HP Forums / HP Calculators (and very old HP Computers) / HP Prime v / Major bug on G2

Post Reply 
Major bug on G2
03-06-2019, 12:47 PM (This post was last modified: 03-06-2019 02:28 PM by Oulan.)
Post: #1
Oulan Offline
Member
 		Posts: 78
Joined: Dec 2013
Major bug on G2
When making some test to optimize some code I got a very nasty bug

Program leads to "reboot screen"
"Your HP Prime had a
problem and will
will reboot in 3 seconds" ...

got the trouble even after CFO,reset finally the problem disappear ... then reappears

AFTER CFO-ON, format C:, reset
mem INFO gives Memory 246.86MB, Storage 461.68MB
next one, reset
mem INFO gives Memory 246.93MB, Storage 461.59MB
next one with format C:, reset
mem INFO gives Memory 246.88MB, Storage 461.68MB

So it seems that I definitely lost 256MB of ram Sad
--EDIT--
Or I was misreading the info at first, I think that I saw Memory about 400MB but
as it seems that the G2 only got a 256MB ram chip so I was certainly misreading ...
So ram seems ok
--EDIT--

CFO screen
=======================================
Besta V1.0 EA656 DIAGNOSTIC
DATA: V14181 OS(4M):2.1
ONLY RECH: 4.25V BOOT V2.060.650
SLC 512MB SLC
---------------------------------------
1.L/B TEST 8.TP FW Refresh
2.M/B TEST 9.RESET
3.F/A TEST A.Version Info
4.FLS Utility B.DEEP MODE
5.Evaluation C.POWER OFF MODE
6.RELIABILITY
7.USB TEST
---------------------------------------
SERIAL NO: NAANNNNNAN
=======================================
EA656 Version Info
DATA Version : V14181
OS Version : 2.1
PCB Version : D
Touch IC FW Ver :GT5688-516
=======================================
EVALUATION/SRAM/SRAM TEST
5.FULL TEST : OK
=======================================

All tests seems ok

First run after CFO format reset was ok, then the pb re-appear (running prog with calc connected on USB)

Nexts runs leads to reboot too even with calc disconnected from USB

Program follows as source (sorry for the size)
=============================================
Code:

#pragma mode(separator(.,;) integer(h16))

LOCAL rA=[0,0,0,0,0,0,0,0,0,0,0,0,0,0];
LOCAL rB=[0,0,0,0,0,0,0,0,0,0,0,0,0,0];
LOCAL rC=[0,0,0,0,0,0,0,0,0,0,0,0,0,0];
LOCAL rM=[0,0,0,0,0,0,0,0,0,0,0,0,0,0];
LOCAL rN=[0,0,0,0,0,0,0,0,0,0,0,0,0,0];
LOCAL rZ=[0,0,0,0,0,0,0,0,0,0,0,0,0,0];
LOCAL rT=[0,0,0,0,0,0,0,0,0,0,0,0,0,0];

LOCAL first=0;
LOCAL last=0;
LOCAL ptr=0;
LOCAL pp=2;
LOCAL pq=12;
LOCAL base=10;
LOCAL cy=0;
LOCAL p_cy=0;
LOCAL opcode=#0:16h;
LOCAL code=#0:16h;

LOCAL regZero(dest)
BEGIN
 FOR I FROM first TO last DO
  0▶dest(I);
 END;
 RETURN dest;
END;

LOCAL regCopy(src,dest) BEGIN
 FOR I FROM first TO last DO
  src(I)▶dest(I);
 END;
 RETURN dest;
END;

LOCAL regAdd(src1,src2,dest) BEGIN
 FOR I FROM first TO last DO
  src1(I)+src2(I)+cy▶dest(I); 
  IF dest(I)>=base THEN
   dest(I)-base▶dest(I); 1▶cy;
  ELSE 
   0▶cy;
  END;
 END;
 RETURN dest;
END;

LOCAL regSub(src1,src2,dest) BEGIN
 FOR I FROM first TO last DO
  src1(I)-src2(I)-cy▶dest(I); 
  IF dest(I)<0 THEN
   dest(I)+base▶dest(I); 1▶cy;
  ELSE 
   0▶cy;
  END;
 END;
 RETURN dest;
END;

LOCAL regTestNE(src1,src2) BEGIN
 FOR I FROM first TO last DO
  IF src1(I)≠src2(I) THEN 1▶cy;BREAK; END;
 END; 
END;

LOCAL regShiftR(dest) BEGIN
 FOR I FROM first TO last DO
  IF I=last THEN 0▶dest(I);
  ELSE dest(I+1)▶dest(I);
  END;
 END;
 RETURN dest;
END;

LOCAL regShiftL(dest) BEGIN
 FOR I FROM last DOWNTO first DO
  IF I=first THEN 0▶dest(I);
  ELSE dest(I-1)▶dest(I);
  END;
 END;
 RETURN dest;
END;

LOCAL opArith2() BEGIN
 IF code(2) THEN   // 1xx
  IF code(1) THEN  // 11x
   IF code(0) THEN // 7 s
    14▶F; 14▶L; 
   ELSE            // 6 m
    4▶F; 13▶L; 
   END;
  ELSE             // 10x
   IF code(0) THEN // 5 xs
    3▶F; 3▶L; 
   ELSE            // 4 pq
    pp+1▶F;pq+1▶L; 
    IF F>L THEN 14▶L; END;
    IF F>14 THEN 1▶F; END;
    IF L>14 THEN 1▶L; END;
   END;
  END;
 ELSE              // 0xx
  IF code(1) THEN  // 01x
   IF code(0) THEN // 3 w
    1▶F;14▶L; 
   ELSE            // 2 wpt
    1▶F;IFTE(ptr,pp,pq)+1▶L;
    IF L>14 THEN 1▶L; END;
   END;
  ELSE             // 00x
   IF code(0) THEN // 1 x
    1▶F; 3▶L; 
   ELSE            // 0 pt
    IFTE(ptr,pp,pq)+1▶F;F▶L;
    IF F>14 THEN 1▶F; END;
    IF L>14 THEN 1▶L; END;
   END;
  END;
 END;

 IF code(3) THEN     // 1xxxx
  IF code(4) THEN    //  11xxx
   IF code(5) THEN   //   111xx
    IF code(6) THEN  //    1111x
     IF code(7) THEN //     31 ASL
//       regShiftL(rA)▶rA;
 FOR I FROM L DOWNTO F DO
  IF I=F THEN 0▶rA(I);
  ELSE rA(I-1)▶rA(I);
  END;
 END;
     ELSE            //     30 CSR
//       regShiftR(rC)▶rC;
 FOR I FROM F TO L DO
  IF I=L THEN 0▶rC(I);
  ELSE rC(I+1)▶rC(I);
  END;
 END;
     END;
    ELSE             //    1110x 
     IF code(7) THEN //     29 BSR
//       regShiftR(rB)▶rB;
 FOR I FROM F TO L DO
  IF I=L THEN 0▶rB(I);
  ELSE rB(I+1)▶rB(I);
  END;
 END;
     ELSE            //     28 ASR
//      regShiftR(rA)▶rA;
 FOR I FROM F TO L DO
  IF I=L THEN 0▶rA(I);
  ELSE rA(I+1)▶rA(I);
  END;
 END;
     END;
    END;
   ELSE              //   110xx
    IF code(6) THEN  //    1101x
     IF code(7) THEN //     27 ?A#C
//      regTestNE(rA,rC);
 FOR I FROM F TO L DO
  IF rA(I)≠rC(I) THEN 1▶cy;BREAK; END;
 END; 
     ELSE            //     26 ?A#0
//      regTestNE(rA,rZ);
 FOR I FROM F TO L DO
  IF rA(I)≠0 THEN 1▶cy;BREAK; END;
 END; 
     END;
    ELSE             //    1100x 
     IF code(7) THEN //     25 ?A<B
//      regSub(rA,rB,rT);
 FOR I FROM F TO L DO
  rA(I)-rB(I)-cy▶T; 
  IF T<0 THEN
   1▶cy;
  ELSE 
   0▶cy;
  END;
 END;
     ELSE            //     24 ?A<C
//      regSub(rA,rC,rT);
 FOR I FROM F TO L DO
  rA(I)-rC(I)-cy▶T; 
  IF T<0 THEN
   1▶cy;
  ELSE 
   0▶cy;
  END;
 END;
     END;
    END;
   END;
  ELSE               //  10xxx
   IF code(5) THEN   //   101xx
    IF code(6) THEN  //    1011x
     IF code(7) THEN //     23 ?C#0
//      regTestNE(rC,rZ);
 FOR I FROM F TO L DO
  IF rC(I)≠0 THEN 1▶cy;BREAK; END;
 END; 
     ELSE            //     22 ?B#0
//      regTestNE(rB,rZ);
 FOR I FROM F TO L DO
  IF rB(I)≠0 THEN 1▶cy;BREAK; END;
 END; 
     END;
    ELSE             //    1010x 
     IF code(7) THEN //     21 C=-C-1
//      1▶cy;regSub(rZ,rC,rC)▶rC;
 1▶cy;
 FOR I FROM F TO L DO
  -rC(I)-cy▶rC(I); 
  IF rC(I)<0 THEN
   rC(I)+base▶rC(I); 1▶cy;
  ELSE 
   0▶cy;
  END;
 END;
     ELSE            //     20 C=-C
//      regSub(rZ,rC,rC)▶rC;
 FOR I FROM F TO L DO
  -rC(I)▶rC(I); 
  IF rC(I)<0 THEN
   rC(I)+base▶rC(I); 1▶cy;
  ELSE 
   0▶cy;
  END;
 END;
     END;
    END;
   ELSE              //   100xx
    IF code(6) THEN  //    1001x
     IF code(7) THEN //     19 C=C-1
//      1▶cy;regSub(rC,rZ,rC)▶rC;
 1▶cy;
 FOR I FROM F TO L DO
  rC(I)-cy▶rC(I); 
  IF rC(I)<0 THEN
   rC(I)+base▶rC(I); 1▶cy;
  ELSE 
   0▶cy;
  END;
 END;
     ELSE            //     18 C=A-C
//      regSub(rA,rC,rC)▶rC;
 FOR I FROM F TO L DO
  rA(I)-rC(I)-cy▶rC(I); 
  IF rC(I)<0 THEN
   rC(I)+base▶rC(I); 1▶cy;
  ELSE 
   0▶cy;
  END;
 END;
     END;
    ELSE             //    1000x 
     IF code(7) THEN //     17 C=C+1
//      1▶cy;regAdd(rC,rZ,rC)▶rC;
 1▶cy;
 FOR I FROM F TO L DO
  rC(I)+cy▶rC(I); 
  IF rC(I)>=base THEN
   rC(I)-base▶rC(I); 1▶cy;
  ELSE 
   0▶cy;
  END;
 END;
     ELSE            //     16 C=A+C
//      regAdd(rA,rC,rC)▶rC;
 FOR I FROM F TO L DO
  rA(I)+rC(I)+cy▶rC(I); 
  IF rC(I)>=base THEN
   rC(I)-base▶rC(I); 1▶cy;
  ELSE 
   0▶cy;
  END;
 END;
     END;
    END;
   END;
  END;
 ELSE                // 0xxxx 
  IF code(4) THEN    //  01xxx
   IF code(5) THEN   //   011xx
    IF code(6) THEN  //    0111x
     IF code(7) THEN //     15 C=C+C
//      regAdd(rC,rC,rC)▶rC;
 FOR I FROM F TO L DO
  rC(I)+rC(I)+cy▶rC(I); 
  IF rC(I)>=base THEN
   rC(I)-base▶rC(I); 1▶cy;
  ELSE 
   0▶cy;
  END;
 END;
     ELSE            //     14 A=A-C
//      regSub(rA,rC,rA)▶rA;
 FOR I FROM F TO L DO
  rA(I)-rC(I)-cy▶rA(I); 
  IF rA(I)<0 THEN
   rA(I)+base▶rA(I); 1▶cy;
  ELSE 
   0▶cy;
  END;
 END;
     END;
    ELSE             //    0110x 
     IF code(7) THEN //     13 A=A-1
//      1▶cy;regSub(rA,rZ,rA)▶rA;
 1▶cy;
 FOR I FROM F TO L DO
  rA(I)-cy▶rA(I); 
  IF rA(I)<0 THEN
   rA(I)+base▶rA(I); 1▶cy;
  ELSE 
   0▶cy;
  END;
 END;
     ELSE            //     12 A=A-B
//      regSub(rA,rB,rA)▶rA;
 FOR I FROM F TO L DO
  rA(I)-rB(I)-cy▶rA(I); 
  IF rA(I)<0 THEN
   rA(I)+base▶rA(I); 1▶cy;
  ELSE 
   0▶cy;
  END;
 END;
     END;
    END;
   ELSE              //   010xx
    IF code(6) THEN  //    0101x
     IF code(7) THEN //     11 A=A+1 
//      1▶cy;regAdd(rA,rZ,rA)▶rA;
 1▶cy;
 FOR I FROM F TO L DO
  rA(I)+cy▶rA(I); 
  IF rA(I)>=base THEN
   rA(I)-base▶rA(I); 1▶cy;
  ELSE 
   0▶cy;
  END;
 END;
     ELSE            //     10 A=A+C
//      regAdd(rA,rC,rA)▶rA;
 FOR I FROM F TO L DO
  rA(I)+rC(I)+cy▶rA(I); 
  IF rA(I)>=base THEN
   rA(I)-base▶rA(I); 1▶cy;
  ELSE 
   0▶cy;
  END;
 END;
     END;
    ELSE             //    0100x 
     IF code(7) THEN //      9 A=A+B
//      regAdd(rA,rB,rA)▶rA;
 FOR I FROM F TO L DO
  rA(I)+rB(I)+cy▶rA(I); 
  IF rA(I)>=base THEN
   rA(I)-base▶rA(I); 1▶cy;
  ELSE 
   0▶cy;
  END;
 END;
     ELSE            //      8  A=C
//      regCopy(rC,rA)▶rA;
 FOR I FROM F TO L DO
  rC(I)▶rA(I); 
 END;
     END;
    END;
   END;
  ELSE               //  00xxx
   IF code(5) THEN   //   001xx
    IF code(6) THEN  //    0011x
     IF code(7) THEN //      7 BC EX
//      rB▶rT; regCopy(rC,rB)▶rB; regCopy(rT,rC)▶rC;
 FOR I FROM F TO L DO
  rC(I)▶T;rB(I)▶rC(I);T▶rB(I); 
 END;
     ELSE            //      6 C=B 
//      regCopy(rB,rC)▶rC;
 FOR I FROM F TO L DO
  rB(I)▶rC(I); 
 END;
     END;
    ELSE             //    0010x 
     IF code(7) THEN //      5  AC EX 
//      rA▶rT; regCopy(rC,rA)▶rA; regCopy(rT,rC)▶rC;
 FOR I FROM F TO L DO
  rC(I)▶T;rA(I)▶rC(I);T▶rA(I); 
 END;
     ELSE            //      4 B=A
//      regCopy(rA,rB)▶rB;
 FOR I FROM F TO L DO
  rA(I)▶rB(I); 
 END;
     END;
    END;
   ELSE              //   000xx
    IF code(6) THEN  //    0001x
     IF code(7) THEN //      3  AB EX
//      rA▶rT; regCopy(rB,rA)▶rA; regCopy(rT,rB)▶rB;
 FOR I FROM F TO L DO
  rB(I)▶T;rA(I)▶rB(I);T▶rA(I); 
 END;
     ELSE            //      2 C=0
//      regZero(rC)▶rC;
 FOR I FROM F TO L DO
  0▶rC(I); 
 END;
     END;
    ELSE             //    0000x 
     IF code(7) THEN //      1 B=0
//      regZero(rB)▶rB;
 FOR I FROM F TO L DO
  0▶rB(I); 
 END;
     ELSE            //      0 A=0
//      regZero(rA)▶rA;
 FOR I FROM F TO L DO
  0▶rA(I); 
 END;
     END;
    END;
   END;
  END;
 END;
END;
 
LOCAL opArith3() BEGIN
 code(0,3)▶J;
 CASE
  IF J=0 THEN  // pt
   IFTE(ptr,pp,pq)+1▶F;F▶L;
   IF F>14 THEN 1▶F; END;
   IF L>14 THEN 1▶L; END;
  END;
  IF J=1 THEN  // x
   1▶F; 3▶L; 
  END;
  IF J=2 THEN  // wpt
   1▶F;IFTE(ptr,pp,pq)+1▶L;
   IF L>14 THEN 1▶L; END;
  END;
  IF J=3 THEN  // w
   1▶F;14▶L; 
  END;
  IF J=4 THEN  // pq 
   pp+1▶first;pq+1▶L; 
   IF F>L THEN 14▶L; END;
   IF F>14 THEN 1▶F; END;
   IF L>14 THEN 1▶L; END;
  END;
  IF J=5 THEN  // xs
   3▶F; 3▶L; 
  END;
  IF J=6 THEN  // m
   4▶F; 13▶L; 
  END;
  DEFAULT      // s
   14▶F; 14▶L; 
 END;
 code(3,5)▶H;
 CASE
  IF H=0 THEN  // A=0
   FOR I FROM F TO L DO
    0▶rA(I); 
   END;
  END;
  IF H=1 THEN  // B=0
   FOR I FROM F TO L DO
    0▶rB(I); 
   END;
  END;
  IF H=2 THEN  // C=0
   FOR I FROM F TO L DO
    0▶rC(I); 
   END;
  END;
  IF H=3 THEN  // AB EX
   FOR I FROM F TO L DO
    rA(I)▶T;rB(I)▶rA(I);T▶rB(I); 
   END;
  END;
  IF H=4 THEN  // B=A
   FOR I FROM F TO L DO
    rA(I)▶rB(I); 
   END;
  END;
  IF H=5 THEN  // AC EX 
   FOR I FROM F TO L DO
    rA(I)▶T;rC(I)▶rA(I);T▶rC(I); 
   END;
  END;
  IF H=6 THEN  // C=B 
   FOR I FROM F TO L DO
    rB(I)▶rC(I); 
   END;
  END;
  IF H=7 THEN  // BC EX
   FOR I FROM F TO L DO
    rC(I)▶T;rB(I)▶rC(I);T▶rB(I); 
   END;
  END;
  IF H=8 THEN  // A=C
   FOR I FROM F TO L DO
    rC(I)▶rA(I); 
   END;
  END;
  IF H=9 THEN  // A=A+B
   FOR I FROM F TO L DO
    rA(I)+rB(I)+cy▶rA(I); 
    IF rA(I)>=base THEN
     rA(I)-base▶rA(I); 1▶cy;
    ELSE 
     0▶cy;
    END;
   END;
  END;
  IF H=10 THEN // A=A+C
   FOR I FROM F TO L DO
    rA(I)+rC(I)+cy▶rA(I); 
    IF rA(I)>=base THEN
     rA(I)-base▶rA(I); 1▶cy;
    ELSE 
     0▶cy;
    END;
   END;
  END;
  IF H=11 THEN // A=A+1 
   1▶cy;
   FOR I FROM F TO L DO
    rA(I)+cy▶rA(I); 
    IF rA(I)>=base THEN
     rA(I)-base▶rA(I); 1▶cy;
    ELSE 
     0▶cy;
    END;
   END;
  END;
  IF H=12 THEN // A=A-B
   FOR I FROM F TO L DO
    rA(I)-rB(I)-cy▶rA(I); 
    IF rA(I)<0 THEN
     rA(I)+base▶rA(I); 1▶cy;
    ELSE 
     0▶cy;
    END;
   END;
  END;
  IF H=13 THEN // A=A-1
   1▶cy;
   FOR I FROM F TO L DO
    rA(I)-cy▶rA(I); 
    IF rA(I)<0 THEN
     rA(I)+base▶rA(I); 1▶cy;
    ELSE 
     0▶cy;
    END;
   END;
  END;
  IF H=14 THEN // A=A-C
   FOR I FROM F TO L DO
    rA(I)-rC(I)-cy▶rA(I); 
    IF rA(I)<0 THEN
     rA(I)+base▶rA(I); 1▶cy;
    ELSE 
     0▶cy;
    END;
   END;
  END;
  IF H=15 THEN // C=C+C
   FOR I FROM F TO L DO
    rC(I)+rC(I)+cy▶rC(I); 
    IF rC(I)>=base THEN
     rC(I)-base▶rC(I); 1▶cy;
    ELSE 
     0▶cy;
    END;
   END;
  END;
  IF H=16 THEN // C=A+C
   FOR I FROM F TO L DO
    rA(I)+rC(I)+cy▶rC(I); 
    IF rC(I)>=base THEN
     rC(I)-base▶rC(I); 1▶cy;
    ELSE 
     0▶cy;
    END;
   END;
  END;
  IF H=17 THEN // C=C+1
   1▶cy;
   FOR I FROM F TO L DO
    rC(I)+cy▶rC(I); 
    IF rC(I)>=base THEN
     rC(I)-base▶rC(I); 1▶cy;
    ELSE 
     0▶cy;
    END;
   END;
  END;
  IF H=18 THEN // C=A-C
   FOR I FROM F TO L DO
    rA(I)-rC(I)-cy▶rC(I); 
    IF rC(I)<0 THEN
     rC(I)+base▶rC(I); 1▶cy;
    ELSE 
     0▶cy;
    END;
   END;
  END;
  IF H=19 THEN // C=C-1
   1▶cy;
   FOR I FROM F TO L DO
    rC(I)-cy▶rC(I); 
    IF rC(I)<0 THEN
     rC(I)+base▶rC(I); 1▶cy;
    ELSE 
     0▶cy;
    END;
   END;
  END;
  IF H=20 THEN // C=-C
   FOR I FROM F TO L DO
    -rC(I)-cy▶rC(I); 
    IF rC(I)<0 THEN
     rC(I)+base▶rC(I); 1▶cy;
    ELSE 
     0▶cy;
    END;
   END;
  END;
  IF H=21 THEN // C=-C-1
   1▶cy;
   FOR I FROM F TO L DO
    -rC(I)-cy▶rC(I); 
    IF rC(I)<0 THEN
     rC(I)+base▶rC(I); 1▶cy;
    ELSE 
     0▶cy;
    END;
   END;
  END;
  IF H=22 THEN // ?B#0
   FOR I FROM F TO L DO
    IF rB(I)≠0 THEN 1▶cy;BREAK; END;
   END;
  END; 
  IF H=23 THEN // ?C#0
   FOR I FROM F TO L DO
    IF rC(I)≠0 THEN 1▶cy;BREAK; END;
   END;
  END; 
  IF H=24 THEN // ?A<C
   FOR I FROM F TO L DO
    rA(I)-rC(I)-cy▶T; 
    IF T<0 THEN
     1▶cy;
    ELSE 
     0▶cy;
    END;
   END;
  END;
  IF H=25 THEN // ?A<B
   FOR I FROM F TO L DO
    rA(I)-rB(I)-cy▶T; 
    IF T<0 THEN
     1▶cy;
    ELSE 
     0▶cy;
    END;
   END;
  END;
  IF H=26 THEN // ?A#0
   FOR I FROM F TO L DO
    IF rA(I)≠0 THEN 1▶cy;BREAK; END;
   END;
  END; 
  IF H=27 THEN // ?A#C
   FOR I FROM F TO L DO
    IF rA(I)≠rC(I) THEN 1▶cy;BREAK; END;
   END;
  END; 
  IF H=28 THEN // ASR
   FOR I FROM F TO L DO
    IF I=L THEN 0▶rA(I);
    ELSE rA(I+1)▶rA(I);
    END;
   END;
  END;
  IF H=29 THEN // BSR
   FOR I FROM F TO L DO
    IF I=L THEN 0▶rB(I);
    ELSE rB(I+1)▶rB(I);
    END;
   END;
  END;
  IF H=30 THEN // CSR
   FOR I FROM F TO L DO
    IF I=L THEN 0▶rC(I);
    ELSE rC(I+1)▶rC(I);
    END;
   END;
  END;
  DEFAULT      // ASL
   FOR I FROM L DOWNTO F DO
    IF I=F THEN 0▶rA(I);
    ELSE rA(I-1)▶rA(I);
    END;
   END;
 END;
END;


LOCAL opArith() BEGIN
 code(0,3)▶J;
 CASE
  IF J=0 THEN  // pt
   IFTE(ptr,pp,pq)+1▶first;first▶last;
   IF first>14 THEN 1▶first; END;
   IF last>14 THEN 1▶last; END;
  END;
  IF J=1 THEN  // x
   1▶first; 3▶last; 
  END;
  IF J=2 THEN  // wpt
   1▶first;IFTE(ptr,pp,pq)+1▶last;
   IF last>14 THEN 1▶last; END;
  END;
  IF J=3 THEN  // w
   1▶first;14▶last; 
  END;
  IF J=4 THEN  // pq 
   pp+1▶first;pq+1▶last; 
   IF first>last THEN 14▶last; END;
   IF first>14 THEN 1▶first; END;
   IF last>14 THEN 1▶last; END;
  END;
  IF J=5 THEN  // xs
   3▶first; 3▶last; 
  END;
  IF J=6 THEN  // m
   4▶first; 13▶last; 
  END;
  DEFAULT      // s
   14▶first; 14▶last; 
 END;
 code(3,5)▶H;
 CASE
  IF H=0 THEN  // A=0
   regZero(rA)▶rA; END;
  IF H=1 THEN  // B=0
   regZero(rB)▶rB; END;
  IF H=2 THEN  // C=0
   regZero(rC)▶rC; END;
  IF H=3 THEN  // AB EX
   rA▶rT; regCopy(rB,rA)▶rA; regCopy(rT,rB)▶rB; END;
  IF H=4 THEN  // B=A
   regCopy(rA,rB)▶rB; END;
  IF H=5 THEN  // AC EX 
   rA▶rT; regCopy(rC,rA)▶rA; regCopy(rT,rC)▶rC; END;
  IF H=6 THEN  // C=B 
   regCopy(rB,rC)▶rC; END;
  IF H=7 THEN  // BC EX
   rB▶rT; regCopy(rC,rB)▶rB; regCopy(rT,rC)▶rC; END;
  IF H=8 THEN  // A=C
   regCopy(rC,rA)▶rA; END;
  IF H=9 THEN  // A=A+B
   regAdd(rA,rB,rA)▶rA; END;
  IF H=10 THEN // A=A+C
   regAdd(rA,rC,rA)▶rA; END;
  IF H=11 THEN // A=A+1 
   1▶cy;regAdd(rA,rZ,rA)▶rA; END;
  IF H=12 THEN // A=A-B
   regSub(rA,rB,rA)▶rA; END;
  IF H=13 THEN // A=A-1
   1▶cy;regSub(rA,rZ,rA)▶rA; END;
  IF H=14 THEN // A=A-C
   regSub(rA,rC,rA)▶rA; END;
  IF H=15 THEN // C=C+C
   regAdd(rC,rC,rC)▶rC; END;
  IF H=16 THEN // C=A+C
   regAdd(rA,rC,rC)▶rC; END;
  IF H=17 THEN // C=C+1
   1▶cy;regAdd(rC,rZ,rC)▶rC; END;
  IF H=18 THEN // C=A-C
   regSub(rA,rC,rC)▶rC; END;
  IF H=19 THEN // C=C-1
   1▶cy;regSub(rC,rZ,rC)▶rC; END;
  IF H=20 THEN // C=-C
   regSub(rZ,rC,rC)▶rC; END;
  IF H=21 THEN // C=-C-1
   1▶cy;regSub(rZ,rC,rC)▶rC; END;
  IF H=22 THEN // ?B#0
   regTestNE(rB,rZ); END;
  IF H=23 THEN // ?C#0
   regTestNE(rC,rZ); END;
  IF H=24 THEN // ?A<C
   regSub(rA,rC,rT); END;
  IF H=25 THEN // ?A<B
   regSub(rA,rB,rT); END;
  IF H=26 THEN // ?A#0
   regTestNE(rA,rZ); END;
  IF H=27 THEN // ?A#C
   regTestNE(rA,rC); END;
  IF H=28 THEN // ASR
   regShiftR(rA)▶rA; END;
  IF H=29 THEN // BSR
   regShiftR(rB)▶rB; END;
  IF H=30 THEN // CSR
   regShiftR(rC)▶rC; END;
  DEFAULT      // ASL
   regShiftL(rA)▶rA;
 END;
END;

LOCAL rst() BEGIN
 rA:=[0,0,0,0,0,0,0,0,0,0,0,0,0,0];
 rB:=[0,0,0,0,0,0,0,0,0,0,0,0,0,0];
 rC:=[0,0,0,0,0,0,0,0,0,0,0,0,0,0];
 rM:=[0,0,0,0,0,0,0,0,0,0,0,0,0,0];
 rN:=[0,0,0,0,0,0,0,0,0,0,0,0,0,0];
 rZ:=[0,0,0,0,0,0,0,0,0,0,0,0,0,0];
 rT:=[0,0,0,0,0,0,0,0,0,0,0,0,0,0];

 first:=0;
 last:=0;
 ptr:=0;
 pp:=2;
 pq:=12;
 base:=10;
 cy:=0;
END;

LOCAL test1() BEGIN
 rst();
 FOR Z FROM 1 TO 10000 DO
  R→B(Z MOD 256,8)▶code;
  opArith();
 END;
END;

LOCAL test2() BEGIN
 rst();
 FOR Z FROM 1 TO 10000 DO
  R→B(Z MOD 256,8)▶code;
  opArith2();
 END;
END;

LOCAL test3() BEGIN
 rst();
 FOR Z FROM 1 TO 10000 DO
  R→B(Z MOD 256,8)▶code;
  opArith3();
 END;
END;

EXPORT test42() BEGIN  
 PRINT();
 PRINT(TEVAL(test1));
 PRINT(TEVAL(test1));
 PRINT(TEVAL(test1));
 PRINT(TEVAL(test2));
 PRINT(TEVAL(test2));
 PRINT(TEVAL(test2));
 PRINT(TEVAL(test3));
 PRINT(TEVAL(test3));
 PRINT(TEVAL(test3));
END;
=============================================
Binary at bug at end of page, test42-bug.zip, reboot picture there too

On a windows 10 Virtual Prime Build 2.1.14181, no problem at all

Re-flashing the firmware does not change anything.
Find all posts by this user
Quote this message in a reply
05-13-2019, 08:45 PM
Post: #2
Martin Offline
Junior Member
 		Posts: 2
Joined: May 2019
RE: Major bug on G2
It looks like the BREAK; command in a program, is the cause of this issue.
Go to HELP, and search for BREAK.
The example gives you a program Demo_BREAK.
When running this program, the Prime reboots.

I have had to patch several programs, not to use BREAK; and instead of that,
construct some other condition to leave a loop.

Is there a chance to get that fixed in the next firmware release?

Thanks in advance.

Martin
Find all posts by this user
Quote this message in a reply
05-17-2019, 07:38 PM
Post: #3
Martin Offline
Junior Member
 		Posts: 2
Joined: May 2019
RE: Major bug on G2
(05-13-2019 08:45 PM)Martin Wrote:  It looks like the BREAK; command in a program, is the cause of this issue.
Go to HELP, and search for BREAK.
The example gives you a program Demo_BREAK.
When running this program, the Prime reboots.

I have had to patch several programs, not to use BREAK; and instead of that,
construct some other condition to leave a loop.

Is there a chance to get that fixed in the next firmware release?

Thanks in advance.

Martin

I tried this (Demo_BREAK) again with a clean (Format C) Prime G2.
=> Same behavior => Calculator resets.

Can anybody confirm this issue, or does my Prime G2 hava a hardware issue?

Thanks in advance

Martin
Find all posts by this user
Quote this message in a reply
05-18-2019, 02:44 AM
Post: #4
Jacob Wall Offline
Member
 		Posts: 164
Joined: Dec 2013
RE: Major bug on G2
(05-17-2019 07:38 PM)Martin Wrote:  I tried this (Demo_BREAK) again with a clean (Format C) Prime G2.
=> Same behavior => Calculator resets.

Can anybody confirm this issue, or does my Prime G2 hava a hardware issue?

Thanks in advance

Martin

Confirmed, paperclip reset required after.
Visit this user's website Find all posts by this user
Quote this message in a reply
05-18-2019, 01:02 PM
Post: #5
Dirk.nl Offline
Member
 		Posts: 198
Joined: Apr 2015
RE: Major bug on G2
Confirmed!
Paperclip reset was not necessary.
Reboots after some time.
— Dirk Hartland
Find all posts by this user
Quote this message in a reply
05-18-2019, 07:08 PM
Post: #6
toml_12953 Offline
Senior Member
 		Posts: 2,200
Joined: Dec 2013
RE: Major bug on G2
(05-17-2019 07:38 PM)Martin Wrote:  
(05-13-2019 08:45 PM)Martin Wrote:  It looks like the BREAK; command in a program, is the cause of this issue.
Go to HELP, and search for BREAK.
The example gives you a program Demo_BREAK.
When running this program, the Prime reboots.

I have had to patch several programs, not to use BREAK; and instead of that,
construct some other condition to leave a loop.

Is there a chance to get that fixed in the next firmware release?

Thanks in advance.

Martin

I tried this (Demo_BREAK) again with a clean (Format C) Prime G2.
=> Same behavior => Calculator resets.

Can anybody confirm this issue, or does my Prime G2 hava a hardware issue?

Thanks in advance

Martin

My G2 does the same thing. It takes a while but it resets itself with no paperclip needed.
Tom L
Cui bono?
Find all posts by this user
Quote this message in a reply
05-18-2019, 07:35 PM
Post: #7
DA74254 Online
Member
 		Posts: 215
Joined: Sep 2017
RE: Major bug on G2
Confirmed.
Resets itself, but no paperclip needed.
Esben
15C CE, 28s, 35s, 49G+, 50G, Prime G2 HW D, SwissMicros DM32, DM42, DM42n, WP43 Pilot
Elektronika MK-52 & MK-61
Find all posts by this user
Quote this message in a reply
10-15-2019, 03:49 AM
Post: #8
mbeddo Offline
Member
 		Posts: 54
Joined: Nov 2014
RE: Major bug on G2
Any way to find out if this problem with BREAK is on HP's radar?

I was an early adopter of HP Prime and it was a bumpy experience at first, but eventually smoothed out. I bought a HP Prime G2 last week, updated it using connectivity kit, and it looks like I have to relive a similar experience again! Sure enough, the BREAK command crashes the calculator. Makes me wonder what else might not work quite right.

I was going to give my old HP Prime to a student, but now I'm apprehensive and so will wait to see how HP deals with this.
Find all posts by this user
Quote this message in a reply
10-15-2019, 05:18 AM
Post: #9
Tim Wessman Offline
Senior Member
 		Posts: 2,293
Joined: Dec 2013
RE: Major bug on G2
(10-15-2019 03:49 AM)mbeddo Wrote:  Any way to find out if this problem with BREAK is on HP's radar?

Yes.
TW

Although I work for HP, the views and opinions I post here are my own.
Find all posts by this user
Quote this message in a reply
10-15-2019, 05:58 PM
Post: #10
David Hayden Offline
Senior Member
 		Posts: 462
Joined: Dec 2013
RE: Major bug on G2
(10-15-2019 05:18 AM)Tim Wessman Wrote:  
(10-15-2019 03:49 AM)mbeddo Wrote:  Any way to find out if this problem with BREAK is on HP's radar?
Yes.
Thanks Tim.
Find all posts by this user
Quote this message in a reply
10-18-2019, 11:06 PM
Post: #11
srbrenton Offline
Junior Member
 		Posts: 3
Joined: Nov 2014
RE: Major bug on G2
I bought my G2 about a week ago (October 7).
In my case, I don't have a BREAK in my code but WAIT/ON seems implicated.
Normally (G1) this code draws a picture and waits for a key press and returns the same.

Typically I'll press the ON key and get '46' in an alert box.
However, as I duplicated this sequence I periodically the get three second reset warning (no keycode) and then the Prime resets.
I hope this helps someone who knows what is happening.

Code:

EXPORT ORBITDGM()
BEGIN
RECT();
FOR C FROM −2 TO 0.25 STEP 0.00625 DO
X:=0;
M:=142*(C+2);
FOR I FROM 2 TO 100 DO
X:=X*X+C;
IF I < 30 THEN
CONTINUE;
END;
N:=60*(2-X);
PIXON_P(M,N,#FF00FF);
END;
END;
WAIT;
END;

Thanks,

Steve Brenton
Find all posts by this user
Quote this message in a reply
Post Reply 




User(s) browsing this thread: 1 Guest(s)

Contact Us | The Museum of HP Calculators | Return to Top | Return to Content | Lite (Archive) Mode | RSS Syndication