File Management - IBM

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200 File Management V4R5 Table 28. IBM Japanese Character Set (continued) Wards Content Number of Characters 69 to 7F User-defined characters Up to 4370 80 to FE Reserved : Total number of IBM-defined characters: 7263 Table 29. IBM Korean Character Set Wards Content Number of Characters 40 Space in 4040 1 41 to 46 Non-Hangeul/Hanja characters (Latin alphabet, Greek, Roman, Japanese Kana, numeric, special symbols) 47 to 4F Reserved 50 to 6C Hanja characters 5265 6D to 83 Reserved 84 to D3 Hangeul characters (Jamo included) 2672 D4 to DD User-defined characters Up to 1880 DE to FE Reserved : Total number of IBM-defined characters: 8877 Table 30. IBM Simplified Chinese Character Set Wards Content Number of Characters 40 Space in 4040 1 41 to 47 Non-Chinese characters (Latin alphabet, Greek, Russian, Japanese Kana, numeric, special symbols) 48 to 6F Chinese characters: Level 1 and Level 2 3755 and 3008 70 to 75 Reserved 76 to 7F User-defined characters Up to 1880 80 to FE Reserved : Total number of IBM-defined characters: 7476 Table 31. IBM Traditional Chinese Character Set Wards Content Number of Characters 40 Space in 4040 1 712 939
Table 31. IBM Traditional Chinese Character Set (continued) Wards Content Number of Characters 41 to 49 Non-Chinese characters (Latin alphabet, Greek, Roman, Japanese Kana, numeric, special symbols) 4A to 4B Reserved 1003 4C to 68 Primary Chinese characters 5402 69 to 91 Secondary Chinese characters 7654 92 to C1 Reserved C2 to E2 User-defined characters Up to 6204 E3 to FE Reserved : Total number of IBM-defined characters: 14060 This code scheme applies to the AS/400 system, System/36, System/38, as well as the System/370 system. A different DBCS code scheme, called the IBM Personal Computer DBCS code scheme, is used on the Personal System/55. For details of the IBM Personal Computer DBCS code scheme, refer to IBM PS/55 publications. Shift-control double-byte characters When the IBM-host code scheme is used, the system uses shift-control characters to identify the beginning and end of a string of double-byte characters. The shift-out (SO) character, hex 0E, indicates the beginning of a double-byte character string. The shift-in (SI) character, hex 0F, indicates the end of a double-byte character string. 1-Byte Data 1-Byte Data 2-Byte Data 1-Byte Data SO 2-Byte Data SI 1-Byte Data Control Character RSLH713-1 Each shift-control character occupies the same amount of space as one alphanumeric character. By contrast, double-byte characters occupy the same amount of space as two alphanumeric characters. When double-byte characters are stored in a graphic field or a variable of graphic data type, there is no need to use shift control characters to surround the double-byte characters. Appendix B. Double-byte character set support 201
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AS/400e File Management Version 4
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© Copyright International Business
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| | | | | Special considerations fo
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vi File Management V4R5
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viii File Management V4R5
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2 File Management V4R5 v Distribute
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Table 1. File Types and Their Main
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Table 2. High-Level Languages and T
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| | Table 3. High-Level Languages a
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Add Add new records to the file. Up
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| Sharing files 12 File Management
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14 File Management V4R5 For example
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16 File Management V4R5 File resour
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18 File Management V4R5 v “Displa
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Application 1 Application 2 Applica
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22 File Management V4R5 LVLCHK(*NO)
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The open feedback area also contain
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26 File Management V4R5 Table 6. OS
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28 File Management V4R5 Table 7. Ma
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30 File Management V4R5 Depending o
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32 File Management V4R5
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34 File Management V4R5 Handling ov
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36 File Management V4R5 output queu
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38 File Management V4R5 The followi
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40 File Management V4R5 application
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42 File Management V4R5 activation
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Program A (in user default activati
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46 File Management V4R5 Override 1
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48 File Management V4R5 same call l
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50 File Management V4R5 Program A .
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52 File Management V4R5 Applying OV
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Deleting overrides 54 File Manageme
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Program A (in user default activati
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58 File Management V4R5 Displaying
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60 File Management V4R5 Command 7 d
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62 File Management V4R5 Display All
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Redirecting files 64 File Managemen
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66 File Management V4R5 Default act
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68 File Management V4R5 From Databa
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Copying files: overview 70 File Man
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72 File Management V4R5 Table 9. Co
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Table 10. Summary of Copy Functions
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76 File Management V4R5 Copying fil
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Resending copy file completion mess
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80 File Management V4R5 from-file m
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CPYSRCF command support for CCSIDs
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90 File Management V4R5 Copying onl
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Selecting the records to copy 92 Fi
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94 File Management V4R5 Selecting r
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96 File Management V4R5 Example: bu
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98 File Management V4R5 When you sp
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100 File Management V4R5 A field na
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102 File Management V4R5 v “Null-
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104 File Management V4R5 - INCCHAR(
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When you specify PRINT(*EXCLD), the
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Note: It is possible for files with
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110 File Management V4R5 Variable-L
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Table 14 on page 112 outlines the c
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114 File Management V4R5 in the cur
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116 File Management V4R5 (including
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Preventing errors when copying file
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elationship. However, the copy oper
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Preventing allocation errors when c
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128 File Management V4R5 - A depend
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Year 2000 support: date, time, and
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FLD TYPE DATFMT SPECIFIED FIELD LEN
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Restrictions for Year 2000 support
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| | | | | | | | | | AS/400 supports
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Using the Copy From Import File (CP
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externally described database file
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144 File Management V4R5 v Two adja
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- Description: This Field Definitio
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Date Fields All date formats suppor
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Page 162 and 163: devices that process the same type
Page 164 and 165: Default system output queues 154 Fi
Page 166 and 167: Spooling writers 156 File Managemen
Page 168 and 169: value of *OWNER indicates that only
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Page 172 and 173: 162 File Management V4R5 QFNC Finan
Page 174 and 175: 164 File Management V4R5 If a job b
Page 176 and 177: Spooling subsystem 166 File Managem
Page 178 and 179: 168 File Management V4R5 the DLTSPL
Page 180 and 181: Table 20. Open Feedback Area (conti
Page 182 and 183: Table 20. Open Feedback Area (conti
Page 184 and 185: Table 21. Device Definition List (c
Page 190 and 191: Table 23. Common I/O Feedback Area
Page 196 and 197: Table 24. I/O Feedback Area for ICF
Page 198 and 199: Table 24. I/O Feedback Area for ICF
Page 200 and 201: Table 26. I/O Feedback Area for Dat
Page 202 and 203: Table 27. Get Attributes (continued
Page 208 and 209: (SBCS) A B 1 2 1-Byte Code X’C1
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Page 214 and 215: DBCS device file support 204 File M
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Page 222 and 223: DBCS font tables 212 File Managemen
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Page 226 and 227: DBCS font files DBCS sort tables 21
Page 228 and 229: Finding out if a DBCS sort table ex
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Page 232 and 233: User-created dictionary for DBCS 22
Page 234 and 235: Work with DBCS conversion dictionar
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Page 238 and 239: Figure 22. Display Produced by the
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Page 242 and 243: Figure 23. Example Screen 1 Positio
Page 244 and 245: Figure 27. Example Screen 5 234 Fil
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Page 248 and 249: contains information on data descri
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Page 252 and 253: CHGWTR (Change Writer) command 157
Page 254 and 255: command, CL 160, 212 (continued) Tr
Page 256 and 257: DBCS conversion dictionary (continu
Page 258 and 259: file object authority 8 file proces
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output queue (continued) changing 1
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estriction DBCS files 206 deleting
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WRKOUTQD (Work with Output Queue De
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