def compileRefactored(compiler, cmdline_args, src, dotO):
from fakepath import tmpPath, refactoredPath
import os
tmpfile = tmpPath(src, dotO)
dumpfile = refactoredPath(src, dotO)
compcmd = "%s %s -o %s -c %s" % (compiler, " ".join(cmdline_args), dotO, dumpfile)
print compcmd
rc = os.system(compcmd)
return rc
def compileRefactored(compiler, cmdline_args, src, dotO):
from fakepath import tmpPath, refactoredPath
import os
tmpfile = tmpPath(src, dotO)
dumpfile = refactoredPath(src, dotO)
compcmd = "%s %s -o %s -c %s" % (compiler, " ".join(cmdline_args), dotO,
dumpfile)
print compcmd
rc = os.system(compcmd)
return rc
def refactor(compiler, cmdline_args, src, dotO, variables):
from fakepath import tmpPath, refactoredPath, picklePath, preprocessedPath, dumpPath
from fakeparse import normalize, getGlobalText, clearAllPounds, getFunctionBodies
from var import replVars, collectVars
from compile import preprocess, compileRefactored
from collect import collectAllVars
import sys, os, pickle, re
tmpfile = tmpPath(src, dotO)
dumpfile = preprocessedPath(src, dotO)
srctext = open(src).read()
rc, fulltext = preprocess(compiler, cmdline_args, src)
if not rc == 0:
sys.stderr.write("preprocess of %s failed\n" % src)
return rc
open(dumpfile, "w").write(fulltext)
subtext = fulltext
#cleantext = normalize(subtext)
cleantext = subtext
depthN = getFunctionBodies(cleantext)
depth0 = getGlobalText(cleantext)
depth0 = clearAllPounds(depth0)
already_done = {}
fxnargs = FxnArgs()
fxnargs.fulltext = subtext
fxnargs.depth0 = depth0
fxnargs.depthN = depthN
dumpfile = dumpPath(src, dotO, "depth0_")
open(dumpfile, "w").write(depth0)
outvars = []
#make a relative path
fscope = dotO.replace(".libs/", "")
#make C++ valid
fscope = fscope.replace(".","_").replace("/","_")
collectVars(fxnargs, variables, outvars, fscope)
subtext = replVars(subtext, fxnargs, outvars)
subtext = clearAllPounds(subtext)
dumpfile = refactoredPath(src, dotO)
fobj = open(dumpfile,"w")
fobj.write(subtext)
fobj.close()
return refactorCompile(compiler, cmdline_args, src, dotO)
def refactor(compiler, cmdline_args, src, dotO, variables):
from fakepath import tmpPath, refactoredPath, picklePath, preprocessedPath, dumpPath
from fakeparse import normalize, getGlobalText, clearAllPounds, getFunctionBodies
from var import replVars, collectVars
from compile import preprocess, compileRefactored
from collect import collectAllVars
import sys, os, pickle, re
tmpfile = tmpPath(src, dotO)
dumpfile = preprocessedPath(src, dotO)
srctext = open(src).read()
rc, fulltext = preprocess(compiler, cmdline_args, src)
if not rc == 0:
sys.stderr.write("preprocess of %s failed\n" % src)
return rc
open(dumpfile, "w").write(fulltext)
subtext = fulltext
#cleantext = normalize(subtext)
cleantext = subtext
depthN = getFunctionBodies(cleantext)
depth0 = getGlobalText(cleantext)
depth0 = clearAllPounds(depth0)
already_done = {}
fxnargs = FxnArgs()
fxnargs.fulltext = subtext
fxnargs.depth0 = depth0
fxnargs.depthN = depthN
dumpfile = dumpPath(src, dotO, "depth0_")
open(dumpfile, "w").write(depth0)
outvars = []
#make a relative path
fscope = dotO.replace(".libs/", "")
#make C++ valid
fscope = fscope.replace(".", "_").replace("/", "_")
collectVars(fxnargs, variables, outvars, fscope)
subtext = replVars(subtext, fxnargs, outvars)
subtext = clearAllPounds(subtext)
dumpfile = refactoredPath(src, dotO)
fobj = open(dumpfile, "w")
fobj.write(subtext)
fobj.close()
return refactorCompile(compiler, cmdline_args, src, dotO)