def __init__(self, ):
self.baseScriptPath = "" # path to the script that will be loaded by HTML
self.classes = [] # classes making up the build
self.classesObj = [
] # temp. alternative list of class objects, [generator.code.Class, ...]
self.jobconfig = None # Job() config object
self.variants = {} # current variant set
self.environment = {
} # dito. i know, shame for violating DRY, but the above is to control compilation, this one is not
self.optimize = [] # optimize settings
self.parts = {
} # parts defined by the configuration (if any); {part.name : Part()}
self.packages = [
] # .js files for this application / library; [Package()]
self.boot = "boot"
self.packageIdsSorted = [
] # the keys of self.packages sorted in load order
self.buildType = "" # "source"/"build"
self.locales = [] # supported locales, e.g. ["de", "de_DE", "en"]
self.libraries = [] # involved libraries [generator.code.Library, ...]
self.namespace = u"" # the main name space (config macro "APPLICATION")
# adding these methods on instance level, so the counters are fresh
self.getPartBitMask = util.powersOfTwoSequence(
).next # generator for part bitmasks
self.getPackageNumber = util.numberSequence(
).next # generator for e.g. package numbers
def __init__(self, ):
self.baseScriptPath = "" # path to the script that will be loaded by HTML
self.classes = [] # classes making up the build
self.classesObj = [] # temp. alternative list of class objects, [generator.code.Class, ...]
self.jobconfig = None # Job() config object
self.variants = [] # current variant set
self.optimize = [] # optimize settings
self.parts = {} # parts defined by the configuration (if any); {part.name : Part()}
self.packages = [] # .js files for this application / library; [Package()]
self.boot = "boot"
self.packageIdsSorted = [] # the keys of self.packages sorted in load order
self.buildType = "" # "source"/"build"
self.locales = [] # supported locales, e.g. ["de", "de_DE", "en"]
self.libraries = [] # involved libraries [generator.code.Library, ...]
self.namespace = u"" # the main name space (config macro "APPLICATION")
# adding these methods on instance level, so the counters are fresh
self.getPartBitMask = util.powersOfTwoSequence().next # generator for part bitmasks
self.getPackageNumber = util.numberSequence().next # generator for e.g. package numbers
class Script(object):
def __init__(self, ):
self.baseScriptPath = "" # path to the script that will be loaded by HTML
self.classes = [] # classes making up the build
self.classesObj = [] # temp. alternative list of class objects, [generator.code.Class, ...]
self.jobconfig = None # Job() config object
self.variants = []
self.envsettings= {}
self.parts = {} # parts defined by the configuration (if any); {part.name : part}
self.packages = [] # .js files for this application / library; {package.id : package}
self.boot = "boot"
self.packageIdsSorted = [] # the keys of self.packages sorted in load order
self.buildType = "" # "source"/"build"
self.locales = [] # supported locales, e.g. ["de", "de_DE", "en"]
self.libraries = [] # involved libraries [generator.code.Library, ...]
self.namespace = u"" # the main name space (config macro "APPLICATION")
##
# return old-style array of arrays of classIds in self.packageIdsSorted order
def packagesArraySorted(self):
assert self.packageIdsSorted
assert self.packages is not None
packageClasses = []
for pkgId in self.packageIdsSorted:
packageClasses.append(self.packages[pkgId].classes)
return packageClasses
##
# sort the packages in all parts
def sortParts(self):
for part in self.parts.values():
part.packagesSorted
##
# return sorted array of script's packages
def packagesSortedSimple(self):
return Package.simpleSort(self.packages)
def packagesSorted(self):
return Package.sort(self.packages)
##
# generates part bitmasks
getPartBitMask = util.powersOfTwoSequence().next
##
# generates consecutive package numbers
getPackageNumber = util.numberSequence().next
##
# Namespaces as Trie
def createTrie1(self, classesObj=[]):
trie = {}
classes = classesObj if classesObj else self.classesObj
for classid in (x.id for x in classes):
nameparts = classid.split(".")
p = trie
for part in nameparts:
if part not in p:
p[part] = {}
p = p[part]
return trie
##
# This version is only interested in the pure name spaces, i.e. id's without
# the final class name.
def createTrie(self, classesObj=[]):
sep = "."
trie = Trie(sep)
classes = classesObj if classesObj else self.classesObj
for classid in (x.id for x in classes):
#strip classname
nsindex = classid.rfind(sep)
if nsindex == -1:
continue # not interested in bare class names
classNamespace = classid[:nsindex]
trie.add(classNamespace)
return trie
##
# Version that uses linked nodes as data structure
# - supposedly less memory, but maybe slower lookups
def createTrie1(self, classesObj=[]):
class TrieNode(object):
__slots__ = ('value', 'children')
def __init__(self, value=None, children=None):
self.value = value
self.children = children
def add(self, child):
if not self.children:
self.children = []
self.children.append(child)
def lookup(self, name):
if not self.children:
return None
for c in self.children:
if c.value == name:
return c
return None
trie = TrieNode()
classes = classesObj if classesObj else self.classesObj
for classid in (x.id for x in classes):
nameparts = classid.split(".")
p = trie
for part in nameparts:
child = p.lookup(part)
if not child:
child = TrieNode(part)
p.add(child)
p = child
return trie