void
check(string msg, struct esb_s *data, string v)
{
string b = esb_get_string(data);
size_t l = 0;
size_t alloc = 0;
if (strcmp(b, v)) {
fprintf(stderr, "ERROR: %s content error %s != %s\n", msg, b,
v);
}
l = esb_string_len(data);
if (l != strlen(v)) {
fprintf(stderr, "ERROR: %s length error %lu != %lu\n", msg,
(unsigned long) l, (unsigned long) strlen(v));
}
alloc = esb_get_allocated_size(data);
if (l > alloc) {
fprintf(stderr, "ERROR: %s allocation error %lu > %lu\n", msg,
(unsigned long) l, (unsigned long) alloc);
}
return;
}
/* Get a copy of the internal data buffer */
string
esb_get_copy(struct esb_s *data)
{
string copy = NULL;
size_t len = esb_string_len(data);
if (len) {
copy = (string)malloc(len);
strcpy(copy,esb_get_string(data));
}
return copy;
}
void
validate_esb(int instance,
struct esb_s* d,
size_t explen,
size_t expalloc,
const char *expout)
{
printf("TEST instance %d\n",instance);
if (esb_string_len(d) != explen) {
++failcount;
printf("FAIL instance %d slen %u explen %u\n",
instance,(unsigned)esb_string_len(d),(unsigned)explen);
}
if (d->esb_allocated_size != expalloc) {
++failcount;
printf("FAIL instance %d alloclen %u expalloc %u\n",
instance,(unsigned)d->esb_allocated_size,(unsigned)expalloc);
}
if(strcmp(esb_get_string(d),expout)) {
++failcount;
printf("FAIL instance %d str %s expstr %s\n",
instance,esb_get_string(d),expout);
}
}
void
validate_esb(int instance,
struct esb_s* d,
size_t explen,
size_t expalloc,
const char *expout,
int line )
{
if (esb_string_len(d) != explen) {
++failcount;
printf(" FAIL instance %d esb_string_len() %u explen %u line %d\n",
instance,(unsigned)esb_string_len(d),(unsigned)explen,line);
}
if (d->esb_allocated_size != expalloc) {
++failcount;
printf(" FAIL instance %d esb_allocated_size %u expalloc %u line %d\n",
instance,(unsigned)d->esb_allocated_size,(unsigned)expalloc,line);
}
if(strcmp(esb_get_string(d),expout)) {
++failcount;
printf(" FAIL instance %d esb_get_string %s expstr %s line %d\n",
instance,esb_get_string(d),expout,line);
}
}
