Manual CEPR 96 - Balogh technical center
Manual CEPR 96 - Balogh technical center Manual CEPR 96 - Balogh technical center
Instructions manual for CEPR96 / MRUC20 M97.10.01 SYNTAX Hexadecimal : Mnemonic : EXECUTION READ the ACCUMULATOR MEMORY REQUEST RESPONSE NC 24 FF NB AD0...ADN...04 NC 24 FF NB AD0 DV0..ADN DVN..04 LD ,ADO...,ADN. SUPERVISION SEPARATED FORMAT MEMOIRE ACCU ADN DVN COMMENTS Allows to read the Accumulator memory (the selected one). The separated format dictate to the user to specify each address to read. The response is return as : address,data;address,data... SYMBOLS DEFINITION LIMITS EXAMPLE To read address 00H and 7FH from the accumulator memory. REQUEST : hexa : 01 24 FF 07 00 7F 04 mné. : LD,0,7FH. PAGE 8 USER NB Number of bytes for the message 0 à FFH ADN address to read 0 à FFH DVN Data return from the address ADN 0 à FFH RESPONSE : Data from address 00H and 7FH have the values 4EH et 00. hexa : 01 24 FF 09 00 4E 7F 00 04 24H LD
SYNTAX Hexadecimal : Mnémonic : EXECUTION COMMENTS SYMBOLS DEFINITION LIMITS EXAMPLE Read the data from the bloc defined as 07H to 0BH in the accumulator memory (NC=01). PAGE 9 Instructions manual for CEPR96 / MRUC20 M97.10.01 READ the ACCUMULATOR MEMORY REQUEST RESPONSE NC 25 FF 07 ADdeb ADfin 04 NC 25 FF NB ADdeb ADfin DVO..DVN 04 LD.B,ADdeb,ADfin. SUPERVISION BLOC FORMAT MEMOIREACCU. ADdeb ADfin DVN USER 25H LD.B Allows to the user to get a bloc of data from the selected accumulator memory. The bloc format dictate to the user to specify the first address and the last address of the bloc to read. The response is return as a data list (data between ADdeb and ADfin). NB number of bytes for the message. ADdeb First address of the bloc. ADfin Last address of the bloc. DVN Data from the defined bloc DEMANDE :hexadecimal : NC 25 FF 07 07 0B 04 mnemonic : LD.B,07,0B. RESPONSE : from address 07 to 0BH the data are (in héxa) 0C, 4F, 5E, FF et 04. hexadecimal : NC 25 FF 0C 07 0B 0C 4F 5E FF 04 04 0 à FFH 0 à FFH 0 à FFH 0 à FFH
- Page 1 and 2: SYNTAX Hexadecimal : Mnémonic : EX
- Page 3 and 4: SYNTAX Hexadecimal : Mnémonic : EX
- Page 5 and 6: SYNTAX Hexadecimal : Mnémonic : EX
- Page 7: STOP the PROGRAM EXECUTION SYNTAX S
- Page 11 and 12: SYNTAX Hexadecimal : Mnémonic : EX
- Page 13 and 14: SYNTAX Hexadecimal : Mnémonic : EX
- Page 15 and 16: SYNTAX Hexadecimal : Mnémonic : EX
- Page 17 and 18: SYNTAX Hexadecimal : Mnémonic : EX
- Page 19 and 20: SYNTAX Hexadecimal : Mnémonic : EX
- Page 21 and 22: SYNTAX Hexadecimal : Mnemonic : EXE
- Page 23 and 24: SYNTAX Hexadecimal : Mnemonic : EXE
- Page 25 and 26: SYNTAX Hexadecimal : Mnemonic : EXE
- Page 27 and 28: SYNTAX Hexadecimal : Mnemonic : EXE
- Page 29 and 30: SYNTAX Hexadecimal : Mnemonic : EXE
- Page 31 and 32: SYNTAX Hexadecimal : Mnemonic : EXE
- Page 33 and 34: SYNTAX Hexadecimal : Mnemonic : EXE
- Page 35 and 36: SYNTAX Hexadecimal : Mnemonic : EXE
- Page 37 and 38: SYNTAX Hexadecimal : Mnemonic : EXE
- Page 39 and 40: SYNTAX Hexadecimal : Mnemonic : EXE
- Page 41 and 42: SYNTAX Hexadecimal : Mnemonic : EXE
- Page 43 and 44: SYNTAX Hexadecimal : Mnemonic : EXE
- Page 45 and 46: SYNTAX Hexadecimal : Mnemonic : EXE
- Page 47 and 48: SYNTAX Hexadecimal : Mnemonic : EXE
- Page 49 and 50: SYNTAX Hexadecimal bit : HEXADECIMA
- Page 51 and 52: SYNTAX Hexadecimal : Mnemonic : EXE
- Page 53 and 54: SYNTAX Hexadecimal : Mnemonic : EXE
- Page 55 and 56: SYNTAX Hexadecimal : Mnemonic : EXE
- Page 57 and 58: SYNTAX Hexadecimal : Mnemonic : EXE
SYNTAX<br />
Hexadecimal :<br />
Mnémonic :<br />
EXECUTION<br />
COMMENTS<br />
SYMBOLS DEFINITION LIMITS<br />
EXAMPLE<br />
Read the data from the bloc defined as 07H to 0BH in the accumulator memory (NC=01).<br />
PAGE 9<br />
Instructions manual for <strong>CEPR</strong><strong>96</strong> / MRUC20 M97.10.01<br />
READ the ACCUMULATOR MEMORY<br />
REQUEST RESPONSE<br />
NC 25 FF 07 ADdeb ADfin 04 NC 25 FF NB ADdeb ADfin DVO..DVN 04<br />
LD.B,ADdeb,ADfin.<br />
SUPERVISION<br />
BLOC FORMAT<br />
MEMOIREACCU.<br />
ADdeb<br />
ADfin<br />
DVN<br />
USER<br />
25H<br />
LD.B<br />
Allows to the user to get a bloc of data from the selected accumulator memory. The<br />
bloc format dictate to the user to specify the first address and the last address of the<br />
bloc to read.<br />
The response is return as a data list (data between ADdeb and ADfin).<br />
NB number of bytes for the message.<br />
ADdeb First address of the bloc.<br />
ADfin Last address of the bloc.<br />
DVN Data from the defined bloc<br />
DEMANDE :hexadecimal : NC 25 FF 07 07 0B 04<br />
mnemonic : LD.B,07,0B.<br />
RESPONSE : from address 07 to 0BH the data are (in héxa) 0C, 4F, 5E, FF et 04.<br />
hexadecimal : NC 25 FF 0C 07 0B 0C 4F 5E FF 04 04<br />
0 à FFH<br />
0 à FFH<br />
0 à FFH<br />
0 à FFH
Change language