Best Python code snippet using pandera_python
CharClass.py
Source:CharClass.py
...56 def unaccept_eps(self):57 self.start.eps_set.remove(self.end)58 def build(self, text):59 text = trim_blank(text)60 self.build_complex(text)61 def build_complex(self, text):62 sub_strs = get_substrs_by_or(text)63 if len(sub_strs) > 1:64 new_end = NFA_Node()65 for s in sub_strs:66 sub_automata = Thompson_AutoMata()67 sub_automata.build_complex(s)68 self.end.eps_set.add(sub_automata.start)69 sub_automata.end.eps_set.add(new_end)70 self.end = new_end71 else:72 self.build_single(sub_strs[0])73 def print_graph(self):74 q = []75 tabu = set()76 q.append(self.start)77 tabu.add(self.start)78 while len(q) != 0:79 #print(q[0].index)80 tmp = q[0]81 q = q[1:]82 for k, v in tmp.edges.iteritems():83 if v in tabu:84 continue85 tabu.add(v)86 q.append(v)87 for v in tmp.eps_set:88 if v in tabu:89 continue90 tabu.add(v)91 q.append(v)92 # the regex @depth 0 is a not with | rule93 def build_single(self, text):94 right = -195 if len(text) == 0: # null str, eps trans96 return97 if text[0] == '(':98 right = get_match_right_bra(text, 0)99 assert right != -1, 'scan fail @substr %s' % (text,)100 am = Thompson_AutoMata()101 # do not build text[now : right + 1], it leads to a left recurs102 am.build_complex(text[1: right])103 # (...)*104 if right + 1 < len(text) and text[right + 1] == '*':105 self.start.eps_set.add(am.start)106 am.end.eps_set.add(self.end)107 am.end.eps_set.add(am.start)108 right = right + 2109 # ()(...)110 else:111 self.end.eps_set.add(am.start)112 self.end = am.end113 right += 1114 else:115 am = Thompson_AutoMata()116 am.unaccept_eps()117 if text[0] == '\\':118 am.start.edges[text[1]] = am.end119 else:120 am.start.edges[text[0]] = am.end121 self.end.eps_set.add(am.start)122 self.end = am.end123 if text[0] == '\\':124 right = 2125 else:126 right = 1127 am1 = Thompson_AutoMata()128 am1.build_complex(text[right:])129 # use an eps trans to merge the end state of cur automata \130 # and the begin state of new automata131 self.end.eps_set.add(am1.start)132 self.end = am1.end133if __name__ == '__main__':134 test_str = ''135 a = Thompson_AutoMata()136 a.build(test_str)...
fun3d_aim.py
Source:fun3d_aim.py
...56 @fluid_solver_settings.setter57 def fluid_solver_settings(self, new_settings:FluidSolverSettings):58 self._fluid_solver_settings = new_settings59 @property60 def build_complex(self) -> bool:61 return self._build_complex62 @build_complex.setter63 def build_complex(self, new_bool:bool):64 self._build_complex = new_bool65 if new_bool is True:66 self._print_perturb = True67 @property68 def analysis_type(self) -> str:69 return self._analysis_type70 @property71 def analysis_dir(self) -> str:72 return self.aim.analysisDir 73 @property74 def flow_directory(self) -> str:75 return os.path.join(self.analysis_dir, "Flow")76 @property77 def adjoint_directory(self) -> str:...
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