C++ Reference: class PropagationMonitor

Note: This documentation is automatically generated.

Method
`BeginConstraintInitialPropagation`	Return type: `virtual void` Arguments: `Constraint* const constraint` Propagation events.
`BeginDemonRun`	Return type: `virtual void` Arguments: `Demon* const demon`
`BeginNestedConstraintInitialPropagation`	Return type: `virtual void` Arguments: `Constraint* const parent, Constraint* const nested`
`DebugString`	Return type: `std::string`
`EndConstraintInitialPropagation`	Return type: `virtual void` Arguments: `Constraint* const constraint`
`EndDemonRun`	Return type: `virtual void` Arguments: `Demon* const demon`
`EndNestedConstraintInitialPropagation`	Return type: `virtual void` Arguments: `Constraint* const parent, Constraint* const nested`
`EndProcessingIntegerVariable`	Return type: `virtual void` Arguments: `IntVar* const var`
`Install`	Return type: `void` Install itself on the solver.
`PopContext`	Return type: `virtual void`
`PropagationMonitor`	Return type: `explicit` Arguments: `Solver* const solver`
`~PropagationMonitor`
`PushContext`	Return type: `virtual void` Arguments: `const std::string& context`
`RankFirst`	Return type: `virtual void` Arguments: `SequenceVar* const var, int index` SequenceVar modifiers
`RankLast`	Return type: `virtual void` Arguments: `SequenceVar* const var, int index`
`RankNotFirst`	Return type: `virtual void` Arguments: `SequenceVar* const var, int index`
`RankNotLast`	Return type: `virtual void` Arguments: `SequenceVar* const var, int index`
`RankSequence`	Return type: `virtual void` Arguments: `SequenceVar* const var, const std::vector<int>& rank_first, const std::vector<int>& rank_last, const std::vector<int>& unperformed`
`RegisterDemon`	Return type: `virtual void` Arguments: `Demon* const demon`
`RemoveInterval`	Return type: `virtual void` Arguments: `IntVar* const var, int64_t imin, int64_t imax`
`RemoveValue`	Return type: `virtual void` Arguments: `IntVar* const var, int64_t value`
`RemoveValues`	Return type: `virtual void` Arguments: `IntVar* const var, const std::vector<int64_t>& values`
`SetDurationMax`	Return type: `virtual void` Arguments: `IntervalVar* const var, int64_t new_max`
`SetDurationMin`	Return type: `virtual void` Arguments: `IntervalVar* const var, int64_t new_min`
`SetDurationRange`	Return type: `virtual void` Arguments: `IntervalVar* const var, int64_t new_min, int64_t new_max`
`SetEndMax`	Return type: `virtual void` Arguments: `IntervalVar* const var, int64_t new_max`
`SetEndMin`	Return type: `virtual void` Arguments: `IntervalVar* const var, int64_t new_min`
`SetEndRange`	Return type: `virtual void` Arguments: `IntervalVar* const var, int64_t new_min, int64_t new_max`
`SetMax`	Return type: `virtual void` Arguments: `IntExpr* const expr, int64_t new_max`
`SetMax`	Return type: `virtual void` Arguments: `IntVar* const var, int64_t new_max`
`SetMin`	Return type: `virtual void` Arguments: `IntExpr* const expr, int64_t new_min` IntExpr modifiers.
`SetMin`	Return type: `virtual void` Arguments: `IntVar* const var, int64_t new_min` IntVar modifiers.
`SetPerformed`	Return type: `virtual void` Arguments: `IntervalVar* const var, bool value`
`SetRange`	Return type: `virtual void` Arguments: `IntExpr* const expr, int64_t new_min, int64_t new_max`
`SetRange`	Return type: `virtual void` Arguments: `IntVar* const var, int64_t new_min, int64_t new_max`
`SetStartMax`	Return type: `virtual void` Arguments: `IntervalVar* const var, int64_t new_max`
`SetStartMin`	Return type: `virtual void` Arguments: `IntervalVar* const var, int64_t new_min` IntervalVar modifiers.
`SetStartRange`	Return type: `virtual void` Arguments: `IntervalVar* const var, int64_t new_min, int64_t new_max`
`SetValue`	Return type: `virtual void` Arguments: `IntVar* const var, int64_t value`
`SetValues`	Return type: `virtual void` Arguments: `IntVar* const var, const std::vector<int64_t>& values`
`StartProcessingIntegerVariable`	Return type: `virtual void` Arguments: `IntVar* const var`