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klad.sources/mscrad.b36
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%TITLE 'STIRS FAULT ISOLATION DATA FOR M8622 (CRA) BOARD'
MODULE MSCRAD (
LANGUAGE(BLISS36)
) =
BEGIN
!
! COPYRIGHT (C) 1979 BY
! DIGITAL EQUIPMENT CORPORATION, MAYNARD, MASS.
!
! THIS SOFTWARE IS FURNISHED UNDER A LICENSE AND MAY BE USED AND COPIED
! ONLY IN ACCORDANCE WITH THE TERMS OF SUCH LICENSE AND WITH THE
! INCLUSION OF THE ABOVE COPYRIGHT NOTICE. THIS SOFTWARE OR ANY OTHER
! COPIES THEREOF MAY NOT BE PROVIDED OR OTHERWISE MADE AVAILABLE TO ANY
! OTHER PERSON. NO TITLE TO AND OWNERSHIP OF THE SOFTWARE IS HEREBY
! TRANSFERRED.
!
! THE INFORMATION IN THIS SOFTWARE IS SUBJECT TO CHANGE WITHOUT NOTICE
! AND SHOULD NOT BE CONSTRUED AS A COMMITMENT BY DIGITAL EQUIPMENT
! CORPORATION.
!
! DIGITAL ASSUMES NO RESPONSIBILITY FOR THE USE OR RELIABILITY OF ITS
! SOFTWARE ON EQUIPMENT WHICH IS NOT SUPPLIED BY DIGITAL.
!
!++
! FACILITY: DECSYSTEM 2020 DIAGNOSTIC RELEASE TAPE 'DSTIR'
!
! ABSTRACT:
!
! THIS MODULE CONTAINS THE FAULT ISOLATION DATA FOR THE KS10
! STIMULUS/RESPONSE (STIRS) DIAGNOSTIC FOR THE M8622 (CRA) BOARD.
! IT IS LINKED TO THE 'MSSTRC' AND 'MSCRAT' MODULES TO PRODUCE
! THE 'MSCRA.EXE' FILE.
!
! ENVIRONMENT: RUNS UNDER 'CSL' ON A TOPS-20 SYSTEM.
!
! AUTHOR: RICH MURATORI , CREATION DATE: 23-MAY-79
!
! MODIFIED BY:
!
! RICH MURATORI, 23-MAY-79; VERSION 0.1
!--
!
! EQUATED SYMBOLS:
!
GLOBAL LITERAL
DATA_VERSION = 1, !VERSION NUMBER FOR THIS MODULE
DATA_EDIT = 0, !EDIT NUMBER FOR THIS MODULE
MAXNETS = 180;
!
! MACROS:
!
MACRO
UPAZ(TEXT) = UPLIT(%ASCIZ TEXT)%,
AMX_00 = AMX11_00 AMX10_00 AMX9_00 AMX8_00 AMX7_00 AMX6_00 AMX5_00 AMX4_00 AMX3_00 AMX2_00 AMX1_00 AMX0_00%,
!DEFINING NETWORKS TO CORRESPOND TO BITS FOR WORD W_0
AMX = %ASSIGN (W_0,W_0 OR 1^0)%,
AMX0_1 = %ASSIGN (W_0,W_0 OR 1^1)%,
AMX2_3 = %ASSIGN (W_0,W_0 OR 1^2)%,
AMX4_5 = %ASSIGN (W_0,W_0 OR 1^3)%,
AMX6_7 = %ASSIGN (W_0,W_0 OR 1^4)%,
AMX8 = %ASSIGN (W_0,W_0 OR 1^5)%,
AMX9 = %ASSIGN (W_0,W_0 OR 1^6)%,
AMX10 = %ASSIGN (W_0,W_0 OR 1^7)%,
AMX11 = %ASSIGN (W_0,W_0 OR 1^8)%,
STKWRT = %ASSIGN (W_0,W_0 OR 1^9)%,
TCLKB = %ASSIGN (W_0,W_0 OR 1^10)%,
TCLKC = %ASSIGN (W_0,W_0 OR 1^11)%,
CLKD = %ASSIGN (W_0,W_0 OR 1^12)%,
CLKE = %ASSIGN (W_0,W_0 OR 1^13)%,
CLKF = %ASSIGN (W_0,W_0 OR 1^14)%,
CLKH = %ASSIGN (W_0,W_0 OR 1^15)%,
CLKJ = %ASSIGN (W_0,W_0 OR 1^16)%,
CLKEN = %ASSIGN (W_0,W_0 OR 1^17)%,
SYNCH = %ASSIGN (W_0,W_0 OR 1^18)%,
PFBUF = %ASSIGN (W_0,W_0 OR 1^19)%,
DSP_SKP_EN = %ASSIGN (W_0,W_0 OR 1^20)%,
FRSTCYC = %ASSIGN (W_0,W_0 OR 1^21)%,
IOLTCH = %ASSIGN (W_0,W_0 OR 1^22)%,
SYNCL = %ASSIGN (W_0,W_0 OR 1^23)%,
RTN = %ASSIGN (W_0,W_0 OR 1^24)%,
CALLRTN = %ASSIGN (W_0,W_0 OR 1^25)%,
RESET = %ASSIGN (W_0,W_0 OR 1^26)%,
STKRST = %ASSIGN (W_0,W_0 OR 1^27)%,
SKIP10 = %ASSIGN (W_0,W_0 OR 1^28)%,
SPEC10 = %ASSIGN (W_0,W_0 OR 1^29)%,
AREAD = %ASSIGN (W_0,W_0 OR 1^30)%,
NIC_ENC = %ASSIGN (W_0,W_0 OR 1^31)%,
TRPCYC = %ASSIGN(W_0,W_0 OR 1^32)%,
AMX0_00 = %ASSIGN (W_0,W_0 OR 1^33)%,
ADR11 = %ASSIGN(W_0,W_0 OR 1^34)%,
CRAM = %ASSIGN(W_0,W_0 OR 1^35)%,
!DEFINING NETWORKS TO CORRESPOND TO BITS FOR WORD W_1
STACK = %ASSIGN (W_1,W_1 OR 1^0)%,
STKADR = %ASSIGN (W_1,W_1 OR 1^1)%,
SBRET1 = %ASSIGN (W_1,W_1 OR 1^2)%,
SBRET2 = %ASSIGN (W_1,W_1 OR 1^3)%,
SBRET3 = %ASSIGN (W_1,W_1 OR 1^4)%,
STACK1 = %ASSIGN (W_1,W_1 OR 1^5)%,
STACK2 = %ASSIGN (W_1,W_1 OR 1^6)%,
STACK3 = %ASSIGN (W_1,W_1 OR 1^7)%,
CLOC1 = %ASSIGN (W_1,W_1 OR 1^8)%,
CLOC2 = %ASSIGN (W_1,W_1 OR 1^9)%,
CLOC3 = %ASSIGN (W_1,W_1 OR 1^10)%,
DMX0 = %ASSIGN (W_1,W_1 OR 1^11)%,
DMX1 = %ASSIGN (W_1,W_1 OR 1^12)%,
DMX2 = %ASSIGN (W_1,W_1 OR 1^13)%,
DMX3 = %ASSIGN (W_1,W_1 OR 1^14)%,
DMX4 = %ASSIGN (W_1,W_1 OR 1^15)%,
DMX5 = %ASSIGN (W_1,W_1 OR 1^16)%,
DMX6 = %ASSIGN (W_1,W_1 OR 1^17)%,
DMX7 = %ASSIGN (W_1,W_1 OR 1^18)%,
DMX11 = %ASSIGN (W_1,W_1 OR 1^19)%,
DFN0 = %ASSIGN (W_1,W_1 OR 1^20)%,
DFN1 = %ASSIGN (W_1,W_1 OR 1^21)%,
DFN2 = %ASSIGN (W_1,W_1 OR 1^22)%,
DFN3 = %ASSIGN (W_1,W_1 OR 1^23)%,
DFN4 = %ASSIGN (W_1,W_1 OR 1^24)%,
DFN5 = %ASSIGN (W_1,W_1 OR 1^25)%,
DFN6 = %ASSIGN (W_1,W_1 OR 1^26)%,
DFN7 = %ASSIGN (W_1,W_1 OR 1^27)%,
DFN11 = %ASSIGN (W_1,W_1 OR 1^28)%,
CWRT0_5 = %ASSIGN (W_1,W_1 OR 1^29)%,
CWRT6_11 = %ASSIGN (W_1,W_1 OR 1^30)%,
CWRT12_17 = %ASSIGN (W_1,W_1 OR 1^31)%,
CWRT18_23 = %ASSIGN (W_1,W_1 OR 1^32)%,
CWRT24_29 = %ASSIGN (W_1,W_1 OR 1^33)%,
CWRT30_35 = %ASSIGN (W_1,W_1 OR 1^34)%,
DADR = %ASSIGN (W_1,W_1 OR 1^35)%,
!DEFINING NETWORKS TO CORRESPOND TO BITS FOR WORD W_2
DADR1 = %ASSIGN (W_2,W_2 OR 1^0)%,
DADR2 = %ASSIGN (W_2,W_2 OR 1^1)%,
DADR3 = %ASSIGN (W_2,W_2 OR 1^2)%,
BUSBUF = %ASSIGN (W_2,W_2 OR 1^3)%,
XCVRS = %ASSIGN (W_2,W_2 OR 1^4)%,
PARNET = %ASSIGN (W_2,W_2 OR 1^5)%,
CREG1 = %ASSIGN (W_2,W_2 OR 1^6)%,
CREG2 = %ASSIGN (W_2,W_2 OR 1^7)%,
CREG3 = %ASSIGN (W_2,W_2 OR 1^8)%,
CREG4 = %ASSIGN (W_2,W_2 OR 1^9)%,
CREG5 = %ASSIGN (W_2,W_2 OR 1^10)%,
CREG6 = %ASSIGN (W_2,W_2 OR 1^11)%,
CREG7 = %ASSIGN (W_2,W_2 OR 1^12)%,
CREG8 = %ASSIGN (W_2,W_2 OR 1^13)%,
CADR1 = %ASSIGN (W_2,W_2 OR 1^14)%,
CADR2 = %ASSIGN (W_2,W_2 OR 1^15)%,
CADR3 = %ASSIGN (W_2,W_2 OR 1^16)%,
CADR4 = %ASSIGN (W_2,W_2 OR 1^17)%,
CADR5 = %ASSIGN (W_2,W_2 OR 1^18)%,
CADR6 = %ASSIGN (W_2,W_2 OR 1^19)%,
CADR7 = %ASSIGN (W_2,W_2 OR 1^20)%,
CADR8 = %ASSIGN (W_2,W_2 OR 1^21)%,
CADR9 = %ASSIGN (W_2,W_2 OR 1^22)%,
CADR10 = %ASSIGN (W_2,W_2 OR 1^23)%,
CADR11 = %ASSIGN (W_2,W_2 OR 1^24)%,
CRAM0 = %ASSIGN (W_2,W_2 OR 1^25)%,
CRAM1 = %ASSIGN (W_2,W_2 OR 1^26)%,
CRAM2 = %ASSIGN (W_2,W_2 OR 1^27)%,
CRAM3 = %ASSIGN (W_2,W_2 OR 1^28)%,
CRAM4 = %ASSIGN (W_2,W_2 OR 1^29)%,
CRAM5 = %ASSIGN (W_2,W_2 OR 1^30)%,
CRAM6 = %ASSIGN (W_2,W_2 OR 1^31)%,
CRAM7 = %ASSIGN (W_2,W_2 OR 1^32)%,
CRAM8 = %ASSIGN (W_2,W_2 OR 1^33)%,
CRAM9 = %ASSIGN (W_2,W_2 OR 1^34)%,
CRAM10 = %ASSIGN (W_2,W_2 OR 1^35)%,
!DEFINING NETWORKS TO CORRESPOND TO BITS FOR WORD W_3
CRAM11 = %ASSIGN (W_3,W_3 OR 1^0)%,
CRAM12 = %ASSIGN (W_3,W_3 OR 1^1)%,
CRAM13 = %ASSIGN (W_3,W_3 OR 1^2)%,
CRAM14 = %ASSIGN (W_3,W_3 OR 1^3)%,
CRAM15 = %ASSIGN (W_3,W_3 OR 1^4)%,
CRAM16 = %ASSIGN (W_3,W_3 OR 1^5)%,
CRAM17 = %ASSIGN (W_3,W_3 OR 1^6)%,
CRAM18 = %ASSIGN (W_3,W_3 OR 1^7)%,
CRAM19 = %ASSIGN (W_3,W_3 OR 1^8)%,
CRAM20 = %ASSIGN (W_3,W_3 OR 1^9)%,
CRAM21 = %ASSIGN (W_3,W_3 OR 1^10)%,
CRAM22 = %ASSIGN (W_3,W_3 OR 1^11)%,
CRAM23 = %ASSIGN (W_3,W_3 OR 1^12)%,
CRAM24 = %ASSIGN (W_3,W_3 OR 1^13)%,
CRAM25 = %ASSIGN (W_3,W_3 OR 1^14)%,
CRAM26 = %ASSIGN (W_3,W_3 OR 1^15)%,
CRAM27 = %ASSIGN (W_3,W_3 OR 1^16)%,
CRAM28 = %ASSIGN (W_3,W_3 OR 1^17)%,
CRAM29 = %ASSIGN (W_3,W_3 OR 1^18)%,
CRAM30 = %ASSIGN (W_3,W_3 OR 1^19)%,
CRAM31 = %ASSIGN (W_3,W_3 OR 1^20)%,
CRAM32 = %ASSIGN (W_3,W_3 OR 1^21)%,
CRAM33 = %ASSIGN (W_3,W_3 OR 1^22)%,
CRAM34 = %ASSIGN (W_3,W_3 OR 1^23)%,
CRAM35 = %ASSIGN (W_3,W_3 OR 1^24)%,
AMX1_00 = %ASSIGN (W_3,W_3 OR 1^25)%,
AMX2_00 = %ASSIGN (W_3,W_3 OR 1^26)%,
AMX3_00 = %ASSIGN (W_3,W_3 OR 1^27)%,
AMX4_00 = %ASSIGN (W_3,W_3 OR 1^28)%,
AMX5_00 = %ASSIGN (W_3,W_3 OR 1^29)%,
AMX6_00 = %ASSIGN (W_3,W_3 OR 1^30)%,
AMX7_00 = %ASSIGN (W_3,W_3 OR 1^31)%,
AMX8_00 = %ASSIGN (W_3,W_3 OR 1^32)%,
AMX9_00 = %ASSIGN (W_3,W_3 OR 1^33)%,
AMX10_00 = %ASSIGN (W_3,W_3 OR 1^34)%,
AMX11_00 = %ASSIGN (W_3,W_3 OR 1^35)%,
!DEFINING NETWORKS TO CORRESPOND TO BITS FOR WORD W_4
CRM0_0 = %ASSIGN (W_4,W_4 OR 1^0)%,
CRM0_1 = %ASSIGN (W_4,W_4 OR 1^1)%,
CRM0_2 = %ASSIGN (W_4,W_4 OR 1^2)%,
CRM0_3 = %ASSIGN (W_4,W_4 OR 1^3)%,
CRM0_4 = %ASSIGN (W_4,W_4 OR 1^4)%,
CRM0_5 = %ASSIGN (W_4,W_4 OR 1^5)%,
CRM0_6 = %ASSIGN (W_4,W_4 OR 1^6)%,
CRM0_7 = %ASSIGN (W_4,W_4 OR 1^7)%,
CRM0_8 = %ASSIGN (W_4,W_4 OR 1^8)%,
CRM0_9 = %ASSIGN (W_4,W_4 OR 1^9)%,
CRM0_10 = %ASSIGN (W_4,W_4 OR 1^10)%,
CRM0_11 = %ASSIGN (W_4,W_4 OR 1^11)%,
CRM0_12 = %ASSIGN (W_4,W_4 OR 1^12)%,
CRM0_13 = %ASSIGN (W_4,W_4 OR 1^13)%,
CRM0_14 = %ASSIGN (W_4,W_4 OR 1^14)%,
CRM0_15 = %ASSIGN (W_4,W_4 OR 1^15)%,
CRM0_16 = %ASSIGN (W_4,W_4 OR 1^16)%,
CRM0_17 = %ASSIGN (W_4,W_4 OR 1^17)%,
CRM0_18 = %ASSIGN (W_4,W_4 OR 1^18)%,
CRM0_19 = %ASSIGN (W_4,W_4 OR 1^19)%,
CRM0_20 = %ASSIGN (W_4,W_4 OR 1^20)%,
CRM0_21 = %ASSIGN (W_4,W_4 OR 1^21)%,
CRM0_22 = %ASSIGN (W_4,W_4 OR 1^22)%,
CRM0_23 = %ASSIGN (W_4,W_4 OR 1^23)%,
CRM0_24 = %ASSIGN (W_4,W_4 OR 1^24)%,
CRM0_25 = %ASSIGN (W_4,W_4 OR 1^25)%,
CRM0_26 = %ASSIGN (W_4,W_4 OR 1^26)%,
CRM0_27 = %ASSIGN (W_4,W_4 OR 1^27)%,
CRM0_28 = %ASSIGN (W_4,W_4 OR 1^28)%,
CRM0_29 = %ASSIGN (W_4,W_4 OR 1^29)%,
CRM0_30 = %ASSIGN (W_4,W_4 OR 1^30)%,
CRM0_31 = %ASSIGN (W_4,W_4 OR 1^31)%,
CRM0_32 = %ASSIGN(W_4,W_4 OR 1^32)%,
CRM0_33 = %ASSIGN (W_4,W_4 OR 1^33)%,
CRM0_34 = %ASSIGN(W_4,W_4 OR 1^34)%,
CRM0_35 = %ASSIGN(W_4,W_4 OR 1^35)%,
!WORD BEING GENERATED
NTWK = W_0,W_1,W_2,W_3,W_4
%ASSIGN (W_0,0)
%ASSIGN (W_1,0)
%ASSIGN (W_2,0)
%ASSIGN (W_3,0)
%ASSIGN (W_4,0)%;
COMPILETIME
W_0 = 0,
W_1 = 0,
W_2 = 0,
W_3 = 0,
W_4 = 0;
BIND
DIAG_MUX = UPAZ('CRA4: DIAGNOSTIC READ MUXS'),
DIAG_FN = UPAZ('CRA4: DIAGNOSTIC FUNCTION DECODER'),
CWRT_DEC = UPAZ('CRA4: CRAM WRITE DECODER'),
CRM0_NAME = UPAZ('CRA8: RAMS FOR CRAM BIT 0'),
CRM1_NAME = UPAZ('CRA8: RAMS FOR CRAM BIT 1'),
CRM2_NAME = UPAZ('CRA8: RAMS FOR CRAM BIT 2'),
CRM3_NAME = UPAZ('CRA8: RAMS FOR CRAM BIT 3'),
CRM4_NAME = UPAZ('CRA8: RAMS FOR CRAM BIT 4'),
CRM5_NAME = UPAZ('CRA8: RAMS FOR CRAM BIT 5'),
CRM6_NAME = UPAZ('CRA8: RAMS FOR CRAM BIT 6'),
CRM7_NAME = UPAZ('CRA8: RAMS FOR CRAM BIT 7'),
CRM8_NAME = UPAZ('CRA8: RAMS FOR CRAM BIT 8'),
CRM9_NAME = UPAZ('CRA8: RAMS FOR CRAM BIT 9'),
CRM10_NAME = UPAZ('CRA8: RAMS FOR CRAM BIT 10'),
CRM11_NAME = UPAZ('CRA8: RAMS FOR CRAM BIT 11'),
CRM12_NAME = UPAZ('CRA8: RAMS FOR CRAM BIT 12'),
CRM13_NAME = UPAZ('CRA8: RAMS FOR CRAM BIT 13'),
CRM14_NAME = UPAZ('CRA8: RAMS FOR CRAM BIT 14'),
CRM15_NAME = UPAZ('CRA8: RAMS FOR CRAM BIT 15'),
CRM16_NAME = UPAZ('CRA8: RAMS FOR CRAM BIT 16'),
CRM17_NAME = UPAZ('CRA8: RAMS FOR CRAM BIT 17'),
CRM18_NAME = UPAZ('CRA9: RAMS FOR CRAM BIT 18'),
CRM19_NAME = UPAZ('CRA9: RAMS FOR CRAM BIT 19'),
CRM20_NAME = UPAZ('CRA9: RAMS FOR CRAM BIT 20'),
CRM21_NAME = UPAZ('CRA9: RAMS FOR CRAM BIT 21'),
CRM22_NAME = UPAZ('CRA9: RAMS FOR CRAM BIT 22'),
CRM23_NAME = UPAZ('CRA9: RAMS FOR CRAM BIT 23'),
CRM24_NAME = UPAZ('CRA9: RAMS FOR CRAM BIT 24'),
CRM25_NAME = UPAZ('CRA9: RAMS FOR CRAM BIT 25'),
CRM26_NAME = UPAZ('CRA9: RAMS FOR CRAM BIT 26'),
CRM27_NAME = UPAZ('CRA9: RAMS FOR CRAM BIT 27'),
CRM28_NAME = UPAZ('CRA9: RAMS FOR CRAM BIT 28'),
CRM29_NAME = UPAZ('CRA9: RAMS FOR CRAM BIT 29'),
CRM30_NAME = UPAZ('CRA9: RAMS FOR CRAM BIT 30'),
CRM31_NAME = UPAZ('CRA9: RAMS FOR CRAM BIT 31'),
CRM32_NAME = UPAZ('CRA9: RAMS FOR CRAM BIT 32'),
CRM33_NAME = UPAZ('CRA9: RAMS FOR CRAM BIT 33'),
CRM34_NAME = UPAZ('CRA9: RAMS FOR CRAM BIT 34'),
CRM35_NAME = UPAZ('CRA9: RAMS FOR CRAM BIT 35');
GLOBAL BIND
NET_NAMES = UPLIT(UPAZ('CRA1: NEXT CRAM ADDRESS MUXS'),
UPAZ('CRA1: NEXT CRAM ADDRESS MUX FOR BITS 0 AND 1'),
UPAZ('CRA1: NEXT CRAM ADDRESS MUX FOR BITS 2 AND 3'),
UPAZ('CRA1: NEXT CRAM ADDRESS MUX FOR BITS 4 AND 5'),
UPAZ('CRA1: NEXT CRAM ADDRESS MUX FOR BITS 6 AND 7'),
UPAZ('CRA1: NEXT CRAM ADDRESS MUX FOR BIT 8'),
UPAZ('CRA1: NEXT CRAM ADDRESS MUX FOR BIT 9'),
UPAZ('CRA1: NEXT CRAM ADDRESS MUX FOR BIT 10'),
UPAZ('CRA1: NEXT CRAM ADDRESS MUX FOR BIT 11'),
UPAZ('CRA2: "STACK WRITE" SIGNAL'),
UPAZ('CRA2: "T CLK B" SIGNAL'),
UPAZ('CRA2: "T CLK C" SIGNAL'),
UPAZ('CRA2: "CLK D" SIGNAL'),
UPAZ('CRA2: "CLK E" SIGNAL'),
UPAZ('CRA2: "CLK F" SIGNAL'),
UPAZ('CRA2: "CLK H" SIGNAL'),
UPAZ('CRA2: "CLK J" SIGNAL'),
UPAZ('CRA2: CLOCK ENABLE SIGNAL'),
UPAZ('CRA2: "SYNC H" SIGNAL'),
UPAZ('CRA2: "PAGE FAIL" SIGNAL BUFFERS'),
UPAZ('CRA2: "DISP & SKIP EN" SIGNAL'),
UPAZ('CRA2: "FIRST CYCLE" SIGNAL'),
UPAZ('CRA2: "I/O LATCH" SIGNAL'),
UPAZ('CRA2: "SYNC L" SIGNAL'),
UPAZ('CRA2: "RETURN" SIGNAL'),
UPAZ('CRA2: "CALL OR RETURN" SIGNAL'),
UPAZ('CRA2: "RESET" SIGNAL'),
UPAZ('CRA2: "STACK RESET" SIGNAL'),
UPAZ('CRA2: SKIP 10 LATCH AND DECODER'),
UPAZ('CRA2: SPEC 10 DECODER'),
UPAZ('CRA2: AREAD MUX'),
UPAZ('CRA2: NICOND DISPATCH PRIORITY ENCODER'),
UPAZ('CRA2: "TRAP CYCLE" SIGNAL LATCH'),
UPAZ('CRA1: NEXT CRAM ADDRESS MUX FOR BITS 0 AND 1'),
UPAZ('CRA2: "ADR 11" SIGNAL BUFFERS'),
UPAZ('CRA8,9: CRAMS'),
!NETWORKS NAMES FOR NETWORKS 36-71 (WHICH ARE IN W_1)
UPAZ('CRA3: THE SUBROUTINE STACK RAMS'),
UPAZ('CRA3: THE STACK ADDRESS CONTROL NETWORK'),
UPAZ('CRA3: THE LATCH FOR BITS 0-3 OF "SBR RET"'),
UPAZ('CRA3: THE LATCH FOR BITS 4-7 OF "SBR RET"'),
UPAZ('CRA3: THE LATCH FOR BITS 8-11 OF "SBR RET"'),
UPAZ('CRA3: RAM FOR BITS 0-3 OF SUBROUTINE STACK'),
UPAZ('CRA3: RAM FOR BITS 4-7 OF SUBROUTINE STACK'),
UPAZ('CRA3: RAM FOR BITS 8-11 OF SUBROUTINE STACK'),
UPAZ('CRA3: THE LATCH FOR BITS 0-3 OF "CURR LOC"'),
UPAZ('CRA3: THE LATCH FOR BITS 4-7 OF "CURR LOC"'),
UPAZ('CRA3: THE LATCH FOR BITS 8-11 OF "CURR LOC"'),
DIAG_MUX,
DIAG_MUX,
DIAG_MUX,
DIAG_MUX,
DIAG_MUX,
DIAG_MUX,
DIAG_MUX,
DIAG_MUX,
DIAG_MUX,
DIAG_FN,
DIAG_FN,
DIAG_FN,
DIAG_FN,
DIAG_FN,
DIAG_FN,
DIAG_FN,
DIAG_FN,
DIAG_FN,
CWRT_DEC,
CWRT_DEC,
CWRT_DEC,
CWRT_DEC,
CWRT_DEC,
CWRT_DEC,
UPAZ('CRA5: "DIAG ADR" LATCHES'),
!NETWORK NAMES FOR NETWORKS 72-107 (WHICH ARE IN W_2)
UPAZ('CRA5: LATCH FOR BITS 0-3 OF "DIAG ADR"'),
UPAZ('CRA5: LATCH FOR BITS 4-7 OF "DIAG ADR"'),
UPAZ('CRA5: LATCH FOR BITS 8-11 OF "DIAG ADR"'),
UPAZ('CRA5: "BUS DATA" BUFFERS'),
UPAZ('CRA5: KS10 BUS TRANSCEIVERS'),
UPAZ('CRA6: CRAM PARITY DETECTION NETWORK'),
UPAZ('CRA6: LATCH FOR CRAM CONTROL BITS 0-5'),
UPAZ('CRA6: LATCH FOR CRAM CONTROL BITS 6-11'),
UPAZ('CRA6: LATCH FOR CRAM CONTROL BITS 12,18,24,30'),
UPAZ('CRA6: LATCH FOR CRAM CONTROL BITS 13,19,25,31'),
UPAZ('CRA6: LATCH FOR CRAM CONTROL BITS 14,20,26,32'),
UPAZ('CRA6: LATCH FOR CRAM CONTROL BITS 15,21,27,33'),
UPAZ('CRA6: LATCH FOR CRAM CONTROL BITS 16,22,28,34'),
UPAZ('CRA6: LATCH FOR CRAM CONTROL BITS 17,23,29,35'),
UPAZ('CRA7: DRIVERS FOR CRAM ADDRESS BIT 1'),
UPAZ('CRA7: DRIVERS FOR CRAM ADDRESS BIT 2'),
UPAZ('CRA7: DRIVERS FOR CRAM ADDRESS BIT 3'),
UPAZ('CRA7: DRIVERS FOR CRAM ADDRESS BIT 4'),
UPAZ('CRA7: DRIVERS FOR CRAM ADDRESS BIT 5'),
UPAZ('CRA7: DRIVERS FOR CRAM ADDRESS BIT 6'),
UPAZ('CRA7: DRIVERS FOR CRAM ADDRESS BIT 7'),
UPAZ('CRA7: DRIVERS FOR CRAM ADDRESS BIT 8'),
UPAZ('CRA7: DRIVERS FOR CRAM ADDRESS BIT 9'),
UPAZ('CRA7: DRIVERS FOR CRAM ADDRESS BIT 10'),
UPAZ('CRA7: DRIVERS FOR CRAM ADDRESS BIT 11'),
CRM0_NAME,
CRM1_NAME,
CRM2_NAME,
CRM3_NAME,
CRM4_NAME,
CRM5_NAME,
CRM6_NAME,
CRM7_NAME,
CRM8_NAME,
CRM9_NAME,
CRM10_NAME,
!NETWORK NAMES FOR NETWORKS 108-143 (WHICH ARE IN W_3)
CRM11_NAME,
CRM12_NAME,
CRM13_NAME,
CRM14_NAME,
CRM15_NAME,
CRM16_NAME,
CRM17_NAME,
CRM18_NAME,
CRM19_NAME,
CRM20_NAME,
CRM21_NAME,
CRM22_NAME,
CRM23_NAME,
CRM24_NAME,
CRM25_NAME,
CRM26_NAME,
CRM27_NAME,
CRM28_NAME,
CRM29_NAME,
CRM30_NAME,
CRM31_NAME,
CRM32_NAME,
CRM33_NAME,
CRM34_NAME,
CRM35_NAME,
UPAZ('CRA1: NEXT CRAM ADDRESS MUX FOR BITS 0 AND 1'),
UPAZ('CRA1: NEXT CRAM ADDRESS MUX FOR BITS 2 AND 3'),
UPAZ('CRA1: NEXT CRAM ADDRESS MUX FOR BITS 2 AND 3'),
UPAZ('CRA1: NEXT CRAM ADDRESS MUX FOR BITS 4 AND 5'),
UPAZ('CRA1: NEXT CRAM ADDRESS MUX FOR BITS 4 AND 5'),
UPAZ('CRA1: NEXT CRAM ADDRESS MUX FOR BITS 6 AND 7'),
UPAZ('CRA1: NEXT CRAM ADDRESS MUX FOR BITS 6 AND 7'),
UPAZ('CRA1: NEXT CRAM ADDRESS MUX FOR BIT 8'),
UPAZ('CRA1: NEXT CRAM ADDRESS MUX FOR BIT 9'),
UPAZ('CRA1: NEXT CRAM ADDRESS MUX FOR BIT 10'),
UPAZ('CRA1: NEXT CRAM ADDRESS MUX FOR BIT 11'),
!NETWORK NAMES FOR NETWORKS 144-179 (WHICH ARE IN W_4)
CRM0_NAME,
CRM1_NAME,
CRM2_NAME,
CRM3_NAME,
CRM4_NAME,
CRM5_NAME,
CRM6_NAME,
CRM7_NAME,
CRM8_NAME,
CRM9_NAME,
CRM10_NAME,
CRM11_NAME,
CRM12_NAME,
CRM13_NAME,
CRM14_NAME,
CRM15_NAME,
CRM16_NAME,
CRM17_NAME,
CRM18_NAME,
CRM19_NAME,
CRM20_NAME,
CRM21_NAME,
CRM22_NAME,
CRM23_NAME,
CRM24_NAME,
CRM25_NAME,
CRM26_NAME,
CRM27_NAME,
CRM28_NAME,
CRM29_NAME,
CRM30_NAME,
CRM31_NAME,
CRM32_NAME,
CRM33_NAME,
CRM34_NAME,
CRM35_NAME);
!
! OWN STORAGE:
!
!
! EXTERNAL REFERENCES:
!
BIND T1_E1 = UPLIT(DMX7 BUSBUF XCVRS NTWK);
BIND T1_E2 = UPLIT(DFN7 NTWK);
BIND T1_ES = PLIT( T1_E1,
T1_E2);
BIND T2_E1 = UPLIT(XCVRS BUSBUF DMX11 NTWK);
BIND T2_E2 = UPLIT(XCVRS BUSBUF NTWK);
BIND T2_E3 = UPLIT(TCLKC DFN11 NTWK);
BIND T2_NE1 = UPLIT(XCVRS BUSBUF DMX11 TCLKC DFN11 NTWK);
BIND T2_ES = PLIT( T2_E1,
T2_E2,
T2_E3);
BIND T2_NES = PLIT( T2_NE1);
BIND T3_E1 = UPLIT(DMX0 CRM0_11 CREG2 NTWK);
BIND T3_E2 = UPLIT(DMX0 CRM0_10 CREG2 NTWK);
BIND T3_E3 = UPLIT(DMX0 CRM0_9 CREG2 NTWK);
BIND T3_E4 = UPLIT(DMX0 CRM0_8 CREG2 NTWK);
BIND T3_E5 = UPLIT(DMX0 CRM0_7 CREG2 NTWK);
BIND T3_E6 = UPLIT(DMX0 CRM0_6 CREG2 NTWK);
BIND T3_E7 = UPLIT(DMX0 CRM0_5 CREG1 NTWK);
BIND T3_E8 = UPLIT(DMX0 CRM0_4 CREG1 NTWK);
BIND T3_E9 = UPLIT(DMX0 CRM0_3 CREG1 NTWK);
BIND T3_E10 = UPLIT(DMX0 CRM0_2 CREG1 NTWK);
BIND T3_E11 = UPLIT(DMX0 CRM0_1 CREG1 NTWK);
BIND T3_E12 = UPLIT(DMX0 CRM0_0 CREG1 NTWK);
BIND T3_E13 = UPLIT(CREG1 CWRT0_5 NTWK);
BIND T3_E14 = UPLIT(CREG2 CWRT6_11 NTWK);
BIND T3_E15 = UPLIT(DFN0 CLKE CLKEN RESET NTWK);
BIND T3_E16 = UPLIT(DFN0 NTWK);
BIND T3_NE1 = UPLIT(DMX0 CWRT0_5 CWRT6_11 CLKE CLKEN DFN0 NTWK);
BIND T3_ES = PLIT( T3_E1,
T3_E2,
T3_E3,
T3_E4,
T3_E5,
T3_E6,
T3_E7,
T3_E8,
T3_E9,
T3_E10,
T3_E11,
T3_E12,
T3_E13,
T3_E14,
T3_E15,
T3_E16);
BIND T3_NES = PLIT( T3_NE1);
BIND T4_E1 = UPLIT(DMX4 CRM0_23 CREG8 NTWK);
BIND T4_E2 = UPLIT(DMX4 CRM0_22 CREG7 NTWK);
BIND T4_E3 = UPLIT(DMX4 CRM0_21 CREG6 NTWK);
BIND T4_E4 = UPLIT(DMX4 CRM0_20 CREG5 NTWK);
BIND T4_E5 = UPLIT(DMX4 CRM0_19 CREG4 NTWK);
BIND T4_E6 = UPLIT(DMX4 CRM0_18 CREG3 NTWK);
BIND T4_E7 = UPLIT(DMX4 CRM0_17 CREG8 NTWK);
BIND T4_E8 = UPLIT(DMX4 CRM0_16 CREG7 NTWK);
BIND T4_E9 = UPLIT(DMX4 CRM0_15 CREG6 NTWK);
BIND T4_E10 = UPLIT(DMX4 CRM0_14 CREG5 NTWK);
BIND T4_E11 = UPLIT(DMX4 CRM0_13 CREG4 NTWK);
BIND T4_E12 = UPLIT(DMX4 CRM0_12 CREG3 NTWK);
BIND T4_E13 = UPLIT(CREG8 NTWK);
BIND T4_E14 = UPLIT(CREG7 NTWK);
BIND T4_E15 = UPLIT(CREG6 NTWK);
BIND T4_E16 = UPLIT(CREG5 NTWK);
BIND T4_E17 = UPLIT(CREG4 NTWK);
BIND T4_E18 = UPLIT(CREG3 NTWK);
BIND T4_E19 = UPLIT(CWRT12_17 NTWK);
BIND T4_E20 = UPLIT(CWRT18_23 NTWK);
BIND T4_E21 = UPLIT(CLKJ SYNCH NTWK);
BIND T4_E22 = UPLIT(CLKH SYNCH NTWK);
BIND T4_E23 = UPLIT(SYNCH DFN1 DFN4 RESET NTWK);
BIND T4_E24 = UPLIT(DFN1 DFN4 NTWK);
BIND T4_NE1 = UPLIT(DFN1 DMX4 DFN4 CLKJ SYNCH CLKH SYNCH CWRT18_23 CWRT12_17 NTWK);
BIND T4_ES = PLIT( T4_E1,
T4_E2,
T4_E3,
T4_E4,
T4_E5,
T4_E6,
T4_E7,
T4_E8,
T4_E9,
T4_E10,
T4_E11,
T4_E12,
T4_E13,
T4_E14,
T4_E15,
T4_E16,
T4_E17,
T4_E18,
T4_E19,
T4_E20,
T4_E21,
T4_E22,
T4_E23,
T4_E24);
BIND T4_NES = PLIT( T4_NE1);
BIND T5_E1 = UPLIT(DMX5 CRM0_35 CREG8 NTWK);
BIND T5_E2 = UPLIT(DMX5 CRM0_34 CREG7 NTWK);
BIND T5_E3 = UPLIT(DMX5 CRM0_33 CREG6 NTWK);
BIND T5_E4 = UPLIT(DMX5 CRM0_32 CREG5 NTWK);
BIND T5_E5 = UPLIT(DMX5 CRM0_31 CREG4 NTWK);
BIND T5_E6 = UPLIT(DMX5 CRM0_30 CREG3 NTWK);
BIND T5_E7 = UPLIT(DMX5 CRM0_29 CREG8 NTWK);
BIND T5_E8 = UPLIT(DMX5 CRM0_28 CREG7 NTWK);
BIND T5_E9 = UPLIT(DMX5 CRM0_27 CREG6 NTWK);
BIND T5_E10 = UPLIT(DMX5 CRM0_26 CREG5 NTWK);
BIND T5_E11 = UPLIT(DMX5 CRM0_25 CREG4 NTWK);
BIND T5_E12 = UPLIT(DMX5 CRM0_24 CREG3 NTWK);
BIND T5_E13 = UPLIT(CWRT24_29 NTWK);
BIND T5_E14 = UPLIT(CWRT30_35 NTWK);
BIND T5_E15 = UPLIT(SYNCH RESET DFN2 DFN5 NTWK);
BIND T5_E16 = UPLIT(DFN2 DFN5 NTWK);
BIND T5_NE1 = UPLIT(DFN2 DFN5 DMX5 CWRT24_29 CWRT30_35 NTWK);
BIND T5_ES = PLIT( T5_E1,
T5_E2,
T5_E3,
T5_E4,
T5_E5,
T5_E6,
T5_E7,
T5_E8,
T5_E9,
T5_E10,
T5_E11,
T5_E12,
T5_E13,
T5_E14,
T5_E15,
T5_E16);
BIND T5_NES = PLIT( T5_NE1);
BIND T6_E1 = UPLIT(DMX6 CRM0_35 CREG8 NTWK);
BIND T6_E2 = UPLIT(DMX6 CRM0_34 CREG7 NTWK);
BIND T6_E3 = UPLIT(DMX6 CRM0_33 CREG6 NTWK);
BIND T6_E4 = UPLIT(DMX6 CRM0_32 CREG5 NTWK);
BIND T6_E5 = UPLIT(DMX6 CRM0_31 CREG4 NTWK);
BIND T6_E6 = UPLIT(DMX6 CRM0_30 CREG3 NTWK);
BIND T6_E7 = UPLIT(DMX6 CRM0_29 CREG8 NTWK);
BIND T6_E8 = UPLIT(DMX6 CRM0_28 CREG7 NTWK);
BIND T6_E9 = UPLIT(DMX6 CRM0_27 CREG6 NTWK);
BIND T6_E10 = UPLIT(DMX6 CRM0_26 CREG5 NTWK);
BIND T6_E11 = UPLIT(DMX6 CRM0_25 CREG4 NTWK);
BIND T6_E12 = UPLIT(DMX6 CRM0_24 CREG3 NTWK);
BIND T6_E13 = UPLIT(DFN2 DFN6 NTWK);
BIND T6_NE1 = UPLIT(DFN2 DFN6 DMX6 NTWK);
BIND T6_ES = PLIT( T6_E1,
T6_E2,
T6_E3,
T6_E4,
T6_E5,
T6_E6,
T6_E7,
T6_E8,
T6_E9,
T6_E10,
T6_E11,
T6_E12,
T6_E13);
BIND T6_NES = PLIT( T6_NE1);
BIND T7_E1 = UPLIT(DMX0 CREG1 NTWK);
BIND T7_E2 = UPLIT(DMX0 CREG2 NTWK);
BIND T7_E3 = UPLIT(DMX0 RESET NTWK);
BIND T7_ES = PLIT( T7_E1,
T7_E2,
T7_E3);
BIND T8_E1 = UPLIT(DMX4 CREG8 NTWK);
BIND T8_E2 = UPLIT(DMX4 CREG7 NTWK);
BIND T8_E3 = UPLIT(DMX4 CREG6 NTWK);
BIND T8_E4 = UPLIT(DMX4 CREG5 NTWK);
BIND T8_E5 = UPLIT(DMX4 CREG4 NTWK);
BIND T8_E6 = UPLIT(DMX4 CREG3 NTWK);
BIND T8_E7 = UPLIT(RESET NTWK);
BIND T8_ES = PLIT( T8_E1,
T8_E2,
T8_E3,
T8_E4,
T8_E5,
T8_E6,
T8_E7);
BIND T9_E1 = UPLIT(DMX5 CREG8 NTWK);
BIND T9_E2 = UPLIT(DMX5 CREG7 NTWK);
BIND T9_E3 = UPLIT(DMX5 CREG6 NTWK);
BIND T9_E4 = UPLIT(DMX5 CREG5 NTWK);
BIND T9_E5 = UPLIT(DMX5 CREG4 NTWK);
BIND T9_E6 = UPLIT(DMX5 CREG3 NTWK);
BIND T9_E7 = UPLIT(RESET NTWK);
BIND T9_E8 = UPLIT(DMX6 CREG8 NTWK);
BIND T9_E9 = UPLIT(DMX6 CREG7 NTWK);
BIND T9_E10 = UPLIT(DMX6 CREG6 NTWK);
BIND T9_E11 = UPLIT(DMX6 CREG5 NTWK);
BIND T9_E12 = UPLIT(DMX6 CREG4 NTWK);
BIND T9_E13 = UPLIT(DMX6 CREG3 NTWK);
BIND T9_E14 = UPLIT(RESET NTWK);
BIND T9_ES = PLIT( T9_E1,
T9_E2,
T9_E3,
T9_E4,
T9_E5,
T9_E6,
T9_E7,
T9_E8,
T9_E9,
T9_E10,
T9_E11,
T9_E12,
T9_E13,
T9_E14);
BIND T10_E1 = UPLIT(DADR3 AMX11_00 DMX1 SKIP10 NTWK);
BIND T10_E2 = UPLIT(DADR3 AMX10_00 DMX1 NTWK);
BIND T10_E3 = UPLIT(DADR3 AMX9_00 DMX1 NTWK);
BIND T10_E4 = UPLIT(DADR3 AMX8_00 DMX1 NTWK);
BIND T10_E5 = UPLIT(DADR2 AMX7_00 DMX1 NTWK);
BIND T10_E6 = UPLIT(DADR2 AMX6_00 DMX1 NTWK);
BIND T10_E7 = UPLIT(DADR2 AMX5_00 DMX1 NTWK);
BIND T10_E8 = UPLIT(DADR2 AMX4_00 DMX1 NTWK);
BIND T10_E9 = UPLIT(DADR1 AMX3_00 DMX1 NTWK);
BIND T10_E10 = UPLIT(DADR1 AMX2_00 DMX1 NTWK);
BIND T10_E11 = UPLIT(DADR1 AMX1_00 DMX1 NTWK);
BIND T10_E12 = UPLIT(DADR1 AMX0_00 DMX1 NTWK);
BIND T10_E13 = UPLIT(DADR3 NTWK);
BIND T10_E14 = UPLIT(DADR2 NTWK);
BIND T10_E15 = UPLIT(DADR1 NTWK);
BIND T10_E16 = UPLIT(PFBUF NTWK);
BIND T10_E17 = UPLIT(DADR AMX DFN1 NTWK);
BIND T10_NE1 = UPLIT(DADR DADR1 DADR2 DADR3 AMX_00 DMX1 DFN1 NTWK);
BIND T10_ES = PLIT( T10_E1,
T10_E2,
T10_E3,
T10_E4,
T10_E5,
T10_E6,
T10_E7,
T10_E8,
T10_E9,
T10_E10,
T10_E11,
T10_E12,
T10_E13,
T10_E14,
T10_E15,
T10_E16,
T10_E17);
BIND T10_NES = PLIT( T10_NE1);
BIND T11_E1 = UPLIT(DADR3 CLOC3 AMX11_00 DMX3 SKIP10 NTWK);
BIND T11_E2 = UPLIT(DADR3 CLOC3 AMX10_00 DMX3 NTWK);
BIND T11_E3 = UPLIT(DADR3 CLOC3 AMX9_00 DMX3 NTWK);
BIND T11_E4 = UPLIT(DADR3 CLOC3 AMX8_00 DMX3 NTWK);
BIND T11_E5 = UPLIT(DADR2 CLOC2 AMX7_00 DMX3 NTWK);
BIND T11_E6 = UPLIT(DADR2 CLOC2 AMX6_00 DMX3 NTWK);
BIND T11_E7 = UPLIT(DADR2 CLOC2 AMX5_00 DMX3 NTWK);
BIND T11_E8 = UPLIT(DADR2 CLOC2 AMX4_00 DMX3 NTWK);
BIND T11_E9 = UPLIT(DADR1 CLOC1 AMX3_00 DMX3 NTWK);
BIND T11_E10 = UPLIT(DADR1 CLOC1 AMX2_00 DMX3 NTWK);
BIND T11_E11 = UPLIT(DADR1 CLOC1 AMX1_00 DMX3 NTWK);
BIND T11_E12 = UPLIT(DADR1 CLOC1 AMX0_00 DMX3 NTWK);
BIND T11_E13 = UPLIT(CLKF CLKEN DADR3 CLOC3 NTWK);
BIND T11_E14 = UPLIT(CLKD CLKEN DADR2 CLOC2 NTWK);
BIND T11_E15 = UPLIT(CLKE CLKEN DADR1 CLOC1 NTWK);
BIND T11_E16 = UPLIT(DFN3 NTWK);
BIND T11_NE1 = UPLIT(DADR1 DADR2 DADR3 AMX_00 DMX3 CLOC1 CLOC2 CLOC3 DFN3 NTWK);
BIND T11_ES = PLIT( T11_E1,
T11_E2,
T11_E3,
T11_E4,
T11_E5,
T11_E6,
T11_E7,
T11_E8,
T11_E9,
T11_E10,
T11_E11,
T11_E12,
T11_E13,
T11_E14,
T11_E15,
T11_E16);
BIND T11_NES = PLIT( T11_NE1);
BIND T12_E1 = UPLIT(AMX11 SKIP10 NTWK);
BIND T12_E2 = UPLIT(AMX10 NTWK);
BIND T12_E3 = UPLIT(AMX9 NTWK);
BIND T12_E4 = UPLIT(AMX8 NTWK);
BIND T12_E5 = UPLIT(AMX6_7 NTWK);
BIND T12_E6 = UPLIT(AMX6_7 NTWK);
BIND T12_E7 = UPLIT(AMX4_5 NTWK);
BIND T12_E8 = UPLIT(AMX4_5 NTWK);
BIND T12_E9 = UPLIT(AMX2_3 NTWK);
BIND T12_E10 = UPLIT(AMX2_3 NTWK);
BIND T12_E11 = UPLIT(AMX0_1 NTWK);
BIND T12_E12 = UPLIT(AMX0_1 NTWK);
BIND T12_E13 = UPLIT(AMX11 SKIP10 NTWK);
BIND T12_E14 = UPLIT(AMX10 NTWK);
BIND T12_E15 = UPLIT(AMX9 NTWK);
BIND T12_E16 = UPLIT(AMX8 NTWK);
BIND T12_E17 = UPLIT(AMX6_7 NTWK);
BIND T12_E18 = UPLIT(AMX6_7 NTWK);
BIND T12_E19 = UPLIT(AMX4_5 NTWK);
BIND T12_E20 = UPLIT(AMX4_5 NTWK);
BIND T12_E21 = UPLIT(AMX2_3 NTWK);
BIND T12_E22 = UPLIT(AMX2_3 NTWK);
BIND T12_E23 = UPLIT(AMX0_1 NTWK);
BIND T12_E24 = UPLIT(AMX0_1 NTWK);
BIND T12_ES = PLIT( T12_E1,
T12_E2,
T12_E3,
T12_E4,
T12_E5,
T12_E6,
T12_E7,
T12_E8,
T12_E9,
T12_E10,
T12_E11,
T12_E12,
T12_E13,
T12_E14,
T12_E15,
T12_E16,
T12_E17,
T12_E18,
T12_E19,
T12_E20,
T12_E21,
T12_E22,
T12_E23,
T12_E24);
BIND T13_E1 = UPLIT(CRAM35 NTWK);
BIND T13_E2 = UPLIT(CRAM34 NTWK);
BIND T13_E3 = UPLIT(CRAM33 NTWK);
BIND T13_E4 = UPLIT(CRAM32 NTWK);
BIND T13_E5 = UPLIT(CRAM31 NTWK);
BIND T13_E6 = UPLIT(CRAM30 NTWK);
BIND T13_E7 = UPLIT(CRAM29 NTWK);
BIND T13_E8 = UPLIT(CRAM28 NTWK);
BIND T13_E9 = UPLIT(CRAM27 NTWK);
BIND T13_E10 = UPLIT(CRAM26 NTWK);
BIND T13_E11 = UPLIT(CRAM25 NTWK);
BIND T13_E12 = UPLIT(CRAM24 NTWK);
BIND T13_E13 = UPLIT(CRAM23 NTWK);
BIND T13_E14 = UPLIT(CRAM22 NTWK);
BIND T13_E15 = UPLIT(CRAM21 NTWK);
BIND T13_E16 = UPLIT(CRAM20 NTWK);
BIND T13_E17 = UPLIT(CRAM19 NTWK);
BIND T13_E18 = UPLIT(CRAM18 NTWK);
BIND T13_E19 = UPLIT(CRAM17 NTWK);
BIND T13_E20 = UPLIT(CRAM16 NTWK);
BIND T13_E21 = UPLIT(CRAM15 NTWK);
BIND T13_E22 = UPLIT(CRAM14 NTWK);
BIND T13_E23 = UPLIT(CRAM13 NTWK);
BIND T13_E24 = UPLIT(CRAM12 NTWK);
BIND T13_E25 = UPLIT(CRAM11 NTWK);
BIND T13_E26 = UPLIT(CRAM10 NTWK);
BIND T13_E27 = UPLIT(CRAM9 NTWK);
BIND T13_E28 = UPLIT(CRAM8 NTWK);
BIND T13_E29 = UPLIT(CRAM7 NTWK);
BIND T13_E30 = UPLIT(CRAM6 NTWK);
BIND T13_E31 = UPLIT(CRAM5 NTWK);
BIND T13_E32 = UPLIT(CRAM4 NTWK);
BIND T13_E33 = UPLIT(CRAM3 NTWK);
BIND T13_E34 = UPLIT(CRAM2 NTWK);
BIND T13_E35 = UPLIT(CRAM1 NTWK);
BIND T13_E36 = UPLIT(CRAM0 NTWK);
BIND T13_E37 = UPLIT(CRAM NTWK);
BIND T13_ES = PLIT( T13_E1,
T13_E2,
T13_E3,
T13_E4,
T13_E5,
T13_E6,
T13_E7,
T13_E8,
T13_E9,
T13_E10,
T13_E11,
T13_E12,
T13_E13,
T13_E14,
T13_E15,
T13_E16,
T13_E17,
T13_E18,
T13_E19,
T13_E20,
T13_E21,
T13_E22,
T13_E23,
T13_E24,
T13_E25,
T13_E26,
T13_E27,
T13_E28,
T13_E29,
T13_E30,
T13_E31,
T13_E32,
T13_E33,
T13_E34,
T13_E35,
T13_E36,
T13_E37);
BIND T14_E1 = UPLIT(CADR11 NTWK);
BIND T14_E2 = UPLIT(CADR10 NTWK);
BIND T14_E3 = UPLIT(CADR9 NTWK);
BIND T14_E4 = UPLIT(CADR8 NTWK);
BIND T14_E5 = UPLIT(CADR7 NTWK);
BIND T14_E6 = UPLIT(CADR6 NTWK);
BIND T14_E7 = UPLIT(CADR5 NTWK);
BIND T14_E8 = UPLIT(CADR4 NTWK);
BIND T14_E9 = UPLIT(CADR3 NTWK);
BIND T14_E10 = UPLIT(CADR2 NTWK);
BIND T14_E11 = UPLIT(CADR1 NTWK);
BIND T14_E12 = UPLIT(AMX11 SKIP10 NTWK);
BIND T14_E13 = UPLIT(AMX10 NTWK);
BIND T14_E14 = UPLIT(AMX9 NTWK);
BIND T14_E15 = UPLIT(AMX8 NTWK);
BIND T14_E16 = UPLIT(AMX6_7 NTWK);
BIND T14_E17 = UPLIT(AMX6_7 NTWK);
BIND T14_E18 = UPLIT(AMX4_5 NTWK);
BIND T14_E19 = UPLIT(AMX4_5 NTWK);
BIND T14_E20 = UPLIT(AMX2_3 NTWK);
BIND T14_E21 = UPLIT(AMX2_3 NTWK);
BIND T14_E22 = UPLIT(AMX0_1 NTWK);
BIND T14_E23 = UPLIT(AMX0_1 NTWK);
BIND T14_ES = PLIT( T14_E1,
T14_E2,
T14_E3,
T14_E4,
T14_E5,
T14_E6,
T14_E7,
T14_E8,
T14_E9,
T14_E10,
T14_E11,
T14_E12,
T14_E13,
T14_E14,
T14_E15,
T14_E16,
T14_E17,
T14_E18,
T14_E19,
T14_E20,
T14_E21,
T14_E22,
T14_E23);
BIND T15_E1 = UPLIT(PFBUF RTN CALLRTN NTWK);
BIND T15_ES = PLIT( T15_E1);
BIND T16_E1 = UPLIT(CLOC3 STACK3 DMX2 SBRET3 NTWK);
BIND T16_E2 = UPLIT(CLOC2 STACK2 DMX2 SBRET2 NTWK);
BIND T16_E3 = UPLIT(CLOC1 STACK1 DMX2 SBRET1 NTWK);
BIND T16_E4 = UPLIT(STKWRT FRSTCYC SYNCH TCLKB DFN2 CLKD CLKEN CALLRTN NTWK);
BIND T16_NE1 = UPLIT(SBRET1 SBRET2 SBRET3 STKWRT CLKD CLKEN FRSTCYC SYNCH TCLKB NTWK);
BIND T16_ES = PLIT( T16_E1,
T16_E2,
T16_E3,
T16_E4);
BIND T16_NES = PLIT( T16_NE1);
BIND T17_E1 = UPLIT(AMX11 SKIP10 SBRET1 STACK1 NTWK);
BIND T17_E2 = UPLIT(AMX10 SBRET1 STACK1 NTWK);
BIND T17_E3 = UPLIT(AMX9 SBRET1 STACK1 NTWK);
BIND T17_E4 = UPLIT(AMX8 SBRET1 STACK1 NTWK);
BIND T17_E5 = UPLIT(AMX6_7 SBRET2 STACK2 NTWK);
BIND T17_E6 = UPLIT(AMX6_7 SBRET2 STACK2 NTWK);
BIND T17_E7 = UPLIT(AMX4_5 SBRET2 STACK2 NTWK);
BIND T17_E8 = UPLIT(AMX4_5 SBRET2 STACK2 NTWK);
BIND T17_E9 = UPLIT(AMX2_3 SBRET1 STACK3 NTWK);
BIND T17_E10 = UPLIT(AMX2_3 SBRET1 STACK3 NTWK);
BIND T17_E11 = UPLIT(AMX0_1 SBRET1 STACK3 NTWK);
BIND T17_E12 = UPLIT(AMX0_1 SBRET1 STACK3 NTWK);
BIND T17_E13 = UPLIT(CLKD CLKEN CALLRTN STKWRT FRSTCYC SYNCH TCLKB NTWK);
BIND T17_NE1 = UPLIT(CLKD CLKEN STKWRT FRSTCYC SYNCH TCLKB SBRET1 SBRET2 SBRET3 NTWK);
BIND T17_ES = PLIT( T17_E1,
T17_E2,
T17_E3,
T17_E4,
T17_E5,
T17_E6,
T17_E7,
T17_E8,
T17_E9,
T17_E10,
T17_E11,
T17_E12,
T17_E13);
BIND T17_NES = PLIT( T17_NE1);
BIND T18_E1 = UPLIT(RTN CALLRTN STKADR STACK3 TCLKB STKRST PFBUF NTWK);
BIND T18_E2 = UPLIT(RTN CALLRTN STKADR STACK2 TCLKB STKRST PFBUF NTWK);
BIND T18_E3 = UPLIT(RTN CALLRTN STKADR STACK1 TCLKB STKRST PFBUF NTWK);
BIND T18_E4 = UPLIT(STKADR RTN CALLRTN TCLKB STKRST PFBUF NTWK);
BIND T18_ES = PLIT( T18_E1,
T18_E2,
T18_E3,
T18_E4);
BIND T19_E1 = UPLIT(STKRST PFBUF CALLRTN RTN STKADR STACK NTWK);
BIND T19_ES = PLIT( T19_E1);
BIND T20_E1 = UPLIT(NIC_ENC AMX11 NTWK);
BIND T20_E2 = UPLIT(NIC_ENC AMX10 NTWK);
BIND T20_E3 = UPLIT(NIC_ENC AMX9 NTWK);
BIND T20_E4 = UPLIT(NIC_ENC NTWK);
BIND T20_E5 = UPLIT(SKIP10 NIC_ENC AMX11 NTWK);
BIND T20_E6 = UPLIT(NIC_ENC AMX10 NTWK);
BIND T20_E7 = UPLIT(NIC_ENC AMX9 NTWK);
BIND T20_NE1 = UPLIT(NIC_ENC NTWK);
BIND T20_ES = PLIT( T20_E1,
T20_E2,
T20_E3,
T20_E4,
T20_E5,
T20_E6,
T20_E7);
BIND T20_NES = PLIT( T20_NE1);
BIND T21_E1 = UPLIT(NIC_ENC TRPCYC SKIP10 AMX11 NTWK);
BIND T21_E2 = UPLIT(NIC_ENC TRPCYC SKIP10 AMX11 NTWK);
BIND T21_ES = PLIT( T21_E1,
T21_E2);
BIND T22_E1 = UPLIT(SKIP10 AMX11 TCLKB DSP_SKP_EN SYNCH NTWK);
BIND T22_E2 = UPLIT(DSP_SKP_EN SYNCH FRSTCYC NTWK);
BIND T22_E3 = UPLIT(SKIP10 AMX11 TCLKB DSP_SKP_EN SYNCH NTWK);
BIND T22_NE1 = UPLIT(DSP_SKP_EN SYNCH TCLKB NTWK);
BIND T22_ES = PLIT( T22_E1,
T22_E2,
T22_E3);
BIND T22_NES = PLIT( T22_NE1);
BIND T23_E1 = UPLIT(SKIP10 AMX11 TCLKB DSP_SKP_EN SYNCH NTWK);
BIND T23_E2 = UPLIT(SKIP10 AMX11 TCLKB DSP_SKP_EN SYNCH NTWK);
BIND T23_NE1 = UPLIT(DSP_SKP_EN TCLKB SYNCH NTWK);
BIND T23_ES = PLIT( T23_E1,
T23_E2);
BIND T23_NES = PLIT( T23_NE1);
BIND T24_E1 = UPLIT(SKIP10 AMX11 TCLKB DSP_SKP_EN SYNCH NTWK);
BIND T24_E2 = UPLIT(SKIP10 AMX11 TCLKB DSP_SKP_EN SYNCH NTWK);
BIND T24_ES = PLIT( T24_E1,
T24_E2);
BIND T25_E1 = UPLIT(IOLTCH SKIP10 AMX11 TCLKB DSP_SKP_EN SYNCH NTWK);
BIND T25_E2 = UPLIT(SPEC10 IOLTCH SKIP10 AMX11 TCLKB DSP_SKP_EN SYNCH NTWK);
BIND T25_ES = PLIT( T25_E1,
T25_E2);
BIND T26_E1 = UPLIT(SKIP10 AMX11 NTWK);
BIND T26_E2 = UPLIT(SKIP10 AMX11 NTWK);
BIND T26_ES = PLIT( T26_E1,
T26_E2);
BIND T27_E1 = UPLIT(SKIP10 AMX11 NTWK);
BIND T27_E2 = UPLIT(SKIP10 AMX11 NTWK);
BIND T27_ES = PLIT( T27_E1,
T27_E2);
BIND T28_E1 = UPLIT(AMX10 NTWK);
BIND T28_E2 = UPLIT(AMX10 NTWK);
BIND T28_ES = PLIT( T28_E1,
T28_E2);
BIND T29_E1 = UPLIT(AMX9 NTWK);
BIND T29_E2 = UPLIT(AMX9 NTWK);
BIND T29_ES = PLIT( T29_E1,
T29_E2);
BIND T30_E1 = UPLIT(AMX8 NTWK);
BIND T30_E2 = UPLIT(AMX8 NTWK);
BIND T30_ES = PLIT( T30_E1,
T30_E2);
BIND T31_E1 = UPLIT(AMX11 NTWK);
BIND T31_E2 = UPLIT(AMX10 NTWK);
BIND T31_E3 = UPLIT(AMX9 NTWK);
BIND T31_E4 = UPLIT(AMX9 AMX10 AMX11 NTWK);
BIND T31_E5 = UPLIT(SKIP10 AMX11 NTWK);
BIND T31_E6 = UPLIT(AMX10 NTWK);
BIND T31_E7 = UPLIT(AMX9 NTWK);
BIND T31_E8 = UPLIT(AMX9 AMX10 AMX11 NTWK);
BIND T31_ES = PLIT( T31_E1,
T31_E2,
T31_E3,
T31_E4,
T31_E5,
T31_E6,
T31_E7,
T31_E8);
BIND T32_E1 = UPLIT(SKIP10 AMX11 NTWK);
BIND T32_E2 = UPLIT(AMX10 NTWK);
BIND T32_E3 = UPLIT(AMX9 NTWK);
BIND T32_E4 = UPLIT(AMX8 NTWK);
BIND T32_E5 = UPLIT(AMX8 AMX9 AMX10 AMX11 NTWK);
BIND T32_ES = PLIT( T32_E1,
T32_E2,
T32_E3,
T32_E4,
T32_E5);
BIND T33_E1 = UPLIT(AMX11 NTWK);
BIND T33_E2 = UPLIT(AMX10 NTWK);
BIND T33_E3 = UPLIT(AMX9 NTWK);
BIND T33_E4 = UPLIT(AMX8 NTWK);
BIND T33_E5 = UPLIT(AMX6_7 NTWK);
BIND T33_E6 = UPLIT(AMX6_7 NTWK);
BIND T33_E7 = UPLIT(AMX4_5 NTWK);
BIND T33_E8 = UPLIT(AMX4_5 NTWK);
BIND T33_E9 = UPLIT(AMX2_3 NTWK);
BIND T33_E10 = UPLIT(AMX2_3 NTWK);
BIND T33_E11 = UPLIT(AMX0_1 NTWK);
BIND T33_E12 = UPLIT(AMX0_1 NTWK);
BIND T33_E13 = UPLIT(AMX NTWK);
BIND T33_ES = PLIT( T33_E1,
T33_E2,
T33_E3,
T33_E4,
T33_E5,
T33_E6,
T33_E7,
T33_E8,
T33_E9,
T33_E10,
T33_E11,
T33_E12,
T33_E13);
BIND T34_E1 = UPLIT(AMX6_7 AREAD NTWK);
BIND T34_E2 = UPLIT(AMX6_7 AREAD NTWK);
BIND T34_E3 = UPLIT(AMX4_5 AREAD NTWK);
BIND T34_E4 = UPLIT(AMX4_5 AREAD NTWK);
BIND T34_E5 = UPLIT(AMX2_3 AREAD NTWK);
BIND T34_E6 = UPLIT(AMX2_3 AREAD NTWK);
BIND T34_E7 = UPLIT(AMX0_1 AREAD NTWK);
BIND T34_E8 = UPLIT(AMX0_1 AREAD NTWK);
BIND T34_E9 = UPLIT(AREAD NTWK);
BIND T34_ES = PLIT( T34_E1,
T34_E2,
T34_E3,
T34_E4,
T34_E5,
T34_E6,
T34_E7,
T34_E8,
T34_E9);
BIND T35_E1 = UPLIT(AMX11 NTWK);
BIND T35_E2 = UPLIT(AMX10 NTWK);
BIND T35_E3 = UPLIT(AMX9 NTWK);
BIND T35_E4 = UPLIT(AMX8 NTWK);
BIND T35_E5 = UPLIT(AMX6_7 NTWK);
BIND T35_E6 = UPLIT(AMX6_7 NTWK);
BIND T35_E7 = UPLIT(AMX4_5 NTWK);
BIND T35_E8 = UPLIT(AMX4_5 NTWK);
BIND T35_E9 = UPLIT(AMX2_3 NTWK);
BIND T35_E10 = UPLIT(AMX2_3 NTWK);
BIND T35_E11 = UPLIT(AMX0_1 NTWK);
BIND T35_E12 = UPLIT(AMX0_1 NTWK);
BIND T35_E13 = UPLIT(PFBUF NTWK);
BIND T35_E14 = UPLIT(PFBUF STKADR CALLRTN NTWK);
BIND T35_ES = PLIT( T35_E1,
T35_E2,
T35_E3,
T35_E4,
T35_E5,
T35_E6,
T35_E7,
T35_E8,
T35_E9,
T35_E10,
T35_E11,
T35_E12,
T35_E13,
T35_E14);
BIND T36_E1 = UPLIT(AMX11 NTWK);
BIND T36_ES = PLIT( T36_E1);
BIND T37_E1 = UPLIT(AMX11 NTWK);
BIND T37_ES = PLIT( T37_E1);
BIND T38_E1 = UPLIT(RTN NTWK);
BIND T38_ES = PLIT( T38_E1);
BIND T39_E1 = UPLIT(SPEC10 NTWK);
BIND T39_E2 = UPLIT(SPEC10 NTWK);
BIND T39_ES = PLIT( T39_E1,
T39_E2);
BIND T40_E1 = UPLIT(PARNET NTWK);
BIND T40_E2 = UPLIT(PARNET NTWK);
BIND T40_ES = PLIT( T40_E1,
T40_E2);
GLOBAL BIND ES_TBL = UPLIT( T1_ES,
T2_ES,
T3_ES,
T4_ES,
T5_ES,
T6_ES,
T7_ES,
T8_ES,
T9_ES,
T10_ES,
T11_ES,
T12_ES,
T13_ES,
T14_ES,
T15_ES,
T16_ES,
T17_ES,
T18_ES,
T19_ES,
T20_ES,
T21_ES,
T22_ES,
T23_ES,
T24_ES,
T25_ES,
T26_ES,
T27_ES,
T28_ES,
T29_ES,
T30_ES,
T31_ES,
T32_ES,
T33_ES,
T34_ES,
T35_ES,
T36_ES,
T37_ES,
T38_ES,
T39_ES,
T40_ES);
GLOBAL BIND NES_TBL = UPLIT( 0,
T2_NES,
T3_NES,
T4_NES,
T5_NES,
T6_NES,
0,
0,
0,
T10_NES,
T11_NES,
0,
0,
0,
0,
T16_NES,
T17_NES,
0,
0,
T20_NES,
0,
T22_NES,
T23_NES,
0,
0,
0,
0,
0,
0,
0,
0,
0,
0,
0,
0,
0,
0,
0,
0,
0);
EXTERNAL ROUTINE
TST1,
TST2,
TST3,
TST4,
TST5,
TST6,
TST7,
TST8,
TST9,
TST10,
TST11,
TST12,
TST13,
TST14,
TST15,
TST16,
TST17,
TST18,
TST19,
TST20,
TST21,
TST22,
TST23,
TST24,
TST25,
TST26,
TST27,
TST28,
TST29,
TST30,
TST31,
TST32,
TST33,
TST34,
TST35,
TST36,
TST37,
TST38,
TST39,
TST40;
GLOBAL BIND TEST_DISP = PLIT( TST1,
TST2,
TST3,
TST4,
TST5,
TST6,
TST7,
TST8,
TST9,
TST10,
TST11,
TST12,
TST13,
TST14,
TST15,
TST16,
TST17,
TST18,
TST19,
TST20,
TST21,
TST22,
TST23,
TST24,
TST25,
TST26,
TST27,
TST28,
TST29,
TST30,
TST31,
TST32,
TST33,
TST34,
TST35,
TST36,
TST37,
TST38,
TST39,
TST40);
GLOBAL LITERAL MAXTEST = 40;
GLOBAL
TESTS_FAILED: BITVECTOR[MAXTEST];
GLOBAL
NET_FAULTS: BITVECTOR[MAXNETS];
END
ELUDOM