// reads in a bit-map file on construction
bmp::bmp(const char * f) : filename(f) {
FILE * fp = fopen(filename, "rb");
if (fp==NULL) { printf("Error: couldn't open file %s for reading, exiting.\n", f); exit(-1); }
header.read(fp);
infoheader.read(fp);
// simplify my life by only considering uncompressed images
assert(infoheader.compression == 0);
// so for 3 bytes per pixel (RGB)
array = new unsigned char[3 * infoheader.width * infoheader.height];
// Need a colortable if <= 8 bits per pixel
if (infoheader.bitcount <= 8) {
colortable.read(infoheader.bitcount, fp);
readarray(&colortable, fp);
} else {
// 24-bit color does not need colortable
assert(infoheader.bitcount == 24); // Not 16 or 32 (or other!)
readarray(NULL, fp);
}
if (fp) { fclose (fp); }
}
std::vector<iArray*> getTestIndividuals(const char *pName){
iArray *testList = typecast_stringarray_to_iArray(readarray(std::string(pName)));
int numTrues=0;
for(int i=0;i<testList->x;i++)
if(testList->array[i])
numTrues++;
//printf("numTrues:%d\n",numTrues);
//testList->print("testlist",NULL);
std::vector<iArray*> returnVal;
int pos1 = getNext(testList,0);
while(pos1!=-1){
int pos2 = getNext(testList,pos1+1);
while(pos2!=-1){
if(pos2!=-1){
//printf("p1:%d\tp2:%d\n",pos1,pos2);
iArray *pr = allocIntArray(2);
pr->array[0]=pos1;pr->array[1]=pos2;
returnVal.push_back(pr);
}
pos2 = getNext(testList,pos2+1);
}
pos1 = getNext(testList,pos1+1);
}
killArray(testList);
return returnVal;
}
main()
{
int size_local;
double most, least;
double price_list[MAX_PRICES];
printf("\nPrices Before Sorting of Array:");
readarray(price_list, &size_local);
sortarray(price_list, size_local, &most, &least);
printf("\n\nPrices After Sorting of Array:");
displayarray(price_list, size_local);
printf("\n");
display(most, least);
}
static int
readdata (char* file,
int *nfoods_p, double **cost_p, double **lb_p, double **ub_p,
int *nnutr_p, double **nutrmin_p, double **nutrmax_p,
double ***nutrper_p)
{
int status = 0;
int ncost, nlb, nub;
int nmin, nmax;
int i, n;
char ch;
FILE *in = NULL;
in = fopen(file, "r");
if ( in == NULL ) {
status = -1;
goto TERMINATE;
}
if ( (status = readarray(in, &ncost, cost_p)) ) goto TERMINATE;
if ( (status = readarray(in, &nlb, lb_p)) ) goto TERMINATE;
if ( (status = readarray(in, &nub, ub_p)) ) goto TERMINATE;
if ( ncost != nlb || ncost != nub ) {
status = -1;
goto TERMINATE;
}
*nfoods_p = ncost;
if ( (status = readarray(in, &nmin, nutrmin_p)) ) goto TERMINATE;
if ( (status = readarray(in, &nmax, nutrmax_p)) ) goto TERMINATE;
if ( nmax != nmin ) {
status = -1;
goto TERMINATE;
}
*nnutr_p = nmin;
*nutrper_p = (double**)malloc(nmin * sizeof(double*));
if ( *nutrper_p == NULL ) {
status = CPXERR_NO_MEMORY;
goto TERMINATE;
}
for (;;) {
fscanf (in, "%c", &ch);
if ( ch == '\t' ||
ch == '\r' ||
ch == ' ' ||
ch == '\n' ) continue;
if ( ch == '[' ) break;
status = -1;
goto TERMINATE;
}
for ( i = 0; i < nmin; i++ ) {
if ( (status = readarray(in, &n, (*nutrper_p)+i)) ) goto TERMINATE;
if ( n != ncost ) {
status = -1;
goto TERMINATE;
}
fscanf (in, "%c", &ch);
if ( i < nmin-1 && ch != ',' ) {
status = -1;
goto TERMINATE;
}
}
if ( ch != ']' ) {
status = -1;
goto TERMINATE;
}
TERMINATE:
if ( in != NULL )
fclose (in);
return (status);
} /* END readdata */
int main(int argc, char* argv[])
{
FILE *f; // исходный файл
FILE *f1; // файл для печати
int *n=0, *c=0; // указатель на начало и после конца массива
int *m=0, *d=0; // указатель на начало и после конца отфилтрованного массива
setlocale(0, "russian");
if (argc < 4)
{
printf("Нет достаточного числа аргументов!");
return BADARG;
}
f = fopen(argv[1], "r");
if (f == NULL)
{
printf("Невозможно открыть исходный файл!");
return BADINFILE;
}
if (readarray(f, &n, &c))
{
printf("Невозможно выделить память под исходный массив!");
fclose(f);
return FAILEDINMEM;
}
f1 = fopen(argv[2], "w");
if (f1 == NULL)
{
printf("Невозможно открыть файл результата!");\
fclose(f);
free(n);
return BADOUTFILE;
}
if (strcmp(argv[3], "-flt") == 0)
{
if (fltr(n, c, &m, &d))
{
printf("Невозможно выделить память под отфильтрованный массив!");
fclose(f);
fclose(f1);
free(n);
return FAILEDOUTMEM;
}
myqsort(m, d - m, sizeof(*m), compare_int);
printmass(f1, m, d);
free(n);
free(m);
}
else
{
myqsort(n, c - n, sizeof(*n), compare_int);
printmass(f1, n, c);
free(n);
}
fclose(f);
fclose(f1);
printf("Успешно!");
getch();
return 0;
}
int main(void)
{
int *n, *c; // указатель на начало и после конца массива
int k; // количество элементов в файле
int a; // значение readarray
int d; // детектор
FILE *f;
setlocale(0, "russian");
printf("Тестирование функции count из readarray.c");
f = fopen("tests/test1.txt", "r");
count(f,&k);
if (k==4)
printf("\nTest 1 - OK!");
else
printf("\nTest 1 - FAILED");
fclose(f);
f = fopen("tests/test2.txt", "r");
count(f,&k);
if (k==4)
printf("\nTest 2 - OK!");
else
printf("\nTest 2 - FAILED");
fclose(f);
f = fopen("tests/test3.txt", "r");
count(f,&k);
if (k==10)
printf("\nTest 3 - OK!");
else
printf("\nTest 3 - FAILED");
fclose(f);
f = fopen("tests/test4.txt", "r");
count(f,&k);
if (k==10)
printf("\nTest 4 - OK!");
else
printf("\nTest 4 - FAILED");
fclose(f);
f = fopen("tests/test5.txt", "r");
count(f,&k);
if (k==8)
printf("\nTest 5 - OK!");
else
printf("\nTest 5 - FAILED");
fclose(f);
f = fopen("tests/test6.txt", "r");
count(f,&k);
if (k==0)
printf("\nTest 6 - OK!");
else
printf("\nTest 6 - FAILED");
fclose(f);
f = fopen("tests/test7.txt", "r");
count(f,&k);
if (k==7)
printf("\nTest 7 - OK!");
else
printf("\nTest 7 - FAILED");
fclose(f);
f = fopen("tests/test8.txt", "r");
count(f,&k);
if (k==5)
printf("\nTest 8 - OK!");
else
printf("\nTest 8 - FAILED");
fclose(f);
f = fopen("tests/test9.txt", "r");
count(f,&k);
if (k==1)
printf("\nTest 9 - OK!");
else
printf("\nTest 9 - FAILED");
fclose(f);
f = fopen("tests/test10.txt", "r");
count(f,&k);
if (k==1)
printf("\nTest 10 - OK!");
else
printf("\nTest 10 - FAILED");
fclose(f);
f = fopen("tests/test11.txt", "r");
count(f,&k);
if (k==3)
printf("\nTest 11 - OK!");
else
printf("\nTest 11 - FAILED");
fclose(f);
f = fopen("tests/test12.txt", "r");
count(f,&k);
if (k==0)
printf("\nTest 12 - OK!");
else
printf("\nTest 12 - FAILED");
fclose(f);
printf("\n\nТестирование функции readarray из readarray.c");
f = fopen("tests/test1.txt", "r");
d = 0;
if (!(a=readarray(f, &n, &c)))
{
if (*n != 10) {d++;}
if (*(n+1) !=1) {d++;}
if (*(n+2) !=1) {d++;}
if (*(n+3) !=1) {d++;}
}
if ((a == 0) && (d == 0))
printf("\nTest 1 - OK!");
else
printf("\nTest 1 - FAILED!");
free(n);
fclose(f);
f = fopen("tests/test2.txt", "r");
d = 0;
if (!(a=readarray(f, &n, &c)))
{
if (*n != 55) {d++;}
if (*(n+1) !=55) {d++;}
if (*(n+2) !=55) {d++;}
if (*(n+3) !=789) {d++;}
}
if ((a == 0) && (d == 0))
printf("\nTest 2 - OK!");
else
printf("\nTest 2 - FAILED!");
free(n);
fclose(f);
f = fopen("tests/test7.txt", "r");
if ((readarray(f, &n, &c)) || (n-c > 0))
printf("\nTest 3 - FAILED!%d", n-c);
else
printf("\nTest 3 - OK!");
free(n);
fclose(f);
printf("\n\nТестирование функции unique из podsch.c");
f = fopen("tests/test1.txt", "r");
readarray(f, &n, &c);
if (unique(n, c) == 2)
printf("\nTest 1 - OK!");
else
printf("\nTest 1 - FAILED!");
free(n);
fclose(f);
f = fopen("tests/test2.txt", "r");
readarray(f, &n, &c);
if (unique(n, c) == 2)
printf("\nTest 2 - OK!");
else
printf("\nTest 2 - FAILED!");
free(n);
fclose(f);
f = fopen("tests/test3.txt", "r");
readarray(f, &n, &c);
if (unique(n, c) == 5)
printf("\nTest 3 - OK!");
else
printf("\nTest 3 - FAILED!");
free(n);
fclose(f);
f = fopen("tests/test4.txt", "r");
readarray(f, &n, &c);
if (unique(n, c) == 6)
printf("\nTest 4 - OK!");
else
printf("\nTest 4 - FAILED!");
free(n);
fclose(f);
f = fopen("tests/test5.txt", "r");
readarray(f, &n, &c);
if (unique(n, c) == 2)
printf("\nTest 5 - OK!");
else
printf("\nTest 5 - FAILED!");
free(n);
fclose(f);
f = fopen("tests/test6.txt", "r");
readarray(f, &n, &c);
if (unique(n, c) == 0)
printf("\nTest 6 - OK!");
else
printf("\nTest 6 - FAILED!");
free(n);
fclose(f);
f = fopen("tests/test7.txt", "r");
readarray(f, &n, &c);
if (unique(n, c) == 1)
printf("\nTest 7 - OK!");
else
printf("\nTest 7 - FAILED!");
free(n);
fclose(f);
f = fopen("tests/test8.txt", "r");
readarray(f, &n, &c);
if (unique(n, c) == 1)
printf("\nTest 8 - OK!");
else
printf("\nTest 8 - FAILED!");
free(n);
fclose(f);
f = fopen("tests/test9.txt", "r");
readarray(f, &n, &c);
if (unique(n, c) == 1)
printf("\nTest 9 - OK!");
else
printf("\nTest 9 - FAILED!");
free(n);
fclose(f);
f = fopen("tests/test10.txt", "r");
readarray(f, &n, &c);
if (unique(n, c) == 1)
printf("\nTest 10 - OK!");
else
printf("\nTest 10 - FAILED!");
free(n);
fclose(f);
f = fopen("tests/test11.txt", "r");
readarray(f, &n, &c);
if (unique(n, c) == 3)
printf("\nTest 11 - OK!");
else
printf("\nTest 11 - FAILED!");
free(n);
fclose(f);
f = fopen("tests/test12.txt", "r");
readarray(f, &n, &c);
if (unique(n, c) == 0)
printf("\nTest 12 - OK!");
else
printf("\nTest 12 - FAILED!");
free(n);
fclose(f);
f = fopen("tests/test13.txt", "r");
readarray(f, &n, &c);
if (unique(n, c) == 5)
printf("\nTest 13 - OK!");
else
printf("\nTest 13 - FAILED!");
free(n);
fclose(f);
getch();
return 0;
}
dArray *getPos(const char *pName){
return (typecast_stringarray_to_dArray(readarray(std::string(pName))));
}
iArray *getChr(const char *pName){
return typecast_stringarray_to_iArray(readarray(std::string(pName)));
}
