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virtual void | compute_edges_function_call (const goto_functionst &goto_functions, const goto_programt &goto_program, const goto_programt::instructiont &instruction, goto_programt::const_targett next_PC, typename cfg_baset< T, P, I >::entryt &entry) |
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virtual void | compute_edges_goto (const goto_programt &goto_program, const goto_programt::instructiont &instruction, goto_programt::const_targett next_PC, entryt &entry) |
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virtual void | compute_edges_catch (const goto_programt &goto_program, const goto_programt::instructiont &instruction, goto_programt::const_targett next_PC, entryt &entry) |
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virtual void | compute_edges_throw (const goto_programt &goto_program, const goto_programt::instructiont &instruction, goto_programt::const_targett next_PC, entryt &entry) |
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virtual void | compute_edges_start_thread (const goto_programt &goto_program, const goto_programt::instructiont &instruction, goto_programt::const_targett next_PC, entryt &entry) |
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virtual void | compute_edges_function_call (const goto_functionst &goto_functions, const goto_programt &goto_program, const goto_programt::instructiont &instruction, goto_programt::const_targett next_PC, entryt &entry) |
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void | compute_edges (const goto_functionst &goto_functions, const goto_programt &goto_program, I PC) |
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void | compute_edges (const goto_functionst &goto_functions, P &goto_program) |
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void | compute_edges (const goto_functionst &goto_functions) |
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void | shortest_path (node_indext src, node_indext dest, patht &path, bool non_trivial) const |
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void | tarjan (class tarjant &t, node_indext v) |
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typedef std::size_t | entryt |
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typedef cfg_base_nodet< T, I > | nodet |
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typedef nodet::edgest | edgest |
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typedef std::vector< nodet > | nodest |
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typedef nodet::edget | edget |
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typedef nodet::node_indext | node_indext |
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typedef std::list< node_indext > | patht |
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| cfg_baset () |
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virtual | ~cfg_baset () |
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void | operator() (const goto_functionst &goto_functions) |
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void | operator() (P &goto_program) |
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I | get_first_node (P &program) const |
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I | get_last_node (P &program) const |
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bool | nodes_empty (P &program) const |
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node_indext | add_node () |
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void | swap (grapht &other) |
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bool | has_edge (node_indext i, node_indext j) const |
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const nodet & | operator[] (node_indext n) const |
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nodet & | operator[] (node_indext n) |
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void | resize (node_indext s) |
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std::size_t | size () const |
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bool | empty () const |
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const edgest & | in (node_indext n) const |
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const edgest & | out (node_indext n) const |
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void | add_edge (node_indext a, node_indext b) |
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void | remove_edge (node_indext a, node_indext b) |
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edget & | edge (node_indext a, node_indext b) |
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void | add_undirected_edge (node_indext a, node_indext b) |
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void | remove_undirected_edge (node_indext a, node_indext b) |
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void | remove_in_edges (node_indext n) |
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void | remove_out_edges (node_indext n) |
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void | remove_edges (node_indext n) |
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void | clear () |
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void | shortest_path (node_indext src, node_indext dest, patht &path) const |
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void | shortest_loop (node_indext node, patht &path) const |
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void | visit_reachable (node_indext src) |
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void | make_chordal () |
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std::size_t | connected_subgraphs (std::vector< node_indext > &subgraph_nr) |
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std::size_t | SCCs (std::vector< node_indext > &subgraph_nr) |
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bool | is_dag () const |
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std::list< node_indext > | topsort () const |
| Find a topological order of the nodes if graph is DAG, return empty list for non-DAG or empty graph. More...
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void | output_dot (std::ostream &out) const |
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void | output_dot_node (std::ostream &out, node_indext n) const |
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entry_mapt | entry_map |
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nodest | nodes |
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template<class T, typename P = const goto_programt, typename I = goto_programt::const_targett>
class procedure_local_cfg_baset< T, P, I >
Definition at line 175 of file cfg.h.