def getmod(self, nm, newmod=imp.new_module):
rslt = self.pyz.extract(nm)
if rslt is None:
return None
ispkg, co = rslt
mod = newmod(nm)
try:
mod.__file__ = co.co_filename
except AttributeError:
raise ImportError, "PYZ entry '%s' (%s) is not a valid code object" % (nm, repr(co))
if ispkg:
if _environ.has_key("_MEIPASS2"):
localpath = _environ["_MEIPASS2"][:-1]
else:
localpath = iu._os_path_dirname(self.path)
mod.__path__ = [self.path, localpath, iu._os_path_dirname(mod.__file__)]
# print "PYZOwner setting %s's __path__: %s" % (nm, mod.__path__)
importer = iu.PathImportDirector(
mod.__path__,
{self.path: PkgInPYZImporter(nm, self), localpath: ExtInPkgImporter(localpath, nm)},
[iu.DirOwner],
)
mod.__importsub__ = importer.getmod
mod.__co__ = co
return mod
def getmod(self, nm, newmod=imp.new_module):
rslt = self.pyz.extract(nm)
if rslt is None:
return None
ispkg, co = rslt
mod = newmod(nm)
try:
mod.__file__ = co.co_filename
except AttributeError:
raise ImportError, "PYZ entry '%s' (%s) is not a valid code object" % (
nm, repr(co))
if ispkg:
if _environ.has_key('_MEIPASS2'):
localpath = _environ['_MEIPASS2'][:-1]
else:
localpath = iu._os_path_dirname(self.path)
mod.__path__ = [
self.path, localpath,
iu._os_path_dirname(mod.__file__)
]
#print "PYZOwner setting %s's __path__: %s" % (nm, mod.__path__)
importer = iu.PathImportDirector(
mod.__path__, {
self.path: PkgInPYZImporter(nm, self),
localpath: ExtInPkgImporter(localpath, nm)
}, [iu.DirOwner])
mod.__importsub__ = importer.getmod
mod.__co__ = co
return mod
def getmod(self, nm, newmod=imp.new_module):
rslt = self.pyz.extract(nm)
if rslt is None:
return None
ispkg, bytecode = rslt
mod = newmod(nm)
# Replace bytecode.co_filename by something more meaningful:
# e.g. /absolute/path/frozen_executable?12345/os/path.pyc
# Paths from developer machine are masked.
try:
# Python packages points to files __init__.pyc.
if ispkg:
mod.__file__ = iu._os_path_join(
iu._os_path_join(self.path, nm.replace('.', iu._os_sep)),
'__init__.pyc')
else:
mod.__file__ = iu._os_path_join(
self.path,
nm.replace('.', iu._os_sep) + '.pyc')
except AttributeError:
raise ImportError(
"PYZ entry '%s' (%s) is not a valid code object" %
(nm, repr(bytecode)))
# Python has modules and packages. A Python package is container
# for several modules or packages.
if ispkg:
if '_MEIPASS2' in _environ:
localpath = _environ['_MEIPASS2'][:-1]
else:
localpath = iu._os_path_dirname(self.path)
# A python packages has to have __path__ attribute.
mod.__path__ = [
iu._os_path_dirname(mod.__file__),
self.path,
localpath,
]
debug("PYZOwner setting %s's __path__: %s" % (nm, mod.__path__))
importer = iu.PathImportDirector(
mod.__path__, {
self.path: PkgInPYZImporter(nm, self),
localpath: ExtInPkgImporter(localpath, nm)
}, [iu.DirOwner])
mod.__importsub__ = importer.getmod
mod.__co__ = bytecode
return mod
def getmod(self, nm, newmod=imp.new_module):
rslt = self.pyz.extract(nm)
if rslt is None:
return None
ispkg, bytecode = rslt
mod = newmod(nm)
# Replace bytecode.co_filename by something more meaningful:
# e.g. /absolute/path/frozen_executable?12345/os/path.pyc
# Paths from developer machine are masked.
try:
# Python packages points to files __init__.pyc.
if ispkg:
mod.__file__ = iu._os_path_join(iu._os_path_join(self.path,
nm.replace('.', iu._os_sep)), '__init__.pyc')
else:
mod.__file__ = iu._os_path_join(self.path,
nm.replace('.', iu._os_sep) + '.pyc')
except AttributeError:
raise ImportError("PYZ entry '%s' (%s) is not a valid code object"
% (nm, repr(bytecode)))
# Python has modules and packages. A Python package is container
# for several modules or packages.
if ispkg:
if '_MEIPASS2' in _environ:
localpath = _environ['_MEIPASS2'][:-1]
else:
localpath = iu._os_path_dirname(self.path)
# A python packages has to have __path__ attribute.
mod.__path__ = [iu._os_path_dirname(mod.__file__), self.path, localpath,
]
debug("PYZOwner setting %s's __path__: %s" % (nm, mod.__path__))
importer = iu.PathImportDirector(mod.__path__,
{self.path: PkgInPYZImporter(nm, self),
localpath: ExtInPkgImporter(localpath, nm)},
[iu.DirOwner])
mod.__importsub__ = importer.getmod
mod.__co__ = bytecode
return mod
def getmod(self, nm, newmod=imp.new_module):
rslt = self.pyz.extract(nm)
if rslt is None:
return None
ispkg, bytecode = rslt
mod = newmod(nm)
# Replace bytecode.co_filename by something more meaningful:
# e.g. /absolute/path/frozen_executable?12345/os/path.pyc
# Paths from developer machine are masked.
try:
# Python packages points to files __init__.pyc.
if ispkg:
mod.__file__ = iu._os_path_join(iu._os_path_join(self.path,
nm.replace('.', iu._os_sep)), '__init__.pyc')
else:
mod.__file__ = iu._os_path_join(self.path,
nm.replace('.', iu._os_sep) + '.pyc')
except AttributeError:
raise ImportError("PYZ entry '%s' (%s) is not a valid code object"
% (nm, repr(bytecode)))
# Python has modules and packages. A Python package is container
# for several modules or packages.
if ispkg:
# Since PYTHONHOME is set in bootloader, 'sys.prefix' points to the
# correct path where PyInstaller should find bundled dynamic
# libraries. In one-file mode it points to the tmp directory where
# bundled files are extracted at execution time.
localpath = sys.prefix
# A python packages has to have __path__ attribute.
mod.__path__ = [iu._os_path_dirname(mod.__file__), self.path, localpath,
]
debug("PYZOwner setting %s's __path__: %s" % (nm, mod.__path__))
importer = iu.PathImportDirector(mod.__path__,
{self.path: PkgInPYZImporter(nm, self),
localpath: ExtInPkgImporter(localpath, nm)},
[iu.DirOwner])
mod.__importsub__ = importer.getmod
mod.__co__ = bytecode
return mod
print e.args
raise
elif pyc:
stuff = self.fs.open(pyc[0]).read()
try:
co = loadco(stuff[8:])
break
except (ValueError, EOFError):
pyc = None
else:
return None
mod = newmod(nm)
mod.__file__ = co.co_filename
if ispkg:
# print "***a package may be involved"
localpath = iu._os_path_dirname(self.fspath)
# print "localpath: %s" % localpath
vfspath = "vfs://<%s>%s" % (self.fskey, localpath)
mod.__path__ = [self.path, pkgpth, iu._os_path_dirname(mod.__file__)]
subimporter = iu.PathImportDirector(
mod.__path__,
{self.path: PkgInVFSImporter(nm, self), vfspath: ExtInPkgImporter(vfspath, nm)},
[VFSOwner],
)
mod.__importsub__ = subimporter.getmod
mod.__co__ = co
# print "returning: %s" % mod
return mod
class PkgInVFSImporter:
print e.args
raise
elif pyc:
stuff = self.fs.open(pyc[0]).read()
try:
co = loadco(stuff[8:])
break
except (ValueError, EOFError):
pyc = None
else:
return None
mod = newmod(nm)
mod.__file__ = co.co_filename
if ispkg:
#print "***a package may be involved"
localpath = iu._os_path_dirname(self.fspath)
#print "localpath: %s" % localpath
vfspath = "vfs://<%s>%s" % (self.fskey, localpath)
mod.__path__ = [
self.path, pkgpth,
iu._os_path_dirname(mod.__file__)
]
subimporter = iu.PathImportDirector(
mod.__path__, {
self.path: PkgInVFSImporter(nm, self),
vfspath: ExtInPkgImporter(vfspath, nm)
}, [VFSOwner])
mod.__importsub__ = subimporter.getmod
mod.__co__ = co
#print "returning: %s" % mod
return mod
print e.args
raise
elif pyc:
stuff = self.fs.open(pyc[0]).read()
try:
co = loadco(stuff[8:])
break
except (ValueError, EOFError):
pyc = None
else:
return None
mod = newmod(nm)
mod.__file__ = co.co_filename
if ispkg:
#print "***a package may be involved"
localpath=iu._os_path_dirname(self.fspath)
#print "localpath: %s" % localpath
vfspath="vfs://<%s>%s" % (self.fskey, localpath)
mod.__path__ = [self.path, pkgpth, iu._os_path_dirname(mod.__file__)]
subimporter = iu.PathImportDirector(mod.__path__,
{self.path:PkgInVFSImporter(nm, self),
vfspath:ExtInPkgImporter(vfspath, nm)},
[VFSOwner])
mod.__importsub__ = subimporter.getmod
mod.__co__ = co
#print "returning: %s" % mod
return mod
class PkgInVFSImporter:
def __init__(self, name, owner):
self.name = name
