bool PycDict::isEqual(PycRef<PycObject> obj) const
{
if (type() != obj->type())
return false;
PycRef<PycDict> dictObj = obj.cast<PycDict>();
if (m_size != dictObj->m_size)
return false;
key_t::const_iterator ki1 = m_keys.begin();
key_t::const_iterator ki2 = dictObj->m_keys.begin();
while (ki1 != m_keys.end()) {
if (!(*ki1)->isEqual(*ki2))
return false;
++ki1, ++ki2;
}
value_t::const_iterator vi1 = m_values.begin();
value_t::const_iterator vi2 = dictObj->m_values.begin();
while (vi1 != m_values.end()) {
if (!(*vi1)->isEqual(*vi2))
return false;
++vi1, ++vi2;
}
return true;
}
bool PycList::isEqual(PycRef<PycObject> obj) const
{
if (type() != obj->type())
return false;
PycRef<PycList> listObj = obj.cast<PycList>();
if (m_size != listObj->m_size)
return false;
value_t::const_iterator it1 = m_values.begin();
value_t::const_iterator it2 = listObj->m_values.begin();
while (it1 != m_values.end()) {
if (!(*it1)->isEqual(*it2))
return false;
++it1, ++it2;
}
return true;
}
void print_const(PycRef<PycObject> obj, PycModule* mod)
{
switch (obj->type()) {
case PycObject::TYPE_STRING:
case PycObject::TYPE_STRINGREF:
case PycObject::TYPE_INTERNED:
OutputString(obj.cast<PycString>(), (mod->majorVer() == 3) ? 'b' : 0);
break;
case PycObject::TYPE_UNICODE:
OutputString(obj.cast<PycString>(), (mod->majorVer() == 3) ? 0 : 'u');
break;
case PycObject::TYPE_TUPLE:
{
fprintf(pyc_output, "(");
PycTuple::value_t values = obj.cast<PycTuple>()->values();
PycTuple::value_t::const_iterator it = values.begin();
if (it != values.end()) {
print_const(*it, mod);
while (++it != values.end()) {
fprintf(pyc_output, ", ");
print_const(*it, mod);
}
}
if (values.size() == 1)
fprintf(pyc_output, ",)");
else
fprintf(pyc_output, ")");
}
break;
case PycObject::TYPE_LIST:
{
fprintf(pyc_output, "[");
PycList::value_t values = obj.cast<PycList>()->values();
PycList::value_t::const_iterator it = values.begin();
if (it != values.end()) {
print_const(*it, mod);
while (++it != values.end()) {
fprintf(pyc_output, ", ");
print_const(*it, mod);
}
}
fprintf(pyc_output, "]");
}
break;
case PycObject::TYPE_DICT:
{
fprintf(pyc_output, "{");
PycDict::key_t keys = obj.cast<PycDict>()->keys();
PycDict::value_t values = obj.cast<PycDict>()->values();
PycDict::key_t::const_iterator ki = keys.begin();
PycDict::value_t::const_iterator vi = values.begin();
if (ki != keys.end()) {
print_const(*ki, mod);
fprintf(pyc_output, ": ");
print_const(*vi, mod);
while (++ki != keys.end()) {
++vi;
fprintf(pyc_output, ", ");
print_const(*ki, mod);
fprintf(pyc_output, ": ");
print_const(*vi, mod);
}
}
fprintf(pyc_output, "}");
}
break;
case PycObject::TYPE_SET:
{
fprintf(pyc_output, "{");
PycSet::value_t values = obj.cast<PycSet>()->values();
PycSet::value_t::const_iterator it = values.begin();
if (it != values.end()) {
print_const(*it, mod);
while (++it != values.end()) {
fprintf(pyc_output, ", ");
print_const(*it, mod);
}
}
fprintf(pyc_output, "}");
}
break;
case PycObject::TYPE_NONE:
fprintf(pyc_output, "None");
break;
case PycObject::TYPE_TRUE:
fprintf(pyc_output, "True");
break;
case PycObject::TYPE_FALSE:
fprintf(pyc_output, "False");
break;
case PycObject::TYPE_INT:
fprintf(pyc_output, "%d", obj.cast<PycInt>()->value());
break;
case PycObject::TYPE_LONG:
fprintf(pyc_output, "%s", obj.cast<PycLong>()->repr().c_str());
break;
case PycObject::TYPE_FLOAT:
fprintf(pyc_output, "%s", obj.cast<PycFloat>()->value());
break;
case PycObject::TYPE_COMPLEX:
fprintf(pyc_output, "(%s+%sj)", obj.cast<PycComplex>()->value(),
obj.cast<PycComplex>()->imag());
break;
case PycObject::TYPE_BINARY_FLOAT:
fprintf(pyc_output, "%g", obj.cast<PycCFloat>()->value());
break;
case PycObject::TYPE_BINARY_COMPLEX:
fprintf(pyc_output, "(%g+%gj)", obj.cast<PycCComplex>()->value(),
obj.cast<PycCComplex>()->imag());
break;
case PycObject::TYPE_CODE:
case PycObject::TYPE_CODE2:
fprintf(pyc_output, "<CODE> %s", obj.cast<PycCode>()->name()->value());
break;
}
}
void output_object(PycRef<PycObject> obj, PycModule* mod, int indent)
{
switch (obj->type()) {
case PycObject::TYPE_CODE:
case PycObject::TYPE_CODE2:
{
PycRef<PycCode> codeObj = obj.cast<PycCode>();
iprintf(indent, "[Code]\n");
iprintf(indent + 1, "File Name: %s\n", codeObj->fileName()->value());
iprintf(indent + 1, "Object Name: %s\n", codeObj->name()->value());
iprintf(indent + 1, "Arg Count: %d\n", codeObj->argCount());
if (mod->majorVer() >= 3)
iprintf(indent + 1, "KW Only Arg Count: %d\n", codeObj->kwOnlyArgCount());
iprintf(indent + 1, "Locals: %d\n", codeObj->numLocals());
iprintf(indent + 1, "Stack Size: %d\n", codeObj->stackSize());
iprintf(indent + 1, "Flags: 0x%08X", codeObj->flags());
print_coflags(codeObj->flags());
if (codeObj->names() != Pyc_NULL) {
iprintf(indent + 1, "[Names]\n");
for (int i=0; i<codeObj->names()->size(); i++)
output_object(codeObj->names()->get(i), mod, indent + 2);
}
if (codeObj->varNames() != Pyc_NULL) {
iprintf(indent + 1, "[Var Names]\n");
for (int i=0; i<codeObj->varNames()->size(); i++)
output_object(codeObj->varNames()->get(i), mod, indent + 2);
}
if (codeObj->freeVars() != Pyc_NULL) {
iprintf(indent + 1, "[Free Vars]\n");
for (int i=0; i<codeObj->freeVars()->size(); i++)
output_object(codeObj->freeVars()->get(i), mod, indent + 2);
}
if (codeObj->cellVars() != Pyc_NULL) {
iprintf(indent + 1, "[Cell Vars]\n");
for (int i=0; i<codeObj->cellVars()->size(); i++)
output_object(codeObj->cellVars()->get(i), mod, indent + 2);
}
if (codeObj->consts() != Pyc_NULL) {
iprintf(indent + 1, "[Constants]\n");
for (int i=0; i<codeObj->consts()->size(); i++)
output_object(codeObj->consts()->get(i), mod, indent + 2);
}
iprintf(indent + 1, "[Disassembly]\n");
bc_disasm(codeObj, mod, indent + 2);
}
break;
case PycObject::TYPE_STRING:
iprintf(indent, "");
OutputString(obj.cast<PycString>(), (mod->majorVer() == 3) ? 'b' : 0);
fprintf(pyc_output, "\n");
break;
case PycObject::TYPE_UNICODE:
iprintf(indent, "");
OutputString(obj.cast<PycString>(), (mod->majorVer() == 3) ? 0 : 'u');
fprintf(pyc_output, "\n");
break;
case PycObject::TYPE_STRINGREF:
case PycObject::TYPE_INTERNED:
case PycObject::TYPE_ASCII:
case PycObject::TYPE_ASCII_INTERNED:
case PycObject::TYPE_SHORT_ASCII:
case PycObject::TYPE_SHORT_ASCII_INTERNED:
iprintf(indent, "");
OutputString(obj.cast<PycString>(), 0);
fprintf(pyc_output, "\n");
break;
case PycObject::TYPE_TUPLE:
case PycObject::TYPE_SMALL_TUPLE:
{
iprintf(indent, "(\n");
PycTuple::value_t values = obj.cast<PycTuple>()->values();
for (PycTuple::value_t::const_iterator i = values.begin(); i != values.end(); i++)
output_object(*i, mod, indent + 1);
iprintf(indent, ")\n");
}
break;
case PycObject::TYPE_LIST:
{
iprintf(indent, "[\n");
PycList::value_t values = obj.cast<PycList>()->values();
for (PycList::value_t::const_iterator i = values.begin(); i != values.end(); i++)
output_object(*i, mod, indent + 1);
iprintf(indent, "]\n");
}
break;
case PycObject::TYPE_DICT:
{
iprintf(indent, "{\n");
PycDict::key_t keys = obj.cast<PycDict>()->keys();
PycDict::value_t values = obj.cast<PycDict>()->values();
PycDict::key_t::const_iterator ki = keys.begin();
PycDict::value_t::const_iterator vi = values.begin();
while (ki != keys.end()) {
output_object(*ki, mod, indent + 1);
output_object(*vi, mod, indent + 2);
++ki, ++vi;
}
iprintf(indent, "}\n");
}
break;
case PycObject::TYPE_SET:
{
iprintf(indent, "{\n");
PycSet::value_t values = obj.cast<PycSet>()->values();
for (PycSet::value_t::const_iterator i = values.begin(); i != values.end(); i++)
output_object(*i, mod, indent + 1);
iprintf(indent, "}\n");
}
break;
case PycObject::TYPE_NONE:
iprintf(indent, "None\n");
break;
case PycObject::TYPE_FALSE:
iprintf(indent, "False\n");
break;
case PycObject::TYPE_TRUE:
iprintf(indent, "True\n");
break;
case PycObject::TYPE_ELLIPSIS:
iprintf(indent, "...\n");
break;
case PycObject::TYPE_INT:
iprintf(indent, "%d\n", obj.cast<PycInt>()->value());
break;
case PycObject::TYPE_LONG:
iprintf(indent, "%s\n", obj.cast<PycLong>()->repr().c_str());
break;
case PycObject::TYPE_FLOAT:
iprintf(indent, "%s\n", obj.cast<PycFloat>()->value());
break;
case PycObject::TYPE_COMPLEX:
iprintf(indent, "(%s+%sj)\n", obj.cast<PycComplex>()->value(),
obj.cast<PycComplex>()->imag());
break;
case PycObject::TYPE_BINARY_FLOAT:
iprintf(indent, "%g\n", obj.cast<PycCFloat>()->value());
break;
case PycObject::TYPE_BINARY_COMPLEX:
iprintf(indent, "(%g+%gj)\n", obj.cast<PycCComplex>()->value(),
obj.cast<PycCComplex>()->imag());
break;
default:
iprintf(indent, "<TYPE: %d>\n", obj->type());
}
}