public void CheckDefaultTestCase()
{
StackFrame frame = GetFrame($"{DefaultModuleName}!DefaultTestCase");
VariableCollection locals = frame.Locals;
dynamic p = locals["p"];
std.wstring string1 = new std.wstring(p.string1);
Assert.Equal("qwerty", string1.Text);
std.list <std.wstring> strings = new std.list <std.wstring>(p.strings);
std.vector <std.@string> ansiStrings = new std.vector <std.@string>(p.ansiStrings);
std.map <std.wstring, std.@string> stringMap = new std.map <std.wstring, std.@string>(p.stringMap);
std.unordered_map <std.wstring, std.@string> stringUMap = new std.unordered_map <std.wstring, std.@string>(p.stringUMap);
string[] stringsConverted = strings.Select(s => s.Text).ToArray();
string[] ansiStringsConverted = ansiStrings.Select(s => s.Text).ToArray();
CompareArrays(new[] { "Foo", "Bar" }, stringsConverted);
CompareArrays(new[] { "AnsiFoo", "AnsiBar" }, ansiStringsConverted);
foreach (std.wstring s in strings)
{
Assert.True(s.Length <= s.Reserved);
}
for (int i = 0; i < ansiStrings.Count; i++)
{
Assert.True(ansiStrings[i].Length <= ansiStrings[i].Reserved);
}
VerifyMap(stringMap);
VerifyMap(stringUMap);
// Verify enum value
dynamic e = locals["e"];
Assert.Equal("enumEntry3", e.ToString());
Assert.Equal(3, (int)e);
dynamic pEnumeration = p.enumeration;
dynamic pInnerEnumeration = p.innerEnumeration;
Assert.Equal("enumEntry2", pEnumeration.ToString());
Assert.Equal(2, (int)pEnumeration);
Assert.Equal("simple4", pInnerEnumeration.ToString());
Assert.Equal(4, (int)pInnerEnumeration);
}
public static void load_translation(random_read file)
{
MemoryU8 translation_data_buffer; //std::unique_ptr<std::uint32_t []> translation_data;
PointerU32 translation_data; //std::unique_ptr<std::uint32_t []> translation_data;
std.unordered_map <string, std.pair <string, uint32_t> > translation_map = new std.unordered_map <string, std.pair <string, uint32_t> >(); //std::unordered_map<std::string_view, std::pair<char const *, std::uint32_t> > translation_map;
uint64_t size = 0;
if (file.length(out size) || (20 > size))
{
osd_printf_error("Error reading translation file: {0}-byte file is too small to contain translation data\n", size);
return;
}
translation_data_buffer = new MemoryU8((int)size + 3, true); //translation_data.reset(new (std::nothrow) std::uint32_t [(size + 3) / 4]);
translation_data = new PointerU32(f_translation_data);
if (translation_data == null)
{
osd_printf_error("Failed to allocate {0} bytes to load translation data file\n", size);
return;
}
size_t read;
file.read(translation_data, size, out read);
if (read != size)
{
osd_printf_error("Error reading translation file: requested {0} bytes but got {1} bytes\n", size, read);
translation_data = null; //translation_data.reset();
return;
}
if ((translation_data[0] != MO_MAGIC) && (translation_data[0] != MO_MAGIC_REVERSED))
{
osd_printf_error("Error reading translation file: unrecognized magic number {0}\n", translation_data[0]); //0x%08X
translation_data = null; //translation_data.reset();
return;
}
var fetch_word = new Func <size_t, uint32_t>(
(size_t offset) => //[reversed = translation_data[0] == MO_MAGIC_REVERSED, words = translation_data.get()] (size_t offset)
{
var reversed = translation_data[0] == MO_MAGIC_REVERSED;
var words = translation_data;
return(reversed ? swapendian_int32(words[offset]) : words[offset]);
});
// FIXME: check major/minor version number
if ((fetch_word(3) % 4) != 0 || (fetch_word(4) % 4) != 0)
{
osd_printf_error("Error reading translation file: table offsets {0} and {1} are not word-aligned\n", fetch_word(3), fetch_word(4));
translation_data = null; //translation_data.reset();
return;
}
uint32_t number_of_strings = fetch_word(2);
uint32_t original_table_offset = fetch_word(3) >> 2;
uint32_t translation_table_offset = fetch_word(4) >> 2;
if ((4 * (original_table_offset + ((uint64_t)number_of_strings * 2))) > size)
{
osd_printf_error("Error reading translation file: {0}-entry original string table at offset {1} extends past end of {2}-byte file\n", number_of_strings, fetch_word(3), size);
translation_data = null; //translation_data.reset();
return;
}
if ((4 * (translation_table_offset + ((uint64_t)number_of_strings * 2))) > size)
{
osd_printf_error("Error reading translation file: {0}-entry translated string table at offset {1} extends past end of {2}-byte file\n", number_of_strings, fetch_word(4), size);
translation_data = null; //translation_data.reset();
return;
}
osd_printf_verbose("Reading translation file: {0} strings, original table at word offset {1}, translated table at word offset {2}\n", number_of_strings, original_table_offset, translation_table_offset);
PointerU8 data = new PointerU8(translation_data); //char const *const data = reinterpret_cast<char const *>(translation_data.get());
for (uint32_t i = 1; number_of_strings > i; ++i)
{
uint32_t original_length = fetch_word(original_table_offset + (2 * i));
uint32_t original_offset = fetch_word(original_table_offset + (2 * i) + 1);
if ((original_length + original_offset) >= size)
{
osd_printf_error("Error reading translation file: {0}-byte original string {1} at offset {2} extends past end of {3}-byte file\n", original_length, i, original_offset, size);
continue;
}
if (data[original_length + original_offset] != 0)
{
osd_printf_error("Error reading translation file: {0}-byte original string {1} at offset {2} is not correctly NUL-terminated\n", original_length, i, original_offset);
continue;
}
uint32_t translation_length = fetch_word(translation_table_offset + (2 * i));
uint32_t translation_offset = fetch_word(translation_table_offset + (2 * i) + 1);
if ((translation_length + translation_offset) >= size)
{
osd_printf_error("Error reading translation file: {0}-byte translated string {1} at offset {2} extends past end of {3}-byte file\n", translation_length, i, translation_offset, size);
continue;
}
if (data[translation_length + translation_offset] != 0)
{
osd_printf_error("Error reading translation file: {0}-byte translated string {1} at offset {2} is not correctly NUL-terminated\n", translation_length, i, translation_offset);
continue;
}
string original = data.ToString((int)original_offset, int.MaxValue); //std::string_view const original(&data[original_offset], original_length);
string translation = data.ToString((int)translation_offset, int.MaxValue); //char const *const translation(&data[translation_offset]);
var ins = translation_map.emplace(original, std.make_pair(translation, translation_length)); //auto const ins = translation_map.emplace(original, std::make_pair(translation, translation_length));
if (!ins)
{
osd_printf_warning(
"Loading translation file: translation {0} '{1}'='{2}' conflicts with previous translation '{3}'='{4}'\n",
i,
original,
translation,
null, //ins.first->first,
null); //ins.first->second.first);
}
}
osd_printf_verbose("Loaded {0} translated string from file\n", translation_map.size());
f_translation_data = translation_data;
f_translation_map = translation_map;
}
public void CheckDefaultTestCaseLocals()
{
StackFrame frame = GetFrame($"{DefaultModuleName}!DefaultTestCase");
VariableCollection locals = frame.Locals;
dynamic p = locals["p"];
std.wstring string1 = new std.wstring(p.string1);
Assert.AreEqual("qwerty", string1.Text);
std.list <std.wstring> strings = new std.list <std.wstring>(p.strings);
std.vector <std.@string> ansiStrings = new std.vector <std.@string>(p.ansiStrings);
std.map <std.wstring, std.@string> stringMap = new std.map <std.wstring, std.@string>(p.stringMap);
std.unordered_map <std.wstring, std.@string> stringUMap = new std.unordered_map <std.wstring, std.@string>(p.stringUMap);
string[] stringsConverted = strings.Select(s => s.Text).ToArray();
string[] ansiStringsConverted = ansiStrings.Select(s => s.Text).ToArray();
CompareArrays(new[] { "Foo", "Bar" }, stringsConverted);
CompareArrays(new[] { "AnsiFoo", "AnsiBar" }, ansiStringsConverted);
foreach (std.wstring s in strings)
{
Assert.IsTrue(s.Length <= s.Reserved);
}
for (int i = 0; i < ansiStrings.Count; i++)
{
Assert.IsTrue(ansiStrings[i].Length <= ansiStrings[i].Reserved);
}
VerifyMap(stringMap);
VerifyMap(stringUMap);
// Verify enum value
dynamic e = locals["e"];
Assert.AreEqual("enumEntry3", e.ToString());
Assert.AreEqual(3, (int)e);
// Verify shared/weak pointers
std.shared_ptr <int> sptr1 = new std.shared_ptr <int>(locals["sptr1"]);
std.shared_ptr <int> esptr1 = new std.shared_ptr <int>(locals["esptr1"]);
std.shared_ptr <int> esptr2 = new std.shared_ptr <int>(locals["esptr2"]);
std.weak_ptr <int> wptr1 = new std.weak_ptr <int>(locals["wptr1"]);
std.weak_ptr <int> ewptr1 = new std.weak_ptr <int>(locals["ewptr1"]);
std.weak_ptr <int> ewptr2 = new std.weak_ptr <int>(locals["ewptr2"]);
Assert.IsFalse(sptr1.IsEmpty);
Assert.AreEqual(1, sptr1.SharedCount);
Assert.AreEqual(2, sptr1.WeakCount);
Assert.AreEqual(5, sptr1.Element);
Assert.IsTrue(sptr1.IsCreatedWithMakeShared);
Assert.IsFalse(wptr1.IsEmpty);
Assert.AreEqual(1, wptr1.SharedCount);
Assert.AreEqual(2, wptr1.WeakCount);
Assert.AreEqual(5, wptr1.Element);
Assert.IsTrue(wptr1.IsCreatedWithMakeShared);
Assert.IsTrue(esptr1.IsEmpty);
Assert.IsTrue(ewptr1.IsEmpty);
Assert.AreEqual(0, ewptr1.SharedCount);
Assert.AreEqual(1, ewptr1.WeakCount);
Assert.AreEqual(42, ewptr1.UnsafeElement);
Assert.IsTrue(ewptr1.IsCreatedWithMakeShared);
Assert.IsTrue(esptr2.IsEmpty);
Assert.IsTrue(ewptr2.IsEmpty);
Assert.AreEqual(0, ewptr2.SharedCount);
Assert.AreEqual(1, ewptr2.WeakCount);
Assert.IsFalse(ewptr2.IsCreatedWithMakeShared);
}
public void CheckDefaultTestCase()
{
StackFrame frame = GetFrame($"{DefaultModuleName}!DefaultTestCase");
VariableCollection locals = frame.Locals;
dynamic p = locals["p"];
std.wstring string1 = new std.wstring(p.string1);
Assert.Equal("qwerty", string1.Text);
std.list <std.wstring> strings = new std.list <std.wstring>(p.strings);
std.vector <std.@string> ansiStrings = new std.vector <std.@string>(p.ansiStrings);
std.map <std.wstring, std.@string> stringMap = new std.map <std.wstring, std.@string>(p.stringMap);
std.unordered_map <std.wstring, std.@string> stringUMap = new std.unordered_map <std.wstring, std.@string>(p.stringUMap);
string[] stringsConverted = strings.Select(s => s.Text).ToArray();
string[] ansiStringsConverted = ansiStrings.Select(s => s.Text).ToArray();
CompareArrays(new[] { "Foo", "Bar" }, stringsConverted);
CompareArrays(new[] { "AnsiFoo", "AnsiBar" }, ansiStringsConverted);
foreach (std.wstring s in strings)
{
Assert.True(s.Length <= s.Reserved);
}
for (int i = 0; i < ansiStrings.Count; i++)
{
Assert.True(ansiStrings[i].Length <= ansiStrings[i].Reserved);
}
VerifyMap(stringMap);
VerifyMap(stringUMap);
// Verify enum value
dynamic e = locals["e"];
Assert.Equal("enumEntry3", e.ToString());
Assert.Equal(3, (int)e);
dynamic pEnumeration = p.enumeration;
dynamic pInnerEnumeration = p.innerEnumeration;
Assert.Equal("enumEntry2", pEnumeration.ToString());
Assert.Equal(2, (int)pEnumeration);
Assert.Equal("simple4", pInnerEnumeration.ToString());
Assert.Equal(4, (int)pInnerEnumeration);
if (ExecuteCodeGen)
{
InterpretInteractive($@"
MyTestClass global = ModuleGlobals.globalVariable;
AreEqual(1212121212, MyTestClass.staticVariable);
AreEqual(""qwerty"", global.string1.Text);
AreEqual(2, global.strings.Count);
AreEqual(""Foo"", global.strings.ElementAt(0).Text);
AreEqual(""Bar"", global.strings.ElementAt(1).Text);
AreEqual(2, global.ansiStrings.Count);
AreEqual(""AnsiFoo"", global.ansiStrings[0].Text);
AreEqual(""AnsiBar"", global.ansiStrings[1].Text);
AreEqual(MyEnum.enumEntry2, global.enumeration);
AreEqual(MyTestClass.MyEnumInner.simple4, global.innerEnumeration);
");
}
}
public void CheckDefaultTestCaseLocals()
{
StackFrame frame = GetFrame($"{DefaultModuleName}!DefaultTestCase");
VariableCollection locals = frame.Locals;
dynamic p = locals["p"];
std.wstring string1 = new std.wstring(p.string1);
Assert.AreEqual("qwerty", string1.Text);
std.list<std.wstring> strings = new std.list<std.wstring>(p.strings);
std.vector<std.@string> ansiStrings = new std.vector<std.@string>(p.ansiStrings);
std.map<std.wstring, std.@string> stringMap = new std.map<std.wstring, std.@string>(p.stringMap);
std.unordered_map<std.wstring, std.@string> stringUMap = new std.unordered_map<std.wstring, std.@string>(p.stringUMap);
string[] stringsConverted = strings.Select(s => s.Text).ToArray();
string[] ansiStringsConverted = ansiStrings.Select(s => s.Text).ToArray();
CompareArrays(new[] { "Foo", "Bar" }, stringsConverted);
CompareArrays(new[] { "AnsiFoo", "AnsiBar" }, ansiStringsConverted);
foreach (std.wstring s in strings)
Assert.IsTrue(s.Length <= s.Reserved);
for (int i = 0; i < ansiStrings.Count; i++)
Assert.IsTrue(ansiStrings[i].Length <= ansiStrings[i].Reserved);
VerifyMap(stringMap);
VerifyMap(stringUMap);
// Verify enum value
dynamic e = locals["e"];
Assert.AreEqual("enumEntry3", e.ToString());
Assert.AreEqual(3, (int)e);
// Verify shared/weak pointers
std.shared_ptr<int> sptr1 = new std.shared_ptr<int>(locals["sptr1"]);
std.shared_ptr<int> esptr1 = new std.shared_ptr<int>(locals["esptr1"]);
std.shared_ptr<int> esptr2 = new std.shared_ptr<int>(locals["esptr2"]);
std.weak_ptr<int> wptr1 = new std.weak_ptr<int>(locals["wptr1"]);
std.weak_ptr<int> ewptr1 = new std.weak_ptr<int>(locals["ewptr1"]);
std.weak_ptr<int> ewptr2 = new std.weak_ptr<int>(locals["ewptr2"]);
Assert.IsFalse(sptr1.IsEmpty);
Assert.AreEqual(1, sptr1.SharedCount);
Assert.AreEqual(2, sptr1.WeakCount);
Assert.AreEqual(5, sptr1.Element);
Assert.IsTrue(sptr1.IsCreatedWithMakeShared);
Assert.IsFalse(wptr1.IsEmpty);
Assert.AreEqual(1, wptr1.SharedCount);
Assert.AreEqual(2, wptr1.WeakCount);
Assert.AreEqual(5, wptr1.Element);
Assert.IsTrue(wptr1.IsCreatedWithMakeShared);
Assert.IsTrue(esptr1.IsEmpty);
Assert.IsTrue(ewptr1.IsEmpty);
Assert.AreEqual(0, ewptr1.SharedCount);
Assert.AreEqual(1, ewptr1.WeakCount);
Assert.AreEqual(42, ewptr1.UnsafeElement);
Assert.IsTrue(ewptr1.IsCreatedWithMakeShared);
Assert.IsTrue(esptr2.IsEmpty);
Assert.IsTrue(ewptr2.IsEmpty);
Assert.AreEqual(0, ewptr2.SharedCount);
Assert.AreEqual(1, ewptr2.WeakCount);
Assert.IsFalse(ewptr2.IsCreatedWithMakeShared);
}
