May 2,1997

        onl5v4: Solaris 2.5 cc ドライバのデバッグ.
        (デバッグ後の最終的なテスト状況)
       ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
   (http://www-online.kek.jp/~inoue/CAMAC/onl5v4-sol2.5/test.txt)
   (ftp://onl5v4.kek.jp/export/home/onl5v4/inoue/CAMAC/Log/debug-memo/test.log)

                    高エネルギー加速器研究機構
                       素粒子原子核研究所
                     物理、オンライングループ
                          井上 栄二


 (1).   camacシングル・アクションread/write(24ビット転送)の実行結果。

onl5v4[45]% cam1
Input n a f (data)>3 0 0
  N=3 A=0 F=0 Q=1 X=1  Data:000000(Hex) 00000000(Dec)

Input n a f (data)>3 0 16 333
  N=3 A=0 F=16 Q=1 X=1  Data:00014D(Hex) 00000333(Dec)

Input n a f (data)>3 0 0
  N=3 A=0 F=0 Q=1 X=1  Data:00014D(Hex) 00000333(Dec)

Input n a f (data)>3 0 16 0
  N=3 A=0 F=16 Q=1 X=1  Data:000000(Hex) 00000000(Dec)

Input n a f (data)>3 0 0
  N=3 A=0 F=0 Q=1 X=1  Data:000000(Hex) 00000000(Dec)

Input n a f (data)>3 1 0
  N=3 A=1 F=0 Q=1 X=1  Data:654321(Hex) 06636321(Dec)

Input n a f (data)>^Conl5v4[46]%


 (2).   camac LAM 割り込み処理の実行結果。

onl5v4[46]% cam3


*** Now waiting LAM ... N=3 Loop=10 Timeout=0 sec

Interrupted !! count=1
Interrupted !! count=2
Interrupted !! count=3
Interrupted !! count=4
Interrupted !! count=5
Interrupted !! count=6
Interrupted !! count=7
Interrupted !! count=8
Interrupted !! count=9
Interrupted !! count=10


*** cam3 nomal end.

onl5v4[47]% 

onl5v4[47]% cam3


*** Now waiting LAM ... N=3 Loop=10 Timeout=0 sec

Interrupted !! count=1
Interrupted !! count=2
Timeout !!     count=3  <---  ここで故意にタイムアウトさせた。
Interrupted !! count=4
Interrupted !! count=5
Interrupted !! count=6
Timeout !!     count=7  <---  ここで故意にタイムアウトさせた。
Interrupted !! count=8
Interrupted !! count=9
Interrupted !! count=10


*** cam3 nomal end.

onl5v4[48]% 


 (3).   camacブロック転送(16ビットread/write)の実行結果。

onl5v4[38]% cam2new
Input transfer mode (1:word 2:long word) >1
Input loop  >3
Input mode (0:QSTOP 1:QIGNORE 2:QREPEAT 3:QSCAN) >1
Input data counts >5
Input n a f >3 0 0
  MODE=1 N= 3 A= 0 F= 0 len=    5 lenr=    5 error= 0(Hex)
 
Data( 1)=      0  0x      0(Hex)
Data( 2)=      0  0x      0(Hex)
Data( 3)=      0  0x      0(Hex)
Data( 4)=      0  0x      0(Hex)
Data( 5)=      0  0x      0(Hex)
Data( 6)=      0  0x      0(Hex)
Data( 7)=      0  0x      0(Hex)
Data( 8)=      0  0x      0(Hex)
Data( 9)=      0  0x      0(Hex)
Data(10)=      0  0x      0(Hex)
 
Input n a f >3 0 16
Input data >555
  MODE=1 N= 3 A= 0 F=16 len=    5 lenr=    5 error= 0(Hex)
 
Data( 1)=    555  0x    22B(Hex)
Data( 2)=    555  0x    22B(Hex)
Data( 3)=    555  0x    22B(Hex)
Data( 4)=    555  0x    22B(Hex)
Data( 5)=    555  0x    22B(Hex)
Data( 6)=      0  0x      0(Hex)
Data( 7)=      0  0x      0(Hex)
Data( 8)=      0  0x      0(Hex)
Data( 9)=      0  0x      0(Hex)
Data(10)=      0  0x      0(Hex)
 
Input n a f >3 0 0
  MODE=1 N= 3 A= 0 F= 0 len=    5 lenr=    5 error= 0(Hex)
 
Data( 1)=    555  0x    22B(Hex)
Data( 2)=    555  0x    22B(Hex)
Data( 3)=    555  0x    22B(Hex)
Data( 4)=    555  0x    22B(Hex)
Data( 5)=    555  0x    22B(Hex)
Data( 6)=      0  0x      0(Hex)
Data( 7)=      0  0x      0(Hex)
Data( 8)=      0  0x      0(Hex)
Data( 9)=      0  0x      0(Hex)
Data(10)=      0  0x      0(Hex)
 
 Note: this program was linked with -fast or -fnonstd 
 and so may have produced nonstandard floating-point results. 
 Sun's implementation of IEEE arithmetic is discussed in 
 the Numerical Computation Guide.
onl5v4[39]% 


 (4).   camacブロック転送(24ビットread/write)の実行結果。

onl5v4[39]% cam2new
Input transfer mode (1:word 2:long word) >2
Input loop  >3
Input mode (0:QSTOP 1:QIGNORE 2:QREPEAT 3:QSCAN) >1
Input data counts >5
Input n a f >3 0 0
  MODE=1 N= 3 A= 0 F= 0 len=    5 lenr=    5 error= 0(Hex)
 
Data( 1)=   -16777216  0x    FF000000(Hex)
Data( 2)=   -16777216  0x    FF000000(Hex)
Data( 3)=   -16777216  0x    FF000000(Hex)
Data( 4)=   -16777216  0x    FF000000(Hex)
Data( 5)=   -16777216  0x    FF000000(Hex)
Data( 6)=           0  0x           0(Hex)
Data( 7)=           0  0x           0(Hex)
Data( 8)=           0  0x           0(Hex)
Data( 9)=           0  0x           0(Hex)
Data(10)=           0  0x           0(Hex)
 
Input n a f >3 0 16
Input data >6500000
  MODE=1 N= 3 A= 0 F=16 len=    5 lenr=    5 error= 0(Hex)
 
Data( 1)=     6500000  0x      632EA0(Hex)
Data( 2)=     6500000  0x      632EA0(Hex)
Data( 3)=     6500000  0x      632EA0(Hex)
Data( 4)=     6500000  0x      632EA0(Hex)
Data( 5)=     6500000  0x      632EA0(Hex)
Data( 6)=           0  0x           0(Hex)
Data( 7)=           0  0x           0(Hex)
Data( 8)=           0  0x           0(Hex)
Data( 9)=           0  0x           0(Hex)
Data(10)=           0  0x           0(Hex)
 
Input n a f >3 0 0
  MODE=1 N= 3 A= 0 F= 0 len=    5 lenr=    5 error= 0(Hex)
 
Data( 1)=   -10277216  0x    FF632EA0(Hex)
Data( 2)=   -10277216  0x    FF632EA0(Hex)
Data( 3)=   -10277216  0x    FF632EA0(Hex)
Data( 4)=   -10277216  0x    FF632EA0(Hex)
Data( 5)=   -10277216  0x    FF632EA0(Hex)
Data( 6)=           0  0x           0(Hex)
Data( 7)=           0  0x           0(Hex)
Data( 8)=           0  0x           0(Hex)
Data( 9)=           0  0x           0(Hex)
Data(10)=           0  0x           0(Hex)
 
 Note: this program was linked with -fast or -fnonstd 
 and so may have produced nonstandard floating-point results. 
 Sun's implementation of IEEE arithmetic is discussed in 
 the Numerical Computation Guide.
onl5v4[41]%