/* ---------------------------------
testset.c -- test qset.c and its use of mem.c
The test sets are pointers to int. Normally a set is a pointer to a type (e.g., facetT, ridgeT, etc.).
For consistency in notation, an "int" is typedef'd to i2T
Functions and macros from qset.h. Counts occurrences in this test. Does not correspond to thoroughness.
qh_setaddsorted -- 4 tests
qh_setaddnth -- 1 test
qh_setappend -- 7 tests
qh_setappend_set -- 1 test
qh_setappend2ndlast -- 1 test
qh_setcheck -- lots of tests
qh_setcompact -- 7 tests
qh_setcopy -- 3 tests
qh_setdel -- 1 tests
qh_setdellast -- 1 tests
qh_setdelnth -- 2 tests
qh_setdelnthsorted -- 2 tests
qh_setdelsorted -- 1 test
qh_setduplicate -- not testable here
qh_setequal -- 4 tests
qh_setequal_except -- 2 tests
qh_setequal_skip -- 2 tests
qh_setfree -- 11+ tests
qh_setfree2 -- not testable here
qh_setfreelong -- 2 tests
qh_setin -- 3 tests
qh_setindex -- 4 tests
qh_setlarger -- 1 test
qh_setlast -- 2 tests
qh_setnew -- 6 tests
qh_setnew_delnthsorted
qh_setprint -- tested elsewhere
qh_setreplace -- 1 test
qh_setsize -- 9+ tests
qh_settemp -- 2 tests
qh_settempfree -- 1 test
qh_settempfree_all -- 1 test
qh_settemppop -- 1 test
qh_settemppush -- 1 test
qh_settruncate -- 3 tests
qh_setunique -- 3 tests
qh_setzero -- 1 test
FOREACHint_ -- 2 test
FOREACHint4_
FOREACHint_i_ -- 1 test
FOREACHintreverse_
FOREACHintreverse12_
FOREACHsetelement_ -- 1 test
FOREACHsetelement_i_ -- 1 test
FOREACHsetelementreverse_ -- 1 test
FOREACHsetelementreverse12_ -- 1 test
SETelem_ -- 3 tests
SETelemaddr_ -- 2 tests
SETelemt_ -- not tested (generic)
SETempty_ -- 1 test
SETfirst_ -- 4 tests
SETfirstt_ -- 2 tests
SETindex_ -- 2 tests
SETref_ -- 2 tests
SETreturnsize_ -- 2 tests
SETsecond_ -- 1 test
SETsecondt_ -- 2 tests
SETtruncate_ -- 2 tests
*/
#include
#include
#include
#include
#include "qset.h"
#include "mem.h"
typedef int i2T;
#define MAXerrorCount 100 /* quit after n errors */
#define FOREACHint_( ints ) FOREACHsetelement_( i2T, ints, i2)
#define FOREACHint4_( ints ) FOREACHsetelement_( i2T, ints, i4)
#define FOREACHint_i_( ints ) FOREACHsetelement_i_( i2T, ints, i2)
#define FOREACHintreverse_( ints ) FOREACHsetelementreverse_( i2T, ints, i2)
#define FOREACHintreverse12_( ints ) FOREACHsetelementreverse12_( i2T, ints, i2)
enum {
MAXint= 0x7fffffff,
};
char prompt[]= "testqset N [M] -- Test qset.c and mem.c\n\
Test qsets of 0..N integers with a check every M iterations (default ~log10)\n\
Additional checking and logging if M is 1\n\
For example:\n\
testqset 10000\n\
";
int error_count= 0; /* Global error_count. checkSetContents() keeps its own error count. It exits on too many errors */
/* Macros normally defined in user.h */
#define qh_MEMalign ((int)(sizeof(void *)))
#define qh_MEMbufsize 0x10000 /* allocate 64K memory buffers */
#define qh_MEMinitbuf 0x20000 /* initially allocate 128K buffer */
/* Macros normally defined in QhullSet.h */
/* Functions normally defined in usermem.h */
void qh_exit(int exitcode) {
exit(exitcode);
} /* exit */
void qh_free(void *mem) {
free(mem);
} /* free */
void *qh_malloc(size_t size) {
return malloc(size);
} /* malloc */
void qh_errexit(int exitcode, void *f, void *r)
{
f= r; /* unused */
qh_exit(exitcode);
}
void qh_fprintf(FILE *fp, int msgcode, const char *fmt, ... )
{
static int needs_cr= 0; /* True if qh_fprintf needs a CR */
size_t fmtlen= strlen(fmt);
va_list args;
if (!fp) {
fprintf(stderr, "qh_fprintf: fp not defined for '%s'", fmt);
qh_errexit(6232, NULL, NULL);
}
if(fmtlen>0){
if(fmt[fmtlen-1]=='\n'){
if(needs_cr && fmtlen>1){
fprintf(fp, "\n");
}
needs_cr= 0;
}else{
needs_cr= 1;
}
}
if(msgcode>=6000 && msgcode<7000){
fprintf(fp, "Error TQ%d ", msgcode);
}
va_start(args, fmt);
vfprintf(fp, fmt, args);
va_end(args);
}
/* Defined below in order of use */
int main(int argc, char **argv);
void readOptions(int argc, char **argv, const char *promptstr, int *numInts, int *checkEvery);
void setupMemory(int tracelevel, int numInts, int **intarray);
void testSetappendSettruncate(int numInts, int *intarray, int checkEvery);
void testSetdelSetadd(int numInts, int *intarray, int checkEvery);
void testSetappendSet(int numInts, int *intarray, int checkEvery);
void testSetcompactCopy(int numInts, int *intarray, int checkEvery);
void testSetequalInEtc(int numInts, int *intarray, int checkEvery);
void testSettemp(int numInts, int *intarray, int checkEvery);
void testSetlastEtc(int numInts, int *intarray, int checkEvery);
void testSetdelsortedEtc(int numInts, int *intarray, int checkEvery);
int log_i(setT *set, const char *s, int i, int numInts, int checkEvery);
void checkSetContents(const char *name, setT *set, int count, int rangeA, int rangeB, int rangeC);
int main(int argc, char **argv) {
int *intarray= NULL;
int numInts;
int checkEvery= MAXint;
int curlong, totlong;
int tracelevel= 4; /* 4 normally. 5 for memory tracing */
readOptions(argc, argv, prompt, &numInts, &checkEvery);
setupMemory(tracelevel, numInts, &intarray);
testSetappendSettruncate(numInts, intarray, checkEvery);
testSetdelSetadd(numInts, intarray, checkEvery);
testSetappendSet(numInts, intarray, checkEvery);
testSetcompactCopy(numInts, intarray, checkEvery);
testSetequalInEtc(numInts, intarray, checkEvery);
testSettemp(numInts, intarray, checkEvery);
testSetlastEtc(numInts, intarray, checkEvery);
testSetdelsortedEtc(numInts, intarray, checkEvery);
printf("\n\nNot testing qh_setduplicate and qh_setfree2.\n These routines use heap-allocated set contents. See qhull tests.\n");
qh_memstatistics(stdout);
qh_memfreeshort(&curlong, &totlong);
if (curlong || totlong){
qh_fprintf(stderr, 8043, "qh_memfreeshort: did not free %d bytes of long memory(%d pieces)\n", totlong, curlong);
error_count++;
}
if(error_count){
qh_fprintf(stderr, 8012, "testqset: %d errors\n\n", error_count);
exit(1);
}else{
printf("testqset: OK\n\n");
}
return 0;
}/*main*/
void readOptions(int argc, char **argv, const char *promptstr, int *numInts, int *checkEvery)
{
long numIntsArg;
long checkEveryArg;
char *endp;
if (argc != 2 && argc != 3) {
printf(promptstr);
exit(0);
}
numIntsArg= strtol(argv[1], &endp, 10);
if(numIntsArg<1){
qh_fprintf(stderr, 6301, "First argument should be 1 or greater. Got '%s'\n", argv[1]);
exit(1);
}
if(numIntsArg>MAXint){
qh_fprintf(stderr, 6302, "qset does not currently support 64-bit ints. Maximum count is %d\n", MAXint);
exit(1);
}
*numInts= (int)numIntsArg;
if(argc>2){
checkEveryArg= strtol(argv[2], &endp, 10);
if(checkEveryArg<1){
qh_fprintf(stderr, 6321, "checkEvery argument should be 1 or greater. Got '%s'\n", argv[2]);
exit(1);
}
if(checkEveryArg>MAXint){
qh_fprintf(stderr, 6322, "qset does not currently support 64-bit ints. Maximum checkEvery is %d\n", MAXint);
exit(1);
}
*checkEvery= (int)checkEveryArg;
}
}/*readOptions*/
void setupMemory(int tracelevel, int numInts, int **intarray)
{
int i;
if(numInts<0 || numInts*(int)sizeof(int)<0){
qh_fprintf(stderr, 6303, "qset does not currently support 64-bit ints. Integer overflow\n");
exit(1);
}
*intarray= qh_malloc(numInts * sizeof(int));
if(!*intarray){
qh_fprintf(stderr, 6304, "Failed to allocate %d bytes of memory\n", numInts * sizeof(int));
exit(1);
}
for(i= 0; i=2){
isCheck= log_i(ints, "n", numInts/2, numInts, checkEvery);
qh_settruncate(ints, numInts/2);
checkSetContents("qh_settruncate by half", ints, numInts/2, 0, -1, -1);
}
isCheck= log_i(ints, "n", 0, numInts, checkEvery);
qh_settruncate(ints, 0);
checkSetContents("qh_settruncate", ints, 0, -1, -1, -1);
qh_fprintf(stderr, 8003, "\n\nTesting qh_setappend2ndlast 0,0..%d. Test 0", numInts-1);
qh_setfree(&ints);
ints= qh_setnew(4);
qh_setappend(&ints, intarray+0);
for(i= 0; i=2){
isCheck= log_i(ints, "n", numInts/2, numInts, checkEvery);
SETtruncate_(ints, numInts/2);
checkSetContents("SETtruncate_ by half", ints, numInts/2, 0, -1, -1);
}
isCheck= log_i(ints, "n", 0, numInts, checkEvery);
SETtruncate_(ints, 0);
checkSetContents("SETtruncate_", ints, 0, -1, -1, -1);
qh_setfree(&ints);
}/*testSetappendSettruncate*/
void testSetdelSetadd(int numInts, int *intarray, int checkEvery)
{
setT *ints=qh_setnew(1);
int i,j, isCheck;
qh_fprintf(stderr, 8003, "\n\nTesting qh_setdelnthsorted and qh_setaddnth 1..%d. Test", numInts-1);
for(j=1; j3){
qh_setdelsorted(ints, intarray+i/2);
checkSetContents("qh_setdelsorted", ints, j-1, 0, i/2+1, -1);
qh_setaddsorted(&ints, intarray+i/2);
checkSetContents("qh_setaddsorted i/2", ints, j, 0, 0, -1);
}
qh_setdellast(ints);
checkSetContents("qh_setdellast", ints, (j ? j-1 : 0), 0, -1, -1);
if(j>0){
qh_setaddsorted(&ints, intarray+j-1);
checkSetContents("qh_setaddsorted j-1", ints, j, 0, -1, -1);
}
if(j>4){
qh_setdelnthsorted(ints, i/2);
if (checkEvery==1)
checkSetContents("qh_setdelnthsorted", ints, j-1, 0, i/2+1, -1);
/* FIXUP qh_setdelnth move-to-front */
qh_setdelsorted(ints, intarray+i/2+1);
checkSetContents("qh_setdelsorted 2", ints, j-2, 0, i/2+2, -1);
qh_setaddsorted(&ints, intarray+i/2+1);
if (checkEvery==1)
checkSetContents("qh_setaddsorted i/2+1", ints, j-1, 0, i/2+1, -1);
qh_setaddsorted(&ints, intarray+i/2);
checkSetContents("qh_setaddsorted i/2 again", ints, j, 0, -1, -1);
}
qh_setfree(&ints2);
ints2= qh_setcopy(ints, 0);
qh_setcompact(ints);
qh_setcompact(ints2);
checkSetContents("qh_setcompact", ints, j, 0, 0, -1);
checkSetContents("qh_setcompact 2", ints2, j, 0, 0, -1);
qh_setcompact(ints);
checkSetContents("qh_setcompact 3", ints, j, 0, 0, -1);
qh_setfree(&ints2);
}
}
qh_setfreelong(&ints);
if(ints){
qh_setfree(&ints); /* Was quick memory */
}
}/*testSetdelsortedEtc*/
void testSetequalInEtc(int numInts, int *intarray, int checkEvery)
{
setT *ints= NULL;
setT *ints2= NULL;
setT *ints3= NULL;
int i,j,n;
qh_fprintf(stderr, 8019, "\n\nTesting qh_setequal*, qh_setin*, qh_setdel, qh_setdelnth, and qh_setlarger 0..%d. Test", numInts-1);
for(j=0; j0){
if(qh_setequal(ints, ints2)){
qh_fprintf(stderr, 6324, "testSetequalInEtc: non-empty set equal to empty set\n", j);
error_count++;
}
qh_setfree(&ints3);
ints3= qh_setcopy(ints, 0);
checkSetContents("qh_setreplace", ints3, j, 0, -1, -1);
qh_setreplace(ints3, intarray+j/2, intarray+j/2+1);
if(j==1){
checkSetContents("qh_setreplace 2", ints3, j, j/2+1, -1, -1);
}else if(j==2){
checkSetContents("qh_setreplace 3", ints3, j, 0, j/2+1, -1);
}else{
checkSetContents("qh_setreplace 3", ints3, j, 0, j/2+1, j/2+1);
}
if(qh_setequal(ints, ints3)){
qh_fprintf(stderr, 6325, "testSetequalInEtc: modified set equal to original set at %d/2\n", j);
error_count++;
}
if(!qh_setequal_except(ints, intarray+j/2, ints3, intarray+j/2+1)){
qh_fprintf(stderr, 6326, "qh_setequal_except: modified set not equal to original set except modified\n", j);
error_count++;
}
if(qh_setequal_except(ints, intarray+j/2, ints3, intarray)){
qh_fprintf(stderr, 6327, "qh_setequal_except: modified set equal to original set with wrong excepts\n", j);
error_count++;
}
if(!qh_setequal_skip(ints, j/2, ints3, j/2)){
qh_fprintf(stderr, 6328, "qh_setequal_skip: modified set not equal to original set except modified\n", j);
error_count++;
}
if(j>2 && qh_setequal_skip(ints, j/2, ints3, 0)){
qh_fprintf(stderr, 6329, "qh_setequal_skip: modified set equal to original set with wrong excepts\n", j);
error_count++;
}
if(intarray+j/2+1!=qh_setdel(ints3, intarray+j/2+1)){
qh_fprintf(stderr, 6330, "qh_setdel: failed to find added element\n", j);
error_count++;
}
checkSetContents("qh_setdel", ints3, j-1, 0, j-1, (j==1 ? -1 : j/2+1)); /* swaps last element with deleted element */
if(j>3){
qh_setdelnth(ints3, j/2); /* Delete at the same location as the original replace, for only one out-of-order element */
checkSetContents("qh_setdelnth", ints3, j-2, 0, j-2, (j==2 ? -1 : j/2+1));
}
if(qh_setin(ints3, intarray+j/2)){
qh_fprintf(stderr, 6331, "qh_setin: found deleted element\n");
error_count++;
}
if(j>4 && !qh_setin(ints3, intarray+1)){
qh_fprintf(stderr, 6332, "qh_setin: did not find second element\n");
error_count++;
}
if(j>4 && !qh_setin(ints3, intarray+j-2)){
qh_fprintf(stderr, 6333, "qh_setin: did not find last element\n");
error_count++;
}
if(-1!=qh_setindex(ints2, intarray)){
qh_fprintf(stderr, 6334, "qh_setindex: found element in empty set\n");
error_count++;
}
if(-1!=qh_setindex(ints3, intarray+j/2)){
qh_fprintf(stderr, 6335, "qh_setindex: found deleted element in set\n");
error_count++;
}
if(0!=qh_setindex(ints, intarray)){
qh_fprintf(stderr, 6336, "qh_setindex: did not find first in set\n");
error_count++;
}
if(j-1!=qh_setindex(ints, intarray+j-1)){
qh_fprintf(stderr, 6337, "qh_setindex: did not find last in set\n");
error_count++;
}
}
qh_setfree(&ints2);
}
}
qh_setfree(&ints3);
qh_setfreelong(&ints);
if(ints){
qh_setfree(&ints); /* Was quick memory */
}
}/*testSetequalInEtc*/
void testSetlastEtc(int numInts, int *intarray, int checkEvery)
{
setT *ints= NULL;
setT *ints2= NULL;
int i,j,prepend;
qh_fprintf(stderr, 8020, "\n\nTesting qh_setlast, qh_setnew_delnthsorted, qh_setunique, and qh_setzero 0..%d. Test", numInts-1);
for(j=0; j0){
if(intarray+j-1!=qh_setlast(ints)){
qh_fprintf(stderr, 6338, "qh_setlast: wrong last element\n");
error_count++;
}
prepend= (j<100 ? j/4 : 0);
ints2= qh_setnew_delnthsorted(ints, qh_setsize(ints), j/2, prepend);
if(qh_setsize(ints2)!=j+prepend-1){
qh_fprintf(stderr, 6345, "qh_setnew_delnthsorted: Expecting %d elements, got %d\n", j+prepend-1, qh_setsize(ints2));
error_count++;
}
/* Define prepended elements. Otherwise qh_setdelnthsorted may fail */
for(i= 0; i2){
qh_setzero(ints2, j/2, j-1); /* max size may be j-1 */
if(qh_setsize(ints2)!=j-1){
qh_fprintf(stderr, 6342, "qh_setzero: Expecting %d elements, got %d\n", j, qh_setsize(ints2));
error_count++;
}
qh_setcompact(ints2);
checkSetContents("qh_setzero", ints2, j/2, 0, -1, -1);
}
}
qh_setfree(&ints2);
}
}
qh_setfreelong(&ints);
if(ints){
qh_setfree(&ints); /* Was quick memory */
}
}/*testSetlastEtc*/
void testSettemp(int numInts, int *intarray, int checkEvery)
{
setT *ints= NULL;
setT *ints2= NULL;
setT *ints3= NULL;
int i,j;
qh_fprintf(stderr, 8021, "\n\nTesting qh_settemp* 0..%d. Test", numInts-1);
for(j=0; j0){
qh_settemppush(ints);
ints3= qh_settemppop();
if(ints!=ints3){
qh_fprintf(stderr, 6343, "qh_settemppop: didn't pop the push\n");
error_count++;
}
}
qh_settempfree(&ints2);
}
}
qh_setfreelong(&ints);
if(ints){
qh_setfree(&ints); /* Was quick memory */
}
}/*testSettemp*/
/* Check that a set contains count elements
Ranges are consecutive (e.g., 1,2,3,...) starting with first, mid, and last
Use -1 for missing ranges
Returns -1 if should check results
*/
int log_i(setT *set, const char *s, int i, int numInts, int checkEvery)
{
int j= i;
int scale= 1;
int e= 0;
int *i2, **i2p;
if(*s || checkEvery==1){
if(i<10){
qh_fprintf(stderr, 8004, " %s%d", s, i);
}else{
if(i==11 && checkEvery==1){
qh_fprintf(stderr, 8005, "\nResults after 10: ");
FOREACHint_(set){
qh_fprintf(stderr, 8006, " %d", *i2);
}
qh_fprintf(stderr, 8007, " Continue");
}
while((j= j/10)>=1){
scale *= 10;
e++;
}
if(i==numInts-1){
qh_fprintf(stderr, 8008, " %s%d", s, i);
}else if(i==scale){
if(i<=1000){
qh_fprintf(stderr, 8010, " %s%d", s, i);
}else{
qh_fprintf(stderr, 8009, " %s1e%d", s, e);
}
}
}
}
if(i<1000 || i%checkEvery==0 || i== scale || i==numInts-1){
return 1;
}
return 0;
}/*log_i*/
/* Check that a set contains count elements
Ranges are consecutive (e.g., 1,2,3,...) starting with first, mid, and last
Use -1 for missing ranges
*/
void checkSetContents(const char *name, setT *set, int count, int rangeA, int rangeB, int rangeC)
{
i2T *i2, **i2p;
int i2_i, i2_n;
int prev= -1; /* avoid warning */
int i;
int first= -3;
int second= -3;
int rangeCount=1;
int actualSize= 0;
qh_setcheck(set, name, 0);
if(set){
SETreturnsize_(set, actualSize); /* normally used only when speed is critical */
if(*qh_setendpointer(set)!=NULL){
qh_fprintf(stderr, 6344, "%s: qh_setendpointer(), 0x%x, is not NULL terminator of set 0x%x", name, qh_setendpointer(set), set);
error_count++;
}
}
if(actualSize!=qh_setsize(set)){
qh_fprintf(stderr, 6305, "%s: SETreturnsize_() returned %d while qh_setsize() returns %d\n", name, actualSize, qh_setsize(set));
error_count++;
}else if(actualSize!=count){
qh_fprintf(stderr, 6306, "%s: Expecting %d elements for set. Got %d elements\n", name, count, actualSize);
error_count++;
}
if(SETempty_(set)){
if(count!=0){
qh_fprintf(stderr, 6307, "%s: Got empty set instead of count %d, rangeA %d, rangeB %d, rangeC %d\n", name, count, rangeA, rangeB, rangeC);
error_count++;
}
}else{
/* Must be first, otherwise trips msvc 8 */
i2T **p= SETaddr_(set, i2T);
if(*p!=SETfirstt_(set, i2T)){
qh_fprintf(stderr, 6309, "%s: SETaddr_(set, i2t) [%p] is not the same as SETfirst_(set) [%p]\n", name, SETaddr_(set, i2T), SETfirst_(set));
error_count++;
}
first= *(int *)SETfirst_(set);
if(SETfirst_(set)!=SETfirstt_(set, i2T)){
qh_fprintf(stderr, 6308, "%s: SETfirst_(set) [%p] is not the same as SETfirstt_(set, i2T [%p]\n", name, SETfirst_(set), SETfirstt_(set, i2T));
error_count++;
}
if(qh_setsize(set)>1){
second= *(int *)SETsecond_(set);
if(SETsecond_(set)!=SETsecondt_(set, i2T)){
qh_fprintf(stderr, 6310, "%s: SETsecond_(set) [%p] is not the same as SETsecondt_(set, i2T) [%p]\n", name, SETsecond_(set), SETsecondt_(set, i2T));
error_count++;
}
}
}
/* Test first run of ints in set*/
i= 0;
FOREACHint_(set){
if(i2!=SETfirst_(set) && *i2!=prev+1){
break;
}
prev= *i2;
if(SETindex_(set, i2)!=i){
qh_fprintf(stderr, 6311, "%s: Expecting SETIndex_(set, pointer-to-%d) to be %d. Got %d\n", name, *i2, i, SETindex_(set, i2));
error_count++;;
}
if(i2!=SETref_(i2)){
qh_fprintf(stderr, 6312, "%s: SETref_(i2) [%p] does not point to i2 (the %d'th element)\n", name, SETref_(i2), i);
error_count++;;
}
i++;
}
FOREACHint_i_(set){
/* Must be first conditional, otherwise it trips up msvc 8 */
i2T **p= SETelemaddr_(set, i2_i, i2T);
if(i2!=*p){
qh_fprintf(stderr, 6320, "%s: SETelemaddr_(set, %d, i2T) [%p] does not point to i2\n", name, i2_i, SETelemaddr_(set, i2_i, int));
error_count++;;
}
if(i2_i==0){
if(first!=*i2){
qh_fprintf(stderr, 6314, "%s: First element is %d instead of SETfirst %d\n", name, *i2, first);
error_count++;;
}
if(rangeA!=*i2){
qh_fprintf(stderr, 6315, "%s: starts with %d instead of rangeA %d\n", name, *i2, rangeA);
error_count++;;
}
prev= rangeA;
}else{
if(i2_i==1 && second!=*i2){
qh_fprintf(stderr, 6316, "%s: Second element is %d instead of SETsecond %d\n", name, *i2, second);
error_count++;;
}
if(prev+1==*i2){
prev++;
}else{
if(*i2==rangeB){
prev= rangeB;
rangeB= -1;
rangeCount++;
}else if(rangeB==-1 && *i2==rangeC){
prev= rangeC;
rangeC= -1;
rangeCount++;
}else{
prev++;
qh_fprintf(stderr, 6317, "%s: Expecting %d'th element to be %d. Got %d\n", name, i2_i, prev, *i2);
error_count++;
}
}
}
if(i2!=SETelem_(set, i2_i)){
qh_fprintf(stderr, 6318, "%s: SETelem_(set, %d) [%p] is not i2 [%p] (the %d'th element)\n", name, i2_i, SETelem_(set, i2_i), i2, i2_i);
error_count++;;
}
if(SETelemt_(set, i2_i, i2T)!=SETelem_(set, i2_i)){ /* Normally SETelemt_ is used for generic sets */
qh_fprintf(stderr, 6319, "%s: SETelemt_(set, %d, i2T) [%p] is not SETelem_(set, %d) [%p] (the %d'th element)\n", name, i2_i, SETelemt_(set, i2_i, int), i2_i, SETelem_(set, i2_i), i2_i);
error_count++;;
}
}
if(error_count>=MAXerrorCount){
qh_fprintf(stderr, 8011, "testqset: Stop testing after %d errors\n", error_count);
exit(1);
}
}/*checkSetContents*/