API_TEST_API int __stdcall mangle_simple_struct(simple_struct *x) {
char *tmp;
simple_struct mine;
mine.a = 5;
mine.b = 2.5;
mine.c = NULL;
dump_struct("mine", &mine);
dump_struct("yours", x);
x->a /= 2;
x->b *= 2;
/* tmp = (char *) malloc(strlen(x->c)); */
tmp = x->c;
printf("x.a=%d\n", x->a);
printf("x.b=%f\n", x->b);
printf("x.c=0x%08x\n", x->c);
printf("x.c='%s'\n", x->c);
// return 1;
while(tmp[0] != 0) {
printf("char='%c' toupper='%c'\n", tmp[0], toupper(tmp[0]));
tmp[0] = toupper(tmp[0]);
tmp++;
}
return 1;
}
int main(int argc, char *argv[]) {
test_struct v1 = { 0, 123 }; /* default is to initialize first alternative */
test_struct v2 = { 0, { .a = 234 } };
test_struct v3 = { 1, { .b = 123.456 } };
test_struct v4 = { 2, { .c = "foo" } };
dump_struct(&v1);
dump_struct(&v2);
dump_struct(&v3);
dump_struct(&v4);
}
void
sigsegv_handler (int sig)
{
char **messages;
FILE *fp = stderr;
int pid = getpid ();
size_t size, i;
void *trace_stack[TRACE_SIZE];
(void) endwin ();
fprintf (fp, "\n==%d== GoAccess %s crashed by Signal %d\n", pid, GO_VERSION,
sig);
fprintf (fp, "==%d==\n", pid);
dump_struct (fp);
size = backtrace (trace_stack, TRACE_SIZE);
messages = backtrace_symbols (trace_stack, size);
fprintf (fp, "==%d== STACK TRACE:\n", pid);
fprintf (fp, "==%d==\n", pid);
for (i = 0; i < size; i++)
fprintf (fp, "==%d== %zu %s\n", pid, i, messages[i]);
fprintf (fp, "==%d==\n", pid);
fprintf (fp, "==%d== Please report it by opening an issue on GitHub:\n", pid);
fprintf (fp, "==%d== https://github.com/allinurl/goaccess/issues\n\n", pid);
exit (EXIT_FAILURE);
}
void itdb_sysinfo_properties_dump (SysInfoIpodProperties *props)
{
dump_struct (sysinfo_ipod_properties_fields_mapping, props);
g_list_foreach (props->artwork_formats, (GFunc)dump_image_format, NULL);
g_list_foreach (props->photo_formats, (GFunc)dump_image_format, NULL);
g_list_foreach (props->chapter_image_formats, (GFunc)dump_image_format, NULL);
}
/**
* dump all static variables
*/
void dumpglbs(void) {
int dim, i, list_size, line_count, value;
if (!glbflag)
return;
current_symbol_table_idx = rglobal_table_index;
while (current_symbol_table_idx < global_table_index) {
SYMBOL *symbol = &symbol_table[current_symbol_table_idx];
if (symbol->identity != FUNCTION) {
ppubext(symbol);
if (symbol->storage != EXTERN) {
output_string(symbol->name);
output_label_terminator();
dim = symbol->offset;
list_size = 0;
line_count = 0;
if (find_symbol_initials(symbol->name)) { // has initials
list_size = get_size(symbol->name);
if (dim == -1) {
dim = list_size;
}
}
for (i=0; i<dim; i++) {
if (symbol->type == STRUCT) {
dump_struct(symbol, i);
} else {
if (line_count % 10 == 0) {
newline();
if ((symbol->type & CINT) || (symbol->identity == POINTER)) {
gen_def_word();
} else {
gen_def_byte();
}
}
if (i < list_size) {
// dump data
value = get_item_at(symbol->name, i, &tag_table[symbol->tagidx]);
output_number(value);
} else {
// dump zero, no more data available
output_number(0);
}
line_count++;
if (line_count % 10 == 0) {
line_count = 0;
} else {
if (i < dim-1) {
output_byte( ',' );
}
}
}
}
newline();
}
} else {
fpubext(symbol);
}
current_symbol_table_idx++;
}
}
int main(int argc, const char *argv[]) {
printf("Struct before modifiction:\n");
memset(&global_foo, 0, sizeof(global_foo));
dump_struct(&global_foo);
if(argc % 2 == 0) {
printf("Not adding to variables\n");
} else {
global_foo.u64 += argc;
global_foo.u32 += argc;
global_foo.u16 += argc;
global_foo.u8 += argc;
}
printf("Struct after modifiction:\n");
dump_struct(&global_foo);
return 0;
}
void
dump_struct(Symbol *z, char *prefix, RunList *r)
{ Lextok *fp, *tl;
char eprefix[256];
int ix, jx;
ini_struct(z);
for (ix = 0; ix < z->nel; ix++)
{ if (z->nel > 1)
sprintf(eprefix, "%s[%d]", prefix, ix);
else
strcpy(eprefix, prefix);
for (fp = z->Sval[ix]; fp; fp = fp->rgt)
for (tl = fp->lft; tl; tl = tl->rgt)
{ if (tl->sym->type == STRUCT)
{ char pref[256];
strcpy(pref, eprefix);
strcat(pref, ".");
strcat(pref, tl->sym->name);
dump_struct(tl->sym, pref, r);
} else
for (jx = 0; jx < tl->sym->nel; jx++)
{ if (tl->sym->type == CHAN)
doq(tl->sym, jx, r);
else
{ printf("\t\t");
if (r)
printf("%s(%d):", r->n->name, r->pid);
printf("%s.%s", eprefix, tl->sym->name);
if (tl->sym->nel > 1)
printf("[%d]", jx);
printf(" = ");
sr_mesg(stdout, tl->sym->val[jx],
tl->sym->type == MTYPE);
printf("\n");
} } }
}
}
void split_heap(heap_header_t* heap, size_t size){
heap_footer_t* foot = (heap_footer_t*) ((uint) heap + HEAP_S + size);
foot->magic = KHEAP_MAGIC;
foot->magic2 = KHEAP_MAGIC2;
foot->size = size;
size_t new_size = heap->size - HEAP_TOTAL - size;
heap->size = size;
heap = (heap_header_t*) ((uint) foot + sizeof(heap_footer_t));
heap->size = new_size;
heap->free = TRUE;
heap->magic = KHEAP_MAGIC;
heap->magic2 = KHEAP_MAGIC2;
foot = (heap_footer_t*) ((uint) heap + HEAP_S + heap->size);
if((foot->magic != KHEAP_MAGIC) || (foot->magic2 != KHEAP_MAGIC2)){
WARN("invalid footer in split");
dump_struct(foot, sizeof(heap_footer_t));
}
if(foot->size != KHEAP_END)
foot->size = new_size;
}
/*
* dump all static variables
*/
void dumpglbs (void)
{
long i = 1;
int dim, list_size, line_count;
int j;
FILE *save = output;
if (!data)
data = fmemopen(data_buf, DATABUFSIZE, "w");
if (!rodata)
rodata = fmemopen(rodata_buf, DATABUFSIZE, "w");
/* This is done in several passes:
Pass 0: Dump initialization data into const bank.
Pass 1: Define space for uninitialized data.
Pass 2: Define space for initialized data.
*/
if (glbflag) {
int pass = 0;
next:
i = 1;
for (cptr = rglbptr; cptr < glbptr; cptr++) {
if (cptr->ident != FUNCTION) {
// ppubext(cptr);
if ((cptr->storage & WRITTEN) == 0 && /* Not yet written to file */
cptr->storage != EXTERN) {
dim = cptr->offset;
if (find_symbol_initials(cptr->name)) {
// has initials
/* dump initialization data */
if (pass == 1) /* initialized data not handled in pass 1 */
continue;
else if (pass == 2) {
/* define space for initialized data */
output = data;
if (cptr->storage != LSTATIC)
prefix();
outstr(cptr->name);
outstr(":\t");
defstorage();
outdec(cptr->size);
nl();
cptr->storage |= WRITTEN;
output = save;
continue;
}
/* output initialization data into const bank */
output = rodata;
have_init_data = 1;
list_size = 0;
line_count = 0;
list_size = get_size(cptr->name);
if (cptr->type == CSTRUCT)
list_size /= tag_table[cptr->tagidx].number_of_members;
if (dim == -1)
dim = list_size;
int item;
/* dim is an item count for non-compound types and a byte size
for compound types; dump_struct() wants an item number, so
we have to count both to get the right members out. */
for (j = item = 0; j < dim; j++, item++) {
if (cptr->type == CSTRUCT)
j += dump_struct(cptr, item) - 1;
else {
if (line_count % 10 == 0) {
nl();
if (cptr->type == CCHAR || cptr->type == CUCHAR)
defbyte();
else
defword();
}
if (j < list_size) {
// dump data
int value = get_item_at(cptr->name, j, &tag_table[cptr->tagidx]);
outdec(value);
}
else {
// dump zero, no more data available
outdec(0);
}
line_count++;
if (line_count % 10 == 0)
line_count = 0;
else {
if (j < dim - 1)
outbyte(',');
}
}
}
nl();
output = save;
}
else {
if (pass == 0)
continue;
/* define space in bss */
if (i) {
i = 0;
nl();
gdata();
}
if (cptr->storage != LSTATIC)
prefix();
outstr(cptr->name);
outstr(":\t");
defstorage();
outdec(cptr->size);
nl();
cptr->storage |= WRITTEN;
}
}
}
else {
// fpubext(cptr);
}
}
if (++pass < 3)
goto next;
}
if (i) {
nl();
gdata();
}
output = save;
}
int
main(int argc, char **argv)
{
XPTArena *arena;
XPTState *state;
XPTCursor curs, *cursor = &curs;
char *header, *data, *whole;
uint32_t hlen, dlen, i;
TRY("XPT_NewArena", (arena = XPT_NewArena(1024, sizeof(double), "main")));
TRY("NewState (ENCODE)", (state = XPT_NewXDRState(XPT_ENCODE, NULL, 0)));
XPT_SetDataOffset(state, sizeof input);
TRY("MakeCursor", XPT_MakeCursor(state, XPT_HEADER, sizeof input, cursor));
dump_struct("before", &input);
if (XDR(arena, cursor, &input))
return 1;
fprintf(stderr, "ENCODE successful\n");
XPT_GetXDRData(state, XPT_HEADER, &header, &hlen);
fprintf(stderr, "XDR header %d bytes at %p:",
hlen, header);
for (i = 0; i < hlen; i++)
fprintf(stderr, "%c%02x", i ? ',' : ' ', (uint8_t)header[i]);
fprintf(stderr, "\n");
XPT_GetXDRData(state, XPT_DATA, &data, &dlen);
fprintf(stderr, "XDR data %d bytes at %p:",
dlen, data);
for (i = 0; i < dlen; i++)
fprintf(stderr, "%c%02x/%c", i ? ',' : ' ', (uint8_t)data[i],
(uint8_t)data[i]);
fprintf(stderr, "\n");
whole = malloc(dlen + hlen);
if (!whole) {
fprintf(stderr, "malloc %d failed!\n", dlen + hlen);
return 1;
}
/* TRY_Q("malloc", (data2 = malloc(len))); */
memcpy(whole, header, hlen);
memcpy(whole + hlen, data, dlen);
XPT_DestroyXDRState(state);
TRY("NewState (DECODE)", (state = XPT_NewXDRState(XPT_DECODE, whole,
hlen + dlen)));
TRY("MakeCursor", XPT_MakeCursor(state, XPT_HEADER, sizeof input, cursor));
XPT_SetDataOffset(state, sizeof input);
if (XDR(arena, cursor, &output))
return 1;
dump_struct("after", &output);
XPT_DestroyXDRState(state);
XPT_DestroyArena(arena);
free(whole);
return 0;
}
static void dump_image_format (Itdb_ArtworkFormat *format)
{
dump_struct (sysinfo_image_format_fields_mapping, format);
g_print ("PixelFormat: %d\n", format->format);
}