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create_installer.py
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create_installer.py
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# -*- python -*-
# ex: set syntax=python:
import json
import os
import time
from buildbot.plugins import schedulers, steps, util
try:
# For Python 3.0 and later
from urllib.request import urlopen
except ImportError:
# Fall back to Python 2's urllib2
from urllib2 import urlopen
c = {}
VM_CPU_COUNT = 8
MAC_OS_MIN_VERSION = "10.14"
MAC_OS_SDKS_PATH = "/Applications/Xcode.app/Contents/Developer/Platforms/MacOSX.platform/Developer/SDKs"
ngftp = "ftp://my-ftp-storage.vpn.nextgis.net:10411/software/installer"
ngftp_user = os.environ.get("BUILDBOT_MYFTP_USER")
# upload_script_src = 'https://raw.githubusercontent.com/nextgis/buildbot/master/worker/ftp_uploader.py'
# upload_script_name = 'ftp_upload.py'
repka_script_src = (
"https://raw.githubusercontent.com/nextgis/buildbot/master/worker/repka_release.py"
)
repka_script_name = "repka_release.py"
if_project_name = "inst_framework"
login_keychain = os.environ.get("BUILDBOT_MACOSX_LOGIN_KEYCHAIN")
username = "buildbot" # username = 'bishopgis'
userkey = os.environ.get("BUILDBOT_PASSWORD")
# userkey = os.environ.get("BUILDBOT_APITOKEN_GITHUB")
https_proxy = os.environ.get("BUILDBOT_HTTPS_PROXY")
installer_git = "https://github.com/nextgis/nextgis_installer.git"
timeout = 180
max_time = 240
c["change_source"] = []
c["schedulers"] = []
c["builders"] = []
project_name = "create_installer"
generator = "Visual Studio 16 2019"
create_updater_package = False
binary_repo_refix = "https://rm.nextgis.com/api/repo"
# "http://nextgis.com/programs/desktop/repository-" //
# https://rm.nextgis.com/api/repo/4/installer/devel/repository-win32-dev/Updates.xml
# https://rm.nextgis.com/api/repo/4/installer/stable/repository-win32/Updates.xml
repka_endpoint = "https://rm.nextgis.com"
build_lock = util.WorkerLock(
"create_installer_worker_builds",
maxCount=1,
maxCountForWorker={"build-win-py3": 1, "build-mac-py3": 1},
)
builder_names = [
# project_name + "_win32",
project_name + "_win64",
project_name + "_mac",
]
forceScheduler_create = schedulers.ForceScheduler(
name=project_name + "_update",
label="Update installer",
buttonName="Update installer",
builderNames=builder_names,
properties=[
util.StringParameter(
name="force",
label="Force update specified packages even not any changes exists:",
default="all",
size=280,
),
util.StringParameter(
name="url",
label="Installer URL (without ending slash):",
default=binary_repo_refix,
size=40,
),
util.StringParameter(
name="suffix",
label="Installer name and URL path suffix (use '-dev' for default):",
default="",
size=40,
),
util.TextParameter(
name="notes",
label="Release notes to be displayed in update available dialog",
default="",
cols=80,
rows=5,
),
],
)
forceScheduler_update = schedulers.ForceScheduler(
name=project_name + "_create",
label="Create installer",
buttonName="Create installer",
builderNames=builder_names,
properties=[
util.StringParameter(
name="url",
label="Installer URL (without ending slash):",
default=binary_repo_refix,
size=40,
),
util.StringParameter(
name="suffix",
label="Installer name and URL path suffix (use '-dev' for default):",
default="",
size=40,
),
util.TextParameter(
name="notes",
label="Release notes to be displayed in update available dialog",
default="",
cols=80,
rows=5,
),
],
)
forceScheduler_standalone = schedulers.ForceScheduler(
name=project_name + "_standalone",
label="Create standalone installer",
buttonName="Create standalone installer",
builderNames=builder_names,
properties=[
util.StringParameter(
name="suffix",
label="Installer name and URL path suffix (use '-dev' for default):",
default="",
size=40,
),
],
)
forceScheduler_standalone_ex = schedulers.ForceScheduler(
name=project_name + "_brand_standalone",
label="Create branded standalone installer",
buttonName="Create branded installer",
builderNames=builder_names,
properties=[
util.StringParameter(
name="suffix",
label="Installer name and URL path suffix (use '-dev' for default):",
default="",
size=40,
),
util.StringParameter(
name="plugins",
label="Plugins names separated by comma to include to installer:",
default="",
size=80,
),
util.StringParameter(
name="valid_user",
label="User name for supported dialog:",
default="",
size=80,
),
util.StringParameter(
name="valid_date",
label="Validity period for supported functions (YYYY-MM-DD):",
default="2024-01-01",
size=40,
),
],
)
forceScheduler_local = schedulers.ForceScheduler(
name=project_name + "_local",
label="Create intranet installer",
buttonName="Create intranet installer",
builderNames=builder_names,
properties=[
util.StringParameter(
name="url",
label="Installer URL (without ending slash):",
default=binary_repo_refix,
size=40,
),
util.StringParameter(
name="suffix",
label="Installer name and URL path suffix (use '-dev' for default):",
default="-local",
size=40,
),
],
)
c["schedulers"].append(forceScheduler_create)
c["schedulers"].append(forceScheduler_update)
c["schedulers"].append(forceScheduler_standalone)
c["schedulers"].append(forceScheduler_standalone_ex)
c["schedulers"].append(forceScheduler_local)
def get_repka_suffix(suffix):
return "devel" if suffix == "-dev" else "stable_new"
@util.renderer
def get_packet_name(props):
suffix = props.getProperty("suffix")
return get_repka_suffix(suffix)
@util.renderer
def now(props):
return time.strftime("%Y%m%d")
@util.renderer
def commandArgs(props):
command = []
if props.getProperty("scheduler") == project_name + "_create":
command.append("create")
elif props.getProperty("scheduler").endswith("_standalone"):
# command.append('create')
command.append("create_from_repository")
elif props.getProperty("scheduler").endswith("_local"):
command.append("create")
elif props.getProperty("scheduler") == project_name + "_update":
command.extend(
[
"update",
"--force",
props.getProperty("force"),
]
)
else:
command.append("update")
return command
@util.renderer
def repoUrl(props, platform):
url = props.getProperty("url")
if url is None:
return ""
suffix_tmp = props.getProperty("suffix")
if url.startswith("https://rm.nextgis.com"):
repo_id = platform["repo_id"]
repka_suffix = get_repka_suffix(suffix_tmp)
return "{}/{}/installer/{}/repository-{}{}".format(
url, repo_id, repka_suffix, platform["name"], suffix_tmp
)
elif suffix_tmp == "-local":
return "{}/repository-{}".format(url, platform["name"])
else:
return "{}/{}".format(url, platform["name"] + suffix_tmp)
def get_packet_id(repo_id, packet_name):
url = repka_endpoint + "/api/packet?repository={}&filter={}".format(
repo_id, packet_name
)
response = urlopen(url)
packets = json.loads(response.read())
for packet in packets:
if packet["name"] == packet_name:
return packet["id"]
return -1
def get_release(packet_id, tag):
url = repka_endpoint + "/api/release?packet={}".format(packet_id)
response = urlopen(url)
releases = json.loads(response.read())
if releases is None:
return None
for release in releases:
if tag in release["tags"]:
return release
return None
def get_file_id(release, name):
for file in release["files"]:
if file["name"].endswith(name):
return file["id"]
return -1
def get_packet_url(platform, packet_name, filename):
packet_id = get_packet_id(platform["repo_id"], packet_name)
if packet_id == -1:
return ""
release = get_release(packet_id, "latest")
if release == None:
return ""
file_id = get_file_id(release, filename)
return repka_endpoint + "/api/asset/{}/download".format(file_id)
def skip_step(step, which):
if which == "standalone+local":
return not (
step.getProperty("scheduler").endswith("_standalone")
or step.getProperty("scheduler").endswith("_local")
)
if which == "standalone+update":
return not (
step.getProperty("scheduler").endswith("_standalone")
or step.getProperty("scheduler").endswith("_update")
)
if which == "create+local":
return not (
step.getProperty("scheduler").endswith("_create")
or step.getProperty("scheduler").endswith("_local")
)
@util.renderer
def get_repository_http_url(props, platform):
suffix = props.getProperty("suffix")
repka_suffix = get_repka_suffix(suffix)
suffix_tmp = "-dev" if suffix == "-dev" else ""
return get_packet_url(
platform, repka_suffix, platform["name"] + suffix_tmp + ".zip"
)
@util.renderer
def get_installer_name(props, basename, suffix=""):
suffix_tmp = props.getProperty("suffix")
# repka_suffix = get_repka_suffix(suffix_tmp)
return basename + suffix_tmp + suffix
@util.renderer
def get_versions_url(props, platform):
suffix = props.getProperty("suffix")
repka_suffix = get_repka_suffix(suffix)
return get_packet_url(platform, repka_suffix, "versions.pkl")
@util.renderer
def get_installer_package_url(props, platform):
return get_packet_url(platform, "inst_framework", "package.zip")
@util.renderer
def get_qt_package_url(props, platform):
return get_packet_url(platform, "inst_framework_qt", "package.zip")
@util.renderer
def get_updater_package_path(props, platform):
version_file = os.path.join(build_dir_name, "version.str")
with open(version_file) as f:
content = f.readlines()
# you may also want to remove whitespace characters like `\n` at the end of each line
content = [x.strip() for x in content]
release_file = os.path.join(build_dir_name, content[2]) + ".zip"
package_file = os.path.join(build_dir_name, "package.zip")
os.rename(release_file, package_file)
return package_file
platforms = [
# {'name' : 'win32', 'worker' : 'build-win', 'repo_id': 4},
{"name": "win64", "worker": "build-win-py3", "repo_id": 5},
{"name": "mac", "worker": "build-mac-py3", "repo_id": 6},
]
# Create triggerable shcedulers
for platform in platforms:
triggerScheduler = schedulers.Triggerable(
name=project_name + "_" + platform["name"],
builderNames=[
project_name + "_" + platform["name"],
],
)
c["schedulers"].append(triggerScheduler)
# Create builders
for platform in platforms:
code_dir_last = "{}_{}_code".format("installer", platform["name"])
code_dir = os.path.join("build", code_dir_last)
build_dir_name = "build"
build_dir = os.path.join(code_dir, build_dir_name)
factory = util.BuildFactory()
# Radically clean all
factory.addStep(steps.RemoveDirectory(dir=code_dir, name="Clean all"))
factory.addStep(
steps.Git(
repourl=installer_git,
mode="full",
shallow=True,
method="clobber",
submodules=False,
alwaysUseLatest=True,
workdir=code_dir,
)
)
factory.addStep(steps.MakeDirectory(dir=build_dir, name="Make build directory"))
# 1. Get and unpack installer and qt5 static from repka
if_prefix = "_mac"
separator = "/"
env = {
"PATH": ["/usr/local/bin", "${PATH}"],
}
installer_ext = ".dmg"
if "win" in platform["name"]:
if_prefix = "_win"
separator = "\\"
env = {"PYTHONHTTPSVERIFY": "0"}
env["PYTHONPATH"] = "C:\\Python38"
env["FLANG_HOME"] = "C:\\Users\\root\\conda\\Library"
installer_ext = ".exe"
# if 'win32' == platform['name']:
# env = {
# 'PYTHONPATH': 'C:\\Python27_32',
# 'PYTHONHTTPSVERIFY': '0'
# }
repo_name_base = "repository-" + platform["name"]
logname = "stdio"
factory.addStep(
steps.ShellSequence(
commands=[
util.ShellArg(
command=[
"curl",
get_installer_package_url.withArgs(platform),
"-o",
"package.zip",
"-s",
],
logname=logname,
),
util.ShellArg(
command=["cmake", "-E", "tar", "xzf", "package.zip"],
logname=logname,
),
],
name="Download installer package",
haltOnFailure=True,
workdir=build_dir,
env=env,
)
)
factory.addStep(
steps.CopyDirectory(
src=build_dir + "/qtifw_build", dest=code_dir + "/qtifw_pkg"
)
)
factory.addStep(steps.RemoveDirectory(dir=build_dir + "/qtifw_build"))
factory.addStep(
steps.ShellSequence(
commands=[
util.ShellArg(
command=[
"curl",
get_qt_package_url.withArgs(platform),
"-o",
"package.zip",
"-s",
],
logname=logname,
),
util.ShellArg(
command=["cmake", "-E", "tar", "xzf", "package.zip"],
logname=logname,
),
],
name="Download qt package",
haltOnFailure=True,
workdir=build_dir,
env=env,
)
)
factory.addStep(steps.CopyDirectory(src=build_dir + "/inst", dest=code_dir + "/qt"))
factory.addStep(steps.RemoveDirectory(dir=build_dir + "/inst"))
# 2. Get repository from
factory.addStep(
steps.ShellSequence(
commands=[
util.ShellArg(
command=[
"curl",
"-o",
get_installer_name.withArgs(
repo_name_base, ".zip"
), # util.Interpolate('%(kw:basename)s%prop:suffix)s.zip', basename=repo_name_base),
"-s",
get_repository_http_url.withArgs(platform),
],
logname=logname,
),
util.ShellArg(
command=[
"cmake",
"-E",
"tar",
"xzf",
get_installer_name.withArgs(
repo_name_base, ".zip"
), # util.Interpolate('%(kw:basename)s%(prop:suffix)s.zip', basename=repo_name_base)],
],
logname=logname,
),
],
name="Download repository",
haltOnFailure=True,
# doStepIf=(lambda step: not step.getProperty("scheduler").endswith("_standalone")),
workdir=build_dir,
env=env,
)
)
# factory.addStep(steps.ShellSequence(
# commands=[
# util.ShellArg(command=["curl", upload_script_src, '-o', upload_script_name, '-s'], logname=logname),
# ],
# name="Download upload script",
# haltOnFailure=True,
# doStepIf=(lambda step: step.getProperty("scheduler").endswith("_create")),
# workdir=code_dir,
# env=env))
factory.addStep(
steps.ShellSequence(
commands=[
util.ShellArg(
command=["curl", repka_script_src, "-o", repka_script_name, "-s"],
logname=logname,
),
],
name="Download repka script",
haltOnFailure=True,
doStepIf=(lambda step: skip_step(step, "standalone+local")),
workdir=code_dir,
env=env,
)
)
factory.addStep(
steps.ShellCommand(
command=[
"curl",
"-o",
"versions.pkl",
"-s",
get_versions_url.withArgs(platform),
],
name="Download versions.pkl",
haltOnFailure=True,
# doStepIf=(lambda step: not step.getProperty("scheduler").endswith("_standalone")),
workdir=code_dir,
env=env,
)
)
# if 'win' in platform['name']:
# factory.addStep(steps.ShellSequence(commands=[
# util.ShellArg(command=['pip', 'install', '--user', 'pytz'], logname=logname),
# ],
# name="Install pytz python package",
# haltOnFailure=True,
# workdir=code_dir,
# env=env))
create_opt = []
if "win64" == platform["name"]:
create_opt.append("-g")
create_opt.append(generator)
create_opt.append("-w64")
# elif 'win32' == platform['name']:
# create_opt.append('-g')
# create_opt.append(generator)
# create_opt.append('-A')
# create_opt.append('Win32')
installer_name_base = "nextgis-setup-" + platform["name"]
env_proxy = env.copy()
if "win" in platform["name"] and https_proxy is not None:
env_proxy["HTTPS_PROXY"] = https_proxy
env_proxy["GIT_SSL_NO_VERIFY"] = "true"
# 3. Get compiled libraries
factory.addStep(
steps.ShellCommand(
command=[
"python3",
"opt" + separator + "create_installer.py",
"-s",
"inst",
"-q",
"qt/bin",
"-t",
build_dir_name,
"-n",
"-r",
repoUrl.withArgs(platform),
"-i",
get_installer_name.withArgs(
installer_name_base
), # util.Interpolate('%(kw:basename)s%(prop:suffix)s', basename=installer_name_base),
create_opt,
"prepare",
"-p",
util.Interpolate("%(prop:plugins)s"),
"-vd",
util.Interpolate("%(prop:valid_date)s"),
"-vu",
util.Interpolate("%(prop:valid_user)s"),
"--sign_pwd",
"{}:{}".format(username, userkey),
],
name="Prepare packages data",
maxTime=max_time * 60,
timeout=timeout * 60,
haltOnFailure=True,
workdir=code_dir,
env=env_proxy,
doStepIf=(
lambda step: not step.getProperty("scheduler").endswith("_standalone")
),
)
)
# 4. Create or update repository
# Install NextGIS sign sertificate
if "mac" == platform["name"]:
# Try to pip2 and pip install
factory.addStep(
steps.ShellSequence(
commands=[
util.ShellArg(
command=["pip3", "install", "--user", "dmgbuild"],
# haltOnFailure=False, flunkOnWarnings=False, # Don't fail here
# flunkOnFailure=False, warnOnWarnings=False,
# warnOnFailure=False,
logname=logname,
),
# util.ShellArg(command=['pip', 'install', '--user', 'dmgbuild'],
# logname=logname),
],
name="Install dmgbuild python package",
haltOnFailure=True,
workdir=code_dir,
env=env,
)
)
# factory.addStep(steps.FileDownload(mastersrc="/opt/buildbot/dev.p12",
# workerdest=code_dir_last + "/dev.p12",
# ))
keychain_name = "cs.keychain"
factory.addStep(
steps.ShellSequence(
commands=[
util.ShellArg(
command=[
"curl",
"-u",
"https://rm.nextgis.com/api/apple_cert/dev.p12",
"-o",
"dev.p12",
"-s",
],
logname=logname,
),
# For use in separate keychain
util.ShellArg(
command=[
"security",
"create-keychain",
"-p",
login_keychain,
keychain_name,
],
logname=logname,
haltOnFailure=False,
flunkOnWarnings=False,
flunkOnFailure=False,
warnOnWarnings=False,
warnOnFailure=False,
),
util.ShellArg(
command=["security", "default-keychain", "-s", keychain_name],
logname=logname,
),
util.ShellArg(
command=[
"security",
"unlock-keychain",
"-p",
login_keychain,
keychain_name,
],
logname=logname,
),
util.ShellArg(
command=[
"security",
"import",
"./dev.p12",
"-k",
keychain_name,
"-P",
"",
"-A",
],
logname=logname,
),
util.ShellArg(
command=[
"security",
"set-key-partition-list",
"-S",
"apple-tool:,apple:,codesign:",
"-k",
login_keychain,
"-s",
keychain_name,
],
logname=logname,
),
util.ShellArg(
command=["security", "list-keychains", "-s", keychain_name],
logname=logname,
),
util.ShellArg(
command=["security", "list-keychains"], logname=logname
),
],
name="Install NextGIS sign sertificate",
haltOnFailure=True,
workdir=code_dir,
env=env,
)
)
factory.addStep(
steps.ShellCommand(
command=[
"python3",
"opt" + separator + "create_installer.py",
"-s",
"inst",
"-q",
"qt/bin",
"-t",
build_dir_name,
"-n",
"-r",
repoUrl.withArgs(platform),
"-i",
get_installer_name.withArgs(
installer_name_base
), # util.Interpolate('%(kw:basename)s%(prop:suffix)s', basename=installer_name_base),
create_opt,
commandArgs,
],
name="Create/Update repository network",
doStepIf=(
lambda step: not step.getProperty("scheduler").endswith("_standalone")
),
haltOnFailure=True,
maxTime=max_time * 60,
timeout=timeout * 60,
workdir=code_dir,
env=env_proxy,
)
)
factory.addStep(
steps.ShellCommand(
command=[
"python3",
"opt" + separator + "create_installer.py",
"-s",
"inst",
"-q",
"qt/bin",
"-t",
build_dir_name,
"-i",
get_installer_name.withArgs(
installer_name_base + "-standalone",
util.Interpolate("-%(kw:now)s", now=now),
), # util.Interpolate('%(kw:basename)s%(prop:suffix)s-%(kw:now)s', basename=installer_name_base + '-standalone', now=now),
create_opt,
commandArgs,
],
name="Create/Update repository standalone",
doStepIf=(
lambda step: step.getProperty("scheduler").endswith("_standalone")
),
maxTime=max_time * 60,
timeout=timeout * 60,
haltOnFailure=True,
workdir=code_dir,
env=env_proxy,
)
)
# 5. Upload installer to ftp
# TODO: upload to repka
factory.addStep(
steps.ShellSequence(
commands=[
util.ShellArg(
command=[
"curl",
"-u",
ngftp_user,
"-T",
get_installer_name.withArgs(
installer_name_base, installer_ext
), # util.Interpolate('%(kw:basename)s%(prop:suffix)s' + installer_ext, basename=installer_name_base),
"-s",
"--ftp-create-dirs",
ngftp + "/",
],
logname=logname,
),
util.ShellArg(
command=[
"echo",
get_installer_name.withArgs(
"Download installer from this url: https://my.nextgis.com/downloads/software/installer/{}".format(
installer_name_base
),
installer_ext,
),
],
logname=logname,
),
],
name="Upload installer to ftp",
haltOnFailure=True,
doStepIf=(lambda step: not skip_step(step, "create+local")),
workdir=build_dir,
env=env,
)
)
factory.addStep(
steps.ShellSequence(
commands=[
util.ShellArg(
command=[
"curl",
"-u",
ngftp_user,
"-T",
get_installer_name.withArgs(
installer_name_base + "-standalone",
util.Interpolate(
"-%(kw:now)s%(kw:ext)s", now=now, ext=installer_ext
),
),
# util.Interpolate('%(kw:basename)s%(prop:suffix)s-%(kw:now)s' + installer_ext, basename=installer_name_base + '-standalone', now=now),
"-s",
"--ftp-create-dirs",
ngftp + "/",
],
logname=logname,
),
util.ShellArg(
command=[
"echo",
get_installer_name.withArgs(
"Download standalone installer from this url: https://my.nextgis.com/downloads/software/installer/{}-standalone".format(
installer_name_base
),
util.Interpolate(
"-%(kw:now)s%(kw:ext)s", now=now, ext=installer_ext
),
),
# util.Interpolate('Download standalone installer from this url: https://my.nextgis.com/downloads/software/installer/%(kw:basename)s%(prop:suffix)s-%(kw:now)s' + installer_ext, basename=installer_name_base + '-standalone', now=now)
],
logname=logname,
),
],
name="Upload standalone installer to ftp",
haltOnFailure=True,
doStepIf=(
lambda step: step.getProperty("scheduler").endswith("_standalone")
),
workdir=build_dir,
env=env,
)
)
# 6. Create zip from repository
factory.addStep(
steps.ShellCommand(
command=[
"cmake",
"-E",
"tar",
"cfv",
get_installer_name.withArgs(repo_name_base, ".zip"),
# util.Interpolate('%(kw:basename)s%(prop:suffix)s.zip', basename=repo_name_base),
"--format=zip",
get_installer_name.withArgs(repo_name_base),
# util.Interpolate('%(kw:basename)s%(prop:suffix)s', basename=repo_name_base)
],
name="Create zip from repository",
haltOnFailure=True,
doStepIf=(lambda step: skip_step(step, "standalone+local")),
workdir=build_dir,
env=env,
)
)
if create_updater_package:
# Create zip
factory.addStep(
steps.ShellCommand(
command=[
"cmake",
"-E",
"tar",
"cfv",
"package.zip",
"--format=zip",
"packages/com.nextgis.nextgis_updater",
],
name="Create updater package",
haltOnFailure=True,
doStepIf=(
lambda step: step.getProperty("scheduler").endswith("_create")
),
workdir=build_dir,
env=env,
)
)
factory.addStep(
steps.ShellCommand(
command=[
"python3",
repka_script_name,
"--repo_id",
platform["repo_id"],
"--asset_path",
build_dir + "/package.zip",
"--packet_name",
"updater",
"--login",
username,
"--password",
userkey,
],
name="Send updater package to repka",
doStepIf=(
lambda step: step.getProperty("scheduler").endswith("_create")
),
haltOnFailure=True,
workdir=code_dir,
env=env,
)
)
# 8. Create new release in repka
factory.addStep(
steps.ShellCommand(
command=[
"python3",
repka_script_name,
"--repo_id",
platform["repo_id"],
"--description",
util.Interpolate("%(prop:notes)s"),
"--asset_path",