The PowerPC 604 RISC Microprocessor - eisber.net

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I 71E1X1 E IDictionary Format010 1Body14 ID IR 10 !Link 'Body'NilNummern: Integer, 2 byte auf Stack, im Bodyzuerst literal handler und dann der WertStrings: Auf Stack Ietzter Buchstabezuunterst mit high-byte gesetzt, in Bodyzuerst Lange, dann die einzelnen BuchstabenBoolesche Werte: 1..true, 0..false,bei Abfragen jeder Wert # 0 trueKonstanten und VariablenKonstante: n CONSTANT nameDECIMAL 255 CONSTANT max: ... max ...;: ... 255 ...;Name und Wert mit Zeiger auf KonstantenaktivierungscodegespeichertVariable: n VARIABLE nameBei Aktivierung des Namens wird Adresseauf den Stack gelegt.Arrays: n VARIABLE name size DP +!Variable wird angelegt, dann wird derDictionaryzeiger urn size erhoht. BeiIndizierung muf3 der Index zur Adresseaddiert werden.Users: USERS nAddiert n zur Adresse vom User-Speicherblock.Dieser Speicherblock kann beliebig imSpeicher stehen.
SystemparameierStackbefehleKarmen als Variable oder als Registerverwendet werdenIR:WA:SP:RSP:MODE:STATE:DP:Instruction RegisterWord-Address VariableDaten StackpointerReturn StackpointerExecute/Compile Modefalse/trueImmediate Wort wennMODE=STATEDictionary Zeiger VariableCONTEXT: SuchvokabularCURRENT: DefinitionsvokabularSTART:LPB:BASE:true, wenn erster StartZeilenbuffer ZeigervariableZahlenbasis VariableDROP:DUP:SWAP:OVER:2DUP:2SWAP2OVER:RROT:LROT:+!:OSET:1 SET:@::Entferne oberstes Stackelementverdopple oberstes Stackelementvertausche obere 2 Stackelementekopiere 2. Stackelement auf denStackverdreifache oberstes Stackelementvertausche oberstes und 3. Stackelementkopiere 3. Stackelement auf denStackABC> CABABC > BCA*stack[top] = stack[top-1]; top-=2;*stack[top] += stack[top-1]; top-=2;*stack[top--] = 0;*stack[top--] = 1;stack[top] = *stack[top];Pop Daten- und Push ReturnstackPop Return- und Push Datenstack
Page 1 and 2: The PowerPC 604 RISC Microprocessor
Page 3 and 4: Rename valid I Reg num Result Resul
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Page 7 and 8: PowerPC 604Reservation stationRA (0
Page 9 and 10: Data addressInstruction address•M
Page 11 and 12: Threaded Codethreaded = aufgefadelt
Page 13 and 14: token threaded codeindirect token t
Page 15 and 16: Kosten auf dem MIPS 83000indirect t
Page 17: CTIL'Start / Restart' 14ZIP Funktio
Page 21 and 22: KontrollstrukturenBEGIN ... END Sch
Page 23 and 24: Stack Framelocal stacklocalsparamet
Page 25 and 26: 122 The P-code Machine [Ch.Thus the
Page 27 and 28: 68Pascal Implementation: Compiler a
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Page 35 and 36: Tables of Lexical Analysis123456frw
Page 37 and 38: JVIII ■ 111t14 /1.11111ySIS ai Y
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Page 43 and 44: 12 Pascal implementation: Compiler
Page 45 and 46: 16Pascal Implementation: Compiler a
Page 47 and 48: 30 Pascal inipletnentatIon: Compile
Page 49 and 50: 34 Pascal implementation: Complier
Page 51 and 52: if) 1993, 1994, 1995 Sim Microsyste
Page 53 and 54: 0-PrefaceThis document describes ve
Page 55 and 56: method calls into actual method cal
Page 57 and 58: auper_el arsThis field is an index
Page 59 and 60: ATtagbytesCONSTANT_Integer_infoul t
Page 61 and 62: 2.6.1 SourceFileThe "SourceFile" at
Page 63 and 64: local ..verieble_table_lengthThis f
Page 65 and 66: 1dc2wPush long or double from const
Page 67 and 68: I 3.4Storing Stack Values into Loca
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anewarrayAllocate new array of refe
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PastoreStore into single float arra
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laddLong integer addfSubSingle floa
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dreminegInegInegdnegDouble float re
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IliLong integer to integerSyntax:L
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ifleBranch if less than or equal to
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dcmpgDouble float compare (1 on NaN
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3.13 Table JumpingtableswitchAccess
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the matched method is found. The me
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Appendix A: An OptimizationA.2 Push
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cpgetfield2_quickFetch held from ob
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checkcast_quickMake sure object is
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Efficient JavaVM Just-in-Time Compi
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The second pass of the compiler tra
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chain length 1 2 3 4 5 6 7 8 9 >9oc
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sieve JavaLex javac espresso i Toba
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Technical Overview of the Common La
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In contrast to the JVM where all st
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The ldind t instruction expects an
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It should be obvious that having va
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9 Interaction between value and ref
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2. CLI Partition II: Metadata. http
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Anforderungen an den Zwischencode
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DieRoboterprogrammiersprache• kei
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Implementierung des Interpreters•
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Printed by andi from a0.complang.tu
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power but retain the disciplined vi
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I- be reached from the present curs
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the editor will be invoked asking t
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immediately that 'I' has type integ
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--y-PASC7,1,.The useof a formal lan
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Implementation Techniques for Prolo
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x(X) a(A)a(C) b(C), c(C)b(s(0))c(s(
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Unification in general consists of
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for the classification of temporary
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copy stack1trailenvironment stack1t
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process reduction attempt are elimi
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