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Redcraft/Redcraft.Utility/Source/Private/Testing/StringTesting.cpp

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feat(string): add single character utility and the corresponding testing
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#include "Testing/StringTesting.h"
#include "String/Char.h"
feat(string): add null-terminated byte string handling functions and the corresponding testing
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#include "Memory/Memory.h"
feat(containers): add TString and the corresponding testing
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#include "String/String.h"
feat(string): add TStringView and remove TCString and merge it into TStringView
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#include "String/StringView.h"
feat(string): add single character utility and the corresponding testing
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#include "Miscellaneous/AssertionMacros.h"
NAMESPACE_REDCRAFT_BEGIN
NAMESPACE_MODULE_BEGIN(Redcraft)
NAMESPACE_MODULE_BEGIN(Utility)
NAMESPACE_BEGIN(Testing)
void TestString()
{
TestChar();
feat(containers): add TString and the corresponding testing
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TestStringView();
TestTemplateString();
feat(string): add single character utility and the corresponding testing
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}
void TestChar()
{
{
always_check(!CCharType<int>);
always_check(CCharType<char>);
refactor(string): refactor TChar to enhance support for unicode
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always_check(CCharType<wchar>);
always_check(CCharType<u8char>);
always_check(CCharType<u16char>);
always_check(CCharType<u32char>);
always_check(CCharType<unicodechar>);
feat(string): add single character utility and the corresponding testing
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}
{
always_check(FChar::IsAlnum(TEXT('0')));
always_check(FChar::IsAlpha(TEXT('A')));
always_check(FChar::IsLower(TEXT('a')));
always_check(FChar::IsUpper(TEXT('A')));
always_check(FChar::IsDigit(TEXT('0')));
always_check(FChar::IsCntrl(TEXT('\n')));
always_check(FChar::IsGraph(TEXT('!')));
always_check(FChar::IsSpace(TEXT('\t')));
always_check(FChar::IsBlank(TEXT(' ')));
always_check(FChar::IsPrint(TEXT('#')));
always_check(FChar::IsPunct(TEXT('[')));
}
{
always_check(FWChar::IsAlnum(WTEXT('0')));
always_check(FWChar::IsAlpha(WTEXT('A')));
always_check(FWChar::IsLower(WTEXT('a')));
always_check(FWChar::IsUpper(WTEXT('A')));
always_check(FWChar::IsDigit(WTEXT('0')));
always_check(FWChar::IsCntrl(WTEXT('\n')));
always_check(FWChar::IsGraph(WTEXT('!')));
always_check(FWChar::IsSpace(WTEXT('\t')));
always_check(FWChar::IsBlank(WTEXT(' ')));
always_check(FWChar::IsPrint(WTEXT('#')));
always_check(FWChar::IsPunct(WTEXT('[')));
}
{
always_check(FU8Char::IsAlnum(U8TEXT('0')));
always_check(FU8Char::IsAlpha(U8TEXT('A')));
always_check(FU8Char::IsLower(U8TEXT('a')));
always_check(FU8Char::IsUpper(U8TEXT('A')));
always_check(FU8Char::IsDigit(U8TEXT('0')));
always_check(FU8Char::IsCntrl(U8TEXT('\n')));
always_check(FU8Char::IsGraph(U8TEXT('!')));
always_check(FU8Char::IsSpace(U8TEXT('\t')));
always_check(FU8Char::IsBlank(U8TEXT(' ')));
always_check(FU8Char::IsPrint(U8TEXT('#')));
always_check(FU8Char::IsPunct(U8TEXT('[')));
}
{
refactor(string): refactor TChar to enhance support for unicode
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always_check(FU16Char::IsAlnum(U16TEXT('0')));
always_check(FU16Char::IsAlpha(U16TEXT('A')));
always_check(FU16Char::IsLower(U16TEXT('a')));
always_check(FU16Char::IsUpper(U16TEXT('A')));
feat(string): add single character utility and the corresponding testing
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always_check(FU16Char::IsDigit(U16TEXT('0')));
always_check(FU16Char::IsCntrl(U16TEXT('\n')));
refactor(string): refactor TChar to enhance support for unicode
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always_check(FU16Char::IsGraph(U16TEXT('!')));
feat(string): add single character utility and the corresponding testing
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always_check(FU16Char::IsSpace(U16TEXT('\t')));
always_check(FU16Char::IsBlank(U16TEXT(' ')));
refactor(string): refactor TChar to enhance support for unicode
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always_check(FU16Char::IsPrint(U16TEXT('#')));
always_check(FU16Char::IsPunct(U16TEXT('[')));
feat(string): add single character utility and the corresponding testing
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}
{
refactor(string): refactor TChar to enhance support for unicode
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always_check(FU32Char::IsAlnum(U32TEXT('0')));
always_check(FU32Char::IsAlpha(U32TEXT('A')));
always_check(FU32Char::IsLower(U32TEXT('a')));
always_check(FU32Char::IsUpper(U32TEXT('A')));
feat(string): add single character utility and the corresponding testing
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always_check(FU32Char::IsDigit(U32TEXT('0')));
always_check(FU32Char::IsCntrl(U32TEXT('\n')));
refactor(string): refactor TChar to enhance support for unicode
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always_check(FU32Char::IsGraph(U32TEXT('!')));
feat(string): add single character utility and the corresponding testing
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always_check(FU32Char::IsSpace(U32TEXT('\t')));
always_check(FU32Char::IsBlank(U32TEXT(' ')));
refactor(string): refactor TChar to enhance support for unicode
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always_check(FU32Char::IsPrint(U32TEXT('#')));
always_check(FU32Char::IsPunct(U32TEXT('[')));
feat(string): add single character utility and the corresponding testing
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}
{
always_check(!FChar::IsAlnum(TEXT('$')));
always_check(!FChar::IsAlpha(TEXT('0')));
always_check(!FChar::IsLower(TEXT('A')));
always_check(!FChar::IsUpper(TEXT('a')));
always_check(!FChar::IsDigit(TEXT('I')));
always_check(!FChar::IsCntrl(TEXT('_')));
always_check(!FChar::IsGraph(TEXT(' ')));
always_check(!FChar::IsSpace(TEXT('=')));
refactor(string): refactor TChar to enhance support for unicode
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always_check(!FChar::IsBlank(TEXT('+')));
feat(string): add single character utility and the corresponding testing
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always_check(!FChar::IsPrint(TEXT('\n')));
always_check(!FChar::IsPunct(TEXT('H')));
}
{
always_check(!FWChar::IsAlnum(WTEXT('$')));
always_check(!FWChar::IsAlpha(WTEXT('0')));
always_check(!FWChar::IsLower(WTEXT('A')));
always_check(!FWChar::IsUpper(WTEXT('a')));
always_check(!FWChar::IsDigit(WTEXT('I')));
always_check(!FWChar::IsCntrl(WTEXT('_')));
always_check(!FWChar::IsGraph(WTEXT(' ')));
always_check(!FWChar::IsSpace(WTEXT('=')));
refactor(string): refactor TChar to enhance support for unicode
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always_check(!FWChar::IsBlank(WTEXT('+')));
feat(string): add single character utility and the corresponding testing
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always_check(!FWChar::IsPrint(WTEXT('\n')));
always_check(!FWChar::IsPunct(WTEXT('H')));
}
{
always_check(!FU8Char::IsAlnum(U8TEXT('$')));
always_check(!FU8Char::IsAlpha(U8TEXT('0')));
always_check(!FU8Char::IsLower(U8TEXT('A')));
always_check(!FU8Char::IsUpper(U8TEXT('a')));
always_check(!FU8Char::IsDigit(U8TEXT('I')));
always_check(!FU8Char::IsCntrl(U8TEXT('_')));
always_check(!FU8Char::IsGraph(U8TEXT(' ')));
always_check(!FU8Char::IsSpace(U8TEXT('=')));
refactor(string): refactor TChar to enhance support for unicode
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always_check(!FU8Char::IsBlank(U8TEXT('+')));
feat(string): add single character utility and the corresponding testing
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always_check(!FU8Char::IsPrint(U8TEXT('\n')));
always_check(!FU8Char::IsPunct(U8TEXT('H')));
}
{
refactor(string): refactor TChar to enhance support for unicode
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always_check(!FU16Char::IsAlnum(U16TEXT('$')));
always_check(!FU16Char::IsAlpha(U16TEXT('0')));
always_check(!FU16Char::IsLower(U16TEXT('A')));
always_check(!FU16Char::IsUpper(U16TEXT('a')));
feat(string): add single character utility and the corresponding testing
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always_check(!FU16Char::IsDigit(U16TEXT('I')));
always_check(!FU16Char::IsCntrl(U16TEXT('_')));
refactor(string): refactor TChar to enhance support for unicode
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always_check(!FU16Char::IsGraph(U16TEXT(' ')));
feat(string): add single character utility and the corresponding testing
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always_check(!FU16Char::IsSpace(U16TEXT('=')));
refactor(string): refactor TChar to enhance support for unicode
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always_check(!FU16Char::IsBlank(U16TEXT('+')));
always_check(!FU16Char::IsPrint(U16TEXT('\n')));
always_check(!FU16Char::IsPunct(U16TEXT('H')));
feat(string): add single character utility and the corresponding testing
2024-09-17 10:06:02 +00:00
}
{
refactor(string): refactor TChar to enhance support for unicode
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always_check(!FU32Char::IsAlnum(U32TEXT('$')));
always_check(!FU32Char::IsAlpha(U32TEXT('0')));
always_check(!FU32Char::IsLower(U32TEXT('A')));
always_check(!FU32Char::IsUpper(U32TEXT('a')));
feat(string): add single character utility and the corresponding testing
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always_check(!FU32Char::IsDigit(U32TEXT('I')));
always_check(!FU32Char::IsCntrl(U32TEXT('_')));
refactor(string): refactor TChar to enhance support for unicode
2024-10-26 13:15:27 +00:00
always_check(!FU32Char::IsGraph(U32TEXT(' ')));
feat(string): add single character utility and the corresponding testing
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always_check(!FU32Char::IsSpace(U32TEXT('=')));
refactor(string): refactor TChar to enhance support for unicode
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always_check(!FU32Char::IsBlank(U32TEXT('+')));
always_check(!FU32Char::IsPrint(U32TEXT('\n')));
always_check(!FU32Char::IsPunct(U32TEXT('H')));
feat(string): add single character utility and the corresponding testing
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}
{
always_check( FChar::IsDigit(TEXT('F'), 16));
always_check(!FChar::IsDigit(TEXT('G'), 16));
always_check( FWChar::IsDigit(WTEXT('F'), 16));
always_check(!FWChar::IsDigit(WTEXT('G'), 16));
always_check( FU8Char::IsDigit(U8TEXT('F'), 16));
always_check(!FU8Char::IsDigit(U8TEXT('G'), 16));
always_check( FU16Char::IsDigit(U16TEXT('F'), 16));
always_check(!FU16Char::IsDigit(U16TEXT('G'), 16));
always_check( FU32Char::IsDigit(U32TEXT('F'), 16));
always_check(!FU32Char::IsDigit(U32TEXT('G'), 16));
}
{
always_check(FChar::ToLower(TEXT('i')) == TEXT('i'));
always_check(FChar::ToUpper(TEXT('l')) == TEXT('L'));
always_check(FWChar::ToUpper(WTEXT('l')) == WTEXT('L'));
always_check(FWChar::ToLower(WTEXT('i')) == WTEXT('i'));
always_check(FU8Char::ToLower(U8TEXT('i')) == U8TEXT('i'));
always_check(FU8Char::ToUpper(U8TEXT('l')) == U8TEXT('L'));
refactor(string): refactor TChar to enhance support for unicode
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always_check(FU16Char::ToLower(U16TEXT('i')) == U16TEXT('i'));
always_check(FU16Char::ToUpper(U16TEXT('l')) == U16TEXT('L'));
always_check(FU32Char::ToLower(U32TEXT('i')) == U32TEXT('i'));
always_check(FU32Char::ToUpper(U32TEXT('l')) == U32TEXT('L'));
feat(string): add single character utility and the corresponding testing
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}
{
always_check(0x0 == FChar::ToDigit(TEXT('0')));
always_check(0xF == FChar::ToDigit(TEXT('f')));
always_check(0xF == FChar::ToDigit(TEXT('F')));
always_check(0x0 == FWChar::ToDigit(WTEXT('0')));
always_check(0xF == FWChar::ToDigit(WTEXT('f')));
always_check(0xF == FWChar::ToDigit(WTEXT('F')));
always_check(0x0 == FU8Char::ToDigit(U8TEXT('0')));
always_check(0xF == FU8Char::ToDigit(U8TEXT('f')));
always_check(0xF == FU8Char::ToDigit(U8TEXT('F')));
always_check(0x0 == FU16Char::ToDigit(U16TEXT('0')));
always_check(0xF == FU16Char::ToDigit(U16TEXT('f')));
always_check(0xF == FU16Char::ToDigit(U16TEXT('F')));
always_check(0x0 == FU16Char::ToDigit(U16TEXT('0')));
always_check(0xF == FU16Char::ToDigit(U16TEXT('f')));
always_check(0xF == FU16Char::ToDigit(U16TEXT('F')));
}
{
always_check(TEXT('0') == FChar::FromDigit(0x0));
always_check(TEXT('f') != FChar::FromDigit(0xF));
always_check(TEXT('F') == FChar::FromDigit(0xF));
always_check(WTEXT('0') == FWChar::FromDigit(0x0));
always_check(WTEXT('f') != FWChar::FromDigit(0xF));
always_check(WTEXT('F') == FWChar::FromDigit(0xF));
always_check(U8TEXT('0') == FU8Char::FromDigit(0x0));
always_check(U8TEXT('f') != FU8Char::FromDigit(0xF));
always_check(U8TEXT('F') == FU8Char::FromDigit(0xF));
always_check(U16TEXT('0') == FU16Char::FromDigit(0x0));
always_check(U16TEXT('f') != FU16Char::FromDigit(0xF));
always_check(U16TEXT('F') == FU16Char::FromDigit(0xF));
always_check(U16TEXT('0') == FU16Char::FromDigit(0x0));
always_check(U16TEXT('f') != FU16Char::FromDigit(0xF));
always_check(U16TEXT('F') == FU16Char::FromDigit(0xF));
}
}
feat(containers): add TString and the corresponding testing
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void TestStringView()
feat(string): add null-terminated byte string handling functions and the corresponding testing
2024-09-20 14:53:15 +00:00
{
feat(containers): add TString and the corresponding testing
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auto Test = []<typename T>(TInPlaceType<T>)
feat(string): add null-terminated byte string handling functions and the corresponding testing
2024-09-20 14:53:15 +00:00
{
feat(string): add TStringView and remove TCString and merge it into TStringView
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{
TStringView<T> Empty;
always_check(Empty == LITERAL(T, ""));
TStringView ViewI = LITERAL(T, "#Hello, World! Goodbye, World!#");
ViewI.RemovePrefix(1);
ViewI.RemoveSuffix(1);
T Buffer[64];
Memory::Memzero(Buffer);
ViewI.Copy(Buffer);
TStringView ViewII = Buffer;
always_check(ViewI == LITERAL(T, "Hello, World! Goodbye, World!"));
always_check(ViewII == LITERAL(T, "Hello, World! Goodbye, World!"));
TStringView<T> ViewA(ViewI.Begin(), 13);
TStringView<T> ViewB(ViewI.Begin(), ViewI.End());
TStringView<T> ViewC(&Buffer[0], 13);
TStringView<T> ViewD(&Buffer[0]);
always_check(ViewA == LITERAL(T, "Hello, World!"));
always_check(ViewB == LITERAL(T, "Hello, World! Goodbye, World!"));
always_check(ViewC == LITERAL(T, "Hello, World!"));
always_check(ViewD == LITERAL(T, "Hello, World! Goodbye, World!"));
}
{
TStringView View = LITERAL(T, "Hello, World! Goodbye, World!");
always_check( View.StartsWith(LITERAL(T, "Hello, World!")));
always_check(!View.StartsWith(LITERAL(T, "Goodbye, World!")));
always_check( View.StartsWith(LITERAL(T, 'H')));
always_check(!View.StartsWith(LITERAL(T, 'G')));
always_check(!View.EndsWith(LITERAL(T, "Hello, World!")));
always_check( View.EndsWith(LITERAL(T, "Goodbye, World!")));
always_check( View.EndsWith(LITERAL(T, '!')));
always_check(!View.EndsWith(LITERAL(T, '?')));
always_check( View.Contains(LITERAL(T, "Hello, World!")));
always_check( View.Contains(LITERAL(T, "Goodbye, World!")));
always_check( View.Contains(LITERAL(T, '!')));
always_check(!View.Contains(LITERAL(T, '?')));
}
{
TStringView View = LITERAL(T, "Hello, World! Goodbye, World!");
always_check(View.Find(LITERAL(T, "")) == 0);
always_check(View.Find(LITERAL(T, "World")) == 7);
always_check(View.Find(LITERAL(T, 'l')) == 2);
always_check(View.RFind(LITERAL(T, "")) == 29);
always_check(View.RFind(LITERAL(T, "World")) == 23);
always_check(View.RFind(LITERAL(T, 'l')) == 26);
always_check(View.Find(LITERAL(T, ""), 13) == 13);
always_check(View.Find(LITERAL(T, "World"), 13) == 23);
always_check(View.Find(LITERAL(T, 'l'), 13) == 26);
always_check(View.RFind(LITERAL(T, ""), 13) == 13);
always_check(View.RFind(LITERAL(T, "World"), 13) == 7);
always_check(View.RFind(LITERAL(T, 'l'), 13) == 10);
always_check(View.FindFirstOf(LITERAL(T, "eor")) == 1);
always_check(View.FindFirstOf(LITERAL(T, 'l')) == 2);
always_check(View.FindLastOf(LITERAL(T, "eor")) == 25);
always_check(View.FindLastOf(LITERAL(T, 'l')) == 26);
always_check(View.FindFirstNotOf(LITERAL(T, "Hello! Goodbye!")) == 5);
always_check(View.FindFirstNotOf(LITERAL(T, '!')) == 0);
always_check(View.FindLastNotOf(LITERAL(T, "Hello! Goodbye!")) == 25);
always_check(View.FindLastNotOf(LITERAL(T, '!')) == 27);
}
feat(string): add null-terminated byte string handling functions and the corresponding testing
2024-09-20 14:53:15 +00:00
};
feat(containers): add TString and the corresponding testing
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Test(InPlaceType<char>);
Test(InPlaceType<wchar>);
Test(InPlaceType<u8char>);
Test(InPlaceType<u16char>);
Test(InPlaceType<u32char>);
Test(InPlaceType<unicodechar>);
}
void TestTemplateString()
{
auto Test = []<typename T>(TInPlaceType<T>)
{
{
TString<T> Empty;
always_check(Empty.IsEmpty());
always_check(TStringView(Empty.ToCString()) == LITERAL(T, ""));
TString<T> StrA(32, LITERAL(T, 'A'));
TString<T> StrB(LITERAL(T, "ABCDEFG"), 3);
TString<T> StrC(LITERAL(T, "ABCDEFG"));
TString<T> StrD(TStringView(LITERAL(T, "ABCDEFG")));
TString<T> StrE({ LITERAL(T, 'A'), LITERAL(T, 'B'), LITERAL(T, 'C') });
always_check(TStringView(StrA.ToCString()) == LITERAL(T, "AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA"));
always_check(TStringView(StrB.ToCString()) == LITERAL(T, "ABC"));
always_check(TStringView(StrC.ToCString()) == LITERAL(T, "ABCDEFG"));
always_check(TStringView(StrD.ToCString()) == LITERAL(T, "ABCDEFG"));
always_check(TStringView(StrE.ToCString()) == LITERAL(T, "ABC"));
TString<T> StrI(StrC);
TString<T> StrII(MoveTemp(StrC));
TString<T> StrIII = Empty;
TString<T> StrIV = Empty;
StrIII = StrD;
StrIV = MoveTemp(StrD);
always_check(TStringView(StrI .ToCString()) == LITERAL(T, "ABCDEFG"));
always_check(TStringView(StrII .ToCString()) == LITERAL(T, "ABCDEFG"));
always_check(TStringView(StrIII.ToCString()) == LITERAL(T, "ABCDEFG"));
always_check(TStringView(StrIV .ToCString()) == LITERAL(T, "ABCDEFG"));
always_check(TStringView(StrC.ToCString()) == LITERAL(T, ""));
always_check(TStringView(StrD.ToCString()) == LITERAL(T, ""));
StrA.Reset();
always_check(StrA.IsEmpty());
always_check(TStringView(StrA.ToCString()) == LITERAL(T, ""));
}
{
TString<T> Str = LITERAL(T, "A");
always_check(!Str.IsEmpty());
always_check(Str.Num() == 1);
always_check(Str == TString<T>(LITERAL(T, "A")));
always_check(Str == LITERAL(T, 'A') );
always_check(Str == LITERAL(T, 'A') );
always_check(TString<T>(LITERAL(T, "A")) == Str);
always_check( LITERAL(T, 'A') == Str);
always_check( LITERAL(T, "A") == Str);
always_check(Str != TString<T>(LITERAL(T, "B")));
always_check(Str != LITERAL(T, 'B') );
always_check(Str != LITERAL(T, "B") );
always_check(TString<T>(LITERAL(T, "B")) != Str);
always_check( LITERAL(T, 'B') != Str);
always_check( LITERAL(T, "B") != Str);
always_check(Str < TString<T>(LITERAL(T, "B")));
always_check(Str < LITERAL(T, 'B') );
always_check(Str < LITERAL(T, "B") );
always_check(TString<T>(LITERAL(T, "B")) > Str);
always_check( LITERAL(T, 'B') > Str);
always_check( LITERAL(T, "B") > Str);
}
{
TString<T> Str = LITERAL(T, "##");
Str.Insert(1, LITERAL(T, 'A'));
always_check(Str == LITERAL(T, "#A#"));
Str.Insert(2, LITERAL(T, "BCD"));
always_check(Str == LITERAL(T, "#ABCD#"));
Str.Insert(3, 3, LITERAL(T, '*'));
always_check(Str == LITERAL(T, "#AB***CD#"));
Str.Erase(4);
always_check(Str == LITERAL(T, "#AB**CD#"));
}
{
TString<T> Str = LITERAL(T, "A");
Str.PushBack(LITERAL(T, 'B'));
always_check(Str == LITERAL(T, "AB"));
Str.PopBack();
always_check(Str == LITERAL(T, "A"));
Str.Append(2, LITERAL(T, 'B'));
always_check(Str == LITERAL(T, "ABB"));
Str.Append(LITERAL(T, "CD"));
always_check(Str == LITERAL(T, "ABBCD"));
Str.Append({ LITERAL(T, 'E'), LITERAL(T, 'F') });
always_check(Str == LITERAL(T, "ABBCDEF"));
Str = LITERAL(T, "A");
Str += LITERAL(T, 'B');
always_check(Str == LITERAL(T, "AB"));
Str += LITERAL(T, "CD");
always_check(Str == LITERAL(T, "ABCD"));
Str += { LITERAL(T, 'E'), LITERAL(T, 'F') };
always_check(Str == LITERAL(T, "ABCDEF"));
}
{
TString StrA = LITERAL(T, "A");
TString StrB = LITERAL(T, "B");
always_check(StrA + StrB == LITERAL(T, "AB"));
always_check(StrA + LITERAL(T, 'B') == LITERAL(T, "AB"));
always_check(StrA + LITERAL(T, "BCD") == LITERAL(T, "ABCD"));
always_check(LITERAL(T, 'B') + StrB == LITERAL(T, "BB"));
always_check(LITERAL(T, "BCD") + StrB == LITERAL(T, "BCDB"));
StrA = LITERAL(T, "A"); StrB = LITERAL(T, "B");
always_check(MoveTemp(StrA) + MoveTemp(StrB) == LITERAL(T, "AB"));
StrA = LITERAL(T, "A"); StrB = LITERAL(T, "B");
always_check(MoveTemp(StrA) + LITERAL(T, 'B') == LITERAL(T, "AB"));
StrA = LITERAL(T, "A"); StrB = LITERAL(T, "B");
always_check(MoveTemp(StrA) + LITERAL(T, "BCD") == LITERAL(T, "ABCD"));
StrA = LITERAL(T, "A"); StrB = LITERAL(T, "B");
always_check(LITERAL(T, 'B') + MoveTemp(StrB) == LITERAL(T, "BB"));
StrA = LITERAL(T, "A"); StrB = LITERAL(T, "B");
always_check(LITERAL(T, "BCD") + MoveTemp(StrB) == LITERAL(T, "BCDB"));
}
{
TString Str = LITERAL(T, "Hello, World! Goodbye, World!");
always_check( Str.StartsWith(LITERAL(T, "Hello, World!")));
always_check(!Str.StartsWith(LITERAL(T, "Goodbye, World!")));
always_check( Str.StartsWith(LITERAL(T, 'H')));
always_check(!Str.StartsWith(LITERAL(T, 'G')));
always_check(!Str.EndsWith(LITERAL(T, "Hello, World!")));
always_check( Str.EndsWith(LITERAL(T, "Goodbye, World!")));
always_check( Str.EndsWith(LITERAL(T, '!')));
always_check(!Str.EndsWith(LITERAL(T, '?')));
always_check( Str.Contains(LITERAL(T, "Hello, World!")));
always_check( Str.Contains(LITERAL(T, "Goodbye, World!")));
always_check( Str.Contains(LITERAL(T, '!')));
always_check(!Str.Contains(LITERAL(T, '?')));
}
{
TString Str = LITERAL(T, "#AB**CD#");
always_check(Str.Replace(3, 2, 3, LITERAL(T, '^')) == LITERAL(T, "#AB^^^CD#"));
always_check(Str.Replace(3, 3, LITERAL(T, "123")) == LITERAL(T, "#AB123CD#"));
always_check(Str.Substr(3, 3) == LITERAL(T, "123"));
always_check(Str.Substr(3) == LITERAL(T, "123CD#"));
}
{
TString Str = LITERAL(T, "Hello, World! Goodbye, World!");
always_check(Str.Find(LITERAL(T, "")) == 0);
always_check(Str.Find(LITERAL(T, "World")) == 7);
always_check(Str.Find(LITERAL(T, 'l')) == 2);
always_check(Str.RFind(LITERAL(T, "")) == 29);
always_check(Str.RFind(LITERAL(T, "World")) == 23);
always_check(Str.RFind(LITERAL(T, 'l')) == 26);
always_check(Str.Find(LITERAL(T, ""), 13) == 13);
always_check(Str.Find(LITERAL(T, "World"), 13) == 23);
always_check(Str.Find(LITERAL(T, 'l'), 13) == 26);
always_check(Str.RFind(LITERAL(T, ""), 13) == 13);
always_check(Str.RFind(LITERAL(T, "World"), 13) == 7);
always_check(Str.RFind(LITERAL(T, 'l'), 13) == 10);
always_check(Str.FindFirstOf(LITERAL(T, "eor")) == 1);
always_check(Str.FindFirstOf(LITERAL(T, 'l')) == 2);
always_check(Str.FindLastOf(LITERAL(T, "eor")) == 25);
always_check(Str.FindLastOf(LITERAL(T, 'l')) == 26);
always_check(Str.FindFirstNotOf(LITERAL(T, "Hello! Goodbye!")) == 5);
always_check(Str.FindFirstNotOf(LITERAL(T, '!')) == 0);
always_check(Str.FindLastNotOf(LITERAL(T, "Hello! Goodbye!")) == 25);
always_check(Str.FindLastNotOf(LITERAL(T, '!')) == 27);
}
feat(string): add string encoding conversion function
2024-10-29 12:44:38 +00:00
{
always_check(TString(LITERAL(T, "\u4E38\u8FA3")).ToString() == TEXT("\u4E38\u8FA3"));
always_check(TString(LITERAL(T, "\u4E38\u8FA3")).ToWString() == WTEXT("\u4E38\u8FA3"));
always_check(TString(LITERAL(T, "\u4E38\u8FA3")).ToU8String() == U8TEXT("\u4E38\u8FA3"));
always_check(TString(LITERAL(T, "\u4E38\u8FA3")).ToU16String() == U16TEXT("\u4E38\u8FA3"));
always_check(TString(LITERAL(T, "\u4E38\u8FA3")).ToU32String() == U32TEXT("\u4E38\u8FA3"));
always_check(TString(LITERAL(T, "\u4E38\u8FA3")).ToUnicodeString() == UNICODETEXT("\u4E38\u8FA3"));
}
feat(containers): add TString and the corresponding testing
2024-10-28 09:51:21 +00:00
};
Test(InPlaceType<char>);
Test(InPlaceType<wchar>);
Test(InPlaceType<u8char>);
Test(InPlaceType<u16char>);
Test(InPlaceType<u32char>);
Test(InPlaceType<unicodechar>);
feat(string): add null-terminated byte string handling functions and the corresponding testing
2024-09-20 14:53:15 +00:00
}
feat(string): add single character utility and the corresponding testing
2024-09-17 10:06:02 +00:00
NAMESPACE_END(Testing)
NAMESPACE_MODULE_END(Utility)
NAMESPACE_MODULE_END(Redcraft)
NAMESPACE_REDCRAFT_END
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