DIRECTORY
Ascii USING [CR, FF, LF, NUL, SP, TAB],
Atom USING [GetPropFromList],
Convert USING [Error, RealFromRope],
Graph USING [CaretIndex, CaretSpec, ColorIndex, Entity, FontIndex, GraphHandle, NtNan, ROPE, TargetSpec, ValueList, XY],
GraphOps USING [AddCurve, NewGraph, SetXValues],
GraphPrivate USING [DataError, RopeList, SyntaxError],
GraphUtil USING [BlinkMsg, LengthOfVL],
IO USING [EndOfStream, Error, GetCedarToken, GetChar, GetID, GetIndex, int, PeekChar, PutFR, rope, SetIndex, STREAM, TokenError, TokenKind],
List USING [Kill],
Real USING [Fix],
RefText USING [Equal, ObtainScratch, ReleaseScratch, TrustTextAsRope],
Rope USING [Equal, FromRefText, Substr];

GraphReadAscii: CEDAR PROGRAM
IMPORTS Atom, Convert, GraphOps, GraphPrivate, IO, GraphUtil, List, Real, RefText, Rope
EXPORTS GraphPrivate = {

OPEN Graph, GraphOps, GraphPrivate, GraphUtil;

TextDataKeys: TYPE = {varsKey, nVarsKey, valuesKey, noneKey};
LVL: TYPE = LIST OF ValueList;

ReadAsciiFile: PUBLIC PROC [handle: GraphHandle, s: IO.STREAM] RETURNS [msg: ROPE _ NIL] = {
ok: BOOL _ TRUE;
key: ROPE _ s.GetID[ ! IO.EndOfStream, IO.Error => ok _ FALSE];
IF ok THEN ok _ key.Equal["graph", FALSE];
IF ok THEN msg _ ReadAsciiComplex[handle, s]
ELSE {
s.SetIndex[0];
msg _ ReadAsciiSimple[handle, s];
};
}; -- ReadAsciiFile

ReadAsciiComplex: PROC [handle: GraphHandle, s: IO.STREAM] RETURNS [msg: ROPE _ NIL] = {
msg _ "Not implemented yet."
}; -- ReadAsciiComplex

ReadAsciiSimple: PROC [handle: GraphHandle, s: IO.STREAM] RETURNS [msg: ROPE _ NIL] = {
ENABLE {
SyntaxError => {msg _ IO.PutFR["Syntax error at [%g], %g.",
IO.int[s.GetIndex[]], IO.rope[message]]; CONTINUE};
DataError => {msg _ IO.PutFR["Error at [%g], %g.",
IO.int[s.GetIndex[]], IO.rope[message]]; CONTINUE};
};

buffer: REF TEXT _ RefText.ObtainScratch[512];
tokenKind: IO.TokenKind _ tokenCOMMENT;
token: REF TEXT;
charsSkipped: INT;
error: IO.TokenError;

get: BOOL _ TRUE;
endOfFile: BOOL _ FALSE;
key: TextDataKeys _ noneKey;

nVars, specifiedN, guessedN, finalN, iRow, iCol: INT;
-- iRow, iCol: last row/col processed so far.
varsSpecified, nVarsSpecified, valuesSpecified, nVarsGuessed, nToBeGuessed, endOfGroup: BOOL;
vars, lastVar: RopeList;
xvalues: ValueList;
yvalues, tlvl: LVL;
status: ROPE;

AppendIDtoNames: PROC [] = {
nl: RopeList _ CONS[Rope.FromRefText[token], NIL];
IF lastVar = NIL THEN {vars _ lastVar _ nl}
ELSE {lastVar.rest _ nl; lastVar _ nl};
nVars _ nVars + 1;
varsSpecified _ TRUE;
}; -- AppendIDtoNames

AppendROPEtoNames: PROC [] = { -- othere input/output: vars and lastVar
name: ROPE _ IF token.length <= 2 THEN "" ELSE Rope.FromRefText[token].Substr[1, token.length - 2];
nl: RopeList _ CONS[name, NIL];
IF lastVar = NIL THEN {vars _ lastVar _ nl}
ELSE {lastVar.rest _ nl; lastVar _ nl};
nVars _ nVars + 1;
varsSpecified _ TRUE;
}; -- AppendROPEtoNames

ProcessTokenID: PROC [] = {
currKey: TextDataKeys _ key;
nextChar: CHAR;
[nextChar, endOfFile] _ PeekNextNonBlankChar[s];
IF endOfFile THEN SELECT currKey FROM
varsKey, nVarsKey, noneKey => SIGNAL DataError["can't find values"];
valuesKey => endOfGroup _ TRUE;
ENDCASE
ELSE IF nextChar = ': THEN {
[] _ s.GetChar[];
key _ GetKeyWord[token, s];
SELECT key FROM
varsKey => {
IF currKey = varsKey THEN SIGNAL SyntaxError["duplicate vars key"];
IF valuesSpecified THEN endOfGroup _ TRUE
ELSE IF varsSpecified THEN SIGNAL SyntaxError["duplicate vars key"];
};
nVarsKey => {
IF currKey = nVarsKey THEN SIGNAL SyntaxError["duplicate nVars key"];
IF valuesSpecified THEN endOfGroup _ TRUE
ELSE IF nVarsSpecified THEN SIGNAL SyntaxError["duplicate nVars key"];
};
valuesKey => {
IF currKey = valuesKey THEN endOfGroup _ TRUE; -- values must have been specified.
[finalN, vars, yvalues] _ InitData[nVarsSpecified, specifiedN, nVars, vars];
};
ENDCASE; -- nothing else after GetKeyWord.
}
ELSE
SELECT key FROM
varsKey => AppendIDtoNames[];
valuesKey => { -- values must have been specified.
endOfGroup _ TRUE;
key _ varsKey; get _ FALSE;
};
nVarsKey => { -- nVarsSpecified must have been specified.
IF varsSpecified THEN {
IF valuesSpecified THEN {
endOfGroup _ TRUE;
key _ varsKey; get _ FALSE;
}
ELSE SIGNAL SyntaxError["possibly missing `:' after keyword"];
}
ELSE { -- vars not specified.
key _ varsKey; get _ FALSE;
};
};
ENDCASE => { -- noneKey, so values, vars, and nName are not specified.
key _ varsKey; get _ FALSE;
};
}; -- ProcessTokenID

UNTIL endOfFile DO
nVars _ specifiedN _ guessedN _ iRow _ iCol _ 0;
finalN _ -1;
varsSpecified _ nVarsSpecified _ nVarsGuessed _ nToBeGuessed _ valuesSpecified _ endOfGroup _ FALSE;
vars _ lastVar _ NIL;
xvalues _ NIL;
yvalues _ tlvl _ NIL;
status _ NIL;
UNTIL endOfGroup OR endOfFile DO
IF get THEN [tokenKind, token, charsSkipped, error] _ s.GetCedarToken[buffer]
ELSE get _ TRUE;
SELECT tokenKind FROM
tokenCOMMENT => LOOP;
tokenERROR => SIGNAL SyntaxError[];
tokenEOF => {
IF NOT valuesSpecified THEN SIGNAL DataError["can't find values"];
endOfFile _ TRUE;
EXIT;
};
ENDCASE => SELECT key FROM 
noneKey => { -- can happen only at first time in the loop.
SELECT tokenKind FROM
tokenROPE => {key _ varsKey; get _ FALSE};
tokenID => ProcessTokenID[];
tokenREAL, tokenDECIMAL => {
key _ valuesKey; get _ FALSE;
[finalN, vars, yvalues] _ InitData[nVarsSpecified, specifiedN, nVars, vars];
};
ENDCASE => SIGNAL SyntaxError["key word, rope, or values expected"];
};
nVarsKey => {
status _ "after nVars key";
SELECT tokenKind FROM
tokenDECIMAL, tokenREAL => {
IF nVarsSpecified THEN {
key _ valuesKey; get _ FALSE;
[finalN, vars, yvalues] _ InitData[nVarsSpecified, specifiedN, nVars, vars];
}
ELSE {
ok: BOOL _ TRUE;
rope: ROPE _ RefText.TrustTextAsRope[token];
r: REAL;
r _ Convert.RealFromRope[rope
! Convert.Error => {ok _ FALSE; CONTINUE}];
IF ok THEN {
IF r > LAST[INT] THEN SIGNAL DataError["nVars too big"];
IF r < 1 THEN SIGNAL DataError["nVars < 1"];
specifiedN _ Real.Fix[r];
nVarsSpecified _ TRUE;
}
ELSE SIGNAL DataError[status];
};
};
ENDCASE => {
IF NOT nVarsSpecified THEN SIGNAL DataError["can't find the number of variables"];
SELECT tokenKind FROM
tokenSINGLE => LOOP;
tokenID => ProcessTokenID[];
tokenROPE => {
IF varsSpecified THEN SIGNAL DataError["names have been listed"];
key _ varsKey; get _ FALSE;
};
ENDCASE => SIGNAL SyntaxError[status];
};
};
varsKey => {
status _ "getting vars";
SELECT tokenKind FROM
tokenROPE => AppendROPEtoNames[];
tokenID => ProcessTokenID[];
tokenSINGLE => LOOP;
tokenDECIMAL, tokenREAL => {
key _ valuesKey; get _ FALSE;
[finalN, vars, yvalues] _ InitData[nVarsSpecified, specifiedN, nVars, vars];
};
ENDCASE => SIGNAL SyntaxError[status];
}; -- varsKey
valuesKey => {
status _ "parsing values";
SELECT tokenKind FROM
tokenDECIMAL, tokenREAL => {
ok: BOOL _ TRUE;
r: REAL;
IF iCol = finalN OR iCol = 0 THEN {iCol _ 1; iRow _ iRow + 1}
ELSE iCol _ iCol + 1;
r _ IF RefText.Equal[token, "*"] THEN NtNan
ELSE Convert.RealFromRope[RefText.TrustTextAsRope[token]
! Convert.Error => {ok _ FALSE; CONTINUE}];
IF NOT ok THEN SIGNAL DataError[status];
IF iCol = 1 THEN {
xvalues _ CONS[r, xvalues];
tlvl _ yvalues;
}
ELSE {
IF tlvl = NIL THEN SIGNAL DataError["gee!"]; -- incredible? 
tlvl.first _ CONS[r, tlvl.first]; tlvl _ tlvl.rest;
};
valuesSpecified _ TRUE;
};
tokenSINGLE => LOOP;
tokenID => IF valuesSpecified THEN ProcessTokenID[]
ELSE SIGNAL DataError["can't find values"];
tokenROPE => {
IF NOT valuesSpecified THEN SIGNAL DataError["can't find values"];
endOfGroup _ TRUE;
key _ varsKey; get _ FALSE;
};
ENDCASE => SIGNAL SyntaxError[status];
}; -- valuesKey
ENDCASE;
ENDLOOP;
IF valuesSpecified THEN handle _ AddNewGraph[oldGraph: handle,
fileName: NARROW[Atom.GetPropFromList[s.propList, $Name]],
vars: vars, xvalues: xvalues, yvalues: yvalues];
ENDLOOP;
RefText.ReleaseScratch[token];
}; -- ReadAsciiSimple

KeyFromToken: PROC [token: REF TEXT] RETURNS [key: TextDataKeys _ noneKey] = {
IF token # NIL THEN RETURN [SELECT TRUE FROM
RefText.Equal[token, "nVars", FALSE],
RefText.Equal[token, "nVariables", FALSE] => nVarsKey,
RefText.Equal[token, "values", FALSE] => valuesKey,
RefText.Equal[token, "vars", FALSE],
RefText.Equal[token, "variables", FALSE] => varsKey,
ENDCASE => noneKey];
}; -- KeyFromToken

GetKeyWord: PROC [token: REF TEXT, s: IO.STREAM] RETURNS [key: TextDataKeys] = {
[] _ s.GetChar[]; -- skip the colon.
key _ KeyFromToken[token];
IF key = noneKey THEN SIGNAL SyntaxError["unknown key word"];
}; -- GetKeyWord

InitData: PROC [nVarsSpecified: BOOL, specifiedN, nVars: INT, names: RopeList] RETURNS [finalN: INT, vars: RopeList, lvl: LVL _ NIL] = { -- , toGuess: BOOL _ FALSE] = {
finalN _ nVars;
vars _ names;
IF vars = NIL AND NOT nVarsSpecified THEN SIGNAL DataError["number of variables unknown."];
IF vars = NIL AND nVarsSpecified THEN finalN _ specifiedN
ELSE IF nVarsSpecified AND vars # NIL THEN {
IF specifiedN # nVars THEN BlinkMsg["number of vars listed # specified nVars. The latter is discarded."];
};
IF finalN <= 1 THEN SIGNAL DataError["number of variables <= 1"];
IF vars = NIL THEN FOR i: INT IN [1..finalN] DO
vars _ CONS[NIL, vars];
ENDLOOP;
FOR j: INT IN [2..finalN] DO lvl _ CONS[NIL, lvl]; ENDLOOP;
}; -- InitData

BlankChar: PROC [char: CHAR] RETURNS [BOOL] = { OPEN Ascii;
RETURN [SELECT char FROM
SP, TAB, LF, CR, FF, NUL => TRUE, ENDCASE => FALSE]
}; -- BlankChar

PeekNextNonBlankChar: PROC [s: IO.STREAM] RETURNS [char: CHAR, eof: BOOL _ FALSE] = {
ENABLE IO.EndOfStream => {eof _ TRUE; CONTINUE};
WHILE BlankChar[char _ s.PeekChar[]] DO [] _ s.GetChar[] ENDLOOP;
}; -- PeekNextNonBlankChar

AddNewGraph: PROC [oldGraph: GraphHandle, fileName: ROPE,
vars: RopeList, xvalues: ValueList, yvalues: LVL] RETURNS [newGraph: GraphHandle] = {
tlvl: LVL;
lengthX, lengthY, iCurve, groupId: INT _ 0;
IF oldGraph = NIL OR vars = NIL OR xvalues = NIL OR yvalues = NIL THEN RETURN;
lengthX _ LengthOfVL[xvalues];
FOR tlvl _ yvalues, tlvl.rest UNTIL tlvl = NIL DO
iCurve _ iCurve + 1;
IF (lengthY _ LengthOfVL[tlvl.first]) # lengthX THEN SIGNAL DataError[
IO.PutFR["%g-th variable has %g values but x has %g values",
IO.int[iCurve], IO.int[lengthY], IO.int[lengthX]]];
ENDLOOP;

[newGraph, groupId] _ NewGraph[
fileName: fileName,
comment: fileName,
xName: vars.first,
oldGraph: oldGraph
];

[] _ SetXValues[handle: newGraph, values: xvalues, groupId: groupId]; -- xvalues is reversed, and it will be cleaned up.
tlvl _ yvalues;
FOR tn: RopeList _ vars.rest, tn.rest UNTIL tn = NIL DO
[] _ AddCurve[handle: newGraph, values: tlvl.first, groupId: groupId, name: tn.first];
tlvl _ tlvl.rest;
ENDLOOP;
TRUSTED {
List.Kill[LOOPHOLE[yvalues]];
List.Kill[LOOPHOLE[vars]];
};
}; -- AddNewGraph

}.

LOG.
SChen, November 16, 1985 9:40:08 pm PST, created.

θGraphReadAscii.mesa, Copyright c 1985 by Xerox Corporation.  All rights reserved.
Last Edited by:
Sweetsun Chen, November 17, 1985 2:24:51 am PST
read more complicated graph file in text format.
If values have been read, then vars key or nVars key will end previous group, and start a new group of data.

other input: s, token, varsSpecified; other output: key, get, eog. s is possibly affected too.
For nVarsKey and valuesKey, one must make sure the thing they indicate has been specified before calling this.
else ok.
else ok.
begin and end keys are not to be specified.
here we must find a legal key.
ELSE IF vars # NIL AND NOT nVarsSpecified THEN finalN _ nVars
ELSE {
finalN _ -1; -- toGuess _ TRUE};
IF NOT toGuess THEN {
ReadValueWithGuessedN: PROC [] = {
nextChar: CHAR;
IF NOT nVarsGuessed THEN {
vl: ValuesList _ CONS[r, NIL];
ttlvl: LVL _ CONS[vl, NIL];
IF finalN = -1 THEN finalN _ 1 ELSE finalN _ finalN + 1;
iCol _ finalN;
vars _ CONS[NIL, vars];
IF iCol = 1 THEN xvalues _ vl
ELSE IF tlvl = NIL THEN {yvalues _ tlvl _ ttlvl}
ELSE {tlvl.rest _ ttlvl; tlvl _ ttlvl};
nextChar _ s.PeekChar[];
WHILE BlankChar[(nextChar _ s.PeekChar[])] DO
ENABLE IO.EndOfStream => {endOfFile _ TRUE; GOTO found};
SELECT nextChar FROM
Ascii.CR, Ascii.LF => GOTO guessed;
ENDCASE => s.GetChar[];
nextChar _ s.PeekChar[];
ENDLOOP;
EXITS
found => {
nVarsGuessed _ TRUE;
ttlvl.first _ NIL;
tlvl _ NIL;
};
}
ELSE { -- nVarsGuessed
IF iCol = finalN THEN iCol _ 1 ELSE iCol _ iCol + 1;
};
}; -- ReadValuesWithGuessedN

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