static IC_Entry
readICEntry (void)
{
IC_Entry entry;
MALLOCVAR(entry);
if (entry == NULL)
pm_error("Unable to allcoate memory for IC entry");
entry->width = readU1();
entry->height = readU1();
entry->color_count = readU1();
entry->reserved = readU1();
entry->planes = readU2();
entry->bitcount = readU2();
entry->size_in_bytes = readU4();
entry->file_offset = readU4();
entry->colors = NULL;
entry->ih = NULL;
entry->xorBitmap = NULL;
entry->andBitmap = NULL;
return entry;
}
static IC_InfoHeader
readInfoHeader (IC_Entry entry)
{
IC_InfoHeader ih;
MALLOCVAR(ih);
if (ih == NULL)
pm_error("Unable to allocate memory for info header");
ih->size = readU4();
ih->width = readU4();
ih->height = readU4();
ih->planes = readU2();
ih->bitcount = readU2();
ih->compression = readU4();
ih->imagesize = readU4();
ih->x_pixels_per_m = readU4();
ih->y_pixels_per_m = readU4();
ih->colors_used = readU4();
ih->colors_important = readU4();
if (!entry->bitcount) entry->bitcount = ih->bitcount;
if (entry->color_count == 0 &&
entry->bitcount <= 8) entry->color_count = 256;
if (ih->compression) {
pm_error("Can't handle compressed icons");
}
return ih;
}
exceptionTable->startPc = readU2(fp);
exceptionTable->endPc = readU2(fp);
exceptionTable->handlerPc = readU2(fp);
exceptionTable->catchType = readU2(fp);
}
/**
A funcao faz a leitura do atributo do tipo Code classfile
*/
void readCodeAttribute(ClassFile* class, FILE *fp, AttributeInfo *attributes)
{
int i;
attributes->AttributeType.CodeAttribute.maxStack = readU2(fp);
attributes->AttributeType.CodeAttribute.maxLocals = readU2(fp);
attributes->AttributeType.CodeAttribute.codeLength = readU4(fp);
attributes->AttributeType.CodeAttribute.code = malloc((attributes->AttributeType.CodeAttribute.codeLength) * sizeof(u1));
for(i = 0; i < attributes->AttributeType.CodeAttribute.codeLength; i++)
{
attributes->AttributeType.CodeAttribute.code[i] = readU1(fp);
}
attributes->AttributeType.CodeAttribute.exceptionTableLength = readU2(fp);
attributes->AttributeType.CodeAttribute.exceptionTable = malloc((attributes->AttributeType.CodeAttribute.exceptionTableLength) * sizeof(ExceptionTable));
for(i = 0; i < attributes->AttributeType.CodeAttribute.exceptionTableLength; i++)
{
readExceptionTable(fp, &(attributes->AttributeType.CodeAttribute.exceptionTable[i]));
}
attributes->AttributeType.CodeAttribute.attributesCount = readU2(fp);
attributes->AttributeType.CodeAttribute.attributes = malloc((attributes->AttributeType.CodeAttribute.attributesCount) * sizeof(AttributeInfo));
for(i = 0; i < attributes->AttributeType.CodeAttribute.attributesCount; i++)
{
