🥇Buildbot v príkladoch

Potreboval som nastaviť proces zostavovania a doručovania softvérových balíkov z úložiska Git na stránku. A keď som, nie je to tak dávno, čo som tu na Habré videl článok o buildbotovi (odkaz na konci), rozhodol som sa ho vyskúšať a aplikovať.

Keďže buildbot je distribuovaný systém, bolo by logické vytvoriť samostatného hostiteľa zostavenia pre každú architektúru a operačný systém. V našom prípade to budú kontajnery LXC (v prípade Linuxu) a qemu (v prípade Windows):

vm-srv-build1 - centos 7, bude tam majster buildbotov a jeden z robotníkov
vm-srv-build2 - debian 10, na zostavovanie balíkov DEB
vm-srv-build3 - windows 10, na montáž, viete na čo

Budeme zbierať Rac GUI — grafické rozhranie pre 1C rac na správu klastra serverov. Pre Linux sa použijú štandardné nástroje pre každý OS, na zostavenie exe súboru pre Windows zo skriptu tcl použite freewrap.

Inštalácia

GNU / Linux

Na internete je dostatok dokumentácie na inštaláciu 1,2. Áno, a nespôsobuje žiadne zvláštne problémy:
Pre majstra:

pip3 install buildbot
pip3 install twisted
pip3 install autobahn
pip3 install pysqlite3
pip3 install sqlalchemy sqlalchemy-migrate
pip3 install buildbot-www buildbot-grid-view buildbot-console-view buildbot-waterfall-view
pip3 install python-dateutil

Pre „pracovníkov“ to stačí:

pip3 install buildbot-worker

Samozrejme, správnejšie by bolo zbierať balíčky pre každý OS, ale to je nad rámec článku. Vynecháme aj popis nastavenia kontajnerov na prácu, len podotýkam, že používam ProxMox VE. A tiež budete musieť nainštalovať balíčky pre každú os potrebnú na zostavenie (centos: rpmdevtools atď.; debian: build-essential, dh-make, pbuilder atď.)

Budovacie projekty a služby buildbotov budú spustené ako neprivilegovaný používateľ, takže si ich musíte vytvoriť na všetkých hostiteľoch zúčastňujúcich sa na procese:


adduser buildbot

Ďalej nakonfigurujeme automatické spúšťanie služieb na každom z hostiteľov (kontajnerov):

Systémová jednotka na spustenie sprievodcu:

touch /etc/systemd/buildbot-master.service 

[Unit]
Description=BuildBot master service
After=network.target

[Service]
User=buildbot
Group=buildbot
WorkingDirectory=/home/buildbot/master
ExecStart=/usr/local/bin/buildbot start --nodaemon
ExecReload=/bin/kill -HUP $MAINPID

[Install]
WantedBy=multi-user.target

a "pracovník"

touch /etc/systemd/buildbot-worker.service 

[Unit]
Description=BuildBot worker service
After=network.target

[Service]master
User=buildbot
Group=buildbot
WorkingDirectory=/home/buildbot/worker
ExecStart=/usr/local/bin/buildbot-worker start --nodaemon

[Install]
WantedBy=buildbot-master.service

Keďže všetky skripty (v našom prípade) sú umiestnené v /usr/local/, mali by ste k nim nastaviť cestu v premenných prostredia:

nano /root/.bash_profile

PATH=$PATH:$HOME/.local/bin:$HOME/bin:/usr/local/bin

Potom môžete vytvoriť adresárovú infraštruktúru pre „pracovníkov“ (na všetkých hostiteľoch), ak to chcete urobiť, zaregistrujte sa pod používateľom buildbot a spustite nasledujúce príkazy:

Na prvom hostiteľovi vm-srv-build1:

su - buildbot
mkdir /home/buildbot/worker
cd ~
buildbot-worker create-worker --umask=0o22 --keepalive=60 worker vm-srv-build1:4000 CentOS 123456

Na druhom hostiteľovi vm-srv-build2:

su - buildbot
mkdir /home/buildbot/worker
cd ~
buildbot-worker create-worker --umask=0o22 --keepalive=60 worker vm-srv-build1:4000 Debian-10 123456

Na pracovných hostiteľoch je možné spustiť službu buildbot-worker

systemctl start buildbot-worker

MS Windows

Ako „pracovník“ na montáž pod Windows sa použije virtuálny stroj s najnovším vydaním Win10.
Na prácu potrebujete:

Pytón
PyWIN
ísť
Ak chcete nainštalovať najrôznejšie veci v Pythone, musíte si ich stiahnuť Nástroje na zostavovanie pre Visual Studio 2019
7Zip

Po nainštalovaní všetkých vyššie uvedených možností môžete nainštalovať samotného buildbota:

pip install buildbot-worker

Vytvorme si pracovný adresár

md c:worker

A poďme na štart

buildbot-worker start c:worker

Ak všetko funguje (pozri log c:workertwistd.log), potom môžete nášho „pracovníka“ zaregistrovať ako službu pridaním položky s pracovným adresárom do registra (príkazy sa vykonávajú v powershell spustenom ako správca):

buildbot_worker_windows_service.exe --user VM-SRV-BUILD3buildbot --password 123456 --startup auto install
New-ItemProperty -path Registry::HKEY_LOCAL_MACHINESYSTEMCurrentControlSetservicesBuildBotParameters -Name directories -PropertyType String -Value c:worker

A môžete spustiť službu

Start-Service buildbot

To je všetko s „pracovníkmi“, nemusíte sa ich ďalej dotýkať, všetko ovládanie pochádza od majstra.

Nastavenie sprievodcu

Na začiatok vytvorte infraštruktúru pre master (na hlavnom hostiteľovi), aby ste to urobili, zaregistrujte sa pod používateľom buildbot a spustite nasledujúce príkazy:

su - buildbot
mkdir /home/buildbot/master
cd ~
buildbot create-master master

Pre hotové balíky vytvorte adresár builds

mkdir /home/buildbot/builds

V adresári /home/buildbot/master/ bol vytvorený súbor master.cfg. Tento súbor je kód pythonu a obsahuje popis všetkých mechanizmov systému, s ktorým budeme v budúcnosti pracovať.

nano /home/buildbot/master/master.cfg

import os, re
from buildbot.plugins import steps, util, schedulers, worker, changes, reporters

c= BuildmasterConfig ={}

# Описание наших рабочих.
c['workers'] = [ worker.Worker('CentOS', '123456'), worker.Worker('Debian-10', '123456'), worker.Worker('Windows-10', '123456')]
c['protocols'] = {'pb': {'port': 4000}} 

# Указание мастеру какой репозиторий отслеживать
c['change_source'] = []
c['change_source'].append(changes.GitPoller(
       repourl = 'https://bitbucket.org/svk28/rac-gui.git',
       project = 'Rac-GUI',
       branches = True,
       pollInterval = 60
      )
)

# служба запуска сборки
c['schedulers'] = []
c['schedulers'].append(schedulers.SingleBranchScheduler(
       name="Rac-GUI-schedulers",
       change_filter=util.ChangeFilter(branch='master'),
       builderNames=["Rac-GUI-RPM-builder", "Rac-GUI-DEB-builder", "Rac-GUI-WIN-builder"],
       properties = {'owner': 'admin'}
       )
)
@util.renderer

######################################3
# Сборка RPM-пакета
 rac_gui_build_RPM = util.BuildFactory()

rac_gui_build_RPM.addStep(steps.Git(
       repourl = 'https://bitbucket.org/svk28/rac-gui.git',
       workdir = 'rac-gui',
       haltOnFailure = True,
       submodules = True,
       mode='full',
       progress = True)
)

Pre automatizáciu zostavovania balíkov rôznych verzií, aby ste sa nemuseli vŕtať v kóde súboru master.cfg, boli v hlavnom skripte programu rac_gui.tcl do hlavičky pridané riadky s aktuálnou verziou a vydaním. :

######################################################
#        Rac GUI
...
# version: 1.0.3
# release: 1

A na základe týchto riadkov bude buildbot očíslovať balíčky. Na extrahovanie údajov použite volanie konzoly grep. V buildbote jednoducho nemôžete definovať premenné pre „pracovníkov“ (aspoň som nenašiel ako). Na to slúžia vlastnosti. Tie. V procese zostavovania pridávame kroky na určenie verzie a vydania a podľa toho nastavujeme vlastnosti verzie a vydania. Vlastnosti je možné nastaviť rôznymi spôsobmi, v tomto prípade volaním príkazu konzoly:

# Добавим определение версии из основного файла
rac_gui_build_RPM.addStep(
       steps.SetPropertyFromCommand(
       command="grep version ../rac-gui/rac_gui.tcl | grep -oE 'b[0-9]{1,2}.[0-9]{1,2}.[0-9]{1,2}b'", property="version"
       )
)
# Добавим определение релиза из основного файла
rac_gui_build_RPM.addStep(
       steps.SetPropertyFromCommand(
       command="grep release ../rac-gui/rac_gui.tcl | grep -oE 'b[0-9]{1,3}b'", property="release"
       )
)

Výsledné hodnoty môžete nahradiť volaním util.Interpolate().

# Запакуем исходники
rac_gui_build_RPM.addStep(
       steps.ShellCommand(
          command=["tar", "czf", util.Interpolate("/home/buildbot/rpmbuild/SOURCES/rac-gui-%(prop:version)s-%(prop:release)s.tar.gz"), "../rac-gui"]
       )
)

Tu je potrebné poznamenať, že keďže hostiteľ slúži aj na ručné skladanie balíkov, bude montáž prebiehať štandardnými cestami.

# Копируем spec
rac_gui_build_RPM.addStep(steps.ShellCommand(
       command=["cp", "../rac-gui/rac_gui.spec", "/home/buildbot/rpmbuild/SPECS/rac_gui.spec"]))

Na nastavenie správneho čísla vydania a verzie použite štandardný sed call, t.j. príkaz nahradí hodnoty v súbore špecifikácií požadovanými

# меняем версию
rac_gui_build_RPM.addStep(steps.ShellCommand(
       command=["sed", "-i", util.Interpolate("s/.*Version:.*/Version:t%(prop:version)s/"), "/home/buildbot/rpmbuild/SPECS/rac_gui.spec"]))
# меняем релиз
rac_gui_build_RPM.addStep(steps.ShellCommand(
       command=["sed", "-i", util.Interpolate("s/.*Release:.*/Release:t%(prop:release)s/"), "/home/buildbot/rpmbuild/SPECS/rac_gui.spec"]))

# запускаем процесс сборки
rac_gui_build_RPM.addStep(steps.RpmBuild(
       specfile="/home/buildbot/rpmbuild/SPECS/rac_gui.spec",
       dist='.el5',
       topdir='/home/buildbot/rpmbuild',
       builddir='/home/buildbot/rpmbuild/build',
       rpmdir='/home/buildbot/rpmbuild/RPMS',
       sourcedir='/home/buildbot/rpmbuild/SOURCES'
      )
)

Hotový zostavený balík a archív so zdrojmi skopírujeme na master. Môžete však okamžite skopírovať súbory z pracovného súboru do svojho úložiska alebo webovej lokality.

# Скопируем файл на мастер
rac_gui_build_RPM.addStep(
       steps.FileUpload(
          workersrc=util.Interpolate("/home/buildbot/rpmbuild/RPMS/noarch/rac-gui-%(prop:version)s-%(prop:release)s.noarch.rpm"),
          masterdest=util.Interpolate("/home/buildbot/builds/rac-gui-%(prop:version)s-%(prop:release)s.noarch.rpm")
      )
)

rac_gui_build_RPM.addStep(
       steps.FileUpload(
       workersrc=util.Interpolate("/home/buildbot/rpmbuild/SOURCES/rac-gui-%(prop:version)s-%(prop:release)s.tar.gz"),
          masterdest=util.Interpolate("/home/buildbot/builds/rac-gui-%(prop:version)s-%(prop:release)s.tar.gz")
       )
)

Začnime proces kopírovania zozbieraných balíkov na hosting cez FTP na masteri. Na tento účel sa používa skript na tcl.

rac_gui_build_RPM.addStep(
        steps.MasterShellCommand(
            command=["/usr/local/bin/deploy-ftp.tcl",
                util.Interpolate("--local-file=/home/buildbot/builds/rac-gui-%(prop:version)s-%(prop:release)s.noarch.rpm"),
                util.Interpolate("--remote-file=uploads/rac-gui/rac-gui-%(prop:version)s-%(prop:release)s.noarch.rpm")]
        )
)

rac_gui_build_RPM.addStep(
        steps.MasterShellCommand(
            command=["/usr/local/bin/deploy-ftp.tcl",
                util.Interpolate("--local-file=/home/buildbot/builds/rac-gui-%(prop:version)s-%(prop:release)s.tar.gz"),
                util.Interpolate("--remote-file=uploads/rac-gui/rac-gui-%(prop:version)s-%(prop:release)s.tar.gz")]
        )
)

To je všetko s RPM. Teraz začnime popisovať algoritmus na zostavenie balíka DEB. Keďže procesy vytvárania balíkov pre rôzne systémy sú na sebe nezávislé, mnohé kroky sa budú opakovať.


rac_gui_build_DEB = util.BuildFactory()

rac_gui_build_DEB.addStep(steps.Git(
       repourl = 'https://bitbucket.org/svk28/rac-gui.git',
       haltOnFailure = True,
       submodules = True,
       mode='full',
       workdir='build',
       progress = True)
)

# Добавим определение версии из основного файла
rac_gui_build_DEB.addStep(
       steps.SetPropertyFromCommand(
       command="grep version rac_gui.tcl | grep -oE 'b[0-9]{1,2}.[0-9]{1,2}.[0-9]{1,2}b'", property="version"
       )
)

# Добавим определение релиза из основного файла
rac_gui_build_DEB.addStep(
       steps.SetPropertyFromCommand(
       command="grep release rac_gui.tcl | grep -oE 'b[0-9]{1,3}b'", property="release"
       )
)

# Переименуем запускаемый файл
    rac_gui_build_DEB.addStep(steps.ShellCommand(
       command=["mv", "rac_gui.tcl", "racgui"]))

V prípade balíka RPM niektoré z nasledujúcich postupov vykonáva samotný rpm počas zostavovania a sú popísané v špecifikácii; pre Debian to musíte urobiť tu:

# Поменяем пути к библиотекам
rac_gui_build_DEB.addStep(steps.ShellCommand(
       command=["sed", "-i", "s+^set dir(lib)+set dir(lib) /usr/share/rac-gui/lib ;#+g", "racgui"]))

# Поменяем пути к файлам
rac_gui_build_DEB.addStep(steps.ShellCommand(
       command=["sed", "-i", "s+[pwd]+/usr/share/rac-gui+g", "racgui"]))

# заархивируем исходники
rac_gui_build_DEB.addStep(steps.ShellCommand(
       command=["tar", "czf", util.Interpolate("../rac-gui_%(prop:version)s.orig.tar.gz"), "."]))

# Соберём пакет
rac_gui_build_DEB.addStep(steps.ShellCommand(
       command=["dpkg-buildpackage"]))

# Скопируем файл на мастер
rac_gui_build_DEB.addStep(
       steps.FileUpload(
       workersrc=util.Interpolate("../rac-gui_%(prop:version)s-%(prop:release)s_amd64.deb"),
           masterdest=util.Interpolate("/home/buildbot/builds/rac-gui_%(prop:version)s-%(prop:release)s_amd64.deb")
       )
)
rac_gui_build_DEB.addStep(
        steps.MasterShellCommand(
            command=["/usr/local/bin/deploy-ftp.tcl",
             util.Interpolate("--local-file=/home/buildbot/builds/rac-gui_%(prop:version)s-%(prop:release)s_amd64.deb"),
             util.Interpolate("--remote-file=uploads/rac-gui/rac-gui_%(prop:version)s-%(prop:release)s_amd64.deb")]
        )
)

A hotovo s DEB, teraz Windows!

rac_gui_build_WIN = util.BuildFactory()

rac_gui_build_WIN.addStep(steps.Git(
       repourl = 'https://bitbucket.org/svk28/rac-gui.git',
       haltOnFailure = True,
       submodules = True,
       mode='full',
       workdir='build',
       progress = True)
)

Keďže grep a sed nie sú vo Windows štandardné (alebo sú?), použijeme powershell

# Добавим определение версии из основного файла
rac_gui_build_WIN.addStep(
       steps.SetPropertyFromCommand(
       command="powershell -command "((Get-Content .rac_gui.tcl | Select-String -Pattern 'version:') -split 's')[2]",
       property="version"
       )
    )

# Добавим определение релиза из основного файла
rac_gui_build_WIN.addStep(
       steps.SetPropertyFromCommand(
       command="powershell -command "((Get-Content .rac_gui.tcl | Select-String -Pattern 'release:') -split 's')[2]",
       property="release"
       )
)

# Создадим запускаемый файл
rac_gui_build_WIN.addStep(steps.ShellCommand(
       command=["c:binfreewrap.exe", "rac_gui.tcl"]))

# запакуем то, что получилось
rac_gui_build_WIN.addStep(steps.ShellCommand(
       command=["c:Program Files7-zip7z.exe", "a", "-r", util.Interpolate("..rac-gui_%(prop:version)s-%(prop:release)s.win.zip"), "..build"]))

# скопируем на мастер
rac_gui_build_WIN.addStep(
       steps.FileUpload(
       workersrc=util.Interpolate("..rac-gui_%(prop:version)s-%(prop:release)s.win.zip"),
           masterdest=util.Interpolate("/home/buildbot/builds/rac-gui_%(prop:version)s-%(prop:release)s.win.zip")
       )
)
# Скопируем файл на хостинг
rac_gui_build_WIN.addStep(
        steps.MasterShellCommand(
            command=["/usr/local/bin/deploy-ftp.tcl",
            util.Interpolate("--local-file=/home/buildbot/builds/rac-gui_%(prop:version)s-%(prop:release)s.win.zip"),
            util.Interpolate("--remote-file=uploads/rac-gui/rac-gui_%(prop:version)s-%(prop:release)s.win.zip")]
       )
)

# Тут определяем какие сборщики у нас есть
c['builders'] = [
        util.BuilderConfig(name="Rac-GUI-RPM-builder", workername='CentOS', factory=rac_gui_build_RPM),
        util.BuilderConfig(name="Rac-GUI-DEB-builder", workername='Debian-10', factory=rac_gui_build_DEB),
        util.BuilderConfig(name="Rac-GUI-WIN-builder", workername='Windows-10', factory=rac_gui_build_WIN),
]

E-mailom vás budeme informovať o stave procesu zostavovania.


c['services'] = []

template=u'''
    <h4>Build status: {{ summary }}</h4>
    <p> Worker used: {{ workername }}</p>
    {% for step in build['steps'] %}
    <p> {{ step['name'] }}: {{ step['result'] }}</p>
    {% endfor %}
    <p><b> -- The Buildbot</b></p>
    '''

mailNotifier = reporters.MailNotifier(fromaddr="[email protected]",
             sendToInterestedUsers=False,
             mode=('all'),
             extraRecipients=["[email protected]"],
             relayhost="mail.domain.ru",
             smtpPort=587,
             smtpUser="[email protected]",
             smtpPassword="******",
             messageFormatter=reporters.MessageFormatter(
                                 template=template, template_type='html',
                                 wantProperties=True, wantSteps=True))

c['services'].append(mailNotifier)

# Основные настройки мастера
c['title'] = "The process of bulding"
c['titleURL'] = "http://vm-srv-build1:80/"
c['buildbotURL'] = "http://vm-srv-build1/"
c['www'] = dict(port=80,
                plugins=dict(waterfall_view={}, console_view={}, grid_view={}))
c['db'] = {
       'db_url' : "sqlite:///state.sqlite"
}

Uložte súbor a môžete skúsiť spustiť službu sprievodcu:

systemctl restart buildbot-master

V protokole skontrolujeme, či je všetko v poriadku s konfiguráciou a všetko funguje ako normálne. Všetci naši pracovníci by sa teraz mali pripojiť, čo bude šťastne zaznamenané v denníku »»'/home/buildbot/master/twistd.log»»':

 2019-07-24 16:50:35+0300 [-] Loading buildbot.tac...
 2019-07-24 16:50:35+0300 [-] Loaded.
 2019-07-24 16:50:35+0300 [-] twistd 19.2.1 (/usr/bin/python3.6 3.6.8) starting up.
 2019-07-24 16:50:35+0300 [-] reactor class: twisted.internet.epollreactor.EPollReactor.
 2019-07-24 16:50:35+0300 [-] Starting BuildMaster -- buildbot.version: 2.3.1
 2019-07-24 16:50:35+0300 [-] Loading configuration from '/home/buildbot/master/master.cfg'
 2019-07-24 16:50:36+0300 [-] /usr/local/lib/python3.6/site-packages/buildbot/config.py:90: buildbot.config.ConfigWarning: [0.9.0 and later] `buildbotNetUsageData` is not configured and defaults to basic.
        This parameter helps the buildbot development team to understand the installation base.
        No personal information is collected.
        Only installation software version info and plugin usage is sent.
        You can `opt-out` by setting this variable to None.
        Or `opt-in` for more information by setting it to "full".

 2019-07-24 16:50:36+0300 [-] Setting up database with URL 'sqlite:/state.sqlite'
 2019-07-24 16:50:36+0300 [-] setting database journal mode to 'wal'
 2019-07-24 16:50:36+0300 [-] adding 1 new services, removing 0
 2019-07-24 16:50:36+0300 [-] adding 1 new change_sources, removing 0
 2019-07-24 16:50:36+0300 [-] gitpoller: using workdir '/home/buildbot/master/gitpoller-work'
 2019-07-24 16:50:36+0300 [-] adding 3 new builders, removing 0
 2019-07-24 16:50:36+0300 [-] adding 1 new schedulers, removing 0
 2019-07-24 16:50:36+0300 [-] initializing www plugin 'waterfall_view'
 2019-07-24 16:50:36+0300 [-] initializing www plugin 'console_view'
 2019-07-24 16:50:36+0300 [-] initializing www plugin 'grid_view'
 2019-07-24 16:50:36+0300 [-] NOTE: www plugin 'sitenav' is installed but not configured
 2019-07-24 16:50:36+0300 [-] initializing www plugin 'waterfall_view'
 2019-07-24 16:50:36+0300 [-] initializing www plugin 'console_view'
 2019-07-24 16:50:36+0300 [-] initializing www plugin 'grid_view'
 2019-07-24 16:50:36+0300 [-] NOTE: www plugin 'sitenav' is installed but not configured
 2019-07-24 16:50:36+0300 [-] BuildbotSite starting on 80
 2019-07-24 16:50:36+0300 [-] Starting factory <buildbot.www.service.BuildbotSite object at 0x7fe31c2657b8>
 2019-07-24 16:50:36+0300 [-] adding 3 new workers, removing 0
 2019-07-24 16:50:36+0300 [-] PBServerFactory starting on 4000
 2019-07-24 16:50:36+0300 [-] Starting factory <twisted.spread.pb.PBServerFactory object at 0x7fe31c147470>
 2019-07-24 16:50:37+0300 [-] BuildMaster is running
 2019-07-24 16:50:37+0300 [-] buildbotNetUsageData: sending {'installid': 'b6193b126b96689351d2fe95787c5a03fc0879f9', 'versions': {'Python': '3.6.8', 'Buildbot': '2.3.1', 'Twisted': '19.2.1'}, 'platform': {'platform': 'Linux-4.15.18-10- pve-x86_64-with-centos-7.6.1810-Core', 'system': 'Linux', 'machine': 'x86_64', 'processor': 'x86_64', 'python_implementation': 'CPython', 'version': '#1 SMP PVE 4.15.18-32', 'distro': 'centos:7'}, 'plugins': {'buildbot/worker/base/Worker': 3, 'buildbot/config/BuilderConfig': 3, 'buildbot/schedulers/basic/SingleBranchScheduler': 1, 'buildbot/reporters/mail/MailNotifier': 1, 'buildbot/changes/gitpoller/GitPoller': 1, 'buildbot/steps/worker/MakeDirectory': 1, 'buildbot/steps/source/git/Git': 3, 'buildbot/steps/shell/ShellCommand': 9, 'buildbot/steps/package/rpm/rpmbuild/RpmBuild': 1}, 'db': 'sqlite', 'mq': 'simple', 'www_plugins': ['waterfall_view', 'console_view', 'grid_view']}
 2019-07-24 16:50:37+0300 [Broker,0,127.0.0.1] worker 'CentOS' attaching from IPv4Address(type='TCP', host='127.0.0.1', port=37332)
 2019-07-24 16:50:37+0300 [Broker,0,127.0.0.1] Got workerinfo from 'CentOS'
 2019-07-24 16:50:37+0300 [-] bot attached
 2019-07-24 16:50:37+0300 [Broker,0,127.0.0.1] Worker CentOS attached to Rac-GUI-RPM-builder
 2019-07-24 16:50:37+0300 [-] buildbotNetUsageData: buildbot.net said: ok
 2019-07-24 16:50:39+0300 [Broker,1,192.168.55.15] worker 'Windows-10' attaching from IPv4Address(type='TCP', host='192.168.5.145', port=49831)
 2019-07-24 16:50:39+0300 [Broker,1,192.168.55.15] Got workerinfo from 'Windows-10'
 2019-07-24 16:50:40+0300 [-] bot attached
 2019-07-24 16:50:40+0300 [Broker,1,192.168.55.15] Worker Windows-10 attached to Rac-GUI-WIN-builder
 2019-07-24 16:50:41+0300 [Broker,2,192.168.55.99] worker 'Debian-10' attaching from IPv4Address(type='TCP', host='192.168.5.9', port=44430)
 2019-07-24 16:50:41+0300 [Broker,2,192.168.55.99] Got workerinfo from 'Debian-10'
 2019-07-24 16:50:41+0300 [-] bot attached
 2019-07-24 16:50:41+0300 [Broker,2,192.168.55.99] Worker Debian-10 attached to Rac-GUI-DEB-builder

Týmto sa dokončí proces nastavenia. Aktuálny stav si môžete pozrieť cez webové rozhranie. Kde môžete tiež vidieť chyby zostavenia, nakopnúť zamrznutý proces, ak sa niečo pokazilo atď.

Ihneď po spustení si našich pracantov môžete prezerať cez menu “Builds” -> “Workers”

Po dokončení prvého procesu zostavenia (t. j. zmien v úložisku Git) sa stav procesov zobrazí na prvej stránke.

Ak kliknete myšou na požadovaný riadok, otvorí sa stránka s aktuálnym stavom tohto procesu, kde vidíte, čo sa deje, aké chyby atď.

Celú konfiguráciu sprievodcu nájdete tu

import os, re
from buildbot.plugins import steps, util, schedulers, worker, changes, reporters
c= BuildmasterConfig ={}
c['workers'] = [ worker.Worker('CentOS', '123456'), worker.Worker('Debian-10', '123456'), worker.Worker('Windows-10', '123456')]
c['protocols'] = {'pb': {'port': 4000}} 
c['change_source'] = []
c['change_source'].append(changes.GitPoller(
repourl = 'https://bitbucket.org/svk28/rac-gui.git',
project = 'Rac-GUI',
branches = True,
pollInterval = 600
))
# служба запуска сборки
c['schedulers'] = []
c['schedulers'].append(schedulers.SingleBranchScheduler(
name="Rac-GUI-schedulers",
change_filter=util.ChangeFilter(branch='master'),
builderNames=["Rac-GUI-RPM-builder", "Rac-GUI-DEB-builder", "Rac-GUI-WIN-builder"],
properties = {'owner': 'admin'}
))
@util.renderer
def get_name_version_release(props):
prog_name = "rac-gui"
prog_version = "1.0.3"
prog_release = "3"
return {
"prog_name": prog_name
#"prog_version": prog_version,
#"prog_release": prog_release
}
rac_gui_build_RPM = util.BuildFactory()
rac_gui_build_RPM.addStep(steps.Git(
repourl = 'https://bitbucket.org/svk28/rac-gui.git',
workdir = 'rac-gui',
haltOnFailure = True,
submodules = True,
mode='full',
progress = True)
)
# Добавим определение версии из основного файла
rac_gui_build_RPM.addStep(
steps.SetPropertyFromCommand(
command="grep version ../rac-gui/rac_gui.tcl | grep -oE 'b[0-9]{1,2}.[0-9]{1,2}.[0-9]{1,2}b'", property="version"
)
)
# Добавим определение релиза из основного файла
rac_gui_build_RPM.addStep(
steps.SetPropertyFromCommand(
command="grep release ../rac-gui/rac_gui.tcl | grep -oE 'b[0-9]{1,3}b'", property="release"
)
)
rac_gui_build_RPM.addStep(steps.ShellCommand(
command=["tar", "czf", util.Interpolate("/home/buildbot/rpmbuild/SOURCES/rac-gui-%(prop:version)s-%(prop:release)s.tar.gz"), "../rac-gui"]))
rac_gui_build_RPM.addStep(steps.ShellCommand(
command=["cp", "../rac-gui/rac_gui.spec", "/home/buildbot/rpmbuild/SPECS/rac_gui.spec"]))
rac_gui_build_RPM.addStep(steps.ShellCommand(
command=["sed", "-i", util.Interpolate("s/.*Version:.*/Version:t%(prop:version)s/"), "/home/buildbot/rpmbuild/SPECS/rac_gui.spec"]))
rac_gui_build_RPM.addStep(steps.ShellCommand(
command=["sed", "-i", util.Interpolate("s/.*Release:.*/Release:t%(prop:release)s/"), "/home/buildbot/rpmbuild/SPECS/rac_gui.spec"]))
rac_gui_build_RPM.addStep(steps.RpmBuild(
specfile="/home/buildbot/rpmbuild/SPECS/rac_gui.spec",
dist='.el5',
topdir='/home/buildbot/rpmbuild',
builddir='/home/buildbot/rpmbuild/build',
rpmdir='/home/buildbot/rpmbuild/RPMS',
sourcedir='/home/buildbot/rpmbuild/SOURCES'
))
# Скопируем файл на мастер
rac_gui_build_RPM.addStep(
steps.FileUpload(
workersrc=util.Interpolate("/home/buildbot/rpmbuild/RPMS/noarch/rac-gui-%(prop:version)s-%(prop:release)s.noarch.rpm"),
masterdest=util.Interpolate("/home/buildbot/builds/rac-gui-%(prop:version)s-%(prop:release)s.noarch.rpm")
)
)
rac_gui_build_RPM.addStep(
steps.FileUpload(
workersrc=util.Interpolate("/home/buildbot/rpmbuild/SOURCES/rac-gui-%(prop:version)s-%(prop:release)s.tar.gz"),
masterdest=util.Interpolate("/home/buildbot/builds/rac-gui-%(prop:version)s-%(prop:release)s.tar.gz")
)
)
rac_gui_build_RPM.addStep(
steps.MasterShellCommand(
command=["/usr/local/bin/deploy-ftp.tcl",
util.Interpolate("--local-file=/home/buildbot/builds/rac-gui-%(prop:version)s-%(prop:release)s.noarch.rpm"),
util.Interpolate("--remote-file=uploads/rac-gui/rac-gui-%(prop:version)s-%(prop:release)s.noarch.rpm")]
)
)
rac_gui_build_RPM.addStep(
steps.MasterShellCommand(
command=["/usr/local/bin/deploy-ftp.tcl",
util.Interpolate("--local-file=/home/buildbot/builds/rac-gui-%(prop:version)s-%(prop:release)s.tar.gz"),
util.Interpolate("--remote-file=uploads/rac-gui/rac-gui-%(prop:version)s-%(prop:release)s.tar.gz")]
)
)
####################################
##      DEB 
####################################
rac_gui_build_DEB = util.BuildFactory()
rac_gui_build_DEB.addStep(steps.Git(
repourl = 'https://bitbucket.org/svk28/rac-gui.git',
haltOnFailure = True,
submodules = True,
mode='full',
workdir='build',
progress = True)
)
# Добавим определение версии из основного файла
rac_gui_build_DEB.addStep(
steps.SetPropertyFromCommand(
command="grep version rac_gui.tcl | grep -oE 'b[0-9]{1,2}.[0-9]{1,2}.[0-9]{1,2}b'", property="version"
)
)
# Добавим определение релиза из основного файла
rac_gui_build_DEB.addStep(
steps.SetPropertyFromCommand(
command="grep release rac_gui.tcl | grep -oE 'b[0-9]{1,3}b'", property="release"
)
)
# Переименуем запускаемый файл
rac_gui_build_DEB.addStep(steps.ShellCommand(
command=["mv", "rac_gui.tcl", "racgui"]))
# Поменяем пути к библиотекам
rac_gui_build_DEB.addStep(steps.ShellCommand(
command=["sed", "-i", "s+^set dir(lib)+set dir(lib) /usr/share/rac-gui/lib ;#+g", "racgui"]))
# Поменяем пути к файлам
rac_gui_build_DEB.addStep(steps.ShellCommand(
command=["sed", "-i", "s+[pwd]+/usr/share/rac-gui+g", "racgui"]))
# заархивируем исходники
rac_gui_build_DEB.addStep(steps.ShellCommand(
command=["tar", "czf", util.Interpolate("../rac-gui_%(prop:version)s.orig.tar.gz"), "."]))
# Соберём пакет
rac_gui_build_DEB.addStep(steps.ShellCommand(
command=["dpkg-buildpackage"]))
# Скопируем файл на мастер
rac_gui_build_DEB.addStep(
steps.FileUpload(
workersrc=util.Interpolate("../rac-gui_%(prop:version)s-%(prop:release)s_amd64.deb"),
masterdest=util.Interpolate("/home/buildbot/builds/rac-gui_%(prop:version)s-%(prop:release)s_amd64.deb")
)
)
rac_gui_build_DEB.addStep(
steps.MasterShellCommand(
command=["/usr/local/bin/deploy-ftp.tcl",
util.Interpolate("--local-file=/home/buildbot/builds/rac-gui_%(prop:version)s-%(prop:release)s_amd64.deb"),
util.Interpolate("--remote-file=uploads/rac-gui/rac-gui_%(prop:version)s-%(prop:release)s_amd64.deb")]
)
)
############################################
#       WIN
############################################
rac_gui_build_WIN = util.BuildFactory()
rac_gui_build_WIN.addStep(steps.Git(
repourl = 'https://bitbucket.org/svk28/rac-gui.git',
haltOnFailure = True,
submodules = True,
mode='full',
workdir='build',
progress = True)
)
# Добавим определение версии из основного файла
rac_gui_build_WIN.addStep(
steps.SetPropertyFromCommand(
command="powershell -command "((Get-Content .rac_gui.tcl | Select-String -Pattern 'version:') -split 's')[2]",
property="version"
)
)
# Добавим определение релиза из основного файла
rac_gui_build_WIN.addStep(
steps.SetPropertyFromCommand(
command="powershell -command "((Get-Content .rac_gui.tcl | Select-String -Pattern 'release:') -split 's')[2]",
property="release"
)
)
# Создадим запускаемый файл
rac_gui_build_WIN.addStep(steps.ShellCommand(
command=["c:binfreewrap.exe", "rac_gui.tcl"]))
# запакуем то, что получилось
rac_gui_build_WIN.addStep(steps.ShellCommand(
command=["c:Program Files7-zip7z.exe", "a", "-r", util.Interpolate("..rac-gui_%(prop:version)s-%(prop:release)s.win.zip"), "..build"]))
# скопируем на мастер
rac_gui_build_WIN.addStep(
steps.FileUpload(
workersrc=util.Interpolate("..rac-gui_%(prop:version)s-%(prop:release)s.win.zip"),
masterdest=util.Interpolate("/home/buildbot/builds/rac-gui_%(prop:version)s-%(prop:release)s.win.zip")
)
)
# Скопируем файл на хостинг
rac_gui_build_WIN.addStep(
steps.MasterShellCommand(
command=["/usr/local/bin/deploy-ftp.tcl",
util.Interpolate("--local-file=/home/buildbot/builds/rac-gui_%(prop:version)s-%(prop:release)s.win.zip"),
util.Interpolate("--remote-file=uploads/rac-gui/rac-gui_%(prop:version)s-%(prop:release)s.win.zip")]
)
)
c['builders'] = [
util.BuilderConfig(name="Rac-GUI-RPM-builder", workername='CentOS', factory=rac_gui_build_RPM),
util.BuilderConfig(name="Rac-GUI-DEB-builder", workername='Debian-10', factory=rac_gui_build_DEB),
util.BuilderConfig(name="Rac-GUI-WIN-builder", workername='Windows-10', factory=rac_gui_build_WIN),
]
c['services'] = []
template=u'''
<h4>Build status: {{ summary }}</h4>
<p> Worker used: {{ workername }}</p>
{% for step in build['steps'] %}
<p> {{ step['name'] }}: {{ step['result'] }}</p>
{% endfor %}
<p><b> -- The Buildbot</b></p>
'''
mailNotifier = reporters.MailNotifier(fromaddr="[email protected]",
sendToInterestedUsers=False,
mode=('all'),
extraRecipients=["[email protected]"],
relayhost="mail.domain.local",
smtpPort=587,
smtpUser="[email protected]",
smtpPassword="**********",
messageFormatter=reporters.MessageFormatter(
template=template, template_type='html',
wantProperties=True, wantSteps=True))
c['services'].append(mailNotifier)
c['title'] = "The process of bulding"
c['titleURL'] = "http://vm-srv-build1:80/"
c['buildbotURL'] = "http://vm-srv-build1/"
c['www'] = dict(port=80,
plugins=dict(waterfall_view={}, console_view={}, grid_view={}))
c['db'] = {
'db_url' : "sqlite:///state.sqlite"
}

Materiály

Pri príprave článku boli použité nasledujúce materiály:

Zdroj: hab.com

Buildbot v príkladoch

Inštalácia

GNU / Linux

MS Windows

Nastavenie sprievodcu

Materiály

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