#include "truesimInt.h"
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Functions | |
| int | TruesimSimulateNetwork (Ntk_Network_t *network, char *simFile, char *probFile, char *delayFile, char *dumpFile, boolean trueDelay, int genVectors, int N) |
Variables | |
| int | truesimRptHeader |
| int | truesimVerbose |
Function Documentation
| int TruesimSimulateNetwork | ( | Ntk_Network_t * | network, |
| char * | simFile, | ||
| char * | probFile, | ||
| char * | delayFile, | ||
| char * | dumpFile, | ||
| boolean | trueDelay, | ||
| int | genVectors, | ||
| int | N | ||
| ) |
AutomaticStart AutomaticEnd Function********************************************************************
Synopsis [Entry routine to perform network simulation.]
Description [Entry routine to perform network simulation. simFile provides bit-vectors for simulation. In the absence of simFile, probFile provides the primary input probabilites using with random bit-vector patterns are generated. delayFile has the <delay,load> pair for each node in the circuit. If simFile is not specified and random vectors are generated, those vectors are dumped to dumpFile. If genVectors is 0, no vectors are generated.
Some of the arguments are redundant, but they are kept here for historical reasons.]
SideEffects [required]
Definition at line 79 of file truesimSim.c.
{
array_t *inputArray,*patternArray;
int i,status;
char *str;
/* inputArray stores the names of primary input nodes and patternArray stores
the simulation vectors as char strings. One could use bit packing, but
this is fast and simple. */
inputArray = array_alloc(Ntk_Node_t *,0);
patternArray = array_alloc(char *,0);
if (genVectors == 0) { /* Read simulation file */
Truesim_ReadSimulationVectors(network,simFile,inputArray,patternArray);
} else { /* Generate random vectors */
array_t *probArray;
int numInputs;
probArray = array_alloc(float,0);
Truesim_ReadInputProbabilities(network,probFile,inputArray,probArray);
if(array_n(probArray) == 0) {
array_free(inputArray);
array_free(patternArray);
array_free(probArray);
return 0;
}
numInputs = array_n(inputArray);
Truesim_GenerateRandomVectors(network,probArray,patternArray,
numInputs,N);
array_free(probArray);
/* Output pattern vectors */
if (dumpFile) {
Truesim_DumpSimulationVectors(network,inputArray,patternArray,dumpFile);
}
}
/* Initialize the simulation data structures */
Truesim_InitializeSimulation(network,delayFile,trueDelay,truesimRptHeader,
truesimVerbose,NIL(st_table));
/* Now perform true delay simulation or zero delay simulation
according to 'trueDelay' */
if (trueDelay) { /* Perform event driven simulation */
status = Truesim_RealDelayPatternSimulate(network,inputArray,patternArray);
} else { /* Perform zero-delay simulation */
status = Truesim_ZeroDelayPatternSimulate(network,inputArray,patternArray);
}
/* End the simulation */
Truesim_QuitSimulation(network);
/* Free the space used to store the input nodes */
array_free(inputArray);
/* Free the pattern vectors */
arrayForEachItem(char *, patternArray,i,str) {
FREE(str);
}
array_free(patternArray);
return status;
} /* End of TruesimSimulateNetwork */
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Variable Documentation
| int truesimRptHeader |
CFile***********************************************************************
FileName [truesimSim.c]
PackageName [truesim]
Synopsis [Top-level routine to perform simulation.]
Author [Balakrishna Kumthekar]
Copyright [This file was created at the University of Colorado at Boulder. The University of Colorado at Boulder makes no warranty about the suitability of this software for any purpose. It is presented on an AS IS basis.]
Definition at line 67 of file truesimCmd.c.
| int truesimVerbose |
Definition at line 68 of file truesimCmd.c.
