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build.py
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#!/usr/bin/python
#----------------------------------------------------------------------
# Name: build.py
# Purpose: Master build controller script.
# This script is used to run through the commands used for the
# various stages of building Phoenix, and can also be a front-end
# for building wxWidgets and the wxPython distribution files.
#
# Author: Robin Dunn
#
# Created: 3-Dec-2010
# Copyright: (c) 2010-2020 by Total Control Software
# License: wxWindows License
#----------------------------------------------------------------------
from __future__ import absolute_import
import sys
import glob
import hashlib
import optparse
import os
import re
import shutil
import subprocess
import tarfile
import tempfile
import datetime
try:
import pathlib
except ImportError:
import buildtools.backports.pathlib2 as pathlib
try:
from shutil import which
except ImportError:
from buildtools.backports.shutil_which import which
from distutils.dep_util import newer, newer_group
from buildtools.config import Config, msg, opj, posixjoin, loadETG, etg2sip, findCmd, \
phoenixDir, wxDir, copyIfNewer, copyFile, \
macSetLoaderNames, \
getVcsRev, runcmd, textfile_open, getSipFiles, \
getVisCVersion, getToolsPlatformName, updateLicenseFiles, \
TemporaryDirectory
from buildtools.wxpysip import sip_runner
import buildtools.version as version
# which version of Python is running this script
PY2 = sys.version_info[0] == 2
PY3 = sys.version_info[0] == 3
# defaults
PYVER = '2.7'
PYSHORTVER = '27'
PYTHON = None # it will be set later
PYTHON_ARCH = 'UNKNOWN'
# convenience access to the wxPython version digits
version2 = "%d.%d" % (version.VER_MAJOR, version.VER_MINOR)
version3 = "%d.%d.%d" % (version.VER_MAJOR, version.VER_MINOR, version.VER_RELEASE)
version2_nodot = version2.replace(".", "")
version3_nodot = version3.replace(".", "")
# same for the wxWidgets version
wxversion2 = "%d.%d" % (version.wxVER_MAJOR, version.wxVER_MINOR)
wxversion3 = "%d.%d.%d" % (version.wxVER_MAJOR, version.wxVER_MINOR, version.wxVER_RELEASE)
wxversion2_nodot = wxversion2.replace(".", "")
wxversion3_nodot = wxversion3.replace(".", "")
unstable_series = (version.wxVER_MINOR % 2) == 1 # is the minor version odd or even?
isWindows = sys.platform.startswith('win')
isDarwin = sys.platform == "darwin"
devMode = False
baseName = version.PROJECT_NAME
eggInfoName = baseName + '.egg-info'
defaultMask='%s-%s*' % (baseName, version.VER_MAJOR)
pyICON = 'packaging/docset/Vippi-blocks-icon-32.png'
wxICON = 'packaging/docset/mondrian.png'
# Some tools will be downloaded for the builds. These are the versions and
# MD5s of the tool binaries currently in use.
wafCurrentVersion = '2.0.19'
wafMD5 = 'ac362b60111a59ab2df63513018d5ad8'
doxygenCurrentVersion = '1.8.8'
doxygenMD5 = {
'darwin' : '71c590e6cab47100f23919a2696cc7fd',
'win32' : 'a3dcff227458e423c132f16f57e26510',
'linux' : '083b3d8f614b538696041c7364e0f334',
}
# And the location where they can be downloaded from
toolsURL = 'https://wxpython.org/Phoenix/tools'
# MS Edge code and DLLs needed for the wxWEBVIEW_BACKEND_EDGE backend
MS_edge_version = '1.0.622.22'
MS_edge_url = 'https://www.nuget.org/api/v2/package/Microsoft.Web.WebView2/{}'.format(MS_edge_version)
#---------------------------------------------------------------------------
def usage():
print ("""\
Usage: ./build.py [command(s)] [options]
Commands:
N.N NN Major.Minor version number of the Python to use to run
the other commands. Default is 2.7. Or you can use
--python to specify the actual Python executable to use.
dox Run Doxygen to produce the XML file used by ETG scripts
doxhtml Run Doxygen to create the HTML documentation for wx
touch 'touch' the etg files so they will all get run the next
time the etg command is run.
etg Run the ETG scripts that are out of date to update their
SIP files and their Sphinx input files
sip Run sip to generate the C++ wrapper source
wxlib Build the Sphinx input files for wx.lib
sphinx Run the documentation building process using Sphinx
docset Build Dash or Zeal compatible docsets
build Build both wxWidgets and wxPython
build_wx Do only the wxWidgets part of the build
build_py Build wxPython only
install Install both wxWidgets and wxPython
install_wx Install wxWidgets (but only if this tool was used to
build it)
install_py Install wxPython only
sdist Build a tarball containing all source files
sdist_demo Build a tarball containing just the demo and samples folders
bdist Create a binary tarball release of wxPython Phoenix
bdist_docs Build a tarball containing the documentation
bdist_egg Build a Python egg. Requires magic.
bdist_wheel Build a Python wheel. Requires magic.
test Run the unit test suite
test_* Run just the one named test module
clean_wx Clean the wx parts of the build
clean_py Clean the wxPython parts of the build
clean_sphinx Clean the sphinx files
clean Clean both wx and wxPython
cleanall Clean all and do a little extra scrubbing too
""")
parser = makeOptionParser()
parser.print_help()
def main(args):
setPythonVersion(args)
setDevModeOptions(args)
os.environ['PYTHONPATH'] = os.environ.get('PYTHONPATH', '') + os.pathsep + phoenixDir()
os.environ['PYTHONUNBUFFERED'] = 'yes'
os.environ['WXWIN'] = wxDir()
wxpydir = os.path.join(phoenixDir(), "wx")
if not os.path.exists(wxpydir):
os.makedirs(wxpydir)
if not args or 'help' in args or '--help' in args or '-h' in args:
usage()
sys.exit(1)
options, commands = parseArgs(args)
cfg = Config(noWxConfig=True)
msg('cfg.VERSION: %s' % cfg.VERSION)
msg('')
# For collecting test names or files, to be run after all have been pulled
# off the command line
test_names = []
while commands:
# ensure that each command starts with the CWD being the phoenix dir.
os.chdir(phoenixDir())
cmd = commands.pop(0)
if not cmd:
continue # ignore empty command-line args (possible with the buildbot)
elif cmd.startswith('test_'):
test_names.append('unittests/%s.py' % cmd)
elif cmd.startswith('unittests/test_'):
test_names.append(cmd)
elif 'cmd_'+cmd in globals():
function = globals()['cmd_'+cmd]
function(options, args)
else:
print('*** Unknown command: ' + cmd)
usage()
sys.exit(1)
# Now run the collected tests names, if any
if test_names:
cmd_test(options, args, test_names)
msg("Done!")
#---------------------------------------------------------------------------
# Helper functions (see also buildtools.config for more)
#---------------------------------------------------------------------------
def setPythonVersion(args):
global PYVER
global PYSHORTVER
global PYTHON
global PYTHON_ARCH
havePyVer = False
havePyPath = False
for idx, arg in enumerate(args):
if re.match(r'^[0-9]\.[0-9]$', arg):
havePyVer = True
PYVER = arg
PYSHORTVER = arg[0] + arg[2]
del args[idx]
break
if re.match(r'^[0-9][0-9]$', arg):
havePyVer = True
PYVER = '%s.%s' % (arg[0], arg[1])
PYSHORTVER = arg
del args[idx]
break
if arg.startswith('--python'):
havePyPath = True
if '=' in arg:
PYTHON = arg.split('=')[1]
del args[idx]
else:
PYTHON = args[idx+1]
del args[idx:idx+2]
PYVER = runcmd([PYTHON, '-c', 'import sys; print(sys.version[:3])'],
getOutput=True, echoCmd=False)
PYSHORTVER = PYVER[0] + PYVER[2]
break
if havePyVer:
if isWindows and os.environ.get('TOOLS'):
# Use $TOOLS to find the correct Python. If set then it should be
# the install root of all Python's on the system, with the 64-bit
# ones in an amd64 subfolder, like this:
#
# $TOOLS\Python27\python.exe
# $TOOLS\Python33\python.exe
# $TOOLS\amd64\Python27\python.exe
# $TOOLS\amd64\Python33\python.exe
#
TOOLS = os.environ.get('TOOLS')
if 'cygdrive' in TOOLS:
TOOLS = bash2dosPath(TOOLS)
use64flag = '--x64' in args
if use64flag:
args.remove('--x64')
CPU = os.environ.get('CPU')
if use64flag or CPU in ['AMD64', 'X64', 'amd64', 'x64']:
TOOLS = posixjoin(TOOLS, 'amd64')
PYTHON = posixjoin(TOOLS,
'python%s' % PYSHORTVER,
'python.exe')
elif isWindows:
# Otherwise check if the invoking Python is the right version
if sys.version[:3] != PYVER:
msg('ERROR: The invoking Python is not the requested version. Perhaps you should use --python')
sys.exit(1)
PYTHON = sys.executable
PYVER = sys.version[:3]
PYSHORTVER = PYVER[0] + PYVER[2]
elif not isWindows:
# find a pythonX.Y on the PATH
PYTHON = runcmd("which python%s" % PYVER, True, False)
if not PYTHON:
# If no version or path were specified then default to the python
# that invoked this script
PYTHON = sys.executable
PYVER = sys.version[:3]
PYSHORTVER = PYVER[0] + PYVER[2]
PYTHON = os.path.abspath(PYTHON)
msg('Will build using: "%s"' % PYTHON)
msg(runcmd([PYTHON, '-c', 'import sys; print(sys.version)'], True, False))
PYTHON_ARCH = runcmd(
[PYTHON, '-c', 'import platform; print(platform.architecture()[0])'],
True, False)
msg('Python\'s architecture is %s' % PYTHON_ARCH)
os.environ['PYTHON'] = PYTHON
if PYTHON_ARCH == '64bit':
# Make sure this is set in case it wasn't above.
os.environ['CPU'] = 'X64'
def setDevModeOptions(args):
# Using --dev is a shortcut for setting several build options that I use
# while working on the code in my local workspaces. Most people will
# probably not use this so it is not part for the documented options and
# is explicitly handled here before the options parser is created. If
# anybody besides Robin is using this option do not depend on the options
# it inserts into the args list being consistent. They could change at any
# update from the repository.
myDevModeOptions = [
#'--build_dir=../bld',
#'--prefix=/opt/wx/2.9',
'--jobs=8', # % numCPUs(),
# These will be ignored on the other platforms so it is okay to
# include them unconditionally
'--osx_cocoa',
'--mac_arch=x86_64',
#'--osx_carbon',
#'--mac_arch=i386',
#'--mac_arch=i386,x86_64',
'--no_allmo',
]
if not isWindows:
myDevModeOptions.append('--debug')
if isWindows:
myDevModeOptions.append('--cairo')
if '--dev' in args:
global devMode
devMode = True
idx = args.index('--dev')
# replace the --dev item with the items from the list
args[idx:idx+1] = myDevModeOptions
def numCPUs():
"""
Detects the number of CPUs on a system.
This approach is from detectCPUs here:
http://www.artima.com/weblogs/viewpost.jsp?thread=230001
"""
# Linux, Unix and MacOS:
if hasattr(os, "sysconf"):
if "SC_NPROCESSORS_ONLN" in os.sysconf_names:
# Linux & Unix:
ncpus = os.sysconf("SC_NPROCESSORS_ONLN")
if isinstance(ncpus, int) and ncpus > 0:
return ncpus
else: # OSX:
p = subprocess.Popen("sysctl -n hw.ncpu", shell=True, stdout=subprocess.PIPE)
return int(p.stdout.read())
# Windows:
if "NUMBER_OF_PROCESSORS" in os.environ:
ncpus = int(os.environ["NUMBER_OF_PROCESSORS"])
if ncpus > 0:
return ncpus
return 1 # Default
def getMSWSettings(options):
checkCompiler(quiet=True)
class MSWsettings(object):
pass
msw = MSWsettings()
msw.CPU = os.environ.get('CPU')
if msw.CPU in ['AMD64', 'X64'] or PYTHON_ARCH == '64bit':
msw.dllDir = posixjoin(wxDir(), "lib", "vc%s_x64_dll" % getVisCVersion())
else:
msw.dllDir = posixjoin(wxDir(), "lib", "vc%s_dll" % getVisCVersion())
msw.buildDir = posixjoin(wxDir(), "build", "msw")
msw.dll_type = "u"
if options.debug:
msw.dll_type = "ud"
return msw
def makeOptionParser():
OPTS = [
("python", ("", "The python executable to build for.")),
("debug", (False, "Build wxPython with debug symbols")),
("relwithdebug", (False, "Turn on the generation of debug info for release builds on MSW.")),
("release", (False, "Turn off some development options for a release build.")),
("keep_hash_lines",(False, "Don't remove the '#line N' lines from the SIP generated code")),
("gtk2", (False, "On Linux build for gtk2 (default gtk3)")),
("gtk3", (True, "On Linux build for gtk3")),
("osx_cocoa", (True, "Build the OSX Cocoa port on Mac (default)")),
("osx_carbon", (False, "Build the OSX Carbon port on Mac (unsupported)")),
("mac_framework", (False, "Build wxWidgets as a Mac framework.")),
("mac_arch", ("", "Comma separated list of architectures to build on Mac")),
("use_syswx", (False, "Try to use an installed wx rather than building the "
"one in this source tree. The wx-config in {prefix}/bin "
"or the first found on the PATH determines which wx is "
"used. Implies --no_magic.")),
("force_config", (False, "Run configure when building even if the script "
"determines it's not necessary.")),
("no_config", (False, "Turn off configure step on autoconf builds")),
("no_magic", (False, "Do NOT use the magic that will enable the wxWidgets "
"libraries to be bundled with wxPython. (Such as when "
"using an uninstalled wx/wxPython from the build dir, "
"or when distributing wxPython as an egg.) When using "
"this flag you should either build with an already "
"installed wxWidgets, or allow this script to build and "
"install wxWidgets independently of wxPython.")),
("build_dir", ("", "Directory to store wx build files. (Not used on Windows)")),
("prefix", ("", "Prefix value to pass to the wx build.")),
("destdir", ("", "Installation root for wxWidgets, files will go to {destdir}/{prefix}")),
("extra_setup", ("", "Extra args to pass on setup.py's command line.")),
("extra_make", ("", "Extra args to pass on [n]make's command line.")),
("extra_waf", ("", "Extra args to pass on waf's command line.")),
("extra_pytest", ("", "Extra args to pass on py.test's command line.")),
(("j","jobs"), ("", "Number of parallel compile jobs to do, if supported.")),
("both", (False, "Build both a debug and release version. (Only used on Windows)")),
("unicode", (True, "Build wxPython with unicode support (always on for wx2.9+)")),
(("v", "verbose"), (False, "Print out more information during the build.")),
("nodoc", (False, "Do not run the default docs generator")),
("upload", (False, "Upload bdist and/or sdist packages to snapshot server.")),
("cairo", (False, "Allow Cairo use with wxGraphicsContext (Windows only)")),
("x64", (False, "Use and build for the 64bit version of Python on Windows")),
("jom", (False, "Use jom instead of nmake for the wxMSW build")),
("pytest_timeout", ("0", "Timeout, in seconds, for stopping stuck test cases. (Currently not working as expected, so disabled by default.)")),
("pytest_jobs", ("", "Number of parallel processes py.test should run")),
("docker_img", ("all", "Comma separated list of image tags to use for the build_docker command. Defaults to \"all\"")),
("dump_waf_log", (False, "If the waf build tool fails then using this option will cause waf's configure log to be printed")),
("regenerate_sysconfig", (False, "Waf uses Python's sysconfig and related tools to configure the build. In some cases that info can be incorrect, so this option regenerates it. Must have write access to Python's lib folder.")),
("no_allmo", (False, "Skip regenerating the wxWidgets message catalogs")),
("no_msedge", (False, "Do not include the MS Edge backend for wx.html2.WebView. (Windows only)")),
]
parser = optparse.OptionParser("build options:")
for opt, info in OPTS:
default, txt = info
action = 'store'
if type(default) == bool:
action = 'store_true'
if isinstance(opt, str):
opts = ('--'+opt, )
dest = opt
else:
opts = ('-'+opt[0], '--'+opt[1])
dest = opt[1]
parser.add_option(*opts, default=default, action=action,
dest=dest, help=txt)
return parser
def parseArgs(args):
# If WXPYTHON_BUILD_ARGS is set in the environment, split it and add to args
if os.environ.get('WXPYTHON_BUILD_ARGS', None):
import shlex
args += shlex.split(os.environ.get('WXPYTHON_BUILD_ARGS'))
# Parse the args into options
parser = makeOptionParser()
options, args = parser.parse_args(args)
if isWindows:
# We always use magic on Windows
options.no_magic = False
options.use_syswx = False
elif options.use_syswx:
# Turn off magic if using the system wx
options.no_magic = True
# Some options don't make sense for release builds
if options.release:
options.debug = False
options.both = False
if os.path.exists('REV.txt'):
os.unlink('REV.txt')
if options.gtk2:
options.gtk3 = False
return options, args
class pushDir(object):
def __init__(self, newDir):
self.cwd = os.getcwd()
os.chdir(newDir)
def __del__(self):
# pop back to the original dir
os.chdir(self.cwd)
def getBuildDir(options):
if not isDarwin and not isWindows:
BUILD_DIR = opj(phoenixDir(), 'build', 'wxbld', 'gtk3' if options.gtk3 else 'gtk2')
else:
BUILD_DIR = opj(phoenixDir(), 'build', 'wxbld')
if options.build_dir:
BUILD_DIR = os.path.abspath(options.build_dir)
return BUILD_DIR
def deleteIfExists(deldir, verbose=True):
if os.path.exists(deldir) and os.path.isdir(deldir):
try:
if verbose:
msg("Removing folder: %s" % deldir)
shutil.rmtree(deldir)
except Exception:
if verbose:
import traceback
msg("Error: %s" % traceback.format_exc(1))
def delFiles(fileList, verbose=True):
for afile in fileList:
if verbose:
print("Removing file: %s" % afile)
os.remove(afile)
def getTool(cmdName, version, MD5, envVar, platformBinary, linuxBits=False):
# Check in the bin dir for the specified version of the tool command. If
# it's not there then attempt to download it. Validity of the binary is
# checked with an MD5 hash.
if os.environ.get(envVar):
# Setting a value in the environment overrides other options
return os.environ.get(envVar)
else:
# setup
if platformBinary:
platform = getToolsPlatformName(linuxBits)
ext = ''
if platform == 'win32':
ext = '.exe'
cmd = opj(phoenixDir(), 'bin', '%s-%s-%s%s' % (cmdName, version, platform, ext))
md5 = MD5[platform]
else:
cmd = opj(phoenixDir(), 'bin', '%s-%s' % (cmdName, version))
md5 = MD5
def _error_msg(txt):
msg('ERROR: ' + txt)
msg(' Set %s in the environment to use a local build of %s instead' % (envVar, cmdName))
msg('Checking for %s...' % cmd)
if os.path.exists(cmd):
# if the file exists run some verification checks on it
# first make sure it is a normal file
if not os.path.isfile(cmd):
_error_msg('%s exists but is not a regular file.' % cmd)
sys.exit(1)
# now check the MD5 if not in dev mode and it's set to None
if not (devMode and md5 is None):
m = hashlib.md5()
with open(cmd, 'rb') as fid:
m.update(fid.read())
if m.hexdigest() != md5:
_error_msg('MD5 mismatch, got "%s"\n '
'expected "%s"' % (m.hexdigest(), md5))
sys.exit(1)
# If the cmd is a script run by some interpreter, or similar,
# then we don't need to check anything else
if not platformBinary:
return cmd
# Ensure that commands that are platform binaries are executable
if not os.access(cmd, os.R_OK | os.X_OK):
_error_msg('Cannot execute %s due to permissions error' % cmd)
sys.exit(1)
try:
p = subprocess.Popen([cmd, '--help'], stdout=subprocess.PIPE, stderr=subprocess.PIPE, env=os.environ)
p.communicate()
except OSError as e:
_error_msg('Could not execute %s, got "%s"' % (cmd, e))
sys.exit(1)
# if we get this far then all is well, the cmd is good to go
return cmd
msg('Not found. Attempting to download...')
url = '%s/%s.bz2' % (toolsURL, os.path.basename(cmd))
try:
import requests
resp = requests.get(url)
resp.raise_for_status()
msg('Connection successful...')
data = resp.content
msg('Data downloaded...')
except Exception:
_error_msg('Unable to download ' + url)
import traceback
traceback.print_exc()
sys.exit(1)
import bz2
data = bz2.decompress(data)
with open(cmd, 'wb') as f:
f.write(data)
os.chmod(cmd, 0o755)
# Recursive call so the MD5 value will be double-checked on what was
# just downloaded
return getTool(cmdName, version, MD5, envVar, platformBinary, linuxBits)
# The download and MD5 check only needs to happen once per run, cache the sip
# cmd value here the first time through.
_wafCmd = None
def getWafCmd():
global _wafCmd
if _wafCmd is None:
_wafCmd = getTool('waf', wafCurrentVersion, wafMD5, 'WAF', False)
return _wafCmd
# and Doxygen
_doxCmd = None
def getDoxCmd():
global _doxCmd
if _doxCmd is None:
_doxCmd = getTool('doxygen', doxygenCurrentVersion, doxygenMD5, 'DOXYGEN', True)
return _doxCmd
def getMSWebView2():
fname = '{}.zip'.format(MS_edge_version)
dest = opj(wxDir(), '3rdparty', 'webview2')
if not os.path.exists(dest) or not os.path.exists(opj(dest, fname)):
if os.path.exists(dest):
shutil.rmtree(dest)
os.makedirs(dest)
msg('Downloading microsoft.web.webview2 {}...'.format(MS_edge_version))
try:
import requests
resp = requests.get(MS_edge_url)
resp.raise_for_status()
msg('Connection successful...')
data = resp.content
msg('Data downloaded...')
except Exception:
import traceback
traceback.print_exc()
sys.exit(1)
# Write the downloaded data to a local file
with open(opj(dest, fname), 'wb') as f:
f.write(data)
# Unzip it
from zipfile import ZipFile
with ZipFile(opj(dest, fname)) as zip:
zip.extractall(dest)
class CommandTimer(object):
def __init__(self, name):
self.name = name
self.startTime = datetime.datetime.now()
msg('Running command: %s' % self.name)
def __del__(self):
delta = datetime.datetime.now() - self.startTime
time = ""
if delta.seconds / 60 > 0:
time = "%dm" % (delta.seconds / 60)
time += "%d.%ds" % (delta.seconds % 60, delta.microseconds / 1000)
msg('Finished command: %s (%s)' % (self.name, time))
def uploadPackage(fileName, options, mask=defaultMask, keep=75):
"""
Upload the given filename to the configured package server location. Only
the `keep` most recent files matching `mask` will be kept so the server
space is not overly consumed. It is assumed that if the files are in
sorted order then the end of the list will be the newest files.
"""
fileName = os.path.relpath(fileName)
fileName = fileName.replace('\\', '/')
msg("Uploading %s..." % fileName)
# NOTE: It is expected that there will be a host entry defined in
# ~/.ssh/config named wxpython-rbot, with the proper host, user, identity
# file, etc. needed for making an SSH connection to the snapshots server.
# Release builds work similarly with their own host configuration defined
# in the ~/.ssh/config file.
if options.release:
host = 'wxpython-release'
uploadDir = 'release-builds'
else:
host = 'wxpython-rbot'
uploadDir = 'snapshot-builds'
# copy the new file to the server
cmd = 'scp {} {}:{}'.format(fileName, host, uploadDir)
runcmd(cmd)
# Make sure it is readable by all, and writable by rbot
cmd = 'ssh {} "cd {}; chmod 644 {}"'.format(host, uploadDir, os.path.basename(fileName))
runcmd(cmd)
if not options.release:
# get the list of all snapshot files on the server
cmd = 'ssh {} "cd {}; ls {}"'.format(host, uploadDir, mask)
allFiles = runcmd(cmd, getOutput=True)
allFiles = allFiles.strip().split('\n')
allFiles.sort()
# Leave the last keep number of builds, including this new one, on the server.
# Delete the rest.
rmFiles = allFiles[:-keep]
if rmFiles:
msg("Deleting %s" % ", ".join(rmFiles))
cmd = 'ssh {} "cd {}; rm {}"'.format(host, uploadDir, " ".join(rmFiles))
runcmd(cmd)
msg("Upload complete!")
def uploadTree(srcPath, destPath, options, days=30):
"""
Similar to the above but uploads a tree of files.
"""
msg("Uploading tree at {}...".format(srcPath))
if options.release:
host = 'wxpython-release'
uploadDir = opj('release-builds', destPath)
else:
host = 'wxpython-rbot'
uploadDir = opj('snapshot-builds', destPath)
# Ensure the destination exists
cmd = 'ssh {0} "if [ ! -d {1} ]; then mkdir -p {1}; fi"'.format(host, uploadDir)
runcmd(cmd)
# Upload the tree
cmd = 'scp -r {} {}:{}'.format(srcPath, host, uploadDir)
runcmd(cmd)
# Make sure it is readable by all
cmd = 'ssh {} "chmod -R a+r {}"'.format(host, uploadDir)
runcmd(cmd)
if not options.release:
# Remove files that were last modified more than `days` days ago
msg("Cleaning up old builds.")
cmd = 'ssh {} "find {} -type f -mtime +{} -delete"'.format(host, uploadDir, days)
runcmd(cmd)
msg("Tree upload and cleanup complete!")
def checkCompiler(quiet=False):
if isWindows:
# Make sure that the compiler that Python wants to use can be found.
# It will terminate if the compiler is not found or other exceptions
# are raised.
cmd = "import setuptools, distutils.msvc9compiler as msvc; " \
"mc = msvc.MSVCCompiler(); " \
"mc.initialize(); " \
"print(mc.cc)"
CC = runcmd('"%s" -c "%s"' % (PYTHON, cmd), getOutput=True, echoCmd=False)
if not quiet:
msg("MSVC: %s" % CC)
# Now get the environment variables which that compiler needs from
# its vcvarsall.bat command and load them into this process's
# environment.
cmd = "import setuptools, distutils.msvc9compiler as msvc; " \
"arch = msvc.PLAT_TO_VCVARS[msvc.get_platform()]; " \
"env = msvc.query_vcvarsall(msvc.VERSION, arch); " \
"print(env)"
env = eval(runcmd('"%s" -c "%s"' % (PYTHON, cmd), getOutput=True, echoCmd=False))
def _b(v):
return str(v)
#if PY2:
# return bytes(v)
#else:
# return bytes(v, 'utf8')
os.environ['PATH'] = _b(env['path'])
os.environ['INCLUDE'] = _b(env['include'])
os.environ['LIB'] = _b(env['lib'])
os.environ['LIBPATH'] = _b(env['libpath'])
# NOTE: SIP is now generating code with scoped-enums. Older linux
# platforms like what we're using for builds, and also TravisCI for
# example, are using GCC versions that are still defaulting to C++98,
# so this flag is needed to turn on the C++11 mode. If this flag
# causes problems with other non-Windows, non-Darwin compilers then
# we'll need to make this a little smarter about what flag (if any)
# needs to be used.
#
# NOTE 2: SIP changed its output such that this doesn't appear to be
# needed anymore, but we'll leave the code in place to make it easy to
# turn it back on again if/when needed.
if False and not isWindows and not isDarwin:
stdflag = '-std=c++11'
curflags = os.environ.get('CXXFLAGS', '')
if stdflag not in curflags:
os.environ['CXXFLAGS'] = '{} {}'.format(stdflag, curflags)
#print('**** Using CXXFLAGS:', os.environ.get('CXXFLAGS', ''))
def getWafBuildBase():
base = posixjoin('build', 'waf', PYVER)
if isWindows:
if PYTHON_ARCH == '64bit':
base = posixjoin(base, 'x64')
else:
base = posixjoin(base, 'x86')
return base
def getBashPath():
"""Check if there is a bash.exe on the PATH"""
bash = which('bash.exe')
return bash
def dos2bashPath(path):
"""
Convert an absolute dos-style path to one bash.exe can understand.
"""
path = path.replace('\\', '/')
cygpath = which('cygpath')
wsl = which('wsl')
# If we have cygwin then we can use cygpath to convert the path.
# Note that MSYS2 (and Git Bash) now also have cygpath so this should
# work there too.
if cygpath:
path = runcmd('"{}" -u "{}"'.format(cygpath, path), getOutput=True, echoCmd=False)
return path
elif wsl:
# Are we using Windows System for Linux? (untested)
path = runcmd('"{}" wslpath -a -u "{}"'.format(wsl, path), getOutput=True, echoCmd=False)
return path
else:
# Otherwise, do a simple translate and hope for the best?
# c:/foo --> /c/foo
# TODO: Check this!!
drive, rest = os.path.splitdrive(path)
path = '/{}/{}'.format(drive[0], rest)
return path
def bash2dosPath(path):
"""
Convert an absolute unix-style path to one Windows can understand.
"""
cygpath = which('cygpath')
wsl = which('wsl')
# If we have cygwin then we can use cygpath to convert the path.
# Note that MSYS2 (and Git Bash) now also have cygpath so this should
# work there too.
if cygpath:
path = runcmd('"{}" -w "{}"'.format(cygpath, path), getOutput=True, echoCmd=False)
return path
elif wsl:
# Are we using Windows System for Linux? (untested)
path = runcmd('"{}" wslpath -a -w "{}"'.format(wsl, path), getOutput=True, echoCmd=False)
return path
else:
# Otherwise, do a simple translate and hope for the best?
# /c/foo --> c:/foo
# There's also paths like /cygdrive/c/foo or /mnt/c/foo, but in those
# cases cygpath or wsl should be available.
components = path.split('/')
assert components[0] == '' and len(components[1]) == 1, "Expecting a path like /c/foo"
path = components[1] + ':/' + '/'.join(components[2:])
return path
def do_regenerate_sysconfig():
"""
If a Python environment has been relocated to a new folder then it's
possible that the sysconfig can still be using paths for the original
location. Since wxPython's build uses WAF, which uses the sysconfig (via
python-config, distutils.sysconfig, etc.) then we need to ensure that these
paths match the current environment.
TODO: Can this be done in a way that doesn't require overwriting a file in
the environment?
"""
with TemporaryDirectory() as td:
pwd = pushDir(td)
# generate a new sysconfig data file
cmd = [PYTHON, '-m', 'sysconfig', '--generate-posix-vars']
runcmd(cmd)
# On success the new data module will have been written to a subfolder
# of the current folder, which is recorded in ./pybuilddir.txt
with open('pybuilddir.txt', 'r') as fp:
pybd = fp.read()
# grab the file in that folder and copy it into the Python lib
p = opj(td, pybd, '*')
datafile = glob.glob(opj(td, pybd, '*'))[0]
cmd = [PYTHON, '-c', 'import sysconfig; print(sysconfig.get_path("stdlib"))']
stdlib = runcmd(cmd, getOutput=True)
shutil.copy(datafile, stdlib)
del pwd
def _setTarItemPerms(tarinfo):
"""
Used to set permissions of the files and fodlers in the source tarball
"""
if tarinfo.isdir():
tarinfo.mode = 0o755
else:
tarinfo.mode |= 0o644
return tarinfo
#---------------------------------------------------------------------------
# Command functions and helpers
#---------------------------------------------------------------------------
def _doDox(arg):
doxCmd = getDoxCmd()
doxCmd = os.path.abspath(doxCmd)
if isWindows:
bash = getBashPath()
if not bash:
raise RuntimeError("ERROR: Unable to find bash.exe, needed for running regen.sh")
doxCmd = dos2bashPath(doxCmd)
print(doxCmd)
os.environ['DOXYGEN'] = doxCmd
os.environ['WX_SKIP_DOXYGEN_VERSION_CHECK'] = '1'
d = posixjoin(wxDir(), 'docs/doxygen')
d = d.replace('\\', '/')
cmd = '"{}" -l -c "cd {} && ./regen.sh {}"'.format(bash, d, arg)
else:
os.environ['DOXYGEN'] = doxCmd
os.environ['WX_SKIP_DOXYGEN_VERSION_CHECK'] = '1'
pwd = pushDir(posixjoin(wxDir(), 'docs/doxygen'))
cmd = 'bash ./regen.sh %s' % arg
runcmd(cmd)
def cmd_dox(options, args):
cmdTimer = CommandTimer('dox')
_doDox('xml')
def cmd_doxhtml(options, args):
cmdTimer = CommandTimer('doxhtml')
_doDox('html')
_doDox('chm')
def cmd_docset_wx(options, args):
cmdTimer = CommandTimer('docset_wx')
cfg = Config()
# Use Doxygen to generate the docset
_doDox('docset')
# Remove any existing docset in the dist dir and move the new docset in
srcname = posixjoin(wxDir(), 'docs/doxygen/out/docset',
'wxWidgets-%s.docset' % wxversion2)
destname = 'dist/wxWidgets-%s.docset' % wxversion3
if not os.path.isdir(srcname):
msg('ERROR: %s not found' % srcname)