Merge pull request #1846 from nanochess/master

Removed non-bug of 2006/toledo2 and non-used files
This commit is contained in:
Landon Curt Noll authored and GitHub committed 2024-01-10 17:24:21 -08:00
commit 75a3f63655
235 files changed
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MISSING MISSING MISSING MISSING MISSING
Adams, Susan Edmunds, Susie Magee, Sharon
Andersen, Carol Elliot, Bonnie Mahan, Marcus
Anderson, Betty Jo Ellis, Robert Markussen, Einer
Anderson, Bill Evans, James Martin, Judy
Arnold, Lois Martin, Larry
Avila, Edward Fisher, Charles Martin, Phil
Ayers, Deanna Fleming, Billie Martin, Terri
Fleming, Bonnie Matthews, Allen
Baines, Sharon Flores, Grace McCabe, Ray
Bales, Bob Ford, Nancy McClain, Phyllis
Barden, Gary Franze, Brent McCusker, Marianne
Barnes, Bruce Frendandes, Marlyene McDonald, Jerry
Barnett, Lyn McKee, Greg
Barstow, Dennis Galman, Jean McKenna, Terry
Beck, Michael Garcia, Kathy VonDuring McKennon, Trudy
Bishop, Russell Garner, Joan Means, Kathie
Blodgett, Eleanor Gilles, Darlene Meyer, Ellen
Blount, Mike Giordano, Ben Middleton, Elaine
Boirun, Sharon Graham, Bill Miller, Janet
Bowyer, Dennis N. Greene, Albert Mills, Tom
Brandon, Pamela Greene, James Minich, Marilyn
Bretz, Timothy Grover, Doug Mirabal, Robert
Brinton, Linda Montavon, Vicky Garvey
Brooks, Maureen Haechner, Virginia Moormann, Mary
Bryan, Jerald Haley, Ted Mueller, Bob
Burdette, Melinda Hall, Larry
Burge, Ron Halloran, Lana Newton, Archie
Burnette, Suzanne Hankins, James Newtson, Lila
Hanson, Craig Nichols, Terry
Cable, William Hart, Donald
Callum, Susie Hiestand, Mike Oliver, Mike
Calvert, Keith Higgens, Jeanne Orlowski, Christine
Card, Ronald Hoffman, Dennis
Chase, Manetta Holman, Candy Pederson, Kelly
Chisholm, Neil Hoskins, Susan Perry, John
Christopher, Bob Huff, Roberta Pinkstaff, Bob
Cifarelli, Ed Huth, Greg
Cleare, Carol Hyman, Nancy Raines, Don
Coates, Jim Hynes, Tom Ramsey, Patty
Corey, Steve Reagan, John
Courson, Judy Johnson, Donna Reynolds, Frances
Creamer, Russell Johnson, Judith Robben, Sheila
Crook, Ken Johnson, Laura Robinson, Linda
Crothers, Brian Johnson, William Ross, John
Crowson, Connie Jones, Brenda McCollough Rowe, Ted
Cullum, Pat Jones, Cynthia Rowell, Wendy
Curran, Alberta Jones, Edith Rowland, Donna
Jones, Linda Rutledge, Randy
Dalton, Patty
Danis, Jeff Keating, Donald Sanders, Jim
Darrigan, Patty Kephart, Carol Sanders, Linda
Davis, Bob Kingston, Victoria Sanford, Sue
DeBaca, Daniel Kuebler, Cheryl Schaffer, Kathy
DeMey, Mike Schaub, Pam
Dias, Birdie Lang, Jim Schroeder, Bob
Dickerson, Norma Lewis, Peggy Doutre Schulte, Ann
Dobson, Ziona Locklear, Alan Schultz, Sandy
Drafts, Danny Logan, Linda Schumacher, Roxann
Duffy, Happy Loomis, Scott Scott, John
Duncan, Betty Lorentz, William Seward, Kathleen
Dunn, Jim Lowry, Byron Shand, Linda Anderson
MISSING MISSING MISSING MISSING MISSING
Sheckells, Charles Valdivia, Carmen
Silvey, Maxine Vanderliden, John
Simon, Bob Vaughan, James
Skelton, Susan Vaughn, Connie
Slavinski, Joanne Villa, Emma
Sloan, Linda
Smelser, Steve Wachsman, Camelia
Sonsag, Leona Walters, Frances
Sowells, Loraine Warman, Chadwick
Spears, Joyce Webber, Mike
Stevens, Barbara Webster, Dick
Stewart, Peggy Westerly, John
Stitt, James Whary, Penney
Stokes, Stephens Wheeler, Gary
Stuart, Jacquelyn Whiddon, Susan
Swayze, Ed White, Lawrence
Swinson, Sheryl Whiting, Bill
Wiener, Bruce
Tackwell, Harold Wilkason, Sharon
Taylor, Carolyn Williams, Janet
Taylor, Pattie Williams, Rae
Thomas, Linda Williams, Roy
Thomas, Stephanie Wilson, John
Thompson, Carol Wilson, Kent
Thompson, Sandra Wood, Larry
Tomkinson, Linda Woodruff, Craig
Topping, Patty Wyant, Gorden
Towner, Marilyn Wyman, Judy
Trabalka, Michael
T'Sas, Joyce Youngblood, Barbara
Ziarnick, Jacqueline

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@ 1,1 SAY 'PROFESSION'
@ 1,30 SAY 'EDUCATION'
@ 1,85 SAY 'EMPLOYERS'
@ 1,140 SAY 'OUTLOOK'
DO WHILE .NOT. EOF
@ 1,1 SAY NAME
@ 2,30 SAY EDUCATION
@ 2,85 SAY EMPLOYERS
@ 2,130 SAY OUTLOOK
*
*
*
ERASE
SKIP
ENDDO
th generally predicted 40hr, expec. otgeneral employer benefits Mechanic
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; FILE DUMP PROGRAM, READS AN INPUT FILE AND PRINTS IN HEX
;
; COPYRIGHT (C) 1975, 1976, 1977, 1978
; DIGITAL RESEARCH
; BOX 579, PACIFIC GROVE
; CALIFORNIA, 93950
;
ORG 100H
BDOS EQU 0005H ;DOS ENTRY POINT
CONS EQU 1 ;READ CONSOLE
TYPEF EQU 2 ;TYPE FUNCTION
PRINTF EQU 9 ;BUFFER PRINT ENTRY
BRKF EQU 11 ;BREAK KEY FUNCTION (TRUE IF CHAR READY)
OPENF EQU 15 ;FILE OPEN
READF EQU 20 ;READ FUNCTION
;
FCB EQU 5CH ;FILE CONTROL BLOCK ADDRESS
BUFF EQU 80H ;INPUT DISK BUFFER ADDRESS
;
; NON GRAPHIC CHARACTERS
CR EQU 0DH ;CARRIAGE RETURN
LF EQU 0AH ;LINE FEED
;
; FILE CONTROL BLOCK DEFINITIONS
FCBDN EQU FCB+0 ;DISK NAME
FCBFN EQU FCB+1 ;FILE NAME
FCBFT EQU FCB+9 ;DISK FILE TYPE (3 CHARACTERS)
FCBRL EQU FCB+12 ;FILE'S CURRENT REEL NUMBER
FCBRC EQU FCB+15 ;FILE'S RECORD COUNT (0 TO 128)
FCBCR EQU FCB+32 ;CURRENT (NEXT) RECORD NUMBER (0 TO 127)
FCBLN EQU FCB+33 ;FCB LENGTH
;
; SET UP STACK
LXI H,0
DAD SP
; ENTRY STACK POINTER IN HL FROM THE CCP
SHLD OLDSP
; SET SP TO LOCAL STACK AREA (RESTORED AT FINIS)
LXI SP,STKTOP
; READ AND PRINT SUCCESSIVE BUFFERS
CALL SETUP ;SET UP INPUT FILE
CPI 255 ;255 IF FILE NOT PRESENT
JNZ OPENOK ;SKIP IF OPEN IS OK
;
; FILE NOT THERE, GIVE ERROR MESSAGE AND RETURN
LXI D,OPNMSG
CALL ERR
JMP FINIS ;TO RETURN
;
OPENOK: ;OPEN OPERATION OK, SET BUFFER INDEX TO END
MVI A,80H
STA IBP ;SET BUFFER POINTER TO 80H
; HL CONTAINS NEXT ADDRESS TO PRINT
LXI H,0 ;START WITH 0000
;
GLOOP:
PUSH H ;SAVE LINE POSITION
CALL GNB
POP H ;RECALL LINE POSITION
JC FINIS ;CARRY SET BY GNB IF END FILE
MOV B,A
; PRINT HEX VALUES
; CHECK FOR LINE FOLD
MOV A,L
ANI 0FH ;CHECK LOW 4 BITS
JNZ NONUM
; PRINT LINE NUMBER
CALL CRLF
;
; CHECK FOR BREAK KEY
CALL BREAK
; ACCUM LSB = 1 IF CHARACTER READY
RRC ;INTO CARRY
JC FINIS ;DON'T PRINT ANY MORE
;
MOV A,H
CALL PHEX
MOV A,L
CALL PHEX
NONUM:
INX H ;TO NEXT LINE NUMBER
MVI A,' '
CALL PCHAR
MOV A,B
CALL PHEX
JMP GLOOP
;
FINIS:
; END OF DUMP, RETURN TO CCP
; (NOTE THAT A JMP TO 0000H REBOOTS)
CALL CRLF
LHLD OLDSP
SPHL
; STACK POINTER CONTAINS CCP'S STACK LOCATION
RET ;TO THE CCP
;
;
; SUBROUTINES
;
BREAK: ;CHECK BREAK KEY (ACTUALLY ANY KEY WILL DO)
PUSH H! PUSH D! PUSH B; ENVIRONMENT SAVED
MVI C,BRKF
CALL BDOS
POP B! POP D! POP H; ENVIRONMENT RESTORED
RET
;
PCHAR: ;PRINT A CHARACTER
PUSH H! PUSH D! PUSH B; SAVED
MVI C,TYPEF
MOV E,A
CALL BDOS
POP B! POP D! POP H; RESTORED
RET
;
CRLF:
MVI A,CR
CALL PCHAR
MVI A,LF
CALL PCHAR
RET
;
;
PNIB: ;PRINT NIBBLE IN REG A
ANI 0FH ;LOW 4 BITS
CPI 10
JNC P10
; LESS THAN OR EQUAL TO 9
ADI '0'
JMP PRN
;
; GREATER OR EQUAL TO 10
P10: ADI 'A' - 10
PRN: CALL PCHAR
RET
;
PHEX: ;PRINT HEX CHAR IN REG A
PUSH PSW
RRC
RRC
RRC
RRC
CALL PNIB ;PRINT NIBBLE
POP PSW
CALL PNIB
RET
;
ERR: ;PRINT ERROR MESSAGE
; D,E ADDRESSES MESSAGE ENDING WITH "$"
MVI C,PRINTF ;PRINT BUFFER FUNCTION
CALL BDOS
RET
;
;
GNB: ;GET NEXT BYTE
LDA IBP
CPI 80H
JNZ G0
; READ ANOTHER BUFFER
;
;
CALL DISKR
ORA A ;ZERO VALUE IF READ OK
JZ G0 ;FOR ANOTHER BYTE
; END OF DATA, RETURN WITH CARRY SET FOR EOF
STC
RET
;
G0: ;READ THE BYTE AT BUFF+REG A
MOV E,A ;LS BYTE OF BUFFER INDEX
MVI D,0 ;DOUBLE PRECISION INDEX TO DE
INR A ;INDEX=INDEX+1
STA IBP ;BACK TO MEMORY
; POINTER IS INCREMENTED
; SAVE THE CURRENT FILE ADDRESS
LXI H,BUFF
DAD D
; ABSOLUTE CHARACTER ADDRESS IS IN HL
MOV A,M
; BYTE IS IN THE ACCUMULATOR
ORA A ;RESET CARRY BIT
RET
;
SETUP: ;SET UP FILE
; OPEN THE FILE FOR INPUT
XRA A ;ZERO TO ACCUM
STA FCBCR ;CLEAR CURRENT RECORD
;
LXI D,FCB
MVI C,OPENF
CALL BDOS
; 255 IN ACCUM IF OPEN ERROR
RET
;
DISKR: ;READ DISK FILE RECORD
PUSH H! PUSH D! PUSH B
LXI D,FCB
MVI C,READF
CALL BDOS
POP B! POP D! POP H
RET
;
; FIXED MESSAGE AREA
SIGNON: DB 'FILE DUMP VERSION 1.4$'
OPNMSG: DB CR,LF,'NO INPUT FILE PRESENT ON DISK$'
; VARIABLE AREA
IBP: DS 2 ;INPUT BUFFER POINTER
OLDSP: DS 2 ;ENTRY SP VALUE FROM CCP
;
; STACK AREA
DS 64 ;RESERVE 32 LEVEL STACK
STKTOP:
;
END

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title KAYPRO CBIOS for CP/M 2.2
;###############################################################
;## KAYPRO CBIOS for CP/M 2.2 ##
;## Copyright (C) 1982 By Non-Linear Systems, Inc. ##
;## No warranty is made, expressed or implied. ##
;###############################################################
;## Last Update: july 7,1982 [001] ##
;## by jim nickerson
;## changes: ##
;## -allow redefinition of kpd in cbios ##
;## -change to allow test of serial on liststatus##
;## -default ul1: to tty on list ##
;###############################################################
.Z80 ; Z80 CPU
msize equ 64 ; system memory size in k
vers equ 22 ; CP/M version number
bias equ (msize-20)*1024 ; bias for systems larger than 20k
ccp equ 3400H+bias ; start of CCP
bdos equ ccp+806H ; start of BDOS (The resident portion of CP/M)
bios equ ccp+1600H ; start of Basic I/O Subsystem (BIOS)
cpml equ bios-ccp ; length of CP/M system in bytes (less BIOS)
nsects equ cpml/128 ; length of CP/M system in sectors (less BIOS)
trksec equ 40 ; sectors/track
bitport equ 1CH ; status/control bit maped port
iobyte equ 3 ; logical to physical map
rom equ 00000H ; base of rom
ram equ 0FC00H ; scratch ram
dmaadr equ ram+14H ; dma address
jp boot ; arrive here from cold start
jp wboot ; arrive here for warm start
jp const ; console status return in A FF=ready, 00=not
jp conin ; console char in
jp conout ; console char out
jp list ; listing char out
jp punch ; punch char out
jp reader ; reader char in
jp home ; move to track 0 on selected disk drive
jp seldsk ; select disk drive
jp settrk ; set track #
jp setsec ; set sector #
jp setdma ; set DMA address
jp read ; read selected sector
jp write ; write selected sector
jp listst ; list status (Ready to print a char)
jp sectran ; sector translate
ioconfig: defb 10000001B ; initial value for i/o byte (may be patched)
wrtsafe: defb 0 ; write safe flage 0=false
vtab: defb 11, 10, 8, 12 ; vector pad xlate table ^k ^j ^h ^l
defb '0', '1', '2', '3'
defb '4', '5', '6', '7'
defb '8', '9', '-', ','
defb 0DH, '.'
subttl Cold and Warm boot entry points
page
; Cold boot entry point, set up system pointers and pass control to the CCP
boot: call diskint
xor a ; clear system disk number
ld (4),a
ld a,(ioconfig) ; init value for i/o byte
ld (iobyte),a
call print
defb 1AH, 0DH, 0AH
defb 'KAYPRO II '
defb 0DH, 0AH
DEFB msize/10+'0', msize mod 10+'0'
defb 'k CP/M v '
defb vers/10+'0', '.', vers mod 10+'0'
defb 0DH, 0AH, 00H
goccp: ld a,0C3H ; set up CP/M jumps to bdos and wboot
ld hl,bios+3 ; wboot entry point
ld (0),a
ld (1),hl
ld hl,bdos ; entry point to bdos
ld (5),a
ld (6),hl
ld a,(4) ; last logical disk unit used
ld c,a ; pass to ccp to select
jp ccp ; pass control to ccp
; Warm boot entry point, re-load the CCP and BDOS
wboot: call diskint
call print
defb 0DH, 0AH, 'Warm Boot', 0DH, 0AH, 00H
wb0: ld sp,100H ; re-set stack
ld c,0 ; select drive A:
call seldsk
ld bc,0 ; set track
call settrk
ld hl,ccp ; first memory location to load
ld (dmaadr),hl
ld bc,nsects*256+1
wb1: push bc ; save sector count and current sector
call setsec ; select sector
call read
pop bc
or a
jr nz,wb0 ; oops, error on warm boot
ld hl,(dmaadr) ; update dma address for next sector
ld de,128 ; new dma address
add hl,de
ld (dmaadr),hl
dec b
jp z,goccp ; done loading
inc c ; bump sector count
ld a,trksec ; on to next track?
cp c
jp nz,wb1
ld c,16 ; first sector on next track
push bc ; save counters
ld c,1
call settrk ; set track
pop bc
jr wb1
subttl logical to physical devices CON:, PUN:, RDR:, and LST:
page
; logical devices are con: rdr: pun: and lst:
; physical devices are:
; crt: video and kbd
; tty: serial
; lpt: centronics
; ul1: serial with cts as busy
; pun: same as ul1
;
;con: tty, crt
;rdr: tty
;pun: tty, pun
;lst: tty, crt, lpt, ul1
const: ld a,(iobyte) ; get i/o byte
and 03H ; strip to con bits
ld hl,rom+33H ; serial status
jp z,callrom
ld hl,rom+2AH ; assume CRT
jp callrom
conin: in a,(bitport) ; turn disk off
bit 6,a
ld hl,rom+27H ; disk off routine
call z,callrom
ld a,(iobyte)
and 03H ; check i/o byte
ld hl,rom+36H ; serial input
jp z,callrom
ld hl,rom+2DH ; assume input from kbd
call callrom ; go get char
or a
ret p ; msb not set
; and 03H ; form table index to vtab
AND 01FH ;FORM TABLE INDEX TO VTAB
ld hl,vtab
ld c,a
ld b,0
add hl,bc
ld a,(hl) ; pick up xlated character
ret
conout: ld a,(iobyte) ; check i/o byte
and 03H
ld hl,rom+39H ; serial output
jp z,callrom
ld hl,rom+45H ; assume video
jp callrom
reader: ld hl, rom+36H ; serial input
jp callrom
;punch: ld a,(iobyte) ; check i/o byte
; and 30H
; ld hl,rom+39H ; serial punch
; jp z,callrom
; ld hl, rom+42H ; serial with cts as busy
; jp callrom
punch:
ld hl,rom+39h ;serial punch
jp callrom
;
list: ld a,(iobyte)
and 0C0H ; check i/o byte
ld hl,rom+39H ; serial
jp z,callrom
ld hl,rom+3FH ; centronics
cp 80H
jp z,callrom
ld hl,rom+45H ; video
cp 40H
jp z,callrom
; ld hl, rom+42H ; assume serial with cts as busy
ld hl, rom+39h ;ul1: default to serial
jp callrom
listst: ld a,(iobyte) ; check i/o byte
and 0C0H
ld hl,rom+42H ; serial
jp z,callrom
ld hl,rom+3CH ; centronics
cp 80H
jp z,callrom
xor a ; 0=ready
ret
subttl Disk I/O and ROM dispatch
page
diskint:ld hl,rom+03H ; re-set disk software sub-system
jr callrom
home: ld hl,rom+0CH ; home disk drive rom routine
jr callrom
seldsk: ld hl,rom+0FH ; select disk drive
jr callrom
settrk: ld hl,rom+12H ; seek track
jr callrom
setsec: ld hl,rom+15H ; set sector number
jr callrom
setdma: ld hl,rom+18H ; set dma address
jr callrom
read: ld hl,rom+1BH ; read a logical sector
jr callrom
write: ld hl,rom+1EH ; write a logical sector
ld a,(wrtsafe) ; write safe flag
or a ; true or false
jr z,callrom ; normal operation
ld c,1 ; directory write code (forces write op)
jr callrom
sectran:ld hl,rom+21H ; xlate logical to physical sector
jr callrom
callrom:exx ; save cp/m arguments
in a,(bitport) ; turn rom on
set 7,a
out (bitport),a
ld (savsp),sp ; save current stack (may be under rom)
ld sp,stack ; set a local stack
ld de,biosret ; rom to "RET" here
push de
exx ; restore cp/m arguments and call loc
jp (hl) ; to rom routine specified in hl
biosret:ex af,af' ; save reg A
ld sp,(savsp) ; restore stack
in a,(bitport) ; off the rom
res 7,a
out (bitport),a
ex af,af' ; restore reg A
ret ; done with rom routine
print:
ex (sp),hl ; pop return address, points to text to print
ld a,(hl) ; get a byte of text, stop on zero byte
inc hl
ex (sp),hl ; save new return address
or a ; is it a zero byte?
ret z
ld c,a ; no, so print it
call conout
jr print
savsp: defs 2 ; current spact pointer during rom call
stack equ bios+512 ; a local stack
end

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FROM: Robert N. Barry 30 May 1986
SUBJECT: WEEKLY ACTIVITY REPORT (27 - 30 May 1986)
TO: ENMD/Steve Chase
1®  TSF-IFDAPS:
1.±  É  aí preparinç á datá baså oæ thå TSF-IFDAPÓ  documentó  tï �
control my review of those documents.
2. IFAST I&M Developement
2.1 MSIP Adaptation Task:
2.1.± É havå prepareä mù evaluatioî oæ thå SETÁ performance®  É �
trieä tï givå theí crediô foò gettinç thå tasë IOÃ donå oî  time¬ �
buô flaggeä thå areaó theù neeä tï correct®  Theù treaô planninç �
aó   somethinç   onlù  donå  insidå  aî  individual'ó  heaä   anä �
documentatioî aó somethinç thå AÆ requires®  É wilì turî iô intï �
ENMÄ oî ² Junå 1986.
2.1.²  (REPEAT©  É aí pressinç VERAÃ tï producå  thå  equipmenô �
lisô ASAP.
2.² Oî CSÃ Tasks:
Thå  CSÃ plant-in-place-recordó tasë waó extendeä tï finisè thå �
missinç drawingó anä tï supporô ENVS(Rallis© untiì theù caî cuô á �
task directive.
2.3 Transition and Turnover:
2.3.± (REPEAT© Mr®  Reaveò haó askeä thå QÁ personnel¬ ENRMQ¬ tï �
definå thå remaininç itemó undeò thå Timå Shareä Computeò Compleø �
Transitioî  anä  Turnoveò Plan®  Thå remaininç  itemó  areº  O&Í �
Procedures¬  PIPRó  Datá  Communications¬  anä Finaì  Revie÷  anä �
Inspection.
2.3.²  (REPEAT©  É  havå requesteä Mr®  Reaveò (aó  onå  oæ  hió �
remaininç  ENMÄ  tasks©  tï  completå thå  finaì  transitioî  anä �
turnoveò  plaî froí ENMÄ tï ENVÓ - ASAP®  VERAÃ ió verù latå  iî �
providinç  thå MSIÐ Adaptatioî Tasë equipmenô lisô  requireä  foò �
thå Finaì T&Ô Plan.
2.3.³  É  aí  helpinç Capô Rallió resolvå questionó  aó  tï  thå �
configuration rationale and inventory of the ADPE.
2.´  É  aí preparinç á drafô oæ thå performancå evaluatioî  foò �
Toí Chovaî anä Mikå Reaver® Requireä bù µ Junå 1986.
2.¶  (REPEAT©  É  havå  tï revie÷ thå  ne÷  versioî  oæ  thå  Bµ �
specificatioî foò thå Simulatioî Models® Duå withiî 1µ days.
␍Š
1
Barry's 30 May 1986 WAR (con.)
Coming Week and Future Work:
1. On-going tasks at TSF:
1.± Revie÷ TSF-IFDAPÓ specificatioî documentó provideä bù Stevå �
Chase.
1.²  Meeô witè Capô Keusseyaî anä establisè á  learninç  procesó �
with him.
1.3 Prepare for TDY to Lompoc on 2 June, Status Review.
2®  É  wilì  attempô  tï takå á numbeò  oæ  traininç  classes® �
Becauså  oæ thå lacë oæ manpoweò iî thå IFASÔ I&Í Development¬  É �
haä tï misó traininç opportunitieó oveò thå lasô siø years.
3®  Supportinç IFASÔ oî á aó needeä basis¬ limiteä tï onlù itemó �
requireä  tï  smootè thå transitioî anä  turnover®  Thió  cominç �
weeë  wilì  bå á significanô loaä becauså oæ thå  contractoò  anä �
Reaver'ó  anä Chovan'ó evaluationó required®  É wilì bå askeä bù �
ENVÓ tï helð understanä thå currenô ADPÅ configuration.
4®  Leavå Planneä - A/Ì oæ á littlå oveò ³ weeks¬  1¶ dayó froí �
thå  1¶ Junå 198¶ througè ¸ Julù 1986®  É wilì bacë ¹ Julù  1986® �
Summeò  Vacatioî trið tï thå Canadiaî World'ó Fair®  É  neeä  tï �
know who wants me to call in and answer questions.
2

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-----------------------------------------
| | | | |
| UP | DOWN | LEFT | RIGHT |
| REPLACE | SECT | APPEND | SPECINS |
| | | | |
-----------------------------------------
-----------------------------------------
| | | | |
| PAGE | FNDNXT | DEL W | GOLD |
| COMMAND | FIND | UND W | |
| | | | |
-----------------------------------------
| | | | |
| ADVANCE | BACKUP | DEL C | DEL L |
| BOTTOM | TOP | UND C | UND L |
| | | | |
-----------------------------------------
| | | | |
| WORD | EOL | CUT | |
| CHNGCASE| DEL EOL | PASTE | |
| | | | ENTER |
------------------------------- SUBS |
| | | |
| LINE | SELECT | |
| OPEN LINE | RESET | |
| | | |
-----------------------------------------

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.cw12
.hå (Thió texô ió á printouô oæ thå filå nameä PRINT.TST)
.fï WordStaò Overvie÷ Pagå #
Welcome_to_WordStar*
WordStar‚  ió  á powerfuì worä processinç systeí designeä tï  meeô �
texô preparatioî requirementó foò alì leveló oæ usersº
* professional writers
* programmers
* text editors
* office administrators
* clerical staff
* students
SPECIAL PRINTING CAPABILITIES INCLUDE:
* Boldface¬  Doublå  Strike¬  Underline“ 
* Strikeout¬ Overprint (co^te)
* SUPERScript
* SUBScript
* and any combination -- WordStar
On-screen printer-image text formatting commands include
Automatic-Centering‚
whicè  allowó texô tï bå automaticallù centereä oî á linå witè  á �
two-strokå  command® 
Margiî settingó caî bå changed¬ anä �
                              thå   reformatteä   texô  wilì   bå �
                              displayeä oî command®
                              
                              Selectivå    margination‚    permitó �
                              "cutting¢ arounä aî illustration®
Á  widå rangå oæ letteò qualitù anä drafô printeró arå  supporteä �
(includinç Diablo¬  NEC¬  Qume¬  Epsoî anä  Olivetti)®  WordStar�
fullù utilizeó bidirectionaì printinç capability®
Somå  printeró  wilì  supporô  WordStar„  commandó  whicè  specifù �
variablå linå heighô anä variablå anä alternatå characteò pitch.
(The examples below will not be demonstrated by all printers.)
.CW19
This is an example of variable pitch. (.CW 19)
.CW15
This is an example of variable pitch. (.CW 15)
.CW12
This is an example of variable pitch. (.CW 12)
.CW11
This is an example of variable pitch. (.CW 11)
.CW10
This is an example of variable pitch. (.CW 10)
.cw12
* WordStar„  ió  á registereä trademarë oæ MicroPrï  Internationaì �
  Corporation.␍Š.LH 20
This is an example of variable line height. (.LH 20)
.LH 18
This is an example of variable line height. (.LH 18)
.LH 16
This is an example of variable line height. (.LH 16)
.LH 14
This is an example of variable line height. (.LH 14)
.LH 12
This is an example of variable line height. (.LH 12)
.LH 10
This is an example of variable line height. (.LH 10)
.LH 8
This is an example of variable line height. (.LH 8)
.LH 6
This is an example of variable line height. (.LH 6)
.LH 8
Daisù  wheeì  printeró  caî alsï bå seô tï "toggle¢  betweeî  thå �
standard 10-pitch and alternate 12-pitch printing:
This sentence is printed with the normal 10-pitch setting,
then toggled to 12-pitch, then back to normal.
Tï  seå  thå embeddeä commandó whicè produceä thió  text¬  follo÷ �
thió procedure:
- Iî responså tï thå basiã prompô froí youò system¬ enter
        wó <RETURN>
- Wheî  thå  Openinç Menõ appearó oî  youò  screen¬  typå  D‚ �
       (ord©  tï  ediô á document®  Then¬  iî responså  tï  thå �
       requesô foò filå name¬ type
 print.tst <RETURN>
Thå  firsô  thinç yoõ wilì noticå ió thaô thå texô oî thå  screeî �
includeó somå characteró whicè dï noô appeaò oî thå printeä copy® �
Foò example:
ï thå headinç linå ió identifieä bù á doô command¬ .hå
o words in boldface are marked by "^B"
Tï  continuå  viewinç PRINT.TSÔ oî youò screen¬  trù eacè oæ  thå �
followinç commandó tï scrolì througè thå file:
CTRÌ Ã tï vie÷ thå NEXÔ fulì seô oæ lines
CTRÌ Ò tï vie÷ thå PRECEDINÇ fulì seô oæ lines
NOTEº Holä dowî thå CTRÌ keù whilå yoõ presó thå nexô key.
Wå  thinë yoõ wilì finä WordStaò aî easy-to-use¬  essentiaì  tooì �
foò alì youò texô processinç needs®

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VT52 is a VT52 terminal emulator written for Kaypro II and IV (non-
graphic versions). It contains the following features:
1) Interrupt driven
2) 256 byte receive buffer
3) automatic flow control
4) direct to video emulation of VT52
5) Supports application keypad
6) Baud rate programming
7) Break and null generation
8) Additional escape sequences to support EMACS
Because of 1 through 3, VT52 is able to run at high baud rates (I've
used 1 it at 4800) without losing characters. This is true even on non-sped
up Kaypros.
Because of 4, VT52 does a much better job of emulating a VT52 than
other programs that only translate VT52 escape sequences into Kaypro escape
sequences (for example reverse line feed on VT52).
Keypad application mode is selectable via the normal VT52 escape
sequences received from a host computer. The keypad on the Kaypro does not
have all the keys necessary to map into the VT52 keypad, so I had to choose
which keys to map where (see KAYPRO.KEY). The only key that is lost is PF2
(normally the help key) and this can be mapped to a control key when in an
editor such as VAX's EDT.
All features such as baud rate selection, break generation are invoked
in terminal mode of VT52 by typing ^\ followed by the appropriate key. For
a list of the commands, type ^\ ? in terminal mode.
The escape sequences that VT52 has in addition to the normal VT52
escape sequences were chosen to allow a much faster screen edit using EMACS.
The escape sequences are:
ESC @ 1 - Insert space at cursor (cursor stays)
ESC @ 2 - Delete character at cursor
ESC @ 3 - Insert line at cursor line
ESC @ 4 - Delete line at cursor line
There are some area's that still could be improved in VT52. Since
source is included, I invite anyone to do so. At present, VT52 does not do
auto wrap. It acts like a VT52 with auto wrap off (cursor stays in last
column). This presents no problem when communicating with VAX/VMS. The VAX
can be set to do the wrapping for the terminal. Also, VT52 printer escape
sequences are not emulated. That might be a nice feature (but I can't use
it so I didn't bother).
VT52 is written in Z80 code. This was necessary to support the mode 2
interrupts used for high speed. Block move instructions are also used in
the video code. To assemble, I used Z80MR, a public domain Z80 macro
assembler (available for Micro-Cornucopia, P.O. Box 223, Bend, Oregon
97709). To re-assemble, type Z80MR VT52.AAA (similar to ASM). The other
source files are INCLUDED by VT52.AZM.
If anyone has problems, suggestions, questions, etc. send them to:
Ray Rizzuto
43 Sandra Road
Voorhees, N.J. 08043
Compuserve ID 72765,700

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