def get_nxt_trace(it): line = it[3].readline() tr = None p = None while line: tr, p, on = xes_import_traces.r(tr, p, it[0], line, {}) it[0] = on if tr is not None: return tr line = it[3].readline() it[3].close() return None
def get_nxt_trace(it): line = get_line(it[3]) tr = None p = None while line: tr, p, on = xes_import_traces.r(tr, p, it[0], line, it[1]) it[0] = on if tr is not None: tr = tuple(tr) return tr line = get_line(it[3]) it[3].close() return None
def get_nxt_unq_trace(it): line = it[3].readline() tr = None p = None while line: tr, p, on = xes_import_traces.r(tr, p, it[0], line, it[1]) it[0] = on if tr is not None and not tr[1] in it[2]: it[2].add(tr[1]) return tr line = it[3].readline() it[3].close() return None
def imp_variants_from_file(file_path): tr = None p = None vv = {} on = 0 d = {} F = open(file_path, "r") line = get_line(F) while line: tr, p, on = xes_import_traces.r(tr, p, on, line, d) if tr is not None: if tr[1] not in vv: vv[tr[1]] = 0 vv[tr[1]] = vv[tr[1]] + 1 line = get_line(F) F.close() return vv
def imp_dfg_file_sten(file_path): dfg = [[], dict(), set(), set(), dict()] tr = None p = None on = 0 d = {} F = open(file_path, "r") line = get_line(F) while line: tr, p, on = xes_import_traces.r(tr, p, on, line, d) if tr is not None: dfg = xes_import_traces.udf_sten(dfg, tr[1]) line = get_line(F) F.close() dfg[0] = tuple(dfg[0]) dfg[2] = tuple(dfg[2]) dfg[3] = tuple(dfg[3]) return dfg
def imp_list_traces_from_file(file_path): list_traces = [] tr = None p = None on = 0 d = {} vv = {} F = open(file_path, "r") line = get_line(F) while line: tr, p, on = xes_import_traces.r(tr, p, on, line, d) if tr is not None: if tr[1] not in vv: vv[tr[1]] = tr[1] tr[1] = vv[tr[1]] list_traces.append(tuple(tr)) line = get_line(F) F.close() return list_traces