def setup(self):
mingwbase = self.get_path()
if not path(mingwbase).exists():
makedirs(path(mingwbase))
subd = os.listdir(mingwbase)
safe_rmdir("EGG-INFO", subd)
safe_rmdir("bin", subd)
safe_rmdir("include", subd)
data = []
for dir in subd:
dat = recursive_glob_as_dict(path(mingwbase) / dir,
"*",
strip_keys=True,
prefix_key=dir).items()
data += [(str(d), [str(f) for f in t if not f.endswith(".dll")])
for d, t in dat]
bindirs = {"bin": str(self.get_bin_path())}
incdirs = {"include": str(path(mingwbase) / "include")}
#libdirs = {"lib": str(path(mingwbase/"lib")}
return dict(
VERSION=self.version,
BIN_DIRS=bindirs,
INC_DIRS=incdirs,
LIB_DIRS=None,
DATA_FILES=data,
)
def patch_sip_config(self):
# Patching sipconfig.py so that its
# paths point to the qt4 egg path we are building.
# Feel free to do better
'''
qt4_ = qt4()
header = """
import re
from pkgit.path_solved import path
# HACK paths
qtdev = os.environ.get('QTDIR') if 'QTDIR' in os.environ else r'%s'
sip_bin = '%s'
sip_include = '%s'
qt = '%s'
try:
from pkg_resources import Environment
env = Environment()
if 'qt4' in env:
qt = env['qt4'][0].location # Warning: 0 is the active one
if 'qt4-dev' in env:
qtdev = env['qt4-dev'][0].location # Warning: 0 is the active one
sip_bin = path(qtdev)/'bin'/'sip.exe'
sip_include = path(qtdev)/'include'
except:
pass"""%(qt4_.sourcedir.replace("\\", "/"), path(qt4_.install_bin_dir)/"sip".replace("\\", "/"), self.install_inc_dir.replace("\\", "/"), qt4_.sourcedir.replace("\\", "/"))
txt = ""
print "sip patching", os.getcwd()
with open(path(self.sourcedir)/"sipconfig.py") as f:
txt = f.read()
# inject our new header
txt = txt.replace("import re", header)
prefix = sys.prefix.replace("\\", r"\\\\")
# Evil massive regexp substitutions. RegExp are self-explanatory! Just kidding...
txt = re.sub(r"(\s*'default_bin_dir':\s*)'%s'"%prefix, r"\1sys.prefix", txt)
txt = re.sub(r"(\s*'default_mod_dir':\s*)'%s.*'"%prefix, r"\1path(sys.prefix)/'Lib'/'site-packages'", txt)
txt = re.sub(r"(\s*'default_sip_dir':\s*)'[A-Z]:\\\\.*'", r"\1path(qtdev)/'sip'", txt)
txt = re.sub(r"(\s*'py_conf_inc_dir':\s*)'%s.*'"%prefix, r"\1path(sys.prefix)/'include'", txt)
txt = re.sub(r"(\s*'py_inc_dir':\s*)'%s.*'"%prefix, r"\1path(sys.prefix)/'include'", txt)
txt = re.sub(r"(\s*'py_lib_dir':\s*)'%s.*'"%prefix, r"\1path(sys.prefix)/'libs'", txt)
txt = re.sub(r"(\s*'sip_bin':\s*)'[A-Z]:\\\\.*'", r"\1sip_bin", txt)
txt = re.sub(r"(\s*'sip_inc_dir':\s*)'[A-Z]:\\\\.*'", r"\1sip_include", txt)
txt = re.sub(r"(\s*'sip_mod_dir':\s*)'[A-Z]:\\\\.*'", r"\1qt", txt)
shutil.copyfile( path(self.sourcedir)/"sipconfig.py", path(self.sourcedir)/"sipconfig.py.old" )
with open( path(self.sourcedir)/"sipconfig.py", "w") as f:
f.write(txt)
'''
try:
os.makedirs(self.install_site_dir)
except:
pass
shutil.copyfile( path(self.sourcedir)/"sipconfig.py", path(self.install_site_dir)/"sipconfig.py" )
def generate_pascal_test_install_code(dependencies):
final = ""
testVariables = {"python": "PyInstalled"} #there's always this variable
for pk, info in dependencies.iteritems():
mask_ = info[0]
testVariables[pk] = pk + "Installed" #always defined
if bt(mask_, TEST_ME):
if bt(mask_, NOT_INSTALLABLE):
template = StrictTemplate(python_package_test_template)
final += template.substitute(PACKAGE=pk,
PACKAGE_TEST=path(
info[2]).basename())
else:
#"ti" stands for "test and install"
if bt(mask_, MSI): template = python_package_ti_template_msi
elif bt(mask_, EXEDIST):
template = python_package_ti_template_zipdist
elif bt(mask_, ZIPDIST):
template = python_package_ti_template_zipdist
elif bt(mask_, TARDIST):
template = python_package_ti_template_zipdist
elif bt(mask_, EGG):
template = python_package_ti_template_egg
elif bt(mask_, EXE):
template = python_package_ti_template_exe
else:
raise Exception("Unknown installer type: " + pk + ":" +
str(mask_))
template = StrictTemplate(template)
final += template.substitute(
PACKAGE=pk,
PACKAGE_TEST=path(info[2]).basename(),
PACKAGE_INSTALLER=path(info[1]).basename())
else:
if bt(mask_, NOT_INSTALLABLE):
continue
else:
if bt(mask_, MSI):
template = python_package_install_template_msi
elif bt(mask_, EXEDIST):
template = python_package_install_template_zipdist
elif bt(mask_, ZIPDIST):
template = python_package_install_template_zipdist
elif bt(mask_, TARDIST):
template = python_package_install_template_zipdist
elif bt(mask_, EGG):
template = python_package_install_template_egg
elif bt(mask_, EXE):
template = python_package_install_template_exe
else:
raise Exception("Unknown installer type: " + pk + ":" +
str(mask_))
template = StrictTemplate(template)
print pk, info[0], info[1]
final += template.substitute(PACKAGE=pk,
PACKAGE_INSTALLER=path(
info[1]).basename())
return final, testVariables
def make_install(self):
print "Make install"
# it is possible to bootstrap boost if no bjam.exe is found:
if not (path(self.sourcedir)/"bjam.exe").exists() :
print "Call bootstrap.bat"
#mingw_path = r"c:/Python27/Lib/site-packages/mingw-5.2-py2.7-win32.egg/"
#mingw_path = r"c:/MinGW/"
#if sh("bootstrap.bat mingw --toolset-root=%s"%(mingw_path)) != 0:
mingw_path = r"C:\Python27\Lib\site-packages\Mingw-5.1.4_4c-py2.7-win32.egg"
if sh("bootstrap.bat mingw --toolset-root=%s"%(mingw_path)) != 0:
return False
else:
# The Bootstrapper top-level script ignores that gcc
# was used and by default says it's msvc, even though
# the lower level scripts used gcc.
ascii_file_replace( "project-config.jam",
"using msvc",
"using gcc")
# try to fix a bug in python discovery which prevents
# bjam from finding python on Windows NT and old versions.
pyjam_pth = path("tools")/"build"/"v2"/"tools"/"python.jam"
ascii_file_replace(pyjam_pth,
"[ version.check-jam-version 3 1 17 ] || ( [ os.name ] != NT )",
"[ version.check-jam-version 3 1 17 ] && ( [ os.name ] != NT )")
paths = str(self.installdir), str(path(sys.prefix)/"include"), str(path(sys.prefix)/"libs")
cmd = "bjam --prefix=%s --without-test --layout=system"
cmd += " variant=release link=shared threading=multi runtime-link=shared toolset=gcc"
cmd += " include=%s library-path=%s install"
cmd %= paths
print
print cmd
print
return sh(cmd) == 0
def __init__(self, *args, **kwargs):
super(Pyqglviewer, self).__init__(*args, **kwargs)
qglbuilder = qglviewer()
self.qglbuilderbase = qglbuilder.sourcedir,
self.install_sip_dir = path(qglbuilder.installdir) / "sip"
self.install_site_dir = qglbuilder.installdir
self.install_exa_dir = path(qglbuilder.installdir) / "examples"
def post_install(self):
"""
Try to install egg, exe or msi after packaging.
Search an egg, then an exe, then a msi.
If it is an egg, use command alea_install -H None -f . mypackage.egg
Can be overloaded.
:return: True if success, else False
"""
egg_search = self.egg_name() + "*"
egg = glob.glob( path(".")/egg_search )
if egg:
egg = egg[0]
cmd = "alea_install -H None -f . %s" %egg
return sh(cmd) == 0
else:
#
name_search = "*" + self.name + "*.exe"
name = glob.glob( path(".")/name_search )
if not name:
name_search = "*" + self.name + "*.msi"
name = glob.glob( path(".")/name_search )
if name:
name = name[0]
return util_install(name)
return False
def _unpack(self):
if self.UNPACK:
logger.debug("==UNPACK==")
# a formula with a none url implicitely means
# the sources are already here because some
# other formula installed it.
# If not downloadable : do nothing
if self.download_url is None:
logger.debug("No url")
ret = True
if path(self.sourcedir).exists():
# If already unpacked and size > 0 : do nothing
if (path(self.sourcedir).getsize() > 0) and (not self.force):
message = 'already unpacked in %s' % repr(self.sourcedir)
logger.debug(message)
ret = True
# If already unpacked but size = 0 : unpack
else:
ret = self.unpack()
# Else: unpack
else:
ret = self.unpack()
logger.debug("Unpack %s" % ret)
return ret
return True
def post_install(self):
"""
Try to install egg, exe or msi after packaging.
Search an egg, then an exe, then a msi.
If it is an egg, use command alea_install -H None -f . mypackage.egg
Can be overloaded.
:return: True if success, else False
"""
egg_search = self.egg_name() + "*"
egg = glob.glob(path(".") / egg_search)
if egg:
egg = egg[0]
cmd = "alea_install -H None -f . %s" % egg
return sh(cmd) == 0
else:
#
name_search = "*" + self.name + "*.exe"
name = glob.glob(path(".") / name_search)
if not name:
name_search = "*" + self.name + "*.msi"
name = glob.glob(path(".") / name_search)
if name:
name = name[0]
return util_install(name)
return False
def _extend_python_path(self):
# Use PYTHONPATH instead PYTHON_PATH
exp = self.extra_python_paths()
if exp is not None:
if isinstance(exp, tuple):
for e in exp:
e = path(e).normpath()
sys.path.extend(e)
exp = sj(exp)
elif isinstance(exp, str):
exp = path(exp).normpath()
sys.path.extend(exp.split(os.pathsep))
path_splited = os.environ.get("PYTHONPATH","").split(";")
# Check if not already set
if not exp in path_splited:
os.environ["PYTHONPATH"] = sj([exp,os.environ.get("PYTHONPATH","")])
cmd = " PYTHONPATH "
for e in exp.split(";"):
cmd = cmd + "\"" + e + "\";"
cmd = cmd + "%PYTHONPATH%"
# set temp PYTHON_PATH
cmd1 = "SET" + cmd
logger.debug( cmd1 )
sh(cmd1)
# set permanent PYTHONPATH
cmd2 = "SETX" + cmd
logger.debug( cmd2 )
sh(cmd2)
return True
def _unpack(self):
if self.UNPACK:
logger.debug("==UNPACK==")
# a formula with a none url implicitely means
# the sources are already here because some
# other formula installed it.
# If not downloadable : do nothing
if self.download_url is None:
logger.debug("No url")
ret = True
if path(self.sourcedir).exists():
# If already unpacked and size > 0 : do nothing
if (path(self.sourcedir).getsize() > 0) and (not self.force):
message = 'already unpacked in %s' %repr(self.sourcedir)
logger.debug(message)
ret = True
# If already unpacked but size = 0 : unpack
else:
ret = self.unpack()
# Else: unpack
else:
ret = self.unpack()
logger.debug("Unpack %s" %ret)
return ret
return True
def unpack(arch, where):
""" Unpack a ZIP, TGZ or TAR file from 'where'
"""
arch = arch
base, ext = path( arch ).splitext()
logger.info("Unpacking %s in %s" %(arch,where))
# TODO : verify that there is no absolute path inside zip.
if ext == ".zip":
zipf = zipfile.ZipFile( arch, "r" )
zipf.extractall( path=where )
elif ext == ".tgz":
tarf = tarfile.open( arch, "r:gz")
tarf.extractall( path=where )
elif ext == ".tar":
tarf = tarfile.open( arch, "r")
tarf.extractall( path=where )
logger.info("Unpack done.")
# If ZIP contained only one directory, unpack move everything.
# ex:
# ./ann_src.zip/ann_1.1.2/... will begin after unpack ./ann_src/...
where = path(where).abspath()
listdirs = os.listdir(where)
if len(listdirs) == 1:
from_dirs = where/listdirs[0]
move(from_dirs, where)
return True
def configure(self):
if (path(self.sourcedir)/"configure.py").exists():
# The -S flag is needed or else configure.py
# sees any existing sip installation and can fail.
cmd = sys.executable + " -S configure.py --platform win32-g++ -b %s -d %s -e %s -v %s"%self.inst_paths
print
print cmd
print
ret = sh(cmd) == 0
else:
#if configure.py doesn't exist then we might
#be using a zipball retreived directly from
#sip's mercurial repository. This type of source
#needs a step before actually calling configure.py
if path("build.py").exists():
print "Will try to build sip from mercurial source zipball"
try:
#We need bison and flex
sh("bison.exe")
except:
print "Could not find bison flex, use --bisonflex"
return False
apply_patch_from_string( PATCH )
sh(sys.executable + " -S build.py prepare")
ret = self.configure()
else:
#we don't have a clue of what type of source we're in
#so dying cleanly can seem like a good option:
return False
self.patch_sip_config()
return ret
def setup(self):
return dict(
VERSION=self.version,
LIB_DIRS={'lib': str(path(self.sourcedir) / 'lib')},
INC_DIRS={'include': str(path(self.sourcedir) / 'include')},
BIN_DIRS={'bin': str(path(self.sourcedir) / 'bin')},
INSTALL_REQUIRES=["cmake"],
)
def make(self):
ret = sh(sys.executable + " setup.py build") == 0
os.chdir("engine")
self._packages=[pkg.replace('.','/') for pkg in find_packages('.')]
self._package_dir = dict([(pkg, str(path(pkg).abspath())) for pkg in self._packages])
os.chdir("..")
self._bin_dir = {'EGG-INFO/scripts': str(path('script').abspath())}
return ret
def setup(self):
return dict(
VERSION = self.version,
LIB_DIRS = {'lib' : str(path(self.sourcedir)/'lib') },
INC_DIRS = {'include' : str(path(self.sourcedir)/'include') },
BIN_DIRS = {'bin' : str(path(self.sourcedir)/'bin') },
INSTALL_REQUIRES = ["cmake"],
)
def configure_inno_setup_without_args(appname, appversion, dependencies, runtime, pyMaj, pyMin, setup, outDir, funcs, egg_pths):
print "Configuring inno script...",
f = open( path(__path__)/"template_win_inst.iss.in")
s = f.read()
f.close()
template = StrictTemplate(s)
eggnum = len(egg_pths)
eggArrayInit = ""
for i, e in enumerate(egg_pths):
eggArrayInit+="Eggs[%i] := '%s';\n"%(i, e)
s='\n'+"#"*80+'\n'
print s+eggArrayInit+s
step = int(100./(eggnum+len(dependencies)))
detect, testVars = funcs["generate_pascal_test_install_code"](dependencies)
testingBody, reportingBody = funcs["generate_pascal_detect_env_body"](dependencies, testVars, appname)
installationBody = funcs["generate_pascal_deploy_body"](dependencies, testVars, step)
modeStr = "" if runtime else "dev"
s = template.substitute(APPNAME=appname,
APPVERSION=appversion,
INSTTYPE=modeStr.upper(),
SETUP_CONF=funcs["generate_inno_installer_setup_group"](setup),
#configure Python Major and Minor
PYTHONMAJOR=pyMaj,
PYTHONMINOR=pyMin,
#the pascal booleans that store if this or that package is installed or not.
TEST_VARIABLES=reduce(lambda x,y: x+", "+y, testVars.itervalues(), "dummy"),
#the files that will be packed by the installer.
INSTALLER_FILES=funcs["generate_inno_installer_files_group"](dependencies, egg_pths),
#configure number of eggs
EGGMAXID=str(eggnum-1),
#configure the initialisation of egg array
EGGINIT=eggArrayInit,
#configure other pascal code
STEP=step,
#configure the functions that detect and install packages
INSTALL_AND_DETECTION_CODE=detect,
#configure the body of DetectEnv that tests
TEST_VAR_RESULTS=testingBody,
#configure the body of DetectEnv that reports
REPORT_VAR_RESULTS=reportingBody,
INSTALL_APP_BODY=funcs["generate_pascal_install_code"](str(eggnum-1)),
#configure the body of Deploy that installs the dependencies
DEPLOY_BODY=installationBody,
#Code to run on post install
POSTINSTALLCODE=funcs["generate_pascal_post_install_code"](egg_pths),
)
fpath = path(outDir)/appname+"_installer_"+modeStr+".iss"
f = open( fpath, "w" )
f.write(s.encode(local_enc))
f.close()
print "ok"
return fpath
def generate_inno_installer_setup_group(setup):
final = ""
for k, v in setup.iteritems():
src = path(v).basename()
if "file" in k.lower():
src = path(v).abspath()
print "\t"+src
final += k + "=" + src + "\n"
return final
def make(self):
ret = sh(sys.executable + " setup.py build") == 0
os.chdir("engine")
self._packages = [pkg.replace('.', '/') for pkg in find_packages('.')]
self._package_dir = dict([(pkg, str(path(pkg).abspath()))
for pkg in self._packages])
os.chdir("..")
self._bin_dir = {'EGG-INFO/scripts': str(path('script').abspath())}
return ret
def generate_inno_installer_setup_group(setup):
final = ""
for k, v in setup.iteritems():
src = path(v).basename()
if "file" in k.lower():
src = path(v).abspath()
print "\t" + src
final += k + "=" + src + "\n"
return final
def make_install(self):
# The install procedure will install qscintilla in qt's directories
recursive_copy(self.sourcedir, self.install_inc_dir, Pattern.include)
recursive_copy(
path(self.sourcedir) / "release", self.install_lib_dir,
Pattern.qtstalib)
recursive_copy(
path(self.sourcedir) / "release", self.install_dll_dir,
Pattern.dynlib)
return True
def recursive_copy(sourcedir, destdir, patterns=None, levels=-1, flat=False):
"""Like shutil.copytree except that it accepts a filepattern or a file regexp."""
src = recursive_glob( sourcedir, patterns, levels=levels )
dests = [destdir]*len(src) if flat else \
[ path(destdir)/f[len(sourcedir)+1:] for f in src]
# bases = set([ split(f)[0] for f in dests])
bases = set([ path(f).splitpath()[0] for f in dests])
for pth in bases:
makedirs(pth)
for src, dst in zip(src, dests):
shutil.copy(src, dst)
def __init__(self, *args, **kwargs):
super(Pyqt4, self).__init__(*args, **kwargs)
# we install pyqt4 binaries in the qt bin installation directory to easily recover it
# for the egg. The eggs are built in the historical layout used by openalea packagers.
# This doesn't mean it's good. It doesn't mean it's bad though it does look a bit messy.
qt4_ = qt4()
sip = sip_()
self.install_bin_dir = qt4_.install_bin_dir
self.install_site_dir = path(self.installdir)/"site"
self.install_sip_dir = path(self.installdir)/"sip"
self.inst_paths = self.install_bin_dir, self.install_site_dir, self.install_sip_dir
self.sipsite = sip.install_site_dir
self.siphome = sip.install_sip_dir
def move(from_src, to_src):
""" Move a tree from from_src to to_src.
"""
# If 'from' inside 'to' move in a temp repo and works well
if to_src in from_src:
temp_src = path(to_src)/".."/".temp"
shutil.move(from_src, temp_src)
from_src = temp_src
# If 'to' already exists, erase it... Careful!
if path(to_src).exists():
shutil.rmtree(to_src)
shutil.move(from_src, to_src)
return True
def find_packages_and_directories(self):
"""
Find packages thanks to setuptools and then fix corresponding directories names.
:return: list(packages, dict(packages:directories))
"""
pkgs = self._find_packages()
dirs = {}
install_dir = path(self.package.__file__).abspath().dirname()
base = (path(install_dir)/os.pardir).abspath()
for pk in pkgs:
dirs[pk] = path(base)/pk.replace(".", os.sep)
return pkgs, dirs
def find_packages_and_directories(self):
"""
Find packages thanks to setuptools and then fix corresponding directories names.
:return: list(packages, dict(packages:directories))
"""
pkgs = self._find_packages()
dirs = {}
install_dir = path(self.package.__file__).abspath().dirname()
base = (path(install_dir) / os.pardir).abspath()
for pk in pkgs:
dirs[pk] = path(base) / pk.replace(".", os.sep)
return pkgs, dirs
def make_install(self):
""" pyqglviewer installs itself into the same directory as qglviewer """
recursive_copy(path(self.sourcedir) / "build",
self.install_site_dir,
Pattern.pyext,
levels=1)
recursive_copy(path(self.sourcedir) / "src" / "sip",
self.install_sip_dir,
Pattern.sipfiles,
levels=1)
recursive_copy(
path(self.sourcedir) / "examples", self.install_exa_dir,
Pattern.any)
return True
def eggify_formula(formula_name, dest_dir=None, dry_run=False, force=False):
"""
Eggify only one formula
:param formula_name: string name of the formula
:param dest_dir: directory where to put the egg when it is created
:return: (instance of the eggified formula), (True if success else False)
"""
formula = instanciate_formula(formula_name)
print("Formula %s instantiated." %formula_name)
if not dry_run:
logger.debug("Formula %s" %(formula_name))
if dest_dir is not None:
formula.dist_dir = path(dest_dir).abspath()
if force:
formula.force = True
ret = True
ret = ret & formula._download()
ret = ret & formula._unpack()
ret = ret & formula._install()
ret = ret & formula._configure()
ret = ret & formula._make()
ret = ret & formula._make_install()
ret = ret & formula._bdist_egg()
ret = ret & formula._copy_installer()
ret = ret & formula._post_install()
print ""
print "Formula %s success : %s ==============================" %(formula_name,ret)
print ""
logger.debug("Formula %s success : %s" %(formula_name,ret))
return formula, ret
def url(name, dir=None, dl_name=None):
""" Download from url into dir and renamed it into dl_name.
TODO : percentage download thanks to http://stackoverflow.com/questions/13909900/progress-of-python-requests-post
"""
logger.info("Download %s in %s" %(dl_name,dir))
ret = True
if dir is None:
dir = '.'
dir = path(dir).abspath()
if not dir.exists():
makedirs(dir)
filename = name.split('/')[-1]
filename = filename.split('#')[0]
complete_fn = dir/filename
if dl_name:
complete_fn = dir/dl_name
try:
reponse = requests.get(name)
with open(complete_fn, "wb") as code:
code.write(reponse.content)
logger.info("%s downloaded." %filename)
ret = complete_fn
except:
ret = False
return ret
def get_version(self):
pop = subprocess.Popen( path(self.get_bin_path())/"gcc --version",
stdout=subprocess.PIPE)
time.sleep(1)
output = pop.stdout.read()
reg = re_compile(r"(\d\.\d.\d)")
return reg.search(output).group(1)
def generate_pascal_post_install_code(egg_pths):
s = ""
s += """
RegQueryStringValue(HKEY_LOCAL_MACHINE, 'SYSTEM\CurrentControlSet\Control\Session Manager\Environment',
'PATH', str1);
if RegQueryStringValue(HKEY_LOCAL_MACHINE, 'Software\R-core\R', 'InstallPath', str2) then
RegWriteStringValue(HKEY_LOCAL_MACHINE, 'SYSTEM\CurrentControlSet\Control\Session Manager\Environment',
'R_HOME', str2);
if (Pos('%R_HOME%', str1) = 0) then
RegWriteStringValue(HKEY_LOCAL_MACHINE, 'SYSTEM\CurrentControlSet\Control\Session Manager\Environment',
'PATH', str1+';%R_HOME%');
"""
egg_post_inst = StrictTemplate("""
Exec(GetPythonDirectory()+'python.exe', '-c "import sys;sys.path.append(\\"'+ GetPythonDirectory()+'Lib\\site-packages\\'+Eggs[$EGGID]+'\\");import $EGGNAME' + '_postinstall as pi;pi.install()', '',
SW_HIDE, ewWaitUntilTerminated, ResultCode);""")
names = ["lpygui"]
for i, e in enumerate(egg_pths):
e = path(e).basename()
for p in names:
if p in e.lower():
s += egg_post_inst.substitute(EGGID=str(i), EGGNAME=p)
return s
def make_install(self):
ret = super(Qscintilla, self).make_install()
qt4_ = qt4()
try:
shutil.move( path(qt4_.install_dll_dir)/"libqscintilla2.a", qt4_.install_lib_dir)
except Exception, e :
print e
def _bdist_egg(self):
if self.BDIST_EGG:
logger.debug("==BDIST_EGG==")
ret = self._configure_script()
ret = ret & self.bdist_egg()
if not ret:
# If bdist_egg create an empty egg, remove empty egg
egg = self._glob_egg()
if egg is not None:
path(egg).removedirs()
logger.warnings("Can't eggify. Remove %s"%egg)
logger.debug("Bdist_egg %s" %ret)
return ret
return True
def make_qt_conf(self, where=None):
""" Patch qt *.exes and *.dlls so that they do not contain hard coded paths anymore. """
print "Make qt conf"
config = ConfigParser.RawConfigParser()
sec = "Paths"
config.add_section(sec)
if where == None:
config.set(sec, "Headers", "../include")
config.set(sec, "Libraries", "../lib")
config.set(sec, "Binaries", "../bin")
config.set(sec, "Plugins", "../dll")
#config.set(sec, "Imports" "no idea")
config.set(sec, "Data", "..")
config.set(sec, "Translations", "../translations")
else:
unix_installdir = self.installdir.replace("\\", "/")
config.set(sec, "Headers", uj(unix_installdir, "include"))
config.set(sec, "Libraries", uj(unix_installdir, "lib"))
config.set(sec, "Binaries", uj(unix_installdir, "bin"))
config.set(sec, "Plugins", uj(unix_installdir, "dll"))
#config.set(sec, "Imports" "no idea")
config.set(sec, "Data", unix_installdir)
config.set(sec, "Translations", uj(unix_installdir,
"translations"))
# Writing our configuration file
if where is None:
where = self.install_bin_dir
with open(path(where) / 'qt.conf', 'w') as configfile:
config.write(configfile)
return True
def is_installed(self):
compiler = path(self.get_bin_path())/"gcc.exe"
try:
sh(compiler+" --version")
return True
except OSError:
return False
def remove_temp(formula_name,download_too=False):
"""
Remove files created by "easy_pkg package formula_name".
"""
try:
formula_name_cap = formula_name[0].capitalize() + formula_name[1:]
cmd_import = "from pkgit.formulas.%s import %s" %(formula_name,formula_name_cap)
exec(cmd_import, globals(), locals())
except ImportError:
print
print("Cannot find formula %s. Maybe it is misspelled" %formula_name)
print
raise
# instanciate formula
cmd_instanciate = "%s()" %formula_name_cap
formula = eval(cmd_instanciate)
dirs = [formula.sourcedir,formula.eggdir,formula.installdir]
if download_too:
dirs.append(formula.archname)
print "Will remove %s" %str(dirs)
# Remove
for f in dirs:
f = path(f)
if f.exists():
if f.isdir():
f.rmtree()
else:
f.remove()
else:
logger.debug( "Can't remove %s" %f)
def get_version(self):
pop = subprocess.Popen(path(self.get_bin_path()) / "gcc --version",
stdout=subprocess.PIPE)
time.sleep(1)
output = pop.stdout.read()
reg = re_compile(r"(\d\.\d.\d)")
return reg.search(output).group(1)
def is_installed(self):
compiler = path(self.get_bin_path()) / "gcc.exe"
try:
sh(compiler + " --version")
return True
except OSError:
return False
def _bdist_egg(self):
if self.BDIST_EGG:
logger.debug("==BDIST_EGG==")
ret = self._configure_script()
ret = ret & self.bdist_egg()
if not ret:
# If bdist_egg create an empty egg, remove empty egg
egg = self._glob_egg()
if egg is not None:
path(egg).removedirs()
logger.warnings("Can't eggify. Remove %s" % egg)
logger.debug("Bdist_egg %s" % ret)
return ret
return True
def prepare_working_dir(instDir, no_del=False):
if path(instDir).exists():
if no_del:
return
print instDir, "will be deleted"
shutil.rmtree(instDir, ignore_errors=False)
print instDir, "will be created"
os.makedirs(instDir)
def setup(self):
inc = str(path(self.sourcedir)/"eigen")
return dict(
VERSION = self.version,
INC_DIRS = {'include' : inc },
LIB_DIRS = None,
BIN_DIRS = None,
)
def prepare_working_dir(instDir, no_del=False):
if path(instDir).exists():
if no_del:
return
print instDir, "will be deleted"
shutil.rmtree(instDir, ignore_errors=False)
print instDir, "will be created"
os.makedirs(instDir)
def unpack(self):
ret = super(Ann, self).unpack()
root = str(self.sourcedir)
if str(self.sourcedir).endswith('ann_%s' % self.version):
root = str(path(self.sourcedir) / '..')
# self.sourcedir = path(self.sourcedir)/'ann_%s'%self.version
print(root)
print "Apply PATCH part1"
apply_patch_from_string(PATCH, root=root)
print "Apply PATCH part2"
apply_patch_from_string(PATCH2, root=root)
if not str(self.sourcedir).endswith('ann_%s' % self.version):
self.sourcedir = path(self.sourcedir) / 'ann_%s' % self.version
return ret
def configure(self):
compiler = mingw().get_path()
boost_ = boost()
db_quote = lambda x: '"'+x+'"'
options = " ".join(['-DCMAKE_INSTALL_PREFIX='+db_quote(self.installdir),
'-DCMAKE_CXX_COMPILER:FILEPATH='+db_quote(path(compiler)/"bin"/"g++.exe"),
'-DBOOST_ROOT='+db_quote(boost_.installdir),
'-DGMP_INCLUDE_DIR='+db_quote( path(compiler)/"include" ),
'-DMPFR_INCLUDE_DIR='+db_quote( path(compiler)/"include"),
'-DZLIB_INCLUDE_DIR='+db_quote(path(compiler)/"include"),
'-DZLIB_LIBRARY='+db_quote(path(compiler)/"lib"/"libz.a"),
#'-DOPENGL_LIBRARIES='+db_quote(path(compiler)/".."/"lib"/"libglu32.a"),
])
options=options.replace("\\", "/") #avoid "escape sequence" errors with cmake
cmd = 'cmake -G"MinGW Makefiles" '+options+' . '
print cmd
return sh(cmd) == 0
def formulas():
"""
Return the list of formula available.
"""
path_ = path(__file__).abspath().dirname()
formula_list = glob.glob(path(path_)/"formulas"/"*.py")
short_list = list()
for formu in formula_list:
formu = path(formu).splitpath()[-1]
formu = path(formu).splitext()[0]
short_list.append(str(formu))
if short_list.count("__init__") > 0:
short_list.remove("__init__")
return short_list
def checkout(url, dir=None):
""" Checkout (SVN) url into dir
"""
if dir is None:
dir = '.'
dir = path(dir)
cmd = "svn co %s %s " %(url, dir)
return sh(cmd) == 0
def setup(self):
mingw_path = mingw().get_path()
bison_path = path(mingw_path)/"msys"/"1.0"
bindirs = {"bin": str(path(bison_path)/"bin")}
incdirs = {"include": str(path(bison_path)/"include")}
libdirs = {"lib": str(path(bison_path)/"lib")}
# GET DATA FILES (share directory and subdirs)
OLDDIR = os.getcwd()
BISFLEXDIR = (path(bison_path)/"share").abspath()
BISFLEXDIR = str(BISFLEXDIR).replace("\\", "/")
os.chdir(BISFLEXDIR)
raw_files = os.walk(BISFLEXDIR)
data_files = []
for i,j,k in raw_files:
for f in k:
# we want to reproduce the same hierarchy inside the egg.
# as inside the BISFLEXDIR.
rel_direc = path(i).relpath(BISFLEXDIR).replace("\\","/")
file_ = unix_style_join( rel_direc, f)
data_files.append( ("share" if rel_direc == "." else str(path("share")/rel_direc),[str(path(file_).abspath())]) )
os.chdir(OLDDIR)
return dict(
VERSION = self.version,
BIN_DIRS = bindirs,
INC_DIRS = incdirs,
LIB_DIRS = libdirs,
DATA_FILES = data_files
)
def packaged(self):
"""
:return: True if not yet packaged in dist repo. Else False
"""
name_search = "*" + self.name + "*"
name = glob.glob(path(self.dist_dir) / name_search)
if name:
return True, name
return False, ""
def git_clone(url, dir=None):
"""
Clone a Git directory from *url* into directory *dir*.
"""
if dir is None:
dir = '.'
dir = path(dir)
cmd = "git clone %s %s " %(url, dir)
return sh(cmd) == 0
def unpack(self):
ret = super(Ann, self).unpack()
root = str(self.sourcedir)
if str(self.sourcedir).endswith('ann_%s'%self.version):
root = str(path(self.sourcedir)/'..')
# self.sourcedir = path(self.sourcedir)/'ann_%s'%self.version
print(root)
print "Apply PATCH part1"
apply_patch_from_string(PATCH, root=root)
print "Apply PATCH part2"
apply_patch_from_string(PATCH2, root=root)
if not str(self.sourcedir).endswith('ann_%s'%self.version):
self.sourcedir = path(self.sourcedir)/'ann_%s'%self.version
return ret
def into_subdir(base, pattern):
if pattern is not None:
pths = glob.glob(path(base)/pattern)
if len(pths):
return pths[0]
else:
return None
else:
return base
def globInstaller(pk, mask_):
dir_ = srcDir
identifier = "*" + pk + "*"
if bt(mask_, PY_DEP):
identifier += pyMaj + "." + pyMin + "*"
if bt(mask_, MSI): identifier += ".msi"
elif bt(mask_, EXE): identifier += ".exe"
elif bt(mask_, EXEDIST):
identifier += ".exe"
dir_ = tpp_eggDir
elif bt(mask_, ZIPDIST):
identifier += ".zip"
dir_ = tpp_eggDir
elif bt(mask_, TARDIST):
identifier += ".tar.gz"
dir_ = tpp_eggDir
elif bt(mask_, EGG):
identifier += ".egg"
dir_ = tpp_eggDir
elif bt(mask_, NOFLAG):
return None
else:
raise Exception("Unknown installer type: " + pk + ":" + str(mask_))
try:
if bt(mask_, ARCH): #WE CARE ABOUT THE ARCH
if arch == "win32": #either it has 32 or nothing but not 64
files = [
f for f in glob.iglob(path(dir_) / identifier)
if arch in f or ("win32" not in f and "64" not in f)
]
else:
files = [
f for f in glob.iglob(path(dir_) / identifier)
if arch in f
]
return sorted(files, lambda x, y: cmp(len(x), len(y)))[0]
else:
return glob.glob(path(dir_) / identifier)[0]
except:
#traceback.print_exc()
err(u"\tNo installer found for %s for %s : %s\n" %
(pk, dir_, identifier))
return None
def get_bin_path(self):
# works well ?
if "win32" not in sys.platform:
return "/usr/bin"
if self.options.get("compiler"):
v = self.options["compiler"]
if path(v).exists():
return v
else:
return self.get_path() / "bin"
def default():
""" Return default url and path for download projects from url to path.
Projects are "OpenAlea", "VPlants" and "Alinea".
Struct is: OrderedDict(namedtuple('Project', 'url dir'))
"""
URL_OA = "https://scm.gforge.inria.fr/svn/openalea/branches/release_1_0"
URL_VP = "https://scm.gforge.inria.fr/svn/vplants/vplants/branches/release_1_0"
URL_AL = "https://scm.gforge.inria.fr/svn/openaleapkg/branches/release_1_0"
DIR_OA = path(os.getcwd()) / "src" / "openalea"
DIR_VP = path(os.getcwd()) / "src" / "vplants"
DIR_AL = path(os.getcwd()) / "src" / "alinea"
Project = namedtuple('Project', 'url dir')
projects = OrderedDict()
projects['openalea'] = Project(URL_OA, DIR_OA)
projects['vplants'] = Project(URL_VP, DIR_VP)
projects['alinea'] = Project(URL_AL, DIR_AL)
return projects
def get_path(self):
from pkg_resources import get_distribution
location = "c:\\MinGW"
try:
result = get_distribution('mingw')
location = result.location
except:
location = "c:\\MinGW"
return path(location)
def copy_installer(self):
"""
Copy a previously downloaded installer file in dist repository.
Can be overloaded.
:return: True
"""
shutil.copy(self.download_name,
path(self.dist_dir) / self.download_name)
return True
def setup(self):
from setuptools import find_packages
return dict(URL = self.homepage,
PACKAGES = find_packages(self.installdir,"rpy2"),
PACKAGE_DIRS = { "rpy2": str(path(self.installdir)/"rpy2") },
VERSION = self.version+".rev"+self.revision,
PACKAGE_DATA = {'' : [Pattern.pyext]},
LIB_DIRS = None,
INC_DIRS = None,
BIN_DIRS = None,
)
def configure(self):
compiler = mingw().get_path()
boost_ = boost()
db_quote = lambda x: '"' + x + '"'
options = " ".join([
'-DCMAKE_INSTALL_PREFIX=' + db_quote(self.installdir),
'-DCMAKE_CXX_COMPILER:FILEPATH=' +
db_quote(path(compiler) / "bin" / "g++.exe"),
'-DBOOST_ROOT=' + db_quote(boost_.installdir),
'-DGMP_INCLUDE_DIR=' + db_quote(path(compiler) / "include"),
'-DMPFR_INCLUDE_DIR=' + db_quote(path(compiler) / "include"),
'-DZLIB_INCLUDE_DIR=' + db_quote(path(compiler) / "include"),
'-DZLIB_LIBRARY=' + db_quote(path(compiler) / "lib" / "libz.a"),
#'-DOPENGL_LIBRARIES='+db_quote(path(compiler)/".."/"lib"/"libglu32.a"),
])
options = options.replace(
"\\", "/") #avoid "escape sequence" errors with cmake
cmd = 'cmake -G"MinGW Makefiles" ' + options + ' . '
print cmd
return sh(cmd) == 0
