00001 00015 //-------------------------------------------------------------------- 00016 //-------------------------------------------------------------------- 00017 00018 #ifndef _LINEARITYDEP_H 00019 #define _LINEARITYDEP_H 00020 00021 //-------------------------------------------------------------------- 00022 // STL headers 00023 #include <iostream> 00024 #include <map> 00025 #include <set> 00026 #include <list> 00027 00028 // Local headers 00029 #include "LinearityPair.hpp" 00030 00031 //OpenAnalysis headers 00032 #include <OpenAnalysis/Utils/OA_ptr.hpp> 00033 #include <OpenAnalysis/OABase/Annotation.hpp> 00034 #include <OpenAnalysis/Location/Locations.hpp> 00035 00037 namespace OA { 00038 namespace Linearity { 00039 00040 //*********************************************** 00041 // Sets Starts 00042 //*********************************************** 00043 00044 class LinearityDepsSet : public virtual Annotation{ 00045 private: 00046 //<v,class> 00047 //A list of the VarClassPair <v,class> that we have. 00048 OA_ptr<std::set<OA_ptr<VarClassPair> > > vcSet; 00049 std::set<OA_ptr<VarClassPair> >::iterator mIter; 00050 public: 00051 LinearityDepsSet(); 00052 /* k -> { <v,T> | v E V } */ 00053 LinearityDepsSet(double); 00054 00055 /* v -> { <v,linear> } U { < w,class> | <<v,w>,class> E IN(b) */ 00056 LinearityDepsSet(OA_ptr<Location> v, OA_ptr<LinearityDepsSet> deps); 00057 00058 /* e1(* /)e2 -> {<v,nonlinear> | <v,class> E DEPS(e1) OR <v,class> E DEPS(e2) */ 00059 OA_ptr<LinearityDepsSet> multdiv(OA_ptr<LinearityDepsSet> deps); 00060 00061 /* e1(+ -)e2 -> {<v1,(class1 meet class2)> */ 00062 OA_ptr<LinearityDepsSet> addsub(OA_ptr<LinearityDepsSet> deps); 00063 00064 /* function(v) -> {<v,nonlinear>} */ 00065 OA_ptr<LinearityDepsSet> func(OA_ptr<LinearityDepsSet> deps); 00066 00067 /* e1^1 -> {<v1,(linear meet class)> | <v,class> E DEPS(e1) */ 00068 OA_ptr<LinearityDepsSet> power1(OA_ptr<LinearityDepsSet> deps); 00069 00070 /* e1^k -> {<v1,(nonlinear meet class)> | <v,class> E DEPS(e1) */ 00071 OA_ptr<LinearityDepsSet> powerk(OA_ptr<LinearityDepsSet> deps); 00072 00073 /* e1 anyop k -> {<v1,(linear meet class)> | <v,class> E DEPS(e1) */ 00074 OA_ptr<LinearityDepsSet> anyopk(); 00075 00076 /* general linear definition -> {<v1,(linear meet class)> | <v,class> E DEPS(e1) */ 00077 OA_ptr<LinearityDepsSet> linear(); 00078 00079 /* general nonlinear definition -> 00080 * {<v1,(nonlinear meet class)> | <v,class> E DEPS(e1) */ 00081 OA_ptr<LinearityDepsSet> nonlinear(); 00082 00083 // meet operation between two LinearityDepsSet objects 00084 OA_ptr<LinearityDepsSet> meet( OA_ptr<LinearityDepsSet> other ); 00085 00086 void insert(OA_ptr<VarClassPair> vcp); 00087 void erase(OA_ptr<VarClassPair> vcp); 00088 00089 // all vars and their classes that we have info on 00090 OA_ptr<VarClassPairIterator> getVarClassPairIterator(); 00091 00092 OA_ptr<std::set<OA_ptr<VarClassPair> > > getSet(); 00093 00094 void output(IRHandlesIRInterface& ir); 00095 00096 //Converts all Current VarClassPairs in this instance into 00097 //LinearityPairs with *v being its first argument 00098 OA_ptr<std::set<OA_ptr<LinearityPair> > >convertToLinearityPair(OA_ptr<Location> v); 00099 00100 OA_ptr<LinearityDepsSet> operator=( OA_ptr<LinearityDepsSet> other ); 00101 LinearityDepsSet& operator=(const LinearityDepsSet& other); 00102 }; 00103 00104 } // end of namespace Linearity 00105 } // end of namespace OA 00106 00107 #endif 00108
1.7.1