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="4096.686014">Get: 191 http://127.0.0.1:3142/ftp.de.debian.org/debian bookworm/main i386 node-unicode-match-property-value-ecmascript all 2.1.0+ds-1 [7,272 B]
</system_output>
<system_output timestamp="4096.687486">Get: 192 http://127.0.0.1:3142/ftp.de.debian.org/debian bookworm/main i386 node-regexpu-core all 5.2.2-3 [13.9 kB]
</system_output>
<system_output timestamp="4096.690246">Get: 193 http://127.0.0.1:3142/ftp.de.debian.org/debian bookworm/main i386 node-source-map-support all 0.5.21+ds+~0.5.4-1 [14.5 kB]
</system_output>
<system_output timestamp="4096.693208">Get: 194 http://127.0.0.1:3142/ftp.de.debian.org/debian bookworm/main i386 node-to-fast-properties all 3.0.1-3 [4,332 B]
</system_output>
<system_output timestamp="4096.694698">Get: 195 http://127.0.0.1:3142/ftp.de.debian.org/debian bookworm/main i386 node-v8flags all 3.2.0+~3.1.1-1 [7,612 B]
</system_output>
<system_output timestamp="4096.697096">... [TRUNCATED TO SAVE SPACE] ...</system_output>
<system_output timestamp="4096.708439">... [TRUNCATED TO SAVE SPACE] ...</system_output>
<system_output timestamp="4096.709954">... [TRUNCATED TO SAVE SPACE] ...</system_output>
<system_output timestamp="4096.711755">... [TRUNCATED TO SAVE SPACE] ...</system_output>
<system_output timestamp="4096.713607">Get: 200 http://127.0.0.1:3142/ftp.de.debian.org/debian bookworm/main i386 node-parse-json all 5.2.0+~cs5.1.7-1 [7,356 B]
</system_output>
<system_output timestamp="4096.715024">Get: 201 http://127.0.0.1:3142/ftp.de.debian.org/debian bookworm/main i386 node-hosted-git-info all 6.1.1-2 [12.6 kB]
</system_output>
<system_output timestamp="4096.716625">Get: 202 http://127.0.0.1:3142/ftp.de.debian.org/debian bookworm/main i386 node-spdx-license-ids all 3.0.12-1 [6,276 B]
</system_output>
<system_output timestamp="4096.718208">Get: 203 http://127.0.0.1:3142/ftp.de.debian.org/debian bookworm/main i386 node-spdx-exceptions all 2.3.0-2 [3,992 B]
</system_output>
<system_output timestamp="4096.719798">Get: 204 http://127.0.0.1:3142/ftp.de.debian.org/debian bookworm/main i386 node-spdx-expression-parse all 3.0.1+~3.0.1-1 [7,532 B]
</system_output>
### TARGET LINE (Extract and Classify THIS Timestamp):
<system_output timestamp="4096.721308">Get: 205 http://127.0.0.1:3142/ftp.de.debian.org/debian bookworm/main i386 node-spdx-correct all 3.1.1-2 [5,464 B]
</system_output> | 4096.721308, 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="4096.731291">Get: 211 http://127.0.0.1:3142/ftp.de.debian.org/debian bookworm/main i386 node-which all 2.0.2+~cs1.3.2-3 [8,368 B]
</system_output>
<system_output timestamp="4096.733048">Get: 212 http://127.0.0.1:3142/ftp.de.debian.org/debian bookworm/main i386 node-is-typedarray all 1.0.0-4 [3,292 B]
</system_output>
<system_output timestamp="4096.734929">Get: 213 http://127.0.0.1:3142/ftp.de.debian.org/debian bookworm/main i386 node-typedarray-to-buffer all 4.0.0-2 [3,380 B]
</system_output>
<system_output timestamp="4096.736651">Get: 214 http://127.0.0.1:3142/ftp.de.debian.org/debian bookworm/main i386 node-write-file-atomic all 4.0.2+~4.0.0-1 [9,284 B]
</system_output>
<system_output timestamp="4096.738325">Get: 215 http://127.0.0.1:3142/ftp.de.debian.org/debian bookworm/main i386 node-slice-ansi all 5.0.0+~cs9.0.0-5 [8,788 B]
</system_output>
<system_output timestamp="4096.740016">... [TRUNCATED TO SAVE SPACE] ...</system_output>
<system_output timestamp="4096.741782">... [TRUNCATED TO SAVE SPACE] ...</system_output>
<system_output timestamp="4096.743552">... [TRUNCATED TO SAVE SPACE] ...</system_output>
<system_output timestamp="4096.743816">... [TRUNCATED TO SAVE SPACE] ...</system_output>
<system_output timestamp="4096.745215">Get: 220 http://127.0.0.1:3142/ftp.de.debian.org/debian bookworm/main i386 node-wcwidth.js all 1.0.2-2 [7,088 B]
</system_output>
<system_output timestamp="4096.74666">Get: 221 http://127.0.0.1:3142/ftp.de.debian.org/debian bookworm/main i386 node-string-width all 4.2.3+~cs13.2.3-1 [10.7 kB]
</system_output>
<system_output timestamp="4096.748319">Get: 222 http://127.0.0.1:3142/ftp.de.debian.org/debian bookworm/main i386 node-wrap-ansi all 8.0.1+~8.0.1-3 [11.8 kB]
</system_output>
<system_output timestamp="4096.749577">Get: 223 http://127.0.0.1:3142/ftp.de.debian.org/debian bookworm/main i386 node-cliui all 7.0.4+repack+~cs3.1.0-4 [11.5 kB]
</system_output>
<system_output timestamp="4096.751948">Get: 224 http://127.0.0.1:3142/ftp.de.debian.org/debian bookworm/main i386 node-get-caller-file all 2.0.5+~cs1.1.1-4 [5,728 B]
</system_output>
### TARGET LINE (Extract and Classify THIS Timestamp):
<system_output timestamp="4096.753361">Get: 225 http://127.0.0.1:3142/ftp.de.debian.org/debian bookworm/main i386 node-require-directory all 2.1.1+~2.1.2-1 [7,092 B]
</system_output> | 4096.753361, 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="4096.817404">Get: 248 http://127.0.0.1:3142/ftp.de.debian.org/debian bookworm/main i386 node-tslib all 2.4.1-1 [19.5 kB]
</system_output>
<system_output timestamp="4096.819831">Get: 249 http://127.0.0.1:3142/ftp.de.debian.org/debian bookworm/main i386 node-chrome-trace-event all 1.0.3-2 [6,984 B]
</system_output>
<system_output timestamp="4096.822112">Get: 250 http://127.0.0.1:3142/ftp.de.debian.org/debian bookworm/main i386 node-ci-info all 3.6.1+~cs1.1.0-1 [11.7 kB]
</system_output>
<system_output timestamp="4096.824193">Get: 251 http://127.0.0.1:3142/ftp.de.debian.org/debian bookworm/main i386 node-prr all 1.0.1-3 [4,352 B]
</system_output>
<system_output timestamp="4096.826415">Get: 252 http://127.0.0.1:3142/ftp.de.debian.org/debian bookworm/main i386 node-errno all 1.0.0-3 [7,736 B]
</system_output>
<system_output timestamp="4096.828208">... [TRUNCATED TO SAVE SPACE] ...</system_output>
<system_output timestamp="4096.830112">... [TRUNCATED TO SAVE SPACE] ...</system_output>
<system_output timestamp="4096.832362">... [TRUNCATED TO SAVE SPACE] ...</system_output>
<system_output timestamp="4096.834371">... [TRUNCATED TO SAVE SPACE] ...</system_output>
<system_output timestamp="4096.836609">Get: 257 http://127.0.0.1:3142/ftp.de.debian.org/debian bookworm/main i386 node-events all 3.3.0+~3.0.0-3 [5,888 B]
</system_output>
<system_output timestamp="4096.838797">Get: 258 http://127.0.0.1:3142/ftp.de.debian.org/debian bookworm/main i386 node-interpret all 2.2.0-3 [7,660 B]
</system_output>
<system_output timestamp="4096.840805">Get: 259 http://127.0.0.1:3142/ftp.de.debian.org/debian bookworm/main i386 node-isobject all 4.0.0-2 [5,332 B]
</system_output>
<system_output timestamp="4096.842765">Get: 260 http://127.0.0.1:3142/ftp.de.debian.org/debian bookworm/main i386 node-resolve-cwd all 3.0.0-2 [4,212 B]
</system_output>
<system_output timestamp="4096.84494">Get: 261 http://127.0.0.1:3142/ftp.de.debian.org/debian bookworm/main i386 node-jest-debbundle all 29.3.1~ds1+~cs70.48.25-2 [129 kB]
</system_output>
### TARGET LINE (Extract and Classify THIS Timestamp):
<system_output timestamp="4096.849049">Get: 262 http://127.0.0.1:3142/ftp.de.debian.org/debian bookworm/main i386 node-merge-stream all 2.0.0+~1.1.2-2 [5,124 B]
</system_output> | 4096.849049, 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="4110.451059">Get: 5 http://127.0.0.1:3142/ftp.de.debian.org/debian bookworm/main i386 php8.2 all 8.2.20-1~deb12u1 [39.2 kB]
</system_output>
<system_output timestamp="4110.453191">Get: 6 http://127.0.0.1:3142/ftp.de.debian.org/debian bookworm/main i386 php all 2:8.2+93 [3,628 B]
</system_output>
<system_output timestamp="4110.467223">Get: 7 http://127.0.0.1:3142/ftp.de.debian.org/debian bookworm/main i386 php8.2-intl i386 8.2.20-1~deb12u1 [143 kB]
</system_output>
<system_output timestamp="4110.472737">Get: 8 http://127.0.0.1:3142/ftp.de.debian.org/debian bookworm/main i386 php-intl all 2:8.2+93 [3,664 B]
</system_output>
<system_output timestamp="4110.477257">Get: 9 http://127.0.0.1:3142/ftp.de.debian.org/debian bookworm/main i386 php8.2-mysql i386 8.2.20-1~deb12u1 [123 kB]
</system_output>
<system_output timestamp="4110.479828">... [TRUNCATED TO SAVE SPACE] ...</system_output>
<system_output timestamp="4110.481698">... [TRUNCATED TO SAVE SPACE] ...</system_output>
<system_output timestamp="4110.489803">... [TRUNCATED TO SAVE SPACE] ...</system_output>
<system_output timestamp="4110.51385">... [TRUNCATED TO SAVE SPACE] ...</system_output>
<system_output timestamp="4110.528048">Get: 14 http://127.0.0.1:3142/ftp.de.debian.org/debian bookworm/main i386 mediawiki all 1:1.39.7-1~deb12u1 [35.6 MB]
</system_output>
<system_output timestamp="4111.1403">Fetched 39.6 MB in 1s (47.3 MB/s)
</system_output>
<system_output timestamp="4111.210817">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 cjk-latex
</system_output>
<system_output timestamp="4111.303025">Reading package lists...
</system_output>
<system_output timestamp="4111.547473">Building dependency tree...
</system_output>
### TARGET LINE (Extract and Classify THIS Timestamp):
<system_output timestamp="4111.552985">Reading state information...
</system_output> | 4111.552985, 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="4116.259004">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 mcrypt
</system_output>
<system_output timestamp="4116.303821">Reading package lists...
</system_output>
<system_output timestamp="4116.553779">Building dependency tree...
</system_output>
<system_output timestamp="4116.559469">Reading state information...
</system_output>
<system_output timestamp="4116.77694">Reading extended state information...
</system_output>
<system_output timestamp="4116.800545">... [TRUNCATED TO SAVE SPACE] ...</system_output>
<system_output timestamp="4117.254815">... [TRUNCATED TO SAVE SPACE] ...</system_output>
<system_output timestamp="4117.529581">... [TRUNCATED TO SAVE SPACE] ...</system_output>
<system_output timestamp="4118.016807">... [TRUNCATED TO SAVE SPACE] ...</system_output>
<system_output timestamp="4118.067824">Get: 1 http://127.0.0.1:3142/ftp.de.debian.org/debian bookworm/main i386 libmcrypt4 i386 2.5.8-7 [72.2 kB]
</system_output>
<system_output timestamp="4118.090111">Get: 2 http://127.0.0.1:3142/ftp.de.debian.org/debian bookworm/main i386 libmhash2 i386 0.9.9.9-9 [105 kB]
</system_output>
<system_output timestamp="4118.115309">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="4118.160966">Fetched 243 kB in 0s (2,290 kB/s)
</system_output>
<system_output timestamp="4118.207546">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>
### TARGET LINE (Extract and Classify THIS Timestamp):
<system_output timestamp="4118.310292">Reading package lists...
</system_output> | 4118.310292, 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="4123.636348">Building tag database...
</system_output>
<system_output timestamp="4124.210952">The following NEW packages will be installed:
debconf{a} dpkg{a} fontconfig-config{a} fonts-dejavu-core{a} gcc-12-base{a} init-system-helpers{a} libabsl20220623{a} libacl1{a} libaom3{a} libavif15{a} libbrotli1{a} libbsd0{a} libbz2-1.0{a} libc6{a} libcrypt1{a} libdav1d6{a} libdb5.3{a} libde265-0{a} libdeflate0{a} libexpat1{a} libfile-find-rule-perl{a} libfontconfig1{a} libfreetype6{a} libgav1-1{a} libgcc-s1{a} libgd3{a} libgdbm-compat4{a} libgdbm6{a} libheif1{a} libjbig0{a} libjpeg62-turbo{a} liblerc4{a} liblzma5{a} libmd0{a} libnet-snmp-perl{a} libnuma1{a} libnumber-compare-perl{a} libpcre2-8-0{a} libperl5.36{a} libpng16-16{a} librav1e0{a} libselinux1{a} libsnmp-session-perl{a} libstdc++6{a} libtext-glob-perl{a} libtiff6{a} libwebp7{a} libx11-6{a} libx11-data{a} libx265-199{a} libxau6{a} libxcb1{a} libxdmcp6{a} libxpm4{a} libyuv0{a} libzstd1{a} mrtg perl{a} perl-base{a} perl-modules-5.36{a} tar{a} usrmerge{a} zlib1g{a}
The following packages are RECOMMENDED but will NOT be installed:
apt-utils debconf-i18n libidn2-0 libio-socket-inet6-perl libsocket6-perl netbase
0 packages upgraded, 63 newly installed, 0 to remove and 0 not upgraded.
Need to get 551 kB/27.7 MB of archives. After unpacking 117 MB will be used.
Writing extended state information...
</system_output>
<system_output timestamp="4124.280828">Get: 1 http://127.0.0.1:3142/ftp.de.debian.org/debian bookworm/main i386 libsnmp-session-perl all 1.14~git20221124T101957-1 [163 kB]
</system_output>
<system_output timestamp="4124.284581">Get: 2 http://127.0.0.1:3142/ftp.de.debian.org/debian bookworm/main i386 mrtg i386 2.17.10-5+deb12u2 [388 kB]
</system_output>
<system_output timestamp="4124.291623">Fetched 551 kB in 0s (21.9 MB/s)
</system_output>
<system_output timestamp="4124.351762">... [TRUNCATED TO SAVE SPACE] ...</system_output>
<system_output timestamp="4124.397706">... [TRUNCATED TO SAVE SPACE] ...</system_output>
<system_output timestamp="4124.650175">... [TRUNCATED TO SAVE SPACE] ...</system_output>
<system_output timestamp="4124.655325">... [TRUNCATED TO SAVE SPACE] ...</system_output>
<system_output timestamp="4124.850726">Reading extended state information...
</system_output>
<system_output timestamp="4124.867516">Initializing package states...
</system_output>
<system_output timestamp="4125.355334">Writing extended state information...
</system_output>
<system_output timestamp="4125.605252">Building tag database...
</system_output>
<system_output timestamp="4126.122993">The following NEW packages will be installed:
gcc-12-base{a} libc6{a} libgcc-s1{a} libstatgrab10{a} statgrab
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 219 kB/2,943 kB of archives. After unpacking 13.0 MB will be used.
Writing extended state information...
</system_output>
### TARGET LINE (Extract and Classify THIS Timestamp):
<system_output timestamp="4126.193253">Get: 1 http://127.0.0.1:3142/ftp.de.debian.org/debian bookworm/main i386 libstatgrab10 i386 0.92.1-1.1 [120 kB]
</system_output> | 4126.193253, 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="4134.768269">Building tag database...
</system_output>
<system_output timestamp="4135.074902">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="4135.075259">egia</system_output>
<system_output timestamp="4135.355771">n wogerman wpolish wportuguese wspanish wswedish wswiss wukrainian xdg-user-dirs xfonts-100dpi
0 packages upgraded, 201 newly installed, 0 to remove and 0 not upgraded.
Need to get 823 kB/77.5 MB of archives. After unpacking 299 MB will be used.
Writing extended state information...
</system_output>
<system_output timestamp="4135.450938">Get: 1 http://127.0.0.1:3142/ftp.de.debian.org/debian bookworm/main i386 xscreensaver-data i386 6.06+dfsg1-3+deb12u1 [379 kB]
</system_output>
<system_output timestamp="4135.552612">... [TRUNCATED TO SAVE SPACE] ...</system_output>
<system_output timestamp="4135.602615">... [TRUNCATED TO SAVE SPACE] ...</system_output>
<system_output timestamp="4135.68242">... [TRUNCATED TO SAVE SPACE] ...</system_output>
<system_output timestamp="4266.400004">... [TRUNCATED TO SAVE SPACE] ...</system_output>
<system_output timestamp="4266.748076">/usr/bin/fai-mirror finished.
Number of packages in the mirror: </system_output>
<system_output timestamp="4267.082907">2236
</system_output>
<system_output timestamp="4267.084222">Mirror size and location: </system_output>
<system_output timestamp="4267.167415">1.5G /usr/fai/mirror
</system_output>
<system_output timestamp="4318.60075">Copying the nfsroot to CD image
</system_output>
### TARGET LINE (Extract and Classify THIS Timestamp):
<system_output timestamp="4361.31276">Copying the config space to CD image
</system_output> | 4361.31276, 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="4267.082907">2236
</system_output>
<system_output timestamp="4267.084222">Mirror size and location: </system_output>
<system_output timestamp="4267.167415">1.5G /usr/fai/mirror
</system_output>
<system_output timestamp="4318.60075">Copying the nfsroot to CD image
</system_output>
<system_output timestamp="4361.31276">Copying the config space to CD image
</system_output>
<system_output timestamp="4362.180607">... [TRUNCATED TO SAVE SPACE] ...</system_output>
<system_output timestamp="4460.566578">... [TRUNCATED TO SAVE SPACE] ...</system_output>
<system_output timestamp="4469.745199">... [TRUNCATED TO SAVE SPACE] ...</system_output>
<system_output timestamp="4469.771103">... [TRUNCATED TO SAVE SPACE] ...</system_output>
<system_output timestamp="4471.560169">mkfs.fat 4.2 (2021-01-31)
</system_output>
<system_output timestamp="4472.555465">Writing FAI CD-ROM image to fai_cd.iso. This may need some time.
</system_output>
<system_output timestamp="4472.616896">xorriso 1.5.4 : RockRidge filesystem manipulator, libburnia project.
</system_output>
<system_output timestamp="4508.68515">ISO image size and filename: 1.9G fai_cd.iso
</system_output>
<system_output timestamp="4508.892275">
real 19m18.312s
user 13m15.563s
sys 2m23.256s
</system_output>
### TARGET LINE (Extract and Classify THIS Timestamp):
<system_output timestamp="4508.919244">[?2004h]0;demo@faiserver: /home/faidemo@faiserver:/home/fai$ </system_output> | 4508.919244, 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="4362.180607">Copying the mirror to CD image
</system_output>
<system_output timestamp="4460.566578">Parallel mksquashfs: Using 4 processors
Creating 4.0 filesystem on /home/tmp/fai-cd.sIkS6r/LiveOS/squashfs.img, block size 131072.
[============================================- ] 16700/22217 75%</system_output>
<system_output timestamp="4469.745199">
[===========================================================\] 22217/22217 100%</system_output>
<system_output timestamp="4469.771103">
Exportable Squashfs 4.0 filesystem, zstd compressed, data block size 131072
compressed data, compressed metadata, compressed fragments,
compressed xattrs, compressed ids
... [TRUNCATED 18 LINES] ...
Number of uids 1
root (0)
Number of gids 1
root (0)
</system_output>
<system_output timestamp="4471.560169">mkfs.fat 4.2 (2021-01-31)
</system_output>
<system_output timestamp="4472.555465">... [TRUNCATED TO SAVE SPACE] ...</system_output>
<system_output timestamp="4472.616896">... [TRUNCATED TO SAVE SPACE] ...</system_output>
<system_output timestamp="4508.68515">... [TRUNCATED TO SAVE SPACE] ...</system_output>
<system_output timestamp="4508.892275">... [TRUNCATED TO SAVE SPACE] ...</system_output>
<system_output timestamp="4508.919244">[?2004h]0;demo@faiserver: /home/faidemo@faiserver:/home/fai$ </system_output>
<user_input timestamp="4521.13907"/>
<system_output timestamp="4521.141344">[?2004l
</system_output>
<system_output timestamp="4521.142089">logout
</system_output>
<system_output timestamp="4521.328029">Connection to 172.16.0.17 closed.
</system_output>
### TARGET LINE (Extract and Classify THIS Timestamp):
<system_output timestamp="4521.331903">[?2004h</system_output> | 4521.331903, 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="4590.479508">
fai_cd.iso 76% 1458MB 20.9MB/s 00:21 ETA</system_output>
<system_output timestamp="4591.915756">
fai_cd.iso 78% 1488MB 20.9MB/s 00:19 ETA</system_output>
<system_output timestamp="4592.91571">
fai_cd.iso 80% 1522MB 22.2MB/s 00:17 ETA</system_output>
<system_output timestamp="4593.916056">
fai_cd.iso 81% 1558MB 23.6MB/s 00:14 ETA</system_output>
<system_output timestamp="4594.915771">
fai_cd.iso 83% 1589MB 24.4MB/s 00:12 ETA</system_output>
<system_output timestamp="4595.916029">... [TRUNCATED TO SAVE SPACE] ...</system_output>
<system_output timestamp="4596.941846">... [TRUNCATED TO SAVE SPACE] ...</system_output>
<system_output timestamp="4597.959357">... [TRUNCATED TO SAVE SPACE] ...</system_output>
<system_output timestamp="4598.960256">... [TRUNCATED TO SAVE SPACE] ...</system_output>
<system_output timestamp="4599.96032">
fai_cd.iso 93% 1769MB 29.0MB/s 00:04 ETA</system_output>
<system_output timestamp="4600.960283">
fai_cd.iso 94% 1805MB 29.7MB/s 00:03 ETA</system_output>
<system_output timestamp="4601.973097">
fai_cd.iso 96% 1835MB 29.7MB/s 00:02 ETA</system_output>
<system_output timestamp="4602.972377">
fai_cd.iso 98% 1874MB 30.6MB/s 00:00 ETA</system_output>
<system_output timestamp="4603.701706">
fai_cd.iso 100% 1901MB 27.6MB/s 01:08
</system_output>
### TARGET LINE (Extract and Classify THIS Timestamp):
<system_output timestamp="4603.70942">[?2004hdemo@stephost:~$ </system_output> | 4603.70942, 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="1.538479">s</user_input>
<system_output timestamp="1.538947">
[C[C[C[C[C[C[C[C[C[C[C[C[C[C[C[C[C[C[C[C[20Ps': [7mss[27mh 172.16.0.17</system_output>
<user_input timestamp="1.698865">h</user_input>
<system_output timestamp="1.699309">[1@h': [7mssh[27m</system_output>
<user_input timestamp="2.623484">
</user_input>
<system_output timestamp="2.624251">... [TRUNCATED TO SAVE SPACE] ...</system_output>
<system_output timestamp="2.624637">... [TRUNCATED TO SAVE SPACE] ...</system_output>
<system_output timestamp="3.135645">... [TRUNCATED TO SAVE SPACE] ...</system_output>
<user_input timestamp="4.137067">f</user_input>
<user_input timestamp="4.239189">a</user_input>
<user_input timestamp="4.300049">i</user_input>
<user_input timestamp="4.465768">
</user_input>
<system_output timestamp="4.46614">
</system_output>
<system_output timestamp="4.721807">Linux faiserver 6.1.0-22-686-pae #1 SMP PREEMPT_DYNAMIC Debian 6.1.94-1 (2024-06-21) i686
Plan your installation, and FAI installs your plan.
Last login: Fri Oct 11 15:50:13 2024 from 172.16.0.1
</system_output>
### TARGET LINE (Extract and Classify THIS Timestamp):
<system_output timestamp="4.892773">[?2004h]0;demo@faiserver: ~demo@faiserver:~$ </system_output> | 4.892773, 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="17.598667">P</user_input>
<system_output timestamp="17.618339">P</system_output>
<user_input timestamp="17.84305">H</user_input>
<system_output timestamp="17.864902">H</system_output>
<user_input timestamp="18.171168"> </user_input>
<system_output timestamp="18.212423">YS </system_output>
<user_input timestamp="18.684759">
</user_input>
<system_output timestamp="18.707009">
[?2004l
</system_output>
<system_output timestamp="18.873179">sudo: unable to resolve host faiserver: Name or service not known
</system_output>
<system_output timestamp="18.879074">[sudo] password for demo: </system_output>
<user_input timestamp="21.147396">f</user_input>
<user_input timestamp="21.246818">a</user_input>
<user_input timestamp="21.267084">i</user_input>
<user_input timestamp="21.469843">
</user_input>
### TARGET LINE (Extract and Classify THIS Timestamp):
<system_output timestamp="21.48722">
</system_output> | 21.48722, 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="18.212423">YS </system_output>
<user_input timestamp="18.684759">
</user_input>
<system_output timestamp="18.707009">
[?2004l
</system_output>
<system_output timestamp="18.873179">sudo: unable to resolve host faiserver: Name or service not known
</system_output>
<system_output timestamp="18.879074">[sudo] password for demo: </system_output>
<user_input timestamp="21.147396">f</user_input>
<user_input timestamp="21.246818">a</user_input>
<user_input timestamp="21.267084">i</user_input>
<user_input timestamp="21.469843">
</user_input>
<system_output timestamp="21.48722">
</system_output>
<system_output timestamp="23.8071">[?1049h[22;0;0t[?12;25h[?1h=</system_output>
<system_output timestamp="24.150401">[H[2J[110d[K[?1l>[?12l[?25h[?1049l[23;0;0t[39;49m
[?1049h[22;0;0t[?12;25h[?1h=</system_output>
<system_output timestamp="25.290387">[H[2J</system_output>
<system_output timestamp="25.292438">[109d[?25l[7m-UUU:----F1 [0m[39;49m[27m[7m[1m*scratch* [0m[39;49m[27m[7m All L1 (Fundamental) -------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------[0m[39;49m[27m
[A[2d[?12l[?25h[?12;25h</system_output>
### TARGET LINE (Extract and Classify THIS Timestamp):
<system_output timestamp="25.298357">[110d[?25lLoading /etc/emacs/site-start.d/00debian.el (source)...done[K[H
[?12l[?25h[?12;25h</system_output> | 25.298357, 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="32.377593"/>
<user_input timestamp="32.400972">OD</user_input>
<system_output timestamp="32.416488"/>
<user_input timestamp="32.441853">OD</user_input>
<system_output timestamp="32.456414"/>
<user_input timestamp="32.748194">OD</user_input>
<system_output timestamp="32.757664"/>
<user_input timestamp="33.047376">OC</user_input>
<system_output timestamp="33.054269">[C</system_output>
<user_input timestamp="33.189961">OC</user_input>
<system_output timestamp="33.194124"> </system_output>
<user_input timestamp="33.549887"></user_input>
<system_output timestamp="33.675244">[?25l,sdz:missing [109;6H[7m**[0m[39;49m[27m[16;31H[?12l[?25h[?12;25h</system_output>
<user_input timestamp="34.967541">2</user_input>
### TARGET LINE (Extract and Classify THIS Timestamp):
<system_output timestamp="34.989752">[?25l2,sdz:missing
[?12l[?25h[?12;25h</system_output> | 34.989752, 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="32.757664"/>
<user_input timestamp="33.047376">OC</user_input>
<system_output timestamp="33.054269">[C</system_output>
<user_input timestamp="33.189961">OC</user_input>
<system_output timestamp="33.194124"> </system_output>
<user_input timestamp="33.549887"></user_input>
<system_output timestamp="33.675244">[?25l,sdz:missing [109;6H[7m**[0m[39;49m[27m[16;31H[?12l[?25h[?12;25h</system_output>
<user_input timestamp="34.967541">2</user_input>
<system_output timestamp="34.989752">[?25l2,sdz:missing
[?12l[?25h[?12;25h</system_output>
<user_input timestamp="35.573682">OB</user_input>
<system_output timestamp="35.5881">[109;35H[?25l[7m6[0m[39;49m[27m[17;32H[?12l[?25h[?12;25h</system_output>
<user_input timestamp="36.280695"></user_input>
<system_output timestamp="36.288819">[?25l,sdz:missing [17;31H[?12l[?25h[?12;25h</system_output>
<user_input timestamp="36.645922">3</user_input>
### TARGET LINE (Extract and Classify THIS Timestamp):
<system_output timestamp="36.666175">[?25l3,sdz:missing
[?12l[?25h[?12;25h</system_output> | 36.666175, 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="35.5881">[109;35H[?25l[7m6[0m[39;49m[27m[17;32H[?12l[?25h[?12;25h</system_output>
<user_input timestamp="36.280695"></user_input>
<system_output timestamp="36.288819">[?25l,sdz:missing [17;31H[?12l[?25h[?12;25h</system_output>
<user_input timestamp="36.645922">3</user_input>
<system_output timestamp="36.666175">[?25l3,sdz:missing
[?12l[?25h[?12;25h</system_output>
<user_input timestamp="37.368558"/>
<user_input timestamp="37.690763"/>
<system_output timestamp="37.699367">[110;1H[?25lSaving file /home/fai/config/disk_config/HWPHYS...[17;32H[?12l[?25h[?12;25h</system_output>
<system_output timestamp="37.769785">[110;1H[?25lWrote /home/fai/config/disk_config/HWPHYS[K[17;32H[?12l[?25h[?12;25h</system_output>
<system_output timestamp="37.783685">[109;6H[?25l[7m----F1 [0m[39;49m[27m[7m[1mHWPHYS [0m[39;49m[27m[7m All L16 [0m[39;49m[27m[7mGit:[0m[39;49m[27m[17;32H[?12l[?25h[?12;25h</system_output>
<user_input timestamp="38.072117"/>
<system_output timestamp="38.089913">[110;1H[K[17;32H</system_output>
<user_input timestamp="38.414585"/>
<system_output timestamp="38.424946">[110;1H[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="38.694293">[?2004h]0;demo@faiserver: /home/fai/config/disk_configdemo@faiserver:/home/fai/config/disk_config$ </system_output> | 38.694293, 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:~$`).
2. **Phase Transitions:** In automated logs, moving from one major build stage to another (e.g., from 'fai-mirror finished' to 'Copying the nfsroot').
3. **Internal Logic:** Shifts from downloading to processing.
### WHAT IS *NOT* A NEW EVENT (OLD EVENT):
- **User Input / Keystrokes:** A user typing a command, including pressing the Enter key (a newline `\n`), is just the completion of the input phase.
- **Incomplete Tasks:** Continuous system output without a clear phase shift.
CRITICAL INSTRUCTION: You must classify ONLY the timestamp found in the "### TARGET LINE" section. Do NOT extract timestamps from the "### CONTEXT" section. Output only the timestamp and the classification. Do NOT use brackets, periods, explanations, or markdown formatting.
Output Format Example 1: 39.229814, old event
Output Format Example 2: 111.602501, new event | ### CONTEXT (Previous Events):
<system_output timestamp="37.769785">[110;1H[?25lWrote /home/fai/config/disk_config/HWPHYS[K[17;32H[?12l[?25h[?12;25h</system_output>
<system_output timestamp="37.783685">[109;6H[?25l[7m----F1 [0m[39;49m[27m[7m[1mHWPHYS [0m[39;49m[27m[7m All L16 [0m[39;49m[27m[7mGit:[0m[39;49m[27m[17;32H[?12l[?25h[?12;25h</system_output>
<user_input timestamp="38.072117"/>
<system_output timestamp="38.089913">[110;1H[K[17;32H</system_output>
<user_input timestamp="38.414585"/>
<system_output timestamp="38.424946">[110;1H[K[?1004l[?2004l[>4m[?1l>[?12l[?25h[?1049l[23;0;0t[39;49m
</system_output>
<system_output timestamp="38.694293">[?2004h]0;demo@faiserver: /home/fai/config/disk_configdemo@faiserver:/home/fai/config/disk_config$ </system_output>
<user_input timestamp="39.615988">s</user_input>
<system_output timestamp="39.630866">s</system_output>
<user_input timestamp="39.695594">u</user_input>
<system_output timestamp="39.710406">u</system_output>
<user_input timestamp="40.303551">d</user_input>
<system_output timestamp="40.309135">d</system_output>
<user_input timestamp="40.422124">o</user_input>
### TARGET LINE (Extract and Classify THIS Timestamp):
<system_output timestamp="40.43007">o</system_output> | 40.43007, 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="41.579911"> </user_input>
<system_output timestamp="41.598692"> </system_output>
<user_input timestamp="41.780015">c</user_input>
<system_output timestamp="41.799629">c</system_output>
<user_input timestamp="41.903624">o</user_input>
<system_output timestamp="41.920546">o</system_output>
<user_input timestamp="42.084084">m</user_input>
<system_output timestamp="42.097969">m</system_output>
<user_input timestamp="42.28239">m</user_input>
<system_output timestamp="42.296007">m</system_output>
<user_input timestamp="42.402342">i</user_input>
<system_output timestamp="42.414219">i</system_output>
<user_input timestamp="42.563671">t</user_input>
<system_output timestamp="42.573825">t</system_output>
### TARGET LINE (Extract and Classify THIS Timestamp):
<user_input timestamp="42.68551"> </user_input> | 42.68551, 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="46.548801">e</system_output>
<user_input timestamp="46.791119">n</user_input>
<system_output timestamp="46.807392">n</system_output>
<user_input timestamp="47.055591">t</user_input>
<system_output timestamp="47.065428">t</system_output>
<user_input timestamp="48.838616"> </user_input>
<system_output timestamp="48.85171"> </system_output>
<user_input timestamp="50.036939">t</user_input>
<system_output timestamp="50.048442">t</system_output>
<user_input timestamp="50.184951">h</user_input>
<system_output timestamp="50.205556">h</system_output>
<user_input timestamp="50.291922">e</user_input>
<system_output timestamp="50.305436">e</system_output>
<user_input timestamp="50.416557"> </user_input>
### TARGET LINE (Extract and Classify THIS Timestamp):
<system_output timestamp="50.425222"> </system_output> | 50.425222, 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="65.539919">t</user_input>
<system_output timestamp="65.544219">t</system_output>
<user_input timestamp="65.625923">i</user_input>
<system_output timestamp="65.644707">i</system_output>
<user_input timestamp="65.854987">o</user_input>
<system_output timestamp="65.865318">o</system_output>
<user_input timestamp="65.938992">n</user_input>
<system_output timestamp="65.947146">n</system_output>
<user_input timestamp="66.105313">.</user_input>
<system_output timestamp="66.124122">.</system_output>
<user_input timestamp="66.417533">'</user_input>
<system_output timestamp="66.425972">'</system_output>
<user_input timestamp="66.897943">
</user_input>
<system_output timestamp="66.902737">
[?2004l
</system_output>
### TARGET LINE (Extract and Classify THIS Timestamp):
<system_output timestamp="66.915132">sudo: unable to resolve host faiserver: Name or service not known
</system_output> | 66.915132, 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="69.138213">.</user_input>
<system_output timestamp="69.155864">.</system_output>
<user_input timestamp="69.306391">.</user_input>
<system_output timestamp="69.311343">.</system_output>
<user_input timestamp="69.411257">/</user_input>
<system_output timestamp="69.430955">/</system_output>
<user_input timestamp="69.580454">.</user_input>
<system_output timestamp="69.589758">.</system_output>
<user_input timestamp="69.78925">.</user_input>
<system_output timestamp="69.806558">.</system_output>
<user_input timestamp="69.915644">/</user_input>
<system_output timestamp="69.926282">/</system_output>
<user_input timestamp="70.442608">
</user_input>
<system_output timestamp="70.447163">
[?2004l
</system_output>
### TARGET LINE (Extract and Classify THIS Timestamp):
<system_output timestamp="70.44819">[?2004h]0;demo@faiserver: /home/faidemo@faiserver:/home/fai$ </system_output> | 70.44819, 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:~$`).
2. **Phase Transitions:** In automated logs, moving from one major build stage to another (e.g., from 'fai-mirror finished' to 'Copying the nfsroot').
3. **Internal Logic:** Shifts from downloading to processing.
### WHAT IS *NOT* A NEW EVENT (OLD EVENT):
- **User Input / Keystrokes:** A user typing a command, including pressing the Enter key (a newline `\n`), is just the completion of the input phase.
- **Incomplete Tasks:** Continuous system output without a clear phase shift.
CRITICAL INSTRUCTION: You must classify ONLY the timestamp found in the "### TARGET LINE" section. Do NOT extract timestamps from the "### CONTEXT" section. Output only the timestamp and the classification. Do NOT use brackets, periods, explanations, or markdown formatting.
Output Format Example 1: 39.229814, old event
Output Format Example 2: 111.602501, new event | ### CONTEXT (Previous Events):
<system_output timestamp="69.926282">/</system_output>
<user_input timestamp="70.442608">
</user_input>
<system_output timestamp="70.447163">
[?2004l
</system_output>
<system_output timestamp="70.44819">[?2004h]0;demo@faiserver: /home/faidemo@faiserver:/home/fai$ </system_output>
<user_input timestamp="71.011994"/>
<system_output timestamp="71.025578">
(reverse-i-search)`': [K</system_output>
<user_input timestamp="71.386118">t</user_input>
<system_output timestamp="71.403093">t': sudo git commit -am 'increment the partition numbers for boot and our VG, now that we have an EFI parti[7mt[27mion.'</system_output>
<user_input timestamp="71.491267">i</user_input>
<system_output timestamp="71.502919">
[C[C[C[C[C[C[C[C[C[C[C[C[C[C[C[C[C[C[C[Ci': sudo git commit -am 'increment the partition numbers for boot and our VG, now that we have an EFI parti[7mti[27mon.'</system_output>
<user_input timestamp="71.739927">m</user_input>
<system_output timestamp="71.74589">
[C[C[C[C[C[C[C[C[C[C[C[C[C[C[C[C[C[C[C[C[C[45Pm': sudo bash -c '[7mtim[27me ./make-fai-cd.sh 2>&1 | tee make-fai-cd.out'
[C[C[C[C[C[C[C[C[C[C[C[C[C[C[C[C[C[C[C[C[C[C[C[C[C[C[C[C[C[C[C[C[C[C[C[C[C[C[C</system_output>
<user_input timestamp="72.751247">
</user_input>
<system_output timestamp="72.763354">
]0;demo@faiserver: /home/faidemo@faiserver:/home/fai$ sudo bash -c 'time ./make-fai-cd.sh 2>&1 | tee make-fai-cd.out'
[?2004l
</system_output>
### TARGET LINE (Extract and Classify THIS Timestamp):
<system_output timestamp="72.772624">sudo: unable to resolve host faiserver: Name or service not known
</system_output> | 72.772624, 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="76.113168">Creating base system using debootstrap version 1.0.128+nmu2+deb12u1
</system_output>
<system_output timestamp="76.149783">Calling debootstrap --exclude=tasksel,nano --include=aptitude bookworm /srv/fai/nfsroot http://127.0.0.1:3142/ftp.us.debian.org/debian
</system_output>
<system_output timestamp="76.351732">I: Retrieving InRelease
</system_output>
<system_output timestamp="76.688222">I: Checking Release signature
</system_output>
<system_output timestamp="76.790039">I: Valid Release signature (key id 4D64FEC119C2029067D6E791F8D2585B8783D481)
</system_output>
<system_output timestamp="77.658749">... [TRUNCATED TO SAVE SPACE] ...</system_output>
<system_output timestamp="78.145622">... [TRUNCATED TO SAVE SPACE] ...</system_output>
<system_output timestamp="80.319975">... [TRUNCATED TO SAVE SPACE] ...</system_output>
<system_output timestamp="87.637331">... [TRUNCATED TO SAVE SPACE] ...</system_output>
<system_output timestamp="96.79059">I: Checking component main on http://127.0.0.1:3142/ftp.us.debian.org/debian...
</system_output>
<system_output timestamp="99.962053">I: Retrieving adduser 3.134
</system_output>
<system_output timestamp="100.099695">I: Validating adduser 3.134
</system_output>
<system_output timestamp="100.122256">I: Retrieving apt 2.6.1
</system_output>
<system_output timestamp="100.17661">I: Validating apt 2.6.1
</system_output>
### TARGET LINE (Extract and Classify THIS Timestamp):
<system_output timestamp="100.205682">I: Retrieving apt-utils 2.6.1
</system_output> | 100.205682, 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="102.498679">I: Retrieving libgcc-s1 12.2.0-14
</system_output>
<system_output timestamp="102.505319">I: Validating libgcc-s1 12.2.0-14
</system_output>
<system_output timestamp="102.518865">I: Retrieving libgcrypt20 1.10.1-3
</system_output>
<system_output timestamp="102.527821">I: Validating libgcrypt20 1.10.1-3
</system_output>
<system_output timestamp="102.549671">I: Retrieving libgmp10 2:6.2.1+dfsg1-1.1
</system_output>
<system_output timestamp="102.564129">... [TRUNCATED TO SAVE SPACE] ...</system_output>
<system_output timestamp="102.596736">... [TRUNCATED TO SAVE SPACE] ...</system_output>
<system_output timestamp="102.619048">... [TRUNCATED TO SAVE SPACE] ...</system_output>
<system_output timestamp="102.661191">... [TRUNCATED TO SAVE SPACE] ...</system_output>
<system_output timestamp="102.669982">I: Validating libgpg-error0 1.46-1
</system_output>
<system_output timestamp="102.689025">I: Retrieving libgssapi-krb5-2 1.20.1-2+deb12u2
</system_output>
<system_output timestamp="102.697972">I: Validating libgssapi-krb5-2 1.20.1-2+deb12u2
</system_output>
<system_output timestamp="102.712256">I: Retrieving libhogweed6 3.8.1-2
</system_output>
<system_output timestamp="102.720328">I: Validating libhogweed6 3.8.1-2
</system_output>
### TARGET LINE (Extract and Classify THIS Timestamp):
<system_output timestamp="102.73563">I: Retrieving libidn2-0 2.3.3-1+b1
</system_output> | 102.73563, 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="103.278764">I: Validating libncursesw6 6.4-4
</system_output>
<system_output timestamp="103.308385">I: Retrieving libnettle8 3.8.1-2
</system_output>
<system_output timestamp="103.318315">I: Validating libnettle8 3.8.1-2
</system_output>
<system_output timestamp="103.34367">I: Retrieving libnewt0.52 0.52.23-1+b1
</system_output>
<system_output timestamp="103.351375">I: Validating libnewt0.52 0.52.23-1+b1
</system_output>
<system_output timestamp="103.367659">... [TRUNCATED TO SAVE SPACE] ...</system_output>
<system_output timestamp="103.379884">... [TRUNCATED TO SAVE SPACE] ...</system_output>
<system_output timestamp="103.401895">... [TRUNCATED TO SAVE SPACE] ...</system_output>
<system_output timestamp="103.414023">... [TRUNCATED TO SAVE SPACE] ...</system_output>
<system_output timestamp="103.436248">I: Retrieving libp11-kit0 0.24.1-2
</system_output>
<system_output timestamp="103.450086">I: Validating libp11-kit0 0.24.1-2
</system_output>
<system_output timestamp="103.473631">I: Retrieving libpam-modules 1.5.2-6+deb12u1
</system_output>
<system_output timestamp="103.487718">I: Validating libpam-modules 1.5.2-6+deb12u1
</system_output>
<system_output timestamp="103.503584">I: Retrieving libpam-modules-bin 1.5.2-6+deb12u1
</system_output>
### TARGET LINE (Extract and Classify THIS Timestamp):
<system_output timestamp="103.510619">I: Validating libpam-modules-bin 1.5.2-6+deb12u1
</system_output> | 103.510619, 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="109.395626">I: Extracting login...
</system_output>
<system_output timestamp="109.474662">I: Extracting logsave...
</system_output>
<system_output timestamp="109.491903">I: Extracting mawk...
</system_output>
<system_output timestamp="109.516352">I: Extracting mount...
</system_output>
<system_output timestamp="109.549097">I: Extracting ncurses-base...
</system_output>
<system_output timestamp="109.565823">... [TRUNCATED TO SAVE SPACE] ...</system_output>
<system_output timestamp="109.602471">... [TRUNCATED TO SAVE SPACE] ...</system_output>
<system_output timestamp="109.725769">... [TRUNCATED TO SAVE SPACE] ...</system_output>
<system_output timestamp="110.010626">... [TRUNCATED TO SAVE SPACE] ...</system_output>
<system_output timestamp="110.066531">I: Extracting sysvinit-utils...
</system_output>
<system_output timestamp="110.081802">I: Extracting tar...
</system_output>
<system_output timestamp="110.261345">I: Extracting tzdata...
</system_output>
<system_output timestamp="110.342345">I: Extracting usr-is-merged...
</system_output>
<system_output timestamp="110.351362">I: Extracting util-linux...
</system_output>
### TARGET LINE (Extract and Classify THIS Timestamp):
<system_output timestamp="110.541963">I: Extracting util-linux-extra...
</system_output> | 110.541963, 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="136.906536">I: Unpacking libpcre2-8-0:i386...
</system_output>
<system_output timestamp="137.073672">I: Unpacking libseccomp2:i386...
</system_output>
<system_output timestamp="137.277569">I: Unpacking libselinux1:i386...
</system_output>
<system_output timestamp="137.417682">I: Unpacking libsemanage-common...
</system_output>
<system_output timestamp="137.574639">I: Unpacking libsemanage2:i386...
</system_output>
<system_output timestamp="137.745909">... [TRUNCATED TO SAVE SPACE] ...</system_output>
<system_output timestamp="138.071972">... [TRUNCATED TO SAVE SPACE] ...</system_output>
<system_output timestamp="138.245176">... [TRUNCATED TO SAVE SPACE] ...</system_output>
<system_output timestamp="138.416784">... [TRUNCATED TO SAVE SPACE] ...</system_output>
<system_output timestamp="138.673531">I: Unpacking libsystemd0:i386...
</system_output>
<system_output timestamp="139.001371">I: Unpacking libtasn1-6:i386...
</system_output>
<system_output timestamp="139.170997">I: Unpacking libtinfo6:i386...
</system_output>
<system_output timestamp="139.390532">I: Unpacking libudev1:i386...
</system_output>
<system_output timestamp="139.618786">I: Unpacking libunistring2:i386...
</system_output>
### TARGET LINE (Extract and Classify THIS Timestamp):
<system_output timestamp="140.022526">I: Unpacking libuuid1:i386...
</system_output> | 140.022526, 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="216.410606">I: Configuring libnftables1:i386...
</system_output>
<system_output timestamp="216.45575">I: Configuring nftables...
</system_output>
<system_output timestamp="216.810021">I: Configuring iproute2...
</system_output>
<system_output timestamp="217.091875">I: Configuring isc-dhcp-client...
</system_output>
<system_output timestamp="217.196835">I: Configuring ifupdown...
</system_output>
<system_output timestamp="217.744001">... [TRUNCATED TO SAVE SPACE] ...</system_output>
<system_output timestamp="217.968699">... [TRUNCATED TO SAVE SPACE] ...</system_output>
<system_output timestamp="218.007934">... [TRUNCATED TO SAVE SPACE] ...</system_output>
<system_output timestamp="218.139455">... [TRUNCATED TO SAVE SPACE] ...</system_output>
<system_output timestamp="218.448067">Creating base.tar.xz
</system_output>
<system_output timestamp="219.275356">Warning: no hostname for 172.16.0.17 found, not adding to /etc/hosts.
</system_output>
<system_output timestamp="219.277696">'/etc/resolv.conf' -> '/srv/fai/nfsroot/etc/resolv.conf-installserver'
</system_output>
<system_output timestamp="219.280879">'/etc/resolv.conf' -> '/srv/fai/nfsroot/etc/resolv.conf'
</system_output>
<system_output timestamp="219.281596">Upgrading /srv/fai/nfsroot
</system_output>
### TARGET LINE (Extract and Classify THIS Timestamp):
<system_output timestamp="219.473792">Get:1 http://127.0.0.1:3142/ftp.de.debian.org/debian bookworm InRelease [151 kB]
</system_output> | 219.473792, 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="216.810021">I: Configuring iproute2...
</system_output>
<system_output timestamp="217.091875">I: Configuring isc-dhcp-client...
</system_output>
<system_output timestamp="217.196835">I: Configuring ifupdown...
</system_output>
<system_output timestamp="217.744001">I: Configuring tasksel...
</system_output>
<system_output timestamp="217.968699">I: Configuring tasksel-data...
</system_output>
<system_output timestamp="218.007934">... [TRUNCATED TO SAVE SPACE] ...</system_output>
<system_output timestamp="218.139455">... [TRUNCATED TO SAVE SPACE] ...</system_output>
<system_output timestamp="218.448067">... [TRUNCATED TO SAVE SPACE] ...</system_output>
<system_output timestamp="219.275356">... [TRUNCATED TO SAVE SPACE] ...</system_output>
<system_output timestamp="219.277696">'/etc/resolv.conf' -> '/srv/fai/nfsroot/etc/resolv.conf-installserver'
</system_output>
<system_output timestamp="219.280879">'/etc/resolv.conf' -> '/srv/fai/nfsroot/etc/resolv.conf'
</system_output>
<system_output timestamp="219.281596">Upgrading /srv/fai/nfsroot
</system_output>
<system_output timestamp="219.473792">Get:1 http://127.0.0.1:3142/ftp.de.debian.org/debian bookworm InRelease [151 kB]
</system_output>
<system_output timestamp="219.71558">Get:2 http://127.0.0.1:3142/ftp.de.debian.org/debian bookworm/main i386 Packages [8680 kB]
</system_output>
### TARGET LINE (Extract and Classify THIS Timestamp):
<system_output timestamp="222.068533">Fetched 8831 kB in 3s (3312 kB/s)
Reading package lists...</system_output> | 222.068533, 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="225.88033">Get:5 http://127.0.0.1:3142/ftp.de.debian.org/debian bookworm/main i386 perl i386 5.36.0-7+deb12u1 [239 kB]
</system_output>
<system_output timestamp="225.884941">Get:6 http://127.0.0.1:3142/ftp.de.debian.org/debian bookworm/main i386 libmagic-mgc i386 1:5.44-3 [305 kB]
</system_output>
<system_output timestamp="225.890162">Get:7 http://127.0.0.1:3142/ftp.de.debian.org/debian bookworm/main i386 libmagic1 i386 1:5.44-3 [114 kB]
</system_output>
<system_output timestamp="225.892233">Get:8 http://127.0.0.1:3142/ftp.de.debian.org/debian bookworm/main i386 file i386 1:5.44-3 [42.5 kB]
</system_output>
<system_output timestamp="225.893523">Get:9 http://127.0.0.1:3142/ftp.de.debian.org/debian bookworm/main i386 debconf-utils all 1.5.82 [56.9 kB]
</system_output>
<system_output timestamp="225.89565">... [TRUNCATED TO SAVE SPACE] ...</system_output>
<system_output timestamp="225.896762">... [TRUNCATED TO SAVE SPACE] ...</system_output>
<system_output timestamp="225.902456">... [TRUNCATED TO SAVE SPACE] ...</system_output>
<system_output timestamp="225.903374">... [TRUNCATED TO SAVE SPACE] ...</system_output>
<system_output timestamp="225.904631">Get:14 http://127.0.0.1:3142/ftp.de.debian.org/debian bookworm/main i386 iputils-arping i386 3:20221126-1 [20.4 kB]
</system_output>
<system_output timestamp="225.905664">Get:15 http://127.0.0.1:3142/ftp.de.debian.org/debian bookworm/main i386 dracut-network all 059-4 [55.5 kB]
</system_output>
<system_output timestamp="225.90662">Get:16 http://127.0.0.1:3142/ftp.de.debian.org/debian bookworm/main i386 liblzo2-2 i386 2.10-2 [59.7 kB]
</system_output>
<system_output timestamp="225.908308">Get:17 http://127.0.0.1:3142/ftp.de.debian.org/debian bookworm/main i386 squashfs-tools i386 1:4.5.1-1 [200 kB]
</system_output>
<system_output timestamp="225.91318">Get:18 http://127.0.0.1:3142/ftp.de.debian.org/debian bookworm/main i386 dracut-squash all 059-4 [6908 B]
Get:19 http://127.0.0.1:3142/ftp.de.debian.org/debian bookworm/main i386 libfile-lchown-perl i386 0.02-3+b1 [9728 B]
</system_output>
### TARGET LINE (Extract and Classify THIS Timestamp):
<system_output timestamp="225.914062">Get:20 http://127.0.0.1:3142/ftp.de.debian.org/debian bookworm/main i386 zstd i386 1.5.4+dfsg2-5 [645 kB]
</system_output> | 225.914062, 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="231.128237">Preparing to unpack .../17-dracut-squash_059-4_all.deb ...
</system_output>
<system_output timestamp="231.128879">Unpacking dracut-squash (059-4) ...
</system_output>
<system_output timestamp="231.155357">Selecting previously unselected package libfile-lchown-perl.
</system_output>
<system_output timestamp="231.157833">Preparing to unpack .../18-libfile-lchown-perl_0.02-3+b1_i386.deb ...
</system_output>
<system_output timestamp="231.158264">Unpacking libfile-lchown-perl (0.02-3+b1) ...
</system_output>
<system_output timestamp="231.203699">... [TRUNCATED TO SAVE SPACE] ...</system_output>
<system_output timestamp="231.205736">... [TRUNCATED TO SAVE SPACE] ...</system_output>
<system_output timestamp="231.206033">... [TRUNCATED TO SAVE SPACE] ...</system_output>
<system_output timestamp="231.388851">... [TRUNCATED TO SAVE SPACE] ...</system_output>
<system_output timestamp="231.392492">Preparing to unpack .../20-fai-client_6.0.3+deb12u1_all.deb ...
</system_output>
<system_output timestamp="231.39354">Unpacking fai-client (6.0.3+deb12u1) ...
</system_output>
<system_output timestamp="231.475179">Selecting previously unselected package libparse-recdescent-perl.
</system_output>
<system_output timestamp="231.477689">Preparing to unpack .../21-libparse-recdescent-perl_1.967015+dfsg-4_all.deb ...
</system_output>
<system_output timestamp="231.47878">Unpacking libparse-recdescent-perl (1.967015+dfsg-4) ...
</system_output>
### TARGET LINE (Extract and Classify THIS Timestamp):
<system_output timestamp="231.606505">Selecting previously unselected package liblinux-lvm-perl.
</system_output> | 231.606505, 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="255.626624">Selecting previously unselected package librtmp1:i386.
</system_output>
<system_output timestamp="255.629169">Preparing to unpack .../022-librtmp1_2.4+20151223.gitfa8646d.1-2+b2_i386.deb ...
Unpacking librtmp1:i386 (2.4+20151223.gitfa8646d.1-2+b2) ...
</system_output>
<system_output timestamp="255.671525">Selecting previously unselected package libssh2-1:i386.
</system_output>
<system_output timestamp="255.674181">Preparing to unpack .../023-libssh2-1_1.10.0-3+b1_i386.deb ...
</system_output>
<system_output timestamp="255.675807">Unpacking libssh2-1:i386 (1.10.0-3+b1) ...
</system_output>
<system_output timestamp="255.728435">... [TRUNCATED TO SAVE SPACE] ...</system_output>
<system_output timestamp="255.731295">... [TRUNCATED TO SAVE SPACE] ...</system_output>
<system_output timestamp="255.73177">... [TRUNCATED TO SAVE SPACE] ...</system_output>
<system_output timestamp="255.865441">... [TRUNCATED TO SAVE SPACE] ...</system_output>
<system_output timestamp="255.867579">Preparing to unpack .../025-curl_7.88.1-10+deb12u7_i386.deb ...
</system_output>
<system_output timestamp="255.868085">Unpacking curl (7.88.1-10+deb12u7) ...
</system_output>
<system_output timestamp="255.955097">Selecting previously unselected package dialog.
</system_output>
<system_output timestamp="255.955233">Preparing to unpack .../026-dialog_1.3-20230209-1_i386.deb ...
</system_output>
<system_output timestamp="255.956241">Unpacking dialog (1.3-20230209-1) ...
</system_output>
### TARGET LINE (Extract and Classify THIS Timestamp):
<system_output timestamp="256.257233">Selecting previously unselected package libusb-1.0-0:i386.
Preparing to unpack .../027-libusb-1.0-0_2%3a1.0.26-1_i386.deb ...
Unpacking libusb-1.0-0:i386 (2:1.0.26-1) ...
</system_output> | 256.257233, 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="320.534726">Setting up emacs-common (1:28.2+1-15+deb12u3) ...
</system_output>
<system_output timestamp="320.720462">Setting up liblvm2cmd2.03:i386 (2.03.16-2) ...
</system_output>
<system_output timestamp="320.721923">Setting up dmeventd (2:1.02.185-2) ...
</system_output>
<system_output timestamp="320.993112">Created symlink /etc/systemd/system/sockets.target.wants/dm-event.socket -> /lib/systemd/system/dm-event.socket.
</system_output>
<system_output timestamp="320.99794">Setting up emacs-bin-common (1:28.2+1-15+deb12u3) ...
</system_output>
<system_output timestamp="321.002212">... [TRUNCATED TO SAVE SPACE] ...</system_output>
<system_output timestamp="321.005184">... [TRUNCATED TO SAVE SPACE] ...</system_output>
<system_output timestamp="321.007805">... [TRUNCATED TO SAVE SPACE] ...</system_output>
<system_output timestamp="321.011005">... [TRUNCATED TO SAVE SPACE] ...</system_output>
<system_output timestamp="321.013805">Setting up emacs-nox (1:28.2+1-15+deb12u3) ...
</system_output>
<system_output timestamp="321.019458">update-alternatives: using /usr/bin/emacs-nox to provide /usr/bin/emacs (emacs) in auto mode
</system_output>
<system_output timestamp="321.063442">Install emacsen-common for emacs
</system_output>
<system_output timestamp="321.064995">emacsen-common: Handling install of emacsen flavor emacs
</system_output>
<system_output timestamp="321.224518">Setting up lvm2 (2.03.16-2) ...
</system_output>
### TARGET LINE (Extract and Classify THIS Timestamp):
<system_output timestamp="322.202835">Created symlink /etc/systemd/system/sysinit.target.wants/blk-availability.service -> /lib/systemd/system/blk-availability.service.
</system_output> | 322.202835, 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="393.526572">Get:336 http://127.0.0.1:3142/ftp.de.debian.org/debian bookworm/main i386 libjbig0 i386 2.1-6.1 [31.6 kB]
</system_output>
<system_output timestamp="393.528944">Get:337 http://127.0.0.1:3142/ftp.de.debian.org/debian bookworm/main i386 liblerc4 i386 4.0.0+ds-2 [181 kB]
</system_output>
<system_output timestamp="396.029499">Get:338 http://127.0.0.1:3142/ftp.de.debian.org/debian bookworm/main i386 libwebp7 i386 1.2.4-0.2+deb12u1 [294 kB]
</system_output>
<system_output timestamp="396.16715">Get:339 http://127.0.0.1:3142/ftp.de.debian.org/debian bookworm/main i386 libtiff6 i386 4.5.0-6+deb12u1 [332 kB]
</system_output>
<system_output timestamp="396.168276">Get:340 http://127.0.0.1:3142/ftp.de.debian.org/debian bookworm/main i386 libxau6 i386 1:1.0.9-1 [20.0 kB]
</system_output>
<system_output timestamp="396.226333">... [TRUNCATED TO SAVE SPACE] ...</system_output>
<system_output timestamp="396.228725">... [TRUNCATED TO SAVE SPACE] ...</system_output>
<system_output timestamp="396.234709">... [TRUNCATED TO SAVE SPACE] ...</system_output>
<system_output timestamp="396.24553">... [TRUNCATED TO SAVE SPACE] ...</system_output>
<system_output timestamp="396.271494">Get:345 http://127.0.0.1:3142/ftp.de.debian.org/debian bookworm/main i386 libxpm4 i386 1:3.5.12-1.1+deb12u1 [50.4 kB]
</system_output>
<system_output timestamp="396.280584">Get:346 http://127.0.0.1:3142/ftp.de.debian.org/debian bookworm/main i386 libgd3 i386 2.3.3-9 [129 kB]
</system_output>
<system_output timestamp="396.337486">Get:347 http://127.0.0.1:3142/ftp.de.debian.org/debian bookworm/main i386 libc-devtools i386 2.36-9+deb12u8 [55.6 kB]
</system_output>
<system_output timestamp="396.339397">Get:348 http://127.0.0.1:3142/ftp.de.debian.org/debian bookworm/main i386 libdpkg-perl all 1.21.22 [603 kB]
</system_output>
<system_output timestamp="396.349274">Get:349 http://127.0.0.1:3142/ftp.de.debian.org/debian bookworm/main i386 libduktape207 i386 2.7.0-2 [138 kB]
</system_output>
### TARGET LINE (Extract and Classify THIS Timestamp):
<system_output timestamp="396.352613">Get:350 http://127.0.0.1:3142/ftp.de.debian.org/debian bookworm/main i386 libfile-fcntllock-perl i386 0.22-4+b1 [34.8 kB]
</system_output> | 396.352613, 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="396.226333">Get:341 http://127.0.0.1:3142/ftp.de.debian.org/debian bookworm/main i386 libxdmcp6 i386 1:1.1.2-3 [26.7 kB]
</system_output>
<system_output timestamp="396.228725">Get:342 http://127.0.0.1:3142/ftp.de.debian.org/debian bookworm/main i386 libxcb1 i386 1.15-1 [148 kB]
</system_output>
<system_output timestamp="396.234709">Get:343 http://127.0.0.1:3142/ftp.de.debian.org/debian bookworm/main i386 libx11-data all 2:1.8.4-2+deb12u2 [292 kB]
</system_output>
<system_output timestamp="396.24553">Get:344 http://127.0.0.1:3142/ftp.de.debian.org/debian bookworm/main i386 libx11-6 i386 2:1.8.4-2+deb12u2 [782 kB]
</system_output>
<system_output timestamp="396.271494">Get:345 http://127.0.0.1:3142/ftp.de.debian.org/debian bookworm/main i386 libxpm4 i386 1:3.5.12-1.1+deb12u1 [50.4 kB]
</system_output>
<system_output timestamp="396.280584">... [TRUNCATED TO SAVE SPACE] ...</system_output>
<system_output timestamp="396.337486">... [TRUNCATED TO SAVE SPACE] ...</system_output>
<system_output timestamp="396.339397">... [TRUNCATED TO SAVE SPACE] ...</system_output>
<system_output timestamp="396.349274">... [TRUNCATED TO SAVE SPACE] ...</system_output>
<system_output timestamp="396.352613">Get:350 http://127.0.0.1:3142/ftp.de.debian.org/debian bookworm/main i386 libfile-fcntllock-perl i386 0.22-4+b1 [34.8 kB]
</system_output>
<system_output timestamp="396.354993">Get:351 http://127.0.0.1:3142/ftp.de.debian.org/debian bookworm/main i386 libfribidi0 i386 1.0.8-2.1 [65.6 kB]
</system_output>
<system_output timestamp="396.357288">Get:352 http://127.0.0.1:3142/ftp.de.debian.org/debian bookworm/main i386 libglib2.0-0 i386 2.74.6-2+deb12u3 [1,470 kB]
</system_output>
<system_output timestamp="396.416373">Get:353 http://127.0.0.1:3142/ftp.de.debian.org/debian bookworm/main i386 libglib2.0-data all 2.74.6-2+deb12u3 [1,209 kB]
</system_output>
<system_output timestamp="396.449378">Get:354 http://127.0.0.1:3142/ftp.de.debian.org/debian bookworm/main i386 libgpg-error-l10n all 1.46-1 [109 kB]
</system_output>
### TARGET LINE (Extract and Classify THIS Timestamp):
<system_output timestamp="396.457123">Get:355 http://127.0.0.1:3142/ftp.de.debian.org/debian bookworm/main i386 libgssglue1 i386 0.7-1.1 [21.2 kB]
</system_output> | 396.457123, 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="396.595388">Get:366 http://127.0.0.1:3142/ftp.de.debian.org/debian bookworm/main i386 libpq5 i386 15.8-0+deb12u1 [196 kB]
</system_output>
<system_output timestamp="396.598753">Get:367 http://127.0.0.1:3142/ftp.de.debian.org/debian bookworm/main i386 libpython3.11 i386 3.11.2-6+deb12u2 [2,013 kB]
</system_output>
<system_output timestamp="396.64908">Get:368 http://127.0.0.1:3142/ftp.de.debian.org/debian bookworm/main i386 libmailutils9 i386 1:3.15-4 [922 kB]
</system_output>
<system_output timestamp="396.678025">Get:369 http://127.0.0.1:3142/ftp.de.debian.org/debian bookworm/main i386 libncurses6 i386 6.4-4 [111 kB]
</system_output>
<system_output timestamp="396.713487">Get:370 http://127.0.0.1:3142/ftp.de.debian.org/debian bookworm/main i386 libnl-3-200 i386 3.7.0-0.2+b1 [66.2 kB]
</system_output>
<system_output timestamp="396.726882">... [TRUNCATED TO SAVE SPACE] ...</system_output>
<system_output timestamp="396.759403">... [TRUNCATED TO SAVE SPACE] ...</system_output>
<system_output timestamp="396.763805">... [TRUNCATED TO SAVE SPACE] ...</system_output>
<system_output timestamp="396.766048">... [TRUNCATED TO SAVE SPACE] ...</system_output>
<system_output timestamp="396.768925">Get:375 http://127.0.0.1:3142/ftp.de.debian.org/debian bookworm/main i386 libpcap0.8 i386 1.10.3-1 [164 kB]
</system_output>
<system_output timestamp="396.772272">Get:376 http://127.0.0.1:3142/ftp.de.debian.org/debian bookworm/main i386 libpcre3 i386 2:8.39-15 [340 kB]
</system_output>
<system_output timestamp="396.786876">Get:377 http://127.0.0.1:3142/ftp.de.debian.org/debian bookworm/main i386 libpkgconf3 i386 1.8.1-1 [38.3 kB]
</system_output>
<system_output timestamp="396.792024">Get:378 http://127.0.0.1:3142/ftp.de.debian.org/debian bookworm/main i386 libpolkit-gobject-1-0 i386 122-3 [46.1 kB]
</system_output>
<system_output timestamp="396.794854">Get:379 http://127.0.0.1:3142/ftp.de.debian.org/debian bookworm/main i386 libpolkit-agent-1-0 i386 122-3 [25.5 kB]
Get:380 http://127.0.0.1:3142/ftp.de.debian.org/debian bookworm/main i386 libsasl2-modules i386 2.1.28+dfsg-10 [71.1 kB]
</system_output>
### TARGET LINE (Extract and Classify THIS Timestamp):
<system_output timestamp="396.796874">Get:381 http://127.0.0.1:3142/ftp.de.debian.org/debian bookworm/main i386 libudns0 i386 0.4-1+b1 [26.0 kB]
</system_output> | 396.796874, 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="429.147091">Initializing package states...
</system_output>
<system_output timestamp="429.85528">Writing extended state information...
</system_output>
<system_output timestamp="430.106433">Building tag database...
</system_output>
<system_output timestamp="430.600121">The following NEW packages will be installed:
debconf{a} flex gcc-12-base{a} libc6{a} libgcc-s1{a} m4{a}
The following packages are RECOMMENDED but will NOT be installed:
apt-utils clang-13 clang-14 clang-15 clang-16 debconf-i18n gcc gcc-11 gcc-12 libfl-dev libidn2-0 pcc tcc
0 packages upgraded, 6 newly installed, 0 to remove and 0 not upgraded.
Need to get 705 kB/3,551 kB of archives. After unpacking 15.1 MB will be used.
Writing extended state information...
</system_output>
<system_output timestamp="430.656784">Get: 1 http://127.0.0.1:3142/ftp.de.debian.org/debian bookworm/main i386 m4 i386 1.4.19-3 [294 kB]
</system_output>
<system_output timestamp="430.662076">... [TRUNCATED TO SAVE SPACE] ...</system_output>
<system_output timestamp="430.710847">... [TRUNCATED TO SAVE SPACE] ...</system_output>
<system_output timestamp="430.752988">... [TRUNCATED TO SAVE SPACE] ...</system_output>
<system_output timestamp="430.802495">... [TRUNCATED TO SAVE SPACE] ...</system_output>
<system_output timestamp="431.052307">Building dependency tree...
</system_output>
<system_output timestamp="431.053522">Reading state information...
</system_output>
<system_output timestamp="431.254399">Reading extended state information...
</system_output>
<system_output timestamp="431.275887">Initializing package states...
</system_output>
<system_output timestamp="432.241925">Writing extended state information...
</system_output>
### TARGET LINE (Extract and Classify THIS Timestamp):
<system_output timestamp="432.50121">Building tag database...
</system_output> | 432.50121, old event |
Your task is to analyze terminal XML logs and determine whether the timestamp in the TARGET LINE belongs to a "new event" or an "old event".
### DEFINITION OF A NEW EVENT:
1. **Explicit Prompts:** The very first `<user_input>` that immediately follows a shell prompt (e.g., `demo@faiserver:~$`).
2. **Phase Transitions:** In automated logs, moving from one major build stage to another (e.g., from 'fai-mirror finished' to 'Copying the nfsroot').
3. **Internal Logic:** Shifts from downloading to processing.
### WHAT IS *NOT* A NEW EVENT (OLD EVENT):
- **User Input / Keystrokes:** A user typing a command, including pressing the Enter key (a newline `\n`), is just the completion of the input phase.
- **Incomplete Tasks:** Continuous system output without a clear phase shift.
CRITICAL INSTRUCTION: You must classify ONLY the timestamp found in the "### TARGET LINE" section. Do NOT extract timestamps from the "### CONTEXT" section. Output only the timestamp and the classification. Do NOT use brackets, periods, explanations, or markdown formatting.
Output Format Example 1: 39.229814, old event
Output Format Example 2: 111.602501, new event | ### CONTEXT (Previous Events):
<system_output timestamp="437.564417">Get: 1 http://127.0.0.1:3142/ftp.de.debian.org/debian bookworm/main i386 diffstat i386 1.65-1 [33.6 kB]
</system_output>
<system_output timestamp="437.568349">Get: 2 http://127.0.0.1:3142/ftp.de.debian.org/debian bookworm/main i386 ed i386 1.19-1 [59.1 kB]
</system_output>
<system_output timestamp="437.570443">Get: 3 http://127.0.0.1:3142/ftp.de.debian.org/debian bookworm/main i386 gettext i386 0.21-12 [1,311 kB]
</system_output>
<system_output timestamp="437.588313">Get: 4 http://127.0.0.1:3142/ftp.de.debian.org/debian bookworm/main i386 quilt all 0.67+really0.66-1 [303 kB]
</system_output>
<system_output timestamp="437.592281">Fetched 1,707 kB in 0s (40.9 MB/s)
</system_output>
<system_output timestamp="437.645932">... [TRUNCATED TO SAVE SPACE] ...</system_output>
<system_output timestamp="437.693735">... [TRUNCATED TO SAVE SPACE] ...</system_output>
<system_output timestamp="437.944048">... [TRUNCATED TO SAVE SPACE] ...</system_output>
<system_output timestamp="437.945238">... [TRUNCATED TO SAVE SPACE] ...</system_output>
<system_output timestamp="438.143311">Reading extended state information...
</system_output>
<system_output timestamp="438.16276">Initializing package states...
</system_output>
<system_output timestamp="438.777969">Writing extended state information...
</system_output>
<system_output timestamp="439.029332">Building tag database...
</system_output>
<system_output timestamp="439.534827">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} 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} zlib1g{a} zlib1g-dev
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 913 kB/10.9 MB of archives. After unpacking 41.0 MB will be used.
Writing extended state information...
</system_output>
### TARGET LINE (Extract and Classify THIS Timestamp):
<system_output timestamp="439.594947">Get: 1 http://127.0.0.1:3142/ftp.de.debian.org/debian bookworm/main i386 zlib1g-dev i386 1:1.2.13.dfsg-1 [913 kB]
</system_output> | 439.594947, old event |
Your task is to analyze terminal XML logs and determine whether the timestamp in the TARGET LINE belongs to a "new event" or an "old event".
### DEFINITION OF A NEW EVENT:
1. **Explicit Prompts:** The very first `<user_input>` that immediately follows a shell prompt (e.g., `demo@faiserver:~$`).
2. **Phase Transitions:** In automated logs, moving from one major build stage to another (e.g., from 'fai-mirror finished' to 'Copying the nfsroot').
3. **Internal Logic:** Shifts from downloading to processing.
### WHAT IS *NOT* A NEW EVENT (OLD EVENT):
- **User Input / Keystrokes:** A user typing a command, including pressing the Enter key (a newline `\n`), is just the completion of the input phase.
- **Incomplete Tasks:** Continuous system output without a clear phase shift.
CRITICAL INSTRUCTION: You must classify ONLY the timestamp found in the "### TARGET LINE" section. Do NOT extract timestamps from the "### CONTEXT" section. Output only the timestamp and the classification. Do NOT use brackets, periods, explanations, or markdown formatting.
Output Format Example 1: 39.229814, old event
Output Format Example 2: 111.602501, new event | ### CONTEXT (Previous Events):
<system_output timestamp="477.322224">Get: 10 http://127.0.0.1:3142/ftp.de.debian.org/debian bookworm/main i386 libsub-override-perl all 0.09-4 [9,304 B]
</system_output>
<system_output timestamp="477.324077">Get: 11 http://127.0.0.1:3142/ftp.de.debian.org/debian bookworm/main i386 libfile-stripnondeterminism-perl all 1.13.1-1 [19.4 kB]
</system_output>
<system_output timestamp="477.326104">Get: 12 http://127.0.0.1:3142/ftp.de.debian.org/debian bookworm/main i386 dh-strip-nondeterminism all 1.13.1-1 [8,620 B]
</system_output>
<system_output timestamp="477.327064">Get: 13 http://127.0.0.1:3142/ftp.de.debian.org/debian bookworm/main i386 dwz i386 0.15-1 [118 kB]
</system_output>
<system_output timestamp="477.329201">Get: 14 http://127.0.0.1:3142/ftp.de.debian.org/debian bookworm/main i386 intltool-debian all 0.35.0+20060710.6 [22.9 kB]
</system_output>
<system_output timestamp="477.330993">... [TRUNCATED TO SAVE SPACE] ...</system_output>
<system_output timestamp="477.338573">... [TRUNCATED TO SAVE SPACE] ...</system_output>
<system_output timestamp="477.365825">... [TRUNCATED TO SAVE SPACE] ...</system_output>
<system_output timestamp="477.368838">... [TRUNCATED TO SAVE SPACE] ...</system_output>
<system_output timestamp="477.435934">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 docbook-to-man
</system_output>
<system_output timestamp="477.511466">Reading package lists...
</system_output>
<system_output timestamp="477.798582">Building dependency tree...
</system_output>
<system_output timestamp="477.800495">Reading state information...
</system_output>
<system_output timestamp="478.023147">Reading extended state information...
</system_output>
### TARGET LINE (Extract and Classify THIS Timestamp):
<system_output timestamp="478.044986">Initializing package states...
</system_output> | 478.044986, 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="482.314321">Initializing package states...
</system_output>
<system_output timestamp="482.876889">Writing extended state information...
</system_output>
<system_output timestamp="483.128673">Building tag database...
</system_output>
<system_output timestamp="483.624729">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} libexpat1{a} libexpat1-dev libgcc-s1{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 158 kB/10.2 MB of archives. After unpacking 40.7 MB will be used.
Writing extended state information...
</system_output>
<system_output timestamp="483.68412">Get: 1 http://127.0.0.1:3142/ftp.de.debian.org/debian bookworm/main i386 libexpat1-dev i386 2.5.0-1 [158 kB]
</system_output>
<system_output timestamp="483.686603">... [TRUNCATED TO SAVE SPACE] ...</system_output>
<system_output timestamp="483.731928">... [TRUNCATED TO SAVE SPACE] ...</system_output>
<system_output timestamp="483.77986">... [TRUNCATED TO SAVE SPACE] ...</system_output>
<system_output timestamp="484.041535">... [TRUNCATED TO SAVE SPACE] ...</system_output>
<system_output timestamp="484.042915">Reading state information...
</system_output>
<system_output timestamp="484.241761">Reading extended state information...
</system_output>
<system_output timestamp="484.263653">Initializing package states...
</system_output>
<system_output timestamp="484.73453">Writing extended state information...
</system_output>
<system_output timestamp="484.984865">Building tag database...
</system_output>
### TARGET LINE (Extract and Classify THIS Timestamp):
<system_output timestamp="485.504629">The following NEW packages will be installed:
ca-certificates{a} debconf{a} dpkg{a} gcc-12-base{a} libacl1{a} libbz2-1.0{a} libc6{a} libcgi-pm-perl{a} libclass-accessor-perl{a} libclone-perl{a} libcrypt1{a} libdb5.3{a} libencode-locale-perl{a} libfile-listing-perl{a} libgcc-s1{a} libgdbm-compat4{a} libgdbm6{a} libhtml-parser-perl{a} libhtml-tagset-perl{a} libhtml-tree-perl{a} libhttp-cookies-perl{a} libhttp-daemon-perl{a} libhttp-date-perl{a} libhttp-message-perl{a} libhttp-negotiate-perl{a} libhttp-request-ascgi-perl libio-html-perl{a} libio-socket-ssl-perl{a} liblwp-mediatypes-perl{a} liblwp-protocol-https-perl{a} liblzma5{a} libmd0{a} libnet-http-perl{a} libnet-ssleay-perl{a} libpcre2-8-0{a} libperl5.36{a} libregexp-ipv6-perl{a} libselinux1{a} libssl3{a} libsub-name-perl{a} libtimedate-perl{a} libtry-tiny-perl{a} liburi-perl{a} libwww-perl{a} libwww-robotrules-perl{a} libzstd1{a} netbase{a} openssl{a} perl{a} perl-base{a} perl-modules-5.36{a} perl-openssl-defaults{a} tar{a} zlib1g{a}
The following packages are RECOMMENDED but will NOT be installed:
apt-utils debconf-i18n libcgi-fast-perl libdata-dump-perl libhtml-form-perl libhtml-format-perl libidn2-0 libmailtools-perl
0 packages upgraded, 54 newly installed, 0 to remove and 0 not upgraded.
Need to get 290 kB/21.3 MB of archives. After unpacking 92.8 MB will be used.
Writing extended state information...
</system_output> | 485.504629, 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="515.670205">The following NEW packages will be installed:
debconf{a} fontconfig-config{a} fonts-dejavu-core{a} gcc-12-base{a} libbrotli1{a} libbsd0{a} libc6{a} libexpat1{a} libfontconfig1{a} libfreetype6{a} libgcc-s1{a} libice6{a} libmd0{a} libpng16-16{a} libsm6{a} libtinfo6{a} libutempter0{a} libuuid1{a} libx11-6{a} libx11-data{a} libxau6{a} libxaw7{a} libxcb1{a} libxdmcp6{a} libxext6{a} libxft2{a} libxinerama1{a} libxmu6{a} libxpm4{a} libxrender1{a} libxt6{a} lsb-base{a} sysvinit-utils{a} x11-common{a} xbitmaps{a} xterm zlib1g{a}
The following packages are RECOMMENDED but will NOT be installed:
apt-utils debconf-i18n libidn2-0 luit uuid-runtime x11-utils
0 packages upgraded, 37 newly installed, 0 to remove and 0 not upgraded.
Need to get 875 kB/9,516 kB of archives. After unpacking 29.9 MB will be used.
Writing extended state information...
</system_output>
<system_output timestamp="515.84796">Get: 1 http://127.0.0.1:3142/ftp.de.debian.org/debian bookworm/main i386 xbitmaps all 1.1.1-2.2 [25.1 kB]
</system_output>
<system_output timestamp="515.850637">Get: 2 http://127.0.0.1:3142/ftp.de.debian.org/debian bookworm/main i386 xterm i386 379-1 [850 kB]
</system_output>
<system_output timestamp="515.900621">Fetched 875 kB in 0s (4,864 kB/s)
</system_output>
<system_output timestamp="515.943807">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 cups
</system_output>
<system_output timestamp="515.986549">... [TRUNCATED TO SAVE SPACE] ...</system_output>
<system_output timestamp="516.227589">... [TRUNCATED TO SAVE SPACE] ...</system_output>
<system_output timestamp="516.229645">... [TRUNCATED TO SAVE SPACE] ...</system_output>
<system_output timestamp="516.432347">... [TRUNCATED TO SAVE SPACE] ...</system_output>
<system_output timestamp="516.449844">Initializing package states...
</system_output>
<system_output timestamp="517.041074">Writing extended state information...
</system_output>
<system_output timestamp="517.294242">Building tag database...
</system_output>
<system_output timestamp="517.859864">The following NEW packages will be installed:
adduser{a} bc{a} cups cups-client{a} cups-common{a} cups-core-drivers{a} cups-daemon{a} cups-filters{a} cups-filters-core-drivers{a} cups-ipp-utils{a} cups-ppdc{a} cups-server-common{a} debconf{a} dpkg{a} fontconfig-config{a} fonts-dejavu-core{a} fonts-urw-base35{a} gcc-12-base{a} ghostscript{a} init-system-helpers{a} libacl1{a} libaudit-common{a} libaudit1{a} libavahi-client3{a} libavahi-common-data{a} libavahi-common3{a} libbrotli1{a} libbsd0{a} libbz2-1.0{a} libc6{a} libcairo2{a} libcap-ng0{a} libcap2{a} libcom-err2{a} libcrypt1{a} libcups2{a} libcupsfilters1{a} libdb5.3{a} libdbus-1-3{a} libdeflate0{a} libexif12{a} libexpat1{a} libffi8{a} libfile-find-rule-perl{a} libfontconfig1{a} libfontembed1{a} libfontenc1{a} libfreetype6{a} libgcc-s1{a} libgcrypt20{a} libgdbm-compat4{a} libgdbm6{a} libgmp10{a} libgnutls30{a} libgpg-error0{a} libgs-common{a} libgs10{a} libgs10-common{a} libgssapi-krb5-2{a} libhogweed6{a} libice6{a} libidn12{a} libidn2-0{a} libijs-0.35{a} libjbig0{a} libjbig2dec0{a} libjpeg62-turbo{a} libk5crypto3{a} libkeyutils1{a} libkrb5-3{a} libkrb5support0{a} liblcms2-2{a} liblerc4{a} liblz4-1{a} liblzma5{a} libmd0{a} libncursesw6{a} libnettle8{a} libnspr4{a} libnss3{a} libnumber-compare-perl{a} libopenjp2-7{a} libp11-kit0{a} libpam-modules{a} libpam-modules-bin{a} libpam0g{a} libpaper1{a} libpcre2-8-0{a} libperl5.36{a} libpixman-1-0{a} libpng16-16{a} libpoppler-cpp0v5{a} libpoppler126{a} libproc2-0{a} libqpdf29{a} libreadline8{a} libselinux1{a} libsemanage-common{a} libsemanage2{a} libsepol2{a} libsm6{a} libsqlite3-0{a} libssl3{a} libstdc++6{a} libsystemd0{a} libtasn1-6{a} libtext-glob-perl{a} libtiff6{a} libtinfo6{a} libudev1{a} libunistring2{a} libusb-1.0-0{a} libuuid1{a} libwebp7{a} libx11-6{a} libx11-data{a} libxau6{a} libxcb-render0{a} libxcb-shm0{a} libxcb1{a} libxdmcp6{a} libxext6{a} libxrender1{a} libxt6{a} libzstd1{a} lsb-base{a} openssl{a} passwd{a} perl{a} perl-base{a} perl-modules-5.36{a} poppler-data{a} poppler-utils{a} procps{a} readline-common{a} sensible-utils{a} ssl-cert{a} sysvinit-utils{a} tar{a} ucf{a} usrmerge{a} x11-common{a} xfonts-encodings{a} xfonts-utils{a} zlib1g{a}
The following packages are RECOMMENDED but will NOT be installed:
apt-utils avahi-daemon colord cups-browsed dbus debconf-i18n fonts-droid-fallback ipp-usb krb5-locales libgpg-error-l10n libgpm2 liblouis-bin liblouisutdml-bin libpaper-utils lynx netbase psmisc uuid-runtime
0 packages upgraded, 145 newly installed, 0 to remove and 0 not upgraded.
Need to get 7,615 kB/63.5 MB of archives. After unpacking 226 MB will be used.
Writing extended state information...
</system_output>
<system_output timestamp="517.948191">Get: 1 http://127.0.0.1:3142/ftp.de.debian.org/debian bookworm/main i386 ssl-cert all 1.1.2 [21.1 kB]
</system_output>
### TARGET LINE (Extract and Classify THIS Timestamp):
<system_output timestamp="517.955934">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> | 517.955934, 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="548.779454">Get: 146 http://127.0.0.1:3142/ftp.de.debian.org/debian bookworm/main i386 libkf5attica5 i386 5.103.0-1 [159 kB]
</system_output>
<system_output timestamp="548.782029">Get: 147 http://127.0.0.1:3142/ftp.de.debian.org/debian bookworm/main i386 libkf5syndication5abi1 i386 1:5.103.0-1 [180 kB]
</system_output>
<system_output timestamp="548.789766">Get: 148 http://127.0.0.1:3142/ftp.de.debian.org/debian bookworm/main i386 libkf5newstuffcore5 i386 5.103.0-1 [258 kB]
</system_output>
<system_output timestamp="548.79324">Get: 149 http://127.0.0.1:3142/ftp.de.debian.org/debian bookworm/main i386 libkf5newstuff5 i386 5.103.0-1 [133 kB]
</system_output>
<system_output timestamp="548.796159">Get: 150 http://127.0.0.1:3142/ftp.de.debian.org/debian bookworm/main i386 libkf5newstuffwidgets5 i386 5.103.0-1 [19.5 kB]
</system_output>
<system_output timestamp="548.797174">... [TRUNCATED TO SAVE SPACE] ...</system_output>
<system_output timestamp="548.7985">... [TRUNCATED TO SAVE SPACE] ...</system_output>
<system_output timestamp="548.799825">... [TRUNCATED TO SAVE SPACE] ...</system_output>
<system_output timestamp="548.813455">... [TRUNCATED TO SAVE SPACE] ...</system_output>
<system_output timestamp="548.918893">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 xfce4
</system_output>
<system_output timestamp="548.963034">Reading package lists...
</system_output>
<system_output timestamp="549.21311">Building dependency tree...
</system_output>
<system_output timestamp="549.21618">Reading state information...
</system_output>
<system_output timestamp="549.416708">Reading extended state information...
</system_output>
### TARGET LINE (Extract and Classify THIS Timestamp):
<system_output timestamp="549.438484">Initializing package states...
</system_output> | 549.438484, 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="548.799825">Get: 153 http://127.0.0.1:3142/ftp.de.debian.org/debian bookworm/main i386 k3b i386 22.12.3-1 [755 kB]
</system_output>
<system_output timestamp="548.813455">Fetched 55.2 MB in 1s (47.4 MB/s)
</system_output>
<system_output timestamp="548.918893">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 xfce4
</system_output>
<system_output timestamp="548.963034">Reading package lists...
</system_output>
<system_output timestamp="549.21311">Building dependency tree...
</system_output>
<system_output timestamp="549.21618">... [TRUNCATED TO SAVE SPACE] ...</system_output>
<system_output timestamp="549.416708">... [TRUNCATED TO SAVE SPACE] ...</system_output>
<system_output timestamp="549.438484">... [TRUNCATED TO SAVE SPACE] ...</system_output>
<system_output timestamp="551.395291">... [TRUNCATED TO SAVE SPACE] ...</system_output>
<system_output timestamp="551.675103">Building tag database...
</system_output>
<system_output timestamp="551.99184">The following NEW packages will be installed:
adduser{a} adwaita-icon-theme{a} at-spi2-common{a} cpp{a} cpp-12{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} desktop-file-utils{a} dmsetup{a} dpkg{a} exo-utils{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} libasyncns0{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} libcolord2{a} libcom-err2{a} libcrypt1{a} libcryptsetup12{a} libcups2{a} libdatrie1{a} libdb5.3{a} libdbus-1-3{a} libdbusmenu-glib4{a} libdbusmenu-gtk3-4{a} libdconf1{a} libdeflate0{a} libdevmapper1.02.1{a} libepoxy0{a} libexif12{a} libexo-2-0{a} libexo-common{a} libexpat1{a} libfdisk1{a} libffi8{a} libfile-find-rule-perl{a} libflac12{a} libfontconfig1{a} libfreetype6{a} libfribidi0{a} libgarcon-1-0{a} libgarcon-common{a} libgarcon-gtk3-1-0{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} libgtop-2.0-11{a} libgtop2-common{a} libgudev-1.0-0{a} libharfbuzz0b{a} libhogweed6{a} libice6{a} libicu72{a} libidn2-0{a} libip4tc2{a} libisl23{a} libjbig0{a} libjpeg62-turbo{a} libjson-c5{a} libk5crypto3{a} libkeybinder-3.0-0{a} libkeyutils1{a} libkmod2{a} libkrb5-3{a} libkrb5support0{a} liblcms2-2{a} liblerc4{a} liblz4-1{a} liblzma5{a} libmd0{a} libmount1{a} libmp3lame0{a} libmpc3{a} libmpfr6{a} libmpg123-0{a} libncursesw6{a} libnettle8{a} libnotify4{a} libnsl2{a} libnumber-compare-perl{a} libogg0{a} libopus0{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} libpolkit-gobject-1-0{a} libproc2-0{a} libpulse-mainloop-glib0{a} libpulse0{a} libpython3-stdlib{a} libpython3.11-minimal{a} libpython3.11-stdlib{a} libreadline8{a} libseccomp2{a} libselinux1{a} libsemanage-common{a} libsemanage2{a} libsepol2{a} libsm6{a} libsmartcols1{a} libsndfile1{a} libsqlite3-0{a} libssl3{a} libstartup-notification0{a} libstdc++6{a} libsystemd-shared{a} libsystemd0{a} libtasn1-6{a} libtext-glob-perl{a} libthai-data{a} libthai0{a} libthunarx-3-0{a} libtiff6{a} libtinfo6{a} libtirpc-common{a} libtirpc3{a} libudev1{a} libunistring2{a} libupower-glib3{a} libuuid1{a} libvorbis0a{a} libvorbisenc2{a} libwayland-client0{a} libwayland-cursor0{a} libwayland-egl1{a} libwebp7{a} libwnck-3-0{a} libwnck-3-common{a} libx11-6{a} libx11-data{a} libx11-xcb1{a} libxau6{a} libxaw7{a} libxcb-render0{a} libxcb-shm0{a} libxcb-util1{a} libxcb1{a} libxcomposite1{a} libxcursor1{a} libxdamage1{a} libxdmcp6{a} libxext6{a} libxfce4panel-2.0-4{a} libxfce4ui-2-0{a} libxfce4ui-common{a} libxfce4ui-utils{a} libxfce4util-common{a} libxfce4util7{a} libxfconf-0-3{a} libxfixes3{a} libxi6{a} libxinerama1{a} libxkbcommon0{a} libxkbfile1{a} libxklavier16{a} libxml2{a} libxmu6{a} libxmuu1{a} libxpm4{a} libxpresent1{a} libxrandr2{a} libxrender1{a} libxres1{a} libxt6{a} libxxf86vm1{a} libzstd1{a} lsb-base{a} media-types{a} mount{a} passwd{a} perl{a} perl-base{a} perl-modules-5.36{a} procps{a} python3{a} python3-minimal{a} python3-six{a} python3-urllib3{a} python3.11{a} python3.11-minimal{a} readline-common{a} shared-mime-info{a} systemd{a} systemd-sysv{a} sysvinit-utils{a} tar{a} thunar{a} thunar-data{a} usrmerge{a} x11-common{a} x11-xkb-utils{a} x11-xserver-utils{a} xfce4 xfce4-appfinder{a} xfce4-helpers{a} xfce4-panel{a} xfce4-pulseaudio-plugin{a} xfce4-session{a} xfce4-settings{a} xfconf{a} xfdesktop4{a} xfdesktop4-data{a} xfwm4{a} xkb-data{</system_output>
<system_output timestamp="551.992303">a}</system_output>
<system_output timestamp="552.289368"> zlib1g{a}
The following packages are RECOMMENDED but will NOT be installed:
apt-utils at-spi2-core ca-certificates chrony colord debconf-i18n desktop-base gnome-flashback gnome-screensaver gnome-shell gvfs krb5-locales libgdk-pixbuf2.0-bin libglib2.0-data libgpg-error-l10n libgpm2 libgtk-3-bin libnss-systemd librsvg2-common liburi-perl libxfce4util-bin light-locker lxpolkit lxqt-policykit mate-polkit mate-screensaver netbase ntpsec openntpd pavucontrol phosh policykit-1-gnome polkit-kde-agent-1 psmisc pulseaudio sensible-utils systemd-timesyncd tango-icon-theme thunar-volman tumbler udisks2 ukui-polkit upower uuid-runtime x11-utils xdg-user-dirs xfce4-notifyd xiccd xorg xscreensaver
0 packages upgraded, 257 newly installed, 0 to remove and 0 not upgraded.
Need to get 7,910 kB/103 MB of archives. After unpacking 401 MB will be used.
Writing extended state information...
</system_output>
<system_output timestamp="552.39591">Get: 1 http://127.0.0.1:3142/ftp.de.debian.org/debian bookworm/main i386 desktop-file-utils i386 0.26-1 [90.6 kB]
</system_output>
### TARGET LINE (Extract and Classify THIS Timestamp):
<system_output timestamp="552.459292">Get: 2 http://127.0.0.1:3142/ftp.de.debian.org/debian bookworm/main i386 libexo-common all 4.18.0-1 [28.6 kB]
</system_output> | 552.459292, 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="560.74188">The following NEW packages will be installed:
eject gcc-12-base{a} libblkid1{a} libc6{a} libgcc-s1{a} libmount1{a} libpcre2-8-0{a} libselinux1{a}
The following packages are RECOMMENDED but will NOT be installed:
libidn2-0
0 packages upgraded, 8 newly installed, 0 to remove and 0 not upgraded.
Need to get 51.1 kB/3,450 kB of archives. After unpacking 14.8 MB will be used.
Writing extended state information...
</system_output>
<system_output timestamp="560.798825">Get: 1 http://127.0.0.1:3142/ftp.de.debian.org/debian bookworm/main i386 eject i386 2.38.1-5+deb12u1 [51.1 kB]
</system_output>
<system_output timestamp="560.800327">Fetched 51.1 kB in 0s (3,130 kB/s)
</system_output>
<system_output timestamp="560.841542">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 fancontrol
</system_output>
<system_output timestamp="560.893527">Reading package lists...
</system_output>
<system_output timestamp="561.147985">... [TRUNCATED TO SAVE SPACE] ...</system_output>
<system_output timestamp="561.150951">... [TRUNCATED TO SAVE SPACE] ...</system_output>
<system_output timestamp="561.346221">... [TRUNCATED TO SAVE SPACE] ...</system_output>
<system_output timestamp="561.363907">... [TRUNCATED TO SAVE SPACE] ...</system_output>
<system_output timestamp="562.1818">Writing extended state information...
</system_output>
<system_output timestamp="562.432402">Building tag database...
</system_output>
<system_output timestamp="562.96823">The following NEW packages will be installed:
dpkg{a} fancontrol gcc-12-base{a} init-system-helpers{a} libacl1{a} libbz2-1.0{a} libc6{a} libcrypt1{a} libdb5.3{a} libfile-find-rule-perl{a} libgcc-s1{a} libgdbm-compat4{a} libgdbm6{a} liblzma5{a} libmd0{a} libnumber-compare-perl{a} libpcre2-8-0{a} libperl5.36{a} libselinux1{a} libtext-glob-perl{a} libzstd1{a} lsb-base{a} perl{a} perl-base{a} perl-modules-5.36{a} sysvinit-utils{a} tar{a} usrmerge{a} zlib1g{a}
The following packages are RECOMMENDED but will NOT be installed:
libidn2-0 netbase
0 packages upgraded, 29 newly installed, 0 to remove and 0 not upgraded.
Need to get 30.5 kB/16.0 MB of archives. After unpacking 79.1 MB will be used.
Writing extended state information...
</system_output>
<system_output timestamp="563.031787">Get: 1 http://127.0.0.1:3142/ftp.de.debian.org/debian bookworm/main i386 fancontrol all 1:3.6.0-7.1 [30.5 kB]
</system_output>
<system_output timestamp="563.032945">Fetched 30.5 kB in 0s (2,117 kB/s)
</system_output>
### TARGET LINE (Extract and Classify THIS Timestamp):
<system_output timestamp="563.084523">install_packages: executing aptitude -R -d -o Aptitude::Log=/dev/null -o Aptitude::CmdLine::Ignore-Trust-Violations=yes -o APT::Get::AllowUnauthenticated=true -o Acquire::AllowInsecureRepositories=true -o DPkg::force-conflicts::=yes -o Dir::State=/usr/fai/mirror/aptcache/var/lib/apt -o Dir::Log=/usr/fai/mirror/aptcache/var/log/apt -o Dir::State::extended_states=/usr/fai/mirror/aptcache/var/lib/apt/lists/extended_states -o Dir::State::status=/usr/fai/mirror/aptcache/statefile -o Dir::Cache=/usr/fai/mirror/aptcache/var/cache/apt -o Dir::State=/usr/fai/mirror/aptcache/var/cache/apt -o Dir::Cache::Archives=/usr/fai/mirror/aptcache/var/cache/apt/archives -o Dir::Etc=/usr/fai/mirror/aptcache/etc/apt/ -o Dir::State::Lists=/usr/fai/mirror/aptcache/var/lib/apt/lists/ -y install flashrom
</system_output> | 563.084523, old event |
Your task is to analyze terminal XML logs and determine whether the timestamp in the TARGET LINE belongs to a "new event" or an "old event".
### DEFINITION OF A NEW EVENT:
1. **Explicit Prompts:** The very first `<user_input>` that immediately follows a shell prompt (e.g., `demo@faiserver:~$`).
2. **Phase Transitions:** In automated logs, moving from one major build stage to another (e.g., from 'fai-mirror finished' to 'Copying the nfsroot').
3. **Internal Logic:** Shifts from downloading to processing.
### WHAT IS *NOT* A NEW EVENT (OLD EVENT):
- **User Input / Keystrokes:** A user typing a command, including pressing the Enter key (a newline `\n`), is just the completion of the input phase.
- **Incomplete Tasks:** Continuous system output without a clear phase shift.
CRITICAL INSTRUCTION: You must classify ONLY the timestamp found in the "### TARGET LINE" section. Do NOT extract timestamps from the "### CONTEXT" section. Output only the timestamp and the classification. Do NOT use brackets, periods, explanations, or markdown formatting.
Output Format Example 1: 39.229814, old event
Output Format Example 2: 111.602501, new event | ### CONTEXT (Previous Events):
<system_output timestamp="589.258075">Reading package lists...
</system_output>
<system_output timestamp="589.511117">Building dependency tree...
</system_output>
<system_output timestamp="589.514029">Reading state information...
</system_output>
<system_output timestamp="589.710275">Reading extended state information...
</system_output>
<system_output timestamp="589.727873">Initializing package states...
</system_output>
<system_output timestamp="590.265935">... [TRUNCATED TO SAVE SPACE] ...</system_output>
<system_output timestamp="590.517315">... [TRUNCATED TO SAVE SPACE] ...</system_output>
<system_output timestamp="591.035242">... [TRUNCATED TO SAVE SPACE] ...</system_output>
<system_output timestamp="591.097319">... [TRUNCATED TO SAVE SPACE] ...</system_output>
<system_output timestamp="591.100816">Fetched 212 kB in 0s (12.2 MB/s)
</system_output>
<system_output timestamp="591.150716">install_packages: executing aptitude -R -d -o Aptitude::Log=/dev/null -o Aptitude::CmdLine::Ignore-Trust-Violations=yes -o APT::Get::AllowUnauthenticated=true -o Acquire::AllowInsecureRepositories=true -o DPkg::force-conflicts::=yes -o Dir::State=/usr/fai/mirror/aptcache/var/lib/apt -o Dir::Log=/usr/fai/mirror/aptcache/var/log/apt -o Dir::State::extended_states=/usr/fai/mirror/aptcache/var/lib/apt/lists/extended_states -o Dir::State::status=/usr/fai/mirror/aptcache/statefile -o Dir::Cache=/usr/fai/mirror/aptcache/var/cache/apt -o Dir::State=/usr/fai/mirror/aptcache/var/cache/apt -o Dir::Cache::Archives=/usr/fai/mirror/aptcache/var/cache/apt/archives -o Dir::Etc=/usr/fai/mirror/aptcache/etc/apt/ -o Dir::State::Lists=/usr/fai/mirror/aptcache/var/lib/apt/lists/ -y install aspell
</system_output>
<system_output timestamp="591.193783">Reading package lists...
</system_output>
<system_output timestamp="591.447915">Building dependency tree...
</system_output>
<system_output timestamp="591.451827">Reading state information...
</system_output>
### TARGET LINE (Extract and Classify THIS Timestamp):
<system_output timestamp="591.649118">Reading extended state information...
</system_output> | 591.649118, 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="643.659563">Reading extended state information...
</system_output>
<system_output timestamp="643.681889">Initializing package states...
</system_output>
<system_output timestamp="644.248214">Writing extended state information...
</system_output>
<system_output timestamp="644.49608">Building tag database...
</system_output>
<system_output timestamp="645.035661">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="645.103579">... [TRUNCATED TO SAVE SPACE] ...</system_output>
<system_output timestamp="645.105096">... [TRUNCATED TO SAVE SPACE] ...</system_output>
<system_output timestamp="645.160623">... [TRUNCATED TO SAVE SPACE] ...</system_output>
<system_output timestamp="645.208191">... [TRUNCATED TO SAVE SPACE] ...</system_output>
<system_output timestamp="645.471153">Building dependency tree...
</system_output>
<system_output timestamp="645.47476">Reading state information...
</system_output>
<system_output timestamp="645.679899">Reading extended state information...
</system_output>
<system_output timestamp="645.701099">Initializing package states...
</system_output>
<system_output timestamp="646.166187">Writing extended state information...
</system_output>
### TARGET LINE (Extract and Classify THIS Timestamp):
<system_output timestamp="646.417377">Building tag database...
</system_output> | 646.417377, 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="653.994749">Fetched 25.7 kB in 0s (1,677 kB/s)
</system_output>
<system_output timestamp="654.08536">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-bcrypt
</system_output>
<system_output timestamp="654.172396">Reading package lists...
</system_output>
<system_output timestamp="654.42199">Building dependency tree...
</system_output>
<system_output timestamp="654.425482">Reading state information...
</system_output>
<system_output timestamp="654.631751">... [TRUNCATED TO SAVE SPACE] ...</system_output>
<system_output timestamp="654.653396">... [TRUNCATED TO SAVE SPACE] ...</system_output>
<system_output timestamp="655.307266">... [TRUNCATED TO SAVE SPACE] ...</system_output>
<system_output timestamp="655.559764">... [TRUNCATED TO SAVE SPACE] ...</system_output>
<system_output timestamp="656.104637">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-bcrypt python3-cffi-backend{a} 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 uuid-runtime
0 packages upgraded, 43 newly installed, 0 to remove and 0 not upgraded.
Need to get 123 kB/17.2 MB of archives. After unpacking 61.8 MB will be used.
Writing extended state information...
</system_output>
<system_output timestamp="656.198447">Get: 1 http://127.0.0.1:3142/ftp.de.debian.org/debian bookworm/main i386 python3-cffi-backend i386 1.15.1-5+b1 [88.0 kB]
</system_output>
<system_output timestamp="656.203577">Get: 2 http://127.0.0.1:3142/ftp.de.debian.org/debian bookworm/main i386 python3-bcrypt i386 3.2.2-1 [35.0 kB]
</system_output>
<system_output timestamp="656.248495">Fetched 123 kB in 0s (1,625 kB/s)
</system_output>
<system_output timestamp="656.309029">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-mock
</system_output>
### TARGET LINE (Extract and Classify THIS Timestamp):
<system_output timestamp="656.367622">Reading package lists...
</system_output> | 656.367622, 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="660.539729">Reading package lists...
</system_output>
<system_output timestamp="660.791879">Building dependency tree...
</system_output>
<system_output timestamp="660.795416">Reading state information...
</system_output>
<system_output timestamp="660.993232">Reading extended state information...
</system_output>
<system_output timestamp="661.014591">Initializing package states...
</system_output>
<system_output timestamp="661.695135">... [TRUNCATED TO SAVE SPACE] ...</system_output>
<system_output timestamp="661.939195">... [TRUNCATED TO SAVE SPACE] ...</system_output>
<system_output timestamp="662.46099">... [TRUNCATED TO SAVE SPACE] ...</system_output>
<system_output timestamp="662.528631">... [TRUNCATED TO SAVE SPACE] ...</system_output>
<system_output timestamp="662.533909">Fetched 320 kB in 0s (16.8 MB/s)
</system_output>
<system_output timestamp="662.588154">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="662.643832">Reading package lists...
</system_output>
<system_output timestamp="662.893734">Building dependency tree...
</system_output>
<system_output timestamp="662.897238">Reading state information...
</system_output>
### TARGET LINE (Extract and Classify THIS Timestamp):
<system_output timestamp="663.093257">Reading extended state information...
</system_output> | 663.093257, 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="674.502054">Get: 1 http://127.0.0.1:3142/ftp.de.debian.org/debian bookworm/main i386 libapache-pom-java all 29-2 [5,276 B]
</system_output>
<system_output timestamp="674.511822">Get: 2 http://127.0.0.1:3142/ftp.de.debian.org/debian bookworm/main i386 libcommons-parent-java all 56-1 [10.8 kB]
</system_output>
<system_output timestamp="674.513977">Get: 3 http://127.0.0.1:3142/ftp.de.debian.org/debian bookworm/main i386 libcommons-logging-java all 1.2-3 [62.4 kB]
</system_output>
<system_output timestamp="674.517143">Get: 4 http://127.0.0.1:3142/ftp.de.debian.org/debian bookworm/main i386 libfontbox-java all 1:1.8.16-2 [211 kB]
</system_output>
<system_output timestamp="674.525787">Get: 5 http://127.0.0.1:3142/ftp.de.debian.org/debian bookworm/main i386 libpdfbox-java all 1:1.8.16-2 [5,205 kB]
</system_output>
<system_output timestamp="674.613874">... [TRUNCATED TO SAVE SPACE] ...</system_output>
<system_output timestamp="674.61762">... [TRUNCATED TO SAVE SPACE] ...</system_output>
<system_output timestamp="674.890027">... [TRUNCATED TO SAVE SPACE] ...</system_output>
<system_output timestamp="675.131763">... [TRUNCATED TO SAVE SPACE] ...</system_output>
<system_output timestamp="675.193846">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 texlive-fonts-recommended
</system_output>
<system_output timestamp="675.236917">Reading package lists...
</system_output>
<system_output timestamp="675.497056">Building dependency tree...
</system_output>
<system_output timestamp="675.500913">Reading state information...
</system_output>
<system_output timestamp="675.714544">Reading extended state information...
</system_output>
### TARGET LINE (Extract and Classify THIS Timestamp):
<system_output timestamp="675.736956">Initializing package states...
</system_output> | 675.736956, 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="684.656817">Get: 2 http://127.0.0.1:3142/ftp.de.debian.org/debian bookworm/main i386 libclang-cpp14 i386 1:14.0.6-12 [12.7 MB]
</system_output>
<system_output timestamp="684.88632">Get: 3 http://127.0.0.1:3142/ftp.de.debian.org/debian bookworm/main i386 libclang1-14 i386 1:14.0.6-12 [7,086 kB]
</system_output>
<system_output timestamp="684.999272">Get: 4 http://127.0.0.1:3142/ftp.de.debian.org/debian bookworm/main i386 doxygen i386 1.9.4-4 [4,836 kB]
</system_output>
<system_output timestamp="685.056891">Fetched 49.6 MB in 1s (54.1 MB/s)
</system_output>
<system_output timestamp="685.105628">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-doc
</system_output>
<system_output timestamp="685.172336">... [TRUNCATED TO SAVE SPACE] ...</system_output>
<system_output timestamp="685.423856">... [TRUNCATED TO SAVE SPACE] ...</system_output>
<system_output timestamp="685.427484">... [TRUNCATED TO SAVE SPACE] ...</system_output>
<system_output timestamp="685.634132">... [TRUNCATED TO SAVE SPACE] ...</system_output>
<system_output timestamp="685.65615">Initializing package states...
</system_output>
<system_output timestamp="686.836025">Writing extended state information...
</system_output>
<system_output timestamp="687.087645">Building tag database...
</system_output>
<system_output timestamp="687.559244">The following NEW packages will be installed:
doxygen-doc
The following packages are RECOMMENDED but will NOT be installed:
doxygen
0 packages upgraded, 1 newly installed, 0 to remove and 0 not upgraded.
Need to get 2,740 kB of archives. After unpacking 5,763 kB will be used.
Writing extended state information...
</system_output>
<system_output timestamp="687.600929">Get: 1 http://127.0.0.1:3142/ftp.de.debian.org/debian bookworm/main i386 doxygen-doc all 1.9.4-4 [2,740 kB]
</system_output>
### TARGET LINE (Extract and Classify THIS Timestamp):
<system_output timestamp="687.638642">Fetched 2,740 kB in 0s (51.4 MB/s)
</system_output> | 687.638642, 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="687.978106">Building dependency tree...
</system_output>
<system_output timestamp="687.981608">Reading state information...
</system_output>
<system_output timestamp="688.193032">Reading extended state information...
</system_output>
<system_output timestamp="688.214877">Initializing package states...
</system_output>
<system_output timestamp="688.825935">Writing extended state information...
</system_output>
<system_output timestamp="689.083825">... [TRUNCATED TO SAVE SPACE] ...</system_output>
<system_output timestamp="689.573133">... [TRUNCATED TO SAVE SPACE] ...</system_output>
<system_output timestamp="689.616733">... [TRUNCATED TO SAVE SPACE] ...</system_output>
<system_output timestamp="689.618653">... [TRUNCATED TO SAVE SPACE] ...</system_output>
<system_output timestamp="689.649856">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 unzip
</system_output>
<system_output timestamp="689.693992">Reading package lists...
</system_output>
<system_output timestamp="689.948269">Building dependency tree...
</system_output>
<system_output timestamp="689.951704">Reading state information...
</system_output>
<system_output timestamp="690.149093">Reading extended state information...
</system_output>
### TARGET LINE (Extract and Classify THIS Timestamp):
<system_output timestamp="690.165802">Initializing package states...
</system_output> | 690.165802, 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="695.457847">Get: 1 http://127.0.0.1:3142/ftp.de.debian.org/debian bookworm/main i386 checkpolicy i386 3.4-1+b2 [252 kB]
</system_output>
<system_output timestamp="695.465355">Get: 2 http://127.0.0.1:3142/ftp.de.debian.org/debian bookworm/main i386 selinux-utils i386 3.4-1+b6 [127 kB]
</system_output>
<system_output timestamp="695.468036">Get: 3 http://127.0.0.1:3142/ftp.de.debian.org/debian bookworm/main i386 policycoreutils i386 3.4-1 [161 kB]
</system_output>
<system_output timestamp="695.509386">Get: 4 http://127.0.0.1:3142/ftp.de.debian.org/debian bookworm/main i386 selinux-basics all 0.5.8 [15.3 kB]
</system_output>
<system_output timestamp="695.510537">Fetched 555 kB in 0s (8,366 kB/s)
</system_output>
<system_output timestamp="695.57081">... [TRUNCATED TO SAVE SPACE] ...</system_output>
<system_output timestamp="695.614255">... [TRUNCATED TO SAVE SPACE] ...</system_output>
<system_output timestamp="695.869435">... [TRUNCATED TO SAVE SPACE] ...</system_output>
<system_output timestamp="695.872873">... [TRUNCATED TO SAVE SPACE] ...</system_output>
<system_output timestamp="696.07031">Reading extended state information...
</system_output>
<system_output timestamp="696.087137">Initializing package states...
</system_output>
<system_output timestamp="696.651334">Writing extended state information...
</system_output>
<system_output timestamp="696.907269">Building tag database...
</system_output>
<system_output timestamp="697.366859">The following NEW packages will be installed:
gcc-12-base{a} libaudit-common{a} libaudit1{a} libbz2-1.0{a} libc6{a} libcap-ng0{a} libgcc-s1{a} libpcre2-8-0{a} libselinux1{a} libsemanage-common{a} libsemanage2{a} libsepol2{a} lsb-base{a} policycoreutils{a} selinux-policy-default selinux-utils{a} sysvinit-utils{a}
The following packages are RECOMMENDED but will NOT be installed:
checkpolicy libidn2-0 setools
0 packages upgraded, 17 newly installed, 0 to remove and 0 not upgraded.
Need to get 3,052 kB/6,977 kB of archives. After unpacking 21.2 MB will be used.
Writing extended state information...
</system_output>
### TARGET LINE (Extract and Classify THIS Timestamp):
<system_output timestamp="697.419375">Get: 1 http://127.0.0.1:3142/ftp.de.debian.org/debian bookworm/main i386 selinux-policy-default all 2:2.20221101-9 [3,052 kB]
</system_output> | 697.419375, 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="712.142387">Get: 1 http://127.0.0.1:3142/ftp.de.debian.org/debian bookworm/main i386 libuv1 i386 1.44.2-1+deb12u1 [144 kB]
</system_output>
<system_output timestamp="712.15012">Get: 2 http://127.0.0.1:3142/ftp.de.debian.org/debian bookworm/main i386 libfstrm0 i386 0.6.1-1 [23.0 kB]
</system_output>
<system_output timestamp="712.151453">Get: 3 http://127.0.0.1:3142/ftp.de.debian.org/debian bookworm/main i386 libjemalloc2 i386 5.3.0-1 [283 kB]
</system_output>
<system_output timestamp="712.155617">Get: 4 http://127.0.0.1:3142/ftp.de.debian.org/debian bookworm/main i386 liblmdb0 i386 0.9.24-1 [46.7 kB]
</system_output>
<system_output timestamp="712.157087">Get: 5 http://127.0.0.1:3142/ftp.de.debian.org/debian bookworm/main i386 libmaxminddb0 i386 1.7.1-1 [30.4 kB]
</system_output>
<system_output timestamp="712.158471">... [TRUNCATED TO SAVE SPACE] ...</system_output>
<system_output timestamp="712.159748">... [TRUNCATED TO SAVE SPACE] ...</system_output>
<system_output timestamp="712.182142">... [TRUNCATED TO SAVE SPACE] ...</system_output>
<system_output timestamp="712.187604">... [TRUNCATED TO SAVE SPACE] ...</system_output>
<system_output timestamp="712.188618">Get: 10 http://127.0.0.1:3142/ftp.de.debian.org/debian bookworm/main i386 bind9 i386 1:9.18.28-1~deb12u2 [510 kB]
</system_output>
<system_output timestamp="712.194527">Fetched 2,985 kB in 0s (44.9 MB/s)
</system_output>
<system_output timestamp="712.256998">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 dnsutils
</system_output>
<system_output timestamp="712.304529">Reading package lists...
</system_output>
<system_output timestamp="712.551652">Building dependency tree...
</system_output>
### TARGET LINE (Extract and Classify THIS Timestamp):
<system_output timestamp="712.555078">Reading state information...
</system_output> | 712.555078, 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="781.686144">Initializing package states...
</system_output>
<system_output timestamp="782.254391">Writing extended state information...
</system_output>
<system_output timestamp="782.504451">Building tag database...
</system_output>
<system_output timestamp="783.040775">The following NEW packages will be installed:
debconf{a} 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} libnet-snmp-perl{a} libpcre2-8-0{a} libperl5.36{a} libselinux1{a} libzstd1{a} monitoring-plugins-common{a} nagios-snmp-plugins 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 debconf-i18n libcrypt-des-perl libcrypt-rijndael-perl libidn2-0 netbase
0 packages upgraded, 27 newly installed, 0 to remove and 0 not upgraded.
Need to get 185 kB/16.2 MB of archives. After unpacking 80.6 MB will be used.
Writing extended state information...
</system_output>
<system_output timestamp="783.121963">Get: 1 http://127.0.0.1:3142/ftp.de.debian.org/debian bookworm/main i386 libnet-snmp-perl all 6.0.1-7 [94.7 kB]
</system_output>
<system_output timestamp="783.127597">... [TRUNCATED TO SAVE SPACE] ...</system_output>
<system_output timestamp="783.177405">... [TRUNCATED TO SAVE SPACE] ...</system_output>
<system_output timestamp="783.261128">... [TRUNCATED TO SAVE SPACE] ...</system_output>
<system_output timestamp="783.311065">... [TRUNCATED TO SAVE SPACE] ...</system_output>
<system_output timestamp="783.567367">Building dependency tree...
</system_output>
<system_output timestamp="783.571162">Reading state information...
</system_output>
<system_output timestamp="783.780667">Reading extended state information...
</system_output>
<system_output timestamp="783.802772">Initializing package states...
</system_output>
<system_output timestamp="784.437328">Writing extended state information...
</system_output>
### TARGET LINE (Extract and Classify THIS Timestamp):
<system_output timestamp="784.688784">Building tag database...
</system_output> | 784.688784, 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="800.740602">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="800.786288">Reading package lists...
</system_output>
<system_output timestamp="801.045112">Building dependency tree...
</system_output>
<system_output timestamp="801.049072">Reading state information...
</system_output>
<system_output timestamp="801.253325">Reading extended state information...
</system_output>
<system_output timestamp="801.275605">... [TRUNCATED TO SAVE SPACE] ...</system_output>
<system_output timestamp="801.78829">... [TRUNCATED TO SAVE SPACE] ...</system_output>
<system_output timestamp="802.045923">... [TRUNCATED TO SAVE SPACE] ...</system_output>
<system_output timestamp="802.555156">... [TRUNCATED TO SAVE SPACE] ...</system_output>
<system_output timestamp="802.613052">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="802.614199">Fetched 18.0 kB in 0s (1,255 kB/s)
</system_output>
<system_output timestamp="802.659475">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 nasm
</system_output>
<system_output timestamp="802.708854">Reading package lists...
</system_output>
<system_output timestamp="802.950987">Building dependency tree...
</system_output>
### TARGET LINE (Extract and Classify THIS Timestamp):
<system_output timestamp="802.954982">Reading state information...
</system_output> | 802.954982, 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="820.151025">Get: 243 http://127.0.0.1:3142/ftp.de.debian.org/debian bookworm/main i386 node-is-binary-path all 2.1.0-5 [3,684 B]
</system_output>
<system_output timestamp="820.15223">Get: 244 http://127.0.0.1:3142/ftp.de.debian.org/debian bookworm/main i386 node-path-is-absolute all 2.0.0-2 [4,068 B]
</system_output>
<system_output timestamp="820.153941">Get: 245 http://127.0.0.1:3142/ftp.de.debian.org/debian bookworm/main i386 node-set-immediate-shim all 2.0.0-2 [3,740 B]
</system_output>
<system_output timestamp="820.155308">Get: 246 http://127.0.0.1:3142/ftp.de.debian.org/debian bookworm/main i386 node-readdirp all 3.6.0-1 [11.5 kB]
</system_output>
<system_output timestamp="820.157252">Get: 247 http://127.0.0.1:3142/ftp.de.debian.org/debian bookworm/main i386 node-chokidar all 3.5.3-2 [32.3 kB]
</system_output>
<system_output timestamp="820.160439">... [TRUNCATED TO SAVE SPACE] ...</system_output>
<system_output timestamp="820.163589">... [TRUNCATED TO SAVE SPACE] ...</system_output>
<system_output timestamp="820.16528">... [TRUNCATED TO SAVE SPACE] ...</system_output>
<system_output timestamp="820.166717">... [TRUNCATED TO SAVE SPACE] ...</system_output>
<system_output timestamp="820.167318">Get: 252 http://127.0.0.1:3142/ftp.de.debian.org/debian bookworm/main i386 node-errno all 1.0.0-3 [7,736 B]
</system_output>
<system_output timestamp="820.17099">Get: 253 http://127.0.0.1:3142/ftp.de.debian.org/debian bookworm/main i386 node-memory-fs all 0.5.0+~0.3.3-2 [7,676 B]
</system_output>
<system_output timestamp="820.1725">Get: 254 http://127.0.0.1:3142/ftp.de.debian.org/debian bookworm/main i386 node-tapable all 2.2.1-2 [13.6 kB]
</system_output>
<system_output timestamp="820.173783">Get: 255 http://127.0.0.1:3142/ftp.de.debian.org/debian bookworm/main i386 node-enhanced-resolve all 5.10.0-1 [33.6 kB]
</system_output>
<system_output timestamp="820.175842">Get: 256 http://127.0.0.1:3142/ftp.de.debian.org/debian bookworm/main i386 node-es-module-lexer all 1.1.0+dfsg-2 [19.7 kB]
</system_output>
### TARGET LINE (Extract and Classify THIS Timestamp):
<system_output timestamp="820.177948">Get: 257 http://127.0.0.1:3142/ftp.de.debian.org/debian bookworm/main i386 node-events all 3.3.0+~3.0.0-3 [5,888 B]
</system_output> | 820.177948, 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="857.506157">Reading state information...
</system_output>
<system_output timestamp="857.711253">Reading extended state information...
</system_output>
<system_output timestamp="857.736546">Initializing package states...
</system_output>
<system_output timestamp="858.659324">Writing extended state information...
</system_output>
<system_output timestamp="858.911352">Building tag database...
</system_output>
<system_output timestamp="859.22003">... [TRUNCATED TO SAVE SPACE] ...</system_output>
<system_output timestamp="859.512139">... [TRUNCATED TO SAVE SPACE] ...</system_output>
<system_output timestamp="859.593583">... [TRUNCATED TO SAVE SPACE] ...</system_output>
<system_output timestamp="859.599811">... [TRUNCATED TO SAVE SPACE] ...</system_output>
<system_output timestamp="859.643897">Fetched 823 kB in 0s (12.8 MB/s)
</system_output>
<system_output timestamp="859.731552">Calling reprepro
</system_output>
<system_output timestamp="989.446146">Exporting indices...
</system_output>
<system_output timestamp="989.759239">/usr/bin/fai-mirror finished.
Number of packages in the mirror: </system_output>
<system_output timestamp="989.94511">2236
</system_output>
### TARGET LINE (Extract and Classify THIS Timestamp):
<system_output timestamp="989.945655">Mirror size and location: </system_output> | 989.945655, 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="989.759239">/usr/bin/fai-mirror finished.
Number of packages in the mirror: </system_output>
<system_output timestamp="989.94511">2236
</system_output>
<system_output timestamp="989.945655">Mirror size and location: </system_output>
<system_output timestamp="989.989713">1.5G /usr/fai/mirror
</system_output>
<system_output timestamp="1041.887093">Copying the nfsroot to CD image
</system_output>
<system_output timestamp="1082.038904">... [TRUNCATED TO SAVE SPACE] ...</system_output>
<system_output timestamp="1082.760451">... [TRUNCATED TO SAVE SPACE] ...</system_output>
<system_output timestamp="1189.979558">... [TRUNCATED TO SAVE SPACE] ...</system_output>
<system_output timestamp="1192.202351">... [TRUNCATED TO SAVE SPACE] ...</system_output>
<system_output timestamp="1193.029036">Writing FAI CD-ROM image to fai_cd.iso. This may need some time.
</system_output>
<system_output timestamp="1193.139899">xorriso 1.5.4 : RockRidge filesystem manipulator, libburnia project.
</system_output>
<system_output timestamp="1224.681764">ISO image size and filename: </system_output>
<system_output timestamp="1224.682109">1.9G fai_cd.iso
</system_output>
<system_output timestamp="1228.289656">
real 19m15.461s
user 13m10.299s
sys 2m22.869s
</system_output>
### TARGET LINE (Extract and Classify THIS Timestamp):
<system_output timestamp="1228.307006">[?2004h]0;demo@faiserver: /home/faidemo@faiserver:/home/fai$ </system_output> | 1228.307006, 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="2312.340475">
fai_cd.iso 77% 1477MB 26.8MB/s 00:15 ETA</system_output>
<system_output timestamp="2313.340569">
fai_cd.iso 79% 1513MB 27.7MB/s 00:14 ETA</system_output>
<system_output timestamp="2314.340546">
fai_cd.iso 81% 1549MB 28.5MB/s 00:12 ETA</system_output>
<system_output timestamp="2315.341428">
fai_cd.iso 83% 1582MB 29.0MB/s 00:11 ETA</system_output>
<system_output timestamp="2316.341498">
fai_cd.iso 84% 1616MB 29.4MB/s 00:09 ETA</system_output>
<system_output timestamp="2317.341324">... [TRUNCATED TO SAVE SPACE] ...</system_output>
<system_output timestamp="2318.341915">... [TRUNCATED TO SAVE SPACE] ...</system_output>
<system_output timestamp="2319.343553">... [TRUNCATED TO SAVE SPACE] ...</system_output>
<system_output timestamp="2320.343712">... [TRUNCATED TO SAVE SPACE] ...</system_output>
<system_output timestamp="2321.343752">
fai_cd.iso 93% 1783MB 31.1MB/s 00:03 ETA</system_output>
<system_output timestamp="2322.344103">
fai_cd.iso 95% 1817MB 31.4MB/s 00:02 ETA</system_output>
<system_output timestamp="2323.344168">
fai_cd.iso 97% 1853MB 31.8MB/s 00:01 ETA</system_output>
<system_output timestamp="2324.392308">
fai_cd.iso 99% 1884MB 31.6MB/s 00:00 ETA</system_output>
<system_output timestamp="2324.893444">
fai_cd.iso 100% 1901MB 28.6MB/s 01:06
</system_output>
### TARGET LINE (Extract and Classify THIS Timestamp):
<system_output timestamp="2324.906263">[?2004hdemo@stephost:~$ </system_output> | 2324.906263, new event |
Your task is to analyze terminal XML logs and determine whether the timestamp in the TARGET LINE belongs to a "new event" or an "old event".
### DEFINITION OF A NEW EVENT:
1. **Explicit Prompts:** The very first `<user_input>` that immediately follows a shell prompt (e.g., `demo@faiserver:~$`).
2. **Phase Transitions:** In automated logs, moving from one major build stage to another (e.g., from 'fai-mirror finished' to 'Copying the nfsroot').
3. **Internal Logic:** Shifts from downloading to processing.
### WHAT IS *NOT* A NEW EVENT (OLD EVENT):
- **User Input / Keystrokes:** A user typing a command, including pressing the Enter key (a newline `\n`), is just the completion of the input phase.
- **Incomplete Tasks:** Continuous system output without a clear phase shift.
CRITICAL INSTRUCTION: You must classify ONLY the timestamp found in the "### TARGET LINE" section. Do NOT extract timestamps from the "### CONTEXT" section. Output only the timestamp and the classification. Do NOT use brackets, periods, explanations, or markdown formatting.
Output Format Example 1: 39.229814, old event
Output Format Example 2: 111.602501, new event | ### CONTEXT (Previous Events):
<system_output timestamp="1.347479">s': asciinema rec `date +%s`.rec --[7ms[27mtdin</system_output>
<user_input timestamp="1.540805">s</user_input>
<system_output timestamp="1.541147">
[C[C[C[C[C[C[C[C[C[C[C[C[C[C[C[C[C[C[C[C[20Ps': [7mss[27mh 172.16.0.17</system_output>
<user_input timestamp="1.773624">h</user_input>
<system_output timestamp="1.774024">[1@h': [7mssh[27m</system_output>
<user_input timestamp="2.361278">
</user_input>
<system_output timestamp="2.361938">... [TRUNCATED TO SAVE SPACE] ...</system_output>
<system_output timestamp="2.693661">... [TRUNCATED TO SAVE SPACE] ...</system_output>
<user_input timestamp="5.171792">f</user_input>
<user_input timestamp="5.289889">a</user_input>
<user_input timestamp="5.371054">i</user_input>
<user_input timestamp="5.491439">
</user_input>
<system_output timestamp="5.491923">
</system_output>
<system_output timestamp="5.648754">Linux faiserver 6.1.0-22-686-pae #1 SMP PREEMPT_DYNAMIC Debian 6.1.94-1 (2024-06-21) i686
Plan your installation, and FAI installs your plan.
Last login: Fri Oct 11 20:35:35 2024 from 172.16.0.1
</system_output>
### TARGET LINE (Extract and Classify THIS Timestamp):
<system_output timestamp="5.888121">[?2004h]0;demo@faiserver: ~demo@faiserver:~$ </system_output> | 5.888121, 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:~$`).
2. **Phase Transitions:** In automated logs, moving from one major build stage to another (e.g., from 'fai-mirror finished' to 'Copying the nfsroot').
3. **Internal Logic:** Shifts from downloading to processing.
### WHAT IS *NOT* A NEW EVENT (OLD EVENT):
- **User Input / Keystrokes:** A user typing a command, including pressing the Enter key (a newline `\n`), is just the completion of the input phase.
- **Incomplete Tasks:** Continuous system output without a clear phase shift.
CRITICAL INSTRUCTION: You must classify ONLY the timestamp found in the "### TARGET LINE" section. Do NOT extract timestamps from the "### CONTEXT" section. Output only the timestamp and the classification. Do NOT use brackets, periods, explanations, or markdown formatting.
Output Format Example 1: 39.229814, old event
Output Format Example 2: 111.602501, new event | ### CONTEXT (Previous Events):
<system_output timestamp="10.959129">/</system_output>
<user_input timestamp="11.304042">f</user_input>
<system_output timestamp="11.305964">f</system_output>
<user_input timestamp="11.427519">a</user_input>
<system_output timestamp="11.441962">a</system_output>
<user_input timestamp="11.510047">i</user_input>
<system_output timestamp="11.520954">i</system_output>
<user_input timestamp="11.940241">/</user_input>
<system_output timestamp="11.943476">/</system_output>
<user_input timestamp="12.311843">
</user_input>
<system_output timestamp="12.33017">
[?2004l
</system_output>
<system_output timestamp="12.33056">[?2004h]0;demo@faiserver: /home/faidemo@faiserver:/home/fai$ </system_output>
<user_input timestamp="13.174524">c</user_input>
<system_output timestamp="13.18653">c</system_output>
### TARGET LINE (Extract and Classify THIS Timestamp):
<user_input timestamp="13.37708">d</user_input> | 13.37708, 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:~$`).
2. **Phase Transitions:** In automated logs, moving from one major build stage to another (e.g., from 'fai-mirror finished' to 'Copying the nfsroot').
3. **Internal Logic:** Shifts from downloading to processing.
### WHAT IS *NOT* A NEW EVENT (OLD EVENT):
- **User Input / Keystrokes:** A user typing a command, including pressing the Enter key (a newline `\n`), is just the completion of the input phase.
- **Incomplete Tasks:** Continuous system output without a clear phase shift.
CRITICAL INSTRUCTION: You must classify ONLY the timestamp found in the "### TARGET LINE" section. Do NOT extract timestamps from the "### CONTEXT" section. Output only the timestamp and the classification. Do NOT use brackets, periods, explanations, or markdown formatting.
Output Format Example 1: 39.229814, old event
Output Format Example 2: 111.602501, new event | ### CONTEXT (Previous Events):
<user_input timestamp="16.606888">l</user_input>
<system_output timestamp="16.624869">l</system_output>
<user_input timestamp="16.748395"> </user_input>
<system_output timestamp="16.834732">ass/</system_output>
<user_input timestamp="17.283726">
</user_input>
<system_output timestamp="17.285982">
[?2004l
</system_output>
<system_output timestamp="17.286883">[?2004h]0;demo@faiserver: /home/fai/config/classdemo@faiserver:/home/fai/config/class$ </system_output>
<user_input timestamp="17.486987">l</user_input>
<system_output timestamp="17.502134">l</system_output>
<user_input timestamp="17.754832">s</user_input>
<system_output timestamp="17.768361">s</system_output>
<user_input timestamp="17.856763">
</user_input>
<system_output timestamp="17.862496">
[?2004l
</system_output>
<system_output timestamp="17.866084">[0m[01;32m10-base-classes[0m [01;32m20-hwdetect.sh[0m [01;32m50-host-classes[0m [01;32m60-HACK-FIX_INSTALL_PACKAGES[0m DEMO.var efwrserver.var FAIBASE.var GERMAN.var qemupostnwadm.var qemupostserver.var SERVERNAGIOS.var SERVERWIKI.var
</system_output>
### TARGET LINE (Extract and Classify THIS Timestamp):
<system_output timestamp="17.866755">[?2004h]0;demo@faiserver: /home/fai/config/classdemo@faiserver:/home/fai/config/class$ </system_output> | 17.866755, 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="24.547335">[K</system_output>
<user_input timestamp="24.996968">H</user_input>
<system_output timestamp="25.007433">H</system_output>
<user_input timestamp="25.328661">Y</user_input>
<system_output timestamp="25.347382">Y</system_output>
<user_input timestamp="25.719258">S</user_input>
<system_output timestamp="25.730388">S</system_output>
<user_input timestamp="26.006946"> </user_input>
<system_output timestamp="26.013191"> </system_output>
<user_input timestamp="26.439435">*</user_input>
<system_output timestamp="26.453438">*</system_output>
<user_input timestamp="26.93086">
</user_input>
<system_output timestamp="26.935888">
[?2004l
</system_output>
<system_output timestamp="27.066423">50-host-classes: echo -n "HWPHYS ";
50-host-classes: echo -n "JADMIN DEVHOST SERVERFTP SERVERDHCP SERVERDHCPBOOT SERVERDNS HWPHYS SERVERSNMP SERVERWWW SERVERWWWMRTG SERVERQEMU SERVERQEMUDEV SERVERCREATEVM SERVERCREATEVMDEV SERVERWWWCREATEVM" ;;
</system_output>
### TARGET LINE (Extract and Classify THIS Timestamp):
<system_output timestamp="27.093525">[?2004h]0;demo@faiserver: /home/fai/config/classdemo@faiserver:/home/fai/config/class$ </system_output> | 27.093525, 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="53.940978">
[33mhow th[39;49m
[1m[36mh[0m[39;49m[41;7H[1m[34mh[0m[39;49m
[1m[34mh[0m[39;49m
[33mhe h[39;49m
[33mH[39;49m[49;19H[1m[34mho[0m[39;49m -n [32m"JADMIN DEVH[39;49m[50;13Hh[51;19H[1m[34mho[0m[39;49m -n [32m"JADMIN DEVHOST SERVERFTP SERVERDHCP SERVERDHCPBOOT SERVERDNS [39;49m[32m[46mHW[39;49m[32mPH[39;49m</system_output>
<system_output timestamp="53.942232">[53;19H[1m[34mh[0m[39;49m
[1m[34mh[0m[39;49m
[1m[34mho[0m[39;49m -n [32m"JADMIN SERVERSNMP SERVERMYSQL SERVERWWW SERVERWWWSSL SERVERWWWPH[39;49m[59;19H[1m[34mho[0m[39;49m -n [32m"JADMIN SERVERSNMP SERVERMYSQL SERVERWWW SERVERWWWSSL SERVERWWWPH[39;49m[61;19H[1m[34mho[0m[39;49m -n [32m"JADMIN JUSER H[39;49m[63;19H[1m[34mho[0m[39;49m -n [32m"JADMIN DEVHOST JUSER SERVERSNMP GIFTDEV SERVERGIFT SERVERWWW SERVERWWWPH[39;49m[65;19H[1m[34mho[0m[39;49m -n [32m"JADMIN DEVHOST SERVERSNMP SERVERMYSQL SERVERWWW SERVERWWWPH[39;49m[67;19H[1m[34mho[0m[39;49m -n [32m"JADMIN SERVERSNMP SERVERMYSQL SERVERWWW SERVERWWWSSL SERVERWWWPH[39;49m[69;19H[1m[34mh[0m[39;49m</system_output>
<system_output timestamp="53.943224">
[1m[34mh[0m[39;49m[72;13Hh[73;19H[1m[34mh[0m[39;49m[74;13Hh[75;19H[1m[34mh[0m[39;49m
h
[C[C[1m[34mho[0m[39;49m -n [32m"JADMIN DEVH[39;49m[78;13Hh[79;19H[1m[34mho[0m[39;49m -n [32m"JADMIN XORG JUSER H[39;49m[81;19H[1m[34mho[0m[39;49m -n [32m"JADMIN XORG H[39;49m[82;12Hh[83;19H[1m[34mho[0m[39;49m -n [32m"JADMIN XORG JUSER H[39;49m[85;19H[1m[34mho[0m[39;49m -n [32m"JADMIN XORG H[39;49m[86;13Hh[87;19H[1m[34mh[0m[39;49m[88;13Hh[89;19H[1m[34mho[0m[39;49m -n [32m"JADMIN XORG HOSTSTEP QEMUDEV JUSER SERVERWIKI SERVERWWW SERVERWWWPHP5 DEVH[39;49m[92;29H[33mh[39;49m[93;3H[1m[34mh[0m[39;49m
[33mh[39;49m[99;19H[33mh[39;49m
[33mho -n "JADMIN SERVERSNMP SERVERMYSQL SERVERWWW SERVERWWWPH[39;49m[103;19H[33mh[39;49m</system_output>
<system_output timestamp="53.943546">
[33mho -n "JADMIN SERVERSNMP SERVERMYSQL SERVERWWW SERVERWWWSSL SERVERWWWPHP5 DEVH[39;49m[107;19H[33mho -n "JADMIN DEVHOST SERVERWWW OPENWRTDEV SERVERDNS SERVERSQUID SERVERPGSQL SERVERWIFIDOG SERVERMAIL SERVERDH[39;49m
[33mh[39;49m[24;24H[?12l[?25h[?12;25h</system_output>
<user_input timestamp="53.994423">p</user_input>
<system_output timestamp="54.005973">... [TRUNCATED TO SAVE SPACE] ...</system_output>
<system_output timestamp="54.006296">... [TRUNCATED TO SAVE SPACE] ...</system_output>
<system_output timestamp="54.034078">... [TRUNCATED TO SAVE SPACE] ...</system_output>
<system_output timestamp="54.034456">... [TRUNCATED TO SAVE SPACE] ...</system_output>
<system_output timestamp="54.082218">[33;18H[?25l[32mHW[39;49m
[32mHW[39;49m[51;89H[32m[46mP[39;49m[24;25H[?12l[?25h[?12;25h</system_output>
<user_input timestamp="54.436457">d</user_input>
<system_output timestamp="54.440472">[110;14H[?25ld [?12l[?25h[?12;25h</system_output>
<system_output timestamp="54.440726"/>
<system_output timestamp="54.441673">
[?25l[36mFailing I-search: [39;49mhwp[41md[39;49m[24;25H[?12l[?25h[?12;25h</system_output>
### TARGET LINE (Extract and Classify THIS Timestamp):
<system_output timestamp="54.472357">[51;87H[?25l[32mHWP[39;49m</system_output> | 54.472357, 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="59.207565">[?25l[1P[?12l[?25h[?12;25h</system_output>
<user_input timestamp="59.403218"></user_input>
<system_output timestamp="59.415072">[?25l[1P[?12l[?25h[?12;25h</system_output>
<user_input timestamp="59.562762"></user_input>
<system_output timestamp="59.579526">[?25l[1P[?12l[?25h[?12;25h</system_output>
<user_input timestamp="60.164273"/>
<user_input timestamp="60.422868"/>
<system_output timestamp="60.432949">[110;1H[?25lSaving file /home/fai/config/class/50-host-classes...[51;87H[?12l[?25h[?12;25h</system_output>
<system_output timestamp="60.498591">[110;1H[?25lWrote /home/fai/config/class/50-host-classes[K[51;87H[?12l[?25h[?12;25h</system_output>
<system_output timestamp="60.51306">[109;6H[?25l[7m----F1 [0m[39;49m[27m[7m[1m50-host-classes[0m[39;49m[27m[7m Top L50 [0m[39;49m[27m[7mGit:[0m[39;49m[27m[51;87H[?12l[?25h[?12;25h</system_output>
<user_input timestamp="60.784851"/>
<system_output timestamp="60.805779">[110;1H[K[51;87H</system_output>
<user_input timestamp="61.169551"/>
<system_output timestamp="61.180858">[110;1H[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="61.511655">[?2004h]0;demo@faiserver: /home/fai/config/classdemo@faiserver:/home/fai/config/class$ </system_output> | 61.511655, 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="152.765542">d</user_input>
<system_output timestamp="152.77933">d</system_output>
<user_input timestamp="152.923743">i</user_input>
<system_output timestamp="152.935338">i</system_output>
<user_input timestamp="153.06313">f</user_input>
<system_output timestamp="153.072011">... [TRUNCATED TO SAVE SPACE] ...</system_output>
<user_input timestamp="153.202125">f</user_input>
<system_output timestamp="153.210288">... [TRUNCATED TO SAVE SPACE] ...</system_output>
<user_input timestamp="153.419154">
</user_input>
<system_output timestamp="153.430006">
[?2004l
</system_output>
<system_output timestamp="153.441329">sudo: unable to resolve host faiserver: Name or service not known
</system_output>
<system_output timestamp="153.595249">[?1h=
</system_output>
<system_output timestamp="153.655442">[1mdiff --git a/class/50-host-classes b/class/50-host-classes[m[m
[1mindex 956cec0..15045cd 100755[m[m
[1m--- a/class/50-host-classes[m[m
[1m+++ b/class/50-host-classes[m[m
[36m@@ -47,7 +47,7 @@[m [mcase $HOSTNAME in[m[m
faiserver)[m[m
echo -n "JADMIN DEVHOST SERVERFAI JUSER" ;;[m[m
qemuhost)[m[m
[31m- echo -n "JADMIN DEVHOST SERVERFTP SERVERDHCP SERVERDHCPBOOT SERVERDNS HWPHYS SERVERSNMP SERVERWWW SERVERWWWMRTG SERVERQEMU SERVERQEMUDEV SERVERCREATEVM SERVERCREATEVMDEV SERVERWWWCREATEVM" ;;[m[m
[32m+[m [32mecho -n "JADMIN DEVHOST SERVERFTP SERVERDHCP SERVERDHCPBOOT SERVERDNS SERVERSNMP SERVERWWW SERVERWWWMRTG SERVERQEMU SERVERQEMUDEV SERVERCREATEVM SERVERCREATEVMDEV SERVERWWWCREATEVM" ;;[m[m
wikiserver)[m[m
echo -n "JADMIN JUSER SERVERSNMP SERVERWIKI SERVERWWW" ;;[m[m
awikiserver)[m[m
</system_output>
<system_output timestamp="153.677404">
[K[?1l></system_output>
### TARGET LINE (Extract and Classify THIS Timestamp):
<system_output timestamp="153.681264">[?2004h]0;demo@faiserver: /home/fai/config/classdemo@faiserver:/home/fai/config/class$ </system_output> | 153.681264, 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="180.495224">a</system_output>
<user_input timestamp="180.796911">y</user_input>
<system_output timestamp="180.814404">y</system_output>
<user_input timestamp="181.072065">s</user_input>
<system_output timestamp="181.076435">s</system_output>
<user_input timestamp="181.186497">.</user_input>
<system_output timestamp="181.197381">.</system_output>
<user_input timestamp="181.513741">'</user_input>
<system_output timestamp="181.520722">'</system_output>
<user_input timestamp="182.062418">
</user_input>
<system_output timestamp="182.06641">
[?2004l
</system_output>
<system_output timestamp="182.075626">sudo: unable to resolve host faiserver: Name or service not known
</system_output>
<system_output timestamp="182.467943">[master 8b7e506] remove redundant HWPHYS class declaration; detected nowadays.
</system_output>
<system_output timestamp="182.468868"> 1 file changed, 1 insertion(+), 1 deletion(-)
</system_output>
### TARGET LINE (Extract and Classify THIS Timestamp):
<system_output timestamp="182.473111">[?2004h]0;demo@faiserver: /home/fai/config/classdemo@faiserver:/home/fai/config/class$ </system_output> | 182.473111, 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="428.98073">4</system_output>
<user_input timestamp="429.428747">0</user_input>
<system_output timestamp="429.442256">0</system_output>
<user_input timestamp="430.049809">-</user_input>
<system_output timestamp="430.055228">-</system_output>
<user_input timestamp="430.379833">m</user_input>
<system_output timestamp="430.391069">... [TRUNCATED TO SAVE SPACE] ...</system_output>
<user_input timestamp="430.503356">i</user_input>
<system_output timestamp="430.516751">... [TRUNCATED TO SAVE SPACE] ...</system_output>
<user_input timestamp="430.773174"> </user_input>
<system_output timestamp="430.800733">sc.sh </system_output>
<user_input timestamp="431.183567">
</user_input>
<system_output timestamp="431.192325">
[?2004l
</system_output>
<system_output timestamp="431.251259">#!/bin/bash
# 40-misc.sh
#
# drop-in replacement for 40-misc cfengine script. cfengine sucks.
... [TRUNCATED 61 LINES] ...
}
fi
}
fi
</system_output>
### TARGET LINE (Extract and Classify THIS Timestamp):
<system_output timestamp="431.252198">[?2004h]0;demo@faiserver: /home/fai/config/scripts/FAIBASEdemo@faiserver:/home/fai/config/scripts/FAIBASE$ </system_output> | 431.252198, 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:~$`).
2. **Phase Transitions:** In automated logs, moving from one major build stage to another (e.g., from 'fai-mirror finished' to 'Copying the nfsroot').
3. **Internal Logic:** Shifts from downloading to processing.
### WHAT IS *NOT* A NEW EVENT (OLD EVENT):
- **User Input / Keystrokes:** A user typing a command, including pressing the Enter key (a newline `\n`), is just the completion of the input phase.
- **Incomplete Tasks:** Continuous system output without a clear phase shift.
CRITICAL INSTRUCTION: You must classify ONLY the timestamp found in the "### TARGET LINE" section. Do NOT extract timestamps from the "### CONTEXT" section. Output only the timestamp and the classification. Do NOT use brackets, periods, explanations, or markdown formatting.
Output Format Example 1: 39.229814, old event
Output Format Example 2: 111.602501, new event | ### CONTEXT (Previous Events):
<system_output timestamp="535.581011">[?25l[1m[36melse[0m[39;49m
[?12l[?25h[?12;25h</system_output>
<user_input timestamp="536.089415">#</user_input>
<system_output timestamp="536.118501">[?25l[33m#else die "$target/etc/default/rcS not found!" [39;49m
[A[C[?12l[?25h[?12;25h</system_output>
<user_input timestamp="536.31869">OB</user_input>
<system_output timestamp="536.345264">[55;35H[?25l[7m5[0m[39;49m[27m[36;2H[?12l[?25h[?12;25h</system_output>
<system_output timestamp="536.488046">[?25l[1m[37m[45mfi[0m[39;49m[?12l[?25h[?12;25h</system_output>
<user_input timestamp="536.714827">OD</user_input>
<system_output timestamp="536.724414"/>
<system_output timestamp="536.863179">[?25l[1m[36mfi[0m[39;49m
[?12l[?25h[?12;25h</system_output>
<user_input timestamp="537.363999">#</user_input>
<system_output timestamp="537.37784">[?25l[33m#fi [39;49m
[A[C[?12l[?25h[?12;25h</system_output>
<user_input timestamp="537.764303">OA</user_input>
<system_output timestamp="537.790101">[55;35H[?25l[7m4[0m[39;49m[27m[35;2H[?12l[?25h[?12;25h</system_output>
<user_input timestamp="537.974345">OA</user_input>
### TARGET LINE (Extract and Classify THIS Timestamp):
<system_output timestamp="537.985644">[55;35H[?25l[7m3[0m[39;49m[27m[34;2H[?12l[?25h[?12;25h</system_output> | 537.985644, 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="538.165068">OA</user_input>
<system_output timestamp="538.185799">[55;35H[?25l[7m2[0m[39;49m[27m[33;2H[?12l[?25h[?12;25h</system_output>
<user_input timestamp="538.395331">OA</user_input>
<system_output timestamp="538.407794">[55;35H[?25l[7m1[0m[39;49m[27m[32;2H[?12l[?25h[?12;25h</system_output>
<user_input timestamp="538.581547">OA</user_input>
<system_output timestamp="538.591808">[55;35H[?25l[7m0[0m[39;49m[27m[31;2H[?12l[?25h[?12;25h</system_output>
<user_input timestamp="538.81545">OA</user_input>
<system_output timestamp="538.835317">[55;34H[?25l[7m29[0m[39;49m[27m[30;2H[?12l[?25h[?12;25h</system_output>
<user_input timestamp="539.025438">OA</user_input>
<system_output timestamp="539.032892">[55;35H[?25l[7m8[0m[39;49m[27m[29;1H[?12l[?25h[?12;25h</system_output>
<user_input timestamp="539.404601">
</user_input>
<system_output timestamp="539.442722">[1;54r[30;1H[1L[1;110r</system_output>
<system_output timestamp="539.443313">[30;1H[K[55;35H[?25l[7m9[0m[39;49m[27m[30;1H[?12l[?25h[?12;25h</system_output>
<user_input timestamp="540.076771">#</user_input>
### TARGET LINE (Extract and Classify THIS Timestamp):
<system_output timestamp="540.093542">[?25l[33m# [39;49m
[A[C[?12l[?25h[?12;25h</system_output> | 540.093542, 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="549.22393">S</user_input>
<system_output timestamp="549.241095">[?25l[33mS [39;49m[?12l[?25h[?12;25h</system_output>
<user_input timestamp="549.498101"> </user_input>
<system_output timestamp="549.52295">[C[?25l[33m [39;49m[?12l[?25h[?12;25h</system_output>
<user_input timestamp="549.755657">d</user_input>
<system_output timestamp="549.76807">[?25l[33md [39;49m[?12l[?25h[?12;25h</system_output>
<user_input timestamp="549.854334">o</user_input>
<system_output timestamp="549.869284">[?25l[33mo [39;49m[?12l[?25h[?12;25h</system_output>
<user_input timestamp="550.053833">e</user_input>
<system_output timestamp="550.074006">[?25l[33me [39;49m[?12l[?25h[?12;25h</system_output>
<user_input timestamp="550.444863">s</user_input>
<system_output timestamp="550.458951">[?25l[33ms [39;49m[?12l[?25h[?12;25h</system_output>
<user_input timestamp="550.50406"> </user_input>
<system_output timestamp="550.518639"> [?25l[33m [39;49m[?12l[?25h[?12;25h</system_output>
### TARGET LINE (Extract and Classify THIS Timestamp):
<user_input timestamp="550.822715">n</user_input> | 550.822715, 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="553.928688">r</user_input>
<system_output timestamp="553.94927">[?25l[33mr [39;49m[?12l[?25h[?12;25h</system_output>
<user_input timestamp="554.067346">e</user_input>
<system_output timestamp="554.091744">[?25l[33me [39;49m[?12l[?25h[?12;25h</system_output>
<user_input timestamp="554.303366">.</user_input>
<system_output timestamp="554.315096">[?25l[33m. [39;49m[?12l[?25h[?12;25h</system_output>
<user_input timestamp="554.974468"/>
<user_input timestamp="555.31162"/>
<system_output timestamp="555.324424">[110;1H[?25lSaving file /home/fai/config/scripts/FAIBASE/40-misc.sh...[30;43H[?12l[?25h[?12;25h</system_output>
<system_output timestamp="555.356153">[110;1H[?25lWrote /home/fai/config/scripts/FAIBASE/40-misc.sh[K[30;43H[?12l[?25h[?12;25h</system_output>
<system_output timestamp="555.379065">[55;6H[?25l[7m%%--F1 [0m[39;49m[27m[7m[1m40-misc.sh [0m[39;49m[27m[7m Top L29 [0m[39;49m[27m[7mGit:[0m[39;49m[27m[30d[?12l[?25h[?12;25h</system_output>
<user_input timestamp="555.667228"/>
<system_output timestamp="555.690466">[110;1H[K[30;43H</system_output>
<user_input timestamp="556.25701"/>
### TARGET LINE (Extract and Classify THIS Timestamp):
<system_output timestamp="556.269797">[110;1H[K[?1004l[?2004l[>4m[?1l>[?12l[?25h[?1049l[23;0;0t[39;49m
</system_output> | 556.269797, 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="553.94927">[?25l[33mr [39;49m[?12l[?25h[?12;25h</system_output>
<user_input timestamp="554.067346">e</user_input>
<system_output timestamp="554.091744">[?25l[33me [39;49m[?12l[?25h[?12;25h</system_output>
<user_input timestamp="554.303366">.</user_input>
<system_output timestamp="554.315096">[?25l[33m. [39;49m[?12l[?25h[?12;25h</system_output>
<user_input timestamp="554.974468"/>
<user_input timestamp="555.31162"/>
<system_output timestamp="555.324424">[110;1H[?25lSaving file /home/fai/config/scripts/FAIBASE/40-misc.sh...[30;43H[?12l[?25h[?12;25h</system_output>
<system_output timestamp="555.356153">[110;1H[?25lWrote /home/fai/config/scripts/FAIBASE/40-misc.sh[K[30;43H[?12l[?25h[?12;25h</system_output>
<system_output timestamp="555.379065">[55;6H[?25l[7m%%--F1 [0m[39;49m[27m[7m[1m40-misc.sh [0m[39;49m[27m[7m Top L29 [0m[39;49m[27m[7mGit:[0m[39;49m[27m[30d[?12l[?25h[?12;25h</system_output>
<user_input timestamp="555.667228"/>
<system_output timestamp="555.690466">[110;1H[K[30;43H</system_output>
<user_input timestamp="556.25701"/>
<system_output timestamp="556.269797">[110;1H[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="556.280463">[?2004h]0;demo@faiserver: /home/fai/config/scripts/FAIBASEdemo@faiserver:/home/fai/config/scripts/FAIBASE$ </system_output> | 556.280463, 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="614.405211">r</system_output>
<user_input timestamp="614.845111">c</user_input>
<system_output timestamp="614.855104">c</system_output>
<user_input timestamp="615.420034">S</user_input>
<system_output timestamp="615.436077">S</system_output>
<user_input timestamp="615.839593">.</user_input>
<system_output timestamp="615.848319">.</system_output>
<user_input timestamp="616.135147">'</user_input>
<system_output timestamp="616.142427">'</system_output>
<user_input timestamp="617.528315">
</user_input>
<system_output timestamp="617.540561">
[?2004l
</system_output>
<system_output timestamp="617.552728">sudo: unable to resolve host faiserver: Name or service not known
</system_output>
<system_output timestamp="617.805671">[master cdc53d4] remove reference to no longer existing /etc/default/rcS.
</system_output>
<system_output timestamp="617.806154"> 1 file changed, 8 insertions(+), 7 deletions(-)
</system_output>
### TARGET LINE (Extract and Classify THIS Timestamp):
<system_output timestamp="617.810546">[?2004h]0;demo@faiserver: /home/fai/config/scripts/FAIBASEdemo@faiserver:/home/fai/config/scripts/FAIBASE$ </system_output> | 617.810546, 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:~$`).
2. **Phase Transitions:** In automated logs, moving from one major build stage to another (e.g., from 'fai-mirror finished' to 'Copying the nfsroot').
3. **Internal Logic:** Shifts from downloading to processing.
### WHAT IS *NOT* A NEW EVENT (OLD EVENT):
- **User Input / Keystrokes:** A user typing a command, including pressing the Enter key (a newline `\n`), is just the completion of the input phase.
- **Incomplete Tasks:** Continuous system output without a clear phase shift.
CRITICAL INSTRUCTION: You must classify ONLY the timestamp found in the "### TARGET LINE" section. Do NOT extract timestamps from the "### CONTEXT" section. Output only the timestamp and the classification. Do NOT use brackets, periods, explanations, or markdown formatting.
Output Format Example 1: 39.229814, old event
Output Format Example 2: 111.602501, new event | ### CONTEXT (Previous Events):
<user_input timestamp="633.643559">H</user_input>
<system_output timestamp="633.656567">H</system_output>
<user_input timestamp="633.850679"> </user_input>
<system_output timestamp="633.860477">CP</system_output>
<user_input timestamp="634.780302">
</user_input>
<system_output timestamp="634.79414">
[?2004l
</system_output>
<system_output timestamp="634.794891">[?2004h]0;demo@faiserver: /home/fai/config/scripts/SERVERDHCPdemo@faiserver:/home/fai/config/scripts/SERVERDHCP$ </system_output>
<user_input timestamp="635.338333">l</user_input>
<system_output timestamp="635.351143">l</system_output>
<user_input timestamp="635.602897">s</user_input>
<system_output timestamp="635.610865">s</system_output>
<user_input timestamp="635.81187">
</user_input>
<system_output timestamp="635.832672">
[?2004l
</system_output>
<system_output timestamp="635.836766">[0m[01;32m60-dhcpd[0m
</system_output>
### TARGET LINE (Extract and Classify THIS Timestamp):
<system_output timestamp="635.83766">[?2004h]0;demo@faiserver: /home/fai/config/scripts/SERVERDHCPdemo@faiserver:/home/fai/config/scripts/SERVERDHCP$ </system_output> | 635.83766, 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:~$`).
2. **Phase Transitions:** In automated logs, moving from one major build stage to another (e.g., from 'fai-mirror finished' to 'Copying the nfsroot').
3. **Internal Logic:** Shifts from downloading to processing.
### WHAT IS *NOT* A NEW EVENT (OLD EVENT):
- **User Input / Keystrokes:** A user typing a command, including pressing the Enter key (a newline `\n`), is just the completion of the input phase.
- **Incomplete Tasks:** Continuous system output without a clear phase shift.
CRITICAL INSTRUCTION: You must classify ONLY the timestamp found in the "### TARGET LINE" section. Do NOT extract timestamps from the "### CONTEXT" section. Output only the timestamp and the classification. Do NOT use brackets, periods, explanations, or markdown formatting.
Output Format Example 1: 39.229814, old event
Output Format Example 2: 111.602501, new event | ### CONTEXT (Previous Events):
<system_output timestamp="635.83766">[?2004h]0;demo@faiserver: /home/fai/config/scripts/SERVERDHCPdemo@faiserver:/home/fai/config/scripts/SERVERDHCP$ </system_output>
<user_input timestamp="636.729566">c</user_input>
<system_output timestamp="636.745693">c</system_output>
<user_input timestamp="636.89184">a</user_input>
<system_output timestamp="636.904696">a</system_output>
<user_input timestamp="637.033411">t</user_input>
<system_output timestamp="637.041501">t</system_output>
<user_input timestamp="637.137797"> </user_input>
<system_output timestamp="637.142106"> </system_output>
<user_input timestamp="637.632909"> </user_input>
<system_output timestamp="637.648512">60-dhcpd </system_output>
<user_input timestamp="637.982755">
</user_input>
<system_output timestamp="637.995584">
[?2004l
</system_output>
<system_output timestamp="638.000001">#! /bin/bash
# dhcp configurations
fcopy -Bv /etc/dhcp/dhcpd.conf
</system_output>
### TARGET LINE (Extract and Classify THIS Timestamp):
<system_output timestamp="638.001261">[?2004h]0;demo@faiserver: /home/fai/config/scripts/SERVERDHCPdemo@faiserver:/home/fai/config/scripts/SERVERDHCP$ </system_output> | 638.001261, 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:~$`).
2. **Phase Transitions:** In automated logs, moving from one major build stage to another (e.g., from 'fai-mirror finished' to 'Copying the nfsroot').
3. **Internal Logic:** Shifts from downloading to processing.
### WHAT IS *NOT* A NEW EVENT (OLD EVENT):
- **User Input / Keystrokes:** A user typing a command, including pressing the Enter key (a newline `\n`), is just the completion of the input phase.
- **Incomplete Tasks:** Continuous system output without a clear phase shift.
CRITICAL INSTRUCTION: You must classify ONLY the timestamp found in the "### TARGET LINE" section. Do NOT extract timestamps from the "### CONTEXT" section. Output only the timestamp and the classification. Do NOT use brackets, periods, explanations, or markdown formatting.
Output Format Example 1: 39.229814, old event
Output Format Example 2: 111.602501, new event | ### CONTEXT (Previous Events):
<system_output timestamp="637.995584">
[?2004l
</system_output>
<system_output timestamp="638.000001">#! /bin/bash
# dhcp configurations
fcopy -Bv /etc/dhcp/dhcpd.conf
</system_output>
<system_output timestamp="638.001261">[?2004h]0;demo@faiserver: /home/fai/config/scripts/SERVERDHCPdemo@faiserver:/home/fai/config/scripts/SERVERDHCP$ </system_output>
<user_input timestamp="640.747567">l</user_input>
<system_output timestamp="640.74961">l</system_output>
<user_input timestamp="641.080331">s</user_input>
<system_output timestamp="641.08713">s</system_output>
<user_input timestamp="641.204738"> </user_input>
<system_output timestamp="641.225257"> </system_output>
<user_input timestamp="641.4686">.</user_input>
<system_output timestamp="641.485974">.</system_output>
<user_input timestamp="641.634956">.</user_input>
<system_output timestamp="641.64675">.</system_output>
<user_input timestamp="641.797411">/</user_input>
### TARGET LINE (Extract and Classify THIS Timestamp):
<system_output timestamp="641.807052">/</system_output> | 641.807052, 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:~$`).
2. **Phase Transitions:** In automated logs, moving from one major build stage to another (e.g., from 'fai-mirror finished' to 'Copying the nfsroot').
3. **Internal Logic:** Shifts from downloading to processing.
### WHAT IS *NOT* A NEW EVENT (OLD EVENT):
- **User Input / Keystrokes:** A user typing a command, including pressing the Enter key (a newline `\n`), is just the completion of the input phase.
- **Incomplete Tasks:** Continuous system output without a clear phase shift.
CRITICAL INSTRUCTION: You must classify ONLY the timestamp found in the "### TARGET LINE" section. Do NOT extract timestamps from the "### CONTEXT" section. Output only the timestamp and the classification. Do NOT use brackets, periods, explanations, or markdown formatting.
Output Format Example 1: 39.229814, old event
Output Format Example 2: 111.602501, new event | ### CONTEXT (Previous Events):
<user_input timestamp="648.564291">
</user_input>
<system_output timestamp="648.583327">
[?2004l
</system_output>
<system_output timestamp="648.587822">[0m[01;34mdhcpd.conf[0m
</system_output>
<system_output timestamp="648.58861">[?2004h]0;demo@faiserver: /home/fai/config/scripts/SERVERDHCPdemo@faiserver:/home/fai/config/scripts/SERVERDHCP$ </system_output>
<user_input timestamp="649.647518">[A</user_input>
<system_output timestamp="649.666661">ls ../../files/etc/dhcp/</system_output>
<user_input timestamp="650.141635">d</user_input>
<system_output timestamp="650.156491">d</system_output>
<user_input timestamp="650.430194"> </user_input>
<system_output timestamp="650.457259">hcpd.conf/</system_output>
<user_input timestamp="650.942229">
</user_input>
<system_output timestamp="650.961112">
</system_output>
<system_output timestamp="650.961665">[?2004l
</system_output>
<system_output timestamp="650.966153">QEMUSRVR SERVERWIFIDOG
</system_output>
### TARGET LINE (Extract and Classify THIS Timestamp):
<system_output timestamp="650.967109">[?2004h]0;demo@faiserver: /home/fai/config/scripts/SERVERDHCPdemo@faiserver:/home/fai/config/scripts/SERVERDHCP$ </system_output> | 650.967109, 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="690.25874">a</system_output>
<user_input timestamp="690.526947">t</user_input>
<system_output timestamp="690.544354">t</system_output>
<user_input timestamp="690.68208"> </user_input>
<system_output timestamp="690.685937"> </system_output>
<user_input timestamp="690.973169">.</user_input>
<system_output timestamp="690.991394">.</system_output>
<user_input timestamp="691.147716">.</user_input>
<system_output timestamp="691.153052">.</system_output>
<user_input timestamp="691.266101">/</user_input>
<system_output timestamp="691.277126">/</system_output>
<user_input timestamp="691.483484">.</user_input>
<system_output timestamp="691.500127">.</system_output>
<user_input timestamp="691.680324">.</user_input>
### TARGET LINE (Extract and Classify THIS Timestamp):
<system_output timestamp="691.6825">.</system_output> | 691.6825, 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="699.292424">M</user_input>
<system_output timestamp="699.308987">M</system_output>
<user_input timestamp="699.435888">U</user_input>
<system_output timestamp="699.454202">U</system_output>
<user_input timestamp="699.824884">S</user_input>
<system_output timestamp="699.839783">... [TRUNCATED TO SAVE SPACE] ...</system_output>
<user_input timestamp="700.148844">R</user_input>
<system_output timestamp="700.16829">... [TRUNCATED TO SAVE SPACE] ...</system_output>
<user_input timestamp="700.456839"> </user_input>
<system_output timestamp="700.485362">VR </system_output>
<user_input timestamp="700.988656">
</user_input>
<system_output timestamp="701.008009">
[?2004l
</system_output>
<system_output timestamp="701.012619">#
# Sample configuration file for ISC dhcpd for Debian
#
# $Id: dhcpd.conf,v 1.1.1.1 2002/05/21 00:07:44 peloy Exp $
#
... [TRUNCATED 95 LINES] ...
# Hosts which require special configuration options can be listed in
# host statements. If no address is specified, the address will be
# allocated dynamically (if possible), but the host-specific information
</system_output>
<system_output timestamp="701.013577"># will still come from the host declaration.
#host passacaglia {
# hardware ethernet 0:0:c0:5d:bd:95;
# filename "vmunix.passacaglia";
... [TRUNCATED 36 LINES] ...
# deny members of "foo";
# range 10.0.29.10 10.0.29.230;
# }
#}
</system_output>
### TARGET LINE (Extract and Classify THIS Timestamp):
<system_output timestamp="701.014362">[?2004h]0;demo@faiserver: /home/fai/config/scripts/SERVERDHCPdemo@faiserver:/home/fai/config/scripts/SERVERDHCP$ </system_output> | 701.014362, 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="724.397959">e</user_input>
<system_output timestamp="724.408454">e</system_output>
<user_input timestamp="724.670366">s</user_input>
<system_output timestamp="724.684335">s</system_output>
<user_input timestamp="724.878864">s</user_input>
<system_output timestamp="724.883118">... [TRUNCATED TO SAVE SPACE] ...</system_output>
<user_input timestamp="725.023598">
</user_input>
<system_output timestamp="725.04065">... [TRUNCATED TO SAVE SPACE] ...</system_output>
<system_output timestamp="725.153277">... [TRUNCATED TO SAVE SPACE] ...</system_output>
<system_output timestamp="725.15429">#
# Sample configuration file for ISC dhcpd for Debian
#
# $Id: dhcpd.conf,v 1.1.1.1 2002/05/21 00:07:44 peloy Exp $
#
... [TRUNCATED 20 LINES] ...
# Use this to send dhcp log messages to a different log file (you also
# have to hack syslog.conf to complete the redirection).
log-facility local7;
# No service will be given on this subnet, but declari</system_output>
<system_output timestamp="725.154932">ng it helps the
# DHCP server to understand the network topology.
subnet 192.168.1.0 netmask 255.255.255.0 {
}
... [TRUNCATED 34 LINES] ...
option domain-name-servers 172.16.13.20;
}
host mechelle {
hardware ethernet 00</system_output>
<system_output timestamp="725.155997">:01:29:08:2D:5F;
fixed-address 172.16.13.2;
}
#subnet 10.254.239.0 netmask 255.255.255.224 {
... [TRUNCATED 28 LINES] ...
#host passacaglia {
# hardware ethernet 0:0:c0:5d:bd:95;
# filename "vmunix.passacaglia";
:[K</system_output>
<user_input timestamp="902.021016">q</user_input>
<system_output timestamp="902.076905">
[K[?1l>[?1049l[23;0;0t</system_output>
### TARGET LINE (Extract and Classify THIS Timestamp):
<system_output timestamp="902.077825">[?2004h]0;demo@faiserver: /home/fai/config/scripts/SERVERDHCPdemo@faiserver:/home/fai/config/scripts/SERVERDHCP$ </system_output> | 902.077825, 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="906.460118">[C</system_output>
<user_input timestamp="906.80792"></user_input>
<system_output timestamp="906.811284">[1P</system_output>
<user_input timestamp="906.983101"></user_input>
<system_output timestamp="906.988556">[1P</system_output>
<user_input timestamp="907.178834"></user_input>
<system_output timestamp="907.185769">[1P</system_output>
<user_input timestamp="908.236663">s</user_input>
<system_output timestamp="908.245289">[1@s</system_output>
<user_input timestamp="908.31578">u</user_input>
<system_output timestamp="908.324002">[1@u</system_output>
<user_input timestamp="908.453265">d</user_input>
<system_output timestamp="908.462604">[1@d</system_output>
<user_input timestamp="908.530628">o</user_input>
### TARGET LINE (Extract and Classify THIS Timestamp):
<system_output timestamp="908.539813">[1@o</system_output> | 908.539813, 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="912.520301"></user_input>
<system_output timestamp="912.535443">[K</system_output>
<user_input timestamp="912.697602"></user_input>
<system_output timestamp="912.710989">[K</system_output>
<user_input timestamp="912.874141"></user_input>
<system_output timestamp="912.888008">[K</system_output>
<user_input timestamp="913.029316"></user_input>
<system_output timestamp="913.04401">[K</system_output>
<user_input timestamp="913.641049"></user_input>
<system_output timestamp="913.651767">[K</system_output>
<user_input timestamp="914.67006">
</user_input>
<system_output timestamp="914.691033">
[?2004l
</system_output>
<system_output timestamp="914.702166">sudo: unable to resolve host faiserver: Name or service not known
</system_output>
<system_output timestamp="914.836652">rm 'files/etc/dhcp/dhcpd.conf/QEMUSRVR'
</system_output>
### TARGET LINE (Extract and Classify THIS Timestamp):
<system_output timestamp="914.842822">[?2004h]0;demo@faiserver: /home/fai/config/scripts/SERVERDHCPdemo@faiserver:/home/fai/config/scripts/SERVERDHCP$ </system_output> | 914.842822, 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:~$`).
2. **Phase Transitions:** In automated logs, moving from one major build stage to another (e.g., from 'fai-mirror finished' to 'Copying the nfsroot').
3. **Internal Logic:** Shifts from downloading to processing.
### WHAT IS *NOT* A NEW EVENT (OLD EVENT):
- **User Input / Keystrokes:** A user typing a command, including pressing the Enter key (a newline `\n`), is just the completion of the input phase.
- **Incomplete Tasks:** Continuous system output without a clear phase shift.
CRITICAL INSTRUCTION: You must classify ONLY the timestamp found in the "### TARGET LINE" section. Do NOT extract timestamps from the "### CONTEXT" section. Output only the timestamp and the classification. Do NOT use brackets, periods, explanations, or markdown formatting.
Output Format Example 1: 39.229814, old event
Output Format Example 2: 111.602501, new event | ### CONTEXT (Previous Events):
<system_output timestamp="933.817694">[K</system_output>
<user_input timestamp="934.367332">[A</user_input>
<system_output timestamp="934.369575">[10Pls ../../files/etc/dhcp/dhcpd.conf/</system_output>
<user_input timestamp="935.812032">
</user_input>
<system_output timestamp="935.820358">
[?2004l
</system_output>
<system_output timestamp="935.823604">SERVERWIFIDOG
</system_output>
<system_output timestamp="935.82468">[?2004h]0;demo@faiserver: /home/fai/config/scripts/SERVERDHCPdemo@faiserver:/home/fai/config/scripts/SERVERDHCP$ </system_output>
<user_input timestamp="939.982273">l</user_input>
<system_output timestamp="939.984205">l</system_output>
<user_input timestamp="940.239042">s</user_input>
<system_output timestamp="940.257485">s</system_output>
<user_input timestamp="940.450414">
</user_input>
<system_output timestamp="940.463591">
[?2004l
</system_output>
<system_output timestamp="940.467113">[0m[01;32m60-dhcpd[0m
</system_output>
### TARGET LINE (Extract and Classify THIS Timestamp):
<system_output timestamp="940.468145">[?2004h]0;demo@faiserver: /home/fai/config/scripts/SERVERDHCPdemo@faiserver:/home/fai/config/scripts/SERVERDHCP$ </system_output> | 940.468145, 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:~$`).
2. **Phase Transitions:** In automated logs, moving from one major build stage to another (e.g., from 'fai-mirror finished' to 'Copying the nfsroot').
3. **Internal Logic:** Shifts from downloading to processing.
### WHAT IS *NOT* A NEW EVENT (OLD EVENT):
- **User Input / Keystrokes:** A user typing a command, including pressing the Enter key (a newline `\n`), is just the completion of the input phase.
- **Incomplete Tasks:** Continuous system output without a clear phase shift.
CRITICAL INSTRUCTION: You must classify ONLY the timestamp found in the "### TARGET LINE" section. Do NOT extract timestamps from the "### CONTEXT" section. Output only the timestamp and the classification. Do NOT use brackets, periods, explanations, or markdown formatting.
Output Format Example 1: 39.229814, old event
Output Format Example 2: 111.602501, new event | ### CONTEXT (Previous Events):
<system_output timestamp="964.107172"/>
<user_input timestamp="964.494468">s</user_input>
<system_output timestamp="964.506339">[1@s</system_output>
<user_input timestamp="964.601091">u</user_input>
<system_output timestamp="964.61018">[1@u</system_output>
<user_input timestamp="964.704167">d</user_input>
<system_output timestamp="964.715526">[1@d</system_output>
<user_input timestamp="964.806569">o</user_input>
<system_output timestamp="964.819951">[1@o</system_output>
<user_input timestamp="964.891229"> </user_input>
<system_output timestamp="964.90439">[1@ </system_output>
<user_input timestamp="965.057636">
</user_input>
<system_output timestamp="965.071938">
[?2004l
</system_output>
<system_output timestamp="965.084268">sudo: unable to resolve host faiserver: Name or service not known
</system_output>
### TARGET LINE (Extract and Classify THIS Timestamp):
<system_output timestamp="965.101385">[?2004h]0;demo@faiserver: /home/fai/config/scriptsdemo@faiserver:/home/fai/config/scripts$ </system_output> | 965.101385, 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="986.633535">n</system_output>
<user_input timestamp="986.699897">o</user_input>
<system_output timestamp="986.716866">o</system_output>
<user_input timestamp="986.883716">w</user_input>
<system_output timestamp="986.885816">w</system_output>
<user_input timestamp="987.071215">.</user_input>
<system_output timestamp="987.07606">.</system_output>
<user_input timestamp="987.363746">'</user_input>
<system_output timestamp="987.365907">'</system_output>
<user_input timestamp="988.244542">
</user_input>
<system_output timestamp="988.247945">
[?2004l
</system_output>
<system_output timestamp="988.257132">sudo: unable to resolve host faiserver: Name or service not known
</system_output>
<system_output timestamp="988.50782">[master 53dc181] only try to copy a dhcp.conf into place for wifidog, for now.
</system_output>
<system_output timestamp="988.509076"> 2 files changed, 149 deletions(-)
delete mode 100644 files/etc/dhcp/dhcpd.conf/QEMUSRVR
rename scripts/{SERVERDHCP => SERVERWIFIDOG}/60-dhcpd (100%)
</system_output>
### TARGET LINE (Extract and Classify THIS Timestamp):
<system_output timestamp="988.513154">[?2004h]0;demo@faiserver: /home/fai/config/scriptsdemo@faiserver:/home/fai/config/scripts$ </system_output> | 988.513154, 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:~$`).
2. **Phase Transitions:** In automated logs, moving from one major build stage to another (e.g., from 'fai-mirror finished' to 'Copying the nfsroot').
3. **Internal Logic:** Shifts from downloading to processing.
### WHAT IS *NOT* A NEW EVENT (OLD EVENT):
- **User Input / Keystrokes:** A user typing a command, including pressing the Enter key (a newline `\n`), is just the completion of the input phase.
- **Incomplete Tasks:** Continuous system output without a clear phase shift.
CRITICAL INSTRUCTION: You must classify ONLY the timestamp found in the "### TARGET LINE" section. Do NOT extract timestamps from the "### CONTEXT" section. Output only the timestamp and the classification. Do NOT use brackets, periods, explanations, or markdown formatting.
Output Format Example 1: 39.229814, old event
Output Format Example 2: 111.602501, new event | ### CONTEXT (Previous Events):
<user_input timestamp="1007.138413">N</user_input>
<system_output timestamp="1007.155624">N</system_output>
<user_input timestamp="1007.506324"> </user_input>
<system_output timestamp="1007.521045">S</system_output>
<user_input timestamp="1008.203425">
</user_input>
<system_output timestamp="1008.212881">
[?2004l
</system_output>
<system_output timestamp="1008.213574">[?2004h]0;demo@faiserver: /home/fai/config/scripts/SERVERDNSdemo@faiserver:/home/fai/config/scripts/SERVERDNS$ </system_output>
<user_input timestamp="1008.74308">l</user_input>
<system_output timestamp="1008.754444">l</system_output>
<user_input timestamp="1009.031565">s</user_input>
<system_output timestamp="1009.052066">s</system_output>
<user_input timestamp="1009.218664">
</user_input>
<system_output timestamp="1009.230347">
[?2004l
</system_output>
<system_output timestamp="1009.235155">[0m[01;32m20-copy_bind_configurations.sh[0m [01;32m30-copy_resolv_conf.sh[0m [01;32m40-copy_dhclient_conf.sh[0m
</system_output>
### TARGET LINE (Extract and Classify THIS Timestamp):
<system_output timestamp="1009.236053">[?2004h]0;demo@faiserver: /home/fai/config/scripts/SERVERDNSdemo@faiserver:/home/fai/config/scripts/SERVERDNS$ </system_output> | 1009.236053, 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="1010.987773">a</system_output>
<user_input timestamp="1011.161608">t</user_input>
<system_output timestamp="1011.167266">t</system_output>
<user_input timestamp="1011.286837"> </user_input>
<system_output timestamp="1011.306863"> </system_output>
<user_input timestamp="1011.491902">2</user_input>
<system_output timestamp="1011.507294">... [TRUNCATED TO SAVE SPACE] ...</system_output>
<user_input timestamp="1011.720212">0</user_input>
<system_output timestamp="1011.727636">... [TRUNCATED TO SAVE SPACE] ...</system_output>
<user_input timestamp="1011.845357"> </user_input>
<system_output timestamp="1011.859071">-copy_bind_configurations.sh </system_output>
<user_input timestamp="1012.23784">
</user_input>
<system_output timestamp="1012.245588">
[?2004l
</system_output>
<system_output timestamp="1012.250019">#!/bin/sh
function die ()
{
echo ERROR: $1 NOT FOUND
exit 1
... [TRUNCATED 8 LINES] ...
fcopy /etc/bind/named.conf.options
# the zone file containing the root nameservers.
fcopy /var/cache/bind/named.ca
</system_output>
### TARGET LINE (Extract and Classify THIS Timestamp):
<system_output timestamp="1012.251048">[?2004h]0;demo@faiserver: /home/fai/config/scripts/SERVERDNSdemo@faiserver:/home/fai/config/scripts/SERVERDNS$ </system_output> | 1012.251048, 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="1011.286837"> </user_input>
<system_output timestamp="1011.306863"> </system_output>
<user_input timestamp="1011.491902">2</user_input>
<system_output timestamp="1011.507294">2</system_output>
<user_input timestamp="1011.720212">0</user_input>
<system_output timestamp="1011.727636">... [TRUNCATED TO SAVE SPACE] ...</system_output>
<user_input timestamp="1011.845357"> </user_input>
<system_output timestamp="1011.859071">... [TRUNCATED TO SAVE SPACE] ...</system_output>
<user_input timestamp="1012.23784">
</user_input>
<system_output timestamp="1012.245588">
[?2004l
</system_output>
<system_output timestamp="1012.250019">#!/bin/sh
function die ()
{
echo ERROR: $1 NOT FOUND
exit 1
... [TRUNCATED 8 LINES] ...
fcopy /etc/bind/named.conf.options
# the zone file containing the root nameservers.
fcopy /var/cache/bind/named.ca
</system_output>
<system_output timestamp="1012.251048">[?2004h]0;demo@faiserver: /home/fai/config/scripts/SERVERDNSdemo@faiserver:/home/fai/config/scripts/SERVERDNS$ </system_output>
<user_input timestamp="1128.28028">g</user_input>
<system_output timestamp="1128.28238">g</system_output>
### TARGET LINE (Extract and Classify THIS Timestamp):
<user_input timestamp="1128.642947">r</user_input> | 1128.642947, 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="1134.22779">[K</system_output>
<user_input timestamp="1134.248464"></user_input>
<system_output timestamp="1134.269173">[K</system_output>
<user_input timestamp="1134.288283"></user_input>
<system_output timestamp="1134.289948">[K</system_output>
<user_input timestamp="1134.32802"></user_input>
<system_output timestamp="1134.332404">[K</system_output>
<user_input timestamp="1134.367654"></user_input>
<system_output timestamp="1134.373267">[K</system_output>
<user_input timestamp="1134.408546"></user_input>
<system_output timestamp="1134.416788">[K</system_output>
<user_input timestamp="1134.44937"></user_input>
<system_output timestamp="1134.457"/>
<user_input timestamp="1134.488781"></user_input>
### TARGET LINE (Extract and Classify THIS Timestamp):
<system_output timestamp="1134.499021"/> | 1134.499021, 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="1139.125804">
[?2004l
</system_output>
<system_output timestamp="1139.203796">FAIBASE/40-misc.sh:## Our "die" function (think perl)
FAIBASE/40-misc.sh:function die () { echo "error: $@" 1>&2 ; exit 1 ; }
FAIBASE/40-misc.sh:[ ! -n "$target" ] && die "variable \$target not defined!"
FAIBASE/40-misc.sh:[ ! -n "$HOSTNAME" ] && die "variable \$HOSTNAME not defined!"
FAIBASE/40-misc.sh:[ ! -n "$ROOTCMD" ] && die "variable \$ROOTCMD not defined!"
FAIBASE/40-misc.sh:[ ! -n "$UTC" ] && die "variable \$UTC not defined!"
FAIBASE/40-misc.sh:#else die "$target/etc/default/rcS not found!"
FAIBASE/40-misc.sh:else die "$target/etc/hosts not found!"
FAIBASE/40-misc.sh: die "could not set up linuxlogo."
</system_output>
<system_output timestamp="1139.234585">SERVERDNS/20-copy_bind_configurations.sh:function die ()
SERVERDNS/20-copy_bind_configurations.sh:[ -z "$target" ] && die target
</system_output>
<system_output timestamp="1139.239959">SERVERDNSMASTER/10-make_bind_run_update_scripts.sh:## Our "die" function
SERVERDNSMASTER/10-make_bind_run_update_scripts.sh:function die () { echo "$@" 1>&2 ; exit 1 ; }
SERVERDNSMASTER/10-make_bind_run_update_scripts.sh:[ ! -n "$target" ] && die "variable \$target not defined!"
SERVERDNSMASTER/10-make_bind_run_update_scripts.sh: else die "cannot find our place in $target/etc/init.d/bind9!"
SERVERDNSMASTER/10-make_bind_run_update_scripts.sh:else die "$target/etc/init.d/bind9 not found!"
</system_output>
<system_output timestamp="1139.241413">SERVERDNSMASTER/10-copy_zones.sh:function die ()
SERVERDNSMASTER/10-copy_zones.sh:[ -z "$target" ] && die target
</system_output>
<system_output timestamp="1139.310852">... [TRUNCATED TO SAVE SPACE] ...</system_output>
<system_output timestamp="1139.313219">... [TRUNCATED TO SAVE SPACE] ...</system_output>
<system_output timestamp="1139.315756">... [TRUNCATED TO SAVE SPACE] ...</system_output>
<system_output timestamp="1139.320669">... [TRUNCATED TO SAVE SPACE] ...</system_output>
<system_output timestamp="1139.322239">SERVERMAILSHL/50-enable_tls.sh:## Our "die" function (think perl)
SERVERMAILSHL/50-enable_tls.sh:function die () { echo "$@" 1>&2 ; exit 1 ; }
</system_output>
<system_output timestamp="1139.323802">SERVERMAILSHL/51-enable_auth.sh:## Our "die" function (think perl)
SERVERMAILSHL/51-enable_auth.sh:function die () { echo "$@" 1>&2 ; exit 1 ; }
</system_output>
<system_output timestamp="1139.32559">SERVERMAILSHL/40-generate_exim_ssl_certificate.sh:## Our "die" function (think perl)
SERVERMAILSHL/40-generate_exim_ssl_certificate.sh:function die () { echo "$@" 1>&2 ; exit 1 ; }
SERVERMAILSHL/40-generate_exim_ssl_certificate.sh:[ ! -n "$SSL_LOCATION_COUNTRY" ] && { die "ERROR: SSL_LOCATION_COUNTRY NOT FOUND!" ; }
SERVERMAILSHL/40-generate_exim_ssl_certificate.sh:[ ! -n "$SSL_LOCATION_STATE" ] && { die "ERROR: SSL_LOCATION_STATE NOT FOUND!" ; }
SERVERMAILSHL/40-generate_exim_ssl_certificate.sh:[ ! -n "$SSL_LOCATION_LOCALITY" ] && { die "ERROR: SSL_LOCATION_LOCALITY NOT FOUND!" ; }
SERVERMAILSHL/40-generate_exim_ssl_certificate.sh:[ ! -n "$SSL_ORG_NAME" ] && { die "ERROR: SSL_ORG_NAME NOT FOUND!" ; }
SERVERMAILSHL/40-generate_exim_ssl_certificate.sh:[ ! -n "$SSL_OU_NAME" ] && { die "ERROR: SSL_OU_NAME NOT FOUND!" ; }
SERVERMAILSHL/40-generate_exim_ssl_certificate.sh:[ ! -n "$SSL_SERVER_NAME" ] && { die "ERROR: SSL_SERVER_NAME NOT FOUND!" ; }
SERVERMAILSHL/40-generate_exim_ssl_certificate.sh:[ ! -n "$SSL_CONTACT_EMAIL" ] && { die "ERROR: SSL_CONTACT_EMAIL NOT FOUND!" ; }
</system_output>
<system_output timestamp="1139.327086">SERVERMAILSHL/60-update_exim4.conf:## Our "die" function (think perl)
SERVERMAILSHL/60-update_exim4.conf:function die () { echo "$@" 1>&2 ; exit 1 ; }
</system_output>
<system_output timestamp="1139.329561">SERVERMAILSHL/00-create_exim_passwd_file.sh:## Our "die" function (think perl)
SERVERMAILSHL/00-create_exim_passwd_file.sh:function die () { echo "$@" 1>&2 ; exit 1 ; }
</system_output>
### TARGET LINE (Extract and Classify THIS Timestamp):
<system_output timestamp="1139.408381">[?2004h]0;demo@faiserver: /home/fai/config/scriptsdemo@faiserver:/home/fai/config/scripts$ </system_output> | 1139.408381, 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:~$`).
2. **Phase Transitions:** In automated logs, moving from one major build stage to another (e.g., from 'fai-mirror finished' to 'Copying the nfsroot').
3. **Internal Logic:** Shifts from downloading to processing.
### WHAT IS *NOT* A NEW EVENT (OLD EVENT):
- **User Input / Keystrokes:** A user typing a command, including pressing the Enter key (a newline `\n`), is just the completion of the input phase.
- **Incomplete Tasks:** Continuous system output without a clear phase shift.
CRITICAL INSTRUCTION: You must classify ONLY the timestamp found in the "### TARGET LINE" section. Do NOT extract timestamps from the "### CONTEXT" section. Output only the timestamp and the classification. Do NOT use brackets, periods, explanations, or markdown formatting.
Output Format Example 1: 39.229814, old event
Output Format Example 2: 111.602501, new event | ### CONTEXT (Previous Events):
<system_output timestamp="1155.312986">S</system_output>
<user_input timestamp="1155.4319">E</user_input>
<system_output timestamp="1155.445683">E</system_output>
<user_input timestamp="1155.987013">/</user_input>
<system_output timestamp="1155.990994">/</system_output>
<user_input timestamp="1156.565065">4</user_input>
<system_output timestamp="1156.579591">4</system_output>
<user_input timestamp="1156.780152">0</user_input>
<system_output timestamp="1156.790985">0</system_output>
<user_input timestamp="1157.061616"> </user_input>
<system_output timestamp="1157.094844">-misc.sh </system_output>
<user_input timestamp="1157.760808">
</user_input>
<system_output timestamp="1157.781466">
[?2004l
</system_output>
<system_output timestamp="1157.786153">#!/bin/bash
</system_output>
### TARGET LINE (Extract and Classify THIS Timestamp):
<system_output timestamp="1157.786799">[?2004h]0;demo@faiserver: /home/fai/config/scriptsdemo@faiserver:/home/fai/config/scripts$ </system_output> | 1157.786799, 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:~$`).
2. **Phase Transitions:** In automated logs, moving from one major build stage to another (e.g., from 'fai-mirror finished' to 'Copying the nfsroot').
3. **Internal Logic:** Shifts from downloading to processing.
### WHAT IS *NOT* A NEW EVENT (OLD EVENT):
- **User Input / Keystrokes:** A user typing a command, including pressing the Enter key (a newline `\n`), is just the completion of the input phase.
- **Incomplete Tasks:** Continuous system output without a clear phase shift.
CRITICAL INSTRUCTION: You must classify ONLY the timestamp found in the "### TARGET LINE" section. Do NOT extract timestamps from the "### CONTEXT" section. Output only the timestamp and the classification. Do NOT use brackets, periods, explanations, or markdown formatting.
Output Format Example 1: 39.229814, old event
Output Format Example 2: 111.602501, new event | ### CONTEXT (Previous Events):
<user_input timestamp="1275.761609">N</user_input>
<system_output timestamp="1275.775064">N</system_output>
<user_input timestamp="1276.02266"> </user_input>
<system_output timestamp="1276.034911">S</system_output>
<user_input timestamp="1276.487591">
</user_input>
<system_output timestamp="1276.507772">
[?2004l
</system_output>
<system_output timestamp="1276.508379">[?2004h]0;demo@faiserver: /home/fai/config/scripts/SERVERDNSdemo@faiserver:/home/fai/config/scripts/SERVERDNS$ </system_output>
<user_input timestamp="1276.890714">l</user_input>
<system_output timestamp="1276.909752">l</system_output>
<user_input timestamp="1277.130616">s</user_input>
<system_output timestamp="1277.135875">s</system_output>
<user_input timestamp="1277.232361">
</user_input>
<system_output timestamp="1277.249858">
[?2004l
</system_output>
<system_output timestamp="1277.254105">[0m[01;32m20-copy_bind_configurations.sh[0m [01;32m30-copy_resolv_conf.sh[0m [01;32m40-copy_dhclient_conf.sh[0m
</system_output>
### TARGET LINE (Extract and Classify THIS Timestamp):
<system_output timestamp="1277.254889">[?2004h]0;demo@faiserver: /home/fai/config/scripts/SERVERDNSdemo@faiserver:/home/fai/config/scripts/SERVERDNS$ </system_output> | 1277.254889, 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="1279.396601">s</user_input>
<system_output timestamp="1279.413704">s</system_output>
<user_input timestamp="1279.497204">u</user_input>
<system_output timestamp="1279.50816">u</system_output>
<user_input timestamp="1279.659394">d</user_input>
<system_output timestamp="1279.679825">d</system_output>
<user_input timestamp="1279.740979">o</user_input>
<system_output timestamp="1279.757555">o</system_output>
<user_input timestamp="1279.842784"> </user_input>
<system_output timestamp="1279.854234"> </system_output>
<user_input timestamp="1280.062304">e</user_input>
<system_output timestamp="1280.0646">e</system_output>
<user_input timestamp="1280.162141">m</user_input>
<system_output timestamp="1280.181037">m</system_output>
### TARGET LINE (Extract and Classify THIS Timestamp):
<user_input timestamp="1280.283582">a</user_input> | 1280.283582, 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="1295.231054"/>
<system_output timestamp="1295.234678">[110;4H[?25l C-s[H
[?12l[?25h[?12;25h</system_output>
<system_output timestamp="1295.23635">[110d[?25l(No changes need to be saved)[H
[?12l[?25h[?12;25h</system_output>
<user_input timestamp="1304.278521"/>
<system_output timestamp="1304.282362">[110d[K[3d</system_output>
<user_input timestamp="1304.830399"/>
<system_output timestamp="1304.850466">... [TRUNCATED TO SAVE SPACE] ...</system_output>
<user_input timestamp="1305.306366"/>
<system_output timestamp="1305.321847">... [TRUNCATED TO SAVE SPACE] ...</system_output>
<system_output timestamp="1306.323602">[110d[?25lC-x[H
[?12l[?25h[?12;25h</system_output>
<system_output timestamp="1306.324352">[110;4H[?25l-[H
[?12l[?25h[?12;25h</system_output>
<user_input timestamp="1306.730922"/>
<system_output timestamp="1306.745336">[110;4H[?25l C-c[H
[?12l[?25h[?12;25h</system_output>
<system_output timestamp="1306.746889">[110d[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="1306.757501">[?2004h]0;demo@faiserver: /home/fai/config/scripts/SERVERDNSdemo@faiserver:/home/fai/config/scripts/SERVERDNS$ </system_output> | 1306.757501, 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="1312.015735">d</user_input>
<system_output timestamp="1312.02106">d</system_output>
<user_input timestamp="1312.118041">i</user_input>
<system_output timestamp="1312.119967">i</system_output>
<user_input timestamp="1312.301585">f</user_input>
<system_output timestamp="1312.319347">... [TRUNCATED TO SAVE SPACE] ...</system_output>
<user_input timestamp="1312.444325">f</user_input>
<system_output timestamp="1312.457687">... [TRUNCATED TO SAVE SPACE] ...</system_output>
<user_input timestamp="1312.604417">
</user_input>
<system_output timestamp="1312.615316">
[?2004l
</system_output>
<system_output timestamp="1312.624661">sudo: unable to resolve host faiserver: Name or service not known
</system_output>
<system_output timestamp="1312.638177">[?1h=
</system_output>
<system_output timestamp="1312.657347">[1mdiff --git a/scripts/SERVERDNS/20-copy_bind_configurations.sh b/scripts/SERVERDNS/20-copy_bind_configurations.sh[m[m
[1mindex ff93471..cb45730 100755[m[m
[1m--- a/scripts/SERVERDNS/20-copy_bind_configurations.sh[m[m
[1m+++ b/scripts/SERVERDNS/20-copy_bind_configurations.sh[m[m
[36m@@ -1,5 +1,5 @@[m[m
#!/bin/sh[m[m
[31m-function die ()[m[m
[32m+[m[32mdie ()[m[m
{[m[m
echo ERROR: $1 NOT FOUND[m[m
exit 1[m[m
</system_output>
<system_output timestamp="1312.659129">
[K[?1l></system_output>
### TARGET LINE (Extract and Classify THIS Timestamp):
<system_output timestamp="1312.663646">[?2004h]0;demo@faiserver: /home/fai/config/scripts/SERVERDNSdemo@faiserver:/home/fai/config/scripts/SERVERDNS$ </system_output> | 1312.663646, 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:~$`).
2. **Phase Transitions:** In automated logs, moving from one major build stage to another (e.g., from 'fai-mirror finished' to 'Copying the nfsroot').
3. **Internal Logic:** Shifts from downloading to processing.
### WHAT IS *NOT* A NEW EVENT (OLD EVENT):
- **User Input / Keystrokes:** A user typing a command, including pressing the Enter key (a newline `\n`), is just the completion of the input phase.
- **Incomplete Tasks:** Continuous system output without a clear phase shift.
CRITICAL INSTRUCTION: You must classify ONLY the timestamp found in the "### TARGET LINE" section. Do NOT extract timestamps from the "### CONTEXT" section. Output only the timestamp and the classification. Do NOT use brackets, periods, explanations, or markdown formatting.
Output Format Example 1: 39.229814, old event
Output Format Example 2: 111.602501, new event | ### CONTEXT (Previous Events):
<system_output timestamp="1319.756506">[?2004h]0;demo@faiserver: /home/fai/config/scripts/SERVERDNSdemo@faiserver:/home/fai/config/scripts/SERVERDNS$ </system_output>
<user_input timestamp="1320.174773">s</user_input>
<system_output timestamp="1320.198023">s</system_output>
<user_input timestamp="1320.258141">u</user_input>
<system_output timestamp="1320.281063">u</system_output>
<user_input timestamp="1320.468521">d</user_input>
<system_output timestamp="1320.48811">d</system_output>
<user_input timestamp="1320.552958">o</user_input>
<system_output timestamp="1320.569827">o</system_output>
<user_input timestamp="1320.63668"> </user_input>
<system_output timestamp="1320.650678"> </system_output>
<user_input timestamp="1320.909394">g</user_input>
<system_output timestamp="1320.919894">g</system_output>
<user_input timestamp="1321.014987">i</user_input>
### TARGET LINE (Extract and Classify THIS Timestamp):
<system_output timestamp="1321.023259">i</system_output> | 1321.023259, 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="1326.966172"> </user_input>
<system_output timestamp="1326.986546"> </system_output>
<user_input timestamp="1327.19659">k</user_input>
<system_output timestamp="1327.207037">k</system_output>
<user_input timestamp="1327.363576">e</user_input>
<system_output timestamp="1327.370522">e</system_output>
<user_input timestamp="1327.65857">y</user_input>
<system_output timestamp="1327.676775">y</system_output>
<user_input timestamp="1328.015912">w</user_input>
<system_output timestamp="1328.023941">w</system_output>
<user_input timestamp="1328.186896">o</user_input>
<system_output timestamp="1328.204975">o</system_output>
<user_input timestamp="1328.359317">r</user_input>
<system_output timestamp="1328.369697">r</system_output>
### TARGET LINE (Extract and Classify THIS Timestamp):
<user_input timestamp="1328.611628">d</user_input> | 1328.611628, 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="1334.827979">b</system_output>
<user_input timestamp="1335.088121">l</user_input>
<system_output timestamp="1335.095164">l</system_output>
<user_input timestamp="1335.19321">e</user_input>
<system_output timestamp="1335.199141">e</system_output>
<user_input timestamp="1335.42235">.</user_input>
<system_output timestamp="1335.425427">.</system_output>
<user_input timestamp="1335.715526">'</user_input>
<system_output timestamp="1335.7286">'</system_output>
<user_input timestamp="1336.451134">
</user_input>
<system_output timestamp="1336.469728">
[?2004l
</system_output>
<system_output timestamp="1336.479073">sudo: unable to resolve host faiserver: Name or service not known
</system_output>
<system_output timestamp="1336.537326">[master a60ef74] remove function keyword, not posix syntax compatible.
</system_output>
<system_output timestamp="1336.538214"> 1 file changed, 1 insertion(+), 1 deletion(-)
</system_output>
### TARGET LINE (Extract and Classify THIS Timestamp):
<system_output timestamp="1336.541207">[?2004h]0;demo@faiserver: /home/fai/config/scripts/SERVERDNSdemo@faiserver:/home/fai/config/scripts/SERVERDNS$ </system_output> | 1336.541207, 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:~$`).
2. **Phase Transitions:** In automated logs, moving from one major build stage to another (e.g., from 'fai-mirror finished' to 'Copying the nfsroot').
3. **Internal Logic:** Shifts from downloading to processing.
### WHAT IS *NOT* A NEW EVENT (OLD EVENT):
- **User Input / Keystrokes:** A user typing a command, including pressing the Enter key (a newline `\n`), is just the completion of the input phase.
- **Incomplete Tasks:** Continuous system output without a clear phase shift.
CRITICAL INSTRUCTION: You must classify ONLY the timestamp found in the "### TARGET LINE" section. Do NOT extract timestamps from the "### CONTEXT" section. Output only the timestamp and the classification. Do NOT use brackets, periods, explanations, or markdown formatting.
Output Format Example 1: 39.229814, old event
Output Format Example 2: 111.602501, new event | ### CONTEXT (Previous Events):
<user_input timestamp="1821.243322">R</user_input>
<system_output timestamp="1821.25464">R</system_output>
<user_input timestamp="1821.622015"> </user_input>
<system_output timestamp="1821.646953">TG/</system_output>
<user_input timestamp="1822.125756">
</user_input>
<system_output timestamp="1822.144275">
[?2004l
</system_output>
<system_output timestamp="1822.145042">[?2004h]0;demo@faiserver: /home/fai/config/scripts/SERVERWWWMRTGdemo@faiserver:/home/fai/config/scripts/SERVERWWWMRTG$ </system_output>
<user_input timestamp="1822.887507">l</user_input>
<system_output timestamp="1822.904725">l</system_output>
<user_input timestamp="1823.186172">s</user_input>
<system_output timestamp="1823.202758">s</system_output>
<user_input timestamp="1823.311933">
</user_input>
<system_output timestamp="1823.323136">
[?2004l
</system_output>
<system_output timestamp="1823.326936">[0m[01;32m10-copy_mrtg_cfg.sh[0m [01;32m30-setup_mrtg.sh[0m [01;32m40-bastionize.sh[0m
</system_output>
### TARGET LINE (Extract and Classify THIS Timestamp):
<system_output timestamp="1823.328194">[?2004h]0;demo@faiserver: /home/fai/config/scripts/SERVERWWWMRTGdemo@faiserver:/home/fai/config/scripts/SERVERWWWMRTG$ </system_output> | 1823.328194, new event |
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