def getinervarinfile(self,ctxlines,model):
sdconst = ShaderConst()
rtctx = []
idx = 0
maxidx = len(ctxlines)
while idx < maxidx:
ctx1 = str(ctxlines[idx]).strip('\n')
mh = self.__varRex.match(ctx1)
if mh:
# get name
vars = []
vals = re.split('\s+',ctx1)
if sdconst.isvariableprefix(vals[0]):
name = vals[2].strip(' \t;')
desc = vals[1].strip(' \t')
elif sdconst.isbasetype(vals[0]) or model.is_struct(vals[0]) or model.is_macro(vals[0]):
name = vals[1].strip(' \t;')
desc = vals[0].strip(' \t')
else:
idx += 1
continue
vars.append(name)
vars.append(desc)
rtctx.append(vars)
idx += 1
return rtctx
def getmacroinfile(self,ctxlines,model):
sdconst = ShaderConst()
rtctx = []
idx = 0
maxidx = len(ctxlines)
while idx < maxidx:
ctx1 = str(ctxlines[idx]).strip(' \t\n')
mh = self.__macroRex.match(ctx1)
if mh:
# get name
macs = []
subidx = ctx1.index('define')
subdef = ctx1[subidx+6:].strip(' ')
subidx = subdef.find(')')
if subidx > 0:
name = subdef[:subidx+1]
desc = subdef[subidx+1:].strip(' \\')
else:
vals = re.split('[\s\t]+',subdef)
if len(vals) > 1:
name = vals[0]
desc = subdef[subdef.index(name)+len(name):].strip(' \\')
else:
name = subdef.strip(' \\')
desc = ''
if sdconst.isbasetype(name) or model.is_struct(name):
idx += 1
continue
macs.append(name)
macs.append(desc)
rtctx.append(macs)
idx += 1
return rtctx
# coding=utf-8
import os
from ShaderRexUtils import ShaderRex
from ShaderRexUtils import HeaderHandleInfo
from ShaderConsts import ShaderConst
from Parser2ModelTool import Parser2ModelManager
import JsonDbManager
__author__ = 'wangguojin'
FilePathDir = os.path.curdir + os.sep + 'builtin_shaders-4.6.1' + os.sep + 'CGIncludes'
rexglobal = ShaderRex()
sdConst = ShaderConst()
psTool = Parser2ModelManager()
# build header order
def buildorder(files):
infoDict = {}
for file in files:
L = rexglobal.getincinfile(FilePathDir + os.sep + file)
info = HeaderHandleInfo(L, False)
infoDict[file] = info
return infoDict
def loadcgfiledata(order):
assert (isinstance(order, dict))
handleOk = False
L = []
while handleOk == False:
def getfuncinfile(self,ctxlines,model):
sdconst = ShaderConst()
rtctx = []
idx = 0
maxidx = len(ctxlines)
while idx < maxidx:
ctx = ctxlines[idx]
notrip = str(ctx).strip(' \t\n')
notrip = notrip.lstrip('inline ')
mh = self.__funcRex.match(notrip)
if mh:
prefixvar = notrip.split(' ',3)
if sdconst.isbasetype(prefixvar[0]) or model.is_struct(prefixvar[0]):
left = re.findall('\(',notrip)
right = re.findall('\)',notrip)
if left and right and len(left) == len(right):
srightidx = prefixvar[1].find('(')
if srightidx > 0:
func = [prefixvar[0],prefixvar[1][:srightidx].strip(' ')]
else:
func = [prefixvar[0],prefixvar[1].strip(' ')]
pm = []
pmrex = notrip[notrip.index('('):notrip.index(')')]
pmsplit = re.split('[\(\)\,\s]+',pmrex)
tidx = 0
while tidx < len(pmsplit):
if sdconst.isbasetype(pmsplit[tidx]) or model.is_struct(pmsplit[tidx]):
pm.append([pmsplit[tidx],pmsplit[tidx + 1]])
tidx += 2
elif sdconst.isparamprefix(pmsplit[tidx]):
pm.append([pmsplit[tidx] + ' ' + pmsplit[tidx + 1], pmsplit[tidx + 2]])
tidx += 3
else:
tidx = tidx + 1
func.append(pm)
rtctx.append(func)
else:
#not in one line max find 10 times
func = [prefixvar[0],prefixvar[1]]
pm = []
tidx = 0
while tidx < 10:
tpidx = idx + tidx
if prefixvar:
ctx = str(prefixvar[2]).strip(' \t\n')
prefixvar = None
else:
ctx = str(ctxlines[tpidx]).strip(' \t\n')
pmsplit = re.split('[\(\)\,\s]+',ctx)
vidx = 0
while vidx < len(pmsplit):
if sdconst.isbasetype(pmsplit[vidx]):
pm.append([pmsplit[vidx],pmsplit[vidx + 1]])
vidx += 2
elif sdconst.isparamprefix(pmsplit[vidx]):
pm.append([pmsplit[vidx] + ' ' + pmsplit[vidx + 1], pmsplit[vidx + 2]])
vidx += 3
else:
vidx = vidx + 1
right = re.findall('\)',ctx)
if right and len(right) == 1:
break
tidx += 1
func.append(pm)
rtctx.append(func)
idx = tpidx + 1
continue
else:
pass
idx += 1
return rtctx