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Scales fixed, Times added.

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This commit is contained in:
Norayr Chilingarian 2013-10-29 19:41:23 +04:00
parent 8652805181
commit dda22584da
5 changed files with 453 additions and 17 deletions
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29
makefile
View file

@ -154,17 +154,30 @@ stage6:
#Ulm's Oberon system libs #Ulm's Oberon system libs
$(VOCSTATIC) -sP ulmSys.Mod $(VOCSTATIC) -sP ulmSys.Mod
$(VOCSTATIC) -sP ulmSYSTEM.Mod $(VOCSTATIC) -sP ulmSYSTEM.Mod
$(VOCSTATIC) -sP ulmASCII.Mod ulmSets.Mod $(VOCSTATIC) -sP ulmASCII.Mod
$(VOCSTATIC) -sP ulmObjects.Mod ulmDisciplines.Mod $(VOCSTATIC) -sP ulmSets.Mod
$(VOCSTATIC) -sP ulmPriorities.Mod ulmServices.Mod ulmEvents.Mod ulmResources.Mod ulmForwarders.Mod ulmRelatedEvents.Mod $(VOCSTATIC) -sP ulmObjects.Mod
$(VOCSTATIC) -sP ulmIO.Mod ulmProcess.Mod ulmTypes.Mod ulmStreams.Mod $(VOCSTATIC) -sP ulmDisciplines.Mod
$(VOCSTATIC) -sP ulmPriorities.Mod
$(VOCSTATIC) -sP ulmServices.Mod
$(VOCSTATIC) -sP ulmEvents.Mod
$(VOCSTATIC) -sP ulmResources.Mod
$(VOCSTATIC) -sP ulmForwarders.Mod
$(VOCSTATIC) -sP ulmRelatedEvents.Mod
$(VOCSTATIC) -sP ulmIO.Mod
$(VOCSTATIC) -sP ulmProcess.Mod
$(VOCSTATIC) -sP ulmTypes.Mod
$(VOCSTATIC) -sP ulmStreams.Mod
$(VOCSTATIC) -sP ulmAssertions.Mod $(VOCSTATIC) -sP ulmAssertions.Mod
$(VOCSTATIC) -sP ulmIndirectDisciplines.Mod ulmStreamDisciplines.Mod $(VOCSTATIC) -sP ulmIndirectDisciplines.Mod
$(VOCSTATIC) -sP ulmIEEE.Mod ulmMC68881.Mod ulmReals.Mod $(VOCSTATIC) -sP ulmStreamDisciplines.Mod
$(VOCSTATIC) -sP ulmIEEE.Mod
$(VOCSTATIC) -sP ulmMC68881.Mod
$(VOCSTATIC) -sP ulmReals.Mod
$(VOCSTATIC) -sP ulmPrint.Mod $(VOCSTATIC) -sP ulmPrint.Mod
$(VOCSTATIC) -sP ulmWrite.Mod $(VOCSTATIC) -sP ulmWrite.Mod
$(VOCSTATIC) -sP ulmTexts.Mod $(VOCSTATIC) -sP ulmTexts.Mod
$(VOCSTATIC) -sP ulmStrings.Mod ulmConstStrings.Mod $(VOCSTATIC) -sP ulmStrings.Mod
$(VOCSTATIC) -sP ulmConstStrings.Mod $(VOCSTATIC) -sP ulmConstStrings.Mod
$(VOCSTATIC) -sP ulmPlotters.Mod $(VOCSTATIC) -sP ulmPlotters.Mod
$(VOCSTATIC) -sP ulmSysTypes.Mod $(VOCSTATIC) -sP ulmSysTypes.Mod
@ -177,6 +190,8 @@ stage6:
$(VOCSTATIC) -sP ulmPersistentObjects.Mod $(VOCSTATIC) -sP ulmPersistentObjects.Mod
$(VOCSTATIC) -sP ulmPersistentDisciplines.Mod $(VOCSTATIC) -sP ulmPersistentDisciplines.Mod
$(VOCSTATIC) -sP ulmOperations.Mod $(VOCSTATIC) -sP ulmOperations.Mod
$(VOCSTATIC) -sP ulmScales.Mod
$(VOCSTATIC) -sP ulmTimes.Mod
#pow32 libs #pow32 libs

29
src/lib/ulm/ulmSYSTEM.Mod
View file

@ -3,6 +3,35 @@ IMPORT SYSTEM, Unix, Sys := ulmSys;
TYPE pchar = POINTER TO ARRAY 1 OF CHAR; TYPE pchar = POINTER TO ARRAY 1 OF CHAR;
pstring = POINTER TO ARRAY 1024 OF CHAR; pstring = POINTER TO ARRAY 1024 OF CHAR;
TYPE bytearray* = ARRAY SIZE(LONGINT) OF SYSTEM.BYTE; (* need this because voc does not convert implicitly LONGINT to ARRAY OF BYTE; -- noch *)
pbytearray* = POINTER TO bytearray;
TYPE longrealarray* = ARRAY SIZE(LONGREAL) OF SYSTEM.BYTE; (* need this because voc does not convert implicitly LONGINT to ARRAY OF BYTE; -- noch *)
plongrealarray* = POINTER TO bytearray;
PROCEDURE LongToByteArr* ( l : LONGINT; VAR bar : bytearray); (* noch *)
VAR b : SYSTEM.BYTE;
p : pbytearray;
i : LONGINT;
BEGIN
p := SYSTEM.VAL(pbytearray, SYSTEM.ADR(l));
FOR i := 0 TO SIZE(LONGINT) -1 DO
b := p^[i]; bar[i] := b;
END
END LongToByteArr;
PROCEDURE LRealToByteArr* ( l : LONGREAL; VAR lar : longrealarray); (* noch *)
VAR b : SYSTEM.BYTE;
p : plongrealarray;
i : LONGINT;
BEGIN
p := SYSTEM.VAL(plongrealarray, SYSTEM.ADR(l));
FOR i := 0 TO SIZE(LONGREAL) -1 DO
b := p^[i]; lar[i] := b;
END
END LRealToByteArr;
(* (*
PROCEDURE -Write(adr, n: LONGINT): LONGINT PROCEDURE -Write(adr, n: LONGINT): LONGINT
"write(1/*stdout*/, adr, n)"; "write(1/*stdout*/, adr, n)";

2
src/lib/ulm/ulmScales.Mod
View file

@ -59,7 +59,7 @@ MODULE ulmScales;
unit: Unit; unit: Unit;
next: UnitList; next: UnitList;
END; END;
Interface = POINTER TO InterfaceRec; Interface* = POINTER TO InterfaceRec;
ScaleRec* = ScaleRec* =
RECORD RECORD
(Disciplines.ObjectRec) (Disciplines.ObjectRec)

392
src/lib/ulm/ulmTimes.Mod Normal file
View file

@ -0,0 +1,392 @@
(* Ulm's Oberon Library
Copyright (C) 1989-1994 by University of Ulm, SAI, D-89069 Ulm, Germany
----------------------------------------------------------------------------
Ulm's Oberon Library is free software; you can redistribute it
and/or modify it under the terms of the GNU Library General Public
License as published by the Free Software Foundation; either version
2 of the License, or (at your option) any later version.
Ulm's Oberon Library is distributed in the hope that it will be
useful, but WITHOUT ANY WARRANTY; without even the implied warranty
of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU
Library General Public License for more details.
You should have received a copy of the GNU Library General Public
License along with this library; if not, write to the Free Software
Foundation, Inc., 675 Mass Ave, Cambridge, MA 02139, USA.
----------------------------------------------------------------------------
E-mail contact: oberon@mathematik.uni-ulm.de
----------------------------------------------------------------------------
$Id: Times.om,v 1.3 2001/04/30 14:54:44 borchert Exp $
----------------------------------------------------------------------------
$Log: Times.om,v $
Revision 1.3 2001/04/30 14:54:44 borchert
bug fix: base type is TimeRec instead of Times.TimeRec
(invalid self-reference)
Revision 1.2 1995/04/07 13:25:07 borchert
fixes due to changed if of PersistentObjects
Revision 1.1 1994/02/22 20:12:02 borchert
Initial revision
----------------------------------------------------------------------------
AFB 12/91
----------------------------------------------------------------------------
*)
MODULE ulmTimes;
IMPORT NetIO := ulmNetIO, Objects := ulmObjects, Operations := ulmOperations, PersistentObjects := ulmPersistentObjects, Scales := ulmScales,
Services := ulmServices, Streams := ulmStreams, SYSTEM;
CONST
relative* = Scales.relative;
absolute* = Scales.absolute;
TYPE
(* the common base type of all time measures *)
Time* = POINTER TO TimeRec;
TimeRec* = RECORD (Scales.MeasureRec) END;
CONST
usecsPerSec = 1000000; (* 10^6 *)
TYPE
(* units of the reference implementation:
epoch, second and usec
*)
TimeValueRec* =
RECORD
(Objects.ObjectRec)
(* epoch 0: Jan. 1, 1970;
each epoch has a length of MAX(Scales.Value) + 1 seconds;
epoch may be negative:
-1 is the epoch just before 1970
*)
epoch*: Scales.Value;
(* seconds and ... *)
second*: Scales.Value;
(* ... microseconds since the beginning of the epoch *)
usec*: Scales.Value;
END;
(* ==== private datatypes for the reference scale *)
TYPE
ReferenceTime = POINTER TO ReferenceTimeRec;
ReferenceTimeRec =
RECORD
(TimeRec)
timeval: TimeValueRec;
END;
VAR
absType, relType: Services.Type;
CONST
epochUnit = 0; secondUnit = 1; usecUnit = 2;
TYPE
Unit = POINTER TO UnitRec;
UnitRec =
RECORD
(Scales.UnitRec)
index: SHORTINT; (* epochUnit..usecUnit *)
END;
VAR
scale*: Scales.Scale; (* reference scale *)
family*: Scales.Family; (* family of time scales *)
if: Scales.Interface;
PROCEDURE Create*(VAR time: Time; type: SHORTINT);
(* type = absolute or relative *)
VAR
m: Scales.Measure;
BEGIN
Scales.CreateMeasure(scale, m, type);
time := m(Time);
END Create;
PROCEDURE Normalize(VAR timeval: TimeValueRec);
(* make sure that second and usec >= 0 *)
VAR
toomanysecs: Scales.Value;
secs: Scales.Value;
BEGIN
IF timeval.second < 0 THEN
INC(timeval.second, 1);
INC(timeval.second, MAX(Scales.Value));
DEC(timeval.epoch);
END;
IF timeval.usec < 0 THEN
toomanysecs := timeval.usec DIV usecsPerSec;
IF toomanysecs > timeval.second THEN
timeval.second := - toomanysecs + MAX(Scales.Value) + 1 +
timeval.second;
DEC(timeval.epoch);
ELSE
DEC(timeval.second, toomanysecs);
END;
timeval.usec := timeval.usec MOD usecsPerSec;
ELSIF timeval.usec >= usecsPerSec THEN
secs := timeval.usec DIV usecsPerSec;
IF MAX(Scales.Value) - timeval.second <= secs THEN
INC(timeval.second, secs);
ELSE
timeval.second := secs - (MAX(Scales.Value) - timeval.second);
INC(timeval.epoch);
END;
timeval.usec := timeval.usec MOD usecsPerSec;
END;
END Normalize;
PROCEDURE SetValue*(time: Time; value: TimeValueRec);
VAR
refTime: Time;
scaleOfTime: Scales.Scale;
BEGIN
Normalize(value);
IF time IS ReferenceTime THEN
WITH time: ReferenceTime DO
time.timeval := value;
END;
ELSE
Create(refTime, Scales.MeasureType(time));
refTime(ReferenceTime).timeval := value;
Scales.GetScale(time, scaleOfTime);
Scales.ConvertMeasure(scaleOfTime, SYSTEM.VAL(Scales.Measure, refTime));
Operations.Copy(refTime, time);
END;
END SetValue;
PROCEDURE CreateAndSet*(VAR time: Time; type: SHORTINT;
epoch, second, usec: Scales.Value);
VAR
timeval: TimeValueRec;
BEGIN
Create(time, type);
timeval.epoch := epoch; timeval.second := second; timeval.usec := usec;
SetValue(time, timeval);
END CreateAndSet;
PROCEDURE GetValue*(time: Time; VAR value: TimeValueRec);
BEGIN
IF ~(time IS ReferenceTime) THEN
Scales.ConvertMeasure(scale, SYSTEM.VAL(Scales.Measure, time));
END;
value := time(ReferenceTime).timeval;
END GetValue;
(* ===== interface procedures =================================== *)
PROCEDURE InternalCreate(scale: Scales.Scale;
VAR measure: Scales.Measure; abs: BOOLEAN);
VAR
time: ReferenceTime;
BEGIN
NEW(time);
time.timeval.epoch := 0;
time.timeval.second := 0;
time.timeval.usec := 0;
IF abs THEN
PersistentObjects.Init(time, absType);
ELSE
PersistentObjects.Init(time, relType);
END;
measure := time;
END InternalCreate;
PROCEDURE InternalGetValue(measure: Scales.Measure; unit: Scales.Unit;
VAR value: Scales.Value);
BEGIN
WITH measure: ReferenceTime DO WITH unit: Unit DO
CASE unit.index OF
| epochUnit: value := measure.timeval.epoch;
| secondUnit: value := measure.timeval.second;
| usecUnit: value := measure.timeval.usec;
END;
END; END;
END InternalGetValue;
PROCEDURE InternalSetValue(measure: Scales.Measure; unit: Scales.Unit;
value: Scales.Value);
BEGIN
WITH measure: ReferenceTime DO WITH unit: Unit DO
CASE unit.index OF
| epochUnit: measure.timeval.epoch := value;
| secondUnit: measure.timeval.second := value;
| usecUnit: measure.timeval.usec := value;
END;
Normalize(measure.timeval);
END; END;
END InternalSetValue;
PROCEDURE Assign(target: Scales.Measure; source: Scales.Measure);
BEGIN
WITH target: ReferenceTime DO WITH source: ReferenceTime DO
target.timeval := source.timeval;
END; END;
END Assign;
PROCEDURE Op(op: Scales.Operation; op1, op2, result: Scales.Measure);
PROCEDURE Add(op1, op2: TimeValueRec; VAR result: TimeValueRec);
BEGIN
result.epoch := op1.epoch + op2.epoch;
IF op1.second > MAX(Scales.Value) - op2.second THEN
INC(result.epoch);
result.second := op1.second - MAX(Scales.Value) - 1 +
op2.second;
ELSE
result.second := op1.second + op2.second;
END;
result.usec := op1.usec + op2.usec;
IF result.usec > usecsPerSec THEN
DEC(result.usec, usecsPerSec);
IF result.second = MAX(Scales.Value) THEN
result.second := 0; INC(result.epoch);
ELSE
INC(result.second);
END;
END;
END Add;
PROCEDURE Sub(op1, op2: TimeValueRec; VAR result: TimeValueRec);
BEGIN
result.epoch := op1.epoch - op2.epoch;
IF op1.second >= op2.second THEN
result.second := op1.second - op2.second;
ELSE
DEC(result.epoch);
result.second := - op2.second + MAX(Scales.Value) + 1 + op1.second;
END;
result.usec := op1.usec - op2.usec;
IF result.usec < 0 THEN
INC(result.usec, usecsPerSec);
IF result.second = 0 THEN
result.second := MAX(Scales.Value);
DEC(result.epoch);
ELSE
DEC(result.second);
END;
END;
END Sub;
BEGIN
WITH op1: ReferenceTime DO WITH op2: ReferenceTime DO
WITH result: ReferenceTime DO
CASE op OF
| Scales.add: Add(op1.timeval, op2.timeval, result.timeval);
| Scales.sub: Sub(op1.timeval, op2.timeval, result.timeval);
END;
END;
END; END;
END Op;
PROCEDURE Compare(op1, op2: Scales.Measure) : INTEGER;
PROCEDURE ReturnVal(val1, val2: Scales.Value) : INTEGER;
BEGIN
IF val1 < val2 THEN
RETURN -1
ELSIF val1 > val2 THEN
RETURN 1
ELSE
RETURN 0
END;
END ReturnVal;
BEGIN
WITH op1: ReferenceTime DO WITH op2: ReferenceTime DO
IF op1.timeval.epoch # op2.timeval.epoch THEN
RETURN ReturnVal(op1.timeval.epoch, op2.timeval.epoch)
ELSIF op1.timeval.second # op2.timeval.second THEN
RETURN ReturnVal(op1.timeval.second, op2.timeval.second)
ELSE
RETURN ReturnVal(op1.timeval.usec, op2.timeval.usec)
END;
END; END;
END Compare;
(* ========= initialization procedures ========================== *)
PROCEDURE InitInterface;
VAR
timeType: Services.Type;
BEGIN
NEW(if);
if.create := InternalCreate;
if.getvalue := InternalGetValue; if.setvalue := InternalSetValue;
if.assign := Assign; if.op := Op; if.compare := Compare;
(* conversion procedures are not necessary *)
PersistentObjects.RegisterType(timeType, "Times.Time", "Scales.Measure",
NIL);
END InitInterface;
PROCEDURE CreateAbs(VAR object: PersistentObjects.Object);
VAR
measure: Scales.Measure;
BEGIN
Scales.CreateAbsMeasure(scale, measure);
object := measure;
END CreateAbs;
PROCEDURE CreateRel(VAR object: PersistentObjects.Object);
VAR
measure: Scales.Measure;
BEGIN
Scales.CreateRelMeasure(scale, measure);
object := measure;
END CreateRel;
PROCEDURE Write(s: Streams.Stream;
object: PersistentObjects.Object) : BOOLEAN;
BEGIN
WITH object: ReferenceTime DO
RETURN NetIO.WriteLongInt(s, object.timeval.epoch) &
NetIO.WriteLongInt(s, object.timeval.second) &
NetIO.WriteLongInt(s, object.timeval.usec)
END;
END Write;
PROCEDURE Read(s: Streams.Stream;
object: PersistentObjects.Object) : BOOLEAN;
BEGIN
WITH object: ReferenceTime DO
RETURN NetIO.ReadLongInt(s, object.timeval.epoch) &
NetIO.ReadLongInt(s, object.timeval.second) &
NetIO.ReadLongInt(s, object.timeval.usec)
END;
END Read;
PROCEDURE InitRefScale;
VAR
poif: PersistentObjects.Interface;
PROCEDURE InitUnit(unitIndex: SHORTINT; name: Scales.UnitName);
VAR
unit: Unit;
BEGIN
NEW(unit); unit.index := unitIndex;
Scales.InitUnit(scale, unit, name);
END InitUnit;
BEGIN
NEW(scale); Scales.Init(scale, NIL, if);
InitUnit(epochUnit, "epoch");
InitUnit(secondUnit, "second");
InitUnit(usecUnit, "usec");
NEW(poif); poif.read := Read; poif.write := Write;
poif.create := CreateAbs; poif.createAndRead := NIL;
PersistentObjects.RegisterType(absType,
"Times.AbsReferenceTime", "Times.Time", poif);
NEW(poif); poif.read := Read; poif.write := Write;
poif.create := CreateRel; poif.createAndRead := NIL;
PersistentObjects.RegisterType(relType,
"Times.RelReferenceTime", "Times.Time", poif);
END InitRefScale;
BEGIN
InitInterface;
InitRefScale;
NEW(family); Scales.InitFamily(family, scale);
END ulmTimes.

18
src/lib/ulm/ulmWrite.Mod
View file

@ -33,8 +33,8 @@
MODULE ulmWrite; MODULE ulmWrite;
IMPORT ASCII := ulmASCII, Print := ulmPrint, StreamDisciplines := ulmStreamDisciplines, Streams := ulmStreams, SYSTEM; IMPORT ASCII := ulmASCII, Print := ulmPrint, StreamDisciplines := ulmStreamDisciplines, Streams := ulmStreams, SYSTEM, SYS := ulmSYSTEM;
(*
TYPE barr = ARRAY SIZE(LONGINT) OF SYSTEM.BYTE; (* need this because voc does not convert implicitly LONGINT to ARRAY OF BYTE; -- noch *) TYPE barr = ARRAY SIZE(LONGINT) OF SYSTEM.BYTE; (* need this because voc does not convert implicitly LONGINT to ARRAY OF BYTE; -- noch *)
pbarr = POINTER TO barr; pbarr = POINTER TO barr;
TYPE lrarr = ARRAY SIZE(LONGREAL) OF SYSTEM.BYTE; (* need this because voc does not convert implicitly LONGINT to ARRAY OF BYTE; -- noch *) TYPE lrarr = ARRAY SIZE(LONGREAL) OF SYSTEM.BYTE; (* need this because voc does not convert implicitly LONGINT to ARRAY OF BYTE; -- noch *)
@ -63,21 +63,21 @@ MODULE ulmWrite;
END LRealToByteArr; END LRealToByteArr;
*)
PROCEDURE IntS*(s: Streams.Stream; int: LONGINT; width: LONGINT); PROCEDURE IntS*(s: Streams.Stream; int: LONGINT; width: LONGINT);
VAR b, b0 : barr; VAR b, b0 : SYS.bytearray;
BEGIN BEGIN
LongToByteArr(int, b); SYS.LongToByteArr(int, b);
LongToByteArr(width, b0); SYS.LongToByteArr(width, b0);
Print.S2(s, "%*d", b0, b); Print.S2(s, "%*d", b0, b);
END IntS; END IntS;
PROCEDURE RealS*(s: Streams.Stream; real: LONGREAL; width: LONGINT); PROCEDURE RealS*(s: Streams.Stream; real: LONGREAL; width: LONGINT);
VAR b : barr; lr : lrarr; VAR b : SYS.bytearray; lr : SYS.longrealarray;
BEGIN BEGIN
LRealToByteArr(real, lr); SYS.LRealToByteArr(real, lr);
LongToByteArr(width, b); SYS.LongToByteArr(width, b);
Print.S2(s, "%*e", b, lr); Print.S2(s, "%*e", b, lr);
END RealS; END RealS;