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"""
This class works like a 'stage3'. A stage2 tarball is unpacked, but instead
of building a stage3, it emerges a 'system' into another directory
inside the 'stage2' system. This way we do not have to emerge gcc/portage
into the staged system.
It sounds real complicated but basically it runs
ROOT=/tmp/submerge emerge --blahblah foo bar
"""
import os,string,imp,types,shutil
from catalyst_support import *
from generic_stage_target import *
from stat import *
class embedded_target(generic_stage_target):
def __init__(self,spec,addlargs):
self.required_values=[]
self.valid_values=[]
self.valid_values.extend(["embedded/empty","embedded/rm","embedded/unmerge","embedded/fs-prepare","embedded/fs-finish","embedded/mergeroot","embedded/packages","embedded/fs-type","embedded/runscript","boot/kernel","embedded/linuxrc"])
self.valid_values.extend(["embedded/use"])
if addlargs.has_key("embedded/fs-type"):
self.valid_values.append("embedded/fs-ops")
generic_stage_target.__init__(self,spec,addlargs)
self.set_build_kernel_vars(addlargs)
def set_action_sequence(self):
self.settings["action_sequence"]=["dir_setup","unpack","unpack_snapshot",\
"config_profile_link","setup_confdir",\
"portage_overlay","bind","chroot_setup",\
"setup_environment","build_kernel","build_packages",\
"bootloader","root_overlay","fsscript","unmerge",\
"unbind","remove","empty","clean","capture","clear_autoresume"]
def set_stage_path(self):
self.settings["stage_path"]=normpath(self.settings["chroot_path"]+"/tmp/mergeroot")
print "embedded stage path is "+self.settings["stage_path"]
def set_root_path(self):
self.settings["root_path"]=normpath("/tmp/mergeroot")
print "embedded root path is "+self.settings["root_path"]
def register(foo):
foo.update({"embedded":embedded_target})
return foo
|
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