
<<ICTestImpl.mesa>>
    <<Copyright © 1985 by Xerox Corporation.  All rights reserved.>>
    <<Created by: Gasbarro December 3, 1985 6:15:34 pm PST>>
    <<Last Edited by: Gasbarro February 12, 1987 9:06:04 am PST>>
    <<Last Edited by: Don Curry July 11, 1987 6:02:17 pm PDT>>
    <<Louis Monier February 17, 1988 10:44:44 am PST>>
    <<Jean-Marc Frailong February 3, 1988 12:45:57 pm PST>>
    <<Barth, September 10, 1987 3:42:59 pm PDT>>

    DIRECTORY Basics, Buttons, ChoiceButtons, Commander, CommandTool, Containers, Convert, Core, CoreOps, CoreProperties, --EGlas,-- 
    FS, ICTest, IO, IMSTester, MessageWindow, Ports, Rope, RosemaryUser, Rules, RuntimeError, SymTab, TypeScript, ViewerClasses, 
    ViewerIO, ViewerOps, ViewerTools;


    ICTestImpl: CEDAR PROGRAM
    IMPORTS Basics, Buttons,  ChoiceButtons, Commander, CommandTool, Containers, Convert, CoreOps, CoreProperties, --EGlas,-- FS, IO, 
    IMSTester, MessageWindow, Ports, Rope, Rules, RuntimeError, SymTab, TypeScript, ViewerIO, ViewerOps, ViewerTools
    EXPORTS ICTest
    = BEGIN
    OPEN ICTest;

maxErrors: NAT _ 40;
testNamesTable: SymTab.Ref _ SymTab.Create[];

ROPE: TYPE = Rope.ROPE;
Viewer: TYPE = ViewerClasses.Viewer;
Button: TYPE = Buttons.Button;
    signalNameLength: CARDINAL = 6; --IMS signal name length restriction
    groupNameLength: CARDINAL = 9; --IMS group name name length restriction
    PodTimingGroups: TYPE = IMSTester.PodTimingGroups;
    Board: TYPE = IMSTester.Board;
    PodTiming: TYPE = IMSTester.PodTiming;
    Channel: TYPE = IMSTester.Channel;
    PodChannel: TYPE = IMSTester.PodChannel;
    Cycle: TYPE = IMSTester.Cycle;
    Jumps: TYPE = IMSTester.Jumps;

AbortDieSignal: PUBLIC ERROR = CODE;
AbortWaferSignal: PUBLIC ERROR = CODE;
InterruptSignal: PUBLIC ERROR = CODE;

Test: TYPE = REF TestRec;
TestRec: TYPE = RECORD[proc: TestProc, start: Cycle, length: Cycle];
Stop: TYPE = {dont, abortDie, abortWafer, interrupt};
DiePosition: TYPE = RECORD [x,y: NAT];
MapRec: TYPE = RECORD[b: Board, p: PodChannel, port: Ports.Port, index: NAT];
    BoardToSlot: TYPE = ARRAY Board OF RECORD[slot: NAT, programable: BOOL];
    ForceSubGroupsRec: TYPE = RECORD[fullName: ROPE, subGroups: IMSTester.ForceGroups];
    AcquireSubGroupsRec: TYPE = RECORD[fullName: ROPE, subGroups: IMSTester.AcquireGroups];

    periodChangeProc: ROPE = "periodChangeProc";

    Handle: TYPE = REF ICTestRec;
ICTestRec: PUBLIC TYPE = RECORD [
<<-- Standard button state -->>
waferFile: Viewer _ NIL,
run: Viewer _ NIL,
wafer: Viewer _ NIL,
die: Viewer _ NIL,
memCycle: Viewer _ NIL,
startTest: Button _ NIL,
period: Viewer _ NIL,
group: Viewer _ NIL,
delay: Viewer _ NIL,
width: Viewer _ NIL,
sample: Viewer _ NIL,
hiDrive: Viewer _ NIL,
loDrive: Viewer _ NIL,
threshold: Viewer _ NIL,
    enableStepper: BOOL _ FALSE,
    enableTester: BOOL _ FALSE,
    enableSimulation: BOOL _ FALSE,
    singleCycle: BOOL _ FALSE,
    loopTest: BOOL _ FALSE,

<<-- Test buttons state-->>
testButtonContainer: Viewer _ NIL,
testButtonList: LIST OF Button _ NIL,
testProcsTable: SymTab.Ref _ NIL,
    currentTestProc: ROPE _ NIL,

<<-- Typescript -->>
    typeScriptContainer: Viewer _ NIL,
outStream: IO.STREAM _ NIL,

    lastPeriod: Period _ 50,
    wDir: ROPE _ NIL,
    firstFreeCycle: Cycle _ 0,
    currentDie: DiePosition, -- die to return to upon "Continue" button
stop: Stop _ dont, -- state of control buttons
    backupToken: IO.STREAM, -- temp for file stream parsing
    testInProgress: BOOL _ FALSE, -- button monitor
inStream: IO.STREAM _ NIL,
    port: Ports.Port _ NIL,
    cellType: Core.CellType _ NIL,
    clockAName: ROPE _ NIL,
    clockBName: ROPE _ NIL,
    clockAPort: Ports.Port _ NIL,
    clockBPort: Ports.Port _ NIL,
    forceGroups: IMSTester.ForceGroups _ NIL,
    acquireGroups: IMSTester.AcquireGroups _ NIL,
forceMap: LIST OF MapRec _ NIL,
acquireMap: LIST OF MapRec _ NIL,
    cycle: Cycle _ 0,
    buffer: IMSTester.Buffer _ NIL,
    nullCycleData: IMSTester.CycleData _ NIL,
    forceNamesTab: SymTab.Ref _ NIL,
    acquireNamesTab: SymTab.Ref _ NIL,
    groups: Groups _ NIL,
    assignments: Assignments _ NIL,
    forceBoardToSlot: REF BoardToSlot _ NEW[BoardToSlot],
    acquireBoardToSlot: REF BoardToSlot _ NEW[BoardToSlot],
    forceSubGroups: LIST OF ForceSubGroupsRec,
    acquireSubGroups: LIST OF AcquireSubGroupsRec
];    

entryHeight: NAT = 15;    -- how tall to make each line of items
entryVSpace: NAT = 4;     -- vertical leading space between lines
pointsPerInch: NAT = 72;     -- horizontal space for text ropes
pointsPerHalfInch: NAT = 36;     -- horizontal space for text ropes
col1: NAT = 0*pointsPerHalfInch;  -- horizontal space to first column of buttons
col2: NAT = 4*pointsPerHalfInch;  -- second column 
col3: NAT = 7*pointsPerHalfInch;  -- third column
col4: NAT = 10*pointsPerHalfInch;  -- fourth column
col5: NAT = 13*pointsPerHalfInch;  -- fifth column
Column: TYPE = NAT [0..5);
ColumnStart: ARRAY Column OF NAT = [col1, col2, col3, col4, col5];

MakeStandardViewer: PUBLIC PROC [testName: ROPE, cellType: Core.CellType, clockAName: ROPE, clockBName: ROPE _ NIL, groups: Groups, 
assignments: Assignments, period: Period] = {
    Button: PROC [name: ROPE, col: NAT, proc: Buttons.ButtonProc, fork: BOOL _ TRUE] = {
        [] _ Buttons.Create[info: [name: name, wx: col, wy: height, ww: 0, wh: entryHeight,
        parent: standardButtons], clientData: h, proc: proc, fork: fork];
            };

    Prompt: PROC [name: ROPE, col: NAT, contents: ROPE _ NIL] RETURNS [Viewer] = {
        RETURN[ChoiceButtons.BuildTextPrompt[standardButtons, col, height, name, contents, NIL, 1*pointsPerHalfInch].textViewer];
            };

h: Handle _ NEW[ICTestRec];
rule: Rules.Rule;
typeScript: Viewer;
height: CARDINAL _ 0;
viewer: Viewer _ Containers.Create[[name: Rope.Concat["IC Test Tool - ", testName], scrollable: FALSE]];

<<***Standard Buttons***>>
standardButtons: Viewer _ Containers.Create[[scrollable: FALSE, parent: viewer, border: FALSE]];
Containers.ChildXBound[viewer, standardButtons];
Containers.ChildYBound[viewer, standardButtons];

h.wDir _ CommandTool.CurrentWorkingDirectory[];
h.waferFile _ ChoiceButtons.BuildTextPrompt[standardButtons, col1, height, "Wafer File:", "SingleDie.dat", NIL, 
7*pointsPerInch].textViewer;

height _ height + entryHeight + entryVSpace;
h.run _ Prompt["Run:", col1]; 
    h.startTest _ Buttons.Create[info: [name: "Start Test", wx: col2, wy: height, wh: entryHeight,
    parent: standardButtons], clientData: h, proc: StartTest, fork: TRUE];
Button["Abort Die", col3, AbortDie, FALSE]; 
Button["Single Cycle", col4, SingleCycle]; 
h.period _ Prompt["Period (nS):", col5, IO.PutR1[IO.int[period]]]; 
    h.lastPeriod _ period;

height _ height + entryHeight + entryVSpace;
h.wafer _ Prompt["Wafer:", col1]; 
Button["Enable Tester", col2, EnableTester]; 
Button["Abort Wafer", col3, AbortWafer, FALSE]; 
Button["Loop Test", col4, LoopTest];
Button["Dump Memory", col5, DumpMemory];

height _ height + entryHeight + entryVSpace;
h.die _ Prompt["Die:", col1]; 
Button["Get Memory", col2, GetMemory];
Button["Abort Test", col3, AbortTest, FALSE]; 
Button["Stop!", col4, StopLoop]; 
Button["Dump Errors", col5, DumpErrors];


height _ height + entryHeight + entryVSpace;
h.memCycle _ Prompt["Mem Cycle:", col1, "0"]; 
Button["Get Errors", col2, GetErrors];
Button["Enable Stepper", col3, EnableStepper]; 

<<Button["Interrupt", col3, Interrupt, FALSE]; >>
<<Button["Continue", col3, Continue]; >>
<<>>
height _ height + entryHeight + entryVSpace/2+1;
rule _ Rules.Create[[parent: standardButtons, wy: height, wh: 2]];
Containers.ChildXBound[standardButtons, rule];

height _ height + entryVSpace;
Button["Get Parameters", col1+2, GetParameters]; Button["Set Parameters", col2, SetParameters]; h.delay _ Prompt["Delay:", col3, 
"?"]; h.width _ Prompt["Width:", col4, "?"]; h.sample _ Prompt["Sample:", col5, "?"];

height _ height + entryHeight + entryVSpace;
h.group _ ChoiceButtons.BuildTextPrompt[standardButtons, col1, height, "Group:", "<Group name>", NIL, 2*pointsPerInch].textViewer; 
h.hiDrive _ Prompt["HiDrive:", col3, "?"]; h.loDrive _ Prompt["LoDrive:", col4, "?"];  h.threshold _ Prompt["Threshold:", col5, 
"?"]; 

height _ height + entryHeight + entryVSpace/2+1;

rule _ Rules.Create[[parent: standardButtons, wy: height, wh: 2]];
Containers.ChildXBound[standardButtons, rule];
height _ height + 2;

<<***Test Buttons***>>
h.testButtonContainer _ Containers.Create[[wy: height, wh: entryVSpace, scrollable: FALSE, parent: viewer, border: FALSE]];
Containers.ChildXBound[viewer, h.testButtonContainer];
height _ height + entryVSpace;

<<***TypeScript***>>
h.typeScriptContainer _ Containers.Create[[wy: height, scrollable: FALSE, parent: viewer, border: FALSE]];
Containers.ChildXBound[viewer, h.typeScriptContainer];
Containers.ChildYBound[viewer, h.typeScriptContainer];
rule _ Rules.Create[[parent: h.typeScriptContainer, wy: 0, wh: 2]];
Containers.ChildXBound[h.typeScriptContainer, rule];
typeScript _ ViewerOps.CreateViewer[flavor: $TypeScript, info:[parent: h.typeScriptContainer, wy: 2, ww: 7*pointsPerInch, wh: 
6*pointsPerInch, scrollable: TRUE, border: FALSE]];
Containers.ChildXBound[h.typeScriptContainer, typeScript];
Containers.ChildYBound[h.typeScriptContainer, typeScript];

[ , h.outStream] _ ViewerIO.CreateViewerStreams[name: "ICTestTS", viewer: typeScript];
TypeScript.ChangeLooks[typeScript, 'f];
Commander.Register[key: "///Commands/Name", proc: LookUpName,
doc: "Map an IMS signal name to/from the shortened version", clientData: h];

h.testProcsTable _ SymTab.Create[];
    [] _ SymTab.Store[x: testNamesTable, key: testName, val: h];
h.cellType _ cellType;
h.groups _ groups;
h.assignments _ assignments;
h.clockAName _ clockAName;
h.clockBName _ clockBName;
ViewerOps.OpenIcon[icon: viewer, bottom: FALSE];
};

    RegisterTestProc: PUBLIC PROC [testName: ROPE, procName: ROPE, proc: TestProc, autoLoad: BOOL _ FALSE] = {
        h: Handle _ NIL;
        ref: REF _ NIL;
        found: BOOL _ FALSE;
        row, column: CARDINAL;
        count: CARDINAL _ 0;
        button: Button _ NIL;

        [found, ref] _ SymTab.Fetch[testNamesTable, testName];
        IF NOT found THEN ERROR; --couldn't find the tester handle, probably bad testName
        h _ NARROW[ref];
        IF NOT SymTab.Fetch[h.testProcsTable, procName].found THEN { --add a new button
        FOR l: LIST OF Button _ h.testButtonList, l.rest WHILE l#NIL DO count _ count+1 ENDLOOP;
        row _ count/(LAST[Column]+1);
        column _ count MOD (LAST[Column]+1);

        IF column=FIRST[Column] THEN { --make a new row
        ViewerOps.MoveViewer[h.testButtonContainer, h.testButtonContainer.wx, h.testButtonContainer.wy, h.testButtonContainer.ww, 
        h.testButtonContainer.wh+entryHeight+entryVSpace];
        ViewerOps.MoveViewer[h.typeScriptContainer, h.typeScriptContainer.wx, h.typeScriptContainer.wy+entryHeight+entryVSpace, 
        h.typeScriptContainer.ww, h.typeScriptContainer.wh];
        };
        button _ Buttons.Create[info: [name: procName,
        wx: ColumnStart[column]+2, wy: row*(entryHeight+entryVSpace)+entryVSpace,
        ww: 0, wh: entryHeight,
        parent: h.testButtonContainer, border: TRUE], clientData: h, proc: TestButtonProc];
        h.testButtonList _ CONS[button, h.testButtonList];
            };
        [] _ SymTab.Store[x: h.testProcsTable, key: procName, val: NEW[TestRec _ [proc, 0, 0]]];
        IF autoLoad AND NOT h.testInProgress THEN {
            IF h.loopTest THEN Message["Can't auto load.  LoopTest is TRUE"] ELSE {
                oldTest: ROPE _ h.currentTestProc;
                h.currentTestProc _ procName;
                h.stop _ dont;
                IF h.inStream # NIL THEN IO.Close[h.inStream]; --just in case last test was aborted
                Init[h];
            DoTest[h ! InterruptSignal => CONTINUE];
                Cleanup[h];
                h.currentTestProc _ oldTest;
                };
            };
        };

    RegisterPeriodChangeProc: PUBLIC PROC [testName: ROPE, proc: PeriodChangeProc] = {
        h: Handle _ NIL;
        ref: REF _ NIL;
        found: BOOL _ FALSE;

        [found, ref] _ SymTab.Fetch[testNamesTable, testName];
        IF NOT found THEN ERROR; --couldn't find the tester handle, probably bad testName
        h _ NARROW[ref];
        [] _ SymTab.Store[x: h.testProcsTable, key: periodChangeProc, val: NEW[PeriodChangeProc _ proc]];
        };

    TestButtonProc: Buttons.ButtonProc = {
        h: Handle _ NARROW[clientData];
        selectedButton: ViewerClasses.Viewer _ NARROW[parent];
        FOR l: LIST OF Button _ h.testButtonList, l.rest WHILE l#NIL DO
            Buttons.SetDisplayStyle[l.first, IF l.first = selectedButton THEN $WhiteOnBlack ELSE $BlackOnWhite];
            ENDLOOP;
        h.currentTestProc _ selectedButton.name;
        };

    DoTest: PROC [h: Handle] = {
        NextToken: PROC [h: Handle] RETURNS [s: IO.STREAM] = {
            s _ IF h.backupToken # NIL THEN h.backupToken ELSE IO.RIS[IO.GetTokenRope[h.inStream].token];
            h.backupToken _ NIL;
            };

        BackupToken: PROC [s: IO.STREAM] RETURNS [] = {
            h.backupToken _ s;
            };

        NextRun: PROC [h: Handle] RETURNS [done: BOOLEAN _ FALSE] = {
            c: CHAR;
            s: IO.STREAM;
            IF h.stop # interrupt THEN {
                WHILE NOT done DO
                    s _ NextToken[h ! IO.EndOfStream => {done _ TRUE; CONTINUE}];
                    IF NOT done THEN SELECT (c _ IO.PeekChar[s]) FROM
                        'r, 'R => EXIT;
                        'w, 'W => NULL;
                        'd, 'D => NULL;
                        IN ['0..'9] => NULL;
                        ENDCASE => {Message["Error: Bad token in data file, aborting test"]; done _ TRUE};
                    ENDLOOP;
                IF NOT done THEN {
                    ViewerTools.SetContents[h.run, IO.GetTokenRope[NextToken[h !
                        IO.EndOfStream => {done _ TRUE; CONTINUE}]].token];
                    IO.PutF[h.outStream, "\n%g: Run %g, ", IO.rope[h.currentTestProc], IO.rope[ViewerTools.GetContents[h.run]]];
                    };
                IF done THEN {
                IO.Close[h.inStream];
                    IF NOT h.loopTest THEN h.testInProgress _ FALSE;
                    };
                };
            };

        NextWafer: PROC [h: Handle] RETURNS [done: BOOLEAN _ FALSE] = {
            c: CHAR;
            s: IO.STREAM;
            IF h.stop # interrupt THEN {
                WHILE NOT done DO
                    s _ NextToken[h ! IO.EndOfStream => {done _ TRUE; CONTINUE}];
                    IF NOT done THEN SELECT (c _ IO.PeekChar[s]) FROM
                        'r, 'R => {done _ TRUE; BackupToken[s]};
                        'w, 'W => EXIT;
                        'd, 'D => NULL;
                        IN ['0..'9] => NULL;
                        ENDCASE => {Message["Error: Bad token in data file, aborting test"]; done _ TRUE};
                    ENDLOOP;

                IF NOT done THEN {
                    ViewerTools.SetContents[h.wafer, IO.GetTokenRope[NextToken[h !
                        IO.EndOfStream => {done _ TRUE; CONTINUE}]].token];
                    IO.PutF[h.outStream, "Wafer %g, ", IO.rope[ViewerTools.GetContents[h.wafer]]];
                    IF h.enableStepper THEN {
                        <<EGlas.LampOn[];>>
                        <<IF h.testInProgress THEN EGlas.Load[]; --don't load wafer first time>>
                        } ;
                    };
                };
            };

        NextDie: PROC [h: Handle] RETURNS [done: BOOLEAN _ FALSE] = {
            Eval: RosemaryUser.TestEvalProc = {
                CheckStop[h];
                IF (h.clockAPort=NIL AND h.clockBPort=NIL) OR (h.clockAPort#NIL AND Ports.GB[h.clockAPort]) OR (h.clockBPort#NIL AND 
                Ports.GB[h.clockBPort])  THEN {
                    ForceDataToBuffer[h];
                    CompareDataToBuffer[h];
                    IF h.singleCycle THEN {
                        BufferToIMS[h: h, cycles: 1, start: 0, halt: 0];
                        IMSTester.Start[];
                        } ELSE {
                        h.cycle _ h.cycle+1;
                        IF h.cycle = h.buffer.cycle THEN NewBuffer[h];
                        };
                    };
                };

            count: LONG CARDINAL;
            c: CHAR;
            s: IO.STREAM;
            IF h.stop # interrupt THEN {
                WHILE NOT done DO
                    s _ NextToken[h ! IO.EndOfStream => {done _ TRUE; CONTINUE}];
                    IF NOT done THEN SELECT (c _ IO.PeekChar[s]) FROM
                        'r, 'R => {done _ TRUE; BackupToken[s]};
                        'w, 'W => {done _ TRUE; BackupToken[s]};
                        'd, 'D => h.currentDie.y _ IO.GetInt[NextToken[h !
                            IO.EndOfStream => {done _ TRUE; CONTINUE}]];
                        IN ['0..'9] => EXIT;
                        ENDCASE => {Message["Error in data file, aborting test"]; done _ TRUE};
                    ENDLOOP;
                IF NOT done THEN {
                h.currentDie.x _ IO.GetInt[s];
                    ViewerTools.SetContents[h.die, IO.PutFR["%g,%g", IO.int[h.currentDie.y], IO.int[h.currentDie.x]]];
                    IO.PutF[h.outStream, "Die %g,%g ", IO.int[h.currentDie.y], IO.int[h.currentDie.x]];
                    };
                };

            IF NOT done THEN {
                h.stop _ dont;
            h.testInProgress _ TRUE;
                IF h.enableStepper THEN {
                    <<EGlas.Seek[h.currentDie.x, h.currentDie.y];>>
                    <<EGlas.ZUp[];>>
                    <<EGlas.LampOff[];>>
                    };
                Ports.RenewPort[h.cellType, h.port, TRUE];
                ViewerTools.SetContents[h.memCycle, IO.PutR1[IO.int[test.start]]];
                IF h.singleCycle THEN test.proc[NIL, h.cellType, h.port, Eval] ELSE {
                    IF test.start=0 THEN {
                        test.proc[NIL, h.cellType, h.port, Eval];
                        IF h.cycle=0 THEN {
                            Message["Error: test has zero cycles (maybe you never set clock TRUE?)"];
                            RETURN[];
                            };
                        IF h.firstFreeCycle+h.cycle > LAST[Cycle] THEN {
                            Message["Out of vector memory space"];
                            RETURN[];
                            };
                        BufferToIMS[h: h, cycles: h.cycle, start: h.firstFreeCycle];
                        test.start _ h.firstFreeCycle;
                        test.length _ h.cycle;
                        h.firstFreeCycle _ h.firstFreeCycle+h.cycle+1; --reserve one word for halt inst.
                        };
                    IF h.loopTest THEN Jump[h, test.start+test.length, test.start] ELSE 
                        Halt[h, test.start+test.length];
                    Dispatch[h, test.start];
                    <<IF h.enableStepper THEN EGlas.LampOn[];>>
                    IF NOT h.loopTest THEN {
                        count _ IMSTester.ErrorCount[];
                        IO.PutF[h.outStream, IF count#0 THEN "Fail " ELSE "Pass; "];
                        IF count#0 THEN IO.PutF[h.outStream, "%g errors; ", IO.card[count]];
                        };
                    };
                };
            };

        test: Test _ NARROW[SymTab.Fetch[x: h.testProcsTable, key: h.currentTestProc].val];
        IF h.inStream # NIL THEN
            DO IF NextRun[h] THEN EXIT;
                DO IF NextWafer[h] THEN EXIT;
                    DO IF NextDie[h ! 
                        AbortDieSignal => CONTINUE; 
                        AbortWaferSignal => EXIT] THEN EXIT
                        ENDLOOP;
                    ENDLOOP;
                ENDLOOP;
        IO.PutF[h.outStream, "(Start: %g, Stop: %g) Done\n", IO.int[test.start], IO.int[test.start+test.length-1]];
        IF NOT h.loopTest THEN h.testInProgress _ FALSE;
        };

    Jump: PROC [h: Handle, source: Cycle, dest: Cycle] ~ {
        tempCycleData: IMSTester.CycleData _ h.buffer[0];
        h.buffer[0] _ h.nullCycleData;
        BufferToIMS[h: h, cycles: 1, start: source, jumps: LIST[[source, dest]]];
        h.buffer[0] _ tempCycleData;
        };

    Halt: PROC [h: Handle, cycle: Cycle] ~ {
        tempCycleData: IMSTester.CycleData _ h.buffer[0];
        h.buffer[0] _ h.nullCycleData;
        BufferToIMS[h: h, cycles: 1, start: cycle, halt: cycle];
        h.buffer[0] _ tempCycleData;
        };

    Dispatch: PROC [h: Handle, start: Cycle] ~ {
    Jump[h, 0, start];
    IMSTester.Start[];
        };

    BufferToIMS: PROC [h: Handle, cycles, start, halt: Cycle_LAST[Cycle], jumps: Jumps_NIL] = {
        IMSTester.SetIMSMemory[h.forceGroups, h.acquireGroups, h.buffer, cycles, start, halt, jumps];
        CheckStop[h];
        };

    NewBuffer: PROC [h: Handle] = {
        oldBuffer: IMSTester.Buffer _ h.buffer;
        h.buffer _ NEW[IMSTester.BufferRec[SELECT TRUE FROM
        h.cycle<10 => 10,
        h.cycle<100 => 100,
        h.cycle<1000 => 1000,
        h.cycle<10000 => 10000,
        ENDCASE => 16383]];
        FOR i: NAT IN [0..h.buffer.cycle) DO
            h.buffer[i] _ IF i < h.cycle THEN oldBuffer[i] ELSE NEW[IMSTester.CycleDataRec];
            ENDLOOP;
        };

    StartTest: Buttons.ButtonProc = {
        <<ENABLE IO.Error, RuntimeError.BoundsFault => {Message["Illegal parameter"]; CONTINUE};>>
        h: Handle _ NARROW[clientData];
        selectedButton: Viewer _ NARROW[parent];
        IF h.testInProgress THEN Message["Test in progress"];
        IF h.currentTestProc=NIL THEN Message["Please select a test procedure"];
        IF NOT h.testInProgress AND h.currentTestProc#NIL THEN {
            IF h.loopTest THEN Buttons.SetDisplayStyle[selectedButton, $BlackOnGrey];
            h.stop _ dont;
            IF h.inStream # NIL THEN IO.Close[h.inStream]; --just in case last test was aborted
            Init[h];
        DoTest[h ! InterruptSignal => CONTINUE];
            Cleanup[h];
            };
        };

    AbortDie: Buttons.ButtonProc = {
        h: Handle _ NARROW[clientData];
        IMSTester.Abort[];
        h.stop _ abortDie;
        };

    AbortWafer: Buttons.ButtonProc = {
        h: Handle _ NARROW[clientData];
        IMSTester.Abort[];
        h.stop _ abortWafer;
        };

    AbortTest: Buttons.ButtonProc = {
        h: Handle _ NARROW[clientData];
        IMSTester.Abort[];
        h.stop _ interrupt;
        h.testInProgress _ FALSE;
        };

    CheckStop: PROC [h: Handle] = {
        SELECT h.stop FROM
            dont => NULL;
            abortDie => {Message["Abort die"]; ERROR AbortDieSignal};
            abortWafer => {Message["Abort wafer"]; ERROR AbortWaferSignal};
            interrupt => {Message["Interrupt"]; ERROR InterruptSignal};
            ENDCASE => ERROR;
        };

    EnableTester: Buttons.ButtonProc = {
        h: Handle _ NARROW[clientData];
        selectedButton: Viewer _ NARROW[parent];
        h.enableTester _ NOT h.enableTester;
        Buttons.SetDisplayStyle[selectedButton, IF h.enableTester  THEN $WhiteOnBlack ELSE $BlackOnWhite];
        };

    EnableStepper: Buttons.ButtonProc = {
        h: Handle _ NARROW[clientData];
        selectedButton: Viewer _ NARROW[parent];
        h.enableStepper _ NOT h.enableStepper;
        Buttons.SetDisplayStyle[selectedButton, IF h.enableStepper THEN $WhiteOnBlack ELSE $BlackOnWhite];
        };

    GetParameters: Buttons.ButtonProc = {
        ENABLE IO.Error, RuntimeError.BoundsFault => {Message["Illegal parameter"]; CONTINUE};
        h: Handle _ NARROW[clientData];
        ReallyGetParameters[h];
        };

    ReallyGetParameters: PROC [h: Handle] = {
        targetGroup: ROPE _ ViewerTools.GetContents[h.group];
        fg: IMSTester.ForceGroup _ NIL;
        ag: IMSTester.AcquireGroup _ NIL;
        FOR l: LIST OF ForceSubGroupsRec _ h.forceSubGroups, l.rest WHILE l#NIL DO
            IF Rope.Equal[l.first.fullName, targetGroup] THEN {
                fg _ l.first.subGroups.first;
                ViewerTools.SetContents[h.delay, IO.PutR1[IO.int[fg.delay]]];
                ViewerTools.SetContents[h.width, IO.PutR1[IO.int[fg.width]]];
                ViewerTools.SetContents[h.hiDrive, IF fg.programable THEN IO.PutR1[IO.real[fg.hiDrive]] ELSE "TTL"];
                ViewerTools.SetContents[h.loDrive, IF fg.programable THEN IO.PutR1[IO.real[fg.loDrive]] ELSE "TTL"];
                EXIT;
                };
            REPEAT
            FINISHED => {
                ViewerTools.SetContents[h.delay, "?"];
                ViewerTools.SetContents[h.width, "?"];
                ViewerTools.SetContents[h.hiDrive, "?"];
                ViewerTools.SetContents[h.loDrive, "?"];
                };
            ENDLOOP;
        FOR l: LIST OF AcquireSubGroupsRec _ h.acquireSubGroups, l.rest WHILE l#NIL DO
            IF Rope.Equal[l.first.fullName, targetGroup] THEN {
                ag _ l.first.subGroups.first;
                ViewerTools.SetContents[h.sample, IO.PutR1[IO.int[ag.sample]]];
                ViewerTools.SetContents[h.threshold, IF ag.programable THEN IO.PutR1[IO.real[ag.threshold]] ELSE "TTL"];
                EXIT;
                };
            REPEAT
            FINISHED => {
                ViewerTools.SetContents[h.sample, "?"];
                ViewerTools.SetContents[h.threshold, "?"];
                };
            ENDLOOP;
        IF fg=NIL AND ag=NIL THEN Message[IO.PutFR1["Group name \"%g\" not found.\n", IO.rope[targetGroup]]];
        };

    SetParameters: Buttons.ButtonProc = {
        ENABLE IO.Error, RuntimeError.BoundsFault => {Message["Illegal parameter"]; CONTINUE};
        ReallySetParameters: PROC [h: Handle] = {
            delay: Delay _ 0;
            width: Width _ 20;
            sample: Sample _ 0;
            hiDrive: REAL _ 2.4;
            loDrive: REAL _ 0.4;
            threshold: REAL _ 1.4;
            targetGroup: ROPE _ ViewerTools.GetContents[h.group];
            FOR l: LIST OF ForceSubGroupsRec _ h.forceSubGroups, l.rest WHILE l#NIL DO
                IF Rope.Equal[l.first.fullName, targetGroup] THEN {
                    delay _ IO.GetInt[IO.RIS[ViewerTools.GetContents[h.delay]]];
                    width _ ((IO.GetInt[IO.RIS[ViewerTools.GetContents[h.width]]]+5)/10)*10;
                    IF l.first.subGroups.first.programable THEN {
                        hiDrive _ IO.GetReal[IO.RIS[ViewerTools.GetContents[h.hiDrive]]];
                        loDrive _ IO.GetReal[IO.RIS[ViewerTools.GetContents[h.loDrive]]];
                        };
                    };
                ENDLOOP;
            FOR l: LIST OF AcquireSubGroupsRec _ h.acquireSubGroups, l.rest WHILE l#NIL DO
                IF Rope.Equal[l.first.fullName, targetGroup] THEN {
                    sample _ IO.GetInt[IO.RIS[ViewerTools.GetContents[h.sample]]];
                    IF l.first.subGroups.first.programable THEN threshold _ IO.GetReal[IO.RIS[ViewerTools.GetContents[h.threshold]]];
                    };
                ENDLOOP;
            <<>>
            DoSetParameters[h, targetGroup, delay, width, sample, hiDrive, loDrive, threshold];
            };

        h: Handle _ NARROW[clientData];
        ReallySetParameters[h];
        };

    DoSetParameters: PROC [h: Handle, targetGroup: ROPE, delay: Delay, width: Width, sample: Sample, hiDrive, loDrive, threshold: REAL] 
    = {
        fg: IMSTester.ForceGroups _ NIL;
        ag: IMSTester.AcquireGroups _ NIL;
        FOR l: LIST OF ForceSubGroupsRec _ h.forceSubGroups, l.rest WHILE l#NIL DO
            IF Rope.Equal[l.first.fullName, targetGroup] THEN {
                fg _ l.first.subGroups;
                FOR f: IMSTester.ForceGroups _ fg, f.rest WHILE f#NIL DO
                    f.first.delay _ delay;
                    f.first.width _ ((width+5)/10)*10;
                    IF f.first.programable THEN {
                        f.first.hiDrive _ hiDrive;
                        f.first.loDrive _ loDrive;
                        };
                    ENDLOOP;
                };
            ENDLOOP;
        FOR l: LIST OF AcquireSubGroupsRec _ h.acquireSubGroups, l.rest WHILE l#NIL DO
            IF Rope.Equal[l.first.fullName, targetGroup] THEN {
                ag _ l.first.subGroups;
                FOR a: IMSTester.AcquireGroups _ ag, a.rest WHILE a#NIL DO
                    a.first.sample _ sample;
                    IF a.first.programable THEN a.first.threshold _ threshold;
                    ENDLOOP;
                };
            ENDLOOP;
        ViewerTools.SetContents[h.group, targetGroup];
        ReallyGetParameters[h];
        IF fg#NIL OR ag#NIL THEN IMSTester.RedefineGroups[fg, ag]
            ELSE Message[IO.PutFR1["Group name \"%g\" not found.\n", IO.rope[targetGroup]]];
        };

    Interrupt: Buttons.ButtonProc = {
        h: Handle _ NARROW[clientData];
        h.stop _ interrupt;
        };

    Continue: Buttons.ButtonProc = {
        h: Handle _ NARROW[clientData];
        IF h.testInProgress AND (h.stop = interrupt) THEN {
            DoTest[h ! InterruptSignal => CONTINUE];
            Cleanup[h];
            };
        };

    SingleCycle: Buttons.ButtonProc = {
        h: Handle _ NARROW[clientData];
        selectedButton: Viewer _ NARROW[parent];
        h.singleCycle _ NOT h.singleCycle;
        Buttons.SetDisplayStyle[selectedButton, IF h.singleCycle THEN $WhiteOnBlack ELSE $BlackOnWhite];
        };

    LoopTest: Buttons.ButtonProc = {
        h: Handle _ NARROW[clientData];
        selectedButton: Viewer _ NARROW[parent];
        h.loopTest _ NOT h.loopTest;
        Buttons.SetDisplayStyle[selectedButton, IF h.loopTest THEN $WhiteOnBlack ELSE $BlackOnWhite];
        };

    StopLoop: Buttons.ButtonProc = {
        h: Handle _ NARROW[clientData];
        IF h.testInProgress AND h.loopTest THEN Buttons.SetDisplayStyle[h.startTest, $BlackOnWhite];
        IMSTester.Stop[];
        h.testInProgress _ FALSE;
        };

    GetErrors: Buttons.ButtonProc = {
        ENABLE IO.Error, Convert.Error, RuntimeError.BoundsFault => {Message["Illegal ""Mem Cycle"" parameter"]; CONTINUE};
        ReallyGetErrors: PROC [h: Handle] = {
            errors: IMSTester.Errors;
            test: Test _ NARROW[SymTab.Fetch[x: h.testProcsTable, key: h.currentTestProc].val];
            start: Cycle _ Convert.IntFromRope[ViewerTools.GetContents[h.memCycle]];
            valid: BOOL _ FALSE; errorCycle: Cycle;
            IF start<test.start THEN start _ test.start;
            IF start>test.start+test.length-1 THEN start _ test.start+test.length-1;
            SELECT mouseButton FROM
                red => {
                    [valid, errorCycle] _ IMSTester.GetRawErrors[h.outStream, h.forceGroups, h.acquireGroups, test.start+test.length-1, start, 
                    test.start-1];
                    };
                yellow => ViewerTools.SetContents[h.memCycle, IO.PutR1[IO.int[start-1]]];
                blue => {
                    errors _ IMSTester.GetErrors[h.acquireGroups, h.buffer, test.start, test.start+test.length-1, start, test.start-1];
                    FOR l: IMSTester.Errors _ errors, l.rest WHILE l#NIL DO
                        IO.PutF[h.outStream, "Cycle: %g, %g, Expected: %g\n", IO.int[l.first.cycle], IO.rope[GetName[h, 
                        l.first.pin.signalName].acquireName], IO.bool[l.first.expected]];
                        ENDLOOP;
                    IF errors#NIL THEN {
                        valid _ TRUE;
                        errorCycle _ errors.first.cycle;
                        };
                    };
                ENDCASE => ERROR;
            IF valid THEN ViewerTools.SetContents[h.memCycle, IO.PutR1[IO.int[errorCycle+1]]];
            };

        h: Handle _ NARROW[clientData];
        ReallyGetErrors[h];
        };

    GetMemory: Buttons.ButtonProc = {
        ENABLE IO.Error, Convert.Error, RuntimeError.BoundsFault => {Message["Illegal ""Mem Cycle"" parameter"]; CONTINUE};
        ReallyGetMemory: PROC [h: Handle] = {
            test: Test _ NARROW[SymTab.Fetch[x: h.testProcsTable, key: h.currentTestProc].val];
            cycle: Cycle _ Convert.IntFromRope[ViewerTools.GetContents[h.memCycle]];
            IF mouseButton#yellow THEN {
                IF cycle<test.start THEN cycle _ test.start;
                IF cycle>test.start+test.length-1 THEN cycle _ test.start+test.length-1;
                };
            IF h.enableTester THEN IMSTester.GetMemory[h.outStream, cycle, h.forceGroups, h.acquireGroups, test.start-1];
            cycle _ cycle+(IF mouseButton#blue THEN incr ELSE -incr);
            ViewerTools.SetContents[h.memCycle, IO.PutR1[IO.int[cycle]]];
            };

        h: Handle _ NARROW[clientData];
        incr: INT _ SELECT TRUE FROM control AND shift=> 8, control=> 4, shift =>2, ENDCASE=>1;
        ReallyGetMemory[h];
        };

    DumpErrors: Buttons.ButtonProc = {
        h: Handle _ NARROW[clientData];
        test: Test _ NARROW[SymTab.Fetch[x: h.testProcsTable, key: h.currentTestProc].val];
        valid: BOOL; errorCycle: Cycle; 
        s: IO.STREAM _ FS.StreamOpen[fileName: Rope.Cat[h.currentTestProc, ".err"], accessOptions: $create, wDir: h.wDir];
        errorCycle _ test.start;
        DO
            [valid, errorCycle] _ IMSTester.GetRawErrors[s, h.forceGroups, h.acquireGroups, test.start+test.length-1, errorCycle, test.start-1];
            IF NOT valid THEN EXIT;
            errorCycle _ errorCycle+1;
            ENDLOOP;
        IO.Close[s];
        };

    DumpMemory: Buttons.ButtonProc = {
        h: Handle _ NARROW[clientData];
        test: Test _ NARROW[SymTab.Fetch[x: h.testProcsTable, key: h.currentTestProc].val];
        s: IO.STREAM _ FS.StreamOpen[fileName: Rope.Cat[h.currentTestProc, ".mem"], accessOptions: $create, wDir: h.wDir];
        FOR cycle: Cycle IN [test.start..test.start+test.length) DO
            IMSTester.GetMemory[s, cycle, h.forceGroups, h.acquireGroups, test.start-1];
            ENDLOOP;
        IO.Close[s];
        };

    Message: PROC [rope: ROPE] = {
        MessageWindow.Append[rope, TRUE];
        MessageWindow.Blink[];
        MessageWindow.Append[rope, TRUE];
        };

    ForceDataToBuffer: PROC [h: Handle] = {
        cycle: Cycle _ h.cycle;
        FOR l: LIST OF MapRec _ h.forceMap, l.rest WHILE l#NIL DO
            board: IMSTester.Board _ l.first.b;
            pod: IMSTester.PodChannel _ l.first.p;
            port: Ports.Port _ l.first.port;
            index: NAT _ l.first.index;
            inhibit: BOOL _ (IF port.driveType=aggregate THEN port.d ELSE port.ds[index]) IN [FIRST[Ports.Drive]..none];
            SELECT port.levelType FROM
                l, ls => {
                    SELECT (IF port.levelType=l THEN port.l ELSE port.ls[index]) FROM
                        L => {
                            h.buffer[cycle][board][pod].forceData _ FALSE;
                            h.buffer[cycle][board][pod].inhibit _ FALSE;
                            };
                        H => {
                            h.buffer[cycle][board][pod].forceData _ TRUE;
                            h.buffer[cycle][board][pod].inhibit _ FALSE;
                            };
                        X => h.buffer[cycle][board][pod].inhibit _ TRUE;
                        ENDCASE => ERROR;
                    };
                b, bs => {
                    h.buffer[cycle][board][pod].forceData _ IF port.levelType=b THEN port.b ELSE port.bs[index];
                    h.buffer[cycle][board][pod].inhibit _ inhibit;
                    };
                c => {
                    bitMask: CARDINAL _ Basics.BITSHIFT[08000h, -port.fieldStart-index];
                    h.buffer[cycle][board][pod].forceData _ Basics.BITAND[port.c, bitMask]#0;
                    h.buffer[cycle][board][pod].inhibit _ inhibit;
                    };
                lc => {
                    bitMask: LONG CARDINAL _ Basics.DoubleShift[[lc[080000000h]], -port.fieldStart-index].lc;
                    h.buffer[cycle][board][pod].forceData _ Basics.DoubleAnd[[lc[port.lc]], [lc[bitMask]]].lc#0;
                    h.buffer[cycle][board][pod].inhibit _ inhibit;
                    };
                ENDCASE => ERROR;
            CheckStop[h];
            ENDLOOP;
        };

    CompareDataToBuffer: PROC [h: Handle] = {
        cycle: Cycle _ h.cycle;
        FOR l: LIST OF MapRec _ h.acquireMap, l.rest WHILE l#NIL DO
            board: IMSTester.Board _ l.first.b;
            pod: IMSTester.PodChannel _ l.first.p;
            port: Ports.Port _ l.first.port;
            index: NAT _ l.first.index;
            mask: BOOL _ (IF port.driveType=aggregate THEN port.d ELSE port.ds[index]) # expect;
            SELECT port.levelType FROM
                l, ls => {
                    SELECT (IF port.levelType=l THEN port.l ELSE port.ls[index]) FROM
                        L => {
                            h.buffer[cycle][board][pod].compareData _ FALSE;
                            h.buffer[cycle][board][pod].mask _ mask
                            };
                        H => {
                            h.buffer[cycle][board][pod].compareData _ TRUE;
                            h.buffer[cycle][board][pod].mask _ mask
                            };
                        X => h.buffer[cycle][board][pod].mask _ mask;
                        ENDCASE => ERROR;
                    };
                b, bs => {
                    h.buffer[cycle][board][pod].compareData_IF port.levelType=b THEN port.b ELSE port.bs[index];
                    h.buffer[cycle][board][pod].mask _ mask;
                    };
                c => {
                    bitMask: CARDINAL _ Basics.BITSHIFT[08000h, -port.fieldStart-index];
                    h.buffer[cycle][board][pod].compareData _ Basics.BITAND[port.c, bitMask]#0;
                    h.buffer[cycle][board][pod].mask _ mask;
                    };
                lc => {
                    bitMask: LONG CARDINAL _ Basics.DoubleShift[[lc[080000000h]], -port.fieldStart-index].lc;
                    h.buffer[cycle][board][pod].compareData _ Basics.DoubleAnd[[lc[port.lc]], [lc[bitMask]]].lc#0;
                    h.buffer[cycle][board][pod].mask _ mask;
                    };
                ENDCASE => ERROR;
            CheckStop[h];
            ENDLOOP;
        };

    MapPortToBuffer: PROC [h: Handle] = {
        FlushMark: PROC [wire: Core.Wire, foundMark: BOOL] ~ {
            foundMark _ foundMark OR CoreProperties.GetWireProp[wire, $mark] # NIL;
            CoreProperties.PutWireProp[wire, $mark, NIL];
            IF wire.size=0 AND NOT foundMark
                THEN h.outStream.PutF["Public with no explicit assignment: %g\n",
                    IO.rope[CoreOps.GetFullWireName[h.cellType.public, wire]] ];
            FOR i: INT IN [0..wire.size) DO FlushMark[wire[i], foundMark] ENDLOOP;};
        EachPair: PROC [wire: Core.Wire, port: Ports.Port] RETURNS [subElements: BOOL _ TRUE, quit: BOOL _ FALSE] 
        --Ports.EachPortPairProc-- = {
            podChannel: IMSTester.PodChannel _ (SELECT a.first.pod FROM A=>0, B=>8, AT=>16, BT=>17 ENDCASE=>ERROR) + a.first.channel;
            IF CoreOps.IsFullWireName[h.cellType.public, wire, a.first.name] AND a.first.group#0 THEN {
                found _ TRUE;
                CoreProperties.PutWireProp[wire, $mark, $mark];
                IF port#NIL THEN rootPort _ port;
                IF (g.first.directionality=force) OR (g.first.directionality=biDirectional) THEN {
                    FOR l: LIST OF MapRec _ h.forceMap, l.rest WHILE l#NIL DO
                        IF l.first.b=a.first.board AND l.first.p=podChannel THEN ERROR; --two force ports map to same buffer
                        ENDLOOP;
                    h.forceMap _ CONS[[a.first.board, podChannel, rootPort, IF port=NIL THEN count ELSE 0], h.forceMap];
                    };
                IF (g.first.directionality=acquire) OR (g.first.directionality=biDirectional) THEN {
                    FOR l: LIST OF MapRec _ h.acquireMap, l.rest WHILE l#NIL DO
                        IF l.first.b=a.first.board AND l.first.p=podChannel THEN ERROR; --two acquire ports map to same buffer
                        ENDLOOP;
                    h.acquireMap _ CONS[[a.first.board, podChannel, rootPort, IF port=NIL THEN count ELSE 0], h.acquireMap];
                    };
                RETURN[TRUE];
                };
            IF port#NIL AND port.levelType#composite THEN {count _ 0; rootPort _ port}
                ELSE count _ count+1;
            };

        count: NAT _ 0;
        a: Assignments;
        g: Groups;
        badAssignments: BOOL_FALSE;
        found: BOOL;
        rootPort: Ports.Port;
        h.outStream.PutRope["Checking Assignments\n"];
        FOR g _ h.groups, g.rest WHILE g#NIL DO
            FOR a _ h.assignments, a.rest WHILE a#NIL DO
                IF g.first.number=a.first.group THEN {
                    found _ FALSE;
                    [] _ Ports.VisitBinding[h.cellType.public, h.port, EachPair];
                    IF NOT found THEN {
                        badAssignments _ TRUE;
                        h.outStream.PutF["Assignment not found in public: %g\n", IO.rope[a.first.name] ] }};
                ENDLOOP;
            ENDLOOP;
        FlushMark[h.cellType.public, FALSE];
        IF badAssignments THEN BadAssignments[]};

    BadAssignments:    SIGNAL = CODE;

    LimitNameLength: PROC [nameTab: SymTab.Ref, name: ROPE, length: NAT] RETURNS [newName: ROPE] = {
    <<Looks for ropes in the form: "beforeRope, numericRope, afterRope".  Truncates afterRope first and numericRope last in order to 
    get rope to conform to length.>>
    IF name = NIL THEN name _ "IMS";
    IF Rope.Length[name] > length THEN {
    c: CHAR;
    beforeRope, numericRope, afterRope: ROPE _ NIL;
    beforeLength, numericLength, afterLength: NAT;
    after: BOOL _ FALSE;
    s: IO.STREAM _ IO.RIS[name];
    WHILE NOT s.EndOf[] DO
    SELECT (c _ s.GetChar[]) FROM
    IN ['!..'$], IN ['&..'+], '-, '., '/, ':, '<, '>, '?, IN ['A..'~] => IF after THEN afterRope _ Rope.Concat[afterRope, 
    Rope.FromChar[c]] ELSE beforeRope _ Rope.Concat[beforeRope, Rope.FromChar[c]]; --any printable char but SP, ', '= '% and '; are 
    OK
    '%, IN ['0..'9] => {
    numericRope _ Rope.Concat[numericRope, Rope.FromChar[c]];
    WHILE NOT s.EndOf[] AND (c _ s.PeekChar[]) >= '0 AND c <='9 DO 
    numericRope _ Rope.Cat[numericRope, Rope.FromChar[s.GetChar[]]];
    ENDLOOP;
    after _ TRUE;
    };
    ENDCASE => ERROR -- illegal character in name
    ENDLOOP;
    beforeLength _ Rope.Length[beforeRope];
    numericLength _ Rope.Length[numericRope];
    afterLength _ Rope.Length[afterRope];
    IF numericLength < length THEN 
    IF (beforeLength + numericLength) < length THEN 
    IF (beforeLength + numericLength + afterLength) < length THEN newName _ name
    ELSE newName _ Rope.Substr[name, 0, length]
    ELSE newName _ Rope.Concat[Rope.Substr[beforeRope, 0, length-numericLength], numericRope]
    ELSE newName _ Rope.Substr[numericRope, 0, length];
    WHILE NOT SymTab.Insert[nameTab, newName, name] DO --if short name exists, add %## to it
    number, index: INTEGER;
    IF (index _ Rope.Find[newName, "%"]) # -1 THEN {
    number _ (Rope.Fetch[newName, index+1]-'0)*10 + (Rope.Fetch[newName, index+2]-'0)+1;
    newName _ Rope.Substr[newName, 0, index];
    newName _ IO.PutFR["%g%%%02g", IO.rope[newName], IO.card[number]];
    } ELSE {
    newName _ Rope.Substr[newName, 0, length-3];
    newName _ Rope.Concat[newName, "%00"];
    };
    ENDLOOP;
        } ELSE newName _ name;
        IF NOT SymTab.Insert[nameTab, name, newName] THEN ERROR; --name multiply defined
        };

    LimitGroupSize: PROC [h: Handle, groups: PodTimingGroups, boardToSlot: REF BoardToSlot] RETURNS [listOfGroups: LIST OF 
    PodTimingGroups] = {
        <<Splits up groups which are larger that the IMS maximum of 32 channels into subgroups.  Also splits up groups which span 
        programable drive level or acquire threshold modules so that such modules are referenced by unique group names (another IMS 
        restriction).  >>
        newGroup, reversedGroup: PodTimingGroups;
        reversedGroupList: LIST OF PodTimingGroups;
        channels: NAT;
        addToGroup: BOOL;
        channels _ 0;
        newGroup _ NIL;
        reversedGroupList _ NIL;
        FOR p: PodTimingGroups _ groups, p.rest WHILE p#NIL DO
            FOR l: IMSTester.Pins _ p.first.pins, l.rest WHILE l#NIL DO
                channels _ channels + 1;
                ENDLOOP;
            addToGroup _ channels <= 32 AND 
                (IF newGroup#NIL THEN
                    boardToSlot[newGroup.first.board].programable=boardToSlot[p.first.board].programable
                    ELSE TRUE);
            IF addToGroup THEN newGroup _ CONS[p.first, newGroup];
            IF NOT addToGroup THEN {
                <<re-reverse the elements on the list (for aesthetic reasons only)>>
                reversedGroup _ NIL;
                FOR p: PodTimingGroups _ newGroup, p.rest WHILE p#NIL DO
                    reversedGroup _ CONS[p.first, reversedGroup];
                    ENDLOOP;
                listOfGroups _ CONS[reversedGroup, listOfGroups];
                channels _ 0;
                newGroup _ LIST[p.first];
                FOR l: IMSTester.Pins _ p.first.pins, l.rest WHILE l#NIL DO
                    channels _ channels + 1;
                    ENDLOOP;
                };
            ENDLOOP;
        <<add the leftovers to the list (in aesthetic order)>>
        reversedGroup _ NIL;
        IF newGroup#NIL THEN FOR p: PodTimingGroups _ newGroup, p.rest WHILE p#NIL DO
            reversedGroup _ CONS[p.first, reversedGroup];
            ENDLOOP;
        listOfGroups _ CONS[reversedGroup, listOfGroups];
        };

    MakePodTimingGroup: PROC [h: Handle, g: Group, boardToSlot: REF BoardToSlot, nameTab: SymTab.Ref] RETURNS [podTimingGroups: 
    IMSTester.PodTimingGroups] = {
        FOR a: Assignments _ h.assignments, a.rest WHILE a#NIL DO
            IF a.first.group = g.number THEN {
                FOR l: PodTimingGroups _ podTimingGroups, l.rest WHILE l#NIL DO
                    IF l.first.board = a.first.board AND l.first.podTiming = a.first.pod THEN {
                        FOR p: IMSTester.Pins _ l.first.pins, p.rest WHILE p#NIL DO
                            IF p.first.channel = a.first.channel THEN ERROR; --channel assigned twice
                            ENDLOOP;
                        l.first.pins _ CONS[NEW[IMSTester.PinRec _ [
                            channel: a.first.channel, 
                            signalName: LimitNameLength[nameTab, a.first.name, signalNameLength], 
                            packagePin: a.first.probeCardPin]], l.first.pins];
                        EXIT;
                        };
                    REPEAT
                        FINISHED =>
                            podTimingGroups _ CONS[NEW[IMSTester.PodTimingGroupRec _ [
                                slot: boardToSlot[a.first.board].slot,
                                board: a.first.board,
                                podTiming: a.first.pod,
                                pins: LIST[NEW[IMSTester.PinRec _ [
                                    channel: a.first.channel, 
                                    signalName: LimitNameLength[nameTab, a.first.name, signalNameLength],
                                    packagePin: a.first.probeCardPin]]]]], podTimingGroups];
                    ENDLOOP; 
                };
            ENDLOOP;
        };

    MakeForceAcquireGroups: PROC [h: Handle] = {
        listOfGroups: LIST OF PodTimingGroups;
        count: NAT;
        forceSubGroup: IMSTester.ForceGroup;
        acquireSubGroup: IMSTester.AcquireGroup;
        FOR g: Groups _ h.groups, g.rest WHILE g#NIL DO
            IF g.first.directionality=force OR g.first.directionality=biDirectional THEN {
                listOfGroups _ LimitGroupSize[h, MakePodTimingGroup[h, g.first, h.forceBoardToSlot, h.forceNamesTab], h.forceBoardToSlot];
                h.forceSubGroups _ CONS[[g.first.name, NIL], h.forceSubGroups];
                count _ 0;
                FOR l: LIST OF PodTimingGroups _ listOfGroups, l.rest WHILE l#NIL DO
                    forceSubGroup _ NEW[IMSTester.ForceGroupRec _ [LimitNameLength[h.forceNamesTab, IO.PutFR["F%g%%%02g", IO.rope[g.first.name], 
                    IO.card[count]], groupNameLength], l.first, g.first.format, g.first.delay, g.first.width, g.first.programable, 
                    g.first.hiDrive, g.first.loDrive]];
                    h.forceGroups _ CONS[forceSubGroup, h.forceGroups];
                    h.forceSubGroups.first.subGroups _ CONS[forceSubGroup, h.forceSubGroups.first.subGroups];
                    count _ count+1;
                    ENDLOOP;
                };
            IF g.first.directionality=acquire OR g.first.directionality=biDirectional THEN {
                listOfGroups _ LimitGroupSize[h, MakePodTimingGroup[h, g.first, h.acquireBoardToSlot, h.acquireNamesTab], h.acquireBoardToSlot];
                h.acquireSubGroups _ CONS[[g.first.name, NIL], h.acquireSubGroups];
                count _ 0;
                FOR l: LIST OF PodTimingGroups _ listOfGroups, l.rest WHILE l#NIL DO
                    acquireSubGroup _ NEW[IMSTester.AcquireGroupRec _ [LimitNameLength[h.acquireNamesTab, IO.PutFR["A%g%%%02g", IO.rope[g.first.name], 
                    IO.card[count]], groupNameLength], l.first, g.first.sample, g.first.compare, g.first.programable, 
                    g.first.threshold]];
                    h.acquireGroups _ CONS[acquireSubGroup, h.acquireGroups];
                    h.acquireSubGroups.first.subGroups _ CONS[acquireSubGroup, h.acquireSubGroups.first.subGroups];
                    count _ count+1;
                    ENDLOOP;
                };
            ENDLOOP;
        };

    NotifyPeriodChange: PROC [h: Handle, period: Period] ~ {
        proc: ICTest.PeriodChangeProc _ NARROW[SymTab.Fetch[x: h.testProcsTable, key: periodChangeProc].val, REF ICTest.PeriodChangeProc]^;
        IMSTester.SetCyclePeriod[period];
        FOR g: Groups _ proc[period], g.rest WHILE g#NIL DO
            first: Group _ g.first;
            DoSetParameters[h, first.name, first.delay, first.width, first.sample, first.hiDrive, first.loDrive, first.threshold];
            ENDLOOP;
        };

    Init: PROC[h: Handle] = {
        filename: ROPE;
        period: Period;

        filename _ ViewerTools.GetContents[h.waferFile];
        h.inStream _ FS.StreamOpen[fileName: filename, wDir: h.wDir ! FS.Error =>
            {Message[IO.PutFR["Wafer file: %g not found", IO.rope[filename]]]; CONTINUE}];
        IF h.port=NIL THEN h.port _ Ports.CreatePort[h.cellType, TRUE];
    IF h.clockAName#NIL THEN h.clockAPort _ h.port[Ports.PortIndex[h.cellType.public, h.clockAName]];
    IF h.clockBName#NIL THEN h.clockBPort _ h.port[Ports.PortIndex[h.cellType.public, h.clockBName]];
    <<IF h.clockAPort=NIL AND h.clockBPort=NIL THEN ERROR; --can't find clocks>>
        IMSTester.checkSyntax _ NOT h.enableTester;
        period _ ((IO.GetInt[IO.RIS[ViewerTools.GetContents[h.period]]]+5)/10)*10;
        ViewerTools.SetContents[h.period, IO.PutR1[IO.int[period]]];
    IF h.forceNamesTab=NIL THEN FirstStart[h, period]; --first time Start Test is pressed
    IF h.lastPeriod#period THEN NotifyPeriodChange[h, period];
        h.lastPeriod _ period;
        h.cycle _ 0;
        <<IF h.enableStepper THEN EGlas.Init[];>>
        };

    FirstStart: PROC [h: Handle, period: Period] ~ {
    forceBoard, acquireBoard, programable: PACKED ARRAY IMSTester.SlotNumber OF BOOLEAN;
    board: NAT;

        h.forceNamesTab _ SymTab.Create[];
        h.acquireNamesTab _ SymTab.Create[];
        [forceBoard, acquireBoard, programable] _ IMSTester.Initialize[h.wDir];
        board _ 0;
        FOR slot: IMSTester.SlotNumber IN IMSTester.SlotNumber DO
            IF forceBoard[slot] THEN {
                h.forceBoardToSlot[board] _ [slot, programable[slot]];
                board _ board+1;
                };
            ENDLOOP;
        board _ 0;
        FOR slot: IMSTester.SlotNumber IN IMSTester.SlotNumber DO
            IF acquireBoard[slot] THEN {
                h.acquireBoardToSlot[board] _ [slot, programable[slot]];
                board _ board+1;
                };
            ENDLOOP;
        MakeForceAcquireGroups[h];
        MapPortToBuffer[h];
        IMSTester.SetCyclePeriod[period]; --have to do this BEFORE defining groups
        IMSTester.DefineGroups[h.forceGroups, h.acquireGroups];
        h.buffer _ NEW[IMSTester.BufferRec[1]];
        h.buffer[0] _ NEW[IMSTester.CycleDataRec];
        h.firstFreeCycle _ 1; -- reserve location zero for dispatches and singlecycle execution
        h.nullCycleData _ NEW[IMSTester.CycleDataRec];
        FOR b: Board IN Board DO
            FOR p: PodChannel IN PodChannel DO
                h.nullCycleData[b][p].forceData _ FALSE;
                h.nullCycleData[b][p].inhibit _ TRUE;
                h.nullCycleData[b][p].compareData _ FALSE;
                h.nullCycleData[b][p].mask _ TRUE;
                ENDLOOP;
            ENDLOOP;
        };

Cleanup: PROC [h: Handle] = {
    <<IF h.enableStepper THEN EGlas.LampOn[];>>
    IF NOT h.loopTest THEN IMSTester.Stop[];
    };

    GetName: PROC [h: Handle, key: Rope.ROPE] RETURNS [forceName, acquireName: Rope.ROPE] = {
        val: SymTab.Val;
        found: BOOL;
        [found, val] _ SymTab.Fetch[h.forceNamesTab, key];
        forceName _ IF found THEN NARROW[val, Rope.ROPE] ELSE NIL;
        [found, val] _ SymTab.Fetch[h.acquireNamesTab, key];
        acquireName _ IF found THEN NARROW[val, Rope.ROPE] ELSE NIL;
        };

LookUpName: Commander.CommandProc = {
argv: CommandTool.ArgumentVector _ CommandTool.Parse[cmd: cmd
  ! CommandTool.Failed => {msg _ errorMsg; GO TO failed}];
    key, forceName, acquireName: Rope.ROPE;
FOR i: NAT IN [1..argv.argc) DO
key _ argv[i];
IF Rope.Length[key] = 0 THEN LOOP ELSE EXIT;
ENDLOOP;
[forceName, acquireName] _ GetName[NARROW[cmd.procData.clientData], key];
IF forceName#NIL THEN IO.PutF[cmd.out, "Force name: %g\n", IO.rope[forceName]];
IF acquireName#NIL THEN IO.PutF[cmd.out, "Acquire name: %g\n", IO.rope[forceName]];
    IF forceName=NIL AND acquireName=NIL THEN IO.PutF[cmd.out, "%g not found\n", IO.rope[key]];
    EXITS
        failed => NULL;
    };

END.