def do_file(testfile, name, do_print=False, notfile=None, workfile=None):
if notfile is None: keepnot = False
else: keepnot = True
if workfile is None: keepwork = False
else: keepwork = True
# Attempt to parse the file contents into an AST
try:
tree = base.parse(''.join(testfile.readlines()))
testfile.close()
except Exception, e:
# If we fail then make a note of it as appropriate
if keepnot:
notfile.write(name+'\n')
notfile.flush()
# And output more information if asked to
if do_print:
testfile.seek(0)
print ''.join(testfile.readlines())
print
print str(e)
print "Error parsing input."
# Now quit (we can't go any further)
#sys.exit(0)
return
def find(cls, info_hash):
info_hash = base.parse(info_hash, bytes)
man = cls._find(info_hash)
if man is None:
return None
return cls._from_bittorrent_peer_manager(man)
def find(cls, info_hash):
info_hash = base.parse(info_hash, bytes)
man = cls._find(info_hash)
if man is None:
return None
return cls._from_bittorrent_peer_manager(man)
def destroy(self, info_hash):
man = bittorrent.client.halt_manager(base.parse(info_hash, bytes))
if man is None:
raise cherrypy.HTTPError(404)
def destroy(self, info_hash):
man = bittorrent.client.halt_manager(base.parse(info_hash, bytes))
if man is None:
raise cherrypy.HTTPError(404)
def get_tree(self): return base.parse(self.code)
if keepnot: notfile.write(name+'\n') notfile.flush() # And output more information if asked to if do_print: print repr(tree) print print str(e) print "Error generating code" # Now quit (we can't go any further) #sys.exit(0) return # Attempt to parse the generated code into an AST try: new_tree = base.parse(code) # Get rid of the code now that we don't need it del(code) except Exception, e: # If we fail then make a note of it if asked to if keepnot: notfile.write(name+'\n') notfile.flush() # And output more information if asked to if do_print: print code print print str(e) print "Error parsing generated code" # Now quit (we can't go any further) #sys.exit(0)
