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DURATION SHORT
RISK LEVEL HARMLESS.
PRIVATE SECTION.
DATA mi_cut TYPE REF TO zif_abapgit_aff_type_mapping.
METHODS:
setup,
assert_to_aff
IMPORTING
iv_ddic TYPE dd01v-datatype
iv_length TYPE dd01v-leng DEFAULT 0
iv_aff TYPE zif_abapgit_aff_ddic_types_v1=>ty_data_type,
assert_to_abapgit
IMPORTING
iv_aff TYPE zif_abapgit_aff_ddic_types_v1=>ty_data_type
iv_ddic TYPE dd01v-datatype,
data_types_to_aff FOR TESTING,
data_types_to_abapgit FOR TESTING,
values_and_intervals FOR TESTING.
ENDCLASS.
CLASS ltcl_aff_metadata DEFINITION FINAL FOR TESTING
DURATION SHORT
RISK LEVEL HARMLESS.
PRIVATE SECTION.
METHODS:
assert_json_equals
IMPORTING
iv_actual TYPE string
iv_expected TYPE string
RAISING
zcx_abapgit_ajson_error,
assert_data_type_json
IMPORTING
iv_ddic TYPE dd01v-datatype
iv_length TYPE dd01v-leng DEFAULT 0
iv_expected TYPE string
RAISING
zcx_abapgit_exception
zcx_abapgit_ajson_error,
data_type_enums FOR TESTING RAISING cx_static_check,
serialize_minimal FOR TESTING RAISING cx_static_check,
serialize_non_defaults FOR TESTING RAISING cx_static_check,
deserialize_minimal FOR TESTING RAISING cx_static_check,
deserialize_non_defaults FOR TESTING RAISING cx_static_check.
ENDCLASS.
CLASS ltcl_aff_type_mapping IMPLEMENTATION.
METHOD setup.
CREATE OBJECT mi_cut TYPE lcl_aff_type_mapping.
ENDMETHOD.
METHOD assert_to_aff.
DATA lo_source TYPE REF TO lcl_doma_data.
DATA ls_aff TYPE zif_abapgit_aff_doma_v1=>ty_main.
CREATE OBJECT lo_source.
lo_source->ms_dd01v-datatype = iv_ddic.
lo_source->ms_dd01v-leng = iv_length.
mi_cut->to_aff(
EXPORTING
iv_data = lo_source
IMPORTING
es_data = ls_aff ).
cl_abap_unit_assert=>assert_equals(
act = ls_aff-format-data_type
exp = iv_aff
msg = iv_ddic ).
ENDMETHOD.
METHOD assert_to_abapgit.
DATA lo_actual TYPE REF TO lcl_doma_data.
DATA ls_aff TYPE zif_abapgit_aff_doma_v1=>ty_main.
ls_aff-format-data_type = iv_aff.
mi_cut->to_abapgit(
EXPORTING
iv_data = ls_aff
iv_object_name = 'ZDOMAIN'
IMPORTING
es_data = lo_actual ).
cl_abap_unit_assert=>assert_equals(
act = lo_actual->ms_dd01v-datatype
exp = iv_ddic
msg = iv_aff ).
ENDMETHOD.
METHOD data_types_to_aff.
DATA ls_data_types LIKE zif_abapgit_aff_ddic_types_v1=>co_data_type.
FIELD-SYMBOLS <lv_data_type> TYPE any.
ls_data_types = zif_abapgit_aff_ddic_types_v1=>co_data_type.
DO.
ASSIGN COMPONENT sy-index OF STRUCTURE ls_data_types TO <lv_data_type>.
IF sy-subrc <> 0.
EXIT.
ENDIF.
assert_to_aff( iv_ddic = <lv_data_type>
iv_aff = <lv_data_type> ).
ENDDO.
assert_to_aff( iv_ddic = 'DF16'
iv_aff = zif_abapgit_aff_ddic_types_v1=>co_data_type-decfloat16 ).
assert_to_aff( iv_ddic = 'DF34'
iv_aff = zif_abapgit_aff_ddic_types_v1=>co_data_type-decfloat34 ).
assert_to_aff( iv_ddic = 'DECF'
iv_length = 16
iv_aff = zif_abapgit_aff_ddic_types_v1=>co_data_type-decfloat16 ).
assert_to_aff( iv_ddic = 'DECF'
iv_length = 34
iv_aff = zif_abapgit_aff_ddic_types_v1=>co_data_type-decfloat34 ).
assert_to_aff( iv_ddic = 'GEOM'
iv_aff = zif_abapgit_aff_ddic_types_v1=>co_data_type-geom_ewkb ).
assert_to_aff( iv_ddic = 'RAWS'
iv_aff = zif_abapgit_aff_ddic_types_v1=>co_data_type-rawstring ).
assert_to_aff( iv_ddic = 'ZZZZ'
iv_aff = zif_abapgit_aff_ddic_types_v1=>co_data_type-char ).
ENDMETHOD.
METHOD data_types_to_abapgit.
DATA ls_data_types LIKE zif_abapgit_aff_ddic_types_v1=>co_data_type.
FIELD-SYMBOLS <lv_data_type> TYPE any.
ls_data_types = zif_abapgit_aff_ddic_types_v1=>co_data_type.
DO.
ASSIGN COMPONENT sy-index OF STRUCTURE ls_data_types TO <lv_data_type>.
IF sy-subrc <> 0.
EXIT.
ENDIF.
assert_to_abapgit( iv_aff = <lv_data_type>
iv_ddic = <lv_data_type> ).
ENDDO.
assert_to_abapgit( iv_aff = 'ZZZZ'
iv_ddic = 'CHAR' ).
ENDMETHOD.
METHOD values_and_intervals.
DATA lo_source TYPE REF TO lcl_doma_data.
DATA lo_actual TYPE REF TO lcl_doma_data.
DATA ls_aff TYPE zif_abapgit_aff_doma_v1=>ty_main.
DATA ls_dd07v TYPE dd07v.
CREATE OBJECT lo_source.
" DDIC leaves the upper limit of a single fixed value empty
ls_dd07v-domvalue_l = 'A'.
ls_dd07v-ddtext = 'Active'.
APPEND ls_dd07v TO lo_source->ms_dd07v.
CLEAR ls_dd07v.
ls_dd07v-domvalue_l = 'B'.
ls_dd07v-domvalue_h = 'B'.
ls_dd07v-ddtext = 'Blocked'.
APPEND ls_dd07v TO lo_source->ms_dd07v.
CLEAR ls_dd07v.
ls_dd07v-domvalue_l = '10'.
ls_dd07v-domvalue_h = '20'.
ls_dd07v-ddtext = 'Interval'.
APPEND ls_dd07v TO lo_source->ms_dd07v.
mi_cut->to_aff(
EXPORTING
iv_data = lo_source
IMPORTING
es_data = ls_aff ).
cl_abap_unit_assert=>assert_equals(
act = lines( ls_aff-fixed_values )
exp = 2 ).
cl_abap_unit_assert=>assert_equals(
act = lines( ls_aff-fixed_value_intervals )
exp = 1 ).
mi_cut->to_abapgit(
EXPORTING
iv_data = ls_aff
iv_object_name = 'zdomain'
IMPORTING
es_data = lo_actual ).
cl_abap_unit_assert=>assert_equals(
act = lines( lo_actual->ms_dd07v )
exp = 3 ).
READ TABLE lo_actual->ms_dd07v INTO ls_dd07v INDEX 1.
cl_abap_unit_assert=>assert_subrc( ).
cl_abap_unit_assert=>assert_equals(
act = ls_dd07v-domname
exp = 'ZDOMAIN' ).
cl_abap_unit_assert=>assert_equals(
act = ls_dd07v-valpos
exp = 1 ).
cl_abap_unit_assert=>assert_equals(
act = ls_dd07v-domvalue_l
exp = 'A' ).
" Single fixed value, so no upper limit
cl_abap_unit_assert=>assert_initial( ls_dd07v-domvalue_h ).
READ TABLE lo_actual->ms_dd07v INTO ls_dd07v INDEX 3.
cl_abap_unit_assert=>assert_subrc( ).
cl_abap_unit_assert=>assert_equals(
act = ls_dd07v-domvalue_l
exp = '10' ).
cl_abap_unit_assert=>assert_equals(
act = ls_dd07v-domvalue_h
exp = '20' ).
ENDMETHOD.
ENDCLASS.
CLASS ltcl_aff_metadata IMPLEMENTATION.
METHOD assert_json_equals.
DATA lv_is_equal TYPE abap_bool.
lv_is_equal = zcl_abapgit_ajson_utilities=>new( )->is_equal(
iv_json_a = iv_actual
iv_json_b = iv_expected ).
cl_abap_unit_assert=>assert_equals(
act = lv_is_equal
exp = abap_true
msg = iv_actual ).
ENDMETHOD.
METHOD assert_data_type_json.
DATA ls_dd01v TYPE dd01v.
DATA ls_actual_dd01v TYPE dd01v.
DATA lt_dd07v TYPE dd07v_tab.
DATA lt_actual_dd07v TYPE dd07v_tab.
DATA lv_serialized TYPE xstring.
DATA lv_json TYPE string.
DATA li_json TYPE REF TO zif_abapgit_ajson.
ls_dd01v-datatype = iv_ddic.
ls_dd01v-leng = iv_length.
ls_dd01v-ddlanguage = 'E'.
lv_serialized = lcl_aff_metadata_handler=>serialize(
is_dd01v = ls_dd01v
it_dd07v = lt_dd07v ).
lv_json = zcl_abapgit_convert=>xstring_to_string_utf8( lv_serialized ).
li_json = zcl_abapgit_ajson=>parse( lv_json ).
cl_abap_unit_assert=>assert_equals(
act = li_json->get( '/format/dataType' )
exp = iv_expected
msg = iv_ddic ).
lcl_aff_metadata_handler=>deserialize(
EXPORTING
iv_json = lv_serialized
iv_object_name = 'ZDOMAIN'
IMPORTING
es_dd01v = ls_actual_dd01v
et_dd07v = lt_actual_dd07v ).
cl_abap_unit_assert=>assert_equals(
act = ls_actual_dd01v-datatype
exp = iv_ddic
msg = iv_expected ).
ENDMETHOD.
METHOD data_type_enums.
DATA lt_enum_pairs TYPE STANDARD TABLE OF string WITH DEFAULT KEY.
DATA lv_enum_pair TYPE string.
DATA lv_ddic TYPE dd01v-datatype.
DATA lv_json TYPE string.
SPLIT `D16D=DF16_DEC D16R=DF16_RAW D16S=DF16_SCL D16N=DECFLOAT16 ` &&
`D34D=DF34_DEC D34R=DF34_RAW D34S=DF34_SCL D34N=DECFLOAT34 ` &&
`GGM1=GEOM_EWKB RSTR=RAWSTRING SSTR=SSTRING STRG=STRING UTCL=UTCLONG`
AT space INTO TABLE lt_enum_pairs.
LOOP AT lt_enum_pairs INTO lv_enum_pair.
SPLIT lv_enum_pair AT '=' INTO lv_ddic lv_json.
assert_data_type_json( iv_ddic = lv_ddic
iv_expected = lv_json ).
ENDLOOP.
ENDMETHOD.
METHOD serialize_minimal.
DATA ls_dd01v TYPE dd01v.
DATA lt_dd07v TYPE dd07v_tab.
DATA lv_actual TYPE string.
DATA lv_expected TYPE string.
ls_dd01v-ddtext = 'Test domain'.
ls_dd01v-ddlanguage = 'E'.
ls_dd01v-datatype = 'CHAR'.
ls_dd01v-leng = 3.
lv_actual = zcl_abapgit_convert=>xstring_to_string_utf8(
lcl_aff_metadata_handler=>serialize(
is_dd01v = ls_dd01v
it_dd07v = lt_dd07v ) ).
lv_expected =
`{` &&
`"formatVersion":"1",` &&
`"header":{"description":"Test domain","originalLanguage":"en"},` &&
`"format":{"dataType":"CHAR","length":3},` &&
`"outputCharacteristics":{"length":0}` &&
`}`.
assert_json_equals(
iv_actual = lv_actual
iv_expected = lv_expected ).
ENDMETHOD.
METHOD serialize_non_defaults.
DATA ls_dd01v TYPE dd01v.
DATA ls_dd07v TYPE dd07v.
DATA lt_dd07v TYPE dd07v_tab.
DATA lv_actual TYPE string.
DATA lv_expected TYPE string.
ls_dd01v-ddtext = 'Test domain'.
ls_dd01v-ddlanguage = 'E'.
ls_dd01v-datatype = 'DEC'.
ls_dd01v-leng = 5.
ls_dd01v-decimals = 2.
ls_dd01v-outputlen = 7.
ls_dd01v-convexit = 'ALPHA'.
ls_dd01v-lowercase = abap_true.
ls_dd01v-signflag = abap_true.
ls_dd01v-entitytab = 'ZVALUE_TABLE'.
ls_dd07v-domvalue_l = 'A'.
ls_dd07v-domvalue_h = 'A'.
ls_dd07v-ddtext = 'Active'.
APPEND ls_dd07v TO lt_dd07v.
CLEAR ls_dd07v.
ls_dd07v-domvalue_l = '10'.
ls_dd07v-domvalue_h = '20'.
ls_dd07v-ddtext = 'Interval'.
APPEND ls_dd07v TO lt_dd07v.
lv_actual = zcl_abapgit_convert=>xstring_to_string_utf8(
lcl_aff_metadata_handler=>serialize(
is_dd01v = ls_dd01v
it_dd07v = lt_dd07v ) ).
lv_expected =
`{` &&
`"formatVersion":"1",` &&
`"header":{"description":"Test domain","originalLanguage":"en"},` &&
`"format":{"dataType":"DEC","length":5,"decimals":2},` &&
`"outputCharacteristics":{` &&
`"length":7,"conversionRoutine":"ALPHA","caseSensitive":true,"negativeValues":true},` &&
`"fixedValues":[{"fixedValue":"A","description":"Active"}],` &&
`"fixedValueIntervals":[{"lowLimit":"10","highLimit":"20","description":"Interval"}],` &&
`"valueTable":{"name":"ZVALUE_TABLE"}` &&
`}`.
assert_json_equals(
iv_actual = lv_actual
iv_expected = lv_expected ).
ENDMETHOD.
METHOD deserialize_minimal.
DATA lv_json TYPE string.
DATA ls_actual_dd01v TYPE dd01v.
DATA ls_expected_dd01v TYPE dd01v.
DATA lt_actual_dd07v TYPE dd07v_tab.
lv_json =
`{` &&
`"formatVersion":"1",` &&
`"header":{"description":"Test domain","originalLanguage":"fr"},` &&
`"format":{"dataType":"CHAR","length":3}` &&
`}`.
lcl_aff_metadata_handler=>deserialize(
EXPORTING
iv_json = zcl_abapgit_convert=>string_to_xstring_utf8( lv_json )
iv_object_name = 'ztest_doma'
IMPORTING
es_dd01v = ls_actual_dd01v
et_dd07v = lt_actual_dd07v ).
ls_expected_dd01v-domname = 'ZTEST_DOMA'.
ls_expected_dd01v-ddtext = 'Test domain'.
ls_expected_dd01v-ddlanguage = 'F'.
ls_expected_dd01v-datatype = 'CHAR'.
ls_expected_dd01v-leng = 3.
cl_abap_unit_assert=>assert_equals(
act = ls_actual_dd01v
exp = ls_expected_dd01v ).
cl_abap_unit_assert=>assert_initial( act = lt_actual_dd07v ).
ENDMETHOD.
METHOD deserialize_non_defaults.
DATA lv_json TYPE string.
DATA ls_actual_dd01v TYPE dd01v.
DATA ls_expected_dd01v TYPE dd01v.
DATA ls_expected_dd07v TYPE dd07v.
DATA lt_actual_dd07v TYPE dd07v_tab.
DATA lt_expected_dd07v TYPE dd07v_tab.
lv_json =
`{` &&
`"formatVersion":"1",` &&
`"header":{"description":"Test domain","originalLanguage":"en"},` &&
`"format":{"dataType":"DEC","length":5,"decimals":2},` &&
`"outputCharacteristics":{` &&
`"length":7,"conversionRoutine":"ALPHA","caseSensitive":true,"negativeValues":true},` &&
`"fixedValues":[{"fixedValue":"A","description":"Active"}],` &&
`"fixedValueIntervals":[{"lowLimit":"10","highLimit":"20","description":"Interval"}],` &&
`"valueTable":{"name":"ZVALUE_TABLE"}` &&
`}`.
lcl_aff_metadata_handler=>deserialize(
EXPORTING
iv_json = zcl_abapgit_convert=>string_to_xstring_utf8( lv_json )
iv_object_name = 'ztest_doma'
IMPORTING
es_dd01v = ls_actual_dd01v
et_dd07v = lt_actual_dd07v ).
ls_expected_dd01v-domname = 'ZTEST_DOMA'.
ls_expected_dd01v-ddtext = 'Test domain'.
ls_expected_dd01v-ddlanguage = 'E'.
ls_expected_dd01v-datatype = 'DEC'.
ls_expected_dd01v-leng = 5.
ls_expected_dd01v-decimals = 2.
ls_expected_dd01v-outputlen = 7.
ls_expected_dd01v-convexit = 'ALPHA'.
ls_expected_dd01v-lowercase = abap_true.
ls_expected_dd01v-signflag = abap_true.
ls_expected_dd01v-entitytab = 'ZVALUE_TABLE'.
ls_expected_dd07v-domname = 'ZTEST_DOMA'.
ls_expected_dd07v-valpos = 1.
ls_expected_dd07v-ddlanguage = 'E'.
ls_expected_dd07v-domvalue_l = 'A'.
ls_expected_dd07v-ddtext = 'Active'.
APPEND ls_expected_dd07v TO lt_expected_dd07v.
CLEAR ls_expected_dd07v.
ls_expected_dd07v-domname = 'ZTEST_DOMA'.
ls_expected_dd07v-valpos = 2.
ls_expected_dd07v-ddlanguage = 'E'.
ls_expected_dd07v-domvalue_l = '10'.
ls_expected_dd07v-domvalue_h = '20'.
ls_expected_dd07v-ddtext = 'Interval'.
APPEND ls_expected_dd07v TO lt_expected_dd07v.
cl_abap_unit_assert=>assert_equals(
act = ls_actual_dd01v
exp = ls_expected_dd01v ).
cl_abap_unit_assert=>assert_equals(
act = lt_actual_dd07v
exp = lt_expected_dd07v ).
ENDMETHOD.
ENDCLASS.
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