def __init__(self, verbose=True):
""" Constructor """
Observed.__init__(self)
self.log = Logger()
# make urlparse correctly handle the glorious "oa" protocol :)
six.moves.urllib.parse.uses_query.append("oa")
self.verbose = verbose
# remove namespace option
# self.include_namespace = self.get_include_namespace()
# save system path
self.old_syspath = sys.path[:]
# dictionnary of packages
self.pkgs = PackageDict()
# dictionnary of category
self.category = PseudoGroup("")
# dictionary of standard categories
self.user_category = PackageManagerCategory()
# list of path to search wralea file related to the system
self.user_wralea_path = set()
self.sys_wralea_path = set()
# for packages that we don't want to save in the config file
self.temporary_wralea_paths = set()
# Compute system and user PATH to look for packages
self.set_user_wralea_path()
self.set_sys_wralea_path()
def clear(self):
""" Remove all packages """
self.user_wralea_path = set()
self.sys_wralea_path = set()
self.pkgs = PackageDict()
self.recover_syspath()
self.category = PseudoGroup('Root')
def __init__(self, name, metainfo, path=None):
"""
Create a Package
:param name: a unique string used as a unique identifier for the package
:param path: path where the package lies (a directory or a full wralea path)
:param metainfo: a dictionnary for metainformation.
Attended keys for the metainfo parameters are:
- license: a string ex GPL, LGPL, Cecill, Cecill-C
- version: a string
- authors: a string
- institutes: a string
- url: a string
- description: a string for the package description
- publication: optional string for publications
"""
PackageDict.__init__(self)
self.name = name
self.metainfo = metainfo
# package directory
if (not path):
# package directory
import inspect
# get the path of the file which call this function
call_path = os.path.abspath(inspect.stack()[1][1])
self.path = os.path.dirname(call_path)
self.wralea_path = call_path
# wralea.py path is specified
else:
if (not os.path.exists(path)):
os.mkdir(path)
if (not os.path.isdir(path)):
self.path = os.path.dirname(path)
self.wralea_path = path
else:
self.path = path
self.wralea_path = os.path.join(self.path, "__wralea__.py")
def __init__(self, name, metainfo, path=None):
"""
Create a Package
:param name: a unique string used as a unique identifier for the package
:param path: path where the package lies (a directory or a full wralea path)
:param metainfo: a dictionnary for metainformation.
Attended keys for the metainfo parameters are:
- license: a string ex GPL, LGPL, Cecill, Cecill-C
- version: a string
- authors: a string
- institutes: a string
- url: a string
- description: a string for the package description
- publication: optional string for publications
"""
PackageDict.__init__(self)
self.name = name
self.metainfo = metainfo
# package directory
if (not path):
# package directory
import inspect
# get the path of the file which call this function
call_path = os.path.abspath(inspect.stack()[1][1])
self.path = os.path.dirname(call_path)
self.wralea_path = call_path
# wralea.py path is specified
else:
if (not os.path.exists(path)):
os.mkdir(path)
if (not os.path.isdir(path)):
self.path = os.path.dirname(path)
self.wralea_path = path
else:
self.path = path
self.wralea_path = os.path.join(self.path, "__wralea__.py")
def __init__(self, name, metainfo):
self.metainfo = metainfo
self.name = name
PackageDict.__init__(self)
def test_dict():
"""Test packageDict"""
d = PackageDict()
d['AbC'] = 3
assert d['aBc'] == 3
print(d)
class PackageManager(six.with_metaclass(Singleton, Observed)):
"""
The PackageManager is a Dictionary of Packages
It can locate OpenAlea packages on the system (with wralea).
"""
def __init__(self, verbose=True):
""" Constructor """
Observed.__init__(self)
self.log = Logger()
# make urlparse correctly handle the glorious "oa" protocol :)
six.moves.urllib.parse.uses_query.append("oa")
self.verbose = verbose
# remove namespace option
# self.include_namespace = self.get_include_namespace()
# save system path
self.old_syspath = sys.path[:]
# dictionnary of packages
self.pkgs = PackageDict()
# dictionnary of category
self.category = PseudoGroup("")
# dictionary of standard categories
self.user_category = PackageManagerCategory()
# list of path to search wralea file related to the system
self.user_wralea_path = set()
self.sys_wralea_path = set()
# for packages that we don't want to save in the config file
self.temporary_wralea_paths = set()
# Compute system and user PATH to look for packages
self.set_user_wralea_path()
self.set_sys_wralea_path()
def emit_update(self):
self.notify_listeners("update")
# def get_include_namespace(self):
# """ Read user config and return include namespace status """
# config = Settings()
# # include namespace
# try:
# s = config.get("pkgmanager", "include_namespace")
# self.include_namespace = bool(eval(s))
# except:
# self.include_namespace = False
# return self.include_namespace
def get_wralea_path(self):
""" return the list of wralea path (union of user and system)"""
dirs = list(self.temporary_wralea_paths.union(self.sys_wralea_path.union(self.user_wralea_path)))
dirs = list(filter(isdir, dirs))
return dirs
def set_user_wralea_path(self):
""" Read user config """
if self.user_wralea_path:
return
if not SEARCH_OUTSIDE_ENTRY_POINTS:
return
self.user_wralea_path = set()
config = Settings()
l = []
# wralea path
try:
s = config.get("pkgmanager", "path")
l = eval(s)
except NoSectionError:
config.add_section("pkgmanager")
config.add_option("pkgmanager", "path", str([]))
except NoOptionError:
config.add_option("pkgmanager", "path", str([]))
for p in l:
self.add_wralea_path(os.path.abspath(p), self.user_wralea_path)
def write_config(self):
""" Write user config """
config = Settings()
config.set("pkgmanager", "path", repr(list(self.user_wralea_path)))
# config.set("pkgmanager", "include_namespace", repr(self.include_namespace))
config.write()
def set_sys_wralea_path(self):
""" Define the default wralea search path
For that, we look for "wralea" entry points
and deprecated_wralea entry point
if a package is declared as deprecated_wralea,
the module is not load
"""
if self.sys_wralea_path:
return
self.sys_wralea_path = set()
self.deprecated_pkg = set()
if DEBUG:
res = {}
# Use setuptools entry_point
for epoint in iter_entry_points("wralea"):
# Get Deprecated packages
if self.verbose:
pmanLogger.debug(epoint.name + " " + epoint.module_name)
if(epoint.module_name == "deprecated"):
self.deprecated_pkg.add(epoint.name.lower())
continue
# base = epoint.dist.location
# m = epoint.module_name.split('.')
# p = os.path.join(base, *m)
# Be careful, this lines will import __init__.py and all its predecessor
# to find the path.
if DEBUG:
print(epoint.module_name)
t1 = clock()
try:
m = importlib.import_module(epoint.module_name)
#m = __import__(epoint.module_name, fromlist=epoint.module_name)
except ImportError as e:
logger.error("Cannot load %s : %s" % (epoint.module_name, e))
# self.log.add("Cannot load %s : %s"%(epoint.module_name, e))
continue
if DEBUG:
print((epoint.module_name))
tn = clock() - t1
res[tn] = epoint.module_name
l = list(m.__path__)
for p in l:
p = os.path.abspath(p)
logger.info("Wralea entry point: %s (%s) " % (epoint.module_name, p))
# self.log.add("Wralea entry point: %s (%s) "%(epoint.module_name, p))
self.add_wralea_path(p, self.sys_wralea_path)
# Search the path based on the old method (by hand).
# Search in openalea namespace
# if(self.include_namespace):
# l = list(openalea.__path__)
# for p in l :
# self.add_wralea_path(p, self.sys_wralea_path)
if SEARCH_OUTSIDE_ENTRY_POINTS:
self.add_wralea_path(os.path.dirname(__file__), self.sys_wralea_path)
self.add_wralea_path(get_userpkg_dir(), self.sys_wralea_path)
if DEBUG:
return res
def init(self, dirname=None, verbose=True):
""" Initialize package manager
If dirname is None, find wralea files on the system
else load directory
If verbose is False, don't print any output
"""
# output redirection
if(not verbose):
sysout = sys.stdout
sys.stdout = open(os.devnull, 'w')
try:
if (not dirname):
self.find_and_register_packages()
else:
self.load_directory(dirname)
finally:
if(not verbose):
sys.stdout.close()
sys.stdout = sysout
def reload(self, pkg=None):
""" Reload one or all packages.
If the package `pkg` is None reloa all the packages.
Else reload only `pkg`.
"""
if(not pkg):
self.clear()
self.find_and_register_packages(no_cache=True)
for p in self.pkgs.values():
p.reload()
else:
pkg.reload()
self.load_directory(pkg.path)
self.notify_listeners("update")
def clear(self):
""" Remove all packages """
self.user_wralea_path = set()
self.sys_wralea_path = set()
self.pkgs = PackageDict()
self.recover_syspath()
self.category = PseudoGroup('Root')
# Path Functions
def add_wralea_path(self, path, container):
"""
Add a search path for wralea files
:param path: a path string
:param container: set containing the path
"""
if not os.path.isdir(path):
return
# Ensure to add a non existing path
for p in container:
common = os.path.commonprefix((p, path))
# the path is already in wralepath
if (common == p and os.path.join(common, path[len(common):]) == path):
return
# the new path is more generic, we keep it
if(common == path and
os.path.join(common, p[len(common):]) == p):
container.remove(p)
container.add(path)
return
# the path is absent
container.add(path)
def recover_syspath(self):
""" Restore the initial sys path """
sys.path = self.old_syspath[:]
# Accessors
def add_package(self, package):
""" Add a package to the pkg manager """
# Test if the package is deprecated
if package.name.lower() in self.deprecated_pkg:
logger.warning("Deprecated : Ignoring %s" % (package.name))
del(package)
return
self[package.get_id()] = package
self.update_category(package)
def get_pseudo_pkg(self):
""" Return a pseudopackage structure """
pt = PseudoPackage('Root')
# Build the name tree (on uniq objects)
for k, v in self.pkgs.items():
if(not is_protected(k)):
pt.add_name(k, v)
return pt
def get_pseudo_cat(self):
""" Return a pseudo category structure """
return self.category
# Category management
def update_category(self, package):
""" Update the category dictionary with package contents """
for nf in package.values():
# skip the deprecated name (starting with #)
if is_protected(nf.name):
continue
# empty category
if not nf.category:
nf.category = "Unclassified"
# parse the category
for c in nf.category.split(","):
# we work in lower case by convention
c = c.strip().lower()
# search for the sub category (split by .)
try:
c_root, c_others = c.split('.', 1)
except: # if there is no '.', c_others is empty
c_root = c
c_others = ''
if c_root in self.user_category.keywords:
# reconstruct the name of the category
c_temp = self.user_category.keywords[c_root] + '.' + c_others.title()
self.category.add_name(c_temp, nf)
else:
self.category.add_name(c.title(), nf)
def rebuild_category(self):
""" Rebuild all the category """
self.category = PseudoGroup('Root')
for p in self.pkgs.values():
self.update_category(p)
# Wralea functions
def load_directory(self, dirname):
""" Load a directory containing wraleas"""
dirname = os.path.abspath(dirname)
if(not os.path.exists(dirname) or
not os.path.isdir(dirname)):
logger.error("Package directory : %s does not exists." % (dirname,))
# self.log.add("Package directory : %s does not exists."%(dirname,))
return None
self.add_wralea_path(dirname, self.user_wralea_path)
# find wralea
readers = self.find_wralea_dir(dirname)
if not readers:
logger.info("Search Vlab objects.")
# self.log.add("Search Vlab objects.")
readers = self.find_vlab_dir(dirname)
ret = None
for r in readers:
if r:
ret = r.register_packages(self)
else:
logger.error("Unable to load package %s." % (dirname,))
# self.log.add("Unable to load package %s."%(dirname, ))
ret = None
if(readers):
# self.save_cache()
self.rebuild_category()
return ret
def find_vlab_dir(self, directory, recursive=True):
"""
Find in a directory vlab specification file.
Search recursivly is recursive is True
:return: a list of pkgreader instances
"""
spec_files = set()
if(not os.path.isdir(directory)):
logger.error("Not a directory", directory, repr(directory))
# self.log.add("Not a directory", directory, repr(directory))
return []
p = path(directory).abspath()
spec_name = '*specifications'
# search for wralea.py
if(recursive and SEARCH_OUTSIDE_ENTRY_POINTS):
spec_files.update(p.walkfiles(spec_name))
else:
spec_files.update(p.glob(spec_name))
for f in spec_files:
logger.info("Package Manager : found VLAB %s" % p)
# self.log.add("Package Manager : found VLAB %s" % p)
return list(map(self.get_pkgreader, spec_files))
def find_wralea_dir(self, directory, recursive=True):
"""
Find in a directory wralea files,
Search recursivly is recursive is True
:return : a list of pkgreader instances
"""
if DEBUG:
t0 = clock()
wralea_files = set()
if(not os.path.isdir(directory)):
logger.warning("%s Not a directory" % repr(directory))
# self.log.add("%s Not a directory"%repr(directory))
return []
p = path(directory).abspath()
# search for wralea.py
if recursive and SEARCH_OUTSIDE_ENTRY_POINTS:
for f in p.walkfiles("*wralea*.py"):
wralea_files.add(str(f))
else:
wralea_files.update(p.glob("*wralea*.py"))
for f in wralea_files:
logger.info("Package Manager : found %s" % f)
# self.log.add("Package Manager : found %s" % f)
if DEBUG:
t1 = clock()
dt = t1 - t0
print('search wralea files takes %f sec' % dt)
readers = list(map(self.get_pkgreader, wralea_files))
if DEBUG:
t2 = clock()
dt1 = t2 - t1
print('readers takes %f sec: ' % (dt1,))
return readers
def find_wralea_files(self):
"""
Find on the system all wralea.py files
:return : a list of pkgreader instances
"""
readers = []
# try:
# # Try to load cache file
# directories = set(self.get_cache())
# assert(len(directories))
# recursive = False
# except Exception, e:
# No cache : search recursively on the disk
if DEBUG:
# t1 = clock()
pass
directories = self.get_wralea_path()
if DEBUG:
# print ' ~~~~~~~~~~'
# t2 = clock()
# print ' get_wralea_path %f sec'%(t2-t1)
# print '\n'.join(directories)
pass
recursive = True
for wp in directories:
#if DEBUG: t0 = clock()
ret = self.find_wralea_dir(wp, recursive)
if(ret):
readers += ret
if DEBUG:
# print ' ~~~~~~~~~~'
# t1 = clock()
# print ' find_wralea %s %f sec'%(wp, t1-t0)
pass
if DEBUG:
# print ' ~~~~~~~~~~'
# t3 = clock()
# print ' find_wralea_dir %f sec'%(t3-t2)
pass
return readers
def find_all_wralea(self):
"""
Find on the system all wralea.py files
:return : a list of file paths
"""
files = set()
directories = self.get_wralea_path()
recursive = True
if not SEARCH_OUTSIDE_ENTRY_POINTS:
recursive = False
if recursive:
files = set(f.abspath() for p in directories for f in path(p).walkfiles('*wralea*.py'))
else:
files = set(f.abspath() for p in directories for f in path(p).glob('*wralea*.py'))
return files
def create_readers(self, wralea_files):
return [_f for _f in (self.get_pkgreader(f) for f in wralea_files) if _f]
def get_pkgreader(self, filename):
""" Return the pkg reader corresponding to the filename """
reader = None
if filename.endswith("__wralea__.py"):
reader = PyPackageReaderWralea(filename)
elif(filename.endswith('wralea.py')):
reader = PyPackageReader(filename)
elif(filename.endswith('specifications')):
reader = PyPackageReaderVlab(filename)
else:
return None
return reader
def find_and_register_packages(self, no_cache=False):
"""
Find all wralea on the system and register them
If no_cache is True, ignore cache file
"""
# if(no_cache):
# self.delete_cache()
self.set_sys_wralea_path()
self.set_user_wralea_path()
if DEBUG:
t1 = clock()
wralea_files = self.find_all_wralea()
readerlist = self.create_readers(wralea_files)
# readerlist = self.find_wralea_files()
if DEBUG:
t2 = clock()
print('-------------------')
print('find_wralea_files takes %f seconds' % (t2 - t1))
if DEBUG:
res = {}
for x in readerlist:
if DEBUG:
tn = clock()
x.register_packages(self)
if DEBUG:
tt = clock() - tn
print('register package ', x.get_pkg_name(), 'in ', clock() - tn)
res[x.filename]=tt
if DEBUG:
t3 = clock()
print('-------------------')
print('register_packages takes %f seconds' % (t3 - t2))
# self.save_cache()
self.rebuild_category()
if DEBUG:
return res
# Cache functions
# def get_cache_filename(self):
# """ Return the cache filename """
# return os.path.join(tempfile.gettempdir(), ".alea_pkg_cache")
# def save_cache(self):
# """ Save in cache current package manager state """
# f = open(self.get_cache_filename(),'w')
# s = set([pkg.path + "\n" for pkg in self.pkgs.itervalues()])
# f.writelines(list(s))
# f.close()
# def delete_cache(self):
# """ Remove cache """
# n = self.get_cache_filename()
# if(os.path.exists(n)):
# os.remove(n)
# def get_cache(self):
# """ Return cache contents """
# f = open(self.get_cache_filename(), "r")
# for d in f:
# d = d.strip()
# yield d
# f.close()
###############################################################################
# Package creation
###############################################################################
def create_user_package(self, name, metainfo, path=None):
"""
Create a new package in the user space and register it
Return the created package
:param path : the directory where to create the package
"""
if name in self.pkgs:
return self.pkgs[name]
# Create directory
if not path:
path = get_userpkg_dir()
path = os.path.join(path, name)
if not isdir(path):
os.mkdir(path)
if not os.path.exists(os.path.join(path, "__wralea__.py")):
# Create new Package and its wralea
p = UserPackage(name, metainfo, path)
p.write()
# Register package
self.load_directory(path)
self.write_config()
p = self.pkgs.get(name)
return p
def get_user_packages(self):
""" Return the list of user packages """
return [x for x in self.pkgs.values() if isinstance(x, UserPackage)]
def rename_package(self, old_name, new_name):
""" Rename package 'old_name' to 'new_name' """
self.pkgs[protected(old_name)] = self.pkgs[old_name]
self.pkgs[new_name] = self.pkgs[old_name]
self.pkgs[old_name].name = new_name
if 'alias' in self.pkgs[old_name].metainfo:
self.pkgs[old_name].metainfo['alias'].append(old_name)
self.pkgs[old_name].write()
del(self.pkgs[old_name])
self.notify_listeners("update")
###############################################################################
# Dictionnary behaviour
def __getitem__(self, key):
try:
return self.pkgs[key]
except KeyError:
raise UnknownPackageError(key)
def __setitem__(self, key, val):
self.pkgs[key] = val
self.notify_listeners("update")
def __len__(self):
return len(self.pkgs)
def __delitem__(self, item):
r = self.pkgs.__delitem__(item)
self.rebuild_category()
self.notify_listeners("update")
return r
def __contains__(self, key):
return self.has_key(key)
def keys(self):
return self.pkgs.keys()
def items(self):
return self.pkgs.items()
def values(self):
return self.pkgs.values()
def iterkeys(self):
return six.iterkeys(self.pkgs)
def iteritems(self):
return six.iteritems(self.pkgs)
def itervalues(self):
return six.itervalues(self.pkgs)
def has_key(self, key):
return key in self.pkgs
def get(self, *args):
return self.pkgs.get(*args)
# Convenience functions
def get_node_from_url(self, url):
fac = self.get_factory_from_url(url)
return fac.instantiate()
def get_factory_from_url(self, url):
"""Returns a node instance from the given url.
:Parameters:
- url - is either a string or a urlparse.ParseResult instance.
It is encoded this way: oa://*domain*/*packageName*?fac=*factoryName*&ft=*factoryType* .
"oa" means that it is meant to be used by openalea.
"domain" MUST BE "local" for now.
"packageName" is the name of the package
"factoryName" is the of factory
"factoryType" is one of {"CompositeNodeFactory", "NodeFactory", "DataFactory"}
"""
pkg, queries = self.get_package_from_url(url) # url.path.strip("/") #the path is preceded by one "/"
if "fac" not in queries:
raise IllFormedUrlError(url.geturl())
factory_id = queries["fac"][0]
factory = pkg[factory_id.strip("/")]
return factory
def get_package_from_url(self, url):
if isinstance(url, str):
url = six.moves.urllib.parse.urlparse(url)
assert isinstance(url, six.moves.urllib.parse.ParseResult)
queries = six.moves.urllib.parse.parse_qs(url.query)
pkg_id = url.path.strip("/") # the path is preceded by one "/"
pkg = self[pkg_id]
return pkg, queries
def get_node(self, pkg_id, factory_id):
""" Return a node instance giving a pkg_id and a factory_id """
pkg = self[pkg_id]
factory = pkg[factory_id]
return factory.instantiate()
def search_node(self, search_str, nb_inputs=-1, nb_outputs=-1):
"""
Return a list of Factory corresponding to search_str
If nb_inputs or nb_outputs is specified,
return only node with the same number of (in/out) ports
The results are sorted in the following way:
1 - Highest Priority : presence of search_str in factory name
and position in the name (closer to the
begining = higher score)
2 - Then : Number of occurences of search_str in the factory
description.
3 - Then : Number of occurences of search_str in the category name
4 - Finally : presence of search_str in package name and position
in the name (close to the begining = higher score)
"""
search_str = search_str.upper()
match = []
# Search for each package and for each factory
for name, pkg in self.items():
if is_protected(name):
continue # alias
for fname, factory in pkg.items():
if is_protected(fname):
continue # alias
# -- The scores for each string that is explored.
# They are long ints because we make a 96 bits bitshift
# to compute the final score --
facNameScore = 0
facDescScore = 0
facCateScore = 0
pkgNameScore = 0
fname = factory.name.upper()
if search_str in fname:
l = float(len(fname))
facNameScore = int(100 * (1 - fname.index(search_str) / l))
facDescScore = int(factory.description.upper().count(search_str))
facCateScore = int(factory.category.upper().count(search_str))
pname = pkg.name.upper()
if search_str in pname:
l = float(len(pname))
pkgNameScore = int(100 * (1 - pname.index(search_str) / l))
# A left shift by n bits is equivalent to multiplication by pow(2, n)
score = (int(facNameScore * pow(2, 32 * 3)) | int(facDescScore * pow(2, 32 * 2)) |
int(facCateScore * pow(2, 32 * 1)) | pkgNameScore)
if score > 0:
match.append((score, factory))
# Filter ports
if(nb_inputs >= 0):
match = [sc_x for sc_x in match if sc_x[1] and sc_x[1].inputs and len(sc_x[1].inputs) == nb_inputs]
if(nb_outputs >= 0):
match = [sc_x for sc_x in match if sc_x[1] and sc_x[1].outputs and len(sc_x[1].outputs) == nb_outputs]
if not len(match):
return match
match.sort(reverse=True)
match = list(zip(*match))[1]
return match
####################################################################################
# Methods to introspect globally the PkgManager
####################################################################################
def get_packages(self, pkg_name=None):
"""
Return all public packages.
"""
if pkg_name and is_protected(pkg_name):
pkg_name = None
if pkg_name and pkg_name in self:
pkgs = [pkg_name]
else:
pkgs = set(pk.name for pk in self.values() if not is_protected(pk.name))
return [self[p] for p in pkgs]
def get_data(self, pattern='*.*', pkg_name=None, as_paths=False):
""" Return all data that match the pattern. """
pkgs = self.get_packages(pkg_name)
datafiles = [
(pj(p.path, f.name) if as_paths else f)
for p in pkgs for f in p.values() if(
not is_protected(f.name) and
f.is_data() and fnmatch(f.name, pattern))]
return datafiles
def get_composite_nodes(self, pkg_name=None):
pkgs = self.get_packages(pkg_name)
cn = [f for p in pkgs for f in p.values() if f.is_composite_node()]
return cn
def get_nodes(self, pkg_name=None):
pkgs = self.get_packages(pkg_name)
nf = [f for p in pkgs for f in p.values() if f.is_node()]
return nf
def _dependencies(self, factory):
f = factory
if not f.is_composite_node():
return
for p, n in f.elt_factory.values():
if is_protected(p) or is_protected(n):
continue
try:
fact = self[p][n]
except:
# print p, n
continue
yield fact
for df in self._dependencies(fact):
yield df
def _missing_dependencies(self, factory, l=[]):
f = factory
if not f.is_composite_node():
return
for p, n in f.elt_factory.values():
if is_protected(p) or is_protected(n):
continue
try:
fact = self[p][n]
except:
l.append((p, n))
continue
yield fact
for df in self._missing_dependencies(fact, l):
yield df
def _missing(self, factory, l=[]):
list(self._missing_dependencies(factory, l))
return l
def missing_dependencies(self, package_or_factory=None):
""" Return all the dependencies of a package or a factory. """
f = package_or_factory
if f is None:
return self._all_missing_dependencies()
if isinstance(f, Package):
return self._missing_pkg_dependencies(f)
else:
return self._missing_cn_dependencies(f)
def dependencies(self, package_or_factory=None):
""" Return all the dependencies of a package or a factory. """
f = package_or_factory
if f is None:
return self._all_dependencies()
if isinstance(f, Package):
return self._pkg_dependencies(f)
else:
return self._cn_dependencies(f)
def _all_dependencies(self):
d = {}
for pkg in self.get_packages():
m = self._pkg_dependencies(pkg)
if m:
d[pkg.name] = m
return d
def _pkg_dependencies(self, package):
cns = [f for f in package.values() if f.is_composite_node()]
factories = set(
(f.package.name, f.name) for cn_factory in cns for f in self._dependencies(cn_factory)
if f.package.name != package.name)
return sorted(factories)
def _cn_dependencies(self, factory):
factories = set((f.package.name, f.name) for f in self._dependencies(factory))
return sorted(factories)
def _all_missing_dependencies(self):
d = {}
for pkg in self.get_packages():
m = self._missing_pkg_dependencies(pkg)
if m:
d[pkg.name] = m
return d
def _missing_pkg_dependencies(self, package):
cns = [f for f in package.values() if f.is_composite_node()]
l = []
for cn in cns:
self._missing(cn, l)
factories = set(l)
if factories:
return sorted(factories)
return None
def _missing_cn_dependencies(self, factory):
l = []
factories = set(self._missing(factory, l))
if factories:
return sorted(factories)
return None
def who_use(self, factory_name):
""" Search who use a package or a factory
return a list of factory.
"""
res = []
for pkg in self.get_packages():
cns = [f for f in pkg.values() if f.is_composite_node()]
res.extend(
(pkg.name, cn.name) for cn in cns for pname, name in self._cn_dependencies(cn)
if name == factory_name)
return res
def __init__(self, name):
""" Name is the pseudo package name """
PackageDict.__init__(self)
self.name = name
self.item = None
def __init__(self, name, metainfo):
self.metainfo = metainfo
self.name = name
PackageDict.__init__(self)
