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from_swrl.asp
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#script (lua)
function matches(s, pattern)
ss = s.string
if ss == nil then
ss = s.name
end
if ss:match(pattern.string) ~= nil then
return 1
else
return 0
end
end
#end.
% Rule: Incr_index [correct & helper]
t(B, index, IB):-
t(A, next_act, B), t(A, index, IA), IB = IA + 1.
% Rule: DepthIncr_rule_s6 [correct & helper]
t(A, parent_of, B):-
t(A, type, act_begin), t(A, next_act, B), t(B, type, act_begin).
% Rule: student_DepthIncr_rule_s6 [helper & mistake]
t(A, student_parent_of, B):-
t(A, type, act_begin), t(A, student_next, B), t(B, type, act_begin).
% Rule: DepthSame_b-e_rule_s7 [correct & helper]
t(P, parent_of, B):-
t(A, type, act_begin), t(A, next_act, B), t(B, type, act_end),
t(P, parent_of, A).
t(A, corresponding_end, B):-
t(A, type, act_begin), t(A, next_act, B), t(B, type, act_end),
t(P, parent_of, A).
% Rule: student_DepthSame_b-e_rule_s7 [helper & mistake]
t(P, student_parent_of, B):-
t(A, type, act_begin), t(A, student_next, B), t(B, type, act_end),
t(P, student_parent_of, A).
t(A, student_corresponding_end, B):-
t(A, type, act_begin), t(A, student_next, B), t(B, type, act_end),
t(P, student_parent_of, A).
% Rule: DepthSame_e-b_rule_s8 [correct & helper]
t(P, parent_of, B):-
t(A, type, act_end), t(A, next_act, B), t(B, type, act_begin),
t(P, parent_of, A).
% Rule: student_DepthSame_e-b_rule_s8 [helper & mistake]
t(P, student_parent_of, B):-
t(A, type, act_end), t(A, student_next, B), t(B, type, act_begin),
t(P, student_parent_of, A).
% Rule: DepthDecr_rule_s9 [correct & helper]
t(P, corresponding_end, B):-
t(A, type, act_end), t(A, next_act, B), t(B, type, act_end),
t(P, parent_of, A).
% Rule: student_DepthDecr_rule_s9 [helper & mistake]
t(P, student_corresponding_end, B):-
t(A, type, act_end), t(A, student_next, B), t(B, type, act_end),
t(P, student_parent_of, A).
% Rule: SameParentOfCorrActs_rule_s10 [correct & helper]
t(P, parent_of, B):-
t(A, corresponding_end, B), t(P, parent_of, A).
% Rule: student_SameParentOfCorrActs_rule_s10 [helper & mistake]
t(P, student_parent_of, B):-
t(A, corresponding_end, B), t(P, student_parent_of, A).
% Rule: Earliest_after_act_is_previous_correct_sibling [correct & helper]
t(S, after_act, A):-
t(A, type, correct_act),
t(A, next_sibling, S).
% Rule: Propagate_after_act [correct & helper]
t(S, after_act, B):-
t(S, after_act, A),
t(A, next_act, B),
t(B, id, IB),
t(S, id, IS),
IB != IS.
% Rule: start__to__MainFunctionBegin__rule_g3 [correct & entry & function]
t(B, type, normal_flow_correct_act):-
t(A, type, trace),
t(A, executes, ALG),
t(ALG, entry_point, FUNC_),
t(FUNC_, type, func),
t(B, type, act_begin),
t(A, next_sibling, B),
t(B, executes, FUNC_).
t(A, next_act, B):-
t(A, type, trace),
t(A, executes, ALG),
t(ALG, entry_point, FUNC_),
t(FUNC_, type, func),
t(B, type, act_begin),
t(A, next_sibling, B),
t(B, executes, FUNC_).
t(B, type, functionBegin):-
t(A, type, trace),
t(A, executes, ALG),
t(ALG, entry_point, FUNC_),
t(FUNC_, type, func),
t(B, type, act_begin),
t(A, next_sibling, B),
t(B, executes, FUNC_).
% Rule: start__to__GlobalCode__rule_g4 [correct & entry & sequence]
t(B, type, normal_flow_correct_act):-
t(A, type, trace),
t(A, executes, ALG),
t(ALG, entry_point, GC),
t(GC, type, sequence),
t(B, type, act_begin),
t(A, next_sibling, B),
t(B, executes, GC).
t(A, next_act, B):-
t(A, type, trace),
t(A, executes, ALG),
t(ALG, entry_point, GC),
t(GC, type, sequence),
t(B, type, act_begin),
t(A, next_sibling, B),
t(B, executes, GC).
t(B, type, globalCodeBegin):-
t(A, type, trace),
t(A, executes, ALG),
t(ALG, entry_point, GC),
t(GC, type, sequence),
t(B, type, act_begin),
t(A, next_sibling, B),
t(B, executes, GC).
% Rule: connect_FunctionBodyBegin_rule_g5 [correct & function]
t(B, type, normal_flow_correct_act):-
t(A, type, normal_flow_correct_act),
t(A, type, act_begin),
t(FUNC_, type, func),
t(A, executes, FUNC_),
t(FUNC_, body, ST),
t(B, type, act_begin),
t(B, executes, ST),
t(B, after_act, A).
t(A, next_act, B):-
t(A, type, normal_flow_correct_act),
t(A, type, act_begin),
t(FUNC_, type, func),
t(A, executes, FUNC_),
t(FUNC_, body, ST),
t(B, type, act_begin),
t(B, executes, ST),
t(B, after_act, A).
t(B, type, functionBodyBegin):-
t(A, type, normal_flow_correct_act),
t(A, type, act_begin),
t(FUNC_, type, func),
t(A, executes, FUNC_),
t(FUNC_, body, ST),
t(B, type, act_begin),
t(B, executes, ST),
t(B, after_act, A).
% Rule: connect_FuncBodyEnd_rule_g5-2 [correct & function]
t(B, type, normal_flow_correct_act):-
t(A, type, normal_flow_correct_act),
t(A, type, act_end),
t(FUNC_, type, func),
t(FUNC_, body, ST),
t(A, executes, ST),
t(B, type, act_end),
t(B, executes, FUNC_),
t(B, after_act, A).
t(A, next_act, B):-
t(A, type, normal_flow_correct_act),
t(A, type, act_end),
t(FUNC_, type, func),
t(FUNC_, body, ST),
t(A, executes, ST),
t(B, type, act_end),
t(B, executes, FUNC_),
t(B, after_act, A).
t(B, type, functionEnd):-
t(A, type, normal_flow_correct_act),
t(A, type, act_end),
t(FUNC_, type, func),
t(FUNC_, body, ST),
t(A, executes, ST),
t(B, type, act_end),
t(B, executes, FUNC_),
t(B, after_act, A).
% Rule: connect_SequenceBegin_rule_g2 [correct & sequence]
t(B, type, normal_flow_correct_act):-
t(A, type, normal_flow_correct_act),
t(A, type, act_begin),
t(BLOCK, type, sequence),
t(A, executes, BLOCK),
t(BLOCK, body_item, ST),
t(ST, type, first_item),
t(B, type, act_begin),
t(B, executes, ST),
t(B, after_act, A).
t(A, next_act, B):-
t(A, type, normal_flow_correct_act),
t(A, type, act_begin),
t(BLOCK, type, sequence),
t(A, executes, BLOCK),
t(BLOCK, body_item, ST),
t(ST, type, first_item),
t(B, type, act_begin),
t(B, executes, ST),
t(B, after_act, A).
t(B, type, sequenceBegin):-
t(A, type, normal_flow_correct_act),
t(A, type, act_begin),
t(BLOCK, type, sequence),
t(A, executes, BLOCK),
t(BLOCK, body_item, ST),
t(ST, type, first_item),
t(B, type, act_begin),
t(B, executes, ST),
t(B, after_act, A).
% Rule: connect_SequenceNext [correct & sequence]
t(B, type, normal_flow_correct_act):-
t(A, type, normal_flow_correct_act),
t(A, type, act_end),
t(P, parent_of, A),
t(BLOCK, type, sequence),
t(P, executes, BLOCK),
t(BLOCK, body_item, ST),
t(A, executes, ST),
t(ST, next, ST2),
t(B, type, act_begin),
t(B, executes, ST2),
t(B, after_act, A).
t(A, next_act, B):-
t(A, type, normal_flow_correct_act),
t(A, type, act_end),
t(P, parent_of, A),
t(BLOCK, type, sequence),
t(P, executes, BLOCK),
t(BLOCK, body_item, ST),
t(A, executes, ST),
t(ST, next, ST2),
t(B, type, act_begin),
t(B, executes, ST2),
t(B, after_act, A).
t(B, type, sequenceNext):-
t(A, type, normal_flow_correct_act),
t(A, type, act_end),
t(P, parent_of, A),
t(BLOCK, type, sequence),
t(P, executes, BLOCK),
t(BLOCK, body_item, ST),
t(A, executes, ST),
t(ST, next, ST2),
t(B, type, act_begin),
t(B, executes, ST2),
t(B, after_act, A).
% Rule: connect_StmtEnd [correct & sequence]
t(B, type, normal_flow_correct_act):-
t(A, type, normal_flow_correct_act),
t(A, type, act_begin),
t(ST, type, stmt),
t(A, executes, ST),
t(B, type, act_end),
t(B, executes, ST),
t(B, after_act, A),
t(A, exec_time, T), t(B, exec_time, Tmp_T),
T = Tmp_T.
t(A, next_act, B):-
t(A, type, normal_flow_correct_act),
t(A, type, act_begin),
t(ST, type, stmt),
t(A, executes, ST),
t(B, type, act_end),
t(B, executes, ST),
t(B, after_act, A),
t(A, exec_time, T), t(B, exec_time, Tmp_T),
T = Tmp_T.
t(B, type, stmtEnd):-
t(A, type, normal_flow_correct_act),
t(A, type, act_begin),
t(ST, type, stmt),
t(A, executes, ST),
t(B, type, act_end),
t(B, executes, ST),
t(B, after_act, A),
t(A, exec_time, T), t(B, exec_time, Tmp_T),
T = Tmp_T.
% Rule: connect_ExprEnd [correct & sequence]
t(B, type, normal_flow_correct_act):-
t(A, type, normal_flow_correct_act),
t(A, type, act_begin),
t(ST, type, expr),
t(A, executes, ST),
t(B, type, act_end),
t(B, executes, ST),
t(B, after_act, A),
t(A, exec_time, T), t(B, exec_time, Tmp_T),
T = Tmp_T.
t(A, next_act, B):-
t(A, type, normal_flow_correct_act),
t(A, type, act_begin),
t(ST, type, expr),
t(A, executes, ST),
t(B, type, act_end),
t(B, executes, ST),
t(B, after_act, A),
t(A, exec_time, T), t(B, exec_time, Tmp_T),
T = Tmp_T.
t(B, type, exprEnd):-
t(A, type, normal_flow_correct_act),
t(A, type, act_begin),
t(ST, type, expr),
t(A, executes, ST),
t(B, type, act_end),
t(B, executes, ST),
t(B, after_act, A),
t(A, exec_time, T), t(B, exec_time, Tmp_T),
T = Tmp_T.
% Rule: connect_SequenceEnd [correct & sequence]
t(B, type, normal_flow_correct_act):-
t(A, type, normal_flow_correct_act),
t(A, type, act_end),
t(A, executes, ST),
t(ST, type, last_item),
t(B, type, act_end),
t(P, parent_of, A),
t(P, executes, BLOCK),
t(B, executes, BLOCK),
t(BLOCK, body_item, ST),
t(B, after_act, A).
t(A, next_act, B):-
t(A, type, normal_flow_correct_act),
t(A, type, act_end),
t(A, executes, ST),
t(ST, type, last_item),
t(B, type, act_end),
t(P, parent_of, A),
t(P, executes, BLOCK),
t(B, executes, BLOCK),
t(BLOCK, body_item, ST),
t(B, after_act, A).
t(B, type, sequenceEnd):-
t(A, type, normal_flow_correct_act),
t(A, type, act_end),
t(A, executes, ST),
t(ST, type, last_item),
t(B, type, act_end),
t(P, parent_of, A),
t(P, executes, BLOCK),
t(B, executes, BLOCK),
t(BLOCK, body_item, ST),
t(B, after_act, A).
% Rule: connect_AltBegin [alternative & correct]
t(B, type, normal_flow_correct_act):-
t(A, type, normal_flow_correct_act),
t(A, type, act_begin),
t(ALT, type, alternative),
t(A, executes, ALT),
t(ALT, branches_item, BR),
t(BR, type, first_item),
t(BR, cond, CND),
t(B, type, act_begin),
t(B, executes, CND),
t(B, after_act, A).
t(A, next_act, B):-
t(A, type, normal_flow_correct_act),
t(A, type, act_begin),
t(ALT, type, alternative),
t(A, executes, ALT),
t(ALT, branches_item, BR),
t(BR, type, first_item),
t(BR, cond, CND),
t(B, type, act_begin),
t(B, executes, CND),
t(B, after_act, A).
t(B, type, altBegin):-
t(A, type, normal_flow_correct_act),
t(A, type, act_begin),
t(ALT, type, alternative),
t(A, executes, ALT),
t(ALT, branches_item, BR),
t(BR, type, first_item),
t(BR, cond, CND),
t(B, type, act_begin),
t(B, executes, CND),
t(B, after_act, A).
% Rule: connect_AltBranchBegin_CondTrue [alternative & correct]
t(B, type, normal_flow_correct_act):-
t(A, type, normal_flow_correct_act),
t(A, type, act_end),
t(CND, type, expr),
t(A, executes, CND),
t(A, expr_value, true),
t(BR, cond, CND),
t(BR, type, alt_branch),
t(B, type, act_begin),
t(B, executes, BR),
t(B, after_act, A).
t(A, next_act, B):-
t(A, type, normal_flow_correct_act),
t(A, type, act_end),
t(CND, type, expr),
t(A, executes, CND),
t(A, expr_value, true),
t(BR, cond, CND),
t(BR, type, alt_branch),
t(B, type, act_begin),
t(B, executes, BR),
t(B, after_act, A).
t(B, type, altBranchBegin):-
t(A, type, normal_flow_correct_act),
t(A, type, act_end),
t(CND, type, expr),
t(A, executes, CND),
t(A, expr_value, true),
t(BR, cond, CND),
t(BR, type, alt_branch),
t(B, type, act_begin),
t(B, executes, BR),
t(B, after_act, A).
% Rule: connect_NextAltCondition [alternative & correct]
t(B, type, normal_flow_correct_act):-
t(A, type, normal_flow_correct_act),
t(A, type, act_end),
t(CND, type, expr),
t(A, executes, CND),
t(A, expr_value, false),
t(BR, cond, CND),
t(BR, type, alt_branch),
t(BR, next, BR2),
t(BR2, cond, CND2),
t(B, type, act_begin),
t(B, executes, CND2),
t(B, after_act, A).
t(A, next_act, B):-
t(A, type, normal_flow_correct_act),
t(A, type, act_end),
t(CND, type, expr),
t(A, executes, CND),
t(A, expr_value, false),
t(BR, cond, CND),
t(BR, type, alt_branch),
t(BR, next, BR2),
t(BR2, cond, CND2),
t(B, type, act_begin),
t(B, executes, CND2),
t(B, after_act, A).
t(B, type, nextAltCondition):-
t(A, type, normal_flow_correct_act),
t(A, type, act_end),
t(CND, type, expr),
t(A, executes, CND),
t(A, expr_value, false),
t(BR, cond, CND),
t(BR, type, alt_branch),
t(BR, next, BR2),
t(BR2, cond, CND2),
t(B, type, act_begin),
t(B, executes, CND2),
t(B, after_act, A).
% Rule: connect_AltElseBranch [alternative & correct]
t(B, type, normal_flow_correct_act):-
t(A, type, normal_flow_correct_act),
t(A, type, act_end),
t(CND, type, expr),
t(A, executes, CND),
t(A, expr_value, false),
t(BR, cond, CND),
t(BR, type, alt_branch),
t(BR, next, BR2),
t(BR2, type, else),
t(B, type, act_begin),
t(B, executes, BR2),
t(B, after_act, A).
t(A, next_act, B):-
t(A, type, normal_flow_correct_act),
t(A, type, act_end),
t(CND, type, expr),
t(A, executes, CND),
t(A, expr_value, false),
t(BR, cond, CND),
t(BR, type, alt_branch),
t(BR, next, BR2),
t(BR2, type, else),
t(B, type, act_begin),
t(B, executes, BR2),
t(B, after_act, A).
t(B, type, altElseBranchBegin):-
t(A, type, normal_flow_correct_act),
t(A, type, act_end),
t(CND, type, expr),
t(A, executes, CND),
t(A, expr_value, false),
t(BR, cond, CND),
t(BR, type, alt_branch),
t(BR, next, BR2),
t(BR2, type, else),
t(B, type, act_begin),
t(B, executes, BR2),
t(B, after_act, A).
% Rule: connect_AltEndAllFalse [alternative & correct]
t(B, type, normal_flow_correct_act):-
t(A, type, normal_flow_correct_act),
t(A, type, act_end),
t(CND, type, expr),
t(A, executes, CND),
t(A, expr_value, false),
t(BR, cond, CND),
t(BR, type, alt_branch),
t(ALT, branches_item, BR),
t(BR, type, last_item),
t(ALT, type, alternative),
t(B, type, act_end),
t(B, executes, ALT),
t(B, after_act, A).
t(A, next_act, B):-
t(A, type, normal_flow_correct_act),
t(A, type, act_end),
t(CND, type, expr),
t(A, executes, CND),
t(A, expr_value, false),
t(BR, cond, CND),
t(BR, type, alt_branch),
t(ALT, branches_item, BR),
t(BR, type, last_item),
t(ALT, type, alternative),
t(B, type, act_end),
t(B, executes, ALT),
t(B, after_act, A).
t(B, type, altEndAllFalse):-
t(A, type, normal_flow_correct_act),
t(A, type, act_end),
t(CND, type, expr),
t(A, executes, CND),
t(A, expr_value, false),
t(BR, cond, CND),
t(BR, type, alt_branch),
t(ALT, branches_item, BR),
t(BR, type, last_item),
t(ALT, type, alternative),
t(B, type, act_end),
t(B, executes, ALT),
t(B, after_act, A).
% Rule: connect_AltEndAfterBranch [alternative & correct]
t(B, type, normal_flow_correct_act):-
t(A, type, normal_flow_correct_act),
t(A, type, act_end),
t(A, executes, BR),
t(ALT, branches_item, BR),
t(ALT, type, alternative),
t(B, type, act_end),
t(B, executes, ALT),
t(B, after_act, A).
t(A, next_act, B):-
t(A, type, normal_flow_correct_act),
t(A, type, act_end),
t(A, executes, BR),
t(ALT, branches_item, BR),
t(ALT, type, alternative),
t(B, type, act_end),
t(B, executes, ALT),
t(B, after_act, A).
t(B, type, altEndAfterBranch):-
t(A, type, normal_flow_correct_act),
t(A, type, act_end),
t(A, executes, BR),
t(ALT, branches_item, BR),
t(ALT, type, alternative),
t(B, type, act_end),
t(B, executes, ALT),
t(B, after_act, A).
% Rule: connect_LoopBegin-cond [correct & loop]
t(B, type, normal_flow_correct_act):-
t(A, type, normal_flow_correct_act),
t(A, type, act_begin),
t(LOOP, type, pre_conditional_loop),
t(A, executes, LOOP),
t(LOOP, cond, CND),
t(B, type, act_begin),
t(B, executes, CND),
t(B, after_act, A).
t(A, next_act, B):-
t(A, type, normal_flow_correct_act),
t(A, type, act_begin),
t(LOOP, type, pre_conditional_loop),
t(A, executes, LOOP),
t(LOOP, cond, CND),
t(B, type, act_begin),
t(B, executes, CND),
t(B, after_act, A).
t(B, type, preCondLoopBegin):-
t(A, type, normal_flow_correct_act),
t(A, type, act_begin),
t(LOOP, type, pre_conditional_loop),
t(A, executes, LOOP),
t(LOOP, cond, CND),
t(B, type, act_begin),
t(B, executes, CND),
t(B, after_act, A).
% Rule: connect_LoopBegin-body [correct & loop]
t(B, type, normal_flow_correct_act):-
t(A, type, normal_flow_correct_act),
t(A, type, act_begin),
t(LOOP, type, post_conditional_loop),
t(A, executes, LOOP),
t(LOOP, body, ST),
t(B, type, act_begin),
t(B, executes, ST),
t(B, after_act, A).
t(A, next_act, B):-
t(A, type, normal_flow_correct_act),
t(A, type, act_begin),
t(LOOP, type, post_conditional_loop),
t(A, executes, LOOP),
t(LOOP, body, ST),
t(B, type, act_begin),
t(B, executes, ST),
t(B, after_act, A).
t(B, type, postCondLoopBegin):-
t(A, type, normal_flow_correct_act),
t(A, type, act_begin),
t(LOOP, type, post_conditional_loop),
t(A, executes, LOOP),
t(LOOP, body, ST),
t(B, type, act_begin),
t(B, executes, ST),
t(B, after_act, A).
% Rule: connect_LoopCond1-BodyBegin [correct & loop]
t(B, type, normal_flow_correct_act):-
t(A, type, normal_flow_correct_act),
t(A, type, act_end),
t(LOOP, type, cond_then_body),
t(LOOP, cond, CND),
t(A, executes, CND),
t(A, expr_value, true),
t(LOOP, body, ST),
t(B, type, act_begin),
t(B, executes, ST),
t(B, after_act, A).
t(A, next_act, B):-
t(A, type, normal_flow_correct_act),
t(A, type, act_end),
t(LOOP, type, cond_then_body),
t(LOOP, cond, CND),
t(A, executes, CND),
t(A, expr_value, true),
t(LOOP, body, ST),
t(B, type, act_begin),
t(B, executes, ST),
t(B, after_act, A).
t(B, type, iterationBeginOnTrueCond):-
t(A, type, normal_flow_correct_act),
t(A, type, act_end),
t(LOOP, type, cond_then_body),
t(LOOP, cond, CND),
t(A, executes, CND),
t(A, expr_value, true),
t(LOOP, body, ST),
t(B, type, act_begin),
t(B, executes, ST),
t(B, after_act, A).
% Rule: connect_LoopCond0-body [correct & loop]
t(B, type, normal_flow_correct_act):-
t(A, type, normal_flow_correct_act),
t(A, type, act_end),
t(LOOP, type, inverse_conditional_loop),
t(LOOP, cond, CND),
t(A, executes, CND),
t(A, expr_value, false),
t(LOOP, body, ST),
t(B, type, act_begin),
t(B, executes, ST),
t(B, after_act, A).
t(A, next_act, B):-
t(A, type, normal_flow_correct_act),
t(A, type, act_end),
t(LOOP, type, inverse_conditional_loop),
t(LOOP, cond, CND),
t(A, executes, CND),
t(A, expr_value, false),
t(LOOP, body, ST),
t(B, type, act_begin),
t(B, executes, ST),
t(B, after_act, A).
t(B, type, iterationBeginOnFalseCond):-
t(A, type, normal_flow_correct_act),
t(A, type, act_end),
t(LOOP, type, inverse_conditional_loop),
t(LOOP, cond, CND),
t(A, executes, CND),
t(A, expr_value, false),
t(LOOP, body, ST),
t(B, type, act_begin),
t(B, executes, ST),
t(B, after_act, A).
% Rule: connect_LoopCond1-update [correct & loop]
t(B, type, normal_flow_correct_act):-
t(A, type, normal_flow_correct_act),
t(A, type, act_end),
t(LOOP, type, pre_update_loop),
t(LOOP, cond, CND),
t(A, executes, CND),
t(A, expr_value, true),
t(LOOP, update, UPD),
t(B, type, act_begin),
t(B, executes, UPD),
t(B, after_act, A).
t(A, next_act, B):-
t(A, type, normal_flow_correct_act),
t(A, type, act_end),
t(LOOP, type, pre_update_loop),
t(LOOP, cond, CND),
t(A, executes, CND),
t(A, expr_value, true),
t(LOOP, update, UPD),
t(B, type, act_begin),
t(B, executes, UPD),
t(B, after_act, A).
t(B, type, loopUpdateOnTrueCond):-
t(A, type, normal_flow_correct_act),
t(A, type, act_end),
t(LOOP, type, pre_update_loop),
t(LOOP, cond, CND),
t(A, executes, CND),
t(A, expr_value, true),
t(LOOP, update, UPD),
t(B, type, act_begin),
t(B, executes, UPD),
t(B, after_act, A).
% Rule: connect_LoopUpdate-body [correct & loop]
t(B, type, normal_flow_correct_act):-
t(A, type, normal_flow_correct_act),
t(A, type, act_end),
t(LOOP, type, pre_update_loop),
t(LOOP, update, UPD),
t(A, executes, UPD),
t(LOOP, body, ST),
t(B, type, act_begin),
t(B, executes, ST),
t(B, after_act, A).
t(A, next_act, B):-
t(A, type, normal_flow_correct_act),
t(A, type, act_end),
t(LOOP, type, pre_update_loop),
t(LOOP, update, UPD),
t(A, executes, UPD),
t(LOOP, body, ST),
t(B, type, act_begin),
t(B, executes, ST),
t(B, after_act, A).
t(B, type, loopBodyAfterUpdate):-
t(A, type, normal_flow_correct_act),
t(A, type, act_end),
t(LOOP, type, pre_update_loop),
t(LOOP, update, UPD),
t(A, executes, UPD),
t(LOOP, body, ST),
t(B, type, act_begin),
t(B, executes, ST),
t(B, after_act, A).
% Rule: connect_LoopCond0-LoopEnd [correct & loop]
t(B, type, normal_flow_correct_act):-
t(A, type, normal_flow_correct_act),
t(A, type, act_end),
t(LOOP, type, conditional_loop),
t(LOOP, cond, CND),
t(A, executes, CND),
t(A, expr_value, false),
t(B, type, act_end),
t(B, executes, LOOP),
t(B, after_act, A).
t(A, next_act, B):-
t(A, type, normal_flow_correct_act),
t(A, type, act_end),
t(LOOP, type, conditional_loop),
t(LOOP, cond, CND),