utilities.h

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//===========================================================================//
// Universal GRAaph Minor Mapping (UGRAMM) method for CGRA                   //
// file : utilities.h                                                        //
// description: contains variables and function declaration used for utility //
//===========================================================================//
 
#ifndef UTILITIES_H
#define UTILITIES_H
 
#include <boost/config.hpp>
#include <iostream>
#include <fstream>
#include <boost/graph/graph_traits.hpp>
#include <boost/algorithm/string.hpp>
#include <boost/graph/adjacency_list.hpp>
#include <boost/graph/dijkstra_shortest_paths.hpp>
#include <boost/property_map/property_map.hpp>
#include <boost/graph/graphviz.hpp>
#include <boost/graph/copy.hpp>
#include <queue>
#include <map>
#include <list>
#include <bitset>
#include <algorithm>
#include <boost/algorithm/string.hpp>
 
#define VISUAL_SCALE  6.5                         //Steches the user defined co-ordinate space using this scale-factor
#define FunCell_Visual_Enable   1
#define PinCell_Visual_Enable   1
#define RouteCell_Visual_Enable 0
 
extern  std::vector<std::string> colors;        //Color code for different FunCell nodes
extern  std::string input_pin_color;            //Pre-defined color-code for the input-pin cell
extern  std::string output_pin_color;           //Pre-defined color-code for the output-pin cell
extern  std::string unused_cell_color;          //Pre-defined color-code for the unused cell
extern  std::map<std::string, std::string> funCellMapping;  //Key-> Device-model node-name :: Value-> Mapped application name.
 
 
//------------------------------------------------------------------------------------//
//------------------- [Utilities] String manipulation operations ---------------------//
//------------------------------------------------------------------------------------//
 
std::string removeCurlyBrackets(const std::string& input);
 
std::string gNames_deliemter_changes(std::string gNames);
 
std::string string_remover(std::string original_string, std::string toRemove);
 
void jsonUppercase(json& j);
 
//------------------------------------------------------------------------------------//
//---------------------- [Utilities] PRAGMA related functions ------------------------//
//------------------------------------------------------------------------------------//
 
std::string readCommentSection(std::ifstream &inputFile);
 
bool skipPlacement(std::string hOpcode, json& jsonParsed);
 
bool needLocking(int HID, json &jsonParsed, std::string& jsonLockNode);
 
void readDeviceModelPragma(std::ifstream &deviceModelFile, json &UgrammPragmaConfig);
 
void readApplicationGraphPragma(std::ifstream &applicationGraphFile, json &UgrammPragmaConfig);
 
bool widthCheck(int hWidth, int gWidth);
 
bool compatibilityCheck(int gID, int hID, std::map<int, NodeConfig> *hConfig, std::map<int, NodeConfig> *gConfig);
 
 
//------------------------------------------------------------------------------------//
//---------------------- [Utilities] Printing and visualization ----------------------//
//------------------------------------------------------------------------------------//
 
void printRoutingResults(int y, std::ofstream &positionedOutputFile, std::ofstream &unpositionedOutputFile, std::map<int, NodeConfig> *hConfig, std::map<int, NodeConfig> *gConfig);
 
void mandatoryFunCellConnections(int gNumber, std::string FunCellName, DirectedGraph *G, std::ofstream &positionedOutputFile, std::ofstream &unpositionedOutputFile);
 
void printPlacementResults(int gNumber, std::string gName, DirectedGraph *G, std::ofstream &positionedOutputFile, std::ofstream &unpositionedOutputFile, std::map<int, NodeConfig> *gConfig, json &ugrammConfig);
 
void printMappedResults(DirectedGraph *H, DirectedGraph *G, std::map<int, NodeConfig> *hConfig , std::map<int, NodeConfig> *gConfig, json &UgrammPragmaConfig);
 
void printName(int n);
 
void printVertexModels(DirectedGraph *H, DirectedGraph *G, std::map<int, NodeConfig> *hConfig, std::map<int, int> &invUsers);
 
 
void printRouting(int signal);
 
//------------------------------------------------------------------------------------//
//-------------------------------- [Utilities] File read -----------------------------//
//------------------------------------------------------------------------------------//
 
void readDeviceModel(DirectedGraph *G, std::map<int, NodeConfig> *gConfig);
 
void readApplicationGraph(DirectedGraph *H, std::map<int, NodeConfig> *hConfig, std::map<int, NodeConfig> *gConfig);
 
#endif