$SYSTEM.SYSDICT2
Definition OBL-V5
Object data
- Time stamp: 2015-03-30 10:19:22.05
- Elements: 62
- Size: 202
Definition
*
* Version 5 of the OBL adds support for the bit fields
*
* This was added for DDL dictionary version 6 in the D00 release.
*
DEF OBL-V5.
*
* Combination of object number and element number which uniquely
* identify this record.
*
02 IDENTIFIER TYPE FIELD.
!Offset 0, size 6
*
* Lexical level of the element. The definition base is 0.
* Level increases by 1 for each level of nesting.
*
* The LEVEL field also identifies variant records:
*
* LEVEL = 66 ==> Renames element;
* LEVEL = 88 ==> Value element.
*
02 LEVEL TYPE BINARY 16
DISPLAY "I2"
HEADING "LV".
!Offset 6, size 2
*
* The local (usage) name of this element, padded with blanks.
*
02 LOCAL-NAME TYPE NAME
HEADING "Element Name".
!Offset 8, size 30
*
* If there are any comments associated with this element, this
* field will contain the OTF Text-Id of those comments. The text
* type will be "S", String.
*
02 COMMENT-TEXT TYPE TEXT-ID
DISPLAY "[BZ]I10"
HEADING "Comment/Text ID".
!Offset 38, size 4
*
* Initial values can be associated with data items. A list of values
* and ranges of values can be associated with level 88 items. Cobol
* and Scobol support level 88 items.
*
* Values and lists of values are represented in the OTF as
* sequences of records which may have the following Text-Types:
*
* "K" - Key Word
* "N" - ASCII number
* "S" - String
* "E" - Enumeration
* "J" - National/Kanji
*
* The following table shows how some values are represented in
* the OTF.
*
* Value OTF-R1 OTF-R2 OTF-R3
* Type Text Len Type Text Len Type Text Len
* ----- ---- ---- --- ---- ---- --- ---- ---- ---
* "Bob" S Bob 3
*
* 53 N 53 2
*
* 5 Thru 7 N 5 1 K THRU 4 N 7
*
* ALL SPACES K ALL 3 K SPACES 6
*
* Red E Red 3
*
* N"KA" J KA 4
*
* In the above table; Type is OTF.Text-Type, Text is OTF.Text-Line
* and Len is OTF.Text-Len
*
* Lists of values and ranges of values are built up of sequences of
* values such as those above.
*
02 VALUE-TEXT TYPE TEXT-ID
DISPLAY "[BZ]I10"
HEADING "Value/Text ID".
!Offset 42, size 4
*
* If there is an AS clause associated with the 89 level record in the
* enumeration, then this field will contain the Text-Id. The text
* type will be "S", String.
*
* A level 88/89 record will be truncated after this field.
*
02 AS-TEXT TYPE TEXT-ID
DISPLAY "[BZ]I10"
HEADING "As/Text ID".
!Offset 46, size 4
*
* If there is any heading text specified for this element,
* this field will contain the Text-id of that text.
* The Text-Type will be "S", String.
*
02 HEADING-TEXT TYPE TEXT-ID
DISPLAY "[BZ]I10"
HEADING "Heading/Text ID".
!Offset 50, size 4
*
* If there is a display format explicitly specified for
* this element, this field will contain the Text-Id.
* The Text-Type will be "S", String.
*
02 DISPLAY-TEXT TYPE TEXT-ID
DISPLAY "[BZ]I10"
HEADING "Display/Text ID".
!Offset 54, size 4
*
* If this element was defined with a picture, then this field will
* contain the Text-Id. The Text-Type will be "S", String.
*
02 PICTURE-TEXT TYPE TEXT-ID
DISPLAY "[BZ]I10"
HEADING "Picture/Text ID".
!Offset 58, size 4
*
* If there is any Help Text associated with this element, then this
* field will contain the Text-Id for the block of help text. The
* text type will be "S", String.
*
02 HELP-TEXT TYPE TEXT-ID
DISPLAY "[BZ]I10"
HEADING "Help/Text ID".
!Offset 62, size 4
*
* If there is any Must Be Text associated with this element, then
* this field will contain the Text-Id for the block of Must Be Text.
* Must Be text requires that the value in a data item must be in a
* list of values and ranges of values.
*
* Must Be information has the same format as the lists of values
* associated with level 88 items. It is stored in the dictionary
* in the same manner. The format for storing Must Be text is discussed
* in some detail under the explanation of Value-Text above.
*
*
02 MUST-BE-TEXT TYPE TEXT-ID
DISPLAY "[BZ]I10"
HEADING "Must Be/Text ID".
!Offset 66, size 4
*
* If there is an edit picture associated with this element, then this
* field will contain the Text-Id. The text type will be "S", String.
*
02 EDIT-PIC-TEXT TYPE TEXT-ID
DISPLAY "[BZ]I10"
HEADING "Edit Pic/Text ID".
!Offset 70, size 4
*
* If this element is a TACL primitive data type, then this field
* will contain the TACL data type associated with the line item.
* This is an enumerated type. The legal values for the field are:
*
* TACL Type Value
* --------- -----
*
* CRTPID "CP"
* DEVICE "DV"
* ENUM "EN"
* FNAME "FN"
* FNAME32 "F3"
* PHANDLE "PH"
* SSID "SI"
* SUBVOL "SV"
* TRANSID "TI"
* TSTAMP "TS"
* USERNAME "UN"
*
* NULL " "
*
*
02 TACL-TYPE TYPE CHARACTER 2
MUST BE "CP", "DV", "EN", "FN", "F3", "PH", "SI", "SV", "TI", "TS", "UN", " "
HEADING "TACL/Type".
!Offset 74, size 2
*
* If the element is defined as a usage of a predefined definition,
* this field will contain the object number of that definition.
* If the element is defined locally, this field will be null.
*
02 SOURCE-DEF TYPE OBJECT-NUMBER
DISPLAY "[BZ]I10"
HEADING "Source/Def".
!Offset 76, size 4
*
* The element number which this element redefines. Must be less
* than the element number of this element and at the same lexical
* level. If zero, this element is not a redefinition.
*
02 ELEMENT-REDEFINED TYPE BINARY 16
DISPLAY "[BZ]I3"
HEADING "Element/Redefined".
!Offset 80, size 2
*
* Element class is either elementary or group.
* 0 => group
* 1 => elementary ( i.e. defined with PIC or TYPE )
*
02 OBJ-CLASS TYPE BINARY 16
DISPLAY "[ZA1'Grp',PA1'Elm']I3"
HEADING "Grp/Elm".
!Offset 82, size 2
*
* The data type of field:
*
* 0: Alphanumeric string
* 1: Numeric string unsigned
* 2: Binary 16 signed (NOTE: item will have PIC text if declared COMP)
* 3: Binary 16 unsigned
* 4: Binary 32 signed (NOTE: item will have PIC text if declared COMP)
* 5: Binary 32 unsigned
* 6: Binary 64 signed (NOTE: item will have PIC text if declared COMP)
* 7: reserved
* 8: Float 32
* 9: Complex(32*2)
* 10: Float 64
* 11: reserved
* 12: Numeric string trailing embedded sign
* 13: Numeric string trailing separate sign
* 14: Numeric string leading embedded sign
* 15: Numeric string leading separate sign
* 16: reserved
* 17: Logical 1
* 18: reserved
* 19: Logical 2
* 20: reserved
* 21: Logical*4
* 22: Binary 8 signed
* 23: Binary 8 unsigned
* 24: SQL VARCHAR
* 25: Enumeration
* 26: Bit signed
* 27: Bit unsigned
* 28: National string
* 29: Comp3 Signed
* 30: Comp3 Unsigned
* 31: reserved
* 32: SQL DATETIME YEAR
* 33: SQL DATETIME MONTH
* 34: SQL DATETIME YEAR TO MONTH
* 35: SQL DATETIME DAY
* 36: SQL DATETIME MONTH TO DAY
* 37: SQL DATETIME YEAR TO DAY
* 38: SQL DATETIME HOUR
* 39: SQL DATETIME DAY TO HOUR
* 40: SQL DATETIME MONTH TO HOUR
* 41: SQL DATETIME YEAR TO HOUR
* 42: SQL DATETIME MINUTE
* 43: SQL DATETIME HOUR TO MINUTE
* 44: SQL DATETIME DAY TO MINUTE
* 45: SQL DATETIME MONTH TO MINUTE
* 46: SQL DATETIME YEAR TO MINUTE
* 47: SQL DATETIME SECOND
* 48: SQL DATETIME MINUTE TO SECOND
* 49: SQL DATETIME HOUR TO SECOND
* 50: SQL DATETIME DAY TO SECOND
* 51: SQL DATETIME MONTH TO SECOND
* 52: SQL DATETIME YEAR TO SECOND
* 53: SQL DATETIME FRACTION
* 54: SQL DATETIME SECOND TO FRACTION
* 55: SQL DATETIME MINUTE TO FRACTION
* 56: SQL DATETIME HOUR TO FRACTION
* 57: SQL DATETIME DAY TO FRACTION
* 58: SQL DATETIME MONTH TO FRACTION
* 59: SQL DATETIME YEAR TO FRACTION
* 60: SQL INTERVAL YEAR
* 61: SQL INTERVAL MONTH
* 62: SQL INTERVAL YEAR TO MONTH
* 63: SQL INTERVAL DAY
* 64: SQL INTERVAL HOUR
* 65: SQL INTERVAL DAY TO HOUR
* 66: SQL INTERVAL MINUTE
* 67: SQL INTERVAL HOUR TO MINUTE
* 68: SQL INTERVAL DAY TO MINUTE
* 69: SQL INTERVAL SECOND
* 70: SQL INTERVAL MINUTE TO SECOND
* 71: SQL INTERVAL HOUR TO SECOND
* 72: SQL INTERVAL DAY TO SECOND
* 73: SQL INTERVAL FRACTION
* 74: SQL INTERVAL SECOND TO FRACTION
* 75: SQL INTERVAL MINUTE TO FRACTION
* 76: SQL INTERVAL HOUR TO FRACTION
* 77: SQL INTERVAL DAY TO FRACTION
*
02 STRUCTURE TYPE BINARY 16
DISPLAY "I2"
HEADING "Data/Type".
!Offset 84, size 2
*
* The number of bytes in each occurrence of this element.
*
02 ELEMENT-SIZE TYPE BINARY 32
DISPLAY "I4"
HEADING "Size".
!Offset 86, size 4
*
* Number of decimal places assumed.
*
02 SCALE TYPE BINARY 16
DISPLAY "[BZ]I2"
HEADING "Scale".
!Offset 90, size 2
*
* Byte offset from the base of the definition to the begining of
* the actual data element.
*
02 OFFSET TYPE BINARY 32
DISPLAY "I4"
HEADING "Offset".
!Offset 92, size 4
*
* The minimum number of times that the element occurs. Usually 1.
*
02 OCCURS-MIN TYPE BINARY 32
VALUE 1
DISPLAY "I4"
HEADING "Occurs/Min".
!Offset 96, size 4
*
* The maximum number of times that the element occurs. Usually 1.
*
02 OCCURS-MAX TYPE BINARY 32
VALUE 1
DISPLAY "I4"
HEADING "Occurs/Max".
!Offset 100, size 4
*
* If OCCURS , then the object number of that CONSTANT
* will be stored in this field.
*
02 OCCURS-MIN-OBJECT TYPE OBJECT-NUMBER
DISPLAY "[BZ]I10"
HEADING "Occurs Min/Object #".
!Offset 104, size 4
*
* If OCCURS ... TO TIMES, then the object number of
* that CONSTANT will be stored in this field.
*
02 OCCURS-MAX-OBJECT TYPE OBJECT-NUMBER
DISPLAY "[BZ]I10"
HEADING "Occurs Max/Object #".
!Offset 108, size 4
*
* The element number which determines the number of times that
* the element actually exists if the element is an occurs
* depending on. If Occurs-Max = 1 or Occurs-Element = 0, then
* element is not an occurs depending on element.
*
02 OCCURS-ELEMENT TYPE BINARY 16
DISPLAY "I4"
HEADING "Occurs/Element".
!Offset 112, size 2
*
* If LEVEL = 66, then this field contains the element number of
* the starting field in the RENAMES clause. The starting field
* should have the same offset as this field.
*
02 STARTING TYPE BINARY 16
DISPLAY "I4"
HEADING "Starting/Element".
!Offset 114, size 2
*
* If LEVEL = 66, then this field contains the element number of
* the ending field in the RENAMES clause. The ending field should
* end at the same point in the record as this field; i.e., the
* OFFSET + (BIT-LENGTH * UNIT-SIZE / 8) should be equal for both
* elements.
*
02 ENDING TYPE BINARY 16
DISPLAY "I4"
HEADING "Ending/Element".
!Offset 116, size 2
*
* The lower bound for TAL arrays
*
* Must Be 0,1
02 TALBOUND TYPE BINARY 16
HEADING "Talbound".
!Offset 118, size 2
*
* User specified null value, which if encountered in this
* element, means that the element hasn't been initialized.
*
* Currently, this field is used by Enform and when producing FUP
* output.
*
02 NULL-VALUE TYPE NULL-VALUE
DISPLAY "I5"
HEADING "Null/Value".
!Offset 120, size 2
*
* If NULL , then the object number of
* that CONSTANT will be stored in this field.
*
02 NULL-VALUE-OBJECT TYPE OBJECT-NUMBER
DISPLAY "[BZ]I10"
HEADING "Null Value/Object #".
!Offset 122, size 4
*
* User specified SPI-Null value, which if encountered in this
* element, means that the element hasn't been initialized.
*
* This field is used by SPI when processing Token-Maps.
*
02 SPI-NULL-VALUE TYPE NULL-VALUE
DISPLAY "I5"
HEADING "SPI-Null/Value".
!Offset 126, size 2
*
* If SPI-Null , then the object number of
* that CONSTANT will be stored in this field.
*
02 SPI-NULL-VALUE-OBJECT TYPE OBJECT-NUMBER
DISPLAY "[BZ]I10"
HEADING "SPI-Null/Object #".
!Offset 128, size 4
*
* This switch gets "Y" if the user specified a null value for this
* item.
*
02 NULL-VALUE-SPECIFIED TYPE ASCII-SWITCH
VALUE "N"
MUST BE "Y", "N"
DISPLAY "A1"
HEADING "Null/Specified".
!Offset 132, size 1
*
* This switch gets "Y" if the user specified a SPI-Null value for this
* item.
*
02 SPI-NULL-VALUE-SPECIFIED TYPE ASCII-SWITCH
VALUE "N"
MUST BE "Y", "N"
DISPLAY "A1"
HEADING "SPI-Null/Specified".
!Offset 133, size 1
*
* This switch is set to Yes if the element is to be upshifted.
* Elementary items can only have the UPSHIFT attribute if they can
* contain alphabetic data. Group items may only have the UPSHIFT attribite
* if each elementary item the group contains may have the UPSHIFT
* attribute.
*
02 UPSHIFT TYPE ASCII-SWITCH
VALUE "N"
MUST BE "Y", "N"
DISPLAY "A1"
HEADING "Upshift".
!Offset 134, size 1
*
* This is used to distinguish between DDL generated filler and
* user defined filler.
*
02 USER-DEFINED-FILLER TYPE ASCII-SWITCH
VALUE "N"
MUST BE "Y", "N"
DISPLAY "A1"
HEADING "User Defined/Filler".
!Offset 135, size 1
*
* This is used to indicate DDL padded filler in the VARCHAR or
* SqlNullable item. This field overloads the User-Defined-Filler.
* Note that Type Ascii-switch is Type Character 1 MUST BE "Y"
* "N" UPSHIFT. DDL does not allowed a redefined item to have
* UPSHIFT and MUST BE specified, hence, this field has Type
* Character 1 instead of Type Ascii-Switch.
*
02 PADDED-FILLER TYPE CHARACTER 1
REDEFINES USER-DEFINED-FILLER
HEADING "Padded/Filler".
!Offset 135, size 1
*
* Group Comp is used for group items which are declared with
* COMP usage. All elementary items within the group are treated
* as if they were each declared with COMP usage.
*
02 GROUP-COMP TYPE ASCII-SWITCH
VALUE "N"
MUST BE "Y", "N"
DISPLAY "A1"
HEADING "Computational".
!Offset 136, size 1
*
* SourceDefFlag is used by the filler emission algorithm for group items.
* Tells DDL that if any word alignment is needed within the group then
* to word align the whole group.
*
02 SOURCE-DEF-FLAG TYPE ASCII-SWITCH
VALUE "N"
MUST BE "Y", "N"
DISPLAY "A1"
HEADING "Sourced/Item".
!Offset 137, size 1
*
* NoValue gets "Y" if the user specifies the NOVALUE attribute for
* a line item. Including this attribute supresses any values in
* a referenced definition.
*
02 NOVALUE TYPE ASCII-SWITCH
VALUE "N"
MUST BE "Y", "N"
DISPLAY "A1"
HEADING "No Value".
!Offset 138, size 1
*
* The following switch is used to determine whether a tacl clause
* was specified on the line item or inherited from a definition.
* If the value is 'Y', then the tacl clause was inherited from a
* DEF. If it is 'N', it was defined by the appropriate clause.
* This information is used in the generation of DDL output.
*
02 TACL-INHERITED TYPE ASCII-SWITCH
MUST BE "Y", "N"
DISPLAY "A1"
HEADING "Tacl Clause/Inherited".
!Offset 139, size 1
*
* The following switch is used to determine whether a null was
* specified on the line item or inherited from a definition. If
* the value is 'Y', then the null was inherited from a DEF. If
* it is 'N', it was defined by the appropriate clause. This
* information is used in the generation of DDL output.
*
02 NULL-INHERITED TYPE ASCII-SWITCH
MUST BE "Y", "N"
DISPLAY "A1"
HEADING "Null/Inherited".
!Offset 140, size 1
*
* The following switch is used to determine whether an SPI-Null was
* specified on the line item or inherited from a definition. If
* the value is 'Y', then the SPI-Null was inherited from a DEF. If
* it is 'N', it was defined by the appropriate clause. This
* information is used in the generation of DDL output.
*
02 SPI-NULL-INHERITED TYPE ASCII-SWITCH
MUST BE "Y", "N"
DISPLAY "A1"
HEADING "SPI-Null/Inherited".
!Offset 141, size 1
*
* The following switch is used to determine whether an upshift was
* specified on the line item or inherited from a definition. If
* the value is 'Y', then the upshift was inherited from a DEF. If
* it is 'N', it was defined by the appropriate clause. This
* information is used in the generation of DDL output.
*
02 UPSHIFT-INHERITED TYPE ASCII-SWITCH
MUST BE "Y", "N"
DISPLAY "A1"
HEADING "Upshift/Inherited".
!Offset 142, size 1
*
* Usage Index is used for field definitions which are declared with
* INDEX usage. This is only useful in COBOL output, and should be
* either one- or two-words long.
*
02 USAGE-IS-INDEX TYPE ASCII-SWITCH
VALUE "N"
MUST BE "Y", "N"
DISPLAY "A1"
HEADING "Index/Usage".
!Offset 143, size 1
*
* The number of bits in each occurrence of this element.
*
02 BIT-LENGTH TYPE BINARY 32
DISPLAY "I10"
HEADING "Bit Size".
!Offset 144, size 4
*
* The alignment method used when storing the element.
* By default, C00CALIGN is used (Field-Align = 0).
* Field-Align is set to 1 when the CFIELDALIGN_MATCHED2
* compiler command is used.
*
02 FIELD-ALIGN TYPE BINARY 16
DISPLAY "I2"
HEADING "Field/Alignment".
!Offset 148, size 2
*
* Bit offset from the current (byte) offset of the current data
* element. For non-bit data elements, the value is 0. For data
* data elements of type bit, the value is 0 to 15.
*
02 BIT-OFFSET TYPE BINARY 16
DISPLAY "I4"
HEADING " Bit/Offset".
!Offset 150, size 2
*
* If a bit element is defined with a usage of a predefined
* enumeration definition, this field will contain the object number
* of that enumeration definition.
*
02 ENUM-DEF TYPE OBJECT-NUMBER
DISPLAY "[BZ]I10"
HEADING "Enum/Def".
!Offset 152, size 4
*
* The lower bound for Pascal arrays
*
* Must Be 0,1
02 PASCALBOUND TYPE BINARY 16
HEADING "Pascalbound".
!Offset 156, size 2
*
* The index name used by this element, padded with blanks.
*
02 INDEX-NAME TYPE NAME
HEADING "Indexed By".
!Offset 158, size 30
*
* This switch is set to Yes if the element is to be EXTERNAL. This
* Attribute provides the users to output the EXTERNAL clause in COBOL85.
* Only object name level can have this attribute which is not
* inheritable and can not be used in combination with the FILLER clause.
* If the EXTERNAL clause is specified in a definition or a record
* statement, none of the line items in the definition or the record
* can have a VALUE clause or a REDEFINES clause.
*
02 EXTERNAL-SPECIFIED TYPE ASCII-SWITCH
VALUE "N"
MUST BE "Y", "N"
DISPLAY "A1"
HEADING "External".
!Offset 188, size 1
*
* This switch is set to Yes if the element is to be justified.
* Elementary items can only have the JUSTIFY attribute if they can
* contain alphabetic data. The elementary item with JUSTIFY
* attribute cannot be subordinate to the group item with VALUE
* clause. This attribute is not inhritable.
*
02 JUSTIFY TYPE ASCII-SWITCH
VALUE "N"
MUST BE "Y", "N"
DISPLAY "A1"
HEADING "Justify".
!Offset 189, size 1
*
* The following switch is used to determine whether a Justify Right
* is specified on the line item or inherited from a definition. If
* the value is 'Y', then the Justify right was inherited from a DEF.
* If it is 'N', it was defined by the appropriate clause. This
* information is used in the generation of DDL output.
*
02 JUSTIFY-INHERITED TYPE ASCII-SWITCH
VALUE "N"
MUST BE "Y", "N"
DISPLAY "A1"
HEADING "Just-Right/Inherited".
!Offset 190, size 1
*
* This field contains the ASCII switch value to indicate whether
* the line item has the clause SQLNULLABLE or NOT SQLNULLABLE
* specified. Default is "N". If the values of SqlNullable-Flag
* and SqlNullable-Specified is "N" and "Y" respectively, it
* indicates that NO SQLNULLABLE is specified. However, if the
* values of both fields are "Y", it indicates that SQLNULLABLE is
* specified.
*
02 SQLNULLABLE-SPECIFIED TYPE ASCII-SWITCH
VALUE "N"
MUST BE "Y", "N"
DISPLAY "A1"
HEADING "SqlNull/Spec".
!Offset 191, size 1
*
* This field contains the number of significant digits specified as
* the Start-Field-Precision of the INTERVAL line item. Only a line
* items of INTERVAL data type will use this field. If the
* start-field-precision of the INTERVAL line item is not specified,
* 2 will be used as the default and stored in this field. The
* valid values are 1 to 18 inclusively.
*
02 INTERVAL-LEADING-PRECISION TYPE BINARY 16
VALUE 2
DISPLAY "I4"
HEADING "Leading/Prec".
!Offset 192, size 2
*
* This field contains the number of significant digits with which
* the fraction of a second is specified. The field will be used to
* store the value of end-field-precision of FRACTION ( one of the
* end-date-time qualifiers ) on an DATETIME or INTERVAL line item.
* If the end-field-precision is not specified, 6 will be used as
* the default and stored in this field. The valid values for
* end-field-precision are 1 to 6 inclusively. If the end-date-time
* qualifier is not specified with FRACTION, 0 will be stored in
* this field."
*
02 DATETIME-FRACTION-PRECISION TYPE BINARY 16
VALUE 0
DISPLAY "I4"
HEADING "Fraction/Prec".
!Offset 194, size 2
*
* This field contains the ASCII switch value to indicate whether
* the line item is nullable or not. Default is "N".
*
02 SQLNULLABLE-FLAG TYPE ASCII-SWITCH
VALUE "N"
MUST BE "Y", "N"
DISPLAY "A1"
HEADING "SqlNull/Flag".
!Offset 196, size 1
*
* Group-Comp3 is used for group items declared with COMP-3 USAGE.
*
* All elementary items within the group are also considered to be
*
* of COMP-3 USAGE.
02 GROUP-COMP3 TYPE ASCII-SWITCH
VALUE "N"
MUST BE "Y", "N"
DISPLAY "A1"
HEADING "Computational".
!Offset 197, size 1
*
* Reserved for future structure addition
*
02 FILLER TYPE CHARACTER 2.
!Offset 198, size 2
* This field contains the number of fillers required to add
* after INDICATOR field to make the sqlnullable item well-aligned
* for Shared8 alignment. This field is olny used in case of
* Shared8 Alignment.
02 SQLNULLABLE-FILLERS TYPE BINARY 16
VALUE 0
DISPLAY "I4"
HEADING "SQLNULLABLE/FILLERS".
!Offset 200, size 2
END.
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