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bklocal.py
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bklocal.py
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#!python
# Copyright (c) 2000-2006 ActiveState Software Inc.
# See the file LICENSE.txt for licensing information.
# The local set of Black configuration items for Komodo-devel.
import os
from os.path import join, exists, expanduser, dirname, basename, \
abspath, normpath, isdir, isfile
import sys
import glob
import re
import time
import datetime
from pprint import pprint
import warnings
import socket
import subprocess
if sys.platform.startswith('win'):
import _winreg
import black.configure
from black.configure import ConfigureError
import tmShUtil
sys.path.insert(0, os.path.join("src", "python-sitelib"))
import which
sys.path.pop(0)
sys.path.insert(0, os.path.join(os.path.dirname(__file__), "util"))
import platinfo
import gitutils
del sys.path[0]
#---- output control (use black's output stream if available)
out = black.configure.out
#---- configuration (i.e. info that might need to change for new Komodo versions)
# Hardcoding licensing system information for a particular Komodo version.
# See KD 206 for full details.
_gVersionInfo = {
# Examples:
# To silo an expiring license:
# "4.0.0-alpha1": {
# "siloedLicense": 1,
# "siloedLicenseExpires": 1,
# # Expires 30 days after scheduled release (Mon, 26 June 2006), hence
# # 2006 July 26 at 23:59:59
# "siloedLicenseExpirationTime": time.mktime((2006,7,26,23,59,59,0,0,0)),
# },
# "siloedLicenseExpirationTime" also supports the following convenience
# names:
# "one month hence"
# "six weeks hence"
# "two months hence"
"11.0.0-alpha1": {
"siloedLicense": 1,
"siloedLicenseExpires": 1,
"siloedLicenseExpirationTime": "one month hence",
},
}
#---- utils
def P4Where(fileName):
"""Like a limited 'p4 where' command"""
if ' ' in fileName:
raise black.configure.ConfigureError(\
"*** You boob! Why are you using a space in "\
"a filename (%s) in Perforce? Aborting.\n" % repr(fileName))
# Perforce may not be on the path, so see if we can
# find a Perforce installation we can use.
p4path = tmShUtil.Which("p4") # default is assume on the path.
o = os.popen('"%s" where %s' % (p4path, fileName) )
threeFiles = o.read()
if o.close() is not None:
raise black.configure.ConfigureError(\
"**** p4.exe failed: it does not appear to be "\
"installed ***\n")
# Should we raise an exception here?
if not threeFiles:
return (None, None, None)
else:
# depotFileName, clientViewFileName, localFileName = threeFiles.split()
return threeFiles.split()
def _getLinuxDistro():
assert sys.platform.startswith("linux")
return platinfo.platname("distro+distro_ver")
def _getPrettyVersion(version):
"""Transform the given version to a "pretty" form
"pretty" representation as used for the "Product Name" in the MSI
installer.
Examples:
2.0.0 2.0.0
2.0.1-beta 2.0.1 Beta
2.3.0-beta1 2.3.0 Beta 1
"""
parts = version.split('-')
if len(parts) == 1:
return version
elif len(parts) == 2:
ver, quality = parts
match = re.match("([a-z]+)(\d+)?", quality)
qualityType, qualityVer = match.groups()
if qualityVer is None:
return "%s %s" % (ver, qualityType.capitalize())
else:
return "%s %s %s" % (ver, qualityType.capitalize(), qualityVer)
else:
raise "Invalid version string: '%s'. Can only be one hyphen."\
% version
def _capture_stdout(argv, ignore_retval=False, cwd=None, env=None):
# Only available on python 2.4 and above
import subprocess
p = subprocess.Popen(argv, cwd=cwd, stdout=subprocess.PIPE, env=env)
stdout = p.stdout.read()
retval = p.wait()
if retval and not ignore_retval:
raise RuntimeError("error running '%s' in %s" % (' '.join(argv), cwd))
return stdout
def _getValidPlatforms(linuxDistro=False, macUniversal=True):
"""Return a list of platforms for which Mozilla can be built from
the current machine.
@param linuxDistro {bool} Indicates if linux distro should be included
in the name.
@param macUniversal {bool} Indicates if the package/whatever using this
platform name is universal (i.e. shouldn't include the arch).
"""
validPlats = []
if sys.platform == "win32":
validPlats = ["win32-x86"]
elif sys.platform.startswith("linux"):
uname = os.uname()
if uname[4] == "ia64":
validPlats = []
elif re.match("i\d86", uname[4]):
config = ""
if linuxDistro:
config += "-" + _getLinuxDistro()
validPlats = ["linux%s-x86" % config]
elif uname[4] == "x86_64":
config = ""
if linuxDistro:
config += "-" + _getLinuxDistro()
validPlats = ["linux%s-x86_64" % config]
else:
raise ConfigureError("unknown Linux architecture: '%s'"
% uname[4])
elif sys.platform.startswith("sunos"):
#XXX Note that we don't really support Solaris builds yet.
uname = os.uname()
if uname[4].startswith("sun4"):
if uname[2] == "5.6":
validPlats = ["solaris-sparc"]
elif uname[2] == "5.8":
validPlats = ["solaris8-sparc", "solaris8-sparc64"]
else:
raise ConfigureError("unknown Solaris version: '%s'"
% uname[2])
else:
raise ConfigureError("unknown Solaris architecture: '%s'"
% uname[4])
elif sys.platform == "darwin":
if macUniversal:
validPlats = ["macosx"]
else:
uname = os.uname()
if uname[-1] == 'i386':
validPlats = ["macosx-x86"]
elif uname[-1] == 'x86_64':
validPlats = ["macosx-x86_64"]
else:
raise ConfigureError("unexpected macosx architecture: '%s'"
% uname[4])
return validPlats
def _getDefaultPlatform(linuxDistro=False, macUniversal=True):
"""Return an appropriate default target platform for the current machine.
@param linuxDistro {bool} Indicates if linux distro should be included
in the name.
@param macUniversal {bool} Indicates if the package/whatever using this
platform name is universal (i.e. shouldn't include the arch).
A "platform" is a string of the form "<os>[-<config>][-<arch>]".
"""
try:
return _getValidPlatforms(linuxDistro=linuxDistro,
macUniversal=macUniversal)[0]
except IndexError, ex:
raise ConfigureError("cannot build mozilla on this platform: '%s'"
% sys.platform)
def _getRubyVersion(ruby):
cmd = '"%s" --version' % ruby
o = os.popen(cmd)
output = o.read().strip()
retval = o.close()
pattern = re.compile(r"^ruby (\d+\.\d+\.\d+)")
match = pattern.search(output)
if retval or not match:
raise ValueError("could not determine Ruby version from "
"output of '%s': '%s'" % (cmd, output))
version = tuple([int(v) for v in match.group(1).split('.')])
return version
gMozDefines = None
gMozSubsts = None
def _getMozDefinesAndSubsts(mozObjDir):
"""Load Mozilla's config.status Python file."""
# TODO: This should eventually use Mozilla's ConfigStatus.py file.
global gMozDefines
global gMozSubsts
if gMozDefines is None:
mozconfig = join(mozObjDir, "config.status")
cfg_globals = {"__file__": mozconfig}
cfg_locals = {}
execfile(mozconfig, cfg_globals, cfg_locals)
gMozDefines = dict(cfg_locals.get("defines"))
gMozSubsts = dict(cfg_locals.get("substs"))
return gMozDefines, gMozSubsts
#---- particular Data for the Komodo world
class SiloedPythonExeName(black.configure.std.Datum):
def __init__(self):
black.configure.std.Datum.__init__(self, "siloedPythonExeName",
desc="the name of the siloed Python executable")
def _Determine_Do(self):
self.applicable = 1
if sys.platform.startswith("win"):
buildType = black.configure.items["buildType"].Get()
if buildType == "debug":
self.value = "python_d.exe"
else:
self.value = "python.exe"
else:
self.value = "python"
self.determined = 1
class SiloedPythonInstallDir(black.configure.std.Datum):
"""The full path to the siloed Python bin directory.
The first thing the Komodo build system does is copy the siloed
Python (from its location in prebuilt/...) to the appropriate place
in the mozilla/dist/... area.
Windows dev build:
$mozSrc/dist/
bin/
komodo.exe
python/ # PyXPCOM site lib (can't use this dir)
python/ # proposed siloed Python base install dir
Windows installer build:
<installdir>/
Mozilla/
komodo.exe
python/ # proposed siloed Python base install dir
python.exe
Mac OS X dev build:
$mozSrc/dist/
bin/
komodo
komodo-bin
python/ # PyXPCOM site lib (can't use this dir)
Komodo.app/Contents/
MacOS/
komodo # same as the one above in bin/
komodo-bin # same as the one above in bin/
Frameworks/
Python.framework/... # siloed Python base install dir
Mac OS X installer build:
<install-.app-dir>/Contents/
MacOS/
komodo
komodo-bin
Frameworks/
Python.framework/... # siloed Python base install dir
Linux/Solaris dev build:
$mozSrc/dist/
bin/
komodo.exe
python/ # PyXPCOM site lib (can't use this dir)
python/ # siloed Python base install dir
Linux/Solaris installer build:
<installdir>/
lib/
mozilla/
komodo
komodo-bin
komodo.exe
python/ # siloed Python base install dir
Basically the above makes this config var easy: the siloed Python in
dev trees is always in $mozSrc/mozilla/dist/python/... except on Mac
OS X.
Note: It would be nice if this "appropriate" place worked with how
Firefox is current distributed (e.g. so that a separate PyXPCOM
Firefox extension and/or Komodo that installs as an add on to a
xulrunner install or something like that could work.) No guarantees
this time around.
"""
def __init__(self):
black.configure.std.Datum.__init__(self, "siloedPythonInstallDir",
desc="the siloed Python bin directory")
def _Determine_Sufficient(self):
if self.value is None:
siloedPythonExeName = black.configure.items['siloedPythonExeName'].Get()
raise black.configure.ConfigureError(\
"Could not determine %s (something bad happened)" % self.desc)
def _Determine_Do(self):
from os.path import join
self.applicable = 1
mozDist = black.configure.items["mozDist"].Get()
if sys.platform == "darwin":
macKomodoAppBuildName = black.configure.items['macKomodoAppBuildName'].Get()
self.value = join(mozDist, macKomodoAppBuildName,
"Contents", "Frameworks")
else:
self.value = join(mozDist, "python")
self.determined = 1
class SiloedPythonBinDir(black.configure.std.Datum):
def __init__(self):
black.configure.std.Datum.__init__(self, "siloedPythonBinDir",
desc="the siloed Python bin directory")
def _Determine_Sufficient(self):
if self.value is None:
raise black.configure.ConfigureError(\
"Could not determine %s (something bad happened)" % self.desc)
def _Determine_Do(self):
from os.path import join
self.applicable = 1
siloedPythonInstallDir = black.configure.items["siloedPythonInstallDir"].Get()
if sys.platform == "darwin":
siloedPyVer = black.configure.items["siloedPyVer"].Get()
self.value = join(siloedPythonInstallDir, "Python.framework",
"Versions", siloedPyVer, "bin")
else:
self.value = siloedPythonInstallDir
if sys.platform != "win32":
self.value = join(self.value, "bin")
self.determined = 1
class SiloedPython(black.configure.std.Datum):
def __init__(self):
black.configure.std.Datum.__init__(self, "siloedPython",
desc="path to the siloed Python executable")
def _Determine_Sufficient(self):
if self.value is None:
raise black.configure.ConfigureError(\
"Could not determine %s (something bad happened)" % self.desc)
def _Determine_Do(self):
from os.path import join
self.applicable = 1
siloedPythonBinDir = black.configure.items["siloedPythonBinDir"].Get()
siloedPythonExeName = black.configure.items["siloedPythonExeName"].Get()
self.value = join(siloedPythonBinDir, siloedPythonExeName)
self.determined = 1
class SiloedPythonVersion(black.configure.std.Datum):
def __init__(self):
black.configure.std.Datum.__init__(self, "siloedPythonVersion",
desc="the python version")
def _Determine_Do(self):
from os.path import join
self.applicable = 1
siloedPythonExeName = black.configure.items["siloedPythonExeName"].Get()
siloedPythonInstallDir = black.configure.items["siloedPythonInstallDir"].Get()
if sys.platform == "win32":
env = ""
pythonExe = join(siloedPythonInstallDir, siloedPythonExeName)
elif sys.platform == "darwin":
env = ""
pythonExe = join(siloedPythonInstallDir, "Python.framework",
"Versions", "*", "bin",
siloedPythonExeName)
try:
pythonExe = glob.glob(pythonExe)[0]
except IndexError, ex:
raise black.configure.ConfigureError(
"Could not determine %s: `%s' doesn't exist" % (
self.desc, pythonExe))
else:
pythonExe = join(siloedPythonInstallDir, "bin",
siloedPythonExeName)
env = "LD_LIBRARY_PATH=%s/lib" % siloedPythonInstallDir
cmd = '%s %s -c "import sys; sys.stdout.write(\'.\'.join(map(str, sys.version_info[:3])))"'\
% (env, pythonExe)
o = os.popen(cmd)
self.value = o.read()
self.determined = 1
class SiloedPyVer(black.configure.Datum):
def __init__(self):
black.configure.Datum.__init__(self, "siloedPyVer",
desc="the siloed Python <major>.<minor> version")
def _Determine_Sufficient(self):
if self.value is None:
raise black.configure.ConfigureError(
"Could not determine %s." % self.desc)
def _Determine_Do(self):
self.applicable = 1
siloedPythonVersion = black.configure.items["siloedPythonVersion"].Get()
self.value = '.'.join(siloedPythonVersion.split('.',2)[:2])
self.determined = 1
class SiloedDistutilsLibDirName(black.configure.Datum):
def __init__(self):
black.configure.Datum.__init__(self, "siloedDistutilsLibDirName",
desc="the platform-specific lib dir name that a distutils build will use")
def _Determine_Sufficient(self):
if self.value is None:
raise black.configure.ConfigureError(
"Could not determine %s." % self.desc)
def _Determine_Do(self):
import distutils.util
self.applicable = 1
siloedPyVer = black.configure.items["siloedPyVer"].Get()
siloedPython = black.configure.items["siloedPython"].Get()
ld_path_list = black.configure.items["LD_LIBRARY_PATH"].Get()
# the distutils platform name
cmd = [siloedPython, '-c', "from distutils.util import get_platform; print get_platform()"]
# Ensure we use the correct LD_LIBRARY_PATH required by the siloed
# Python executable.
env = os.environ.copy()
if sys.platform.startswith("linux"):
if 'LD_LIBRARY_PATH' in env:
ld_path_list.append(env['LD_LIBRARY_PATH'])
env["LD_LIBRARY_PATH"] = os.path.pathsep.join(ld_path_list)
p = subprocess.Popen(cmd, stdout=subprocess.PIPE, env=env)
status = p.wait()
platname = p.stdout.read().strip()
assert status == 0 and platname, \
"empty distutils platname: running the cmd must have failed: %s" % cmd
self.value = "lib.%s-%s" % (platname, siloedPyVer)
self.determined = 1
class HavePy2to3(black.configure.Datum):
def __init__(self):
black.configure.Datum.__init__(self, "havePy2to3",
desc="whether the siloed Python has a sufficient 2to3 library for the Komodo build")
def _Determine_Do(self):
self.applicable = 1
siloedPython = black.configure.items["siloedPython"].Get()
argv = [siloedPython, "-c", "from lib2to3.main import main"]
p = subprocess.Popen(argv, stdout=subprocess.PIPE,
stderr=subprocess.PIPE)
status = p.wait()
if status:
self.value = False
else:
self.value = True
self.determined = 1
class SetMozTools(black.configure.SetEnvVar):
def __init__(self):
black.configure.SetEnvVar.__init__(self, "MOZ_TOOLS",
acceptedOptions=("", ["moz-tools="]))
def _Determine_Sufficient(self):
if self.value is None:
raise black.configure.ConfigureError(\
"Could not determine value for MOZ_TOOLS. "\
"Either manually set MOZ_TOOLS or use the --moz-tools "\
"option.\n")
# Have to make sure this is the NEW MOZ_TOOLS.
# - ensure that MOZ_TOOLS/bin/gmake.exe is of version 3.79.1 or greater
# (In the old wintools.zip it was version 3.74)
gmakeExe = os.path.join(self.value, "bin", "gmake.exe")
if not os.path.isfile(gmakeExe):
raise black.configure.ConfigureError(\
"MOZ_TOOLS is bogus, there is no gmake "\
"executable (%s) there.\n" % gmakeExe)
cmd = '"%s" --version' % gmakeExe
o = os.popen(cmd)
outputLines = o.readlines()
o.close()
versionRe = re.compile("^GNU Make version (?P<version>[0-9.]+)")
minVersion = "3.79.1"
versionMatch = versionRe.search(outputLines[0])
if not versionMatch:
raise black.configure.ConfigureError(\
"The first line of running '%s' did not "\
"return a recognized version string syntax." % cmd)
else:
version = versionMatch.group("version")
if version < minVersion:
raise black.configure.ConfigureError(\
"The current version of gmake.exe in "\
"your MOZ_TOOLS bin directory is %s. It must be at "\
"least version %s. This probably indicates that you have "\
"the old wintools.zip package from mozilla.org. You "\
"need to get the new one from "\
"ftp://ftp.mozilla.org/pub/mozilla/source/wintools.zip "\
"and install it SEPARATELY from your Cygwin "\
"installation. Alternatively, main/Apps/Mozilla comes "\
"with the build tools that it needs (under bin/...) so "\
"you should only have to undefine MOZ_TOOLS and rerun "\
"the configure step." % (version, minVersion))
def _Determine_Do(self):
if sys.platform.startswith("win"):
self.applicable = 1
for opt, optarg in self.chosenOptions:
if opt == "--moz-tools":
self.value = os.path.abspath(os.path.normpath(optarg))
break
else:
if os.environ.has_key(self.name):
self.value = os.environ[self.name]
else:
self.value = None
else:
self.applicable = 0
self.determined = 1
class SetKomodoHostname(black.configure.SetEnvVar):
"""A Mozilla patch now requires that KOMODO_HOSTNAME be set when
Mozilla is run. This is just the hostname of the current machine.
"""
def __init__(self):
black.configure.SetEnvVar.__init__(self, "KOMODO_HOSTNAME",
"the hostname of the current machine")
def _Determine_Sufficient(self):
if self.value is None:
raise black.configure.ConfigureError(\
"Could not determine %s.\n" % self.desc)
def _Determine_Do(self):
self.applicable = 1
self.value = socket.gethostname()
self.determined = 1
class KomodoDevDir(black.configure.Datum):
def __init__(self):
black.configure.Datum.__init__(self, "komodoDevDir",\
desc="the root Komodo development directory")
def _Determine_Sufficient(self):
if self.value is None:
raise black.configure.ConfigureError(\
"Could not determine %s. You must run 'bk configure' in "\
"the dir containing the 'Construct' file.\n" % self.desc)
def _Determine_Do(self):
self.applicable = 1
# use the current working directory if it has a Construct file
if os.path.isfile("Construct"):
self.value = os.getcwd()
else:
self.value = None
self.determined = 1
class MozillaDevDir(black.configure.Datum):
def __init__(self):
black.configure.Datum.__init__(self, "mozillaDevDir",\
desc="the root Mozilla development directory")
def _Determine_Sufficient(self):
if self.value is None:
raise black.configure.ConfigureError(\
"Could not determine %s." % self.desc)
elif not exists(self.value):
raise black.configure.ConfigureError(
"%s (%s) does not exist" % (self.desc, self.value))
def _Determine_Do(self):
self.applicable = 1
komodoDevDir = black.configure.items["komodoDevDir"].Get()
candidates = [
join(abspath(komodoDevDir), "mozilla"),
]
for candidate in candidates:
if isdir(candidate):
self.value = candidate
break
else:
self.value = None
self.determined = 1
class ProductType(black.configure.Datum):
def __init__(self):
black.configure.Datum.__init__(self, "productType",
desc="the Komodo product type",
acceptedOptions=("", ["product-type=", "ide", "edit"]))
self.knownValues = ["ide", "edit"]
def _Determine_Sufficient(self):
if self.value is None:
raise black.configure.ConfigureError(\
"Could not determine %s. Use the "\
"--product-type configure option to specify this. "\
"The currently valid values for this are %s\n" %\
(self.desc, self.knownValues))
else:
if self.value not in self.knownValues:
raise black.configure.ConfigureError(\
"The specified product type '%s' is "\
"not one of the known values: %s" %\
(self.value, self.knownValues))
def _Determine_Do(self):
self.applicable = 1
self.value = "ide" # default
for opt, optarg in self.chosenOptions:
if opt == "--product-type":
self.value = optarg
elif opt in ("--ide", "--edit"):
self.value = opt[2:]
self.determined = 1
class MacKomodoAppInstallName(black.configure.Datum):
"""The .app directory name for the *installed* Komodo on Mac OS X.
Note that this is different than the *build* name: for both Komodo
IDE and Edit the .app dir name during the build doesn't include the
product-type (see `macKomodoAppBuildName`).
"""
def __init__(self):
black.configure.Datum.__init__(self, "macKomodoAppInstallName",
desc="the Komodo .app dir name on Mac OS X (for installation)")
def _Determine_Sufficient(self):
if self.value is None:
raise black.configure.ConfigureError(
"Could not determine %s." % self.desc)
def _Determine_Do(self):
self.applicable = 1
prettyProductType = black.configure.items["prettyProductType"].Get()
komodoVersion = black.configure.items["komodoVersion"].Get()
majorVer = komodoVersion.split('.', 1)[0]
self.value = "Komodo %s %s.app" % (prettyProductType, majorVer)
self.determined = 1
class MacKomodoAppBuildName(black.configure.Datum):
def __init__(self):
black.configure.Datum.__init__(self, "macKomodoAppBuildName",
desc="the Komodo .app dir name on Mac OS X (during the build)")
def _Determine_Sufficient(self):
if self.value is None:
raise black.configure.ConfigureError(
"Could not determine %s." % self.desc)
def _Determine_Do(self):
self.applicable = 1
buildType = black.configure.items["buildType"].Get()
if buildType == "release":
self.value = "Komodo.app"
elif buildType == "debug":
self.value = "KomodoDebug.app"
else:
raise ValueError("unexpected value of buildType: %r" % buildType)
self.determined = 1
class PrettyProductType(black.configure.Datum):
def __init__(self):
black.configure.Datum.__init__(self, "prettyProductType",
desc="the Komodo product type with proper capitalization")
def _Determine_Sufficient(self):
if self.value is None:
raise black.configure.ConfigureError(
"Could not determine %s." % self.desc)
def _Determine_Do(self):
self.applicable = 1
productType = black.configure.items["productType"].Get()
self.value = {"ide": "IDE",
"edit": "Edit"}[productType]
self.determined = 1
class ProductTagLine(black.configure.Datum):
def __init__(self):
black.configure.Datum.__init__(self, "productTagLine",
desc="the Komodo product tag line")
def _Determine_Sufficient(self):
if self.value is None:
raise black.configure.ConfigureError(
"Could not determine %s." % self.desc)
def _Determine_Do(self):
self.applicable = 1
productType = black.configure.items["productType"].Get()
self.value = {
"ide": "Code. Debug. Edit. Share. Let Komodo sweat the details.",
"edit": "Free multi-platform editor that makes it easy to write quality code.",
}[productType]
self.determined = 1
class GnomeDesktopShortcutName(black.configure.Datum):
def __init__(self):
black.configure.Datum.__init__(self, "gnomeDesktopShortcutName",
desc="Gnome desktop shortcut filename for Komodo")
def _Determine_Sufficient(self):
if self.value is None:
raise black.configure.ConfigureError(
"Could not determine %s." % self.desc)
def _Determine_Do(self):
self.applicable = 1
productType = black.configure.items["productType"].Get()
komodoVersion = black.configure.items["komodoVersion"].Get()
majorVer = komodoVersion.split('.', 1)[0]
updateChannel = black.configure.items["updateChannel"].Get()
self.value = "komodo-%s-%s%s.desktop" % (productType, majorVer,
updateChannel == "nightly" and "-nightly" or "")
self.determined = 1
class GnomeDesktopName(black.configure.Datum):
def __init__(self):
black.configure.Datum.__init__(self, "gnomeDesktopName",
desc="'Name' field for Gnome desktop entry for Komodo")
def _Determine_Sufficient(self):
if self.value is None:
raise black.configure.ConfigureError(
"Could not determine %s." % self.desc)
def _Determine_Do(self):
self.applicable = 1
komodoVersion = black.configure.items["komodoVersion"].Get()
majorVer = komodoVersion.split('.', 1)[0]
prettyProductType = black.configure.items["prettyProductType"].Get()
updateChannel = black.configure.items["updateChannel"].Get()
self.value = "Komodo %s %s%s" % (prettyProductType, majorVer,
updateChannel == "nightly" and " nightly" or "")
self.determined = 1
class GnomeDesktopGenericName(black.configure.Datum):
def __init__(self):
black.configure.Datum.__init__(self, "gnomeDesktopGenericName",
desc="'GenericName' field for Gnome desktop entry for Komodo")
def _Determine_Sufficient(self):
if self.value is None:
raise black.configure.ConfigureError(
"Could not determine %s." % self.desc)
def _Determine_Do(self):
self.applicable = 1
productType = black.configure.items["productType"].Get()
self.value = {"ide": "IDE",
"edit": "Editor"}[productType]
self.determined = 1
class GnomeDesktopCategories(black.configure.Datum):
def __init__(self):
black.configure.Datum.__init__(self, "gnomeDesktopCategories",
desc="'Categories' field for Gnome desktop entry for Komodo")
def _Determine_Sufficient(self):
if self.value is None:
raise black.configure.ConfigureError(
"Could not determine %s." % self.desc)
def _Determine_Do(self):
self.applicable = 1
productType = black.configure.items["productType"].Get()
self.value = "ActiveState;Application;Development;Editor;Utility;TextEditor;Debugger;IDE;"
self.determined = 1
class SetMozBinDir(black.configure.SetEnvVar):
def __init__(self):
black.configure.SetEnvVar.__init__(self, "KOMODO_MOZBINDIR",
desc="the Mozilla build's binaries dir (only set for dev builds)")
def _Determine_Sufficient(self):
if self.value is None:
raise black.configure.ConfigureError(\
"Could not determine %s. This probably "\
"means that the Mozilla bin directory could not be "\
"determined.\n" % self.desc)
def _Determine_Do(self):
self.applicable = 1
self.value = black.configure.items["mozBin"].Get()
self.determined = 1
class PrebuiltPaths(black.configure.Datum):
# See discussion for "UnsiloedPythonBinDir".
def __init__(self):
black.configure.Datum.__init__(self, "prebuiltPaths",
desc="the full path to the prebuilt directory")
def _Determine_Sufficient(self):
if self.value is None:
raise black.configure.ConfigureError(\
"Could not determine %s.\n" % self.desc)
def _Determine_Do(self):
self.applicable = 1
platform = black.configure.items["platform"].Get()
buildType = black.configure.items["buildType"].Get()
if sys.platform.startswith("linux"):
candidates = [os.path.abspath(os.path.join(
"prebuilt", platform, buildType))]
self.value = [c for c in candidates if os.path.exists(c)]
elif sys.platform.startswith("darwin"):
platName = _getDefaultPlatform()
self.value = [os.path.abspath(os.path.join(
"prebuilt", "%s" % (platName), buildType))]
else:
self.value = [os.path.abspath(os.path.join(
"prebuilt", platform, buildType))]
self.determined = 1
class PerlExe(black.configure.Datum):
"""Determine the full path to a Perl of the given version. The Perl used
is found as follows:
- if the "--perlXY" option is specified, then that value is used
- the first Perl of the correct version on the PATH is used
- some platform-specific well-known locations are checked
"""
def __init__(self, version):
self.version = version # 2-tuple (<major>, <minor>)
self.longopt = "perl%s%s" % self.version
black.configure.Datum.__init__(self, "perl%s%s" % self.version,
desc="the full path to an unsiloed Perl %s.%s executable" % self.version,
acceptedOptions=("", [self.longopt + "="]))
def _getVersion(self, perl):
ver_pat = re.compile(r"\(revision (\d+)(?:\.\d+)? version (\d+) subversion \d+\)")
ver_output = _capture_stdout([perl, "-V"]).strip()
ver_match = ver_pat.search(ver_output)
if ver_match is None:
raise black.configure.ConfigureError("""\
could not determine Perl version for '%s':
/%s/ does not match `perl -V` output:
-------------------------------------------------
%s
-------------------------------------------------
""" % (perl, ver_pat.pattern, ver_output))
ver = (int(ver_match.group(1)), int(ver_match.group(2)))
return ver
def _Determine_Sufficient(self):
buildFlavour = black.configure.items["buildFlavour"].Get()
if buildFlavour == "full":
ver = "%s.%s" % self.version
if not self.value:
raise black.configure.ConfigureError(
"Could not find a Perl %s executable. You must (1) "
"identify one with the --%s configure option; or (2) "
"put one on your PATH (doesn't have to be first); or "
"(3) install one in one of the 'well-known' locations: "
"%s" % (ver, self.longopt, self.candidates))
actualVersion = self._getVersion(self.value)
if actualVersion != self.version:
raise black.configure.ConfigureError(\
"'%s' is not Perl version %s" % (self.value, ver))
def _Determine_Do(self):
# Only applicable for Komodo installer builds, but to deal with
# limited Perl+Cons variable Import/Export we define empty values
# for non-installer-build configurations.
self.applicable = 1
buildFlavour = black.configure.items["buildFlavour"].Get()
if buildFlavour == "full":
#XXX Might have to follow symlinks for any values.
# First see if the Perl was specified with a command argument.
for opt, optarg in self.chosenOptions:
if opt == "--"+self.longopt:
self.value = optarg
return
# Else, check each Perl on the PATH.
perl_exe_name = (sys.platform == "win32" and "perl.exe" or "perl")
for perl in which.whichall(perl_exe_name):
try:
version = self._getVersion(perl)
except ValueError:
pass
else:
if version == self.version:
self.value = perl
return
# Else, look in some well-known install locations.
if sys.platform.startswith("win"):
systemDrive = os.environ.get("SystemDrive", "C:")
self.candidates = [
os.path.join(systemDrive, os.sep, "Perl%s%s" % self.version),
os.path.join(systemDrive, os.sep, "Perl"),
]
else:
self.candidates = []
basenames = [
"ActivePerl-%s.%s*" % self.version,
"ActivePerl",
"perl-%s.%s*" % self.version,
"perl",
]
dirnames = [
os.path.expanduser("~/local"),
os.path.expanduser("~/opt"),
"/opt",
"/usr/local",
"/usr",
]
for dirname in dirnames:
for basename in basenames:
self.candidates += glob.glob(os.path.join(dirname, basename, "bin"))
for bindir in self.candidates:
perl = os.path.join(bindir, perl_exe_name)
if not os.path.isfile(perl): continue
version = self._getVersion(perl)
if version == self.version:
self.value = perl
return
else:
self.value = ""
self.determined = 1
class NonMsysPerlExe(black.configure.Datum):
"""The full path to a Perl on Windows that isn't msys Perl.
The reason is we need a Perl with MD5 (for Cons) and the Perl in
the MozillaBuild package (likely to be first on a builders PATH)
doesn't have it -- and I don't have the time to build one for it
now (gcc on Windows build "fun").
Note that even with the MD5 module, I'm not certain the unix-y msys
Perl build would work with Komodo build system which is why this
config var is "nonMsysPerl" rather than just "perlWithMD5".
"""
def __init__(self):
black.configure.Datum.__init__(self, "nonMsysPerl",
desc="non MSYS Perl executable")
def _isNotMsysPerl(self, perl):
ver_output = _capture_stdout([perl, "-V"]).strip()
msys_pat = re.compile(r'Built under msys')
if msys_pat.search(ver_output):
return False