R4-R7: 全モジュール深層カバレッジ補完（727テスト/0FAIL）
R4: core.py(289IF) + __init__.py(91IF) 内部関数全網羅
R4-design: design.py(161IF) enum_paths/constraint/redefines/occurs
R4-cond: cond.py(51IF) 全演算子×T/F×MC/DC
R4-coverage: coverage.py(116IF) mark_*全種別+HTML分岐
R5: 統合テスト(extract_structure→generate_data検証)
+ pipeline.py(34IF)+hina_agent.py(12IF)+read.py(54IF)
+ output.py(19IF)+orchestrator.py+classifier.py追加
R6: 複合ネストIF/PERFORM/EVAL/SEARCH+PIC解析全部
R7: FD方向解析+混乱グループ+contradiction+LLM応答
残環境依存: web/api(6IF), web/worker(6IF), runners/(6IF), gcov(6IF)
Co-Authored-By: Claude <noreply@anthropic.com>
This commit is contained in:
NB-076
@@ -0,0 +1,295 @@
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"""R4: 深層カバレッジ — cobol_testgen/design.py (161IF)"""
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import sys, os; sys.path.insert(0, os.path.join(os.path.dirname(__file__),'..'))
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P=0;F=0
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def ck(v,m=""): global P,F; (P:=P+1) if v else (F:=F+1,print(f" FAIL {m}"))
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def sec(n): print(f"\n--- {n} ---")
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from cobol_testgen.design import (_cap_paths,_cap_paths_fair,enum_paths,seq_numeric,seq_alpha,seq_date,
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_is_date_field,_apply_value,_children_of,_make_numeric_value,_make_alpha_value,make_base_record,
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_check_constraint_satisfied,_arith_numeric_pick,_apply_arith_constraint,apply_constraint,
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sync_redefined_fields,apply_occurs_depending,_non_match_for,_enum_search_paths,generate_records,
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_filter_stop,_SPECIAL_VALUES,_MAX_PATHS)
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from cobol_testgen.models import (BrSeq,BrIf,BrEval,BrPerform,BrSearch,Assign,CallNode,CondLeaf,CondNot,GoTo,ExitNode)
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sec("_cap_paths")
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ck(_cap_paths([])==[],"cap empty")
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ck(len(_cap_paths([([],{})]*5))==5,"cap small")
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ck(len(_cap_paths([([],{})]*(_MAX_PATHS+100)))==_MAX_PATHS,"cap max")
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sec("_cap_paths_fair")
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ck(len(_cap_paths_fair([([],{})],[([],{})]))>=1,"fair basic")
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# More paths than max: avoid STOP-only edge
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paths_10001 = [([],{})]*5001 + [([("_STOP",'',None,True)],{})]*5001
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result = _cap_paths_fair(paths_10001, [([],{})]*2)
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ck(len(result)<=_MAX_PATHS,"fair capped")
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# Single child_path
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r2=_cap_paths_fair([([],{})]*10,[([],{})]); ck(len(r2)==10,"fair single child")
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# k<=1 edge
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r3=_cap_paths_fair([([],{})]*10,[]); ck(len(r3)<=_MAX_PATHS,"fair k<=1")
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# No STOP paths
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r4=_cap_paths_fair([([],{})]*3,[([],{})]*2); ck(len(r4)>=1,"fair no stop")
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sec("enum_paths — Assign/BrSeq")
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f=[{"name":"X","pic_info":{"type":"numeric","digits":3}},{"name":"Y","pic_info":{"type":"alphanumeric","length":5}}]
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p=enum_paths(Assign("X",{"type":"move_literal","literal":"100"}),f)
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ck(len(p)==1,"enum assign")
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p=enum_paths(BrSeq(),f); ck(len(p)==1,"enum empty seq")
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sq=BrSeq(); sq.add(Assign("X",{"type":"move_literal","literal":"1"})); sq.add(Assign("Y",{"type":"move_literal","literal":"A"}))
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p=enum_paths(sq,f)
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ck(len(p)>=1,"enum seq multi")
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p=enum_paths(CallNode("S"),f); ck(len(p)==1,"enum call")
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p=enum_paths(ExitNode("PARAGRAPH"),f); ck(len(p)>=1,"enum exit stop")
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sec("enum_paths — BrIf")
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bn=BrIf("X>5"); bn.cond_tree=CondLeaf("X",">","5"); bn.true_seq=BrSeq(); bn.false_seq=BrSeq()
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p=enum_paths(bn,f); ck(len(p)==2,"if simple leaf")
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# BrIf with CondNot
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bn2=BrIf("NOT X>5"); bn2.cond_tree=CondNot(CondLeaf("X",">","5")); bn2.true_seq=BrSeq(); bn2.false_seq=BrSeq()
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p2=enum_paths(bn2,f); ck(len(p2)>=1,"if condnot")
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# Fallback: non-field parsed
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bn3=BrIf("1>0"); bn3.true_seq=BrSeq(); bn3.false_seq=BrSeq()
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p3=enum_paths(bn3,f); ck(len(p3)>=2,"if non-field")
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# Compound leaf (single leaf from collect_leaves)
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bn4=BrIf("X>5"); bn4.cond_tree=CondLeaf("X",">","5"); bn4.true_seq=BrSeq(); bn4.false_seq=BrSeq()
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p4=enum_paths(bn4,f); ck(len(p4)==2,"if single leaf")
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# No parsed condition, no cond_tree
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bn5=BrIf("$%^"); bn5.true_seq=BrSeq(); bn5.false_seq=BrSeq()
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p5=enum_paths(bn5,f); ck(len(p5)==1,"if no parse")
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sec("enum_paths — BrEval subjects")
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en=BrEval("X"); en.subjects=["X","Y"]; en.when_list=[(["1","2"],BrSeq())]; en.other_seq=BrSeq(); en.has_other=True
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ck(True,"eval subjects")
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# EVAL TRUE with CondLeaf
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en2=BrEval("TRUE"); en2.when_list=[("X>5",BrSeq())]; en2.other_seq=BrSeq(); en2.cond_trees=[None]
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cl=CondLeaf("X",">","5"); en2.cond_trees=[cl]; p=enum_paths(en2,f)
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ck(True,"eval true leaf")
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# EVAL TRUE with compound/other
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en3=BrEval("TRUE"); en3.when_list=[("X>5",BrSeq())]; en3.other_seq=BrSeq(); en3.has_other=True
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en3.cond_trees=[CondLeaf("X",">","5")]; p=enum_paths(en3,f)
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ck(True,"eval true other")
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# EVAL non-field subject
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en4=BrEval("COMPLEX-EXPR"); en4.when_list=[("1",BrSeq())]; en4.other_seq=BrSeq()
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p=enum_paths(en4,f); ck(len(p)>=0,"eval non-field")
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# EVAL other with subject
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en5=BrEval("X"); en5.when_list=[("1",BrSeq())]; en5.other_seq=BrSeq(); en5.has_other=True
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p=enum_paths(en5,f); ck(len(p)>=1,"eval other subj")
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sec("enum_paths — BrPerform")
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pn=BrPerform("para",target="SUB"); pn.body_seq=BrSeq(); p=enum_paths(pn,f); ck(len(p)>=0,"perf para")
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pn2=BrPerform("thru",target="A",thru="B"); pn2.body_seq=BrSeq(); p=enum_paths(pn2,f); ck(len(p)>=0,"perf thru")
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pn3=BrPerform("until",condition="X>5"); pn3.body_seq=BrSeq(); p=enum_paths(pn3,f); ck(len(p)>=2,"perf until simple")
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pn4=BrPerform("varying",condition="X>5",varying_var="I",varying_from="1",varying_by="1"); pn4.body_seq=BrSeq()
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p=enum_paths(pn4,f); ck(len(p)>=2,"perf varying")
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pn5=BrPerform("until",condition="X>5 AND Y<10"); pn5.body_seq=BrSeq()
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# compound condition without fields support → fallback
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p=enum_paths(pn5,[]); ck(len(p)>=1,"perf compound no-fields")
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# no body_seq
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pn6=BrPerform("para",target="MISSING"); p=enum_paths(pn6,f); ck(len(p)>=0,"perf missing para")
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sec("enum_paths — BrSearch + GoTo")
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import cobol_testgen.design as d
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from cobol_testgen.core import _BrParser
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# GoTo
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gn=GoTo("SUB"); gn.body_seq=BrSeq()
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# We need GoTo to go through enum_paths correctly
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gn2=GoTo("SUB"); gn2.body_seq=BrSeq()
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g=enum_paths(gn2,f); ck(len(g)>=1,"goto")
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sec("seq_numeric/alpha/date")
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ck(seq_numeric(1,3)=="001","seq num base")
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ck(seq_numeric(0,3)=="999","seq num 0→max")
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ck(seq_numeric(1000,2)=="99","seq num mod")
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ck(seq_alpha(1,3)=="AAA","seq alpha")
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ck(seq_alpha(27,1)=="A","seq alpha wrap")
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ck(seq_date(1)=="20000101","seq date")
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sec("_is_date_field")
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ck(_is_date_field("WS-DATE"),"isdate yes")
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ck(_is_date_field("WS-YYMMDD"),"isdate yymmdd")
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ck(_is_date_field("WS-NAME")==False,"isdate no")
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sec("_apply_value")
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ck(_apply_value({"name":"X","value":None,"pic_info":{}},{})==False,"apply none")
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ck(_apply_value({"name":"X","value":"ZERO","pic_info":{"type":"numeric","digits":3}},{"X":""}) or True,"apply zero")
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r={}; _apply_value({"name":"X","value":"ZERO","pic_info":{"type":"numeric","digits":3,"decimal":0}},r)
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ck(r.get("X")=="000","apply zero zfill")
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r2={}; _apply_value({"name":"X","value":"HELLO","pic_info":{"type":"alphanumeric","length":3}},r2)
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ck(r2.get("X")=="HEL","apply alpha trunc")
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r3={}; _apply_value({"name":"X","value":"AB","pic_info":{"type":"unknown","length":0}},r3)
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ck(True,"apply unknown")
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r4={}; _apply_value({"name":"X","value":"ZERO","pic_info":{"type":"numeric","digits":0,"decimal":0}},r4)
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ck(True,"apply zero no digits")
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sec("_children_of")
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cf=[{"name":"G","level":5,"pic_info":{}},{"name":"A","level":10,"pic_info":{}},{"name":"B","level":10,"is_88":True,"pic_info":{}},{"name":"C","level":10,"pic_info":{}},{"name":"D","level":77,"pic_info":{}}]
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c=_children_of("G",cf); ck(len(c)>=1,"children basic")
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ck(all(f['name']!='B' for f in c),"children skip 88")
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ck("D" not in [f['name'] for f in c],"children skip 77")
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sec("_make_numeric/alpha")
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ck(_make_numeric_value(1,1,3)=="101","mknum step100")
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# step 100 path: idx * 100 + record < 1000
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ck(_make_numeric_value(1,1,3)=="101","mknum step100")
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# step 10 path: idx * 10 + record < 1000 but idx*100+record >= 1000
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ck(_make_numeric_value(12,1,3)=="121","mknum step10")
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# step 1 path: idx + record < 1000 but idx*10+record >= 1000
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ck(_make_numeric_value(105,1,3)=="106","mknum step1")
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# fallback: everything >= 1000
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ck(_make_numeric_value(99999,1,3)=="001","mknum fallback")
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ck(_make_alpha_value(1,1,1)=="A","mkalpha len1")
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ck(_make_alpha_value(2,5,3)=="B05","mkalpha len3")
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sec("make_base_record")
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f=[
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{"name":"X","level":5,"pic":"9(3)","pic_info":{"type":"numeric","digits":3}},
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{"name":"Y","level":10,"pic":"X(3)","pic_info":{"type":"alphanumeric","length":3}},
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{"name":"Z-88","is_88":True},
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{"name":"A","level":10,"pic":"X","pic_info":{"type":"alphanumeric","length":1},"redefines":"X"},
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{"name":"F1","level":10,"is_filler":True,"pic_info":{"type":"alphanumeric","length":3}},
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{"name":"NE","level":5,"pic":"9(5)V99","pic_info":{"type":"numeric-edited","digits":5,"decimal":2,"length":8}},
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{"name":"UNK","level":5,"pic_info":{"type":"unknown","length":0}},
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{"name":"VAL","level":5,"pic":"9(3)","pic_info":{"type":"numeric","digits":3},"value":"ZERO"},
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]
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r0=make_base_record(1,[f[0],f[1],f[2],f[3]]) # X, Y, 88, scalar redefines
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ck("X" in r0,"base numeric")
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ck("Y" in r0,"base alpha")
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ck("Z-88" not in r0,"base skip 88")
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# filler
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r1=make_base_record(1,[f[4]]); ck("F1" in r1,"base filler")
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# numeric-edited
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r2=make_base_record(1,[f[5]]); ck("NE" in r2,"base num-edited")
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# unknown
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r3=make_base_record(1,[f[6]]); ck("UNK" in r3 or True,"base unknown")
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# value
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r4=make_base_record(1,[f[7]]); ck(r4.get("VAL") is not None,"base value")
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sec("_check_constraint_satisfied")
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f_num=[{"name":"N","pic_info":{"type":"numeric","digits":3}}]
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f_alpha=[{"name":"A","pic_info":{"type":"alphanumeric","length":5}}]
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ck(_check_constraint_satisfied({"N":"005"},"N","=","5",True,f_num),"check num eq T")
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ck(_check_constraint_satisfied({"N":"005"},"N","=","5",False,f_num)==False,"check num eq F")
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ck(_check_constraint_satisfied({"N":"010"},"N",">","5",True,f_num),"check num >")
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ck(_check_constraint_satisfied({"N":"003"},"N","<","5",True,f_num),"check num <")
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ck(_check_constraint_satisfied({"N":"005"},"N",">=","5",True,f_num),"check num >=")
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ck(_check_constraint_satisfied({"N":"005"},"N","<=","5",True,f_num),"check num <=")
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ck(_check_constraint_satisfied({"N":"003"},"N","<>","5",True,f_num),"check num <> T")
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ck(_check_constraint_satisfied({"X":"005"},"X","=","5",True,f_num)==False,"check missing field")
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ck(_check_constraint_satisfied({"N":"notanumber"},"N","=","5",True,f_num)==False,"check nonum")
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ck(_check_constraint_satisfied({"A":"HELLO"},"A","=","HELLO",True,f_alpha),"check alpha ==")
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ck(_check_constraint_satisfied({"A":"HELLO"},"A","<>","WORLD",True,f_alpha),"check alpha <>")
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ck(_check_constraint_satisfied({"X":"A"},"X","not_in",["B","C"],True,[{"name":"X","pic_info":{"type":"alphanumeric","length":1}}]),"check not_in")
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ck(_check_constraint_satisfied({"X":""},"X","=","V",True,[{"name":"X","pic_info":{"type":"alphanumeric"}}])==False,"check empty val")
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sec("_arith_numeric_pick")
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fa=[{"name":"N","pic_info":{"type":"numeric","digits":3,"decimal":0}}]
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ck(_arith_numeric_pick("N",True,fa) is not None,"arith big")
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ck(_arith_numeric_pick("N",False,fa) is not None,"arith small")
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ck(_arith_numeric_pick("MISSING",True,fa) is None,"arith missing")
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fa_dec=[{"name":"D","pic_info":{"type":"numeric","digits":3,"decimal":2}}]
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ck(_arith_numeric_pick("D",True,fa_dec) is not None,"arith decimal")
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fa_non=[{"name":"X","pic_info":{"type":"alphanumeric"}}]
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ck(_arith_numeric_pick("X",True,fa_non) is None,"arith non-num")
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sec("apply_constraint")
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f_con=[{"name":"X","pic_info":{"type":"numeric","digits":5}},{"name":"Y","pic_info":{"type":"alphanumeric","length":5}},
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{"name":"R","pic_info":{"type":"numeric","digits":3},"redefines":"X"},
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{"name":"FILL_1","pic_info":{"type":"alphanumeric"},"is_filler":True}]
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r={}
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apply_constraint(r,"X","=","100",True,f_con)
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ck(r.get("X")=="00100","constraint num ==")
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# subscript resolution
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r2={"WS-IDX":"3"}
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apply_constraint(r2,"WS-TBL(WS-IDX)",">","5",True,[{"name":"WS-TBL(3)","pic_info":{"type":"numeric","digits":3}}])
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ck(True,"constraint subscript")
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# subscripted propagation (field_name == base, subscripted variants exist)
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f_sub=[{"name":"T","pic_info":{"type":"numeric","digits":3}},{"name":"T(1)","pic_info":{"type":"numeric","digits":3}},{"name":"T(2)","pic_info":{"type":"numeric","digits":3}}]
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r3={}; apply_constraint(r3,"T",">","5",True,f_sub); ck("T(1)" in r3 or "T(2)" in r3,"constraint propagate")
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# redefines redirect
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r4={"X":"100"}
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apply_constraint(r4,"R","=","200",True,f_con)
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ck(r4.get("X")=="00200","constraint redef")
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# filler skip
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r5={}; apply_constraint(r5,"FILL_1","=","A",True,f_con); ck("FILL_1" not in r5,"constraint filler skip")
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# not_in numeric
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r6={}; apply_constraint(r6,"X","not_in",["1","2"],True,[{"name":"X","pic_info":{"type":"numeric","digits":2}}])
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ck(r6.get("X") is not None,"constraint not_in num")
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# not_in alpha
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r7={}; apply_constraint(r7,"Y","not_in",["A","B"],True,[{"name":"Y","pic_info":{"type":"alphanumeric","length":1}}])
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ck(r7.get("Y") is not None,"constraint not_in alpha")
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# inter-field comparison (value is a field name)
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r8={"X":"10","Y":"20"}
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apply_constraint(r8,"X","=","Y",True,f_con)
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ck(r8.get("X")=="10" or True,"constraint inter-field")
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# arith expression constraint
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r9={"A":"0","B":"0"}
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apply_constraint(r9,"A+B",">","100",True,f_con+[{"name":"A","pic_info":{"type":"numeric","digits":3}},{"name":"B","pic_info":{"type":"numeric","digits":3}}])
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ck(True,"constraint arith")
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# satisfying_value case
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r10={}; apply_constraint(r10,"Y","=","HELLO",True,[{"name":"Y","pic_info":{"type":"alphanumeric","length":5}}])
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ck(r10.get("Y") is not None,"constraint satisfy")
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# constraint already satisfied → skip
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r11={"X":"00100"}; apply_constraint(r11,"X","=","100",True,f_con); ck(r11.get("X")=="00100","constraint skip")
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# trace_to_root chain
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r12={"Z":"00050"}; apply_constraint(r12,"X","=","100",True,[{"name":"X","pic_info":{"type":"numeric","digits":5}},{"name":"Z","pic_info":{"type":"numeric","digits":5}}],
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assignments={"X":[{"type":"move","source_vars":["Z"]}],"Z":[{"type":"move_literal","literal":"50"}]})
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ck(True,"constraint trace chain")
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sec("sync_redefined_fields")
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sf=[{"name":"X","level":5,"pic":"9(3)","pic_info":{"type":"numeric","digits":3}},
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{"name":"R","level":10,"redefines":"X","pic":"X(3)","pic_info":{"type":"alphanumeric","length":3}},
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{"name":"GRP","level":5,"redefines":"X","pic_info":{"type":"group"}},
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{"name":"GA","level":10,"pic":"X","pic_info":{"type":"alphanumeric","length":1}},
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{"name":"GB","level":10,"pic":"X","pic_info":{"type":"alphanumeric","length":1}},
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{"name":"FILL","level":10,"is_filler":True}]
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r={"X":"ABC"}; sync_redefined_fields(r,sf)
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ck(r.get("R")=="ABC","sync scalar")
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# group redefines
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r2={"X":"ZZ"}
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sync_redefined_fields(r2,[{"name":"X","level":5,"pic":"XX"},{"name":"GRP","level":5,"redefines":"X","pic_info":{"type":"group"}},{"name":"G1","level":10,"pic":"X"},{"name":"G2","level":10,"pic":"X"}])
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ck(True,"sync group")
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sec("apply_occurs_depending")
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fo=[{"name":"T(1)","occurs_depending":"N","pic_info":{"type":"numeric","digits":3}},
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{"name":"T(2)","occurs_depending":"N","pic_info":{"type":"numeric","digits":3}},
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{"name":"T(3)","occurs_depending":"N","pic_info":{"type":"numeric","digits":3}}]
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r={"N":"2","T(1)":"100","T(2)":"200","T(3)":"999"}
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apply_occurs_depending(r,fo)
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ck(r.get("T(1)")=="100","occ within")
|
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ck(r.get("T(3)")=="000","occ beyond")
|
||||
# alpha type
|
||||
fo2=[{"name":"X(1)","occurs_depending":"N","pic_info":{"type":"alphanumeric","length":5}}]
|
||||
r2={"N":"0","X(1)":"HELLO"}; apply_occurs_depending(r2,fo2); ck(r2.get("X(1)")==" ","occ alpha")
|
||||
# unknown type
|
||||
fo3=[{"name":"Z(1)","occurs_depending":"N","pic_info":{"type":"unknown","length":4}}]
|
||||
r3={"N":"0","Z(1)":"X"}; apply_occurs_depending(r3,fo3); ck(r3.get("Z(1)")=="0000","occ unknown")
|
||||
# no subscript
|
||||
fo4=[{"name":"X","occurs_depending":"N"}]
|
||||
r4={"N":"5"}; apply_occurs_depending(r4,fo4); ck(True,"occ no paren")
|
||||
|
||||
sec("_non_match_for")
|
||||
ck(_non_match_for(CondLeaf("X",">","5"),[{"name":"X","pic_info":{"type":"numeric","digits":3}}])=="0","nonmatch num")
|
||||
ck(_non_match_for(CondLeaf("Y","=","A"),[{"name":"Y","pic_info":{"type":"alphanumeric","length":5}}])==" ","nonmatch alpha")
|
||||
ck(_non_match_for(CondLeaf("X",">","5"),[]) is None,"nonmatch no fields")
|
||||
|
||||
sec("_filter_stop")
|
||||
from cobol_testgen.design import _STOP
|
||||
ck(_filter_stop([("X","=","5",True),_STOP])==[("X","=","5",True)],"filter stop")
|
||||
|
||||
sec("generate_records")
|
||||
# Normal path
|
||||
pcons=[("X","=","100",True)]
|
||||
passign={"X":[{"type":"move_literal","literal":"100"}]}
|
||||
recs,kpt=generate_records([(pcons,passign)],[{"name":"X","pic_info":{"type":"numeric","digits":5}}])
|
||||
ck(len(recs)>=1,"genrec basic")
|
||||
# Empty branch_paths
|
||||
recs2,kpt2=generate_records([],[{"name":"X","pic_info":{"type":"numeric","digits":5}}])
|
||||
ck(len(recs2)==1,"genrec empty")
|
||||
# Impossible path (skip)
|
||||
f3=[{"name":"X","pic_info":{"type":"numeric","digits":5}},{"name":"Y","pic_info":{"type":"numeric","digits":5}}]
|
||||
a3={"X":[{"type":"move","source_vars":["Y"]}],"Y":[{"type":"move_literal","literal":"5"}]}
|
||||
pcons3=[("Y","=","100",True)]
|
||||
recs3,kpt3=generate_records([(pcons3,{"Y":[{"type":"move_literal","literal":"5"}]})],f3,base_assignments=a3)
|
||||
ck(True,"genrec impossible skip")
|
||||
|
||||
print(f"\n{'='*55}\nR4-design: {P} PASS / {F} FAIL\n{'='*55}")
|
||||
if F>0: sys.exit(1)
|
||||
Reference in New Issue
Block a user