}
}
static void print_assembly(std::string data) {
auto iter = data.begin();
for (; iter != data.end(); iter+=INSTRUCTION_WIDTH) {
Instruction* instruction = (Instruction*)&data[iter - data.begin()];
std::cout << instruction->toString() << std::endl;
}
}
TEST_CASE("assemble expressions", "[asm expr]") {
ast::expr_t expr = lang::parse("a = 2;");
assembler::AssembleVisitor v;
expr->accept(&v);
std::basic_stringstream<char> expected;
//expected << Push(Field(field_type::global, v.getGlobalId(value::none()), 0)); // local: global
//expected << Push(Field(field_type::global, v.getGlobalId(value::none()), 0)); // local: this
expected << Push(Field(field_type::global, v.getGlobalId(value::none()), 0)); // local: a
expected << Push(Field(field_type::global, v.getGlobalId(value::integer(2)), 0));
expected << Push(Field(field_type::reg|field_type::referance, reg::ebp, 2));
expected << Pop(Field(field_type::reg, reg::a, 0));
expected << Mov(Field(field_type::global, v.getGlobalId(value::string("__assign_value__")), 0),
Field(field_type::reg, reg::b, 0));
expected << Call(Field(field_type::reg, reg::a, 0),
Field(field_type::reg, reg::b, 0), 1);
expected << Pop(Field(field_type::reg, reg::m, 0));
test_assembly(expected.str(), v.stream.str(), v);
}
static std::vector<uint8> AsVector(std::basic_stringstream<Char>& stream)
{
auto str = stream.str();
return std::vector<uint8>((const uint8*)AsPointer(str.begin()), (const uint8*)AsPointer(str.end()));
}