[gentoo-commits] proj/autodep:master commit in: portage_with_autodep/pym/_emerge/

[Александр Берсенев]

commit:     14c641d3404c14cc87c2fa91ddc761d9a804912b
Author:     Alexander Bersenev <bay <AT> hackerdom <DOT> ru>
AuthorDate: Mon Oct  3 16:00:07 2011 +0000
Commit:     Александр Берсенев <bay <AT> hackerdom <DOT> ru>
CommitDate: Mon Oct  3 16:00:07 2011 +0000
URL:        http://git.overlays.gentoo.org/gitweb/?p=proj/autodep.git;a=commit;h=14c641d3

apply previous commit to modfied version of emerge

---
 portage_with_autodep/pym/_emerge/EventsAnalyser.py |   89 ++++++++++++--------
 1 files changed, 53 insertions(+), 36 deletions(-)

diff --git a/portage_with_autodep/pym/_emerge/EventsAnalyser.py b/portage_with_autodep/pym/_emerge/EventsAnalyser.py
index df7a345..da4ba93 100644
--- a/portage_with_autodep/pym/_emerge/EventsAnalyser.py
+++ b/portage_with_autodep/pym/_emerge/EventsAnalyser.py
@@ -18,39 +18,51 @@ class PortageUtils:
 		self.metadata_keys = [k for k in portage.auxdbkeys if not k.startswith("UNUSED_")]
 		self.use=self.settings["USE"]
 
-	def get_best_visible_pkg(self,pkg):
+	def get_best_visible_pkg(self,pkg,db="portdb"):
 		"""
 		Gets best candidate on installing. Returns empty string if no found
 
 		:param pkg: package name
+		:param db: name of db to look. Can be "vardb" or "portdb" 
 
 		"""
 		try:
-			return self.portdbapi.xmatch("bestmatch-visible", pkg)
+		  if db=="portdb":
+			  return self.portdbapi.xmatch("bestmatch-visible", pkg)
+		  elif db=="vardb":
+			  return self.vardbapi.match(pkg)[0]
+		  else:
+			  return ''
 		except:
 			return ''
 
 	# non-recursive dependency getter
-	def get_dep(self,pkg,dep_type=["RDEPEND","DEPEND"]):
+	def get_dep(self,pkg,dep_type=["RDEPEND","DEPEND"],db="portdb"):
 	  """
 	  Gets current dependencies of a package. Looks in portage db
 	  
 	  :param pkg: name of package
 	  :param dep_type: type of dependencies to recurse. Can be ["DEPEND"] or 
 		["RDEPEND", "DEPEND"]
+	  :param db: name of db to look. Can be "vardb" or "portdb"
 	  :returns: **set** of packages names
 	  """
 	  ret=set()
 	  
-	  pkg = self.get_best_visible_pkg(pkg)	
+	  pkg = self.get_best_visible_pkg(pkg,db)	
 	  if not pkg:
 		  return ret
 	  
 	  # we found the best visible match in common tree
 
+	  if db=="portdb":
+		  aux_get=self.portdbapi.aux_get
+	  elif db=="vardb":
+		  aux_get=self.vardbapi.aux_get
+	  else:
+		  return ret
 
-	  metadata = dict(zip(self.metadata_keys, 
-		  self.portdbapi.aux_get(pkg, self.metadata_keys)))
+	  metadata = dict(zip(self.metadata_keys, aux_get(pkg, self.metadata_keys)))
 	  dep_str = " ".join(metadata[k] for k in dep_type)
 
 	  # the IUSE default are very important for us
@@ -82,7 +94,7 @@ class PortageUtils:
 	  return ret
 
 	# recursive dependency getter
-	def get_deps(self,pkg,dep_type=["RDEPEND","DEPEND"]):
+	def get_deps(self,pkg,dep_type=["RDEPEND","DEPEND"],db="portdb"):
 		""" 
 		Gets current dependencies of a package on any depth 
 		All dependencies **must** be installed
@@ -90,19 +102,20 @@ class PortageUtils:
 		:param pkg: name of package
 		:param dep_type: type of dependencies to recurse. Can be ["DEPEND"] or 
 		  ["RDEPEND", "DEPEND"]
+		:param db: name of db to look. Can be "vardb" or "portdb" 
 		:returns: **set** of packages names
 		"""
 		ret=set()
 
-
+		import pdb; pdb.set_trace()
 		# get porttree dependencies on the first package
 
-		pkg = self.portdbapi.xmatch("bestmatch-visible", pkg)	
+		pkg = self.get_best_visible_pkg(pkg,db)	
 		if not pkg:
 			return ret
 
 		known_packages=set()
-		unknown_packages=self.get_dep(pkg,dep_type)
+		unknown_packages=self.get_dep(pkg,dep_type,db)
 		ret=ret.union(unknown_packages)
 		
 		while unknown_packages:
@@ -111,36 +124,40 @@ class PortageUtils:
 				continue
 			known_packages.add(p)
 
-			metadata = dict(zip(self.metadata_keys, self.vardbapi.aux_get(p, self.metadata_keys)))
+			current_deps=self.get_dep(p,dep_type,'vardb')
+			unknown_packages=unknown_packages.union(current_deps)
+			ret=ret.union(current_deps)
+			
+			#metadata = dict(zip(self.metadata_keys, self.vardbapi.aux_get(p, self.metadata_keys)))
 
-			dep_str = " ".join(metadata[k] for k in dep_type)
+			#dep_str = " ".join(metadata[k] for k in dep_type)
 			
 			# the IUSE default are very important for us
-			iuse_defaults=[
-			  u[1:] for u in metadata.get("IUSE",'').split() if u.startswith("+")]
+			#iuse_defaults=[
+			#  u[1:] for u in metadata.get("IUSE",'').split() if u.startswith("+")]
 	  
-			use=self.use.split()
+			#use=self.use.split()
 	  
-			for u in iuse_defaults:
-				if u not in use:
-					use.append(u)
+			#for u in iuse_defaults:
+			#	if u not in use:
+			#		use.append(u)
 			
-			success, atoms = portage.dep_check(dep_str, None, self.settings, 
-				myuse=use,	myroot=self.settings["ROOT"],
-				trees={self.settings["ROOT"]:{"vartree":self.vartree,"porttree": self.vartree}})
-
-			if not success:
-			  continue
-
-			for atom in atoms:
-				atomname = self.vartree.dep_bestmatch(atom)
-				if not atomname:
-					continue
-								
-				for unvirt_pkg in expand_new_virt(self.vardbapi,'='+atomname):
-					for pkg in self.vartree.dep_match(unvirt_pkg):
-						ret.add(pkg)
-						unknown_packages.add(pkg)
+			#success, atoms = portage.dep_check(dep_str, None, self.settings, 
+			#	myuse=use,	myroot=self.settings["ROOT"],
+			#	trees={self.settings["ROOT"]:{"vartree":self.vartree,"porttree": self.vartree}})
+
+			#if not success:
+			#  continue
+
+			#for atom in atoms:
+			#	atomname = self.vartree.dep_bestmatch(atom)
+			#	if not atomname:
+			#		continue
+			#					
+			#	for unvirt_pkg in expand_new_virt(self.vardbapi,'='+atomname):
+			#		for pkg in self.vartree.dep_match(unvirt_pkg):
+			#			ret.add(pkg)
+			#			unknown_packages.add(pkg)
 		return ret
 
 	def get_deps_for_package_building(self, pkg):
@@ -148,10 +165,10 @@ class PortageUtils:
 		  returns buildtime dependencies of current package and 
 		  all runtime dependencies of that buildtime dependencies
 		"""
-		buildtime_deps=self.get_dep(pkg, ["DEPEND"])
+		buildtime_deps=self.get_dep(pkg, ["DEPEND"],"portdb")
 		runtime_deps=set()
 		for dep in buildtime_deps:
-			runtime_deps=runtime_deps.union(self.get_deps(dep,["RDEPEND"]))
+			runtime_deps=runtime_deps.union(self.get_deps(dep,["RDEPEND"],"vardb"))
 
 		ret=buildtime_deps.union(runtime_deps)