Back to our own revision solution as the eclass-one checks _before_ updating

1 files changed, 0 insertions, 447 deletions

diff --git a/portato/backend/package.py b/portato/backend/package.py
deleted file mode 100644
index 6ba47fe..0000000
--- a/portato/backend/package.py
+++ /dev/null
@@ -1,447 +0,0 @@
-# -*- coding: utf-8 -*-
-#
-# File: portato/backend/package.py
-# This file is part of the Portato-Project, a graphical portage-frontend.
-#
-# Copyright (C) 2006-2007 René 'Necoro' Neumann
-# This is free software.  You may redistribute copies of it under the terms of
-# the GNU General Public License version 2.
-# There is NO WARRANTY, to the extent permitted by law.
-#
-# Written by René 'Necoro' Neumann <necoro@necoro.net>
-
-from portato.backend import portage_settings
-from portato.helper import *
-from portage_helper import *
-from exceptions import *
-import flags
-
-import portage, portage_dep
-from portage_util import unique_array
-
-import types
-import os.path
-
-class Package:
-	"""This is a class abstracting a normal package which can be installed."""
-
-	def __init__ (self, cpv):
-		"""Constructor.
-
-		@param cpv: The cpv which describes the package to create.
-		@type cpv: string (cat/pkg-ver)"""
-
-		self._cpv = cpv
-		self._scpv = portage.catpkgsplit(self._cpv)
-		
-		if not self._scpv:
-			raise ValueError("invalid cpv: %s" % cpv)
-
-		self._settings = portage_settings.settings
-		self._settingslock = portage_settings.settingslock
-
-		self._trees = portage_settings.trees
-
-		self.forced_flags = set()
-		self.forced_flags.update(self._settings.usemask)
-		self.forced_flags.update(self._settings.useforce)
-		
-		try:
-			self._status = portage.getmaskingstatus(self.get_cpv(), settings = self._settings)
-		except KeyError: # package is not located in the system
-			self._status = None
-	
-	def is_installed(self):
-		"""Returns true if this package is installed (merged)
-		@rtype: boolean"""
-		
-		return portage_settings.vartree.dbapi.cpv_exists(self._cpv)
-
-	def is_overlay(self):
-		"""Returns true if the package is in an overlay.
-		@rtype: boolean"""
-		
-		dir,ovl = portage_settings.porttree.dbapi.findname2(self._cpv)
-		return ovl != self._settings["PORTDIR"]
-
-	def is_in_system (self):
-		"""Returns False if the package could not be found in the portage system.
-
-		@return: True if in portage system; else False
-		@rtype: boolean"""
-
-		return (self._status != None)
-
-	def is_missing_keyword(self):
-		"""Returns True if the package is missing the needed keyword.
-		
-		@return: True if keyword is missing; else False
-		@rtype: boolean"""
-		
-		if self._status and "missing keyword" in self._status:
-			return True
-		return False
-
-	def is_testing(self, use_keywords = False):
-		"""Checks whether a package is marked as testing.
-		
-		@param use_keywords: Controls whether possible keywords are taken into account or not.
-		@type use_keywords: boolean
-		@returns: True if the package is marked as testing; else False.
-		@rtype: boolean"""
-
-		testArch = "~" + self.get_settings("ARCH")
-		if not use_keywords: # keywords are NOT taken into account
-			if testArch in self.get_env_var("KEYWORDS").split():
-				return True
-			return False
-		
-		else: # keywords are taken into account
-			status = flags.new_testing_status(self.get_cpv())
-			if status is None: # we haven't changed it in any way
-				if self._status and testArch+" keyword" in self._status:
-					return True
-				return False
-			else:
-				return status
-	
-	def set_testing(self, enable = True):
-		"""Sets the actual testing status of the package.
-		
-		@param enable: if True it is masked as stable; if False it is marked as testing
-		@type enable: boolean"""
-		
-		flags.set_testing(self, enable)
-
-	def remove_new_testing(self):
-		"""Removes possible changed testing status."""
-		
-		flags.remove_new_testing(self.get_cpv())
-
-	def is_masked (self):
-		"""Returns True if either masked by package.mask or by profile.
-		
-		@returns: True if masked / False otherwise
-		@rtype: boolean"""
-		
-		status = flags.new_masking_status(self.get_cpv())
-		if status != None: # we have locally changed it
-			if status == "masked": return True
-			elif status == "unmasked": return False
-			else:
-				debug("BUG in flags.new_masking_status. It returns",status)
-		else: # we have not touched the status
-			if self._status and ("profile" in self._status or "package.mask" in self._status):
-				return True
-			return False
-
-	def set_masked (self, masking = False):
-		"""Sets the masking status of the package.
-	
-		@param masking: if True: mask it; if False: unmask it
-		@type masking: boolean"""
-		
-		flags.set_masked(self, masked = masking)
-
-	def remove_new_masked (self):
-		"""Removes possible changed masking status."""
-		
-		flags.remove_new_masked(self.get_cpv())
-
-	def get_all_use_flags (self, installed = False):
-		"""Returns a list of _all_ useflags for this package, i.e. all useflags you can set for this package.
-		
-		@param installed: do not take the ones stated in the ebuild, but the ones it has been installed with
-		@type installed: boolean
-
-		@returns: list of use-flags
-		@rtype: string[]"""
-
-		if installed or not self.is_in_system():
-			tree = portage_settings.vartree
-		else:
-			tree = portage_settings.porttree
-		
-		return list(set(self.get_env_var("IUSE", tree = tree).split()).difference(self.forced_flags))
-
-	def get_installed_use_flags (self):
-		"""Returns a list of the useflags enabled at installation time. If package is not installed, it returns an empty list.
-		
-		@returns: list of useflags enabled at installation time or an empty list
-		@rtype: string[]"""
-		
-		if self.is_installed():
-			uses = set(self.get_use_flags().split()) # all set at installation time
-			iuses = set(self.get_all_use_flags(installed=True)) # all you can set for the package
-			
-			return list(uses.intersection(iuses))
-		else:
-			return []
-	
-	def get_new_use_flags (self):
-		"""Returns a list of the new useflags, i.e. these flags which are not written to the portage-system yet.
-
-		@returns: list of flags or []
-		@rtype: string[]"""
-
-		return flags.get_new_use_flags(self)
-
-	def get_actual_use_flags (self):
-		"""This returns the result of installed_use_flags + new_use_flags. If the package is not installed, it returns only the new flags.
-
-		@return: list of flags
-		@rtype: string[]"""
-
-		if self.is_installed():
-			i_flags = self.get_installed_use_flags()
-			for f in self.get_new_use_flags():
-				
-				if flags.invert_use_flag(f) in i_flags:
-					i_flags.remove(flags.invert_use_flag(f))
-				
-				elif f not in i_flags:
-					i_flags.append(f)
-			return i_flags
-		else:
-			return self.get_new_use_flags()
-
-	def set_use_flag (self, flag):
-		"""Set a use-flag.
-
-		@param flag: the flag to set
-		@type flag: string"""
-		
-		flags.set_use_flag(self, flag)
-
-	def remove_new_use_flags (self):
-		"""Remove all the new use-flags."""
-		
-		flags.remove_new_use_flags(self)
-
-	def is_use_flag_enabled (self, flag):
-		"""Looks whether a given useflag is enabled for the package, taking all options
-		(ie. even the new flags) into account.
-
-		@param flag: the flag to check
-		@type flag: string
-		@returns: True or False
-		@rtype: bool"""
-		
-		if self.is_installed() and flag in self.get_actual_use_flags(): # flags set during install
-			return True
-		
-		elif (not self.is_installed()) and flag in self.get_settings("USE").split() \
-				and not flags.invert_use_flag(flag) in self.get_new_use_flags(): # flags that would be set
-			return True
-		
-		elif flag in self.get_new_use_flags():
-			return True
-		
-		else:
-			return False
-
-	def get_matched_dep_packages (self, depvar):
-		"""This function looks for all dependencies which are resolved. In normal case it makes only sense for installed packages, but should work for uninstalled ones too.
-
-		@returns: unique list of dependencies resolved (with elements like "<=net-im/foobar-1.2.3")
-		@rtype: string[]
-
-		@raises portato.DependencyCalcError: when an error occured during executing portage.dep_check()"""
-		
-		# change the useflags, because we have internally changed some, but not made them visible for portage
-		newUseFlags = self.get_new_use_flags()
-		actual = self.get_settings("USE").split()
-		if newUseFlags:
-			for u in newUseFlags:
-				if u[0] == "-" and flags.invert_use_flag(u) in actual:
-					actual.remove(flags.invert_use_flag(u))
-				elif u not in actual:
-					actual.append(u)
-		
-		depstring = ""
-		for d in depvar:
-			depstring += self.get_env_var(d)+" "
-
-		portage_dep._dep_check_strict = False
-		deps = portage.dep_check(depstring, None, self._settings, myuse = actual, trees = self._trees)
-		portage_dep._dep_check_strict = True
-
-		if not deps: # FIXME: what is the difference to [1, []] ?
-			return [] 
-
-		if deps[0] == 0: # error
-			raise DependencyCalcError, deps[1]
-		
-		deps = deps[1]
-
-		retlist = []
-		
-		for d in deps:
-			if not d[0] == "!":
-				retlist.append(d)
-
-		return retlist
-
-	def get_dep_packages (self, depvar = ["RDEPEND", "PDEPEND", "DEPEND"]):
-		"""Returns a cpv-list of packages on which this package depends and which have not been installed yet. This does not check the dependencies in a recursive manner.
-
-		@returns: list of cpvs on which the package depend
-		@rtype: string[]
-
-		@raises portato.BlockedException: when a package in the dependency-list is blocked by an installed one
-		@raises portato.PackageNotFoundException: when a package in the dependency list could not be found in the system
-		@raises portato.DependencyCalcError: when an error occured during executing portage.dep_check()"""
-
-		dep_pkgs = [] # the package list
-		
-		# change the useflags, because we have internally changed some, but not made them visible for portage
-		newUseFlags = self.get_new_use_flags()
-		actual = self.get_settings("USE").split()
-		if newUseFlags:
-			for u in newUseFlags:
-				if u[0] == "-" and flags.invert_use_flag(u) in actual:
-					actual.remove(flags.invert_use_flag(u))
-				elif u not in actual:
-					actual.append(u)
-
-		depstring = ""
-		for d in depvar:
-			depstring += self.get_env_var(d)+" "
-
-		# let portage do the main stuff ;)
-		# pay attention to any changes here
-		deps = portage.dep_check (depstring, portage_settings.vartree.dbapi, self._settings, myuse = actual, trees = self._trees)
-		
-		if not deps: # FIXME: what is the difference to [1, []] ?
-			return [] 
-
-		if deps[0] == 0: # error
-			raise DependencyCalcError, deps[1]
-		
-		deps = deps[1]
-
-		for dep in deps:
-			if dep[0] == '!': # blocking sth
-				dep = dep[1:]
-				if dep != self.get_cp(): # not cpv, because a version might explicitly block another one
-					blocked = find_installed_packages(dep)
-					if blocked != []:
-						raise BlockedException, (self.get_cpv(), blocked[0].get_cpv())
-				continue # finished with the blocking one -> next
-
-			pkg = find_best_match(dep)
-			if not pkg: # try to find masked ones
-				list = find_packages(dep, masked = True)
-				if not list:
-					raise PackageNotFoundException, dep
-
-				list = sort_package_list(list)
-				done = False
-				for i in range(len(list)-1,0,-1):
-					p = list[i]
-					if not p.is_masked():
-						dep_pkgs.append(p.get_cpv())
-						done = True
-						break
-				if not done:
-					dep_pkgs.append(list[-1].get_cpv())
-			else:
-				dep_pkgs.append(pkg.get_cpv())
-
-		return dep_pkgs
-
-	def get_cpv(self):
-		"""Returns full Category/Package-Version string"""
-		return self._cpv
-
-	def get_cp (self):
-		"""Returns the cp-string.
-		
-		@returns: category/package.
-		@rtype: string"""
-		
-		return self.get_category()+"/"+self.get_name()
-
-	def get_slot_cp (self):
-
-		return ("%s:%s" % (self.get_cp(), self.get_env_var("SLOT")))
-
-	def get_name(self):
-		"""Returns base name of package, no category nor version"""
-		return self._scpv[1]
-
-	def get_version(self):
-		"""Returns version of package, with revision number"""
-		v = self._scpv[2]
-		if self._scpv[3] != "r0":
-			v += "-" + self._scpv[3]
-		return v
-
-	def get_category(self):
-		"""Returns category of package"""
-		return self._scpv[0]
-
-	def get_settings(self, key):
-		"""Returns the value of the given key for this package (useful 
-		for package.* files)."""
-		self._settingslock.acquire()
-		self._settings.setcpv(self._cpv)
-		v = self._settings[key]
-		self._settingslock.release()
-		return v
-
-	def get_ebuild_path(self):
-		"""Returns the complete path to the .ebuild file"""
-		return portage_settings.porttree.dbapi.findname(self._cpv)
-
-	def get_package_path(self):
-		"""Returns the path to where the ChangeLog, Manifest, .ebuild files reside"""
-		p = self.get_ebuild_path()
-		sp = p.split("/")
-		if len(sp):
-			import string
-			return string.join(sp[:-1],"/")
-
-	def get_env_var(self, var, tree = None):
-		"""Returns one of the predefined env vars DEPEND, RDEPEND, SRC_URI,...."""
-		if not tree:
-			mytree = portage_settings.vartree
-			if not self.is_installed():
-				mytree = portage_settings.porttree
-		else:
-			mytree = tree
-		r = mytree.dbapi.aux_get(self._cpv,[var])
-		
-		return r[0]
-
-	def get_use_flags(self):
-		if self.is_installed():
-			return self.get_env_var("USE", tree = portage_settings.vartree)
-		else: return ""
-
-	def compare_version(self,other):
-		"""Compares this package's version to another's CPV; returns -1, 0, 1"""
-		v1 = self._scpv
-		v2 = portage.catpkgsplit(other.get_cpv())
-		# if category is different
-		if v1[0] != v2[0]:
-			return cmp(v1[0],v2[0])
-		# if name is different
-		elif v1[1] != v2[1]:
-			return cmp(v1[1],v2[1])
-		# Compare versions
-		else:
-			return portage.pkgcmp(v1[1:],v2[1:])
-
-	def matches (self, criterion):
-		"""This checks, whether this package matches a specific verisioning criterion - e.g.: "<=net-im/foobar-1.2".
-		
-		@param criterion: the criterion to match against
-		@type criterion: string
-		@returns: True if matches; False if not
-		@rtype: boolean"""
-		
-		if portage.match_from_list(criterion, [self.get_cpv()]) == []:
-			return False
-		else:
-			return True