xo-interpreter2: utest: refactor to reduce repetition

This commit is contained in:
Roland Conybeare 2026-03-26 16:06:31 -04:00
commit 6a73f49aae

View file

@ -40,6 +40,7 @@ namespace xo {
using xo::mm::ArenaConfig;
using xo::facet::FacetRegistry;
using xo::facet::TypeRegistry;
using xo::reflect::typeseq;
using span_type = xo::scm::DVirtualSchematikaMachine::span_type;
using Catch::Matchers::WithinAbs;
@ -73,7 +74,8 @@ namespace xo {
~VsmFixture() {}
bool log_memory_layout(scope * p_log) {
bool log_memory_layout(scope * p_log)
{
auto visitor = [p_log](const MemorySizeInfo & info) {
*p_log && (*p_log)(xtag("resource", info.resource_name_),
xtag("used", info.used_),
@ -90,10 +92,90 @@ namespace xo {
return true;
}
bool session_with_complete_input(const char * input_text,
std::function<bool (const VsmResultExt & x)> verify_result)
{
INFO(xtag("input_text", input_text));
bool eof_flag = false;
vsm_->begin_interactive_session();
VsmResultExt res = vsm_->read_eval_print(span_type::from_cstr(input_text),
eof_flag);
REQUIRE(res.is_value());
REQUIRE(res.value());
REQUIRE(verify_result(res));
REQUIRE(res.remaining_.size() == 1);
REQUIRE(*res.remaining_.lo() == '\n');
return true;
}
ArenaShim aux_mm_;
abox<AGCObject,DVirtualSchematikaMachine> vsm_;
};
void vsm_std_utest_pattern(bool debug_flag,
const std::string & testname,
const char * input,
std::function<bool (const VsmResultExt & x)> verify_fn,
const VsmConfig & cfg = VsmConfig())
{
scope log(XO_DEBUG(debug_flag), xtag("test", testname));
VsmFixture vsm_fixture(testname, debug_flag, cfg);
vsm_fixture.session_with_complete_input(input, verify_fn);
log && vsm_fixture.log_memory_layout(&log);
}
void vsm_multi_utest_pattern(bool debug_flag,
const std::string & testname,
const char * input,
std::vector<std::function<bool (const VsmResultExt &)>> verify_fns,
bool eof_flag = false,
const VsmConfig & cfg = VsmConfig())
{
scope log(XO_DEBUG(debug_flag), xtag("test", testname));
VsmFixture vsm_fixture(testname, debug_flag, cfg);
auto & vsm = vsm_fixture.vsm_;
vsm->begin_interactive_session();
span_type remaining = span_type::from_cstr(input);
for (std::size_t i = 0; i < verify_fns.size(); ++i) {
log && log(xtag("i_expr", i), xtag("input", remaining));
VsmResultExt res = vsm->read_eval_print(remaining, eof_flag);
REQUIRE(res.is_value());
REQUIRE(res.value());
log && log(xtag("res.tseq", res.value()->_typeseq()),
xtag("res.type", TypeRegistry::id2name(res.value()->_typeseq())));
REQUIRE(verify_fns[i](res));
if (i + 1 == verify_fns.size()) {
REQUIRE(res.remaining_.size() == 1);
REQUIRE(*res.remaining_.lo() == '\n');
} else {
REQUIRE(res.remaining_.size() > 1);
}
remaining = res.remaining_;
}
log && vsm_fixture.log_memory_layout(&log);
}
TEST_CASE("VirtualSchematikaMachine-ctor", "[interpreter2][VSM]")
{
const auto & testname = Catch::getResultCapture().getCurrentTestName();
@ -109,653 +191,356 @@ namespace xo {
TEST_CASE("VirtualSchematikaMachine-const1", "[interpreter2][VSM]")
{
const auto & testname = Catch::getResultCapture().getCurrentTestName();
constexpr bool c_debug_flag = false;
scope log(XO_DEBUG(c_debug_flag), xtag("test", testname));
VsmFixture vsm_fixture(testname, c_debug_flag);
auto verify_fn = [](const VsmResultExt & res) {
auto x = obj<AGCObject,DFloat>::from(*res.value());
auto & vsm = vsm_fixture.vsm_;
REQUIRE(x);
REQUIRE(x._typeseq() == typeseq::id<DFloat>());
REQUIRE_THAT(x.data()->value(), WithinAbs(3.141592635, 1e-6));
bool eof_flag = false;
return true;
};
vsm->begin_interactive_session();
VsmResultExt res = vsm->read_eval_print(span_type::from_cstr("3.141592635;"), eof_flag);
REQUIRE(res.is_value());
REQUIRE(res.value());
auto x = obj<AGCObject,DFloat>::from(*res.value());
REQUIRE(x);
REQUIRE_THAT(x.data()->value(), WithinAbs(3.141592635, 1e-6));
REQUIRE(res.remaining_.size() == 1);
REQUIRE(*res.remaining_.lo() == '\n');
log && vsm_fixture.log_memory_layout(&log);
vsm_std_utest_pattern(c_debug_flag, testname, "3.1415926535;", verify_fn);
}
TEST_CASE("VirtualSchematikaMachine-const2", "[interpreter2][VSM]")
{
const auto & testname = Catch::getResultCapture().getCurrentTestName();
constexpr bool c_debug_flag = false;
scope log(XO_DEBUG(c_debug_flag), xtag("test", testname));
VsmFixture vsm_fixture(testname, c_debug_flag);
auto verify_fn = [](const VsmResultExt & res) {
auto x = obj<AGCObject,DInteger>::from(*res.value());
auto & vsm = vsm_fixture.vsm_;
REQUIRE(x);
REQUIRE(x._typeseq() == typeseq::id<DInteger>());
REQUIRE(x.data()->value() == 1011);
bool eof_flag = false;
return true;
};
vsm->begin_interactive_session();
VsmResultExt res = vsm->read_eval_print(span_type::from_cstr("1011;"), eof_flag);
REQUIRE(res.is_value());
REQUIRE(res.value());
log && log(xtag("res.tseq", res.value()->_typeseq()));
auto x = obj<AGCObject,DInteger>::from(*res.value());
REQUIRE(x);
REQUIRE(x.data()->value() == 1011);
REQUIRE(res.remaining_.size() == 1);
REQUIRE(*res.remaining_.lo() == '\n');
log && vsm_fixture.log_memory_layout(&log);
vsm_std_utest_pattern(c_debug_flag, testname, "1011;", verify_fn);
}
TEST_CASE("VirtualSchematikaMachine-arith1", "[interpreter2][VSM]")
{
const auto & testname = Catch::getResultCapture().getCurrentTestName();
constexpr bool c_debug_flag = false;
scope log(XO_DEBUG(c_debug_flag), xtag("test", testname));
VsmFixture vsm_fixture(testname, c_debug_flag);
auto & vsm = vsm_fixture.vsm_;
auto verify_fn = [](const VsmResultExt & res) {
auto x = obj<AGCObject,DFloat>::from(*res.value());
bool eof_flag = false;
REQUIRE(x);
REQUIRE(x._typeseq() == typeseq::id<DFloat>());
REQUIRE(x.data()->value() == 1.570796325);
vsm->begin_interactive_session();
VsmResultExt res = vsm->read_eval_print(span_type::from_cstr("3.14159265 * 0.5;"), eof_flag);
return true;
};
REQUIRE(res.is_value());
REQUIRE(res.value());
log && log(xtag("res.tseq", res.value()->_typeseq()));
auto x = obj<AGCObject,DFloat>::from(*res.value());
REQUIRE(x);
REQUIRE(x.data()->value() == 1.570796325);
REQUIRE(res.remaining_.size() == 1);
REQUIRE(*res.remaining_.lo() == '\n');
log && vsm_fixture.log_memory_layout(&log);
vsm_std_utest_pattern(c_debug_flag, testname,
"3.14159265 * 0.5;",
verify_fn);
}
TEST_CASE("VirtualSchematikaMachine-arith2", "[interpreter2][VSM]")
{
const auto & testname = Catch::getResultCapture().getCurrentTestName();
constexpr bool c_debug_flag = true;
scope log(XO_DEBUG(c_debug_flag), xtag("test", testname));
VsmFixture vsm_fixture(testname, c_debug_flag);
auto & vsm = vsm_fixture.vsm_;
auto verify_fn = [](const VsmResultExt & res) {
auto x = obj<AGCObject,DFloat>::from(*res.value());
bool eof_flag = false;
REQUIRE(x);
REQUIRE(x.data()->value() == 6.2831853);
vsm->begin_interactive_session();
VsmResultExt res = vsm->read_eval_print(span_type::from_cstr("3.14159265 / 0.5;"), eof_flag);
return true;
};
REQUIRE(res.is_value());
REQUIRE(res.value());
log && log(xtag("res.tseq", res.value()->_typeseq()));
auto x = obj<AGCObject,DFloat>::from(*res.value());
REQUIRE(x);
REQUIRE(x.data()->value() == 6.2831853);
REQUIRE(res.remaining_.size() == 1);
REQUIRE(*res.remaining_.lo() == '\n');
log && vsm_fixture.log_memory_layout(&log);
vsm_std_utest_pattern(c_debug_flag, testname,
"3.14159265 / 0.5;", verify_fn);
}
TEST_CASE("VirtualSchematikaMachine-cmp1", "[interpreter2][VSM]")
{
const auto & testname = Catch::getResultCapture().getCurrentTestName();
constexpr bool c_debug_flag = false;
scope log(XO_DEBUG(c_debug_flag), xtag("test", testname));
VsmFixture vsm_fixture(testname, c_debug_flag);
auto & vsm = vsm_fixture.vsm_;
auto verify_fn = [](const VsmResultExt & res) {
auto x = obj<AGCObject,DBoolean>::from(*res.value());
bool eof_flag = false;
REQUIRE(x);
REQUIRE(x.data()->value() == true);
vsm->begin_interactive_session();
VsmResultExt res
= vsm->read_eval_print(span_type::from_cstr("123 == 123;"),
eof_flag);
return true;
};
REQUIRE(res.is_value());
REQUIRE(res.value());
log && log(xtag("res.tseq", res.value()->_typeseq()));
auto x = obj<AGCObject,DBoolean>::from(*res.value());
REQUIRE(x);
REQUIRE(x.data()->value() == true);
REQUIRE(res.remaining_.size() == 1);
REQUIRE(*res.remaining_.lo() == '\n');
log && vsm_fixture.log_memory_layout(&log);
vsm_std_utest_pattern(c_debug_flag, testname,
"123 == 123;",
verify_fn);
}
TEST_CASE("VirtualSchematikaMachine-if", "[interpreter2][VSM]")
{
const auto & testname = Catch::getResultCapture().getCurrentTestName();
constexpr bool c_debug_flag = false;
scope log(XO_DEBUG(c_debug_flag), xtag("test", testname));
VsmFixture vsm_fixture(testname, c_debug_flag);
auto & vsm = vsm_fixture.vsm_;
auto verify_fn = [](const VsmResultExt & res) {
auto x = obj<AGCObject,DString>::from(*res.value());
bool eof_flag = false;
REQUIRE(x);
REQUIRE(strcmp(x.data()->chars(), "equal") == 0);
vsm->begin_interactive_session();
VsmResultExt res
= vsm->read_eval_print(span_type::from_cstr("if 123 == 123 then \"equal\" else \"notequal\";"),
eof_flag);
return true;
};
REQUIRE(res.is_value());
REQUIRE(res.value());
log && log(xtag("res.tseq", res.value()->_typeseq()));
auto x = obj<AGCObject,DString>::from(*res.value());
REQUIRE(x);
REQUIRE(strcmp(x.data()->chars(), "equal") == 0);
REQUIRE(res.remaining_.size() == 1);
REQUIRE(*res.remaining_.lo() == '\n');
log && vsm_fixture.log_memory_layout(&log);
vsm_std_utest_pattern(c_debug_flag, testname,
"if 123 == 123 then \"equal\" else \"notequal\";",
verify_fn);
}
TEST_CASE("VirtualSchematikaMachine-lambda1", "[interpreter2][VSM]")
{
const auto & testname = Catch::getResultCapture().getCurrentTestName();
constexpr bool c_debug_flag = false;
scope log(XO_DEBUG(c_debug_flag), xtag("test", testname));
VsmFixture vsm_fixture(testname, c_debug_flag);
auto & vsm = vsm_fixture.vsm_;
auto verify_fn = [](const VsmResultExt & res) {
auto x = obj<AGCObject,DClosure>::from(*res.value());
bool eof_flag = false;
REQUIRE(x);
vsm->begin_interactive_session();
VsmResultExt res
= vsm->read_eval_print(span_type::from_cstr("lambda (x : i64) -> i64 { x * x; }"),
eof_flag);
return true;
};
REQUIRE(res.is_value());
REQUIRE(res.value());
log && log(xtag("res.tseq", res.value()->_typeseq()));
auto x = obj<AGCObject,DClosure>::from(*res.value());
REQUIRE(x);
//REQUIRE(x.data()->value() == 1.570796325);
REQUIRE(res.remaining_.size() == 1);
REQUIRE(*res.remaining_.lo() == '\n');
log && vsm_fixture.log_memory_layout(&log);
vsm_std_utest_pattern(c_debug_flag, testname,
"lambda (x : i64) -> i64 { x * x; }",
verify_fn);
}
TEST_CASE("VirtualSchematikaMachine-apply2", "[interpreter2][VSM]")
{
const auto & testname = Catch::getResultCapture().getCurrentTestName();
constexpr bool c_debug_flag = false;
bool c_debug_flag = false;
scope log(XO_DEBUG(c_debug_flag), xtag("test", testname));
auto verify_fn = [](const VsmResultExt & res) {
auto x = obj<AGCObject,DInteger>::from(*res.value());
VsmFixture vsm_fixture(testname, c_debug_flag);
auto & vsm = vsm_fixture.vsm_;
REQUIRE(x);
REQUIRE(x->value() == 195);
bool eof_flag = false;
return true;
};
vsm->begin_interactive_session();
VsmResultExt res
= vsm->read_eval_print(span_type::from_cstr
("(lambda (x : i64, y : i64) { x * y; })(13, 15);"),
eof_flag);
REQUIRE(res.is_value());
REQUIRE(res.value());
log && log(xtag("res.tseq", res.value()->_typeseq()));
// currently get not-implemented error
auto x = obj<AGCObject,DInteger>::from(*res.value());
REQUIRE(x);
REQUIRE(x->value() == 195);
//log && log("runtime-error", xtag("ex.src", x->src_function()), xtag("ex.descr", x->error_descr()));
//REQUIRE(x.data()->value() == 1.570796325);
REQUIRE(res.remaining_.size() == 1);
REQUIRE(*res.remaining_.lo() == '\n');
log && vsm_fixture.log_memory_layout(&log);
vsm_std_utest_pattern(c_debug_flag, testname,
"(lambda (x : i64, y : i64) { x * y; })(13, 15);",
verify_fn);
}
TEST_CASE("VirtualSchematikaMachine-def1", "[interpreter2][VSM]")
{
const auto & testname = Catch::getResultCapture().getCurrentTestName();
constexpr bool c_debug_flag = false;
bool c_debug_flag = false;
scope log(XO_DEBUG(c_debug_flag), xtag("test", testname));
auto verify_fn = [](const VsmResultExt & res) {
auto x = obj<AGCObject,DUniqueString>::from(*res.value());
VsmFixture vsm_fixture(testname, c_debug_flag);
auto & vsm = vsm_fixture.vsm_;
REQUIRE(x);
REQUIRE(strcmp(x->chars(), "foo") == 0);
bool eof_flag = false;
return true;
};
vsm->begin_interactive_session();
VsmResultExt res
= vsm->read_eval_print(span_type::from_cstr("def foo = 3.14159;"),
eof_flag);
REQUIRE(res.is_value());
REQUIRE(res.value());
log && log(xtag("res.tseq", res.value()->_typeseq()),
xtag("res.type", TypeRegistry::id2name(res.value()->_typeseq())));
// currently get not-implemented error
auto x = obj<AGCObject,DUniqueString>::from(*res.value());
REQUIRE(x);
REQUIRE(strcmp(x->chars(), "foo") == 0);
//log && log("runtime-error", xtag("ex.src", x->src_function()), xtag("ex.descr", x->error_descr()));
//REQUIRE(x.data()->value() == 1.570796325);
REQUIRE(res.remaining_.size() == 1);
REQUIRE(*res.remaining_.lo() == '\n');
log && vsm_fixture.log_memory_layout(&log);
vsm_std_utest_pattern(c_debug_flag, testname,
"def foo = 3.14159;",
verify_fn);
}
TEST_CASE("VirtualSchematikaMachine-def2", "[interpreter2][VSM]")
{
const auto & testname = Catch::getResultCapture().getCurrentTestName();
constexpr bool c_debug_flag = true;
bool c_debug_flag = true;
scope log(XO_DEBUG(c_debug_flag), xtag("test", testname));
VsmFixture vsm_fixture(testname, c_debug_flag);
auto & vsm = vsm_fixture.vsm_;
bool eof_flag = false;
vsm->begin_interactive_session();
span_type input = span_type::from_cstr("def foo = 3.14159; foo;");
for (int i_expr = 0; i_expr < 2; ++i_expr) {
log && log(xtag("input", input));
VsmResultExt res
= vsm->read_eval_print(input, eof_flag);
REQUIRE(res.is_value());
REQUIRE(res.value());
log && log(xtag("res.tseq", res.value()->_typeseq()),
xtag("res.type", TypeRegistry::id2name(res.value()->_typeseq())));
if (i_expr == 0) {
auto x = obj<AGCObject,DUniqueString>::from(*res.value());
REQUIRE(x);
REQUIRE(strcmp(x->chars(), "foo") == 0);
REQUIRE(res.remaining_.size() > 1);
input = res.remaining_;
} else if (i_expr == 1) {
auto x = obj<AGCObject,DFloat>::from(*res.value());
REQUIRE(x);
REQUIRE_THAT(x->value(), WithinAbs(3.14159, 1e-6));
REQUIRE(res.remaining_.size() == 1);
REQUIRE(*res.remaining_.lo() == '\n');
input = res.remaining_;
}
}
log && vsm_fixture.log_memory_layout(&log);
vsm_multi_utest_pattern(
c_debug_flag, testname,
"def foo = 3.14159; foo;",
{
[](const VsmResultExt & res) {
auto x = obj<AGCObject,DUniqueString>::from(*res.value());
REQUIRE(x);
REQUIRE(strcmp(x->chars(), "foo") == 0);
return true;
},
[](const VsmResultExt & res) {
auto x = obj<AGCObject,DFloat>::from(*res.value());
REQUIRE(x);
REQUIRE_THAT(x->value(), WithinAbs(3.14159, 1e-6));
return true;
}
});
}
TEST_CASE("VirtualSchematikaMachine-def3", "[interpreter2][VSM]")
{
const auto & testname = Catch::getResultCapture().getCurrentTestName();
constexpr bool c_debug_flag = true;
bool c_debug_flag = true;
scope log(XO_DEBUG(c_debug_flag), xtag("test", testname));
VsmFixture vsm_fixture(testname, c_debug_flag);
auto & vsm = vsm_fixture.vsm_;
bool eof_flag = true;
vsm->begin_interactive_session();
span_type input = span_type::from_cstr("def fact = lambda (n) { if (n == 0) then 1 else n * fact(n - 1) };");
for (int i_expr = 0; i_expr < 1; ++i_expr) {
log && log(xtag("input", input));
VsmResultExt res
= vsm->read_eval_print(input, eof_flag);
REQUIRE(res.is_value());
REQUIRE(res.value());
log && log(xtag("res.tseq", res.value()->_typeseq()),
xtag("res.type", TypeRegistry::id2name(res.value()->_typeseq())));
if (i_expr == 0) {
auto x = obj<AGCObject,DUniqueString>::from(*res.value());
REQUIRE(x);
REQUIRE(strcmp(x->chars(), "fact") == 0);
REQUIRE(res.remaining_.size() == 1);
REQUIRE(*res.remaining_.lo() == '\n');
input = res.remaining_;
}
}
log && vsm_fixture.log_memory_layout(&log);
vsm_multi_utest_pattern(
c_debug_flag, testname,
"def fact = lambda (n) { if (n == 0) then 1 else n * fact(n - 1) };",
{
[](const VsmResultExt & res) {
auto x = obj<AGCObject,DUniqueString>::from(*res.value());
REQUIRE(x);
REQUIRE(strcmp(x->chars(), "fact") == 0);
return true;
}
},
/*eof_flag=*/true);
}
TEST_CASE("VirtualSchematikaMachine-if2", "[interpreter2][VSM]")
{
const auto & testname = Catch::getResultCapture().getCurrentTestName();
constexpr bool c_debug_flag = true;
bool c_debug_flag = true;
scope log(XO_DEBUG(c_debug_flag), xtag("test", testname));
VsmFixture vsm_fixture(testname, c_debug_flag);
auto & vsm = vsm_fixture.vsm_;
bool eof_flag = true;
vsm->begin_interactive_session();
span_type input = span_type::from_cstr("def n = 4; if (n == 4) then n * 3 else n * 5;");
for (int i_expr = 0; i_expr < 2; ++i_expr) {
log && log(xtag("input", input));
VsmResultExt res
= vsm->read_eval_print(input, eof_flag);
REQUIRE(res.is_value());
REQUIRE(res.value());
log && log(xtag("res.tseq", res.value()->_typeseq()),
xtag("res.type", TypeRegistry::id2name(res.value()->_typeseq())));
if (i_expr == 0) {
auto x = obj<AGCObject,DUniqueString>::from(*res.value());
REQUIRE(x);
REQUIRE(strcmp(x->chars(), "n") == 0);
input = res.remaining_;
} else if (i_expr == 1) {
auto x = obj<AGCObject,DInteger>::from(*res.value());
REQUIRE(x);
REQUIRE(x->value() == 12);
REQUIRE(res.remaining_.size() == 1);
REQUIRE(*res.remaining_.lo() == '\n');
input = res.remaining_;
}
}
log && vsm_fixture.log_memory_layout(&log);
vsm_multi_utest_pattern(
c_debug_flag, testname,
"def n = 4; if (n == 4) then n * 3 else n * 5;",
{
[](const VsmResultExt & res) {
auto x = obj<AGCObject,DUniqueString>::from(*res.value());
REQUIRE(x);
REQUIRE(strcmp(x->chars(), "n") == 0);
return true;
},
[](const VsmResultExt & res) {
auto x = obj<AGCObject,DInteger>::from(*res.value());
REQUIRE(x);
REQUIRE(x->value() == 12);
return true;
}
},
/*eof_flag=*/true);
}
TEST_CASE("VirtualSchematikaMachine-fact0", "[interpreter2][VSM]")
{
const auto & testname = Catch::getResultCapture().getCurrentTestName();
constexpr bool c_debug_flag = false;
bool c_debug_flag = false;
scope log(XO_DEBUG(c_debug_flag), xtag("test", testname));
VsmFixture vsm_fixture(testname, c_debug_flag);
auto & vsm = vsm_fixture.vsm_;
bool eof_flag = true;
vsm->begin_interactive_session();
span_type input = span_type::from_cstr("def fact = lambda (n) { if (n == 0) then 1 else n * fact(n - 1) }; fact(4);");
for (int i_expr = 0; i_expr < 2; ++i_expr) {
log && log(xtag("input", input));
VsmResultExt res
= vsm->read_eval_print(input, eof_flag);
REQUIRE(res.is_value());
REQUIRE(res.value());
log && log(xtag("res.tseq", res.value()->_typeseq()),
xtag("res.type", TypeRegistry::id2name(res.value()->_typeseq())));
if (i_expr == 0) {
auto x = obj<AGCObject,DUniqueString>::from(*res.value());
REQUIRE(x);
REQUIRE(strcmp(x->chars(), "fact") == 0);
input = res.remaining_;
} else if (i_expr == 1) {
auto x = obj<AGCObject,DInteger>::from(*res.value());
REQUIRE(x);
REQUIRE(x->value() == 24);
REQUIRE(res.remaining_.size() == 1);
REQUIRE(*res.remaining_.lo() == '\n');
input = res.remaining_;
}
}
log && vsm_fixture.log_memory_layout(&log);
vsm_multi_utest_pattern(
c_debug_flag, testname,
"def fact = lambda (n) { if (n == 0) then 1 else n * fact(n - 1) }; fact(4);",
{
[](const VsmResultExt & res) {
auto x = obj<AGCObject,DUniqueString>::from(*res.value());
REQUIRE(x);
REQUIRE(strcmp(x->chars(), "fact") == 0);
return true;
},
[](const VsmResultExt & res) {
auto x = obj<AGCObject,DInteger>::from(*res.value());
REQUIRE(x);
REQUIRE(x->value() == 24);
return true;
}
},
/*eof_flag=*/true);
}
TEST_CASE("VirtualSchematikaMachine-qliteral1", "[interpreter2][VSM]")
{
const auto & testname = Catch::getResultCapture().getCurrentTestName();
constexpr bool c_debug_flag = true;
bool c_debug_flag = true;
scope log(XO_DEBUG(c_debug_flag), xtag("test", testname));
auto verify_fn = [](const VsmResultExt & res) {
auto x = obj<AGCObject,DFloat>::from(*res.value());
VsmFixture vsm_fixture(testname, c_debug_flag,
VsmConfig().with_parser_debug_flag(c_debug_flag));
auto & vsm = vsm_fixture.vsm_;
REQUIRE(x);
REQUIRE(x->value() == 4.5);
bool eof_flag = false;
return true;
};
vsm->begin_interactive_session();
span_type input = span_type::from_cstr("#q{ 4.5 };");
log && log(xtag("input", input));
VsmResultExt res
= vsm->read_eval_print(input, eof_flag);
REQUIRE(res.is_value());
REQUIRE(res.value());
log && log(xtag("res.tseq", res.value()->_typeseq()),
xtag("res.type", TypeRegistry::id2name(res.value()->_typeseq())));
auto x = obj<AGCObject,DFloat>::from(*res.value());
REQUIRE(x);
REQUIRE(x->value() == 4.5);
REQUIRE(res.remaining_.size() == 1);
REQUIRE(*res.remaining_.lo() == '\n');
//log && vsm_fixture.log_memory_layout(&log);
vsm_std_utest_pattern(c_debug_flag, testname,
"#q{ 4.5 };",
verify_fn,
VsmConfig().with_parser_debug_flag(c_debug_flag));
}
TEST_CASE("VirtualSchematikaMachine-qlist", "[interpreter2][VSM]")
{
const auto & testname = Catch::getResultCapture().getCurrentTestName();
constexpr bool c_debug_flag = false;
bool c_debug_flag = false;
scope log(XO_DEBUG(c_debug_flag), xtag("test", testname));
auto verify_fn = [](const VsmResultExt & res) {
auto x = obj<AGCObject,DList>::from(*res.value());
REQUIRE(x);
REQUIRE(x->size() == 2);
VsmFixture vsm_fixture(testname, c_debug_flag,
VsmConfig().with_parser_debug_flag(c_debug_flag));
auto & vsm = vsm_fixture.vsm_;
auto x0 = obj<AGCObject,DFloat>::from(x->at(0));
REQUIRE(x0);
REQUIRE(x0->value() == 4.5);
bool eof_flag = true;
auto x1 = obj<AGCObject,DFloat>::from(x->at(1));
REQUIRE(x1);
REQUIRE(x1->value() == 7.2);
vsm->begin_interactive_session();
return true;
};
span_type input = span_type::from_cstr("#q{ (4.5 7.2) };");
log && log(xtag("input", input));
VsmResultExt res
= vsm->read_eval_print(input, eof_flag);
REQUIRE(res.is_value());
REQUIRE(res.value());
log && log(xtag("res.tseq", res.value()->_typeseq()),
xtag("res.type", TypeRegistry::id2name(res.value()->_typeseq())));
auto x = obj<AGCObject,DList>::from(*res.value());
REQUIRE(x);
REQUIRE(x->size() == 2);
auto x0 = obj<AGCObject,DFloat>::from(x->at(0));
REQUIRE(x0);
REQUIRE(x0->value() == 4.5);
auto x1 = obj<AGCObject,DFloat>::from(x->at(1));
REQUIRE(x1);
REQUIRE(x1->value() == 7.2);
REQUIRE(res.remaining_.size() == 1);
REQUIRE(*res.remaining_.lo() == '\n');
//log && vsm_fixture.log_memory_layout(&log);
vsm_std_utest_pattern(c_debug_flag, testname,
"#q{ (4.5 7.2) };",
verify_fn,
VsmConfig().with_parser_debug_flag(c_debug_flag));
}
TEST_CASE("VirtualSchematikaMachine-qarray", "[interpreter2][VSM]")
{
const auto & testname = Catch::getResultCapture().getCurrentTestName();
constexpr bool c_debug_flag = true;
bool c_debug_flag = true;
scope log(XO_DEBUG(c_debug_flag), xtag("test", testname));
auto verify_fn = [](const VsmResultExt & res) {
auto x = obj<AGCObject,DArray>::from(*res.value());
REQUIRE(x);
REQUIRE(x->size() == 2);
VsmFixture vsm_fixture(testname, c_debug_flag,
VsmConfig().with_parser_debug_flag(c_debug_flag));
auto & vsm = vsm_fixture.vsm_;
auto x0 = obj<AGCObject,DFloat>::from(x->at(0));
REQUIRE(x0);
REQUIRE(x0->value() == 4.5);
bool eof_flag = true;
auto x1 = obj<AGCObject,DFloat>::from(x->at(1));
REQUIRE(x1);
REQUIRE(x1->value() == 7.2);
vsm->begin_interactive_session();
return true;
};
span_type input = span_type::from_cstr("#q{ [4.5 7.2] };");
log && log(xtag("input", input));
VsmResultExt res
= vsm->read_eval_print(input, eof_flag);
REQUIRE(res.is_value());
REQUIRE(res.value());
log && log(xtag("res.tseq", res.value()->_typeseq()),
xtag("res.type", TypeRegistry::id2name(res.value()->_typeseq())));
auto x = obj<AGCObject,DArray>::from(*res.value());
REQUIRE(x);
REQUIRE(x->size() == 2);
auto x0 = obj<AGCObject,DFloat>::from(x->at(0));
REQUIRE(x0);
REQUIRE(x0->value() == 4.5);
auto x1 = obj<AGCObject,DFloat>::from(x->at(1));
REQUIRE(x1);
REQUIRE(x1->value() == 7.2);
REQUIRE(res.remaining_.size() == 1);
REQUIRE(*res.remaining_.lo() == '\n');
//log && vsm_fixture.log_memory_layout(&log);
vsm_std_utest_pattern(c_debug_flag, testname,
"#q{ [4.5 7.2] };",
verify_fn,
VsmConfig().with_parser_debug_flag(c_debug_flag));
}
TEST_CASE("VirtualSchematikaMachine-report_memory_use", "[interpreter2][VSM]")
{
const auto & testname = Catch::getResultCapture().getCurrentTestName();
constexpr bool c_debug_flag = false;
bool c_debug_flag = false;
scope log(XO_DEBUG(c_debug_flag), xtag("test", testname));
auto verify_fn = [](const VsmResultExt & res) {
auto x = obj<AGCObject,DBoolean>::from(*res.value());
VsmFixture vsm_fixture(testname, c_debug_flag,
VsmConfig().with_parser_debug_flag(c_debug_flag));
auto & vsm = vsm_fixture.vsm_;
REQUIRE(x);
REQUIRE(x->value() == true);
bool eof_flag = true;
return true;
};
vsm->begin_interactive_session();
span_type input = span_type::from_cstr("report-memory-use();");
log && log(xtag("input", input));
VsmResultExt res
= vsm->read_eval_print(input, eof_flag);
REQUIRE(res.is_value());
REQUIRE(res.value());
log && log(xtag("res.tseq", res.value()->_typeseq()),
xtag("res.type", TypeRegistry::id2name(res.value()->_typeseq())));
auto x = obj<AGCObject,DBoolean>::from(*res.value());
REQUIRE(x);
REQUIRE(x->value() == true);
REQUIRE(res.remaining_.size() == 1);
REQUIRE(*res.remaining_.lo() == '\n');
//log && vsm_fixture.log_memory_layout(&log);
vsm_std_utest_pattern(c_debug_flag, testname,
"report-memory-use();",
verify_fn,
VsmConfig().with_parser_debug_flag(c_debug_flag));
}
} /*namespace ut*/
} /*namespace xo*/