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# -*- mode: python; -*-
import os
Import("env")
Import("get_option")
Import("has_option")
if not env.TargetOSIs('windows'):
Return()
import re
import subprocess
import winreg
env = env.Clone()
env.SConscript(
dirs=[
'ca',
],
exports=[
'env',
],
)
env['WIX'] = os.environ.get('WIX')
env['WIXPATH'] = r'$WIX\bin'
env['WIXHEAT'] = r'$WIXPATH\heat.exe'
env['WIXCANDLE'] = r'$WIXPATH\candle.exe'
env['WIXLIGHT'] = r'$WIXPATH\light.exe'
env['WIXUIEXT'] = r'$WIXPATH\WixUIExtension.dll'
env['WIXUTILEXT'] = r'$WIXPATH\WixUtilExtension.dll'
# How to locate the Merge Modules path is described in https://docs.microsoft.com/en-us/cpp/ide/redistributing-visual-cpp-files?view=vs-2017
# When we run this on evergreen, the environment is broken, fall back to hard coded C:\Program Files (x86)
programfilesx86 = os.environ.get('ProgramFiles(x86)')
if programfilesx86 is None:
programfilesx86 = "C:\\Program Files (x86)"
# Use vswhere (it has a fixed stable path) to query where Visual Studio is installed.
vsinstall_path = subprocess.check_output([os.path.join(programfilesx86, "Microsoft Visual Studio", "Installer", "vswhere.exe"), "-version", "[15.0,16.0)", "-property", "installationPath", "-nologo"]).decode('utf-8').strip()
# Check the registry key that has the runtime lib version
try:
vsruntime_key = winreg.OpenKey(winreg.HKEY_LOCAL_MACHINE, "SOFTWARE\\Microsoft\\VisualStudio\\14.0\\VC\\Runtimes\\x64")
vslib_version,vslib_version_type = winreg.QueryValueEx(vsruntime_key, "Version")
except WindowsError:
print("Visual Studio Runtime not found in registry, disabling msi installer")
Return()
# Combine and set the full merge module path
redist_root = os.path.join(vsinstall_path, "VC", "Redist", "MSVC")
redist_path = os.path.join(redist_root, re.match("v(\d+\.\d+\.\d+)\.\d+", vslib_version).group(1))
# Fallback to directory search if we don't find the expected version
if not os.path.isdir(redist_path):
dirs = os.listdir(redist_root)
dirs.sort()
for dir in reversed(dirs):
candidate = os.path.join(redist_root, dir)
if os.path.isdir(candidate):
redist_path = candidate
break
env['MERGEMODULESBASEPATH'] = os.path.join(redist_path, "MergeModules")
sourcesList = [ "BinaryFragment.wxs",
"FeatureFragment.wxs",
"LicensingFragment.wxs",
"UIFragment.wxs",
]
# Need to do this in order to get scons to translate path separators into native format
buildDir = env.Dir("$BUILD_DIR").path
if has_option("use-new-tools"):
toolBuildDir = "src\mongo-tools"
else:
toolBuildDir = buildDir + r'\mongo'
enterprisebase = 'src\mongo\db\modules\enterprise'
enterpriseToolBuildDir = buildDir + r'\mongo\db\modules\enterprise'
# Set up parameters to pass to wix -
#
# msi_edition - "Enterprise" or "Standard"
# msi_platform - "x64" or "x86"
# msi_flavor - "2008R2Plus" or ""
#
msi_flavor = '2008R2Plus'
msi_platform = 'x64'
# Enterprise
if 'enterprise' in env['MONGO_MODULES']:
msi_edition = 'Enterprise'
upgrade_code = 'ccd97a61-fd75-4645-b6a9-f1cd4b8235c1'
# Community
else:
if get_option('ssl') == 'on':
msi_edition = 'SSL'
upgrade_code = 'ea0c66de-dc03-4c28-9f2b-60edacc44ed7'
else:
msi_edition = 'Standard'
upgrade_code = '45544685-4981-4f1d-a1fe-302539b110bf'
sourcesList.append("Installer_64.wxs")
sources = ["wxs/" + file for file in sourcesList]
objects = ["$BUILD_DIR/msi/" + file.replace(".wxs", ".wixobj") for file in sourcesList]
full_version = env['MONGO_VERSION'].partition('-')[0]
# major version is the x.y, not the x.y.z
major_version = full_version
mv = major_version.split('.')
major_version = "%s.%s" % (mv[0], mv[1])
# We must regenerate the upgrade codes for each major release.
# i.e., 3.0, 3.2, 3.4 need new codes but not 3.2.1, 3.2.2, etc
# The build will now fail when the major version is bumped to prevent mistakes.
# When the upgrade codes are bumped, remember to raise the version number to the next major version.
# On each update to the upgrade codes:
# 1. Generate new GUIDs
# 2. Ensure each MSI gets a different GUID. This is used to identify products.
# It allows upgrade from 3.2.0 to 3.2.1 in place instead of side-by-side.
# 3. Update the check for the next major release below so we bump the GUIDs in the future.
#
if float(major_version) > 4.4:
# If you are troubleshooting this error, see the comment above
env.FatalError("The upgrade codes are out of date for this release. Please \n" +
"replace the existing GUIDs listed in this file with new GUIDs so " +
"side-by-side installation of major versions (i.e. 3.2, and 3.4) is " +
"supported.")
# Currently, we are planning to key the same upgrade code for each
# (msi_edition, msi_platform, msi_flavor) combination
# and change MSI ProductId on minor updates, 2.6.0 -> 2.6.1, we let Wix do automatic
# GUID generation for us rather then build a database of GUIDs in our build system
# For major updates, we are going to create a new directory/productid/upgrade_code ie, 2.6 -> 3.0
# candle: compile .wxs files into .wixobjs
env.Command(objects,
sources,
'"$WIXCANDLE" -wx'
# cannot have anything other than x.x.x.x in version string.
# we should choose a fourth version number that reflects pre-ness.
' -dMongoDBMajorVersion=' + major_version +
' -dMongoDBVersion=' + full_version +
' -dLicenseSource=distsrc'
r' -dEnterpriseBase=' + enterprisebase + '\\'
' -dBinarySource=' + buildDir + r'\mongo'
' -dToolBinarySource=' + toolBuildDir +
' -dEnterpriseToolBinarySource=' + enterpriseToolBuildDir +
' -dMergeModulesBasePath="$MERGEMODULESBASEPATH"'
' -dEdition=' + msi_edition +
' -d"ProductId=*\"'
' -dUpgradeCode=' + upgrade_code +
' -dCustomActionDll=' + buildDir + r'\mongo\installer\msi\ca\mongoca.dll'
' -dConfiguration=Release'
' -dOutDir=' + buildDir + r'\msi'
' -dPlatform=' + msi_platform +
' -dFlavor=' + msi_flavor +
r' -dProjectDir=buildscripts\packaging\msi\\'
' -dProjectName=MongoDB'
' -dCompassDir=' + buildDir + r'\mongo\installer\compass'
' -dTargetDir=' + buildDir + r'\msi'
' -dTargetExt=.msi'
' -dTargetFileName=${SERVER_ARCHIVE}'
r' -dSaslSource=c:\sasl\bin'
r' -dSnmpSource=c:\snmp\bin'
r' -dSslSource=' + env['WINDOWS_OPENSSL_BIN'] +
' -out ' + buildDir + r'\msi\\'
' -arch ' + msi_platform +
' -ext "$WIXUIEXT"'
' -ext "$WIXUTILEXT"'
' $SOURCES')
#light: link .objs into an msi
pre_msi = "$BUILD_DIR/msi/${SERVER_DIST_BASENAME}.pre.msi"
# Suppress VC140_CRT_CRT.MSM Internal Consistency Errors
# ICE03 - Supress "String overflow"
# -- https://msdn.microsoft.com/en-us/library/windows/desktop/aa369037(v=vs.85).aspx
# ICE82 - Suppress "duplicate sequence number"
# -- https://msdn.microsoft.com/en-us/library/windows/desktop/aa368798(v=vs.85).aspx
# ICE30 - Suppress "different components install same file"
# -- mongod.exe is installed in two different components but only one is ever used during an install
# so this consistency check can be ignored.
# -- https://msdn.microsoft.com/en-us/library/windows/desktop/aa368954(v=vs.85).aspx
pre_msi_cmd = env.Command(pre_msi,
objects,
'"$WIXLIGHT" -out ${TARGET} -wx -cultures:null -sice:ICE82 -sice:ICE03 -sice:ICE30'
' -ext "$WIXUIEXT"'
' -ext "$WIXUTILEXT"'
' ${SOURCES}')
env.NoCache(pre_msi_cmd)
# Generated Dependencies
env.Depends(pre_msi_cmd, '$BUILD_DIR/mongo/mongo.exe')
env.Depends(pre_msi_cmd, '$BUILD_DIR/mongo/mongod.exe')
env.Depends(pre_msi_cmd, '$BUILD_DIR/mongo/mongos.exe')
env.Depends(pre_msi_cmd, '$BUILD_DIR/mongo/installer/msi/ca/mongoca.dll')
env.Depends(pre_msi_cmd, '$BUILD_DIR/mongo/installer/compass/Install-Compass.ps1')
# Source Dependencies
env.Depends(pre_msi_cmd, '#buildscripts/packaging/msi/mongod.yaml')
if 'enterprise' in env['MONGO_MODULES']:
env.Depends(pre_msi_cmd, "#" + enterpriseToolBuildDir + "/mongodecrypt.exe")
env.Depends(pre_msi_cmd, "#" + enterpriseToolBuildDir + "/mongoldap.exe")
env.Depends(pre_msi_cmd, "#" + enterpriseToolBuildDir + "/mongocryptd.exe")
msi = "$BUILD_DIR/msi/${SERVER_DIST_BASENAME}.msi"
env.Command(msi,
pre_msi,
r'$PYTHON buildscripts\msitrim.py ${SOURCES} ${TARGET}')
env.AlwaysBuild(msi)
env.NoCache(msi)
env.Alias( "msi" , msi )
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