void dotest(const char* opName, Asm& a, void (Asm::*memFn)(Arg)) {
std::vector<std::string> expecteds;
auto& args = Gen<Arg>::gen();
for (auto& ar : args) {
expecteds.push_back(expected_str(ar));
(a.*memFn)(ar);
}
auto const dump = dump_disasm(a);
compare(opName, dump, expecteds);
a.clear();
}
void dotest(const char* opName, Asm& a, void (Asm::*memFn)(Arg1, Arg2),
const std::vector<Arg1>& args1, const std::vector<Arg2>& args2) {
std::vector<std::string> expecteds;
for (auto& ar1 : args1) {
for (auto& ar2 : args2) {
expecteds.push_back(
folly::format("{}, {}", expected_str(ar1), expected_str(ar2)).str()
);
(a.*memFn)(ar1, ar2);
}
}
auto const dump = dump_disasm(a);
compare(opName, dump, expecteds);
a.clear();
}
void dotest(const char* opName, Asm& a, void (Asm::*memFn)(Arg1, Arg2),
const std::vector<Arg1>& args1, const std::vector<Arg2>& args2) {
std::vector<std::string> expecteds;
for (auto& ar1 : args1) {
for (auto& ar2 : args2) {
expecteds.push_back(str(
boost::format("%s,%s") % expected_str(ar1)
% expected_str(ar2)
));
(a.*memFn)(ar1, ar2);
}
}
std::ifstream dump;
dump_disasm(a, dump);
compare(opName, dump, expecteds);
a.clear();
}