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package org.apache.olingo.odata2.core.uri.expression;
import org.apache.olingo.odata2.api.edm.EdmSimpleTypeKind;
import org.apache.olingo.odata2.core.edm.Bit;
import org.apache.olingo.odata2.core.edm.EdmBinary;
import org.apache.olingo.odata2.core.edm.EdmBoolean;
import org.apache.olingo.odata2.core.edm.EdmByte;
import org.apache.olingo.odata2.core.edm.EdmDateTime;
import org.apache.olingo.odata2.core.edm.EdmDateTimeOffset;
import org.apache.olingo.odata2.core.edm.EdmDecimal;
import org.apache.olingo.odata2.core.edm.EdmDouble;
import org.apache.olingo.odata2.core.edm.EdmGuid;
import org.apache.olingo.odata2.core.edm.EdmInt16;
import org.apache.olingo.odata2.core.edm.EdmInt32;
import org.apache.olingo.odata2.core.edm.EdmInt64;
import org.apache.olingo.odata2.core.edm.EdmNull;
import org.apache.olingo.odata2.core.edm.EdmSByte;
import org.apache.olingo.odata2.core.edm.EdmSimpleTypeFacadeImpl;
import org.apache.olingo.odata2.core.edm.EdmSingle;
import org.apache.olingo.odata2.core.edm.EdmString;
import org.apache.olingo.odata2.core.edm.EdmTime;
import org.apache.olingo.odata2.core.edm.Uint7;
import org.junit.Test;
/**
*
* Differences to ABAP Parser
* - for $orderBy it the sortorder (asc/desc) not case insensitive anymore, so ASC/DESC is not allowed
*
*/
public class TestAbapCompatibility extends TestBase {
@Test
public void nullTests() {
// unary negate/not
GetPTF(" - null").aSerialized("{- null}").aEdmType(
EdmSimpleTypeFacadeImpl.getEdmSimpleType(EdmSimpleTypeKind.Null));
GetPTF("not null").aSerialized("{not null}").aEdmType(
EdmSimpleTypeFacadeImpl.getEdmSimpleType(EdmSimpleTypeKind.Null));
// binary add/sub
GetPTF("-1 add null").aSerialized("{-1 add null}").aEdmType(
EdmSimpleTypeFacadeImpl.getEdmSimpleType(EdmSimpleTypeKind.SByte));
GetPTF("null add -1").aSerialized("{null add -1}").aEdmType(
EdmSimpleTypeFacadeImpl.getEdmSimpleType(EdmSimpleTypeKind.SByte));
GetPTF("130 add null").aSerialized("{130 add null}").aEdmType(EdmByte.getInstance());
GetPTF("null add 130").aSerialized("{null add 130}").aEdmType(EdmByte.getInstance());
GetPTF("12345 add null").aSerialized("{12345 add null}").aEdmType(EdmInt16.getInstance());
GetPTF("null add 12345").aSerialized("{null add 12345}").aEdmType(EdmInt16.getInstance());
GetPTF("1234512345 add null").aSerialized("{1234512345 add null}").aEdmType(EdmInt32.getInstance());
GetPTF("null add 1234512345").aSerialized("{null add 1234512345}").aEdmType(EdmInt32.getInstance());
GetPTF("12345L add null").aSerialized("{12345L add null}").aEdmType(EdmInt64.getInstance());
GetPTF("null add 12345L").aSerialized("{null add 12345L}").aEdmType(EdmInt64.getInstance());
GetPTF("1.1F add null").aSerialized("{1.1F add null}").aEdmType(EdmSingle.getInstance());
GetPTF("null add 1.1F").aSerialized("{null add 1.1F}").aEdmType(EdmSingle.getInstance());
GetPTF("1.1D add null").aSerialized("{1.1D add null}").aEdmType(EdmDouble.getInstance());
GetPTF("null add 1.1D").aSerialized("{null add 1.1D}").aEdmType(EdmDouble.getInstance());
GetPTF("1.1M add null").aSerialized("{1.1M add null}").aEdmType(EdmDecimal.getInstance());
GetPTF("null add 1.1M").aSerialized("{null add 1.1M}").aEdmType(EdmDecimal.getInstance());
// binary mul/div/mod
GetPTF("-1 mul null").aSerialized("{-1 mul null}").aEdmType(
EdmSimpleTypeFacadeImpl.getEdmSimpleType(EdmSimpleTypeKind.SByte));
GetPTF("null mul -1").aSerialized("{null mul -1}").aEdmType(
EdmSimpleTypeFacadeImpl.getEdmSimpleType(EdmSimpleTypeKind.SByte));
GetPTF("130 mul null").aSerialized("{130 mul null}").aEdmType(EdmByte.getInstance());
GetPTF("null mul 130").aSerialized("{null mul 130}").aEdmType(EdmByte.getInstance());
GetPTF("12345 mul null").aSerialized("{12345 mul null}").aEdmType(EdmInt16.getInstance());
GetPTF("null mul 12345").aSerialized("{null mul 12345}").aEdmType(EdmInt16.getInstance());
GetPTF("1234512345 mul null").aSerialized("{1234512345 mul null}").aEdmType(EdmInt32.getInstance());
GetPTF("null mul 1234512345").aSerialized("{null mul 1234512345}").aEdmType(EdmInt32.getInstance());
GetPTF("12345L mul null").aSerialized("{12345L mul null}").aEdmType(EdmInt64.getInstance());
GetPTF("null mul 12345L").aSerialized("{null mul 12345L}").aEdmType(EdmInt64.getInstance());
GetPTF("1.1F mul null").aSerialized("{1.1F mul null}").aEdmType(EdmSingle.getInstance());
GetPTF("null mul 1.1F").aSerialized("{null mul 1.1F}").aEdmType(EdmSingle.getInstance());
GetPTF("1.1D mul null").aSerialized("{1.1D mul null}").aEdmType(EdmDouble.getInstance());
GetPTF("null mul 1.1D").aSerialized("{null mul 1.1D}").aEdmType(EdmDouble.getInstance());
GetPTF("1.1M mul null").aSerialized("{1.1M mul null}").aEdmType(EdmDecimal.getInstance());
GetPTF("null mul 1.1M").aSerialized("{null mul 1.1M}").aEdmType(EdmDecimal.getInstance());
// relational gt/ge/lt/le
GetPTF("'TEST' gt null").aSerialized("{'TEST' gt null}").aEdmType(EdmBoolean.getInstance());
GetPTF("null gt 'TEST'").aSerialized("{null gt 'TEST'}").aEdmType(EdmBoolean.getInstance());
GetPTF("time'PT19H02M01S' gt null")
.aSerialized("{time'PT19H02M01S' gt null}").aEdmType(EdmBoolean.getInstance());
GetPTF("null gt time'PT19H02M01S'")
.aSerialized("{null gt time'PT19H02M01S'}").aEdmType(EdmBoolean.getInstance());
GetPTF("datetime'2011-07-31T23:30:59' gt null")
.aSerialized("{datetime'2011-07-31T23:30:59' gt null}").aEdmType(EdmBoolean.getInstance());
GetPTF("null gt datetime'2011-07-31T23:30:59'").aSerialized(
"{null gt datetime'2011-07-31T23:30:59'}").aEdmType(EdmBoolean.getInstance());
GetPTF("datetimeoffset'2002-10-10T12:00:00-05:00' gt null")
.aSerialized("{datetimeoffset'2002-10-10T12:00:00-05:00' gt null}").aEdmType(EdmBoolean.getInstance());
GetPTF("null gt datetimeoffset'2002-10-10T12:00:00-05:00'")
.aSerialized("{null gt datetimeoffset'2002-10-10T12:00:00-05:00'}").aEdmType(EdmBoolean.getInstance());
GetPTF("guid'12345678-1234-1234-1234-123456789012' gt null")
.aSerialized("{guid'12345678-1234-1234-1234-123456789012' gt null}").aEdmType(EdmBoolean.getInstance());
GetPTF("null gt guid'12345678-1234-1234-1234-123456789012'")
.aSerialized("{null gt guid'12345678-1234-1234-1234-123456789012'}").aEdmType(EdmBoolean.getInstance());
GetPTF("-1 gt null").aSerialized("{-1 gt null}").aEdmType(EdmBoolean.getInstance());
GetPTF("null gt -1").aSerialized("{null gt -1}").aEdmType(EdmBoolean.getInstance());
GetPTF("130 gt null").aSerialized("{130 gt null}").aEdmType(EdmBoolean.getInstance());
GetPTF("null gt 130").aSerialized("{null gt 130}").aEdmType(EdmBoolean.getInstance());
GetPTF("12345 gt null").aSerialized("{12345 gt null}").aEdmType(EdmBoolean.getInstance());
GetPTF("null gt 12345").aSerialized("{null gt 12345}").aEdmType(EdmBoolean.getInstance());
GetPTF("1234512345 gt null").aSerialized("{1234512345 gt null}").aEdmType(EdmBoolean.getInstance());
GetPTF("null gt 1234512345").aSerialized("{null gt 1234512345}").aEdmType(EdmBoolean.getInstance());
GetPTF("12345L gt null").aSerialized("{12345L gt null}").aEdmType(EdmBoolean.getInstance());
GetPTF("null gt 12345L").aSerialized("{null gt 12345L}").aEdmType(EdmBoolean.getInstance());
GetPTF("1.1F gt null").aSerialized("{1.1F gt null}").aEdmType(EdmBoolean.getInstance());
GetPTF("null gt 1.1F").aSerialized("{null gt 1.1F}").aEdmType(EdmBoolean.getInstance());
GetPTF("1.1D gt null").aSerialized("{1.1D gt null}").aEdmType(EdmBoolean.getInstance());
GetPTF("null gt 1.1D").aSerialized("{null gt 1.1D}").aEdmType(EdmBoolean.getInstance());
GetPTF("1.1M gt null").aSerialized("{1.1M gt null}").aEdmType(EdmBoolean.getInstance());
GetPTF("null gt 1.1M").aSerialized("{null gt 1.1M}").aEdmType(EdmBoolean.getInstance());
GetPTF("X'1234567890ABCDEF' gt null").aSerialized("{X'1234567890ABCDEF' gt null}").aEdmType(
EdmBoolean.getInstance());
GetPTF("null gt X'1234567890ABCDEF'").aSerialized("{null gt X'1234567890ABCDEF'}").aEdmType(
EdmBoolean.getInstance());
// equlity eq/ne
GetPTF("'TEST' eq null").aSerialized("{'TEST' eq null}").aEdmType(EdmBoolean.getInstance());
GetPTF("null eq 'TEST'").aSerialized("{null eq 'TEST'}").aEdmType(EdmBoolean.getInstance());
GetPTF("time'PT19H02M01S' eq null").aSerialized("{time'PT19H02M01S' eq null}").aEdmType(
EdmBoolean.getInstance());
GetPTF("null eq time'PT19H02M01S'").aSerialized("{null eq time'PT19H02M01S'}").aEdmType(
EdmBoolean.getInstance());
GetPTF("datetime'2011-07-31T23:30:59' eq null").aSerialized(
"{datetime'2011-07-31T23:30:59' eq null}").aEdmType(EdmBoolean.getInstance());
GetPTF("null eq datetime'2011-07-31T23:30:59'").aSerialized(
"{null eq datetime'2011-07-31T23:30:59'}").aEdmType(EdmBoolean.getInstance());
GetPTF("datetimeoffset'2002-10-10T12:00:00-05:00' eq null").aSerialized(
"{datetimeoffset'2002-10-10T12:00:00-05:00' eq null}").aEdmType(EdmBoolean.getInstance());
GetPTF("null eq datetimeoffset'2002-10-10T12:00:00-05:00'").aSerialized(
"{null eq datetimeoffset'2002-10-10T12:00:00-05:00'}").aEdmType(EdmBoolean.getInstance());
GetPTF("guid'12345678-1234-1234-1234-123456789012' eq null").aSerialized(
"{guid'12345678-1234-1234-1234-123456789012' eq null}").aEdmType(EdmBoolean.getInstance());
GetPTF("null eq guid'12345678-1234-1234-1234-123456789012'").aSerialized(
"{null eq guid'12345678-1234-1234-1234-123456789012'}").aEdmType(EdmBoolean.getInstance());
GetPTF("-1 eq null").aSerialized("{-1 eq null}").aEdmType(EdmBoolean.getInstance());
GetPTF("null eq -1").aSerialized("{null eq -1}").aEdmType(EdmBoolean.getInstance());
GetPTF("130 eq null").aSerialized("{130 eq null}").aEdmType(EdmBoolean.getInstance());
GetPTF("null eq 130").aSerialized("{null eq 130}").aEdmType(EdmBoolean.getInstance());
GetPTF("12345 eq null").aSerialized("{12345 eq null}").aEdmType(EdmBoolean.getInstance());
GetPTF("null eq 12345").aSerialized("{null eq 12345}").aEdmType(EdmBoolean.getInstance());
GetPTF("1234512345 eq null").aSerialized("{1234512345 eq null}").aEdmType(EdmBoolean.getInstance());
GetPTF("null eq 1234512345").aSerialized("{null eq 1234512345}").aEdmType(EdmBoolean.getInstance());
GetPTF("12345L eq null").aSerialized("{12345L eq null}").aEdmType(EdmBoolean.getInstance());
GetPTF("null eq 12345L").aSerialized("{null eq 12345L}").aEdmType(EdmBoolean.getInstance());
GetPTF("1.1F eq null").aSerialized("{1.1F eq null}").aEdmType(EdmBoolean.getInstance());
GetPTF("null eq 1.1F").aSerialized("{null eq 1.1F}").aEdmType(EdmBoolean.getInstance());
GetPTF("1.1D eq null").aSerialized("{1.1D eq null}").aEdmType(EdmBoolean.getInstance());
GetPTF("null eq 1.1D").aSerialized("{null eq 1.1D}").aEdmType(EdmBoolean.getInstance());
GetPTF("1.1M eq null").aSerialized("{1.1M eq null}").aEdmType(EdmBoolean.getInstance());
GetPTF("null eq 1.1M").aSerialized("{null eq 1.1M}").aEdmType(EdmBoolean.getInstance());
GetPTF("X'1234567890ABCDEF' eq null").aSerialized("{X'1234567890ABCDEF' eq null}").aEdmType(
EdmBoolean.getInstance());
GetPTF("null eq X'1234567890ABCDEF'").aSerialized("{null eq X'1234567890ABCDEF'}").aEdmType(
EdmBoolean.getInstance());
GetPTF("true eq null").aSerialized("{true eq null}").aEdmType(EdmBoolean.getInstance());
GetPTF("null eq true").aSerialized("{null eq true}").aEdmType(EdmBoolean.getInstance());
// logical and/or
GetPTF("true and null").aSerialized("{true and null}").aEdmType(EdmBoolean.getInstance());
GetPTF("null and true").aSerialized("{null and true}").aEdmType(EdmBoolean.getInstance());
GetPTF("true or null").aSerialized("{true or null}").aEdmType(EdmBoolean.getInstance());
GetPTF("null or true").aSerialized("{null or true}").aEdmType(EdmBoolean.getInstance());
}
@Test
public void abapTestParameterPromotion() // copy of ABAP method test_parameter_promotion
{
// lo_simple_type = /iwcor/cl_ds_edm_simple_type=>binary( ).
// lcl_helper=>veri_type( iv_expression = `X'1234567890ABCDEF'` io_expected_type = lo_simple_type ).
GetPTF("X'1234567890ABCDEF'").aEdmType(EdmBinary.getInstance());
// lo_simple_type = /iwcor/cl_ds_edm_simple_type=>boolean( ).
// lcl_helper=>veri_type( iv_expression = `true` io_expected_type = lo_simple_type ).
GetPTF("true").aEdmType(EdmBoolean.getInstance());
// lo_simple_type = /iwcor/cl_ds_edm_simple_type=>get_instance( iv_name = 'Bit' ).
// lcl_helper=>veri_type( iv_expression = `1` io_expected_type = lo_simple_type ).
GetPTF("1").aEdmType(Bit.getInstance());
// lo_simple_type = /iwcor/cl_ds_edm_simple_type=>get_instance( iv_name = 'Bit' ).
// lcl_helper=>veri_type( iv_expression = `0` io_expected_type = lo_simple_type ).
GetPTF("0").aEdmType(Bit.getInstance());
// lo_simple_type = /iwcor/cl_ds_edm_simple_type=>get_instance( iv_name = 'UInt7' ).
// /lcl_helper=>veri_type( iv_expression = `123` io_expected_type = lo_simple_type ).
GetPTF("123").aEdmType(Uint7.getInstance());
// lo_simple_type = /iwcor/cl_ds_edm_simple_type=>byte( ).
// lcl_helper=>veri_type( iv_expression = `130` io_expected_type = lo_simple_type ).
GetPTF("130").aEdmType(EdmByte.getInstance());
// lo_simple_type = /iwcor/cl_ds_edm_simple_type=>datetime( ).
// lcl_helper=>veri_type( iv_expression = `datetime'2011-07-31T23:30:59'` io_expected_type = lo_simple_type ).
GetPTF("datetime'2011-07-31T23:30:59'").aEdmType(EdmDateTime.getInstance());
// lo_simple_type = /iwcor/cl_ds_edm_simple_type=>datetimeoffset( ).
// lcl_helper=>veri_type( iv_expression = `datetimeoffset'2002-10-10T12:00:00-05:00'` io_expected_type =
// lo_simple_type ).
GetPTF("datetimeoffset'2002-10-10T12:00:00-05:00'").aEdmType(EdmDateTimeOffset.getInstance());
// lo_simple_type = /iwcor/cl_ds_edm_simple_type=>decimal( ).
// lcl_helper=>veri_type( iv_expression = `1.1M` io_expected_type = lo_simple_type ).
GetPTF("1.1M").aEdmType(EdmDecimal.getInstance());
// lo_simple_type = /iwcor/cl_ds_edm_simple_type=>double( ).
// lcl_helper=>veri_type( iv_expression = `1.1D` io_expected_type = lo_simple_type ).
GetPTF("1.1D").aEdmType(EdmDouble.getInstance());
// lo_simple_type = /iwcor/cl_ds_edm_simple_type=>double( ).
// lcl_helper=>veri_type( iv_expression = `1.1E+02D` io_expected_type = lo_simple_type ).
GetPTF("1.1E+02D").aEdmType(EdmDouble.getInstance());
// lo_simple_type = /iwcor/cl_ds_edm_simple_type=>guid( ).
// lcl_helper=>veri_type( iv_expression = `guid'12345678-1234-1234-1234-123456789012'` io_expected_type =
// lo_simple_type ).
GetPTF("guid'12345678-1234-1234-1234-123456789012'").aEdmType(EdmGuid.getInstance());
// -->FLOAT not available on OData library for JAVA
// lo_simple_type = /iwcor/cl_ds_edm_simple_type=>float( ).
// lcl_helper=>veri_type( iv_expression = `1.1F` io_expected_type = lo_simple_type ).
// GetPTF("1.1F").aEdmType(EdmFloat.getInstance());
// lo_simple_type = /iwcor/cl_ds_edm_simple_type=>int16( ).
// lcl_helper=>veri_type( iv_expression = `12345` io_expected_type = lo_simple_type ).
GetPTF("12345").aEdmType(EdmInt16.getInstance());
// lo_simple_type = /iwcor/cl_ds_edm_simple_type=>int32( ).
// lcl_helper=>veri_type( iv_expression = `1234512345` io_expected_type = lo_simple_type ).
GetPTF("1234512345").aEdmType(EdmInt32.getInstance());
// lo_simple_type = /iwcor/cl_ds_edm_simple_type=>int64( ).
// lcl_helper=>veri_type( iv_expression = `12345L` io_expected_type = lo_simple_type ).
GetPTF("12345L").aEdmType(EdmInt64.getInstance());
// lo_simple_type = /iwcor/cl_ds_edm_simple_type=>sbyte( ).
// lcl_helper=>veri_type( iv_expression = `-12` io_expected_type = lo_simple_type ).
GetPTF("-12").aEdmType(EdmSByte.getInstance());
// lo_simple_type = /iwcor/cl_ds_edm_simple_type=>single( ).
// lcl_helper=>veri_type( iv_expression = `1.1F` io_expected_type = lo_simple_type ).
GetPTF("1.1F").aEdmType(EdmSingle.getInstance());
// lo_simple_type = /iwcor/cl_ds_edm_simple_type=>string( ).
// lcl_helper=>veri_type( iv_expression = `'TEST'` io_expected_type = lo_simple_type ).
GetPTF("'TEST'").aEdmType(EdmString.getInstance());
// lo_simple_type = /iwcor/cl_ds_edm_simple_type=>time( ).
// lcl_helper=>veri_type( iv_expression = `time'P1998Y02M01D'` io_expected_type = lo_simple_type ).
GetPTF("time'PT19H02M01S'").aEdmType(EdmTime.getInstance());
// lo_simple_type = /iwcor/cl_ds_edm_simple_type=>time( ).
// lcl_helper=>veri_type( iv_expression = `time'P1998Y02M01DT23H14M33S'` io_expected_type = lo_simple_type ).
GetPTF("time'PT23H14M33S'").aEdmType(EdmTime.getInstance());
// lo_simple_type = /iwcor/cl_ds_edm_simple_type=>double( ).
// lcl_helper=>veri_type( iv_expression = `1.1D add 1` io_expected_type = lo_simple_type ).
GetPTF("1.1D add 1").aEdmType(EdmDouble.getInstance());
// lo_simple_type = /iwcor/cl_ds_edm_simple_type=>double( ).
// lcl_helper=>veri_type( iv_expression = `1 add 1.1D` io_expected_type = lo_simple_type ).
GetPTF("1 add 1.1D").aEdmType(EdmDouble.getInstance());
// "lcl_helper=>veri_type( iv_expression = `null` io_expected_type = /IWCOR/cl_DS_edm_simple_type=>null( ) ).
GetPTF("null").aEdmType(EdmNull.getInstance());
// lo_simple_type = /iwcor/cl_ds_edm_simple_type=>boolean( ).
// lcl_helper=>veri_type( iv_expression = `time'P1998Y02M01D' eq time'P1998Y02M01D'` io_expected_type =
// lo_simple_type ).
GetPTF("time'PT19H02M01S' eq time'PT19H02M01S'").aEdmType(EdmBoolean.getInstance());
// lo_simple_type = /iwcor/cl_ds_edm_simple_type=>boolean( ).
// lcl_helper=>veri_type( iv_expression = `time'P1998Y02M01D' lt time'P1998Y02M01D'` io_expected_type =
// lo_simple_type ).
GetPTF("time'PT19H02M01S' lt time'PT19H02M01S'").aEdmType(EdmBoolean.getInstance());
// lo_simple_type = /iwcor/cl_ds_edm_simple_type=>int32( ).
// lcl_helper=>veri_type( iv_expression = `hour(datetime'2011-07-31T23:30:59')` io_expected_type = lo_simple_type ).
GetPTF("hour(datetime'2011-07-31T23:30:59')").aEdmType(EdmInt32.getInstance());
// lo_simple_type = /iwcor/cl_ds_edm_simple_type=>int32( ).
// lcl_helper=>veri_type( iv_expression = `minute(datetime'2011-07-31T23:30:59')` io_expected_type = lo_simple_type
// ).
GetPTF("minute(datetime'2011-07-31T23:30:59')").aEdmType(EdmInt32.getInstance());
// lo_simple_type = /iwcor/cl_ds_edm_simple_type=>int32( ).
// lcl_helper=>veri_type( iv_expression = `second(datetime'2011-07-31T23:30:59')` io_expected_type = lo_simple_type
// ).
GetPTF("second(datetime'2011-07-31T23:30:59')").aEdmType(EdmInt32.getInstance());
// lo_simple_type = /iwcor/cl_ds_edm_simple_type=>int32( ).
// lcl_helper=>veri_type( iv_expression = `hour(time'P1998Y02M01D')` io_expected_type = lo_simple_type ).
GetPTF("hour(time'PT19H02M01S')").aEdmType(EdmInt32.getInstance());
// lo_simple_type = /iwcor/cl_ds_edm_simple_type=>int32( ).
// lcl_helper=>veri_type( iv_expression = `minute(time'P1998Y02M01D')` io_expected_type = lo_simple_type ).
GetPTF("minute(time'PT19H02M01S')").aEdmType(EdmInt32.getInstance());
// lo_simple_type = /iwcor/cl_ds_edm_simple_type=>int32( ).
// lcl_helper=>veri_type( iv_expression = `second(time'P1998Y02M01D')` io_expected_type = lo_simple_type ).
GetPTF("second(time'PT19H02M01S')").aEdmType(EdmInt32.getInstance());
// lo_simple_type = /iwcor/cl_ds_edm_simple_type=>int32( ).
// lcl_helper=>veri_type( iv_expression = `hour(datetimeoffset'2002-10-10T12:00:00-05:00')` io_expected_type =
// lo_simple_type ).
GetPTF("hour(datetimeoffset'2002-10-10T12:00:00-05:00')").aEdmType(EdmInt32.getInstance());
// lo_simple_type = /iwcor/cl_ds_edm_simple_type=>int32( ).
// lcl_helper=>veri_type( iv_expression = `minute(datetimeoffset'2002-10-10T12:00:00-05:00')` io_expected_type =
// lo_simple_type ).
GetPTF("minute(datetimeoffset'2002-10-10T12:00:00-05:00')").aEdmType(EdmInt32.getInstance());
// lo_simple_type = /iwcor/cl_ds_edm_simple_type=>int32( ).
// lcl_helper=>veri_type( iv_expression = `second(datetimeoffset'2002-10-10T12:00:00-05:00')` io_expected_type =
// lo_simple_type ).
GetPTF("second(datetimeoffset'2002-10-10T12:00:00-05:00')").aEdmType(EdmInt32.getInstance());
}
@Test
public void abapTestOrderByParser() // copy of ABAP method test_orderby_parser
{
// lcl_helper=>veri_orderby( iv_expression = 'a' iv_expected = '{oc({o(a asc)})}' ). "default return lower asc
GetPTO("a").aSerialized("{oc({o(a, asc)})}");
// lcl_helper=>veri_orderby( iv_expression = 'a,b' iv_expected = '{oc({o(a asc)},{o(b asc)})}' ).
GetPTO("a,b").aSerialized("{oc({o(a, asc)},{o(b, asc)})}");
// lcl_helper=>veri_orderby( iv_expression = 'a,b,c' iv_expected = '{oc({o(a asc)},{o(b asc)},{o(c asc)})}' ).
GetPTO("a,b,c").aSerialized("{oc({o(a, asc)},{o(b, asc)},{o(c, asc)})}");
// see comment of class
// //lcl_helper=>veri_orderby( iv_expression = 'a ASC' iv_expected = '{oc({o(a asc)})}' ).
// GetPTO("a ASC").aSerialized("{oc({o(a, asc)})}");
// lcl_helper=>veri_orderby( iv_expression = 'a asc' iv_expected = '{oc({o(a asc)})}' ).
GetPTO("a asc").aSerialized("{oc({o(a, asc)})}");
// lcl_helper=>veri_orderby( iv_expression = 'a DESC' iv_expected = '{oc({o(a desc)})}' ).
// -->GetPTO("a DESC").aSerialized("{oc({o(a, desc)})}");
// see comment of class (case sensitive)
// //lcl_helper=>veri_orderby( iv_expression = 'a DESC,b DESC'
// // iv_expected = '{oc({o(a desc)},{o(b desc)})}' ).
// GetPTO("a DESC,b DESC").aSerialized("{oc({o(a, desc)},{o(b, desc)})}");
// see comment of class (case sensitive)
// //lcl_helper=>veri_orderby( iv_expression = 'a ASC, b DESC'
// // iv_expected = '{oc({o(a asc)},{o(b desc)})}' ).
// GetPTO("a ASC, b DESC").aSerialized("{oc({o(a, asc)},{o(b, desc)})}");
// see comment of class (case sensitive)
// //lcl_helper=>veri_orderby( iv_expression = '2 mul 6 eq 12 DESC'
// // iv_expected = '{oc({o({{2 mul 6} eq 12} desc)})}' ).
// GetPTO("2 mul 6 eq 12 DESC").aSerialized("{oc({o({{2 mul 6} eq 12}, desc)})}");
// lcl_helper=>veri_orderby( iv_expression = `concat( 'Start_' , starttime ) desc`
// iv_expected = `{oc({o({concat(Start_,starttime)} desc)})}` ).
GetPTO("concat( 'Start_' , starttime ) desc").aSerialized("{oc({o({concat('Start_',starttime)}, desc)})}");
}
@Test
public void abapTestFilterParser() { // copy of ABAP method test_filter_parser
// lcl_helper=>veri_expression( iv_expression = 'W/X' iv_expected = '{W/X}' ).
GetPTF("W/X").aSerialized("{W/X}");
// lcl_helper=>veri_expression( iv_expression = 'W/X eq TEST' iv_expected = '{{W/X} eq TEST}' ).
GetPTF("W/X eq TEST").aSerialized("{{W/X} eq TEST}");
// lcl_helper=>veri_expression( iv_expression = 'ABC eq W/X eq TEST' iv_expected = '{{ABC eq {W/X}} eq TEST}' ).
GetPTF("ABC eq W/X eq TEST").aSerialized("{{ABC eq {W/X}} eq TEST}");
// lcl_helper=>veri_expression( iv_expression = 'ABC eq W / X eq TEST' iv_expected = '{{ABC eq {W/X}} eq TEST}' ).
GetPTF("ABC eq W / X eq TEST").aSerialized("{{ABC eq {W/X}} eq TEST}");
// lcl_helper=>veri_expression( iv_expression = 'W/X/Y/Z' iv_expected = '{{{W/X}/Y}/Z}' ).
GetPTF("W/X/Y/Z").aSerialized("{{{W/X}/Y}/Z}");
// lcl_helper=>veri_expression( iv_expression = 'X' iv_expected = 'X' ).
GetPTF("X").aSerialized("X");
// lcl_helper=>veri_expression( iv_expression = '-X' iv_expected = '{- X}' ).
GetPTF("-X").aSerialized("{- X}");
// lcl_helper=>veri_expression( iv_expression = 'not X' iv_expected = '{not X}' ).
GetPTF("not X").aSerialized("{not X}");
// lcl_helper=>veri_expression( iv_expression = 'X mul Y' iv_expected = '{X mul Y}' ).
GetPTF("X mul Y").aSerialized("{X mul Y}");
// lcl_helper=>veri_expression( iv_expression = 'X div Y' iv_expected = '{X div Y}' ).
GetPTF("X div Y").aSerialized("{X div Y}");
// lcl_helper=>veri_expression( iv_expression = 'X mod Y' iv_expected = '{X mod Y}' ).
GetPTF("X mod Y").aSerialized("{X mod Y}");
// lcl_helper=>veri_expression( iv_expression = 'X add Y' iv_expected = '{X add Y}' ).
GetPTF("X add Y").aSerialized("{X add Y}");
// lcl_helper=>veri_expression( iv_expression = 'X sub Y' iv_expected = '{X sub Y}' ).
GetPTF("X sub Y").aSerialized("{X sub Y}");
// lcl_helper=>veri_expression( iv_expression = 'X lt Y' iv_expected = '{X lt Y}' ).
GetPTF("X lt Y").aSerialized("{X lt Y}");
// lcl_helper=>veri_expression( iv_expression = 'X gt Y' iv_expected = '{X gt Y}' ).
GetPTF("X gt Y").aSerialized("{X gt Y}");
// lcl_helper=>veri_expression( iv_expression = 'X le Y' iv_expected = '{X le Y}' ).
GetPTF("X le Y").aSerialized("{X le Y}");
// lcl_helper=>veri_expression( iv_expression = 'X ge Y' iv_expected = '{X ge Y}' ).
GetPTF("X ge Y").aSerialized("{X ge Y}");
// lcl_helper=>veri_expression( iv_expression = 'X eq Y' iv_expected = '{X eq Y}' ).
GetPTF("X eq Y").aSerialized("{X eq Y}");
// lcl_helper=>veri_expression( iv_expression = 'X ne Y' iv_expected = '{X ne Y}' ).
GetPTF("X ne Y").aSerialized("{X ne Y}");
// lcl_helper=>veri_expression( iv_expression = 'X and Y' iv_expected = '{X and Y}' ).
GetPTF("X and Y").aSerialized("{X and Y}");
// lcl_helper=>veri_expression( iv_expression = 'X or Y' iv_expected = '{X or Y}' ).
GetPTF("X or Y").aSerialized("{X or Y}");
// lcl_helper=>veri_expression( iv_expression = 'X mul Y eq Z' iv_expected = '{{X mul Y} eq Z}' ).
GetPTF("X mul Y eq Z").aSerialized("{{X mul Y} eq Z}");
// lcl_helper=>veri_expression( iv_expression = 'X eq Y mul Z' iv_expected = '{X eq {Y mul Z}}' ).
GetPTF("X eq Y mul Z").aSerialized("{X eq {Y mul Z}}");
// lcl_helper=>veri_expression( iv_expression = '(X)' iv_expected = 'X' ).
GetPTF("(X)").aSerialized("X");
// lcl_helper=>veri_expression( iv_expression = '(X or Y)' iv_expected = '{X or Y}' ).
GetPTF("(X or Y)").aSerialized("{X or Y}");
// lcl_helper=>veri_expression( iv_expression = 'X mul (Y eq Z)' iv_expected = '{X mul {Y eq Z}}' ).
GetPTF("X mul (Y eq Z)").aSerialized("{X mul {Y eq Z}}");
// lcl_helper=>veri_expression( iv_expression = '(X eq Y) mul Z' iv_expected = '{{X eq Y} mul Z}' ).
GetPTF("(X eq Y) mul Z").aSerialized("{{X eq Y} mul Z}");
// lcl_helper=>veri_expression( iv_expression = 'indexof(X,Y)' iv_expected = '{indexof(X,Y)}' ).
GetPTF("indexof(X,Y)").aSerialized("{indexof(X,Y)}");
// lcl_helper=>veri_expression( iv_expression = 'concat(X, Y)' iv_expected = '{concat(X,Y)}' ).
GetPTF("concat(X, Y)").aSerialized("{concat(X,Y)}");
// lcl_helper=>veri_expression( iv_expression = 'concat(X,Y,Z, 1,2,3)' iv_expected = '{concat(X,Y,Z,1,2,3)}' ).
GetPTF("concat(X,Y,Z, 1,2,3)").aSerialized("{concat(X,Y,Z,1,2,3)}");
// lcl_helper=>veri_expression( iv_expression = 'a eq b eq c eq d' iv_expected = '{{{a eq b} eq c} eq d}' ).
GetPTF("a eq b eq c eq d").aSerialized("{{{a eq b} eq c} eq d}");
// lcl_helper=>veri_expression( iv_expression = 'a mul b eq c mul d' iv_expected = '{{a mul b} eq {c mul d}}' ).
GetPTF("a mul b eq c mul d").aSerialized("{{a mul b} eq {c mul d}}");
// lcl_helper=>veri_expression( iv_expression = 'a mul concat(X,Y,Z) eq c mul d' iv_expected = '{{a mul
// {concat(X,Y,Z)}} eq {c mul d}}' ).
GetPTF("a mul concat(X,Y,Z) eq c mul d").aSerialized("{{a mul {concat(X,Y,Z)}} eq {c mul d}}");
// lcl_helper=>veri_expression( iv_expression = 'a mul (concat(X,Y,Z) eq c) mul d' iv_expected = '{{a mul
// {{concat(X,Y,Z)} eq c}} mul d}' ).
GetPTF("a mul (concat(X,Y,Z) eq c) mul d").aSerialized("{{a mul {{concat(X,Y,Z)} eq c}} mul d}");
// lcl_helper=>veri_expression( iv_expression = '- not X' iv_expected = '{- {not X}}' ).
GetPTF("- not X").aSerialized("{- {not X}}");
// =>veri_expression( iv_expression = 'concat(-X,Y)' iv_expected = '{concat({- X},Y)}' ).
GetPTF("concat(-X,Y)").aSerialized("{concat({- X},Y)}");
// lcl_helper=>veri_expression( iv_expression = 'concat(not X,Y)' iv_expected = '{concat({not X},Y)}' ).
GetPTF("concat(not X,Y)").aSerialized("{concat({not X},Y)}");
// lcl_helper=>veri_expression( iv_expression = 'concat(- not X,Y)' iv_expected = '{concat({- {not X}},Y)}' ).
GetPTF("concat(- not X,Y)").aSerialized("{concat({- {not X}},Y)}");
// lcl_helper=>veri_expression( iv_expression = 'not concat(-X,Y)' iv_expected = '{not {concat({- X},Y)}}' ).
GetPTF("not concat(-X,Y)").aSerialized("{not {concat({- X},Y)}}");
// lcl_helper=>veri_expression( iv_expression = 'a eq not concat(-X,Y)' iv_expected = '{a eq {not {concat({-
// X},Y)}}}' ).
GetPTF("a eq not concat(-X,Y)").aSerialized("{a eq {not {concat({- X},Y)}}}");
// lcl_helper=>veri_expression( iv_expression = 'a eq b or c eq d and e eq f' iv_expected = '{{a eq b} or {{c eq d}
// and {e eq f}}}' ).
GetPTF("a eq b or c eq d and e eq f").aSerialized("{{a eq b} or {{c eq d} and {e eq f}}}");
// lcl_helper=>veri_expression( iv_expression = 'a eq b and c eq d or e eq f' iv_expected = '{{{a eq b} and {c eq
// d}} or {e eq f}}' ).
GetPTF("a eq b and c eq d or e eq f").aSerialized("{{{a eq b} and {c eq d}} or {e eq f}}");
// lcl_helper=>veri_expression( iv_expression = 'a eq 1.1E+02D' iv_expected = '{a eq 1.1E+02}' ).
GetPTF("a eq 1.1E+02D").aSerialized("{a eq 1.1E+02D}");
// lcl_helper=>veri_expression_ex(
// iv_expression = `concat('a' 'b')`
// iv_expected_textid = /iwcor/cx_ds_expr_syntax_error=>function_invalid_parameter
// iv_expected_msg = 'Invalid parameter for function ''concat''' ).
GetPTF("concat('a' 'b')").aExMsgText("\")\" or \",\" expected after position 10 in \"concat('a' 'b')\".");
// lcl_helper=>veri_expression_ex(
// iv_expression = `concat('125')`
// iv_expected_textid = /iwcor/cx_ds_expr_syntax_error=>function_to_few_parameter
// iv_expected_msg = 'Too few parameters for function ''concat''' ).
GetPTF("concat('125')")
.aExMsgText(
"No applicable method found for \"concat\" at position 1 in \"concat('125')\" with the " +
"specified arguments. Method \"concat\" requires 2 or more arguments.");
// lcl_helper=>veri_expression_ex(
// iv_expression = `indexof('a','b','c')`
// iv_expected_textid = /iwcor/cx_ds_expr_syntax_error=>function_to_many_parameter
// iv_expected_msg = 'Too many parameters for function ''indexof''' ).
GetPTF("indexof('a','b','c')")
.aExMsgText(
"No applicable method found for \"indexof\" at position 1 in \"indexof('a','b','c')\" with " +
"the specified arguments. Method \"indexof\" requires exact 2 argument(s).");
// lcl_helper=>veri_expression_ex(
// iv_expression = `replace('aBa','B','CCC')`
// iv_expected_textid = /iwcor/cx_ds_expr_syntax_error=>function_invalid
// iv_expected_msg = `Invalid function 'replace' detected` ).
// -->see test method abapMethodRleplaceNotAllowed()
}
@Test
public void abapMethodRleplaceNotAllowed() // copy of ABAP method test_filter_parser
{
// Filter method is NOT allowed
// lcl_helper=>veri_expression_ex(
// iv_expression = `replace('aBa','B','CCC')`
// iv_expected_textid = /iwcor/cx_ds_expr_syntax_error=>function_invalid
// iv_expected_msg = `Invalid function 'replace' detected` ).
// http://services.odata.org/Northwind/Northwind.svc/Products/?$filter=replace('aBa','B','CCC')
// -->Unknown function 'replace' at position 0.
GetPTF("replace('aBa','B','CCC')").aExMsgText(
"Unknown function \"replace\" at position 1 in \"replace('aBa','B','CCC')\".");
}
}