classify THIS Timestamp): <user_input timestamp="444.241988">OB</user_input>	444.241988, 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="445.883979"> [K [KESCESC[KOO[KBB [K ommendations, refer to the [1mGNU Tar Manual [22mavailable in texinfo format. If the [1minfo [22mreader and the tar docu‐[m [7m Manual page tar(1) line 18 (press h for help or q to quit)[27m[K</system_output> <user_input timestamp="445.897742">OB</user_input> <system_output timestamp="445.914893"> [K [KESCESC[KOO[KBB [K mentation are properly installed on your system, the command[m [7m Manual page tar(1) line 19 (press h for help or q to quit)[27m[K</system_output> <user_input timestamp="445.931175">OB</user_input> <system_output timestamp="445.948452"> [K [KESCESC[KOO[KBB [K[m [7m Manual page tar(1) line 20 (press h for help or q to quit)[27m[K</system_output> <user_input timestamp="445.964517">OB</user_input> <system_output timestamp="445.980912">... [TRUNCATED TO SAVE SPACE] ...</system_output> <user_input timestamp="445.996378">OB</user_input> <system_output timestamp="446.014873">... [TRUNCATED TO SAVE SPACE] ...</system_output> <user_input timestamp="446.033218">OB</user_input> <system_output timestamp="446.054362"> [K [KESCESC[KOO[KBB [K should give you access to the complete manual.[m [7m Manual page tar(1) line 23 (press h for help or q to quit)[27m[K</system_output> <user_input timestamp="446.066613">OB</user_input> <system_output timestamp="446.090564"> [K [KESCESC[KOO[KBB [K[m [7m Manual page tar(1) line 24 (press h for help or q to quit)[27m[K</system_output> <user_input timestamp="446.097896">OB</user_input> ### TARGET LINE (Extract and Classify THIS Timestamp): <system_output timestamp="446.117623"> [K [KESCESC[KOO[KBB [K You can also view the manual using the info mode in [1memacs[22m(1), or find it in various formats online at[m [7m Manual page tar(1) line 25 (press h for help or q to quit)[27m[K</system_output>	446.117623, 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="447.536643">OB</user_input> <system_output timestamp="447.56857"> [K [KESCESC[KOO[KBB [K that this does not create ambiguity. Arguments to long options are supplied either as a separate command line[m [7m Manual page tar(1) line 68 (press h for help or q to quit)[27m[K</system_output> <user_input timestamp="447.569578">OB</user_input> <system_output timestamp="447.599386"> [K [KESCESC[KOO[KBB [K word, immediately following the option, or separated from the option by an equals sign with no intervening[m [7m Manual page tar(1) line 69 (press h for help or q to quit)[27m[K</system_output> <user_input timestamp="447.602468">OB</user_input> <system_output timestamp="447.628939">... [TRUNCATED TO SAVE SPACE] ...</system_output> <user_input timestamp="447.638488">OB</user_input> <system_output timestamp="447.663589">... [TRUNCATED TO SAVE SPACE] ...</system_output> <user_input timestamp="447.668666">OB</user_input> <system_output timestamp="447.690047"> [K [KESCESC[KOO[KBB [K Here are several ways of writing the example command in this style:[m [7m Manual page tar(1) line 72 (press h for help or q to quit)[27m[K</system_output> <user_input timestamp="447.701961">OB</user_input> <system_output timestamp="447.726009"> [K [KESCESC[KOO[KBB [K[m [7m Manual page tar(1) line 73 (press h for help or q to quit)[27m[K</system_output> <user_input timestamp="447.739575">OB</user_input> <system_output timestamp="447.770115"> [K [KESCESC[KOO[KBB [K tar --create --file etc.tar --verbose /etc[m [7m Manual page tar(1) line 74 (press h for help or q to quit)[27m[K</system_output> ### TARGET LINE (Extract and Classify THIS Timestamp): <user_input timestamp="447.771702">OB</user_input>	447.771702, 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="467.545537"> [1minfo tar 'Sparse Formats'[22m.[m [7m Manual page tar(1) line 197 (press h for help or q to quit)[27m[K</system_output> <user_input timestamp="467.55885">OB</user_input> <system_output timestamp="467.578527"> [K [KESCESC[KOO[KBB [K[m [7m Manual page tar(1) line 198 (press h for help or q to quit)[27m[K</system_output> <user_input timestamp="467.592156">OB</user_input> <system_output timestamp="467.612551"> [K [KESCESC[KOO[KBB [K [1m-S[22m, [1m--sparse[0m[m [7m Manual page tar(1) line 199 (press h for help or q to quit)[27m[K</system_output> <user_input timestamp="467.625544">OB</user_input> <user_input timestamp="467.660848">OB</user_input> <system_output timestamp="467.662073">... [TRUNCATED TO SAVE SPACE] ...</system_output> <system_output timestamp="467.680104">... [TRUNCATED TO SAVE SPACE] ...</system_output> <system_output timestamp="467.713467"> [K [KESCESC[KOO[KBB [K option, [1mtar [22mattempts to determine if the file is sparse prior to archiving it, and if so, to reduce the[m [7m Manual page tar(1) line 202 (press h for help or q to quit)[27m[K</system_output> <system_output timestamp="467.746701"> [K [KESCESC[KOO[KBB [K resulting archive size by not dumping empty parts of the file.[m [7m Manual page tar(1) line 203 (press h for help or q to quit)[27m[K</system_output> <system_output timestamp="467.779525"> [K [KESCESC[KOO[KBB [K[m [7m Manual page tar(1) line 204 (press h for help or q to quit)[27m[K</system_output> <system_output timestamp="467.814868"> [K [KESCESC[KOO[KBB [K [1mOverwrite control[0m[m [7m Manual page tar(1) line 205 (press h for help or q to quit)[27m[K</system_output> <user_input timestamp="468.543889">OB</user_input> ### TARGET LINE (Extract and Classify THIS Timestamp): <system_output timestamp="468.698077"> [K [KESCESC[KOO[KBB [K These options control [1mtar [22mactions when extracting a file over an existing copy on disk.[m [7m Manual page tar(1) line 206 (press h for help or q to quit)[27m[K</system_output>	468.698077, 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="476.888902">OB</user_input> <user_input timestamp="476.922917">OB</user_input> <system_output timestamp="476.944543"> [K [KESCESC[KOO[KBB [K Remove files from disk after adding them to the archive.[m [7m Manual page tar(1) line 234 (press h for help or q to quit)[27m[K</system_output> <user_input timestamp="476.957916">OB</user_input> <system_output timestamp="476.983034"> [K [KESCESC[KOO[KBB [K[m [7m Manual page tar(1) line 235 (press h for help or q to quit)[27m[K</system_output> <user_input timestamp="476.991228">OB</user_input> <system_output timestamp="477.009163">... [TRUNCATED TO SAVE SPACE] ...</system_output> <system_output timestamp="477.009597">... [TRUNCATED TO SAVE SPACE] ...</system_output> <user_input timestamp="477.024605">OB</user_input> <system_output timestamp="477.041355"> [K [KESCESC[KOO[KBB [K</system_output> <system_output timestamp="477.042504"> Don't replace existing files when extracting, silently skip over them.[m [7m Manual page tar(1) line 237 (press h for help or q to quit)[27m[K</system_output> <user_input timestamp="477.057363">OB</user_input> <system_output timestamp="477.076392"> [K [KESCESC[KOO[KBB [K[m [7m Manual page tar(1) line 238 (press h for help or q to quit)[27m[K</system_output> <user_input timestamp="477.092136">OB</user_input> ### TARGET LINE (Extract and Classify THIS Timestamp): <system_output timestamp="477.111428"> [K [KESCESC[KOO[KBB [K [1m-U[22m, [1m--unlink-first[0m[m [7m Manual page tar(1) line 239 (press h for help or q to quit)[27m[K</system_output>	477.111428, 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="487.682421"> [K [KESCESC[KOO[KBB [K[m [7m Manual page tar(1) line 307 (press h for help or q to quit)[27m[K</system_output> <user_input timestamp="487.700058">OB</user_input> <system_output timestamp="487.720809"> [K [KESCESC[KOO[KBB [K</system_output> <system_output timestamp="487.721995"> Additionally, the following variables contain information about [1mtar [22moperation mode and the archive be‐[m [7m Manual page tar(1) line 308 (press h for help or q to quit)[27m[K</system_output> <user_input timestamp="487.734167">OB</user_input> <system_output timestamp="487.75725">... [TRUNCATED TO SAVE SPACE] ...</system_output> <user_input timestamp="487.76527">OB</user_input> <system_output timestamp="487.786534">... [TRUNCATED TO SAVE SPACE] ...</system_output> <system_output timestamp="487.78848">... [TRUNCATED TO SAVE SPACE] ...</system_output> <user_input timestamp="487.798777">OB</user_input> <system_output timestamp="487.822468"> [K [KESCESC[KOO[KBB [K [1mTAR_VERSION[0m[m [7m Manual page tar(1) line 311 (press h for help or q to quit)[27m[K</system_output> <user_input timestamp="487.836134">OB</user_input> <system_output timestamp="487.855227"> [K [KESCESC[KOO[KBB [K</system_output> <system_output timestamp="487.8572"> GNU [1mtar [22mversion number.[m [7m Manual page tar(1) line 312 (press h for help or q to quit)[27m[K</system_output> ### TARGET LINE (Extract and Classify THIS Timestamp): <user_input timestamp="487.867943">OB</user_input>	487.867943, 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="488.693409"> [K [KESCESC[KOO[KBB [K[m [7m Manual page tar(1) line 337 (press h for help or q to quit)[27m[K</system_output> <user_input timestamp="488.702465">OB</user_input> <system_output timestamp="488.722733"> [K [KESCESC[KOO[KBB [K</system_output> <system_output timestamp="488.723903"> [1m--group[22m=[4mNAME[24m[:[4mGID[24m][m [7m Manual page tar(1) line 338 (press h for help or q to quit)[27m[K</system_output> <user_input timestamp="488.736475">OB</user_input> <system_output timestamp="488.755163">... [TRUNCATED TO SAVE SPACE] ...</system_output> <user_input timestamp="488.769221">OB</user_input> <system_output timestamp="488.789876">... [TRUNCATED TO SAVE SPACE] ...</system_output> <user_input timestamp="488.805685">OB</user_input> <system_output timestamp="488.824157"> [K [KESCESC[KOO[KBB [K base.[m [7m Manual page tar(1) line 341 (press h for help or q to quit)[27m[K</system_output> <user_input timestamp="488.838405">OB</user_input> <system_output timestamp="488.855022"> [K [KESCESC[KOO[KBB [K[m [7m Manual page tar(1) line 342 (press h for help or q to quit)[27m[K</system_output> <user_input timestamp="488.869833">OB</user_input> <system_output timestamp="488.887228"> [K [KESCESC[KOO[KBB [K When used with [1m--group-map[22m=[4mFILE[24m, affects only those files whose owner group is not listed in [4mFILE[24m.[m [7m Manual page tar(1) line 343 (press h for help or q to quit)[27m[K</system_output> ### TARGET LINE (Extract and Classify THIS Timestamp): <user_input timestamp="488.90738">OB</user_input>	488.90738, 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="494.741921"> [K [KESCESC[KOO[KBB [K [1m--same-owner[0m[m [7m Manual page tar(1) line 405 (press h for help or q to quit)[27m[K</system_output> <user_input timestamp="494.751588">OB</user_input> <system_output timestamp="494.776508"> [K [KESCESC[KOO[KBB [K Try extracting files with the same ownership as exists in the archive (default for superuser).[m [7m Manual page tar(1) line 406 (press h for help or q to quit)[27m[K</system_output> <user_input timestamp="494.789555">OB</user_input> <system_output timestamp="494.804331"> [K [KESCESC[KOO[KBB [K[m [7m Manual page tar(1) line 407 (press h for help or q to quit)[27m[K</system_output> <user_input timestamp="494.819016">OB</user_input> <system_output timestamp="494.83868">... [TRUNCATED TO SAVE SPACE] ...</system_output> <user_input timestamp="494.85177">OB</user_input> <system_output timestamp="494.868464">... [TRUNCATED TO SAVE SPACE] ...</system_output> <system_output timestamp="494.869041"> Tell [1mtar [22mthat the list of file names to process is sorted in the same order as the files in the[m [7m Manual page tar(1) line 409 (press h for help or q to quit)[27m[K</system_output> <user_input timestamp="494.886003">OB</user_input> <system_output timestamp="494.910533"> [K [KESCESC[KOO[KBB [K archive.[m [7m Manual page tar(1) line 410 (press h for help or q to quit)[27m[K</system_output> <user_input timestamp="494.921594">OB</user_input> <system_output timestamp="494.941645"> [K [KESCESC[KOO[KBB [K</system_output> ### TARGET LINE (Extract and Classify THIS Timestamp): <system_output timestamp="494.944121">[m [7m Manual page tar(1) line 411 (press h for help or q to quit)[27m[K</system_output>	494.944121, 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="496.298887">OB</user_input> <user_input timestamp="496.333219">OB</user_input> <user_input timestamp="496.365997">OB</user_input> <user_input timestamp="496.401037">OB</user_input> <system_output timestamp="496.421255"> [K [KESCESC[KOO[KBB [K[m</system_output> <system_output timestamp="496.422024">... [TRUNCATED TO SAVE SPACE] ...</system_output> <user_input timestamp="496.434463">OB</user_input> <system_output timestamp="496.455871">... [TRUNCATED TO SAVE SPACE] ...</system_output> <user_input timestamp="496.466945">OB</user_input> <system_output timestamp="496.483063"> [K [KESCESC[KOO[KBB [K Disable SELinux context support.[m [7m Manual page tar(1) line 435 (press h for help or q to quit)[27m[K</system_output> <user_input timestamp="496.50053">OB</user_input> <system_output timestamp="496.518586"> [K [KESCESC[KOO[KBB [K</system_output> <system_output timestamp="496.520168">[m [7m Manual page tar(1) line 436 (press h for help or q to quit)[27m[K</system_output> <user_input timestamp="496.532856">OB</user_input> ### TARGET LINE (Extract and Classify THIS Timestamp): <system_output timestamp="496.552538"> [K [KESCESC[KOO[KBB [K [1m--xattrs[0m[m [7m Manual page tar(1) line 437 (press h for help or q to quit)[27m[K</system_output>	496.552538, 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="503.668742"> [1m-a[22m, [1m--auto-compress[0m[m [7m Manual page tar(1) line 570 (press h for help or q to quit)[27m[K</system_output> <user_input timestamp="503.679665">OB</user_input> <system_output timestamp="503.69029"> [K [KESCESC[KOO[KBB [K Use archive suffix to determine the compression program.[m [7m Manual page tar(1) line 571 (press h for help or q to quit)[27m[K</system_output> <user_input timestamp="503.716264">OB</user_input> <system_output timestamp="503.736773"> [K [KESCESC[KOO[KBB [K[m [7m Manual page tar(1) line 572 (press h for help or q to quit)[27m[K</system_output> <user_input timestamp="503.747872">OB</user_input> <system_output timestamp="503.766769">... [TRUNCATED TO SAVE SPACE] ...</system_output> <user_input timestamp="503.78177">OB</user_input> <system_output timestamp="503.782626">... [TRUNCATED TO SAVE SPACE] ...</system_output> <system_output timestamp="503.805111"> [K [KESCESC[KOO[KBB [K</system_output> <system_output timestamp="503.805652"> Filter data through [4mCOMMAND[24m. It must accept the [1m-d [22moption, for decompression. The argument can con‐[m [7m Manual page tar(1) line 574 (press h for help or q to quit)[27m[K</system_output> <user_input timestamp="503.815468">OB</user_input> <system_output timestamp="503.832967"> [K [KESCESC[KOO[KBB [K tain command line options.[m [7m Manual page tar(1) line 575 (press h for help or q to quit)[27m[K</system_output> <user_input timestamp="503.850501">OB</user_input> ### TARGET LINE (Extract and Classify THIS Timestamp): <system_output timestamp="503.867379"> [K [KESCESC[KOO[KBB [K[m [7m Manual page tar(1) line 576 (press h for help or q to quit)[27m[K</system_output>	503.867379, 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:~$`). 2. Phase Transitions: In automated logs, moving from one major build stage to another (e.g., from 'fai-mirror finished' to 'Copying the nfsroot'). 3. Internal Logic: Shifts from downloading to processing. ### WHAT IS NOT A NEW EVENT (OLD EVENT): - User Input / Keystrokes: A user typing a command, including pressing the Enter key (a newline `\n`), is just the completion of the input phase. - Incomplete Tasks: Continuous system output without a clear phase shift. CRITICAL INSTRUCTION: You must classify ONLY the timestamp found in the "### TARGET LINE" section. Do NOT extract timestamps from the "### CONTEXT" section. Output only the timestamp and the classification. Do NOT use brackets, periods, explanations, or markdown formatting. Output Format Example 1: 39.229814, old event Output Format Example 2: 111.602501, new event	### CONTEXT (Previous Events): <user_input timestamp="630.090528"> </user_input> <system_output timestamp="630.2584"> [?2004l </system_output> <system_output timestamp="630.289578">The password is FO5dwFsc0cbaIiH0h8J2eUks2vdTDwAn [?2004h]0;bandit12@bandit: /tmp/tmp.wV6UzZzvu9[01;32mbandit12@bandit[00m:[01;34m/tmp/tmp.wV6UzZzvu9[00m$ </system_output> <user_input timestamp="681.243956">e</user_input> <system_output timestamp="681.401404">e</system_output> <user_input timestamp="681.43689">x</user_input> <system_output timestamp="681.611585">x</system_output> <user_input timestamp="681.904069">i</user_input> <user_input timestamp="682.038797">t</user_input> <system_output timestamp="682.055295">i</system_output> <system_output timestamp="682.192659">t</system_output> <user_input timestamp="683.351237"> </user_input> <system_output timestamp="683.507675"> [?2004l logout </system_output> <system_output timestamp="683.522742">Connection to bandit.labs.overthewire.org closed. </system_output> ### TARGET LINE (Extract and Classify THIS Timestamp): <system_output timestamp="683.543641">[?2004h]0;renee_k@Renee: ~[01;32mrenee_k@Renee[00m:[01;34m~[00m$ </system_output>	683.543641, 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:~$`). 2. Phase Transitions: In automated logs, moving from one major build stage to another (e.g., from 'fai-mirror finished' to 'Copying the nfsroot'). 3. Internal Logic: Shifts from downloading to processing. ### WHAT IS NOT A NEW EVENT (OLD EVENT): - User Input / Keystrokes: A user typing a command, including pressing the Enter key (a newline `\n`), is just the completion of the input phase. - Incomplete Tasks: Continuous system output without a clear phase shift. CRITICAL INSTRUCTION: You must classify ONLY the timestamp found in the "### TARGET LINE" section. Do NOT extract timestamps from the "### CONTEXT" section. Output only the timestamp and the classification. Do NOT use brackets, periods, explanations, or markdown formatting. Output Format Example 1: 39.229814, old event Output Format Example 2: 111.602501, new event	### CONTEXT (Previous Events): <user_input timestamp="686.317883">[D</user_input> <system_output timestamp="686.318162"/> <user_input timestamp="686.351679">[D</user_input> <system_output timestamp="686.351954"/> <user_input timestamp="686.388321">[D</user_input> <system_output timestamp="686.388627"/> <user_input timestamp="686.420898">[D</user_input> <system_output timestamp="686.421216"/> <user_input timestamp="686.45002">[D</user_input> <system_output timestamp="686.4503"/> <user_input timestamp="686.483674">[D</user_input> <system_output timestamp="686.484019"/> <user_input timestamp="686.518064">[D</user_input> <system_output timestamp="686.518332"/> ### TARGET LINE (Extract and Classify THIS Timestamp): <user_input timestamp="686.552731">[D</user_input>	686.552731, old event
Your task is to analyze terminal XML logs and determine whether the timestamp in the TARGET LINE belongs to a "new event" or an "old event". ### DEFINITION OF A NEW EVENT: 1. Explicit Prompts: The very first `<user_input>` that immediately follows a shell prompt (e.g., `demo@faiserver:~$`). 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="687.598305"/> <user_input timestamp="687.730064">[D</user_input> <system_output timestamp="687.730381"/> <user_input timestamp="687.882988">[D</user_input> <system_output timestamp="687.883411"/> <user_input timestamp="688.768414"></user_input> <system_output timestamp="688.768729">... [TRUNCATED TO SAVE SPACE] ...</system_output> <user_input timestamp="688.934031">3</user_input> <system_output timestamp="688.934338">... [TRUNCATED TO SAVE SPACE] ...</system_output> <user_input timestamp="690.140822"> </user_input> <system_output timestamp="690.141233"> [?2004l </system_output> <system_output timestamp="691.399994"> _ _ _ _ \| \|__ __ _ _ __ __\| (_) \|_ \| '_ \ / _` \| '_ \ / _` \| \| __\| \| \|_) \| (_\| \| \| \| \| (_\| \| \| \|_ \|_.__/ \__,_\|_\| \|_\|\__,_\|_\|\__\| This is an OverTheWire game server. More information on http://www.overthewire.org/wargames </system_output> <system_output timestamp="691.604773"> bandit13@bandit.labs.overthewire.org's password: </system_output> <user_input timestamp="697.098495">FO5dwFsc0cbaIiH0</user_input> ### TARGET LINE (Extract and Classify THIS Timestamp): <user_input timestamp="697.098843">h8J2eUks2vdTDwAn</user_input>	697.098843, 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:~$`). 2. Phase Transitions: In automated logs, moving from one major build stage to another (e.g., from 'fai-mirror finished' to 'Copying the nfsroot'). 3. Internal Logic: Shifts from downloading to processing. ### WHAT IS NOT A NEW EVENT (OLD EVENT): - User Input / Keystrokes: A user typing a command, including pressing the Enter key (a newline `\n`), is just the completion of the input phase. - Incomplete Tasks: Continuous system output without a clear phase shift. CRITICAL INSTRUCTION: You must classify ONLY the timestamp found in the "### TARGET LINE" section. Do NOT extract timestamps from the "### CONTEXT" section. Output only the timestamp and the classification. Do NOT use brackets, periods, explanations, or markdown formatting. Output Format Example 1: 39.229814, old event Output Format Example 2: 111.602501, new event	### CONTEXT (Previous Events): <system_output timestamp="822.265488"/> <user_input timestamp="822.781521">[D</user_input> <system_output timestamp="822.781842"/> <user_input timestamp="822.814541">[D</user_input> <system_output timestamp="822.814842"/> <user_input timestamp="822.848567">[D</user_input> <system_output timestamp="822.848856"/> <user_input timestamp="822.882379">[D</user_input> <system_output timestamp="822.882698"/> <user_input timestamp="822.917577">[D</user_input> <system_output timestamp="822.918306"/> <user_input timestamp="822.946865">[D</user_input> <system_output timestamp="822.947141"/> <user_input timestamp="822.981669">[D</user_input> ### TARGET LINE (Extract and Classify THIS Timestamp): <system_output timestamp="822.981961"/>	822.981961, old event
Your task is to analyze terminal XML logs and determine whether the timestamp in the TARGET LINE belongs to a "new event" or an "old event". ### DEFINITION OF A NEW EVENT: 1. Explicit Prompts: The very first `<user_input>` that immediately follows a shell prompt (e.g., `demo@faiserver:~$`). 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="823.350326"/> <user_input timestamp="823.382964">[D</user_input> <system_output timestamp="823.383352"/> <user_input timestamp="823.418185">[D</user_input> <system_output timestamp="823.418495"/> <user_input timestamp="823.451267">[D</user_input> <system_output timestamp="823.451549"/> <user_input timestamp="823.482347">[D</user_input> <system_output timestamp="823.482716"/> <user_input timestamp="823.519079">[D</user_input> <system_output timestamp="823.519338"/> <user_input timestamp="823.552555">[D</user_input> <system_output timestamp="823.552902"/> <user_input timestamp="823.585435">[D</user_input> ### TARGET LINE (Extract and Classify THIS Timestamp): <system_output timestamp="823.585711"/>	823.585711, 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:~$`). 2. Phase Transitions: In automated logs, moving from one major build stage to another (e.g., from 'fai-mirror finished' to 'Copying the nfsroot'). 3. Internal Logic: Shifts from downloading to processing. ### WHAT IS NOT A NEW EVENT (OLD EVENT): - User Input / Keystrokes: A user typing a command, including pressing the Enter key (a newline `\n`), is just the completion of the input phase. - Incomplete Tasks: Continuous system output without a clear phase shift. CRITICAL INSTRUCTION: You must classify ONLY the timestamp found in the "### TARGET LINE" section. Do NOT extract timestamps from the "### CONTEXT" section. Output only the timestamp and the classification. Do NOT use brackets, periods, explanations, or markdown formatting. Output Format Example 1: 39.229814, old event Output Format Example 2: 111.602501, new event	### CONTEXT (Previous Events): <system_output timestamp="938.986241">01;34mrsyslog.d[0m [?2004h]0;bandit13@bandit: /etc[01;32mbandit13@bandit[00m:[01;34m/etc[00m$ </system_output> <user_input timestamp="943.667008">c</user_input> <user_input timestamp="943.810847">d</user_input> <system_output timestamp="943.819873">c</system_output> <user_input timestamp="943.906221"> </user_input> <system_output timestamp="943.957976">d</system_output> <system_output timestamp="944.04834"> </system_output> <user_input timestamp="944.099442">b</user_input> <system_output timestamp="944.239078">b</system_output> <user_input timestamp="944.310159">a</user_input> <user_input timestamp="944.392876">n</user_input> <system_output timestamp="944.450281">a</system_output> <user_input timestamp="944.50054">d</user_input> <system_output timestamp="944.533672">n</system_output> ### TARGET LINE (Extract and Classify THIS Timestamp): <system_output timestamp="944.638051">d</system_output>	944.638051, old event

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