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-rw-r--r--lib/stdlib/test/digraph_utils_SUITE.erl310
1 files changed, 155 insertions, 155 deletions
diff --git a/lib/stdlib/test/digraph_utils_SUITE.erl b/lib/stdlib/test/digraph_utils_SUITE.erl
index 743da8da1a..23520072f8 100644
--- a/lib/stdlib/test/digraph_utils_SUITE.erl
+++ b/lib/stdlib/test/digraph_utils_SUITE.erl
@@ -60,191 +60,191 @@ end_per_group(_GroupName, Config) ->
%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
simple(Config) when is_list(Config) ->
- ?line G = digraph:new(),
- ?line add_vertices(G, [a]),
- ?line add_edges(G, [{b,c},{b,d},{e,f},{f,g},{g,e},{h,h},{i,i},{i,j}]),
- ?line 10 = length(digraph_utils:postorder(G)),
- ?line 10 = length(digraph_utils:preorder(G)),
- ?line ok = evall(digraph_utils:components(G),
- [[a],[b,c,d],[e,f,g],[h],[i,j]]),
- ?line ok = evall(digraph_utils:strong_components(G),
+ G = digraph:new(),
+ add_vertices(G, [a]),
+ add_edges(G, [{b,c},{b,d},{e,f},{f,g},{g,e},{h,h},{i,i},{i,j}]),
+ 10 = length(digraph_utils:postorder(G)),
+ 10 = length(digraph_utils:preorder(G)),
+ ok = evall(digraph_utils:components(G),
+ [[a],[b,c,d],[e,f,g],[h],[i,j]]),
+ ok = evall(digraph_utils:strong_components(G),
[[a],[b],[c],[d],[e,f,g],[h],[i],[j]]),
- ?line ok = evall(digraph_utils:cyclic_strong_components(G),
- [[e,f,g],[h],[i]]),
- ?line true = path(G, e, e),
- ?line false = path(G, e, j),
- ?line false = path(G, a, a),
- ?line false = digraph_utils:topsort(G),
- ?line false = digraph_utils:is_acyclic(G),
- ?line ok = eval(digraph_utils:loop_vertices(G), [h,i]),
- ?line ok = eval(digraph_utils:reaching([e], G), [e,f,g]),
- ?line ok = eval(digraph_utils:reaching_neighbours([e], G), [e,f,g]),
- ?line ok = eval(digraph_utils:reachable([e], G), [e,f,g]),
- ?line ok = eval(digraph_utils:reachable_neighbours([e], G), [e,f,g]),
- ?line ok = eval(digraph_utils:reaching([b], G), [b]),
- ?line ok = eval(digraph_utils:reaching_neighbours([b], G), []),
- ?line ok = eval(digraph_utils:reachable([b], G), [b,c,d]),
- ?line ok = eval(digraph_utils:reachable_neighbours([b], G), [c,d]),
- ?line ok = eval(digraph_utils:reaching([h], G), [h]),
- ?line ok = eval(digraph_utils:reaching_neighbours([h], G), [h]),
- ?line ok = eval(digraph_utils:reachable([h], G), [h]),
- ?line ok = eval(digraph_utils:reachable_neighbours([h], G), [h]),
- ?line ok = eval(digraph_utils:reachable([e,f], G), [e,f,g]),
- ?line ok = eval(digraph_utils:reachable_neighbours([e,f], G), [e,f,g]),
- ?line ok = eval(digraph_utils:reachable([h,h,h], G), [h]),
- ?line true = digraph:delete(G),
+ ok = evall(digraph_utils:cyclic_strong_components(G),
+ [[e,f,g],[h],[i]]),
+ true = path(G, e, e),
+ false = path(G, e, j),
+ false = path(G, a, a),
+ false = digraph_utils:topsort(G),
+ false = digraph_utils:is_acyclic(G),
+ ok = eval(digraph_utils:loop_vertices(G), [h,i]),
+ ok = eval(digraph_utils:reaching([e], G), [e,f,g]),
+ ok = eval(digraph_utils:reaching_neighbours([e], G), [e,f,g]),
+ ok = eval(digraph_utils:reachable([e], G), [e,f,g]),
+ ok = eval(digraph_utils:reachable_neighbours([e], G), [e,f,g]),
+ ok = eval(digraph_utils:reaching([b], G), [b]),
+ ok = eval(digraph_utils:reaching_neighbours([b], G), []),
+ ok = eval(digraph_utils:reachable([b], G), [b,c,d]),
+ ok = eval(digraph_utils:reachable_neighbours([b], G), [c,d]),
+ ok = eval(digraph_utils:reaching([h], G), [h]),
+ ok = eval(digraph_utils:reaching_neighbours([h], G), [h]),
+ ok = eval(digraph_utils:reachable([h], G), [h]),
+ ok = eval(digraph_utils:reachable_neighbours([h], G), [h]),
+ ok = eval(digraph_utils:reachable([e,f], G), [e,f,g]),
+ ok = eval(digraph_utils:reachable_neighbours([e,f], G), [e,f,g]),
+ ok = eval(digraph_utils:reachable([h,h,h], G), [h]),
+ true = digraph:delete(G),
ok.
loop(Config) when is_list(Config) ->
- ?line G = digraph:new(),
- ?line add_vertices(G, [a,b]),
- ?line add_edges(G, [{a,a},{b,b}]),
- ?line ok = evall(digraph_utils:components(G), [[a],[b]]),
- ?line ok = evall(digraph_utils:strong_components(G), [[a],[b]]),
- ?line ok = evall(digraph_utils:cyclic_strong_components(G), [[a],[b]]),
- ?line [_,_] = digraph_utils:topsort(G),
- ?line false = digraph_utils:is_acyclic(G),
- ?line ok = eval(digraph_utils:loop_vertices(G), [a,b]),
- ?line [_,_] = digraph_utils:preorder(G),
- ?line [_,_] = digraph_utils:postorder(G),
- ?line ok = eval(digraph_utils:reaching([b], G), [b]),
- ?line ok = eval(digraph_utils:reaching_neighbours([b], G), [b]),
- ?line ok = eval(digraph_utils:reachable([b], G), [b]),
- ?line ok = eval(digraph_utils:reachable_neighbours([b], G), [b]),
- ?line true = path(G, a, a),
- ?line true = digraph:delete(G),
+ G = digraph:new(),
+ add_vertices(G, [a,b]),
+ add_edges(G, [{a,a},{b,b}]),
+ ok = evall(digraph_utils:components(G), [[a],[b]]),
+ ok = evall(digraph_utils:strong_components(G), [[a],[b]]),
+ ok = evall(digraph_utils:cyclic_strong_components(G), [[a],[b]]),
+ [_,_] = digraph_utils:topsort(G),
+ false = digraph_utils:is_acyclic(G),
+ ok = eval(digraph_utils:loop_vertices(G), [a,b]),
+ [_,_] = digraph_utils:preorder(G),
+ [_,_] = digraph_utils:postorder(G),
+ ok = eval(digraph_utils:reaching([b], G), [b]),
+ ok = eval(digraph_utils:reaching_neighbours([b], G), [b]),
+ ok = eval(digraph_utils:reachable([b], G), [b]),
+ ok = eval(digraph_utils:reachable_neighbours([b], G), [b]),
+ true = path(G, a, a),
+ true = digraph:delete(G),
ok.
isolated(Config) when is_list(Config) ->
- ?line G = digraph:new(),
- ?line add_vertices(G, [a,b]),
- ?line ok = evall(digraph_utils:components(G), [[a],[b]]),
- ?line ok = evall(digraph_utils:strong_components(G), [[a],[b]]),
- ?line ok = evall(digraph_utils:cyclic_strong_components(G), []),
- ?line [_,_] = digraph_utils:topsort(G),
- ?line true = digraph_utils:is_acyclic(G),
- ?line ok = eval(digraph_utils:loop_vertices(G), []),
- ?line [_,_] = digraph_utils:preorder(G),
- ?line [_,_] = digraph_utils:postorder(G),
- ?line ok = eval(digraph_utils:reaching([b], G), [b]),
- ?line ok = eval(digraph_utils:reaching_neighbours([b], G), []),
- ?line ok = eval(digraph_utils:reachable([b], G), [b]),
- ?line ok = eval(digraph_utils:reachable_neighbours([b], G), []),
- ?line false = path(G, a, a),
- ?line true = digraph:delete(G),
+ G = digraph:new(),
+ add_vertices(G, [a,b]),
+ ok = evall(digraph_utils:components(G), [[a],[b]]),
+ ok = evall(digraph_utils:strong_components(G), [[a],[b]]),
+ ok = evall(digraph_utils:cyclic_strong_components(G), []),
+ [_,_] = digraph_utils:topsort(G),
+ true = digraph_utils:is_acyclic(G),
+ ok = eval(digraph_utils:loop_vertices(G), []),
+ [_,_] = digraph_utils:preorder(G),
+ [_,_] = digraph_utils:postorder(G),
+ ok = eval(digraph_utils:reaching([b], G), [b]),
+ ok = eval(digraph_utils:reaching_neighbours([b], G), []),
+ ok = eval(digraph_utils:reachable([b], G), [b]),
+ ok = eval(digraph_utils:reachable_neighbours([b], G), []),
+ false = path(G, a, a),
+ true = digraph:delete(G),
ok.
topsort(Config) when is_list(Config) ->
- ?line G = digraph:new(),
- ?line add_edges(G, [{a,b},{b,c},{c,d},{d,e},{e,f}]),
- ?line ok = eval(digraph_utils:topsort(G), [a,b,c,d,e,f]),
- ?line true = digraph:delete(G),
+ G = digraph:new(),
+ add_edges(G, [{a,b},{b,c},{c,d},{d,e},{e,f}]),
+ ok = eval(digraph_utils:topsort(G), [a,b,c,d,e,f]),
+ true = digraph:delete(G),
ok.
subgraph(Config) when is_list(Config) ->
- ?line G = digraph:new([acyclic]),
- ?line add_edges(G, [{b,c},{b,d},{e,f},{f,fg,fgl,g},{f,fg2,fgl2,g},{g,e},
- {h,h},{i,i},{i,j}]),
- ?line add_vertices(G, [{b,bl},{f,fl}]),
- ?line SG = digraph_utils:subgraph(G, [u1,b,c,u2,f,g,i,u3]),
- ?line [b,c,f,g,i] = lists:sort(digraph:vertices(SG)),
- ?line {b,bl} = digraph:vertex(SG, b),
- ?line {c,[]} = digraph:vertex(SG, c),
- ?line {fg,f,g,fgl} = digraph:edge(SG, fg),
- ?line {fg2,f,g,fgl2} = digraph:edge(SG, fg2),
- ?line {_, {_, acyclic}} = lists:keysearch(cyclicity, 1, digraph:info(SG)),
- ?line true = digraph:delete(SG),
-
- ?line SG1 = digraph_utils:subgraph(G, [f, g, h],
- [{type, []}, {keep_labels, false}]),
- ?line [f,g,h] = lists:sort(digraph:vertices(SG1)),
- ?line {f,[]} = digraph:vertex(SG1, f),
- ?line {fg,f,g,[]} = digraph:edge(SG1, fg),
- ?line {_, {_, cyclic}} = lists:keysearch(cyclicity, 1, digraph:info(SG1)),
- ?line true = digraph:delete(SG1),
-
- ?line SG2 = digraph_utils:subgraph(G, [f, g, h],
- [{type, [acyclic]},
- {keep_labels, true}]),
- ?line [f,g,h] = lists:sort(digraph:vertices(SG2)),
- ?line {f,fl} = digraph:vertex(SG2, f),
- ?line {fg,f,g,fgl} = digraph:edge(SG2, fg),
- ?line {_, {_, acyclic}} = lists:keysearch(cyclicity, 1, digraph:info(SG2)),
- ?line true = digraph:delete(SG2),
-
- ?line {'EXIT',{badarg,_}} =
+ G = digraph:new([acyclic]),
+ add_edges(G, [{b,c},{b,d},{e,f},{f,fg,fgl,g},{f,fg2,fgl2,g},{g,e},
+ {h,h},{i,i},{i,j}]),
+ add_vertices(G, [{b,bl},{f,fl}]),
+ SG = digraph_utils:subgraph(G, [u1,b,c,u2,f,g,i,u3]),
+ [b,c,f,g,i] = lists:sort(digraph:vertices(SG)),
+ {b,bl} = digraph:vertex(SG, b),
+ {c,[]} = digraph:vertex(SG, c),
+ {fg,f,g,fgl} = digraph:edge(SG, fg),
+ {fg2,f,g,fgl2} = digraph:edge(SG, fg2),
+ {_, {_, acyclic}} = lists:keysearch(cyclicity, 1, digraph:info(SG)),
+ true = digraph:delete(SG),
+
+ SG1 = digraph_utils:subgraph(G, [f, g, h],
+ [{type, []}, {keep_labels, false}]),
+ [f,g,h] = lists:sort(digraph:vertices(SG1)),
+ {f,[]} = digraph:vertex(SG1, f),
+ {fg,f,g,[]} = digraph:edge(SG1, fg),
+ {_, {_, cyclic}} = lists:keysearch(cyclicity, 1, digraph:info(SG1)),
+ true = digraph:delete(SG1),
+
+ SG2 = digraph_utils:subgraph(G, [f, g, h],
+ [{type, [acyclic]},
+ {keep_labels, true}]),
+ [f,g,h] = lists:sort(digraph:vertices(SG2)),
+ {f,fl} = digraph:vertex(SG2, f),
+ {fg,f,g,fgl} = digraph:edge(SG2, fg),
+ {_, {_, acyclic}} = lists:keysearch(cyclicity, 1, digraph:info(SG2)),
+ true = digraph:delete(SG2),
+
+ {'EXIT',{badarg,_}} =
(catch digraph_utils:subgraph(G, [f], [{invalid, opt}])),
- ?line {'EXIT',{badarg,_}} =
+ {'EXIT',{badarg,_}} =
(catch digraph_utils:subgraph(G, [f], [{keep_labels, not_Bool}])),
- ?line {'EXIT',{badarg,_}} =
+ {'EXIT',{badarg,_}} =
(catch digraph_utils:subgraph(G, [f], [{type, not_type}])),
- ?line {'EXIT',{badarg,_}} =
+ {'EXIT',{badarg,_}} =
(catch digraph_utils:subgraph(G, [f], [{type, [not_type]}])),
- ?line {'EXIT',{badarg,_}} =
+ {'EXIT',{badarg,_}} =
(catch digraph_utils:subgraph(G, [f], not_a_list)),
- ?line true = digraph:delete(G),
+ true = digraph:delete(G),
ok.
condensation(Config) when is_list(Config) ->
- ?line G = digraph:new([]),
- ?line add_edges(G, [{b,c},{b,d},{e,f},{f,fg,fgl,g},{f,fg2,fgl2,g},{g,e},
- {h,h},{j,i},{i,j}]),
- ?line add_vertices(G, [q]),
- ?line CG = digraph_utils:condensation(G),
- ?line Vs = sort_2(digraph:vertices(CG)),
- ?line [[b],[c],[d],[e,f,g],[h],[i,j],[q]] = Vs,
- ?line Fun = fun(E) ->
- {_E, V1, V2, _L} = digraph:edge(CG, E),
- {lists:sort(V1), lists:sort(V2)}
- end,
- ?line Es = lists:map(Fun, digraph:edges(CG)),
- ?line [{[b],[c]},{[b],[d]}] = lists:sort(Es),
- ?line true = digraph:delete(CG),
- ?line true = digraph:delete(G),
+ G = digraph:new([]),
+ add_edges(G, [{b,c},{b,d},{e,f},{f,fg,fgl,g},{f,fg2,fgl2,g},{g,e},
+ {h,h},{j,i},{i,j}]),
+ add_vertices(G, [q]),
+ CG = digraph_utils:condensation(G),
+ Vs = sort_2(digraph:vertices(CG)),
+ [[b],[c],[d],[e,f,g],[h],[i,j],[q]] = Vs,
+ Fun = fun(E) ->
+ {_E, V1, V2, _L} = digraph:edge(CG, E),
+ {lists:sort(V1), lists:sort(V2)}
+ end,
+ Es = lists:map(Fun, digraph:edges(CG)),
+ [{[b],[c]},{[b],[d]}] = lists:sort(Es),
+ true = digraph:delete(CG),
+ true = digraph:delete(G),
ok.
%% OTP-7081
tree(Config) when is_list(Config) ->
- ?line false = is_tree([], []),
- ?line true = is_tree([a], []),
- ?line false = is_tree([a,b], []),
- ?line true = is_tree([{a,b}]),
- ?line false = is_tree([{a,b},{b,a}]),
- ?line true = is_tree([{a,b},{a,c},{b,d},{b,e}]),
- ?line false = is_tree([{a,b},{a,c},{b,d},{b,e}, {d,e}]),
- ?line false = is_tree([{a,b},{a,c},{b,d},{b,e}, {b,e}]),
- ?line true = is_tree([{a,c},{c,b}]),
- ?line true = is_tree([{b,a},{c,a}]),
+ false = is_tree([], []),
+ true = is_tree([a], []),
+ false = is_tree([a,b], []),
+ true = is_tree([{a,b}]),
+ false = is_tree([{a,b},{b,a}]),
+ true = is_tree([{a,b},{a,c},{b,d},{b,e}]),
+ false = is_tree([{a,b},{a,c},{b,d},{b,e}, {d,e}]),
+ false = is_tree([{a,b},{a,c},{b,d},{b,e}, {b,e}]),
+ true = is_tree([{a,c},{c,b}]),
+ true = is_tree([{b,a},{c,a}]),
%% Parallel edges. Acyclic and with one componets
%% (according to the digraph module).
- ?line false = is_tree([{a,b},{a,b}]),
-
- ?line no = arborescence_root([], []),
- ?line {yes, a} = arborescence_root([a], []),
- ?line no = arborescence_root([a,b], []),
- ?line {yes, a} = arborescence_root([{a,b}]),
- ?line no = arborescence_root([{a,b},{b,a}]),
- ?line {yes, a} = arborescence_root([{a,b},{a,c},{b,d},{b,e}]),
- ?line no = arborescence_root([{a,b},{a,c},{b,d},{b,e}, {d,e}]),
- ?line no = arborescence_root([{a,b},{a,c},{b,d},{b,e}, {b,e}]),
- ?line {yes, a} = arborescence_root([{a,c},{c,b}]),
- ?line no = arborescence_root([{b,a},{c,a}]),
-
- ?line false = is_arborescence([], []),
- ?line true = is_arborescence([a], []),
- ?line false = is_arborescence([a,b], []),
- ?line true = is_arborescence([{a,b}]),
- ?line false = is_arborescence([{a,b},{b,a}]),
- ?line true = is_arborescence([{a,b},{a,c},{b,d},{b,e}]),
- ?line false = is_arborescence([{a,b},{a,c},{b,d},{b,e}, {d,e}]),
- ?line false = is_arborescence([{a,b},{a,c},{b,d},{b,e}, {b,e}]),
- ?line true = is_arborescence([{a,c},{c,b}]),
- ?line false = is_arborescence([{b,a},{c,a}]),
+ false = is_tree([{a,b},{a,b}]),
+
+ no = arborescence_root([], []),
+ {yes, a} = arborescence_root([a], []),
+ no = arborescence_root([a,b], []),
+ {yes, a} = arborescence_root([{a,b}]),
+ no = arborescence_root([{a,b},{b,a}]),
+ {yes, a} = arborescence_root([{a,b},{a,c},{b,d},{b,e}]),
+ no = arborescence_root([{a,b},{a,c},{b,d},{b,e}, {d,e}]),
+ no = arborescence_root([{a,b},{a,c},{b,d},{b,e}, {b,e}]),
+ {yes, a} = arborescence_root([{a,c},{c,b}]),
+ no = arborescence_root([{b,a},{c,a}]),
+
+ false = is_arborescence([], []),
+ true = is_arborescence([a], []),
+ false = is_arborescence([a,b], []),
+ true = is_arborescence([{a,b}]),
+ false = is_arborescence([{a,b},{b,a}]),
+ true = is_arborescence([{a,b},{a,c},{b,d},{b,e}]),
+ false = is_arborescence([{a,b},{a,c},{b,d},{b,e}, {d,e}]),
+ false = is_arborescence([{a,b},{a,c},{b,d},{b,e}, {b,e}]),
+ true = is_arborescence([{a,c},{c,b}]),
+ false = is_arborescence([{b,a},{c,a}]),
%% Parallel edges.
- ?line false = is_arborescence([{a,b},{a,b}]),
+ false = is_arborescence([{a,b},{a,b}]),
ok.
@@ -312,7 +312,7 @@ eval(L, E) ->
evall(L, E) ->
F = fun(L1) -> lists:sort(L1) end,
Fun = fun(LL) -> F(lists:map(F, LL)) end,
-
+
Expected = Fun(E),
Got = Fun(L),
if