970         def parse(self, flowstr, typeInst):  argument
971             if not flowstr.startswith(self.proto_str):
977             flowstr = flowstr[len(self.proto_str) :]
978             if flowstr.startswith("("):
979                 flowstr = flowstr[1:]
984                 if flowstr.startswith(f[1]):
988                     flowstr = flowstr[len(f[1]) + 1 :]
990                     for c in flowstr:
994                     data = flowstr[:splitchar]
995                     flowstr = flowstr[splitchar:]
1005                 flowstr = flowstr[strspn(flowstr, ", ") :]
1006                 if len(flowstr) == 0:
1007                     return flowstr, k, m
1009             flowstr = flowstr[strspn(flowstr, "), ") :]
1011             return flowstr, k, m
1502         def parse(self, flowstr, mask=None):  argument
1503             if not flowstr.startswith("tunnel("):
1510             flowstr = flowstr[len("tunnel("):]
1546                 flowstr, value = parse_extract_field(flowstr, prefix, regex, typ, False)
1573             if flowstr.startswith("flags("):
1574                 flowstr = flowstr[len("flags("):]
1575                 flagspos = flowstr.find(")")
1576                 flags = flowstr[:flagspos]
1577                 flowstr = flowstr[flagspos + 1:]
1591             flowstr = flowstr[strspn(flowstr, ", ") :]
1592             return flowstr, k, mask
1639     def parse(self, flowstr, mask=None):  argument
1697             if not flowstr.startswith(fld):
1702                 flowstr, k, m = nk.parse(flowstr, field[2])
1704                 flowstr = flowstr[len(fld) :]
1705                 flowstr, k, m = field[2](flowstr)
1711             flowstr = flowstr[strspn(flowstr, "), ") :]
1713         return flowstr
2308         def parse(self, flowstr, actstr, dpidx=0):  argument
2318             if flowstr.startswith("ufid:"):
2320                 while flowstr[count] != ",":
2322                 ufidstr = flowstr[5:count]
2323                 flowstr = flowstr[count + 1 :]
2354             k.parse(flowstr, m)