call site 0 for io.dupfile
doc/test_conftest.py - line 87
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   def test_doctest_indentation():
       # XXX get rid of the next line: 
       py.magic.autopath().dirpath('conftest.py').copy(tmpdir.join('conftest.py'))
   
       txt = tmpdir.join('foo.txt')
       txt.write('..\n  >>> print "foo\\n  bar"\n  foo\n    bar\n')
       config = py.test.config._reparse([txt])
       session = config.initsession()
->     session.main()
       l = session.getitemoutcomepairs(Failed)
       assert len(l) == 0
       l = session.getitemoutcomepairs(Passed)
       l2 = session.getitemoutcomepairs(Skipped)
       assert len(l+l2) == 2
test/session.py - line 63
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   def main(self): 
       """ main loop for running tests. """
       colitems = self.config.getcolitems()
       try:
           self.header(colitems) 
           try:
               try:
                   for colitem in colitems: 
->                     self.runtraced(colitem)
               except KeyboardInterrupt: 
                   raise 
           finally: 
               self.footer(colitems) 
       except Exit, ex:
           pass
test/session.py - line 83
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   def runtraced(self, colitem):
       if self.shouldclose(): 
           raise Exit, "received external close signal" 
   
       outcome = None 
       colitem.startcapture() 
       try: 
           self.start(colitem)
           try: 
               try:
                   if colitem._stickyfailure: 
                       raise colitem._stickyfailure 
->                 outcome = self.run(colitem) 
               except (KeyboardInterrupt, Exit): 
                   raise 
               except Outcome, outcome: 
                   if outcome.excinfo is None: 
                       outcome.excinfo = py.code.ExceptionInfo() 
               except: 
                   excinfo = py.code.ExceptionInfo() 
                   outcome = Failed(excinfo=excinfo) 
               assert (outcome is None or 
                       isinstance(outcome, (list, Outcome)))
           finally: 
               self.finish(colitem, outcome) 
           if isinstance(outcome, Failed) and self.config.option.exitfirst:
               py.test.exit("exit on first problem configured.", item=colitem)
       finally: 
           colitem.finishcapture()
test/session.py - line 118
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   def run(self, colitem): 
       if self.config.option.collectonly and isinstance(colitem, py.test.collect.Item): 
           return 
       if isinstance(colitem, py.test.collect.Item): 
           colitem._skipbykeyword(self.config.option.keyword)
       res = colitem.run() 
       if res is None: 
           return Passed() 
       elif not isinstance(res, (list, tuple)): 
           raise TypeError("%r.run() returned neither "
                           "list, tuple nor None: %r" % (colitem, res))
       else: 
           finish = self.startiteration(colitem, res)
           try: 
               for name in res: 
                   obj = colitem.join(name) 
                   assert obj is not None 
->                 self.runtraced(obj) 
           finally: 
               if finish: 
                   finish() 
       return res 
test/session.py - line 76
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   def runtraced(self, colitem):
       if self.shouldclose(): 
           raise Exit, "received external close signal" 
   
       outcome = None 
->     colitem.startcapture() 
       try: 
           self.start(colitem)
           try: 
               try:
                   if colitem._stickyfailure: 
                       raise colitem._stickyfailure 
                   outcome = self.run(colitem) 
               except (KeyboardInterrupt, Exit): 
                   raise 
               except Outcome, outcome: 
                   if outcome.excinfo is None: 
                       outcome.excinfo = py.code.ExceptionInfo() 
               except: 
                   excinfo = py.code.ExceptionInfo() 
                   outcome = Failed(excinfo=excinfo) 
               assert (outcome is None or 
                       isinstance(outcome, (list, Outcome)))
           finally: 
               self.finish(colitem, outcome) 
           if isinstance(outcome, Failed) and self.config.option.exitfirst:
               py.test.exit("exit on first problem configured.", item=colitem)
       finally: 
           colitem.finishcapture()
test/item.py - line 35
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   def startcapture(self): 
->     self._config._startcapture(self, path=self.fspath)
test/config.py - line 258
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   def _startcapture(self, colitem, path=None):
       if not self.option.nocapture:
           assert not hasattr(colitem, '_capture')
           iocapture = self.getvalue("conf_iocapture", path=path)
           if iocapture == "fd": 
->             capture = py.io.StdCaptureFD()
           elif iocapture == "sys":
               capture = py.io.StdCapture()
           else:
               raise ValueError("unknown io capturing: " + iocapture)
           colitem._capture = capture
io/stdcapture.py - line 55
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   def __init__(self, out=True, err=True, mixed=False, in_=True, patchsys=True): 
       if in_:
           self._oldin = (sys.stdin, os.dup(0))
           sys.stdin  = DontReadFromInput()
           fd = os.open(devnullpath, os.O_RDONLY)
           os.dup2(fd, 0)
           os.close(fd)
       if out: 
           self.out = py.io.FDCapture(1) 
           if patchsys: 
               self.out.setasfile('stdout')
       if err: 
           if mixed and out:
               tmpfile = self.out.tmpfile 
           else:
               tmpfile = None    
->         self.err = py.io.FDCapture(2, tmpfile=tmpfile) 
           if patchsys: 
               self.err.setasfile('stderr')
io/fdcapture.py - line 12
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   def __init__(self, targetfd, tmpfile=None): 
       self.targetfd = targetfd
       if tmpfile is None: 
->         tmpfile = self.maketmpfile()
       self.tmpfile = tmpfile 
       self._savefd = os.dup(targetfd)
       os.dup2(self.tmpfile.fileno(), targetfd) 
       self._patched = []
io/fdcapture.py - line 45
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   def maketmpfile(self): 
       """ create a temporary file
           """
       f = os.tmpfile()
->     newf = py.io.dupfile(f) 
       f.close()
       return newf