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 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 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 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 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 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 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 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_project_eggs(arch, globs, outDir, srcDir):
# real egg names have the project prefix eg, "OpenAlea", "VPlants".
# then comes the python version "py2.6"
# and optionnaly the OS "linux-i686", "win32".
# However, we don't explicitly know which egg has the os in the name
# so simply encoding the os in the glob is a bad idea. What we do is:
# [glob for project_prefix*python_version.egg] + [glob for project_prefix*python_version*os.egg]
# The egg globs at this stage have the project_prefix*python_version*.egg form.
files = []
for g in globs:
files += glob.glob(g)
# -- then we filter these files --
files = [f for f in files if (arch in f) or (not "win" in f)]
print "Gathering path to eggs..."
egg_paths = []
# localFiles = map(basename, files)
localFiles = [path(file).basename() for file in files]
for f, filename in zip(files, localFiles):
egg_paths.append(f)
print "\tWill install %s" % f
return egg_paths
def get_project_eggs(arch, globs, outDir, srcDir):
# real egg names have the project prefix eg, "OpenAlea", "VPlants".
# then comes the python version "py2.6"
# and optionnaly the OS "linux-i686", "win32".
# However, we don't explicitly know which egg has the os in the name
# so simply encoding the os in the glob is a bad idea. What we do is:
# [glob for project_prefix*python_version.egg] + [glob for project_prefix*python_version*os.egg]
# The egg globs at this stage have the project_prefix*python_version*.egg form.
files = []
for g in globs:
files += glob.glob(g)
# -- then we filter these files --
files = [f for f in files if (arch in f) or (not "win" in f)]
print "Gathering path to eggs..."
egg_paths = []
# localFiles = map(basename, files)
localFiles = [path(file).basename() for file in files]
for f, filename in zip(files, localFiles):
egg_paths.append(f)
print "\tWill install %s"%f
return egg_paths
def _glob_egg(self):
"""
Search egg
"""
eggs = glob.glob(path(self.dist_dir) / (self.egg_name() + "*.egg"))
return None if not eggs else eggs[0]
def _glob_egg(self):
"""
Search egg
"""
eggs = glob.glob( path(self.dist_dir)/(self.egg_name()+"*.egg") )
return None if not eggs else eggs[0]