2022-01-03 15:00:21 +00:00
# include "LDFFormat.h"
2023-05-02 22:19:20 +00:00
2022-11-07 08:12:35 +00:00
# include <gtest/gtest.h>
2022-01-03 15:00:21 +00:00
2023-05-02 22:19:20 +00:00
# include "Game.h"
# include "dCommonDependencies.h"
2023-10-21 23:31:55 +00:00
# include "Logger.h"
2023-05-02 22:19:20 +00:00
class LDFTests : public dCommonDependenciesTest {
protected :
void SetUp ( ) override {
SetUpDependencies ( ) ;
}
void TearDown ( ) override {
TearDownDependencies ( ) ;
}
} ;
2023-10-09 20:22:40 +00:00
typedef std : : unique_ptr < LDFBaseData > LdfUniquePtr ;
2023-05-02 22:19:20 +00:00
// Suite of tests for parsing LDF values
TEST_F ( LDFTests , LDFUTF16Test ) {
std : : string testWord = " KEY=0:IAmA weird string with :::: and spac,./;'][ \\ es that I expect to be parsed correctly...; " ;
LdfUniquePtr data ( LDFBaseData : : DataFromString ( testWord ) ) ;
ASSERT_NE ( data , nullptr ) ;
ASSERT_EQ ( data - > GetValueType ( ) , eLDFType : : LDF_TYPE_UTF_16 ) ;
ASSERT_EQ ( data - > GetKey ( ) , u " KEY " ) ;
ASSERT_EQ ( ( ( LDFData < std : : u16string > * ) data . get ( ) ) - > GetValue ( ) , u " IAmA weird string with :::: and spac,./;'][ \\ es that I expect to be parsed correctly...; " ) ;
ASSERT_EQ ( data - > GetString ( ) , testWord ) ;
}
TEST_F ( LDFTests , LDFUTF16EmptyTest ) {
std : : string testWord = " KEY=0: " ;
LdfUniquePtr data ( LDFBaseData : : DataFromString ( testWord ) ) ;
ASSERT_NE ( data , nullptr ) ;
ASSERT_EQ ( data - > GetValueType ( ) , eLDFType : : LDF_TYPE_UTF_16 ) ;
ASSERT_EQ ( data - > GetKey ( ) , u " KEY " ) ;
ASSERT_EQ ( ( ( LDFData < std : : u16string > * ) data . get ( ) ) - > GetValue ( ) , u " " ) ;
ASSERT_EQ ( data - > GetString ( ) , testWord ) ;
}
TEST_F ( LDFTests , LDFUTF16ColonTest ) {
std : : string testWord = " KEY=0::: " ;
LdfUniquePtr data ( LDFBaseData : : DataFromString ( testWord ) ) ;
ASSERT_NE ( data , nullptr ) ;
ASSERT_EQ ( data - > GetValueType ( ) , eLDFType : : LDF_TYPE_UTF_16 ) ;
ASSERT_EQ ( data - > GetKey ( ) , u " KEY " ) ;
ASSERT_EQ ( ( ( LDFData < std : : u16string > * ) data . get ( ) ) - > GetValue ( ) , u " :: " ) ;
ASSERT_EQ ( data - > GetString ( ) , testWord ) ;
}
2022-07-28 13:39:57 +00:00
2023-05-02 22:19:20 +00:00
TEST_F ( LDFTests , LDFUTF16EqualsTest ) {
std : : string testWord = " KEY=0:== " ;
LdfUniquePtr data ( LDFBaseData : : DataFromString ( testWord ) ) ;
ASSERT_NE ( data , nullptr ) ;
2022-01-03 15:00:21 +00:00
ASSERT_EQ ( data - > GetValueType ( ) , eLDFType : : LDF_TYPE_UTF_16 ) ;
2023-05-02 22:19:20 +00:00
ASSERT_EQ ( data - > GetKey ( ) , u " KEY " ) ;
ASSERT_EQ ( ( ( LDFData < std : : u16string > * ) data . get ( ) ) - > GetValue ( ) , u " == " ) ;
ASSERT_EQ ( data - > GetString ( ) , testWord ) ;
}
2022-01-03 15:00:21 +00:00
2023-05-02 22:19:20 +00:00
TEST_F ( LDFTests , LDFS32Test ) {
LdfUniquePtr data ( LDFBaseData : : DataFromString ( " KEY=1:-15 " ) ) ;
ASSERT_NE ( data , nullptr ) ;
ASSERT_EQ ( data - > GetValueType ( ) , eLDFType : : LDF_TYPE_S32 ) ;
2022-01-03 15:00:21 +00:00
ASSERT_EQ ( data - > GetKey ( ) , u " KEY " ) ;
2023-05-02 22:19:20 +00:00
ASSERT_EQ ( ( ( LDFData < int32_t > * ) data . get ( ) ) - > GetValue ( ) , - 15 ) ;
ASSERT_EQ ( data - > GetString ( ) , " KEY=1:-15 " ) ;
}
TEST_F ( LDFTests , LDFU32Test ) {
LdfUniquePtr data ( LDFBaseData : : DataFromString ( " KEY=5:15 " ) ) ;
ASSERT_NE ( data , nullptr ) ;
ASSERT_EQ ( data - > GetValueType ( ) , eLDFType : : LDF_TYPE_U32 ) ;
ASSERT_EQ ( data - > GetKey ( ) , u " KEY " ) ;
ASSERT_EQ ( ( ( LDFData < uint32_t > * ) data . get ( ) ) - > GetValue ( ) , 15 ) ;
ASSERT_EQ ( data - > GetString ( ) , " KEY=5:15 " ) ;
}
2022-01-03 15:00:21 +00:00
2023-05-02 22:19:20 +00:00
TEST_F ( LDFTests , LDFU32TrueTest ) {
LdfUniquePtr data ( LDFBaseData : : DataFromString ( " KEY=5:true " ) ) ;
ASSERT_NE ( data , nullptr ) ;
ASSERT_EQ ( data - > GetValueType ( ) , eLDFType : : LDF_TYPE_U32 ) ;
ASSERT_EQ ( data - > GetKey ( ) , u " KEY " ) ;
ASSERT_EQ ( ( ( LDFData < uint32_t > * ) data . get ( ) ) - > GetValue ( ) , 1 ) ;
ASSERT_EQ ( data - > GetString ( ) , " KEY=5:1 " ) ;
}
2022-01-03 15:00:21 +00:00
2023-05-02 22:19:20 +00:00
TEST_F ( LDFTests , LDFU32FalseTest ) {
LdfUniquePtr data ( LDFBaseData : : DataFromString ( " KEY=5:false " ) ) ;
ASSERT_NE ( data , nullptr ) ;
ASSERT_EQ ( data - > GetValueType ( ) , eLDFType : : LDF_TYPE_U32 ) ;
ASSERT_EQ ( data - > GetKey ( ) , u " KEY " ) ;
ASSERT_EQ ( ( ( LDFData < uint32_t > * ) data . get ( ) ) - > GetValue ( ) , 0 ) ;
ASSERT_EQ ( data - > GetString ( ) , " KEY=5:0 " ) ;
}
2022-01-03 15:00:21 +00:00
2023-05-02 22:19:20 +00:00
// Use find since floats and doubles generally have appended 0s
TEST_F ( LDFTests , LDFFloatTest ) {
LdfUniquePtr data ( LDFBaseData : : DataFromString ( " KEY=3:15.5 " ) ) ;
ASSERT_NE ( data , nullptr ) ;
ASSERT_EQ ( data - > GetValueType ( ) , eLDFType : : LDF_TYPE_FLOAT ) ;
ASSERT_EQ ( data - > GetKey ( ) , u " KEY " ) ;
ASSERT_EQ ( ( ( LDFData < float > * ) data . get ( ) ) - > GetValue ( ) , 15.5f ) ;
ASSERT_EQ ( data - > GetString ( ) . find ( " KEY=3:15.5 " ) , 0 ) ;
}
TEST_F ( LDFTests , LDFDoubleTest ) {
LdfUniquePtr data ( LDFBaseData : : DataFromString ( " KEY=4:15.5 " ) ) ;
ASSERT_NE ( data , nullptr ) ;
ASSERT_EQ ( data - > GetValueType ( ) , eLDFType : : LDF_TYPE_DOUBLE ) ;
ASSERT_EQ ( data - > GetKey ( ) , u " KEY " ) ;
ASSERT_EQ ( ( ( LDFData < double > * ) data . get ( ) ) - > GetValue ( ) , 15.5 ) ;
ASSERT_EQ ( data - > GetString ( ) . find ( " KEY=4:15.5 " ) , 0 ) ;
2022-01-03 15:00:21 +00:00
}
2023-05-02 22:19:20 +00:00
TEST_F ( LDFTests , LDFBoolTrueTest ) {
LdfUniquePtr data ( LDFBaseData : : DataFromString ( " KEY=7:true " ) ) ;
ASSERT_NE ( data , nullptr ) ;
ASSERT_EQ ( data - > GetValueType ( ) , eLDFType : : LDF_TYPE_BOOLEAN ) ;
ASSERT_EQ ( data - > GetKey ( ) , u " KEY " ) ;
ASSERT_EQ ( ( ( LDFData < bool > * ) data . get ( ) ) - > GetValue ( ) , true ) ;
ASSERT_EQ ( data - > GetString ( ) , " KEY=7:1 " ) ;
}
TEST_F ( LDFTests , LDFBoolFalseTest ) {
LdfUniquePtr data ( LDFBaseData : : DataFromString ( " KEY=7:false " ) ) ;
ASSERT_NE ( data , nullptr ) ;
ASSERT_EQ ( data - > GetValueType ( ) , eLDFType : : LDF_TYPE_BOOLEAN ) ;
ASSERT_EQ ( data - > GetKey ( ) , u " KEY " ) ;
ASSERT_EQ ( ( ( LDFData < bool > * ) data . get ( ) ) - > GetValue ( ) , false ) ;
ASSERT_EQ ( data - > GetString ( ) , " KEY=7:0 " ) ;
}
TEST_F ( LDFTests , LDFBoolIntTest ) {
LdfUniquePtr data ( LDFBaseData : : DataFromString ( " KEY=7:3 " ) ) ;
ASSERT_NE ( data , nullptr ) ;
ASSERT_EQ ( data - > GetValueType ( ) , eLDFType : : LDF_TYPE_BOOLEAN ) ;
ASSERT_EQ ( data - > GetKey ( ) , u " KEY " ) ;
ASSERT_EQ ( ( ( LDFData < bool > * ) data . get ( ) ) - > GetValue ( ) , true ) ;
ASSERT_EQ ( data - > GetString ( ) , " KEY=7:1 " ) ;
}
TEST_F ( LDFTests , LDFU64Test ) {
LdfUniquePtr data ( LDFBaseData : : DataFromString ( " KEY=8:15 " ) ) ;
ASSERT_NE ( data , nullptr ) ;
ASSERT_EQ ( data - > GetValueType ( ) , eLDFType : : LDF_TYPE_U64 ) ;
ASSERT_EQ ( data - > GetKey ( ) , u " KEY " ) ;
ASSERT_EQ ( ( ( LDFData < uint64_t > * ) data . get ( ) ) - > GetValue ( ) , 15 ) ;
ASSERT_EQ ( data - > GetString ( ) , " KEY=8:15 " ) ;
}
TEST_F ( LDFTests , LDFLWOOBJIDTest ) {
LdfUniquePtr data ( LDFBaseData : : DataFromString ( " KEY=9:15 " ) ) ;
ASSERT_NE ( data , nullptr ) ;
ASSERT_EQ ( data - > GetValueType ( ) , eLDFType : : LDF_TYPE_OBJID ) ;
ASSERT_EQ ( data - > GetKey ( ) , u " KEY " ) ;
ASSERT_EQ ( ( ( LDFData < uint64_t > * ) data . get ( ) ) - > GetValue ( ) , 15 ) ;
ASSERT_EQ ( data - > GetString ( ) , " KEY=9:15 " ) ;
}
TEST_F ( LDFTests , LDFUTF8Test ) {
std : : string testWord = " KEY=13:IAmA weird string with :::: and spac,./;'][ \\ es that I expect to be parsed correctly...; " ;
LdfUniquePtr data ( LDFBaseData : : DataFromString ( testWord ) ) ;
ASSERT_NE ( data , nullptr ) ;
ASSERT_EQ ( data - > GetValueType ( ) , eLDFType : : LDF_TYPE_UTF_8 ) ;
ASSERT_EQ ( data - > GetKey ( ) , u " KEY " ) ;
ASSERT_EQ ( ( ( LDFData < std : : string > * ) data . get ( ) ) - > GetValue ( ) , " IAmA weird string with :::: and spac,./;'][ \\ es that I expect to be parsed correctly...; " ) ;
ASSERT_EQ ( data - > GetString ( ) , testWord ) ;
}
TEST_F ( LDFTests , LDFUTF8EmptyTest ) {
std : : string testWord = " KEY=13: " ;
LdfUniquePtr data ( LDFBaseData : : DataFromString ( testWord ) ) ;
ASSERT_NE ( data , nullptr ) ;
ASSERT_EQ ( data - > GetValueType ( ) , eLDFType : : LDF_TYPE_UTF_8 ) ;
ASSERT_EQ ( data - > GetKey ( ) , u " KEY " ) ;
ASSERT_EQ ( ( ( LDFData < std : : string > * ) data . get ( ) ) - > GetValue ( ) , " " ) ;
ASSERT_EQ ( data - > GetString ( ) , testWord ) ;
}
TEST_F ( LDFTests , LDFUTF8ColonsTest ) {
std : : string testWord = " KEY=13::: " ;
LdfUniquePtr data ( LDFBaseData : : DataFromString ( testWord ) ) ;
ASSERT_NE ( data , nullptr ) ;
ASSERT_EQ ( data - > GetValueType ( ) , eLDFType : : LDF_TYPE_UTF_8 ) ;
ASSERT_EQ ( data - > GetKey ( ) , u " KEY " ) ;
ASSERT_EQ ( ( ( LDFData < std : : string > * ) data . get ( ) ) - > GetValue ( ) , " :: " ) ;
ASSERT_EQ ( data - > GetString ( ) , testWord ) ;
}
TEST_F ( LDFTests , LDFUTF8EqualsTest ) {
std : : string testWord = " KEY=13:== " ;
LdfUniquePtr data ( LDFBaseData : : DataFromString ( testWord ) ) ;
ASSERT_NE ( data , nullptr ) ;
ASSERT_EQ ( data - > GetValueType ( ) , eLDFType : : LDF_TYPE_UTF_8 ) ;
ASSERT_EQ ( data - > GetKey ( ) , u " KEY " ) ;
ASSERT_EQ ( ( ( LDFData < std : : string > * ) data . get ( ) ) - > GetValue ( ) , " == " ) ;
ASSERT_EQ ( data - > GetString ( ) , testWord ) ;
}
TEST_F ( LDFTests , LDFParseEdgeCaseTest ) {
std : : vector < std : : string > tests = {
// Test undefined data
" " , // Empty
" = " , // Only equals sign
" : " , // Only colon
" =: " , // Only colon and equals sign
// Test no LDFType
" KEY=: " , // No LDF Type
" KEY=:44 " , // No LDF Type, but has value
// Test invalid values, but valid types
" key=1: " , // no value for int32
" key=1:banana " , // invalid value for int32
" key=3: " , // No value for float
" key=3:banana " , // invalid for float
" key=4: " , // No value for double
" key=4:banana " , // invalid for double
" key=5: " , // No value for U32
" key=5:banana " , // invalid for U32
" key=7: " , // No value for bool
" key=7:banana " , // invalid for bool
" key=8: " , // No value for U64
" key=8:banana " , // invalid for U64
" key=9: " , // No value for LWOOBJID
" key=9:banana " , // invalid for LWOOBJID
// Test invalid LDF types
" key=14:value " , // invalid LDF type
" key=-1:value " , // invalid LDF type
" key=-2:value " , // invalid LDF type (no enum definition)
" key=Garbage:value " , // invalid LDF type
} ;
for ( auto testString : tests ) {
2023-10-21 23:31:55 +00:00
LOG ( " Testing LDF Parsing of invalid string (%s) " , testString . c_str ( ) ) ;
2023-05-02 22:19:20 +00:00
EXPECT_NO_THROW ( LDFBaseData : : DataFromString ( testString ) ) ;
}
}
# ifdef PERF_TEST
TEST_F ( LDFTests , LDFSpeedTest ) {
std : : string keyToTest = " KEY=0:IAmA weird string with :::: and s " ;
for ( int i = 0 ; i < 10000 ; i + + ) LDFBaseData : : DataFromString ( keyToTest ) ;
}
# endif //PERF