E.T.O.: Essentials-Tools-Objects 030-1991-A E.T.O. About E.T.O.: Essentials • Tools • Objects (#22-DECEMBER, 1996) CONTENTS Contents ............................................................................................................................................................................. i About E.T.O ..................................................................................................................................................................... 1 New Software Releases ................................................................................................................................................... 2 MPW ....................................................................................................................................................................... 2 MPW Pre-release .................................................................................................................................................. 2 Interfaces and Libraries ........................................................................................................................................ 2 Interfaces and Libraries Pre-release ................................................................................................................... 2 MrC/MrCpp 3.0 Pre-release ............................................................................................................................... 3 MrC /MrCpp - Plugin Version for Code Warrior ........................................................................................... 3 Direct-to-SOMobjects Software ........................................................................................................................... 3 Power Mac Debugger 2. lal ................................................................................................................................. 3 OpenDoc Development Framework Release 2 ................................................................................................ 3 MacApp 3.3.3 ......................................................................................................................................................... 4 MacApp Release 12 ............................................................................................................................................... 4 ResEdit 3.0d3 ......................................................................................................................................................... 4 MrPlus l.Od4 ......................................................................................................................................................... .4 Instrumentation SDK 1.0 Pre-release ............................................................................................................... .4 Mac OS Runtime For Java ..................................................................................…

(— robrrae af de 2-RPY AW ea [rev|zone] ecow REVISION APeD NOTE: uniiss onHeRWISE SPECIFIED 37 [RAZ slap 2 2 E AS =a) A] _|BOed_INITIAL RELEASE a NY 31 BAS 4 & $ Teo) B |3cajpi2 | SHT1-UI3C WAS MAND GATE. 1. ALL CAPACITORS ARE IN uF. 38 PA t 4D 2 Sa a ATL {3=4E) 3D ADDED Hi TO PINI! UNIC,UIIB, 2. FOR 512K MEMORY, ALL RAM ARE USED. HES 2 Ss 5 AGL =He ‘cD BS pC aLIC UIC SCL) USE BILL OF MATERIAL 620-Cli2. W270 Is 3 3 AGL GRC 2a SHT2-DOB-DOIS WAS DB-DIS |, 44h 0 aD. 8d 9. erp) GA ADDED C16,C29,C614C73 Ie bE __¢ | $373 RPS ©.1%32 UPPER AND LOWER BYTE | 7/z/#{ D . "OCH 330 WAS 0.1% 36. ADDED HI TO 3. FOn 256K MEMORY, ONLY RAM IN ROWS B ANDC : 2cal PIN II UIZE,UIZE. a ARE USED. USE BILL OF MATERIAL 620-0156. Rp2 2D SHT3-DO8-DOIS WAS DB-DIS | mx RAY {pene 2 Fi werent A3U Sap) ec 64K RAM DETAIL AS WAS AS, 34 Ra yD tS way AGU 0 =a) A2 WAS AY, Al WAS A3, A3_WAS. 35 RA 7 & Sis. A2U G—aD) A2, AU WAS AI ¢ AS WAS AG. 33 [has EJ 2 7 8 ASU = — (3=ub) 2c SHT4— 64K RAM DETAIL WAS Ed ) a) he 33a 8 7 ASL Gop SAME AS SHEET 3. g 15. 5] GI A2 <CrT) 7p 7QHe 3 CY AY (us ale 19 TT 2 1 ASL Gap $373 RPS in 33a, +8V 10 RPI ? _— | ane uo 3 LeDSL My tas ~—HEDSL @=TE) | ' ulsc 2 uige aff! P ura ® ——!24 c. 5 LS375 c | Sec REFEREE 46 4de ap*-ne ; cor Le Re RPS ‘ + . . +5V BAS GT) . rh BD 8 5S =a isg2_/0 (2—4B) —p al BOSL rr vias, vo fat — . H2E\ 3 2] UIDE )pl2 Shalt TS 8 r= nase op 2 =D, ED AIS 3 AZO. 2 7 __ WHat UIZE)S. 5 2 CAS | r= ap USO NC uu : “SHR 2 5 = , 1208. lulgD 2 to cas 2 5, 9 ——= SPARES a AZ Tras Ta{uigo 8 UT wnfié SS —aR y2 [Als 4, {i Sid RPE +5V at in RPI 1 — 6 i i 2 {22> 2 s 10>! yy 13 RASG 3 E _ 131 Sue S=ue) 7 6 eit RAS I g uf 9)» SE = UliD \8 8] 9 RAS 2 1o| ‘Sa sus A Be, Ay eee [Sc |__ SS RE Ream ra ! AWA UND 3. 2 15, RAS3 ag eet coma SCHEMATIC, 2] 808 =A) pa Vel 741 MEMORY BOARD Cb mH] ROS. LISA Pitch | NONE |b | 050-40I0-8 i w \ LV) 4 2 1 us RPI t2 UI3C 5 UI3D Qi UI2ZA LS375 UISA t $i32. uiea\! Sez 1 MDS. 43. 12. ko Wy Le ks KS fo jm bn po 1g 14 jr ro) Vomrmnor i 12 13 LS28g JLS373 =9) my Ri 33nt5% o od K_ CLR G UI5A $3 LBD LL [MD I2 1MO13. {MD IS. ul eee ee eee ee ee MREAD. es exe, i 0. +SFLTO SHY LOWER BYTE x32 UI2ZA Ls375 Q en TOSH y we > UIZA ' 53 Sy,TOSH1 AND 2 shou x 23 uUl2D 4 UleE 1. 15 1y 16 17. 19 12 13 ~ 3° Toanm>oo9 ale Nilo LS28¢ LS373 IAM WlLayd 9, ta 1We__J [rev]zone| eco. | q REVISION ‘. LOWER BYTE > UPPER BYTE T T SEE SHEET 1 = i (© | METRIC PiU _G=aa) 00S Re 33ntS% POU 3=35) LRA =I) a YAU a NBS SCHEMATIC, MEMORY BOARD huts |% vee [gf — , FITCH NONE D| _050-4010-8 LISA . 2 1 cr NOTE: UNLESS OTHERWISE SPECIFIED Ags 00 RAN U2B RAM 5B RAN u7B RAM u6B RAM usB AY UIC CAS I (2A) RAS | u2c RAM u3c uUuc RAM usc u6C RAM u7c RAM usc usc CAS 2. PAS 2. RAM U2D RAM U30 RAM U4D RAM U6). u70 RAM usd usD 12. ut 19 13 15 RAM U2E RAM U3E RAM UGE RAM USE RAM U6E RAM U7E RAM U8E USE nc—linc enoH8—peno —Z2pi_ Cas — pA “00 —RAS - a6 —Slao - a3 …

United States Patent 9 Pranger et al. INNO ENON US005428369A. [11] Patent Number: 5,428,369 [45] Date of Patent: Jun, 27, 1995 [54] COMPUTER POINTING DEVICE [75] Inventors: Maarten R. Pranger, Morgan Hill, Cristian A. Fraenkel, San Mateo; Richard Pekelney, San Francisco; David C. Shafer, Menlo Park, all of Calif. [73] Assignee: Kensington Microware Limited, San Mateo, Calif. [21] Appl. No.: 255,320 [22] Fiied: Jun. 7, 1994 (51] Int. CLS G09G 5/08 (52] U.S. CL. 345/166; 345/163; 345/167 [58] Field of Search ..........-s::sssssscsssessscees 345/163-167, 345/172, 156-158, 161, 162 [56] References Cited U.S. PATENT DOCUMENTS 5,119,077 6/1992 Giorgio Primary Examiner—Jefiery Brier 345/163 Attorney, Agent, or Firm—Townsend and Townsend Khourie and Crew [57] ABSTRACT The present invention provides for an improved com- puter pointing device such as a trackball or mouse, for example. The improved computer pointing device al- lows a user to set a communications protocol for use with a particular computer system by using a user- friendly configuration program designed for operation on a different platform and by using a different commu- nications protocol. Additionally, the computer pointing device includes an LED encoder illumination control system to provide varying levels of LED intensities. During normal operation, an LED operates at a particu- lar intensity level. The intensity level is controllable in discrete steps: LED power is off for power up, LED power is reduced for testing to test for unacceptable signal levels, and LED power may be increased beyond normal levels to counteract diminution of light intensity as the LED ages. 12 Claims, 3 Drawing Sheets 04 ! 48 Se “~ H I 1 H 108 | H 100 I H 106 102 I C-e 1 L 122 I 1 150 I 1 152 134 154 120 ! 42 | 130 wt al Mad | COMPUTER SYSTEM iia PORT wi—p CONTROLLER I 1 1 ! if 32 { | law tl I 1 MEMORY I J t { 1 U.S. Patent June 27, 1995 Sheet 1 of 3 5,428,369 a 22 20 — U Oad 12 OU 18 LAS mM rico re FIG_1 Sheet 2 of 3 5,428,369 June 27, 1995 U.S. Patent Z Ola ra os Aiowew a6e10}S Alowe-w JOyeJajN00 JOA ypolqo - | weibold 7 A abew| (Ag eBew| vy | soludeig 4 so1ydesD gy Ae\dsiq Jew, JOWUOW solydeisy JAG J pueoqhey og JeAud asnow re | 2a6eJo}S 810 ze | Wvd o€ (nd9) yun Burssesold jequeg Sheet 3 of 3 5,428,369 June 27, 1995 U.S. Patent AXOWAW ! I ! I 1 i | } t I I i OSL ooF I | } | I I I I I I ! oY oct iv vel och zl “xP l I 1 I | I I i 1 I | at et peer sine net ed NO GO SE RE SNE ey SY Se a ee SUSE SSL ED SO Sa MD GD ESR SOU SEND SR eet Se HN GN eT Me SA SE YATIOULNOD => LuOd <4-+- > WALSAS YALAdWOD iw) (a) 5,428,369 1 COMPUTER POINTING DEVICE BACKGROUND OF THE INVENTION The present invention relates generally to computer pointing devices, and more specifically, to computer pointing devices that are capable of communicating using several different types of protocols or to those that use light-emitting diodes to generate positional info…

United States Patent 115 Ashkin et al. {11] Patent Number: 4,910,655 [45] Date of Patent: Mar. 20, 1990 [54] (75] (73] [21] (22] (51) [52] [58] [56] APPARATUS FOR TRANSFERRING SIGNALS AND DATA UNDER THE CONTROL OF A HOST COMPUTER Inventors: Peter B. Ashkin, Los Gatos; Michael Clark, Glendale, both of Calif. Assignee: Apple Computer, Inc., Cupertino, Calif. Appl. No.: 765,396 Filed: Ang. 14, 1985 Int. CL.*+ GO6F 13/42; GO6F 13/14 WS. CD. eeeccctesestsesserseeneeseeenes 364/200; 364/222.2; 364/242. 64/260.1; 364/261.2; 364/284.3; 371/57.2; 340/825.07; 340/825.52 Field of Search ... 364/200 MS File, 900 MS File, 364/514; 371/22, 57; 340/825.50, 825.52, 825.51, 825.53, 825.07, 825.06; 370/85, 94; 375/55 References Cited U.S. PATENT DOCUMENTS 3,221,307 11/1965 Manning . 364/200 360/40 . 364/200 370/67 - 364/200 375/55 3,646,534 2/1972 Miller 3,715,725 2/1973 Kievit . 3,787,627 1/1974 Abramson et 3,836,888 9/1974 Boenke et al. .. 3,863,025 1/1975 Gonsewski et al. 3,979,723 9/1976 Hughes et al. . 4,063,220 12/1977 Metcalfe et al. 340/825.5 4,071,908 1/1978 Brophy et al. . 364/900 4,345,250 8/1982 Jacobsthal 371/57 4,360,870 11/1982 McVey 4,373,181 2/1983 Chisholm . 364/900 - 340/825.52 - 364/200 - 340/825.08 4,628,478 12/1986 Henderson, Jr. ...... 4,638,313 1/1987 Sherwood, Jr. et al. 4,660,141 4/1987 4,667,193 5/1987 4,675,813 6/1987 364/200 4,677,613 6/1987 . 370/85 4,701,878 10/1987 Gunket et al. . 364/900 4,710,893 12/1987 McCutchean et al. 364/900 4,716,410 12/1987 Nozaki .... 340/825.52 4,760,553 7/1988 Buckley et al 4,773,005 9/1988 Sullivan .. 4,775,931 10/1988 Dickie et al. FOREIGN PATENT DOCUMENTS 0051425 8/1982 European Pat. Off. . 0104545 4/1984 European Pat. Off. . 59-52331 3/1984 Japan . 1508854 4/1978 United Kingdom . 1518565 7/1978 United Kingdom . 2035636 6/1980 United Kingdom . 2070826 5/1984 United Kingdom . OTHER PUBLICATIONS Hill et al, “Dynamic Device Address Assignment Mechanism”, IBM Technical Disclosure Bulletin, vol. 23, No. 8, Jan. 1981, pp. 3564-3565. Primary Examiner—Thomas C. Lee Attorney, Agent, or Firm—Blakely, Sokoloff, Taylor & Zafman [57] ABSTRACT A communications medium for transmitting data be- tween a plurality of peripheral devices and a host com- puter. Only one device may talk on the bus at a time and only in response to a command from the host. When a peripheral device needs to be serviced, it sends out a 4,442,502 4/1984 Friend et al. 364/900 4,498,169 2/1985 Rozmus .... 340/825.5 service request signal by holding the bus low after any 4,562,535 12/1985 Vincent et al . 364/200 command signal. The device continues to request ser- 4,568,930 2/1986 Livingston et al. 340/825.52 vice until it receives a talk command from the host 4,570,220 2/1986 Tetrick et al. . 364/200 computer. When more than one device are the same 5ge.063 ¥ 1986 Shah et al. 364/200 type (for example, two mice) are coupled to the bus, the Weer eio8e pang ot a i 330/875 08 host computer assigns new addresses to the d…

3 4 ;;;1 ;;;1;;; +~+3++++c.!>c.!>c.!>c.!>1 ~ JI FLOPPY DISK /KYBO D 6 > D > D D D ;;; u > > inroinc:: ____ D zzzz_z~in I. RESISTANCE VALUES ARE IN OHMS. l/4W ±53. 2. CAPACITOR VALUES ARE IN MICROFARAOS. 61 :t & l!l U> - ill lO + 0000 ($) m 1 REV. ZONE ECO# r; NOTE: UNLESS OTHERWISE SPECIFIED 2 (S) - N rt) c.!> l!:> ID l!) J: :r: :I: :::c r.fJ a:: a: 0 a:: If) oz a: 3 3: I tn 0 0 0 Cl 0.. 0.. 0.. 0.. >O C\J z - c.!) +a 19 C\J ID 0::: co 0 C\J + a I"') l!l ~ IS) --' C\J U ro')O 0:: :I: ::I: I I a. 0.. ll.. Q.. 3 I~ I~ <( 0 0:: $ C\I 0 ll) ~ § & ,..., - 15 re :t > !Sl C\J 0 a 0 c.D ::t N \.!) 0 - I~ 10K CIRCUIT SIDE +5V DGND JS J6 SLOT SLOT 2 56 55 +5VSTDBY Dl55 50 READ +SV DGNO 51 SP~ LOS AS i5TACK +12V. "VAA Al2 Al© A8 \iMA All 41•--A9 A7 A5 40 A6 A3 A4 A2 B +5V OGND 31 i----'--'A'--\ BD0 30 BD2 BD4 BD6 BD8 8010 21 20 RSTSW 0 0 (/) (/) (/) SPKR ~I s1& z _l\J rt) I.!> > lO + VAA \/MA Al2 Li I 11---'A'--'-'l~I Al0 A9 -----140 A12 Al0 A7 AS A3 A6 A4 A2 30 21 20 000 803 802 BOS 807 809 804 806 808 BOii 8010 80!3 8012 A9 A7 AS A3 Al 31t----- BDI 30 21 20 BG6N TtITi -12v 2 BR -~ - x:: 0 (!) 0 u + u s rt) l(I ,._ OI = I"') Ill 0 > C\J a z + oo Ill 0CD 0CD 0ID al al 0 CD CD ~• ~"':""'-,;?_~ . ·~ ,_:., ::~~~...~~,,•.;-,.,a,.._~o-, -~ -- ---... i\i ',. .. II --1 oil =I~, .n a' > > N ~ IJ> cc ID cO ~ l!I> lSllla:: 10:: 1~ a Zif><{ <(<t-<(U<((\JWL&J Z l.O ~ ~1 ~-1 §;i ~1 ~ 0 t!) t l';:), _,;--.~~ $ l\J (S) - C\J c; a:: z (!) LI Lt.4 :c :I: a. a. I~ l~ :r: I~ I~[ z t'\J & rt) J9 I/O Cl C/) 0 (,!) 0 ::iE' W $ N :t ~l~t K ~ :x:: u sN ISi N :t z CO I l.O ,.._ C1I LOMA srt) C14 1AK2 C6 2 -·rt) C\J & I.Cl ::t z a 3 :t -N:tm Cl ,.._ a: :t (\I N :I: IS) CJ) .:t 0 (/) (,!) Ill tf) 4 Jl4 MOUSE Q.. ~ g! (/) - rt) <( <( <( <{ co + LL.I 0 t- z I.!> + 0 ~ -- l! ...; -- ~ 0 < ,.._ Ol LLI - a::: <( <( ~ I~ ~ I~ I~ 0 z(!) ~ > 0 -+ 0 B u a:: 1- x o: 1- a ~ ~ & $ - ~ UJ0t.Oc.!:> _I I CD aJ ID CD ID al CD Cll _ID_ C\J ~t- <( ~ZOl!l::tr<>N-~ I"') tf) -1<( al <( <( <( <( <( UJ >~O:::uOo(J)OZ ~ooaoooooZ(J)u::E:E::E~7 00:::~1-~a: NN I/) :c a: a: a: Ci 0 iii iii t- r.fJ x u a: ~ uo 0 Cl-6 ~.¢01 C8-9 ) CAPS 5l ~ ~ C\J I() co ,.._ -- :!: <.D 1') rII l--1-a:a::~~ .... ~1 ,., ::r - s C1l "' - a: uo a ,.._ l!l C\J - - N a:> ,.._ U> t.O ::t ~1(1'1 + a:: a: xa Cl ..... a: a: -U I I :t NN - "" ~ 0 0 Cl I/) .... xo t-x x ..... $ <:O a. a: t- t =l~ N ~i u a::. I~ x a: b w t.O ID,.._ JIS RS232A UJ 0 vx _z i- Xxxxa:o .. :r V)b + .g-.• I '· C/) er: 0 ox I/) .... C/) u I0: l I uao~1 l.O Ol a.. - ,. en co - u cc i'.= ~b I~ I- x -=-=- ccmputar inc. NOTICE OF PROPklETARY PROPERTY xx. -1111'\.Ctl"(."\l)A!l'CU.S ~~ l.\\\l'\.I. I- S/'f/ fi!. ! I .ppkl MEfRIC Dt!loiL'SIO"i .t.aE…

ColorBoard 264 (Cheapskate) Specification July 28, 1988 Primary Design Goal Replacement for ColorBoard 64 and 64N, with features to support Apple's Full Color QuickDraw, and optional NTSC output via a daughterboard. Once 264 production starts, 64 and 64N production stops. Target Retail Price $1595 Availability Introduction Shipping November 1988 January 1989 Resolution 640x480 640x486 66Hz 30Hz 13" monitor NfSC 72DPI One local oscillator with one external (NTSC). Resolutions are software selectable (no DIP switches), via keyboard at boot time. 1.5 Meg video RAM (1024 x 512 x 24 bits) Pixel Depth 1,2,4,8 and 24 bits per pixel. 1,2,4, and 8 bits per pixel is indexed; 24 bits per pixel is full chunky direct. 24-bit chunky planar hardware available; availability in software with release 1.0 TBD. Chunky planar available in hardware, availability with release 1.0 ROM TBD. Max 256 colors (indexed) and 16.7 million colors (direct) from 16.7 million palette. Configuration ROM 27256 EPROM (32K bytes) Video • RS-343A compatible • 15 pin D-subminiture connectors (same as Apple's) • 35Khz monitors supported (optional 31.49Khz) • VLSI controller • NTSC output (optional) • Separate sync for VGA compatability Slot • Single NuBus slot • 32-bit addressing (fat slot) • X Amps at 5 Volts • NTSC option control bus Register Add 15.0 Bits Default Value CM ODE CM ODE 6004 6008 3RW 3C OSC30HZ NMRQ NMRQ DACCTL 600C 6010 6014 6018 2RW 1RW 1C 2RW FORCEBLK* EXSYNMODE FATSLOT 601C 6020 6024 1RW 1RW 1RW RDOUTST SYNC EN TRANS EN STVTOTAL VCNTRES NM RODIS VSYNEND VBLKGO VTOTAL HSYNCEND HBLKEND HBLKGO HTOTAL HHLFLIN VBLKEND BLKENABLE 6028 602C 6030 6034 6038 603C 6040 6044 6048 604C 6050 6054 6058 605C 6060 6064 1R 1RW 1RW 1R 1RW 1RW 4RW 10RW 10RW 9RW 9RW 9RW 9RW 9RW 6RW 1RW 1** CHUNKY MODE CHUNKY, MODE1 , MODEO 000 1 BIT MODE CHUNKY,MODE1,MODEO 001 2 BIT MODE 010 4 BIT MODE 011 8 BIT MODE OSCSEL , 30 HZ MODE 00 NMRQBIT 0 N/A NMRQBIT OOCHUNKY DACS1,DACSO 10 PSEUDO COLOR 1 FORCE BLANK (ACTIVE LOW) 0 ENABLES EXTERNAL SYNCS 1 FAT SLOT FORCES FAT SLOT ADD DECODE 0 SKINNY SLOT N/A READS MPRES,MTYPE,OPTON 1 ALLOWS SYNC TO GO ACTIVE 1 TRANSFER CYCLE ENABLE N/A READS VTOTAL FROM VIDEO RESETS ALL VIDEO COUNTERS 0 0 DISABLE THE NMRQ INTERUPT 002 HEX VERTICAL SYNC END COUNT 209 HEX VERTICAL BLANK START COUNT 20C HEX VERTICAL TOTAL COUNT OOF HEX HORIZONTAL SYNC END COUNT 027 HEX HORIZONTAL BLANK END COUNT OC7 HEX HORIZONTAL BLANK START COUNT OD7 HEX HORIZONTAL TOTAL COUNT 06B HEX HORIZONTAL HALFLINE COUNT 029 HEX VERTICAL BLANK END COUNT THIS BIT ENABLES BLOCK MODE 0 Bits Definition A-Readable W - writeable C - Clearable Clearing a register is done by writing to the registers clear address with a 1 in each bit position to be cleared. *DONOTCARE Description CHEAPSKATE BOARD ADDRESS SPACE (FAT SLOT) COMPONENTS ADDDRESS SPACE NEEDED IN HEX 20 0000 2M BYTES 0 1000 4K BYTES 0 1000 4K BYTES 0 8000 32K BYTES RAM STATUS DACCONTROL FOv1 ROM ADDRESS LINES ARE AD<14 …

Clascal Syntax Diagrams Preface The following three pages define the syntax of the final version of Clascal. Ieiacat ,. 1 Of 3I set-type file-type truetured-type-identifie'It------1 '-----class-typet---------- claas-t lass~identifie "-,...,.ethod -interfac-----4. class-identifier .J. .. I ---4". --------~ldentifler .... ~ method-interface I eiasc.t ,. 201 I, ----4_ variable-identifier ~­ ~va.r.~'J::~:.:b.::.1e:..-..:~~~:...;f*e.:;.:~..;;;,~:.:~.:;;...ce~_ _.. function-call "---.. function-method-call ...:..:=.:..::..:::..;~..;;;.;.;.:...:.:.;...-~--.. qualifier variable-reference function-call ~-~ '---- class-identifier L . - . _ - ' ---------', procedure-statement -_. ..:!p.~~:...:'O:.:'C.:..ed::.~=-.:'e:.....-.:..;;m.:..;:e....tl1_od_.-_~_ii_~J-""::::::--1'" variable-reference class-identifier ~~~~~~~~--------~~identifierL---------------------r-9 class-identifier . formal-parameter-list ~~~~~~~-----------~~identifier class-identifier result-type . I elllC.t ,. i if i I resu1t-type .... -~ ordinal-type-identifier ~ ~ real-type-identifier ~ '" im iementation- J ~ pointer-type-identifier.~ :-1 class-type-identifier} implementation constarit-declaration-partt----'I type-declaration-part 1 - - - - - - ' 1 variable-declaration-part..-.--,· subroutine-part1-------"" -s--u;.;;;;;bro---u--ll.-.;r.n---e-...........-----,-.~..procedure-declaration~~-.... function-declaration method-block 1----- lass-identifie procedure-and-function-declaration-part creation-block I - - - -........c creation-block "iblock I .. - ~

ti® Apple® Tape Backup 40SC ~~ Ovvner's Guide S APPLE COMPUTER, INC. This manual and the software described in it are copyrighted, with all rights reserved. Under the copyright laws, this manual or the software may not be copied, in whole or part, without written consent of Apple, except in the normal use of the software or to make a backup copy of the software. The same proprietary and copyright notices must be affixed to any permitted copies as were affixed to the original. This exception does not allow copies to be made for others, whether or not sold, but all of the material purchased (with all backup copies) may be sold, given, or loaned to another person. Under the law, copying includes translating into another language or format. You may use the software on any computer owned by you, but extra copies cannot be made for this purpose. ©Apple Computer, Inc., 1988 20525 Mariani Ave. Cupertino, CA 95014 (408) 996-1010 Apple, the Apple logo, AppleLink, LaserWriter, and Macintosh are registered trademarks of Apple Computer, Inc. Apple Care is a registered service mark of Apple Computer, Inc. APDA, A/UX, AppleShare, Finder, and MultiFinder are trademarks of Apple Computer, Inc. ITC Garamond, ITC Avant Garde Gothic, and ITC Zapf Dingbats are registered trademarks of International Typeface Corporation. Microsoft is a registered trademark of Microsoft Corporation. POSTSCRIPT is a registered trademark of Adobe Systems Incorporated. UNIX® is a registered trademark of AT&T Information Systems. Simultaneously published in the United States and Canada. Contents Figures and tables vi Radio and television Interference Ix Preface xi About this guide xi Chapter 1 Setting Up 1 Tape Backup 40SC equipment 2 SCSI background 3 SCSI dictionary 3 SCSI Cable System equipment 5 Cables 5 Terminators 6 SCSI dos 8 SCSI don 'ts 8 Organizing Your SCSI chain 10 About the System Cable 10 About terminators 10 Setting the SCSI ID number 13 Connecting the Tape Backup 40SC 15 Macintosh system with external SCSI devices 15 Macintosh system with non-SCSI hard disk drives 19 Macintosh system with an internal hard disk 22 Chapter 2 Starting Up 27 Switching on your system 28 Starting up the Apple Tape Backup 40SC software 29 Formatting a tape cartridge 33 iii Chapter 3 Using the Apple Tape Backup 40SC 35 General rules for using the Tape Backup 40SC 36 Using the Backup/Restore menu 40 Backup Volumes and Partitions 41 Backup Volumes and Partitions recommendations 47 Restore Volumes and Partitions 48 Restore Volumes and Partitions recommendations 53 Backup Files 54 Backup Files recommendations 61 Restore Files 62 Restore Files recommendations 69 Tape cartridge data accesss 70 Verify Cartridge 70 Tape Disk 72 Clear Cartridge 76 Shutting down 77 Chapter 4 Reference 79 Apple menu 80 About Tape Backup... 80 Desk accessories 81 File menu 81 Format Cartridge ... 81 Clear Cartridge ... 81 Verify Cartridge... 82 Quit 82 Edit menu 82 Backup/Restore menu 83 Backup Volumes and…

IMAGER BOARD Model800 RasterOps Corporation 0002-0154 March 23, 1990 Revision Bl Introduction The Imager is a dedicated longword BITBLT-Fll.L engine optimized for the NuBus. The Imager has 8 modes of operation: Fll.L-CONSTANT, Fll.L-PATIERN, PRAM-FILL, BITBLT, INVERT-FILL, INVERT-PATTERN, INVERT-PRAM-FILL, and INVERT-BITBLT. In addition the programmer can enable BUS-LOCKING to prevent other NuBus masters from interrupting an operation.This function combined with automatic Block Transfer enable the Imager to fill data at a peak rate of 9 million pixels-per-second, and blit data at a peak rate of 4.5 million pixels-per second on a fast block mode video board The Imager has been designed for maximum performance by minimizing the amount of software overhead required to initiate an operation and by a novel use of a large pixel Cache (SRAM). A flexible architecture has been created which allows any 32 bit address within the Macintosh computer to be accessed for each operation. A programmable translation memory (TRAM) is placed discontinuous data the motherboard to the video board. This function is required for the Macintosh Ilci and future machines with non-contiguous main memory. A large pixmap memory (PRAM) is included to allow offscreen pixmaps to reside locally and to be moved at high speed to the video cards. The Imager can support up to two Block-Mode capable videocards and an unlimited number of non-Block-Mode video cards. The Imager is not limited to just video cards, but can be used with memory cards as well. The Imager resides in its own NuBus slot and has a power consumption of 2 Amp. Reference Documents The following is a list of related documents for the Imager product: Schematic 0002-0149 Assembly Drawing 0002-0150 PC Fab drawing/Artwork 0002-0151 Board List of Materials 0002-0152 Top Assembly LM 800 Manual 0700-0044 Block Diagram -AD(31:0) N u ADDRESS GENERATOR CHIP B e.,-1('·,/1 :·· '" ~- u ', 1 s PIXMAP MEMORY I N T E 4-16 MEGS R F A c E PfdF1r~c DATA GENERATOR CHIP BK BYTE PIXB..CACHE 5 RA ftA, ADD .___ DATA L/ . ;~ j( '/ \ 4,o"·lle, ,.., /lr..-1 -.1rur. . 1. fr. ·. ,)( L iy.'.J < BUSCONTRa...SEQUENCERS Imager Register Address Map ' ~ /t I ID REGISTER FSFF Fxxx ·., (j{)C10 C;oO / ,,.--....._ ,,.--....._ ,,. FSFF C020 k>/_!,J ,,.x.' FSFFC01C w/ /J if '·{ FSFF C018 t /\- "l.Y ?,F r:ff'('. 4- r.\-: ·: PRAM POINTER~. ,, ~r ; 11 , c 1 r ··; BLOCK COMPARE #2 Fct· ,FE er f(t.' r'. .· .. J FSFF C014 FSFF C010 ;J FSFFCOOC I· p FSFF COOS COLJNTLENGTH • ·i FFir''' .~·:·-i.-:1 1/ 5 7. FSFF C004 tu(o r FSFF COOO /) 3 ·1. SEMAPHORE POINTER PIXEL CACHE SRAM 8K BYTES f./-f .~~ ' ·f>'l\ !! / 1 ·./: , ' ' SOURCE POINTER 5ii: ' ' FSFF AOOO FSFF9FFC f /,•"'' .. · ·' cJ /DD'{)r.>Od DESTINATION POINTER ~,~,;' ?: , ·r TRANSLATION TRAM 1K BYTES r- :/- SAAM POINTER FSFFA3FC FSFF 8000 ,,~r. ~-ft', , 1, , , .1: ,' Pixel Cache SRAM The Pixel Cache SRAM (…

Software Development Training • C++ Part II .~ ..... " i;:~nware Development Training c++ Part II, Rev. 7192 I c++ Part 2 f '. Copyright © 1992 Neal Goldstein and Apple Computer, Inc. All Rights Reserved. No part of the written course material may be reproduced in any form or by any means without permission in writing from Neal Goldstein or Apple Computer. The sample programs and source code may be llsed by attendees of this seminar, or purchasers of these seminar notes, for their own personal use. The programs and/or source code may not be used for commercial purposes without permission in writing from Neal Goldstein or Apple Computer. All attempts are made for the information presented in this seminar to be accurate and correct to the best of our knowledge, however Neal Goldstein, Apple Computer, or the instructor cannot be held liable for any incomplete or erroneous information. If you find anything to be misleading or incorrect, please notify Neal Goldstein or Apple, which will make every effort to correct and update future releases. Apple, the Apple Logo, AppleLink, Macintosh, and MacApp are registered trademarks of Apple Computer, Inc. © 1992 Ncal Goldstein and Apple Computcr, Inc. Introduclion 1 .Developed By: .~ - ;~r ··Neal Goldstein ........ ..".,. , " ~ . ~ ... ,. " Neal Goldstein :Design . : ·-659 Tennyson Avenue ?:; . Palo Alto; CA 94301 I' of ! " •" J • ,. ~,..,. , ,. ,' . ~',. , , ... , ..... ~; ·(415) 327-4565 " AppleLink D077} ·1; , ..•• © 1992 Neal Goldstcin and Apple Computcr, Inc Introduction 2 ,./ 'j I Table of Topics <! \ ' Section 1 Introduction : ~. if:, :"1 Introduction .......................................................................................... 1 Class goals ..................................................:·...................... ~-:.:........•:...... 4 ' C++ on the Macintosh ............................................................................. 6 . C++ design goals .................. , ................................ .... ':. j • !.~ ••••• , . : •••• i \ ..'" .-:; •.••• 8 Group discussion ........................................................................ :......... 10 The most difficult things to do using C++. What is (still) hardr (.-" 1;" .' <", Compiler and linker error messages to watch out for ............. :.... :........... ~; ......... 11 Memory allocation ......................................... ; ..,~,.~. ..i::.;;.: .. .... ;.!o',\ .... :.L:':~i'" .13 Creating objects ................................................................................... 14 FCunction overloading ................................................... ~ .......... ..j .... ..'.~{; .... 15 tenns ............................................................................................. 17 ~ Naming conventions ...................................................... :·:~:~ ................... 18 Labs .........................................................…