unit.c

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#include <stdlib.h>
#include <stdio.h>

#define PROFILE
#include "unit.h"
#include "ctl/mstime.h"
#include "ctl/dir.h"
#include "ctl/mmap.h"
#include "ctl/ctlstring.h"

int error_count = 0;    
static int mArgc;
static const char* const * mArgv;

/* Bring in extern unit definitions */
void Test_Dir(void);
void Test_UnitShifts(void);
void Test_Malloc(void);
void Test_strings(void);
void Test_sconst(void);
void Test_mstring(void);
void Test_FIFO(void);
void Test_LIFO(void);
void Test_BLIB(void);
void Test_SLL(void);
void Test_DLL(void);
void Test_Tree(void);
void Test_MMAp(void);
void Test_XMLReader(void);
void Test_ppRand(void);
void Test_DatagenContainers(void);
void Test_DatagenCopy(void);
void Test_DatagenSerial(void);
void Test_DatagenRecord(void);
void Test_DatagenXML(void);
void Test_OPC(void);
void Test_RingBuff(void);
void Test_Except(void);

int main( int argc, const char** argv )
{
    int repeat = 1;
    int crepeat;
    srand(ctl_ustime());
    ctl_profile_begin(Total,"All Tests");
    atexit(ctl_profiles_dump);
    mArgc = argc;
    mArgv = argv;
    {
        int found = arg_find( "-r", 2 );
        if( found )
        {
            repeat = atoi(arg_get(found)+2);
            if( !repeat )
                repeat = atoi(arg_get(found+1));
            if( !repeat )
                repeat = 2;
        }
    }
    crepeat = repeat;
    while( crepeat-- )
    {
        ctl_profile_counter_begin(ItsPerSecond,"Average test set loops per second",0);

        /* Invoke units - comment some out for profiling */
        UNIT_TEST(Test_UnitShifts);
        UNIT_TEST(Test_Dir);
        UNIT_TEST(Test_Malloc);
        UNIT_TEST(Test_strings);
        UNIT_TEST(Test_sconst);
        UNIT_TEST(Test_mstring);
        UNIT_TEST(Test_FIFO);
        UNIT_TEST(Test_LIFO);
        UNIT_TEST(Test_BLIB);
        UNIT_TEST(Test_SLL);
        UNIT_TEST(Test_DLL);
        UNIT_TEST(Test_Tree);
        UNIT_TEST(Test_MMAp);
        UNIT_TEST(Test_XMLReader);
        UNIT_TEST(Test_ppRand);
        UNIT_TEST(Test_OPC);
        UNIT_TEST(Test_RingBuff);
        UNIT_TEST(Test_Except);
        UNIT_TEST(Test_DatagenContainers);
        UNIT_TEST(Test_DatagenCopy);
        UNIT_TEST(Test_DatagenSerial);
        UNIT_TEST(Test_DatagenRecord);
        UNIT_TEST(Test_DatagenXML);
        ctl_profile_counter_end(ItsPerSecond);
    }
    ctl_profile_end(Total);
    ctl_destroy_all_pools();
    Test_Error( 0 == ctl_pool_dump(LOG_ERROR) );
    Test_Error( 0 == ctl_memory_dump(LOG_ERROR) );
    return 0 != error_count;
}

int arg_find( const char* sz, size_t len )
{
    int curr;
    for ( curr = 1; curr < mArgc; ++curr )
    {
        if ( 0 == len )
        {
            if( !cstrcmp(char)( mArgv[curr], sz ) )
                return curr;
        }
        else 
        {
            if ( !cstrncmp(char)( mArgv[curr], sz, len ) )
                return curr;
        }
    }
    return 0;
}

int arg_count( void )
{
    return mArgc;
}

const char* arg_get( int index )
{
    if( index < 0 || index > mArgc )
        return "";
    return mArgv[index];
}