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HIF GVL_CfUnit.IgnoreCurrentTest THEN    RETURN;END_IFNAnyComparator(AnyValueOne := Expected, 4			AnyValueTwo := Actual);Ì(* First check whether the input data are any of the standard data types that are supported by TcUnit.Ô   In this case call the standard Assert-methods for that data. But before doing that we need to make sureJ   that both the expected and actual:B   - Have both the same data typeB   - Both have the same data size*)¨IF NOT AnyComparator.DataTypesNotEquals AND NOT AnyComparator.DataSizeNotEquals THEN    (* BOOL *)ž    IF UDINT_TO_INT(Expected.TypeClass) = IBaseLibrary.TypeClass.TYPE_BOOL THEN®		MEMCPY(destAddr := ADR(boolExpected), srcAddr := Expected.pValue, n := SIZEOF(BOOL));²        MEMCPY(destAddr := ADR(boolActual), srcAddr := Actual.pValue, n := SIZEOF(BOOL));¼        AssertEquals_BOOL(Expected := boolExpected, Actual := boolActual, Message := Message);        RETURN;     END_IF!    (* BYTE *)"ž    IF UDINT_TO_INT(Expected.TypeClass) = IBaseLibrary.TypeClass.TYPE_BYTE THEN#º        MEMCPY(destAddr := ADR(byteExpected), srcAddr := Expected.pValue, n := SIZEOF(BYTE));$²        MEMCPY(destAddr := ADR(byteActual), srcAddr := Actual.pValue, n := SIZEOF(BYTE));%¼        AssertEquals_BYTE(Expected := byteExpected, Actual := byteActual, Message := Message);&    (* DATE *)'ž    IF UDINT_TO_INT(Expected.TypeClass) = IBaseLibrary.TypeClass.TYPE_DATE THEN(º        MEMCPY(destAddr := ADR(dateExpected), srcAddr := Expected.pValue, n := SIZEOF(DATE));)²        MEMCPY(destAddr := ADR(dateActual), srcAddr := Actual.pValue, n := SIZEOF(DATE));*¼        AssertEquals_DATE(Expected := dateExpected, Actual := dateActual, Message := Message);+.    (* DATE_AND_TIME *),¬    IF UDINT_TO_INT(Expected.TypeClass) = IBaseLibrary.TypeClass.TYPE_DATEANDTIME THEN-Ú        MEMCPY(destAddr := ADR(dateAndTimeExpected), srcAddr := Expected.pValue, n := SIZEOF(DATE_AND_TIME));.Ò        MEMCPY(destAddr := ADR(dateAndTimeActual), srcAddr := Actual.pValue, n := SIZEOF(DATE_AND_TIME));/ê        AssertEquals_DATE_AND_TIME(Expected := dateAndTimeExpected, Actual := dateAndTimeActual, Message := Message);0    (* DINT *)1ž    IF UDINT_TO_INT(Expected.TypeClass) = IBaseLibrary.TypeClass.TYPE_DINT THEN2º        MEMCPY(destAddr := ADR(dintExpected), srcAddr := Expected.pValue, n := SIZEOF(DINT));3²        MEMCPY(destAddr := ADR(dintActual), srcAddr := Actual.pValue, n := SIZEOF(DINT));4¼        AssertEquals_DINT(Expected := dintExpected, Actual := dintActual, Message := Message);5    (* DWORD *)6     IF UDINT_TO_INT(Expected.TypeClass) = IBaseLibrary.TypeClass.TYPE_DWORD THEN7¾        MEMCPY(destAddr := ADR(dwordExpected), srcAddr := Expected.pValue, n := SIZEOF(DWORD));8¶        MEMCPY(destAddr := ADR(dwordActual), srcAddr := Actual.pValue, n := SIZEOF(DWORD));9        AssertEquals_DWORD(Expected := dwordExpected, Actual := dwordActual, Message := Message);:    (* INT *);œ    IF UDINT_TO_INT(Expected.TypeClass) = IBaseLibrary.TypeClass.TYPE_INT THEN<¶        MEMCPY(destAddr := ADR(intExpected), srcAddr := Expected.pValue, n := SIZEOF(INT));=®        MEMCPY(destAddr := ADR(intActual), srcAddr := Actual.pValue, n := SIZEOF(INT));>¶        AssertEquals_INT(Expected := intExpected, Actual := intActual, Message := Message);?    (* LINT *)@ž    IF UDINT_TO_INT(Expected.TypeClass) = IBaseLibrary.TypeClass.TYPE_LINT THENAº        MEMCPY(destAddr := ADR(lintExpected), srcAddr := Expected.pValue, n := SIZEOF(LINT));B²        MEMCPY(destAddr := ADR(lintActual), srcAddr := Actual.pValue, n := SIZEOF(LINT));C¼        AssertEquals_LINT(Expected := lintExpected, Actual := lintActual, Message := Message);D    (* LREAL *)E     IF UDINT_TO_INT(Expected.TypeClass) = IBaseLibrary.TypeClass.TYPE_LREAL THENF¾        MEMCPY(destAddr := ADR(lrealExpected), srcAddr := Expected.pValue, n := SIZEOF(LREAL));G¶        MEMCPY(destAddr := ADR(lrealActual), srcAddr := Actual.pValue, n := SIZEOF(LREAL));HÞ        AssertEquals_LREAL(Expected := lrealExpected, Actual := lrealActual, Delta := 0.0, Message := Message);I    (* LTIME *)J     IF UDINT_TO_INT(Expected.TypeClass) = IBaseLibrary.TypeClass.TYPE_LTIME THENK¾        MEMCPY(destAddr := ADR(ltimeExpected), srcAddr := Expected.pValue, n := SIZEOF(LTIME));L¶        MEMCPY(destAddr := ADR(ltimeActual), srcAddr := Actual.pValue, n := SIZEOF(LTIME));M        AssertEquals_LTIME(Expected := ltimeExpected, Actual := ltimeActual, Message := Message);N    (* LWORD *)O     IF UDINT_TO_INT(Expected.TypeClass) = IBaseLibrary.TypeClass.TYPE_LWORD THENP¾        MEMCPY(destAddr := ADR(lwordExpected), srcAddr := Expected.pValue, n := SIZEOF(LWORD));Q¶        MEMCPY(destAddr := ADR(lwordActual), srcAddr := Actual.pValue, n := SIZEOF(LWORD));R        AssertEquals_LWORD(Expected := lwordExpected, Actual := lwordActual, Message := Message);S    (* REAL *)Tž    IF UDINT_TO_INT(Expected.TypeClass) = IBaseLibrary.TypeClass.TYPE_REAL THENUº        MEMCPY(destAddr := ADR(realExpected), srcAddr := Expected.pValue, n := SIZEOF(REAL));V²        MEMCPY(destAddr := ADR(realActual), srcAddr := Actual.pValue, n := SIZEOF(REAL));WØ        AssertEquals_REAL(Expected := realExpected, Actual := realActual, Delta := 0.0, Message := Message);X    (* SINT *)Yž    IF UDINT_TO_INT(Expected.TypeClass) = IBaseLibrary.TypeClass.TYPE_SINT THENZº        MEMCPY(destAddr := ADR(sintExpected), srcAddr := Expected.pValue, n := SIZEOF(SINT));[²        MEMCPY(destAddr := ADR(sintActual), srcAddr := Actual.pValue, n := SIZEOF(SINT));\¼        AssertEquals_SINT(Expected := sintExpected, Actual := sintActual, Message := Message);]     (* STRING *)^¢    IF UDINT_TO_INT(Expected.TypeClass) = IBaseLibrary.TypeClass.TYPE_STRING THEN_â        MEMCPY(destAddr := ADR(stringExpected), srcAddr := Expected.pValue, n := DINT_TO_UDINT(Expected.diSize));`Ö        MEMCPY(destAddr := ADR(stringActual), srcAddr := Actual.pValue, n := DINT_TO_UDINT(Actual.diSize));aÈ        AssertEquals_STRING(Expected := stringExpected, Actual := stringActual, Message := Message);b    (* TIME *)cž    IF UDINT_TO_INT(Expected.TypeClass) = IBaseLibrary.TypeClass.TYPE_TIME THENdº        MEMCPY(destAddr := ADR(timeExpected), srcAddr := Expected.pValue, n := SIZEOF(TIME));e²        MEMCPY(destAddr := ADR(timeActual), srcAddr := Actual.pValue, n := SIZEOF(TIME));f¼        AssertEquals_TIME(Expected := timeExpected, Actual := timeActual, Message := Message);g*    (* TIME_OF_DAY *)h¨    IF UDINT_TO_INT(Expected.TypeClass) = IBaseLibrary.TypeClass.TYPE_TIMEOFDAY THENiÒ        MEMCPY(destAddr := ADR(timeOfDayExpected), srcAddr := Expected.pValue, n := SIZEOF(TIME_OF_DAY));jÊ        MEMCPY(destAddr := ADR(timeOfDayActual), srcAddr := Actual.pValue, n := SIZEOF(TIME_OF_DAY));kÞ        AssertEquals_TIME_OF_DAY(Expected := timeOfDayExpected, Actual := timeOfDayActual, Message := Message);l    (* UDINT *)m     IF UDINT_TO_INT(Expected.TypeClass) = IBaseLibrary.TypeClass.TYPE_UDINT THENn¾        MEMCPY(destAddr := ADR(udintExpected), srcAddr := Expected.pValue, n := SIZEOF(UDINT));o¶        MEMCPY(destAddr := ADR(udintActual), srcAddr := Actual.pValue, n := SIZEOF(UDINT));p        AssertEquals_UDINT(Expected := udintExpected, Actual := udintActual, Message := Message);q    (* UINT *)rž    IF UDINT_TO_INT(Expected.TypeClass) = IBaseLibrary.TypeClass.TYPE_UINT THENsº        MEMCPY(destAddr := ADR(uintExpected), srcAddr := Expected.pValue, n := SIZEOF(UINT));t²        MEMCPY(destAddr := ADR(uintActual), srcAddr := Actual.pValue, n := SIZEOF(UINT));u¼        AssertEquals_UINT(Expected := uintExpected, Actual := uintActual, Message := Message);v    (* ULINT *)w     IF UDINT_TO_INT(Expected.TypeClass) = IBaseLibrary.TypeClass.TYPE_ULINT THENx¾        MEMCPY(destAddr := ADR(ulintExpected), srcAddr := Expected.pValue, n := SIZEOF(ULINT));y¶        MEMCPY(destAddr := ADR(ulintActual), srcAddr := Actual.pValue, n := SIZEOF(ULINT));z        AssertEquals_ULINT(Expected := ulintExpected, Actual := ulintActual, Message := Message);{    (* USINT *)|     IF UDINT_TO_INT(Expected.TypeClass) = IBaseLibrary.TypeClass.TYPE_USINT THEN}¾        MEMCPY(destAddr := ADR(usintExpected), srcAddr := Expected.pValue, n := SIZEOF(USINT));~¶        MEMCPY(destAddr := ADR(usintActual), srcAddr := Actual.pValue, n := SIZEOF(USINT));        AssertEquals_USINT(Expected := usintExpected, Actual := usintActual, Message := Message);€    (* WORD *)ž    IF UDINT_TO_INT(Expected.TypeClass) = IBaseLibrary.TypeClass.TYPE_WORD THEN‚º        MEMCPY(destAddr := ADR(wordExpected), srcAddr := Expected.pValue, n := SIZEOF(WORD));ƒ²        MEMCPY(destAddr := ADR(wordActual), srcAddr := Actual.pValue, n := SIZEOF(WORD));„¼        AssertEquals_WORD(Expected := wordExpected, Actual := wordActual, Message := Message);…è(* If we've come to this row, it means that the data input is not any of the standard primitive data types, and thus†H   we need to do special handling *)‡¾TestInstancePath := AddTestNameToInstancePath(TestInstancePath := FINDTestSuiteInstancePath());ˆPIF AnyComparator.DataTypesNotEquals THEN‰â    ExpectedDataString := CONCAT(STR1 := '(Type class = ', STR2 := F_AnyTypeClassToString((Expected.TypeClass)));Š”    ExpectedDataString := CONCAT(STR1 := ExpectedDataString, STR2 := ')');‹Ö    ActualDataString := CONCAT(STR1 := '(Type class = ', STR2 := F_AnyTypeClassToString(Actual.TypeClass));ŒŒ    ActualDataString := CONCAT(STR1 := ActualDataString, STR2 := ')');TELSIF AnyComparator.DataSizeNotEquals THENŽÄ    ExpectedDataString := CONCAT(STR1 := 'Data size = ', STR2 := DINT_TO_STRING(Expected.diSize));¼    ActualDataString := CONCAT(STR1 := 'Data size = ', STR2 := DINT_TO_STRING(Actual.diSize));ZELSIF AnyComparator.DataContentNotEquals THEN‘ü    FOR Count := 0 TO MIN(Expected.diSize-1, 38) BY 1 DO // One byte will equal two characters (example: 255 = 0xff, 1 = 0x01)’€        ExpectedDataString := CONCAT(STR1 := ExpectedDataString,“Ì                                                  STR2 := BYTE_TO_HEXSTR(in := Expected.pValue[Count],”Î                                                                                       iPrecision := 2,•Ô                                                                                       bLoCase := FALSE));–    END_FOR—–    ExpectedDataString := CONCAT(STR1 := '0x', STR2 := ExpectedDataString);˜ø    FOR Count := 0 TO MIN(Actual.diSize-1, 38) BY 1 DO // One byte will equal two characters (example: 255 = 0xff, 1 = 0x01)™x        ActualDataString := CONCAT(STR1 := ActualDataString,šÄ                                                STR2 := BYTE_TO_HEXSTR(in := Actual.pValue[Count],›Ê                                                                                     iPrecision := 2,œÐ                                                                                     bLoCase := FALSE));Ž    ActualDataString := CONCAT(STR1 := '0x', STR2 := ActualDataString);žæIF (AnyComparator.DataTypesNotEquals OR AnyComparator.DataSizeNotEquals OR AnyComparator.DataContentNotEquals) THENŸh    AssertResults.ReportResult(Expected := Expected, `                               Actual := Actual,¡d                               Message := Message,¢ˆ                               TestInstancePath := TestInstancePath,£†                               AlreadyReported => AlreadyReported);¤–IF NOT AlreadyReported AND (AnyComparator.DataTypesNotEquals OR AnyComparator.DataSizeNotEquals OR AnyComparator.DataContentNotEquals) THEN¥(    SetTestFailed();¦–    AssertMessageFormatter.LogAssertFailure(Expected := ExpectedDataString,§Ž                                            Actual := ActualDataString,¨~                                            Message := Message,©¤                                            TestInstancePath := TestInstancePath);ªInterface«L{a9ed5b7e-75c5-4651-af16-d2c27e98cb94}¬Ì// | Asserts that two objects (of any type) are equal. If they are not, an assertion error is created.­Ò// | For REAL and LREAL it s recommended to use the AssertEquals_REAL or AssertEquals_LREAL respectively ®¸// | as these give the possibility to specify a delta between the expected and actual value.¯//°// Parameters:±D//     | Expected   Expected value²<//     | Actual   Actual value³„//     | Message   The identifying message for the assertion error´(// Positive example:µ4// .. code-block:: codesys¶//     VAR·0//         a : INT := 5;¸0//         b : INT := 5;¹//     END_VARº>//     TEST('Test_ANY_Equals');»D//     AssertEquals(Expected := a,¼@//                  Actual := b,½`//                  Message := 'Values differ');¾.//     TEST_FINISHED();¿&// Failing example:À2//         b : UINT := 5;ÁP//     TEST('Test_ANY_Differ_DataType');Â4METHOD PUBLIC AssertEqualsÃVAR_INPUTÄJ    Expected : ANY; // Expected valueÅp    Actual : ANY; // The value to check against expectedÆš    Message : T_MaxString; // The identifying message for the assertion errorÇEND_VARÈVARÉ"    Count : DINT;ÊH    ExpectedDataString : STRING(80);ËD    ActualDataString : STRING(80);ÌF    TestInstancePath : T_MaxString;Í6    AlreadyReported : BOOL;ÎJ    AnyComparator : FB_AnyComparator;Ï0    boolExpected : BOOL;Ð,    boolActual : BOOL;Ñ0    byteExpected : BYTE;Ò,    byteActual : BYTE;Ó0    dateExpected : DATE;Ô,    dateActual : DATE;ÕP    dateAndTimeExpected : DATE_AND_TIME;ÖL    dateAndTimeActual : DATE_AND_TIME;×0    dintExpected : DINT;Ø,    dintActual : DINT;Ù4    dwordExpected : DWORD;Ú0    dwordActual : DWORD;Û,    intExpected : INT;Ü(    intActual : INT;Ý0    lintExpected : LINT;Þ,    lintActual : LINT;ß4    lrealExpected : LREAL;à0    lrealActual : LREAL;á4    ltimeExpected : LTIME;â0    ltimeActual : LTIME;ã4    lwordExpected : LWORD;ä0    lwordActual : LWORD;å0    realExpected : REAL;æ,    realActual : REAL;ç0    sintExpected : SINT;è,    sintActual : SINT;éB    stringExpected : T_MaxString;ê>    stringActual : T_MaxString;ë0    timeExpected : TIME;ì,    timeActual : TIME;íH    timeOfDayExpected : TIME_OF_DAY;îD    timeOfDayActual : TIME_OF_DAY;ï4    udintExpected : UDINT;ð0    udintActual : UDINT;ñ0    uintExpected : UINT;ò,    uintActual : UINT;ó4    ulintExpected : ULINT;ô0    ulintActual : ULINT;õ4    usintExpected : USINT;ö0    usintActual : USINT;÷0    wordExpected : WORD;ø,    wordActual : WORD;ÐÐÐEêÐÐ	
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