def go(startofpath=''):
#happyitems = configutils.getactivesubset(blueprint.items)
happyitems = blueprint.items
# find out all the items with paths, and all the paths
# used in those items
pathitems = []
pathlist = []
count = 0
for item in happyitems:
path = item.get_path()
if path:
pathitems.append(item)
pathlist.append(path)
linkcache = {}
existingdirs = {}
existingdirs[''] = 1
for item in pathitems:
modpath = item.get_path()
l = string.split(modpath, '/')
lprime = []
# make sure the directories are created
for pathitem in l:
subpath = string.join(lprime, '/')
if not (existingdirs.has_key(subpath)):
buildutils.maybemakedir(subpath)
existingdirs[subpath] = 1
lprime.append(pathitem)
# if we are inside the directory specified by startofpath,
if item.get_path()[0:len(startofpath)] == startofpath:
sys.stdout.write('ln ' + item.get_name())
sys.stdout.flush()
if item.options.has_key(
'makefileflags') and item.options['makefileflags'].has_key(
'custom'
) and not item.options['makefileflags']['custom']:
item.locatefiles['Makefile'] = 0
sourcemanager.obtaindir(item.get_path(), linkcache,
item.is_grow_recursive(), item.location,
item.locatefiles)
sys.stdout.write(',')
sys.stdout.flush()
count = count + 1
if count == 0:
sys.stderr.write("""
Warning; no items found in directory where gendirs was executed.
Perhaps you are running make grow in a subdirectory of an item?
If so, you must run it in the top-level directory of the item.
Eg. ntsc/ix86/intel is a subdirectory of ntsc_ix86; to grow
the intel directory you must grow in the ntsc/ix86 directory
""")
def go(startofpath = ''):
#happyitems = configutils.getactivesubset(blueprint.items)
happyitems = blueprint.items
# find out all the items with paths, and all the paths
# used in those items
pathitems = []
pathlist = []
count = 0
for item in happyitems:
path = item.get_path()
if path:
pathitems.append(item)
pathlist.append(path)
linkcache = {}
existingdirs = {}
existingdirs[ '' ] = 1
for item in pathitems:
modpath = item.get_path()
l = string.split(modpath, '/')
lprime = []
# make sure the directories are created
for pathitem in l:
subpath = string.join(lprime, '/')
if not(existingdirs.has_key(subpath)):
buildutils.maybemakedir(subpath)
existingdirs[subpath] =1
lprime.append(pathitem)
# if we are inside the directory specified by startofpath,
if item.get_path()[0:len(startofpath)] == startofpath:
sys.stdout.write('ln '+item.get_name())
sys.stdout.flush()
if item.options.has_key('makefileflags') and item.options['makefileflags'].has_key('custom') and not item.options['makefileflags']['custom']:
item.locatefiles['Makefile'] = 0
sourcemanager.obtaindir(item.get_path(), linkcache, item.is_grow_recursive(), item.location, item.locatefiles)
sys.stdout.write(',')
sys.stdout.flush()
count = count + 1
if count == 0:
sys.stderr.write("""
Warning; no items found in directory where gendirs was executed.
Perhaps you are running make grow in a subdirectory of an item?
If so, you must run it in the top-level directory of the item.
Eg. ntsc/ix86/intel is a subdirectory of ntsc_ix86; to grow
the intel directory you must grow in the ntsc/ix86 directory
""")
def go(startofpath=''):
pathmap = fixsubdirs()
pathsorted = pathmap.keys()
pathsorted.sort()
for path in pathsorted:
#print 'Path: "'+path+'" item name '+pathmap[path].get_name()
if path[0:len(startofpath)] == startofpath:
buildutils.maybemakedir(build_tree_dir + '/' + path)
for path in pathmap.keys():
if path[0:len(startofpath)] == startofpath:
item = pathmap[path]
sys.stdout.write('mk ' + item.get_name())
sys.stdout.flush()
genmakefile.genmakefile(item)
sys.stdout.write(',')
sys.stdout.flush()
def go(startofpath=''):
pathmap = fixsubdirs()
pathsorted = pathmap.keys()
pathsorted.sort()
for path in pathsorted:
#print 'Path: "'+path+'" item name '+pathmap[path].get_name()
if path[0:len(startofpath)] == startofpath:
buildutils.maybemakedir(build_tree_dir+'/'+path)
for path in pathmap.keys():
if path[0:len(startofpath)] == startofpath:
item = pathmap[path]
sys.stdout.write('mk '+item.get_name())
sys.stdout.flush()
genmakefile.genmakefile(item)
sys.stdout.write(',')
sys.stdout.flush()
dir[1:] + '/' + thingy):
newfiles[dir[1:]].append(thingy)
item.options['contents'] = newfiles
if package:
if not packages.has_key(package):
packages[package] = {'items': [], 'files': {}}
packages[package]['items'].append(item)
for dir in newfiles.keys():
packages[package]['files'][dir] = newfiles[dir]
package_list = packages.keys()
package_list.sort()
print 'Packages', package_list
buildutils.maybemakedir('new_packages')
if 1:
movedout = {}
olddirs = []
o = open('creation', 'w')
for package in package_list:
if package != core_package:
for dir in packages[package]['files'].keys():
for file in packages[package]['files'][dir]:
o.write('remove("moved to ' + package + '", "' + dir +
'/' + file + '")\n')
movedout[dir + '/' + file] = package
olddirs.append((package, dir))
for (npackage, directory) in olddirs:
newfiles[dir[1:]].append(thingy)
item.options['contents'] = newfiles
if package:
if not packages.has_key(package):
packages[package] = { 'items': [], 'files' : {} }
packages[package]['items'].append(item)
for dir in newfiles.keys():
packages[package]['files'][dir] = newfiles[dir]
package_list = packages.keys()
package_list.sort()
print 'Packages',package_list
buildutils.maybemakedir('new_packages')
if 1:
movedout = {}
olddirs = []
o = open('creation', 'w')
for package in package_list:
if package != core_package:
for dir in packages[package]['files'].keys():
for file in packages[package]['files'][dir]:
o.write('remove("moved to '+package+'", "'+dir+'/'+file+'")\n')
movedout[dir+'/'+file] = package
olddirs.append((package,dir))
for (npackage,directory) in olddirs:
if not packages[core_package]['files'].has_key(directory):