/
evergreen.yml
13772 lines (12986 loc) · 450 KB
/
evergreen.yml
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#####################################################
# A note on expansions #
#####################################################
# Expansions usually appear in the form ${key|default}
# If 'key' is found in the executor's map of currently known
# expansions, the corresponding value is used. If the key can
# not be found, the default is used.
#
# Arbitrary expansions can be specified in the YAML configuration
# files in the following places:
# - The 'expansions' field for buildvariants (branch file)
# - The 'expansions' field for distros (distros file)
#
# A number of 'built-in' expansions are also available for use; these include:
# - environment variables available on the host machine
# - 'workdir' (references the executor's work directory).
# - 'task_id' (references the task id of the task the executor is working on).
# - 'build_variant' (references the executing task's buildvariant).
# - 'config_root' (references the root directory for the executor's configuration artifacts).
stepback: true
command_type: system
# Files that match an ignore-list pattern will not trigger a build, if they're the only modified
# files in the patch.
ignore:
- ".*"
- "!.clang-format"
- "!.eslintrc.yml"
- "*.md"
- "*.rst"
- "*.txt"
- "/distsrc/**"
- "/docs/**"
- "/etc/*.yml"
- "!/etc/evergreen.yml"
- "README"
## Some variables for convenience:
variables:
# Used when the tests it runs depend only on mongod, mongos, the mongo shell and the tools.
- &task_template
name: template
depends_on:
- name: compile
commands:
- func: "do setup"
- func: "run tests"
vars:
resmoke_args: --help
run_multiple_jobs: false
max_jobs: 0 # If set in combination with run_multiple_jobs, will cap the number of jobs used.
# Used for tests that invoke resmoke.py and require no additional setup.
- &task_depending_on_all_template
<<: *task_template
depends_on:
- name: compile_all
- &benchmark_template
name: benchmark_template
depends_on:
- name: compile_benchmarks
commands:
- func: "do benchmark setup"
- func: "run tests"
vars:
resmoke_args: --help
run_multiple_jobs: false
- func: "send benchmark results"
- &jepsen_config_vars
jepsen_key_time_limit: --key-time-limit 15
jepsen_protocol_version: --protocol-version 1
jepsen_read_concern: ""
jepsen_read_with_find_and_modify: ""
jepsen_storage_engine: ""
jepsen_test_name: ""
# Empirically, we've had greater success in reproducing the issues found in MongoDB versions
# 3.4.0-rc3 and 3.4.0-rc4 when running Jepsen with at least --time-limit=600.
jepsen_time_limit: --time-limit 1200
jepsen_write_concern: ""
# Template for running Jepsen tests
- &run_jepsen_template
name: run_jepsen_template
depends_on:
- name: compile
commands:
- func: "do setup"
- func: "do jepsen setup"
- func: "run jepsen test"
vars:
<<: *jepsen_config_vars
- &jstestfuzz_config_vars
resmoke_args: --help # resmoke_args needs to be overridden to specify one of the jstestfuzz suites
should_shuffle: false
continue_on_failure: false
# Terminate the function when there has been no output to stdout for 30 minutes. E.g. when something is stuck in an infinite loop.
# resmoke.py writes the test output to logkeeper and only writes to stdout when starting the next test.
# resmoke.py not producing output on stdout means that the test is still running and presumably not going to finish.
# Note that timeout_secs is different from exec_timeout_secs, which applies to a task and times out regardless of whether output has been written to stdout.
timeout_secs: 1800
- &run_jstestfuzz_tests
func: "run tests"
vars:
<<: *jstestfuzz_config_vars
# Used for tests that invoke 'resmoke.py --suites=jstestfuzz*'.
- &jstestfuzz_template
name: jstestfuzz_template
exec_timeout_secs: 14400 # Time out the task if it runs for more than 4 hours.
depends_on:
- name: compile
commands:
- func: "do setup"
- func: "run jstestfuzz"
- *run_jstestfuzz_tests
# Templates used by powercycle
- &powercycle_remote_credentials
private_key_file: $(${posix_workdir})/powercycle.pem
private_key_remote: ${powercycle_private_key}
aws_key_remote: ${powercycle_aws_key}
aws_secret_remote: ${powercycle_aws_secret}
- &powercycle_ec2_instance
aws_ec2_yml: aws_ec2.yml
ec2_expire_hours: "24"
ec2_monitor_files: proc.json system.json
monitor_proc_file: proc.json
monitor_system_file: system.json
remote_dir: /log/powercycle
secret_port: "20001"
security_group_ids: ${powercycle_aws_security_group_id}
security_groups: mci powercycle_testing
subnet_id: ${powercycle_aws_subnet_id}
ssh_identity: -i ${private_key_file}
ssh_key_id: ${powercycle_ssh_key_id}
standard_port: "20000"
virtualenv_dir: venv_powercycle
windows_crash_cmd: \"notmyfault/notmyfaultc64.exe -accepteula crash 1\"
windows_crash_dl: https://download.sysinternals.com/files/NotMyFault.zip
windows_crash_dir: notmyfault
windows_crash_zip: notmyfault.zip
- &powercycle_expansions
params:
updates:
- key: backup_path_after
value: ${remote_dir}/afterrecovery
- key: backup_path_before
value: ${remote_dir}/beforerecovery
- key: backup_artifacts
value: ${remote_dir}/afterrecovery* ${remote_dir}/beforerecovery*
- key: db_path
value: /data/db
- key: log_path
value: ${remote_dir}/mongod.log
- key: exit_file
value: powercycle_exit.yml
- &powercycle_test
ec2_artifacts: ${log_path} ${db_path} ${backup_artifacts}
program_options: --exitYamlFile=${exit_file} --logLevel=info --backupPathBefore=${backup_path_before} --backupPathAfter=${backup_path_after}
connection_options: --sshUserHost=${private_ip_address} --sshConnection=\"${ssh_identity} ${ssh_connection_options}\"
test_options: --testLoops=15 --seedDocNum=10000 --rsync --rsyncExcludeFiles=diagnostic.data/metrics.interim* --validate=local --canary=local
crash_options: --crashMethod=internal --crashOption=${windows_crash_cmd} --crashWaitTime=45 --jitterForCrashWaitTime=5 --instanceId=${instance_id}
client_options: --numCrudClients=20 --numFsmClients=20
mongodb_options: --rootDir=${remote_dir}-${task_id} --mongodbBinDir=${remote_dir}
mongod_options: --mongodUsablePorts ${standard_port} ${secret_port} --dbPath=${db_path} --logPath=${log_path}
mongod_extra_options: --mongodOptions=\"--setParameter enableTestCommands=1 --setParameter logComponentVerbosity='{storage:{recovery:2}}'\"
- &benchrun_embedded
name: benchrun_embedded
execution_tasks:
- benchrun_embedded_aggregation
- benchrun_embedded_commands
- benchrun_embedded_insert
- benchrun_embedded_misc
- benchrun_embedded_mixed_and_multi
- benchrun_embedded_queries
- benchrun_embedded_remove
- benchrun_embedded_update
- &replica_sets_auth
name: replica_sets_auth
execution_tasks:
- replica_sets_auth_0
- replica_sets_auth_1
- replica_sets_auth_2
- replica_sets_auth_3
- replica_sets_auth_4
- replica_sets_auth_5
- replica_sets_auth_6
- replica_sets_auth_misc
- &replica_sets_ese
name: replica_sets_ese
execution_tasks:
- replica_sets_ese_0
- replica_sets_ese_1
- replica_sets_ese_2
- replica_sets_ese_3
- replica_sets_ese_4
- replica_sets_ese_5
- replica_sets_ese_6
- replica_sets_ese_misc
- &sharding
name: sharding
execution_tasks:
- sharding_0
- sharding_1
- sharding_2
- sharding_3
- sharding_4
- sharding_5
- sharding_6
- sharding_7
- sharding_8
- sharding_9
- sharding_10
- sharding_11
- sharding_12
- sharding_13
- sharding_14
- sharding_misc
- &sharding_auth
name: sharding_auth
execution_tasks:
- sharding_auth_0
- sharding_auth_1
- sharding_auth_2
- sharding_auth_3
- sharding_auth_4
- sharding_auth_5
- sharding_auth_6
- sharding_auth_7
- sharding_auth_8
- sharding_auth_9
- sharding_auth_10
- sharding_auth_11
- sharding_auth_12
- sharding_auth_13
- sharding_auth_14
- sharding_auth_15
- sharding_auth_16
- sharding_auth_17
- sharding_auth_18
- sharding_auth_19
- sharding_auth_misc
- &sharding_auth_audit
name: sharding_auth_audit
execution_tasks:
- sharding_auth_audit_0
- sharding_auth_audit_1
- sharding_auth_audit_2
- sharding_auth_audit_3
- sharding_auth_audit_4
- sharding_auth_audit_5
- sharding_auth_audit_6
- sharding_auth_audit_7
- sharding_auth_audit_8
- sharding_auth_audit_9
- sharding_auth_audit_10
- sharding_auth_audit_11
- sharding_auth_audit_12
- sharding_auth_audit_13
- sharding_auth_audit_14
- sharding_auth_audit_15
- sharding_auth_audit_16
- sharding_auth_audit_17
- sharding_auth_audit_18
- sharding_auth_audit_misc
- &sharding_ese
name: sharding_ese
execution_tasks:
- sharding_ese_0
- sharding_ese_1
- sharding_ese_2
- sharding_ese_3
- sharding_ese_4
- sharding_ese_5
- sharding_ese_6
- sharding_ese_7
- sharding_ese_8
- sharding_ese_9
- sharding_ese_10
- sharding_ese_11
- sharding_ese_12
- sharding_ese_13
- sharding_ese_14
- sharding_ese_15
- sharding_ese_16
- sharding_ese_17
- sharding_ese_18
- sharding_ese_19
- sharding_ese_20
- sharding_ese_misc
- &sharding_last_stable_mongos_and_mixed_shards
name: sharding_last_stable_mongos_and_mixed_shards
execution_tasks:
- sharding_last_stable_mongos_and_mixed_shards_0
- sharding_last_stable_mongos_and_mixed_shards_1
- sharding_last_stable_mongos_and_mixed_shards_2
- sharding_last_stable_mongos_and_mixed_shards_3
- sharding_last_stable_mongos_and_mixed_shards_4
- sharding_last_stable_mongos_and_mixed_shards_5
- sharding_last_stable_mongos_and_mixed_shards_6
- sharding_last_stable_mongos_and_mixed_shards_7
- sharding_last_stable_mongos_and_mixed_shards_8
- sharding_last_stable_mongos_and_mixed_shards_9
- sharding_last_stable_mongos_and_mixed_shards_10
- sharding_last_stable_mongos_and_mixed_shards_11
- sharding_last_stable_mongos_and_mixed_shards_misc
- &sharding_op_query
name: sharding_op_query
execution_tasks:
- sharding_op_query_0
- sharding_op_query_1
- sharding_op_query_2
- sharding_op_query_3
- sharding_op_query_4
- sharding_op_query_5
- sharding_op_query_6
- sharding_op_query_7
- sharding_op_query_8
- sharding_op_query_9
- sharding_op_query_10
- sharding_op_query_11
- sharding_op_query_misc
- &unittests
name: unittests!
execution_tasks:
- compile_unittests
- unittests
- &dbtest
name: dbtest!
execution_tasks:
- compile_dbtest
- dbtest
- &compile_task_group_template
name: compile_task_group_template
max_hosts: 1
tasks: []
setup_task:
- func: "apply compile expansions"
- func: "set task expansion macros"
teardown_task:
- func: "attach scons config log"
- func: "attach report"
- func: "attach artifacts"
- func: "kill processes"
- func: "save code coverage data"
- func: "save mongo coredumps"
- func: "save failed unittests"
- func: "save unstripped dbtest"
- func: "save hang analyzer debugger files"
- func: "save disk statistics"
- func: "save system resource information"
- func: "remove files"
vars:
files: >-
src/resmoke_error_code
src/build/scons/config.log
src/*.gcda.gcov
src/gcov-intermediate-files.tgz
src/*.core src/*.mdmp
mongo-coredumps.tgz
src/unittest_binaries/*_test${exe}
mongo-unittests.tgz
src/debugger*.*
src/mongo-hanganalyzer.tgz
diskstats.tgz
system-resource-info.tgz
${report_file|src/report.json}
${archive_file|src/archive.json}
setup_group:
- func: "kill processes"
- func: "cleanup environment"
# The python virtual environment is installed in ${workdir}, which is created in
# "set up virtualenv".
- func: "set up virtualenv"
- func: "set task expansion macros"
- func: "clear OOM messages"
- command: manifest.load
- func: "git get project"
- func: "get modified patch files"
# NOTE: To disable the compile bypass feature, comment out the next line.
#
- func: "bypass compile and fetch binaries"
- func: "update bypass expansions"
- func: "get buildnumber"
- func: "set up credentials"
- func: "fetch and build OpenSSL"
- func: "use WiredTiger develop" # noop if ${use_wt_develop} is not "true"
- func: "generate compile expansions"
teardown_group:
- func: "scons cache pruning"
- func: "umount shared scons directory"
- func: "print OOM messages"
- func: "cleanup environment"
timeout:
- func: "run hang analyzer"
# Use this template for enterprise Windows testing coverage on non-pushing
# variants
- &enterprise-windows-64-2k8-nopush-template
name: enterprise-windows-64-2k8-nopush-template
run_on:
- windows-64-vs2015-small
modules:
- enterprise
display_tasks:
- *dbtest
- *replica_sets_auth
- *replica_sets_ese
- *sharding_auth
- *sharding_auth_audit
- *sharding_ese
- *unittests
expansions: &enterprise-windows-64-2k8-nopush-expansions-template
platform_decompress: unzip
exe: ".exe"
msi_target: msi
content_type: application/zip
compile_flags: --release --ssl MONGO_DISTMOD=windows-64 CPPPATH="c:/openssl/include c:/sasl/include c:/snmp/include c:/curl/include" LIBPATH="c:/openssl/lib c:/sasl/lib c:/snmp/lib c:/curl/lib" -j$(( $(grep -c ^processor /proc/cpuinfo) / 2 )) --dynamic-windows --win-version-min=ws08r2
# We invoke SCons using --jobs = (# of CPUs / 4) to avoid causing out of memory errors due to
# spawning a large number of linker processes.
num_scons_link_jobs_available: $(( $(grep -c ^processor /proc/cpuinfo) / 4 ))
python: python
num_jobs_available: $(grep -c ^processor /proc/cpuinfo)
ext: zip
use_scons_cache: true
multiversion_platform: windows
multiversion_edition: enterprise
gorootvars: 'PATH="/cygdrive/c/golang/go1.10/bin:/cygdrive/c/mingw-w64/x86_64-4.9.1-posix-seh-rt_v3-rev1/mingw64/bin:$PATH" GOROOT="c:/golang/go1.10" CGO_CFLAGS="-D_WIN32_WINNT=0x0601 -DNTDDI_VERSION=0x06010000"'
tooltags: "-tags 'ssl sasl'"
build_mongoreplay: false
jstestfuzz_num_generated_files: 35
tasks:
- name: compile_all_run_unittests_TG
requires:
- name: burn_in_tests
distros:
- windows-64-vs2015-large
- name: compile_benchmarks
distros:
- windows-64-vs2015-large
- name: burn_in_tests
- name: audit
- name: auth_audit
- name: benchmarks_orphaned
- name: benchmarks_sharding
- name: buildscripts_test
- name: ese
- name: external_auth
- name: jsCore
- name: jsCore_ese
- name: jsCore_decimal
- name: jsCore_auth
- name: jsCore_txns
- name: causally_consistent_jscore_txns_passthrough
- name: aggregation_fuzzer
- name: jstestfuzz
- name: jstestfuzz_concurrent
- name: jstestfuzz_concurrent_replication
- name: jstestfuzz_concurrent_sharded
- name: jstestfuzz_replication
- name: jstestfuzz_sharded
- name: replica_sets_auth_0
- name: replica_sets_auth_1
- name: replica_sets_auth_2
- name: replica_sets_auth_3
- name: replica_sets_auth_4
- name: replica_sets_auth_5
- name: replica_sets_auth_6
- name: replica_sets_auth_misc
- name: replica_sets_ese_0
- name: replica_sets_ese_1
- name: replica_sets_ese_2
- name: replica_sets_ese_3
- name: replica_sets_ese_4
- name: replica_sets_ese_5
- name: replica_sets_ese_6
- name: replica_sets_ese_misc
- name: sasl
- name: sharding_auth_0
distros:
- windows-64-vs2015-large
- name: sharding_auth_1
distros:
- windows-64-vs2015-large
- name: sharding_auth_2
distros:
- windows-64-vs2015-large
- name: sharding_auth_3
distros:
- windows-64-vs2015-large
- name: sharding_auth_4
distros:
- windows-64-vs2015-large
- name: sharding_auth_5
distros:
- windows-64-vs2015-large
- name: sharding_auth_6
distros:
- windows-64-vs2015-large
- name: sharding_auth_7
distros:
- windows-64-vs2015-large
- name: sharding_auth_8
distros:
- windows-64-vs2015-large
- name: sharding_auth_9
distros:
- windows-64-vs2015-large
- name: sharding_auth_10
distros:
- windows-64-vs2015-large
- name: sharding_auth_11
distros:
- windows-64-vs2015-large
- name: sharding_auth_12
distros:
- windows-64-vs2015-large
- name: sharding_auth_13
distros:
- windows-64-vs2015-large
- name: sharding_auth_14
distros:
- windows-64-vs2015-large
- name: sharding_auth_15
distros:
- windows-64-vs2015-large
- name: sharding_auth_16
distros:
- windows-64-vs2015-large
- name: sharding_auth_17
distros:
- windows-64-vs2015-large
- name: sharding_auth_18
distros:
- windows-64-vs2015-large
- name: sharding_auth_19
distros:
- windows-64-vs2015-large
- name: sharding_auth_misc
distros:
- windows-64-vs2015-large
- name: sharding_auth_audit_0
distros:
- windows-64-vs2015-large
- name: sharding_auth_audit_1
distros:
- windows-64-vs2015-large
- name: sharding_auth_audit_2
distros:
- windows-64-vs2015-large
- name: sharding_auth_audit_3
distros:
- windows-64-vs2015-large
- name: sharding_auth_audit_4
distros:
- windows-64-vs2015-large
- name: sharding_auth_audit_5
distros:
- windows-64-vs2015-large
- name: sharding_auth_audit_6
distros:
- windows-64-vs2015-large
- name: sharding_auth_audit_7
distros:
- windows-64-vs2015-large
- name: sharding_auth_audit_8
distros:
- windows-64-vs2015-large
- name: sharding_auth_audit_9
distros:
- windows-64-vs2015-large
- name: sharding_auth_audit_10
distros:
- windows-64-vs2015-large
- name: sharding_auth_audit_11
distros:
- windows-64-vs2015-large
- name: sharding_auth_audit_12
distros:
- windows-64-vs2015-large
- name: sharding_auth_audit_13
distros:
- windows-64-vs2015-large
- name: sharding_auth_audit_14
distros:
- windows-64-vs2015-large
- name: sharding_auth_audit_15
distros:
- windows-64-vs2015-large
- name: sharding_auth_audit_16
distros:
- windows-64-vs2015-large
- name: sharding_auth_audit_17
distros:
- windows-64-vs2015-large
- name: sharding_auth_audit_18
distros:
- windows-64-vs2015-large
- name: sharding_auth_audit_misc
distros:
- windows-64-vs2015-large
- name: sharding_ese_0
distros:
- windows-64-vs2015-large
- name: sharding_ese_1
distros:
- windows-64-vs2015-large
- name: sharding_ese_2
distros:
- windows-64-vs2015-large
- name: sharding_ese_3
distros:
- windows-64-vs2015-large
- name: sharding_ese_4
distros:
- windows-64-vs2015-large
- name: sharding_ese_5
distros:
- windows-64-vs2015-large
- name: sharding_ese_6
distros:
- windows-64-vs2015-large
- name: sharding_ese_7
distros:
- windows-64-vs2015-large
- name: sharding_ese_8
distros:
- windows-64-vs2015-large
- name: sharding_ese_9
distros:
- windows-64-vs2015-large
- name: sharding_ese_10
distros:
- windows-64-vs2015-large
- name: sharding_ese_11
distros:
- windows-64-vs2015-large
- name: sharding_ese_12
distros:
- windows-64-vs2015-large
- name: sharding_ese_13
distros:
- windows-64-vs2015-large
- name: sharding_ese_14
distros:
- windows-64-vs2015-large
- name: sharding_ese_15
distros:
- windows-64-vs2015-large
- name: sharding_ese_16
distros:
- windows-64-vs2015-large
- name: sharding_ese_17
distros:
- windows-64-vs2015-large
- name: sharding_ese_18
distros:
- windows-64-vs2015-large
- name: sharding_ese_19
distros:
- windows-64-vs2015-large
- name: sharding_ese_20
distros:
- windows-64-vs2015-large
- name: sharding_ese_misc
distros:
- windows-64-vs2015-large
- name: snmp
- name: ssl
- name: sslSpecial
#######################################
# Functions #
#######################################
functions:
"remove files": &remove_files
command: shell.exec
params:
script: |
if [ -z "${files}" ]; then
exit 0
fi
for file in ${files}
do
if [ -f "$file" ]; then
echo "Removing file $file"
rm -f $file
fi
done
"git get project" : &git_get_project
command: git.get_project
params:
directory: ${git_project_directory|src}
revisions: # for each module include revision as <module_name> : ${<module_name>_rev}
enterprise: ${enterprise_rev}
wtdevelop: ${wtdevelop_rev}
"fetch artifacts" : &fetch_artifacts
command: s3.get
params:
aws_key: ${aws_key}
aws_secret: ${aws_secret}
remote_file: ${project}/${build_variant}/${revision}/artifacts/${build_id}.tgz
bucket: mciuploads
extract_to: src
"fetch binaries" : &fetch_binaries
command: s3.get
params:
aws_key: ${aws_key}
aws_secret: ${aws_secret}
remote_file: ${mongo_binaries}
bucket: mciuploads
local_file: src/mongo-binaries.tgz
"extract binaries" : &extract_binaries
command: shell.exec
params:
working_dir: src
script: |
set -o errexit
${decompress} mongo-binaries.tgz
cp mongodb*/bin/* .
"check binary version" : &check_binary_version
command: shell.exec
params:
working_dir: src
script: |
set -o errexit
mongo_binary=$(find mongodb*/bin -name mongo${exe})
# There should only be one mongo shell
if [ $(echo $mongo_binary | wc -w) -ne 1 ]; then
echo "There is more than 1 extracted mongo binary: $mongo_binary"
exit 1
fi
# For compile bypass we need to skip the binary version check since we can tag a commit
# after the base commit binaries were created. This would lead to a mismatch of the binaries
# and the version from git describe in the compile_expansions.yml.
if [ "${is_patch}" = "true" ] && [ "${bypass_compile|false}" = "true" ]; then
echo "Skipping binary version check since we are bypassing compile in this patch build."
exit 0
fi
${activate_virtualenv}
bin_ver=$($python -c "import yaml; print(yaml.safe_load(open('compile_expansions.yml'))['version']);" | tr -d '[ \r\n]')
# Due to SERVER-23810, we cannot use $mongo_binary --quiet --nodb --eval "version();"
mongo_ver=$($mongo_binary --version | perl -pe '/version v(.*)$/; $_ = $1;' | tr -d '[ \r\n]')
# The versions must match
if [ "$bin_ver" != "$mongo_ver" ]; then
echo "The mongo version is $mongo_ver, expected version is $bin_ver"
exit 1
fi
"fetch benchmarks" : &fetch_benchmarks
command: s3.get
params:
aws_key: ${aws_key}
aws_secret: ${aws_secret}
remote_file: ${project}/${build_variant}/${revision}/benchmarks/${build_id}.tgz
bucket: mciuploads
extract_to: src
"fetch benchrun embedded files" : &fetch_benchrun_embedded_files
command: s3.get
params:
aws_key: ${aws_key}
aws_secret: ${aws_secret}
remote_file: ${project}/benchrun_embedded/benchrun_json_files.tgz
bucket: mciuploads
extract_to: src/benchrun_embedded/testcases
"get buildnumber" : &get_buildnumber
command: keyval.inc
params:
key: "${build_variant}_master"
destination: "builder_num"
"run diskstats": &run_diskstats
command: shell.exec
params:
background: true
system_log: true
script: |
set -o errexit
set -o verbose
# On Windows we can use typeperf.exe to dump performance counters.
if [ "Windows_NT" = "$OS" ]; then
typeperf -qx PhysicalDisk | grep Disk | grep -v _Total > disk_counters.txt
typeperf -cf disk_counters.txt -si 5 -o mongo-diskstats
# Linux: iostat -t option for timestamp.
elif iostat -tdmx > /dev/null 2>&1; then
iostat -tdmx 5 > mongo-diskstats
# OSX: Simulate the iostat timestamp.
elif iostat -d > /dev/null 2>&1; then
iostat -d -w 5 | while IFS= read -r line; do printf '%s %s\n' "$(date +'%m/%d/%Y %H:%M:%S')" "$line" >> mongo-diskstats; done
# Check if vmstat -t is available.
elif vmstat -td > /dev/null 2>&1; then
vmstat -td 5 > mongo-diskstats
# Check if vmstat -T d is available.
elif vmstat -T d > /dev/null 2>&1; then
vmstat -T d 5 > mongo-diskstats
else
printf "Cannot collect mongo-diskstats on this platform\n"
fi
"collect system resource info": &collect_system_resource_info
command: shell.exec
params:
working_dir: src
background: true
system_log: true
script: |
${activate_virtualenv}
$python buildscripts/collect_resource_info.py -o system_resource_info.json -i 5
# Run a monitor process as a background, system task to periodically
# display how many threads interesting processes are using.
"monitor process threads": &monitor_process_threads
command: shell.exec
params:
background: true
system_log: true
script: |
proc_list="(bsondump|java|lein|mongo|python|_test$|_test\.exe$)"
if [ "Windows_NT" = "$OS" ]; then
get_pids() {
proc_pids=$(tasklist /fo:csv |
awk -F'","' '{x=$1; gsub("\"","",x); print $2, x}' |
grep -iE $1 |
cut -f1 -d ' ');
}
get_process_info() {
proc_name="";
proc_info=$(wmic process where "ProcessId=\"$1\"" get "Name,ProcessId,ThreadCount" /format:csv 2> /dev/null | grep $1);
if [ ! -z $proc_info ]; then
proc_name=$(echo $proc_info | cut -f2 -d ',');
proc_threads=$(echo $proc_info | cut -f4 -d ',');
fi;
}
else
get_pids() { proc_pids=$(pgrep $1); }
get_process_info() {
proc_name=$(ps -p $1 -o comm=);
# /proc is available on Linux platforms
if [ -f /proc/$1/status ]; then
${set_sudo}
proc_threads=$($sudo grep Threads /proc/$1/status | sed "s/\s//g" | cut -f2 -d ":");
else
proc_threads=$(ps -AM $1 | grep -vc PID);
fi;
}
fi
while [ 1 ]
do
get_pids $proc_list
if [ ! -z "$proc_pids" ]; then
printf "Running process/thread counter\n"
printf "PROCESS\tPID\tTHREADS\n"
fi
for pid in $proc_pids
do
get_process_info $pid
if [ ! -z "$proc_name" ]; then
printf "$proc_name\t$pid\t$proc_threads\n"
fi
done
sleep 60
done
"set up credentials" : &set_up_credentials
command: shell.exec
params:
working_dir: src
silent: true
script: |
cat > mci.buildlogger <<END_OF_CREDS
slavename='${slave}'
passwd='${passwd}'
builder='MCI_${build_variant}'
build_num=${builder_num}
build_phase='${task_name}_${execution}'
END_OF_CREDS
"set up remote credentials": &set_up_remote_credentials
command: shell.exec
params:
silent: true
script: |
set -o errexit
# Since the macros 'private_key_remote' and 'private_key_file' are not always defined
# we default to /dev/null to avoid syntax errors of an empty expansion.
if [ ! -z "${private_key_remote}" ] && [ ! -z "${private_key_file}" ] ; then
mkdir -p ~/.ssh
echo -n "${private_key_remote}" > ${private_key_file|/dev/null}
chmod 0600 ${private_key_file|/dev/null}
fi
if [ ! -d ~.aws ]; then
mkdir -p ~/.aws
fi
# If ${aws_profile_remote} is not specified then the config & credentials are
# stored in the 'default' profile.
aws_profile="${aws_profile_remote|default}"
# The profile in the config file is specified as [profile <profile>], except
# for [default], see http://boto3.readthedocs.io/en/latest/guide/configuration.html
if [ $aws_profile = "default" ] ; then
aws_profile_config="[default]"
else
aws_profile_config="[profile $aws_profile]"
fi
cat <<EOF >> ~/.aws/config
$aws_profile_config
region = us-east-1
EOF
# The profile in the credentials file is specified as [<profile>].
cat <<EOF >> ~/.aws/credentials
[$aws_profile]
aws_access_key_id = ${aws_key_remote}
aws_secret_access_key = ${aws_secret_remote}
EOF
cat <<EOF > ~/.boto
[Boto]
https_validate_certificates = False
EOF
"call BF Suggestion service":
command: shell.exec
params:
working_dir: src
shell: bash
silent: true
script: |
report_file="report.json"
# Check if the report file exists and has failures.
if [ -f $report_file ] && grep -Eq "\"failures\": [1-9]" $report_file; then
# Calling the BF Suggestion server endpoint to start feature extraction.
payload="{\"task_id\": \"${task_id}\", \"execution\": ${execution}}"
echo "Sending task info to the BF suggestion service"
# The --user option is passed through stdin to avoid showing in process list.
user_option="--user ${bfsuggestion_user}:${bfsuggestion_password}"
curl --header "Content-Type: application/json" \
--data "$payload" \
--max-time 10 \
--silent \
--show-error \
--config - \
https://bfsuggestion.corp.mongodb.com/tasks <<< $user_option
echo "Request to BF Suggestion service status: $?"
fi
"upload debugsymbols" : &upload_debugsymbols
command: s3.put
params:
optional: true
aws_key: ${aws_key}
aws_secret: ${aws_secret}
local_file: src/mongo-debugsymbols.tgz
remote_file: ${mongo_debugsymbols}
bucket: mciuploads
permissions: public-read
content_type: ${content_type|application/gzip}
"fetch debugsymbols archive" : &fetch_debugsymbols_archive
command: s3.get
params:
aws_key: ${aws_key}
aws_secret: ${aws_secret}
remote_file: ${mongo_debugsymbols}