def PrependPath(curpath, path):
if not curpath: curpath = []
elif atmake.IsString(curpath): curpath = curpath.split(os.pathsep)
elif atmake.IsList(curpath): pass
else: atmake.Error('Invalid current PATH type !')
if not path: path = []
elif atmake.IsString(path): path = path.split(os.pathsep)
elif atmake.IsList(path): pass
else: atmake.Error('Invalid PATH type !')
for p in path:
if p and not p in curpath:
curpath.insert(0, str(p))
return string.join(curpath, os.pathsep)
def ToListPath(path, sep=None):
""" ['A','B','C','D'] -> ['A','B','C','D']
'A/B/C/D' -> ['A','B','C','D']
'A B C D' -> ['A','B','C','D']
"""
if sep is None:
sep = os.sep
if atmake.IsList(path):
return path
if not atmake.IsString(path):
atmake.Error("Invalid path : %s !" % str(path))
if path.find(os.sep) >= 0:
# 'A/B/C/D' -> ['A','B','C','D']
drive, path = os.path.splitdrive(path)
p = []
while len(path):
path, base = os.path.split(path)
if len(base):
p = [base] + p
# prevent os.path.split('\\\') looping
if len(path) and path[-1] == sep:
break
if len(drive):
p = [drive] + p
return p
# 'A B C D'
return path.split()
def RelativeFile(refdir, path):
if not refdir or len(refdir) == 0:
return path
if not IsAbsPath(path):
atmake.Error("File pathname <%s> must be absolute !" % path)
if not IsAbsPath(refdir):
atmake.Error("Reference directory <%s> must be absolute !" % refdir)
n0 = os.path.normpath(path)
n1 = os.path.normpath(refdir)
p0 = ToListPath(n0.lower())
p1 = ToListPath(n1.lower())
ret = []
if p0:
# if p0[:len(p1)] != p1 :
# atmake.Error( "File <%s> isn't in base directory <%s> !" % (path,refdir) )
p0 = ToListPath(n0)
ret.extend(p0[len(p1):])
return ToStringPath(ret)
def GetSourceTarget(self, fw, source, target=None):
"""
Framework fw
str source
str target
"""
if self.one2one:
# one source, one target
_trg = self.GetSourceTmpTarget(fw, source)
if target and (target != _trg):
atmake.Error(
"One2One builder can't use the specific target <%s> !" %
target)
else:
# multi sources to one target
if not target:
atmake.Error("Target file is missing !")
_trg = fw.ToTargetFile(target)
return _trg
def __fmt_source_ext(self, ext):
if atmake.IsString(ext): extl = ext.split()
else: extl = atmake.ToList(ext)
extr = []
for e in extl:
if not atmake.IsString(e):
atmake.Error("Source extension must be a string !")
if e.startswith('.'): extr.append(e[1:])
else: extr.append(e)
return extr
def Spawn ( cmdline, cwd=None, env=None, showcl=None ) :
"""
returns :
( exec_success, exit_code, stdout lines, stderr lines )
"""
def __readlines( ilines ) :
olines = []
ol = ''
for il in ilines :
if il==ord('\r') :
continue
if il==ord('\n') :
olines.append( ol+'\r\n' )
ol = ''
else :
ol += chr(il)
return olines
if atmake.IsString(cmdline) :
cmdlist = cmdline_to_list( cmdline )
elif atmake.IsList(cmdline) :
cmdlist = cmdline
else :
atmake.Error( "Command-line must be a string or a list of strings !" )
if showcl :
print(cmdlist)
# disable cl.exe direct redirection to visual IDE output window !
if env and 'VS_UNICODE_OUTPUT' in env :
env['VS_UNICODE_OUTPUT'] = ''
oo = ee = ''
try :
p = subprocess.Popen( cmdlist,
stdout = subprocess.PIPE,
stderr = subprocess.PIPE,
cwd = cwd,
env = env)
oo, ee = p.communicate()
oo = __readlines( oo )
ee = __readlines( ee )
retcode = p.returncode
return ( True, retcode, oo, ee )
except OSError as e :
print(oo)
print(ee)
return ( False, 0, None, None )
def processFiles(template,
searchpath,
extlist=[
'.h', '.c', '.cpp', '.cxx', '.vupp', '.vsmpp', '.vcl',
'.vsa', '.psa'
]):
""" Update file's header recursively.
<template> The template header lines
<searchpath> The root search path
<extlist> List of file extensions to match
"""
# read header file
header_lines = open(template, 'r').readlines()
if header_lines == None:
atmake.Error("Template header file <%s> is not found !\n" % template)
for ext in extList:
atmake.tools.header.processFiles(searchpath, ext, header_lines)
def ToStringPath(path, sep=None):
""" 'A/B/C/D' -> 'A/B/C/D'
'A B C D' -> 'A/B/C/D'
['A','B','C','D'] -> 'A/B/C/D'
"""
if sep is None:
sep = os.sep
if atmake.IsString(path):
if path.find(sep) >= 0:
return path
path = str(path).split()
if not atmake.IsList(path) or len(path) == 0:
atmake.Error("Invalid path : %s !" % str(path))
j = ''
for p in path:
if len(str(p)):
j += sep + str(p)
return j[1:]
def __fmt_target_ext(self, ext):
if not atmake.IsString(ext):
atmake.Error("Target extension must be a string !")
if ext.startswith('.'): return ext[1:]
else: return ext
def sort_by_rules(in_list, in_rules):
# sort strings according to a list of rules
# rule is a string 'pattern0 < pattern1' such as strings matching pattern0
# always occur in list before strings matching pattern1
def __id(li, it):
if it in li:
return li.index(it)
else:
li.append(it)
return len(li) - 1
def __add(d, lid, rid):
if lid in d: d[lid].append(rid)
else: d[lid] = [rid]
if rid not in d: d[rid] = []
def __extdict(d, r, k):
for i in d[k]:
r[i] = True
__extdict(d, r, i)
def __extlist(d, k):
r = {}
__extdict(d, r, k)
return r.keys()
def __fnmatch(li, path):
d = {}
for i in range(len(li)):
pi = li[i]
if fnmatch.fnmatch(path, pi):
d[pi] = i
return [d[k] for k in sorted(d.keys())]
def __rcmp(r, r0, r1):
if len(r0) == 0 and len(r1) == 0:
return 0
if r0[0] == r1[0]:
return __rcmp(r, r0[1:], r1[1:])
c = 0
for i0 in r0:
for i1 in r1:
if i1 in r[i0]: _c = -1 # i0 before i1
elif i0 in r[i1]: _c = +1 # i0 after i1
else: _c = 0
if _c != 0:
atmake.Assert(c == 0 or (_c == c),
'Circular rules found !')
c = _c
return c
show_dbg = False
patterns = []
rules = {}
for r in in_rules:
if r.find('<') > 0: left, sep, right = r.partition('<')
elif r.find('>') > 0: right, sep, left = r.partition('>')
else: atmake.Error('Invalid rule "%s" !' % r)
left, right = left.strip().lower(), right.strip().lower()
atmake.Assert(left, 'Invalid rule "%s" !' % r)
atmake.Assert(right, 'Invalid rule "%s" !' % r)
lid = __id(patterns, left)
rid = __id(patterns, right)
__add(rules, lid, rid)
if show_dbg:
print(r, lid, rid, patterns, rules)
def __cmp(s0, s1):
c = __rcmp(rules, s0[1], s1[1])
if show_dbg:
if c < 0: print('(%s) < (%s)' % (s0[0], s1[0]))
elif c > 0: print('(%s) > (%s)' % (s0[0], s1[0]))
else: print('(%s) = (%s)' % (s0[0], s1[0]))
return c
# items is list of preprocessed ( path, path-pattern-ids )
items = [(i, __fnmatch(patterns, i.lower())) for i in in_list]
sitems = sorted(items, cmp=__cmp)
out_list = [i[0] for i in sitems]
if show_dbg:
print("Before ....")
for s in in_list:
print(s)
print("After ...")
for s in out_list:
print(s)
return out_list
def AbsoluteFile(basedir, path):
if not IsAbsPath(basedir):
atmake.Error("Base directory <%s> must be absolute !" % basedir)
if IsAbsPath(path):
atmake.Error("File pathname <%s> must be relative !" % path)
return os.path.normpath(os.path.join(basedir, path))
def __cache_error(self):
RmFile(self.sfile)
atmake.Error(
"\n\n** The cache file <%s> seems to be corrupted !!!\n** This file has been automatically removed.\n** Please restart the whole operation to complete.\n\n\n\n"
% self.sfile, 0)