SLC_DL2000_2MC3_PARALELL.RSS. Processor Information

Transcription

1 SC_D_MC_PARAE.RSS Processor Information Processor Type: /4 CP - 6K Mem. OS4 Processor Name: SCMC Total Memory sed: 85 Instruction Words sed - 88 Data Table Words sed Total Memory eft: Instruction Words eft Program Files: Data Files: 6 Program ID: 9 Page Friday, April 5, 5-9::

2 SC_D_MC_PARAE.RSS MSG Configuration MSG - Rung #:5 - N9:( 4 Elements) Communication Command: 485CIF Read Data Table Address: N: Size in Elements: 8 Channel: Message Timeout: Data Table Address: ocal/remote: ocal Ignore if timed out(to): No Continuous Run (CO): No MSG - Rung #:8 - N9:5( 4 Elements) Communication Command: 485CIF Write Data Table Address: N: Size in Elements: 4 Channel: Message Timeout: Data Table Address: 88 ocal/remote: ocal Ignore if timed out(to): No Continuous Run (CO): No MSG - Rung #: - N9:9( 4 Elements) Communication Command: 485CIF Read Data Table Address: N:8 Size in Elements: 8 Channel: Message Timeout: Data Table Address: ocal/remote: ocal Ignore if timed out(to): No Continuous Run (CO): No MSG - Rung #: - N9:4( 4 Elements) Communication Command: 485CIF Write Data Table Address: N:4 Size in Elements: 4 Channel: Message Timeout: Data Table Address: 88 ocal/remote: ocal Ignore if timed out(to): No Continuous Run (CO): No Page Friday, April 5, 5-9::

3 GERA Channel Write Protected: No Channel Edit Resource/Owner Timeout: Channel Passthru ink ID: SC_D_MC_PARAE.RSS Channel Configuration Channel Write Protected: No Channel Edit Resource/Owner Timeout: 6 Channel Passthru ink ID: Channel Current Mode: System Channel Mode Change Enabled: No Channel Mode Change Attention Character: \b Channel Mode Change System Character: S Channel Mode Change ser Character: CHANNE (SYSTEM) - Driver: DH+ Node : (octal) Baud: 5.6K CHANNE (SYSTEM) - Driver: DF Full Duplex Source ID: 9 (decimal) Baud: 9 Parity: NONE Stop Bits: Control ine : No Handshaking Error Detection: BCC Embedded Responses: Enabled Duplicate Packet Detect: Yes ACK Timeout: 5 NAK Retries: Q Retries: CHANNE (SER) - Driver: ASCII Baud: Parity: NONE Stop Bits: Data Bits: 8 Control ine : No Handshaking Delete mode: Ignore Echo: No XON/XOFF: No Termination Character : \d Termination Character : \ff Append Character : \d Append Character : \a Page Friday, April 5, 5-9::

4 SC_D_MC_PARAE.RSS Data File ist Name Number Type Scope Debug Words Elements ast OTPT O Global No O: INPT I Global No I: STATS S Global No S:6 BINARY B Global No 5 5 B:4 TIMER 4 T Global No 6 T4: CONTER 5 C Global No C5: CONTRO 6 R Global No R6: INTEGER N Global No N: FOAT 8 F Global No F8: MSGS 9 N Global No 5 5 N9:56 MC_CT N Global No 5 5 MC_READ N Global No N:55 MC_WRITE N Global No 8 8 N: MC_RFOAT 4 F Global No 4 F4:9 MC_WFOAT 5 F Global No 4 F5: Page 4 Friday, April 5, 5-9::

5 SC_D_MC_PARAE.RSS AD Total Rungs in File = 8 Allow the MCs to boot. Takes seconds First Pass S: 5 BOOT_HOD TOF Timer Off Delay Timer T4: Time Base. Preset < Accum < Ready the state machine BOOT_HOD/ T4: STATE_MC MOV Move Source < Dest < STATE_MC MOV Move Source < Dest 4< End here until BOOT_HOD time up BOOT_HOD/ T4: TND Page 5 Friday, April 5, 5-9::

6 SC_D_MC_PARAE.RSS AD Total Rungs in File = 8 First MC Controller Re-start MC_ state machine. Increase time if high DH+ traffic intensity ST_MC_DONE MC_COMM_GO N: MC_MSG_PASE TON Timer On Delay Timer T4: Time Base. Preset 5< Accum < 4 MC_MSG_PASE/ T4: ST_MC_READ ST_MC_DONE 5 STATE - Read data from MC_ ST_MC_READ MC_RMSG MSG Read/Write Message Type Peer-To-Peer Read/Write Read Target Device 485CIF ocal/remote ocal Control Block N9: Control Block ength 4 Setup Screen ER Page 6 Friday, April 5, 5-9::

7 SC_D_MC_PARAE.RSS AD Total Rungs in File = 8 6 Write State for MC_ on success Fail State if failure ST_MC_READ MC_RMSG_ N9: ST_MC_WRITE ST_MC_READ MC_R_SCC N: MC_RMSG_ N9: 5 MC_RMSG_ER N9: ST_MC_FAI ST_MC_READ MC_RMSG_ N9: 5 MC_RMSG_NR N9: 9 Page Friday, April 5, 5-9::

8 pon successful read: Copy MC incoming floating point parameters from N to F4 Copy MC outgoing floating point parameter from F5 to N Toggle the integrity bit MC_R_SCC N: SC_D_MC_PARAE.RSS AD Total Rungs in File = 8 Tag Read FP Value (Not sed) #MC_RTAGV COP Copy File Source #N:4 Dest #F4: ength Echo MC_ITEGRITY_ECHO N: Echo MC_ITEGRITY_ECHO N: MC_INTEGRITY N: MC_INTEGRITY N: #MC_WSPHIW COP Copy File Source #F5: Dest #N: ength MC_R_SCC N: 8 STATE Write data to MC_ ST_MC_WRITE MC_WMSG MSG Read/Write Message Type Peer-To-Peer Read/Write Write Target Device 485CIF ocal/remote ocal Control Block N9:5 Control Block ength 4 Setup Screen ER Page 8 Friday, April 5, 5-9::4

9 SC_D_MC_PARAE.RSS AD Total Rungs in File = 8 9 Done State for MC_ on success Fail State if failure ST_MC_WRITE MC_WMSG_ N9:5 ST_MC_DONE ST_MC_WRITE MC_WMSG_ N9:5 5 MC_WMSG_ER N9:5 ST_MC_FAI ST_MC_WRITE MC_WMSG_ N9:5 5 Keep the failing MC_ out of messaging for some time to avoid flooding DH+ (Penalty Box) ST_MC_FAI MC_RECOVER TON Timer On Delay Timer T4: Time Base. Preset < Accum < MC_RECOVER/ T4: Check that the Integrity Bit Echo toggles Echo MC_ITEGRITY_ECHO MC_INTEG_ONS N: N: OSR ST_MC_DONE ST_MC_FAI MC_INTEG_ONS_INV N: MC_INTEG_ONS_INV N: MC_INTEGR_TG TON Timer On Delay Timer T4: Time Base. Preset < Accum < Page 9 Friday, April 5, 5-9::5

10 SC_D_MC_PARAE.RSS AD Total Rungs in File = 8 4 Establish MC data valid condition MC_INTEGR_TG/ MC_RMSG_ER T4: N9: MC_WMSG_ER N9:5 MC_VAID N: Page Friday, April 5, 5-9::5

11 SC_D_MC_PARAE.RSS AD Total Rungs in File = 8 5 Second MC Controller Re-start MC_ state machine. Increase time if high DH+ traffic intensity ST_MC_DONE MC_COMM_GO N: MC_MSG_PASE TON Timer On Delay Timer T4:6 Time Base. Preset 5< Accum < 6 MC_MSG_PASE/ T4:6 ST_MC_READ ST_MC_DONE STATE - Read data from MC_ ST_MC_READ MC_RMSG MSG Read/Write Message Type Peer-To-Peer Read/Write Read Target Device 485CIF ocal/remote ocal Control Block N9:9 Control Block ength 4 Setup Screen ER 8 Write State for MC_ on success Fail State if failure ST_MC_READ MC_RMSG_ N9:9 ST_MC_WRITE ST_MC_READ MC_R_SCC N: MC_RMSG_ N9:9 5 MC_RMSG_ER N9:9 ST_MC_FAI ST_MC_READ MC_RMSG_ N9:9 5 Page Friday, April 5, 5-9::6

12 9 pon successful read: Copy MC incoming floating point parameters from N to F4 Copy MC outgoing floating point parameter from F5 to N Toggle the integrity bit B: SC_D_MC_PARAE.RSS AD Total Rungs in File = 8 Tag Read FP Value (Not sed) #MC_RTAGV COP Copy File Source #N: Dest #F4: ength Echo MC_ITEGRITY_ECHO N:8 Echo MC_ITEGRITY_ECHO N:8 MC_INTEGRITY N:4 MC_INTEGRITY N:4 #MC_WSPHIW COP Copy File Source #F5: Dest #N:6 ength B: STATE Write data to MC_ ST_MC_WRITE MC_WMSG MSG Read/Write Message Type Peer-To-Peer Read/Write Write Target Device 485CIF ocal/remote ocal Control Block N9:4 Control Block ength 4 Setup Screen ER Page Friday, April 5, 5-9::6

13 SC_D_MC_PARAE.RSS AD Total Rungs in File = 8 Done state on success or error or MSG instruction timeout ST_MC_WRITE MC_WMSG_ N9:4 ST_MC_DONE ST_MC_WRITE MC_WMSG_ N9:4 5 MC_WMSG_ER N9:4 ST_MC_FAI ST_MC_WRITE MC_WMSG_ N9:4 5 STATE - Keep the failing MC out of messaging for some time to avoid flooding DH+ (Penalty Box) ST_MC_FAI MC_RECOVER TON Timer On Delay Timer T4:4 Time Base. Preset < Accum < 4 MC_RECOVER/ T4:4 Check that the Integrity Bit Echo toggles Echo MC_ITEGRITY_ECHO MC_INTEG_ONS N:8 N: OSR ST_MC_DONE ST_MC_FAI MC_INTEG_ONS_INV N: 5 MC_INTEG_ONS_INV N: MC_INTEGR_TG TON Timer On Delay Timer T4:5 Time Base. Preset < Accum < Page Friday, April 5, 5-9::

14 SC_D_MC_PARAE.RSS AD Total Rungs in File = 8 6 Establish MC data valid condition MC_INTEGR_TG/ MC_RMSG_ER T4:5 N9:9 MC_WMSG_ER N9:4 MC_VAID N: D Page 4 Friday, April 5, 5-9::