Code Conversion
- Code Set for Transfer (cs4trnsfr)
-
Specify the code set that HULFT uses in the code conversion of send files or receive files.
-
UTF-8
-
GB18030
-
SHIFT-JIS
-
- Standard for Japanese (jistype)
-
Specify Japanese as the standard language for the character code, when Japanese character code is specified for Code Set for Transfer.
-
78JIS
-
83JIS
-
- Tab Code Mode (tabchange)
-
Specify whether to handle the tab code (0x09) as a space code (0x20) or as a tab code (0x09), when text transfer to a Type MF-IBMi host is carried out on the sending side.
- Tab:
-
Handle as a tab code
- Space:
-
Handle as a space code
- Use Custom Character Table (gaijifile)
-
Specify how the custom character table conversion is processed.
- Off:
-
Convert all the custom character codes to default code without using the custom character table
- On:
-
Convert custom character codes to relevant codes by referring to the custom character table
- Priority:
-
Convert to relevant codes by referring to the custom character table first
For details of the custom character table, refer to the following:
HULFT10 for Windows Administration Manual : Custom character table
For details on default codes, refer to the following:
HULFT10 Code Conversion Manual : When a code not registered in a custom character table exists in data
- Handling of Unregistered Custom Characters (gaijierr)
-
Specify the handling of the codes which are listed in the HULFT custom character area and are not registered in the custom character table.
- Default Value:
-
Convert to default code
- Error:
-
Handle it as an error
For details on the HULFT custom character range and default codes, refer to the following:
HULFT10 Code Conversion Manual : Custom character codes
- Code Conversion Mode (codechangemode)
-
Specify how custom character strings is treated.
- Mode 0:
-
In Code Conversion, this mode treats output codes as fixed length and carries out conversion to custom characters
(except for UTF-8)
- Mode 1:
-
In code conversion, this mode treats output codes as variable length and carries out conversion to custom characters
- Pack Zone Conversion (pschg)
-
Specify the conversion rules of signed internal decimal numbers (P) and signed external decimal numbers (S) for a format transfer or multi format transfer.
-
Mode 0
-
Mode 1
-
Mode B
-
Mode F
-
Mode 9
-
Mode S
-
Mode N
For details on the pack zone conversion rules, refer to the following:
HULFT10 Code Conversion Manual : Format conversion rule 3 (attribute conversion of signed decimal numbers)
-
- Sign for ASCII (psascii)
-
Specify the sign part that is used when signed internal decimal numbers (P) and signed external decimal numbers (S) are converted into Type Win-UX host data when you carry out a format transfer or multi format transfer.
This setting is valid only when Pack Zone Conversion is set to 'Mode S.'
Table 4.17 Sign for ASCII
Setting Value
Zone
Sign
Positive
Negative
Mode 1
3
4
5
Mode 2
3
3
7
- Sign for EBCDIC (psebcdic)
-
Specify the sign part that is used when signed internal decimal numbers (P) and signed external decimal numbers (S) are converted into Type MF-IBMi host data when you carry out a format transfer or multi format transfer.
This setting is valid only when Pack Zone Conversion is set to 'Mode S.'
Table 4.18 Sign for EBCDIC
Setting Value
Zone
Sign
Positive
Negative
Mode 1
F
C
D
Mode 2
F
F
D
- X Type Conversion (xmode)
-
Specify the conversion rules of character type (X) for format transfer or multi format transfer.
- Mode 0:
-
Carry out Code Conversion in the same manner as Variable-length Characters (M)
- Mode 1:
-
Treat the code as single byte code
Refer to the following for details about the character type (X):
HULFT10 Code Conversion Manual : Format conversion rule 2 (character type)
- Instant Transfer Code Converting Side
-
Specify whether HULFT executes the code conversion of send files on the sending-side host or on the receiving-side host during instant transfer.
- Sending Side:
-
Execute the code conversion on the sending-side host
- Receiving Side:
-
Execute the code conversion on the receiving-side host