153 lines
5.1 KiB
Mathematica
153 lines
5.1 KiB
Mathematica
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XMC1A ;(WASH ISC)/THM-Script Interpreter (Look) ;12/04/2002 15:04
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;;8.0;MailMan;**11**;Jun 28, 2002
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;LOOK For Text
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;
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; There can only be one 'B' in a LOOK command. It may be preceeded by
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; at least one 'A' and succeeded by as many 'C's as desired.
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; The 'B' parameter may be null. In this case two spaces would
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; separate the 'A' parameters for the 'C' parameters.
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;
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;X=SCRIPT COMMAND 'L:Timeout A A A ... B C C C ...'
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;
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;The string represented by 'x' must always have a length >0.
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;The string being looked for must always be surrounded by '|'s.
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;To use the new form, the looked for strings must be surrounded by '|'s.
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; If no '|'s are found, it is assumed to be of the old form
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; (see example 4 below).
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;There must not be any '|'s for the "OLD" form as the 1st character
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; after the 1st space in the string.
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;The 1st character after the 1st space in the string must be a '|'
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; in the "NEW" form.
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;Condition A is always checked first
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;
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;WHERE 'A' (mandatory) has form 'x' / QUIT on finding string 'x'
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; or 'x:y' / GOTO line 'y' on finding 'x'
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;
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;WHERE 'C' (optional) has form 'x' / QUIT setting ER=1 on finding 'x'
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;
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;WHERE 'B' (optional) has form 'y' / GOTO 'y' on timeout
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;
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;********************************************************************
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;
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;Examples:
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;
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; 1. Look for "LINE" or "CONNECTED" on a timeout just error out
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; (Where the command is on line 3)
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;
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; L |LINE|:3 |CONNECTED|:3
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; or
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; L |LINE| |CONNECTED|
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;
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; 2. Look for "LINE" and if found go to line 15 of this script
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; Look for "CONNECTED" and if found go to line 18 of this script.
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; Go to line 25 of this script on a time out.
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; If "DISCON" is found error out.
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;
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; L |LINE|:15 |CONNECTED|:18 25 |DISCON|
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;
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; 3. Same case as 2 except that on a timeout just error out.
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;
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; L |LINE|:15 |CONNECTED|:18 |DISCON|
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;
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; (Note that '18' is followed by 2 spaces [Timeout is null])
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;
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; 4. Look for 'ON LINE', then look for the string 'CONNECTED'
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;
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; L |ON LINE|:6 |CONNECTED|
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;
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; This is a little tricky. The old syntax for looking for a
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; string took $P(X," ",2,999) as the argument, where X is the
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; entire script command. To be backwards compatible, there must
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; be '|'s surrounding all of the strings being looked for.
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;
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;****************************************************************
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;
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; The old syntax still works:
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;
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; L ON LINE
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;
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; is interpreted in the old way as look for the phrase "ON LINE"
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;
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;*****************************************************************
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;
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; VARIABLES
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;
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;XMC1A(,,) === Array of checks XMC1A(1,,)=success checks
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; XMC1A(2,1,1)=timout (also XMC1A(2))
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; XMC1A(3,,)=failure checks
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;failure is type 'C', success is type 'A', time-out is Type 'B' above
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LOOK ;For Text (See documentation above)
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; X = command line from file 4.6
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; = 'L:180 220'
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N XMC1A,XMK,XMTIME,C,I,J,Y,%
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S XMC1A("TIMEOUT")=+$P($P(X," "),":",2)
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I 'XMC1A("TIMEOUT") S XMC1A("TIMEOUT")=45
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S XMTIME=$$TSTAMP^XMXUTIL1+XMC1A("TIMEOUT")
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S XMK=1
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S Y=1
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;Recode encoded control characters
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S XMC1A("LOOK")=XMC1
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I XMC1["~" S XMC1=$$RTRAN^XMCU1(XMC1)
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;Parse to separate time-outs/success/error conditions
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;'OLD' form
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I $E(XMC1)'="|",XMC1'?1.N1" |".E S XMC1A(1,1,1)=XMC1,XMC1A(1,1,2)="" G G
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;'NEW' form
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S I=0
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E ;
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S I=I+1
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I Y=1,XMC1?1.N1" |".E D TIMOUT G F
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I Y=1,XMC1?1" " S Y=2,XMC1=$E(XMC1,3,999) G F
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S %=Y
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S Y=$S(Y=3:Y,Y=2:3,XMC1?1.N1" |".E:2,$E(XMC1,1,2)=" ":3,XMC1?1" "1.N1" ":2,XMC1?1" "1.N:2,Y=1&(I>1)&(XMC1?1.N):2,XMC1?1" |".E:3,1:Y)
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I Y=2 S:$E(XMC1)=" " XMC1=$E(XMC1,2,999) D TIMOUT G F
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S:Y>% I=1
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S X=$P(XMC1,"|",2)
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S XMC1=$E(XMC1,$L($P(XMC1,"|",1,2))+1,999)
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S %=""
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I $E(XMC1,1,2)="|:" S %=$P($P(XMC1," "),":",2),XMC1=$P(XMC1,"|:",2,99) I %,$E(XMC1,1,2)'=" " S XMC1=$P(XMC1," ",2,99) G E1
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I $E(XMC1)="|" S XMC1=$E(XMC1,2,99)
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E1 ;
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I $S($L(X):1,$L(%):1,1:0) S XMC1A(Y,I,1)=X,XMC1A(Y,I,2)=%
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F ;
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G E:$L(XMC1)
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;Save Timeout for efficient access
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I $D(XMC1A(2)) S XMC1A(2)=XMC1A(2,1,1)
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G ;
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D DOTRAN^XMC1(42240,XMC1A("TIMEOUT"),XMC1A("LOOK")) ;Look: Timeout=|1|, Command String='|2|'
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U IO
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X ^%ZOSF("TRMON")
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S ER=0,Y=^%ZOSF("TRMRD"),XMC1A("TRMRD")="N Y "_Y_" S C=Y Q"
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L1 ;
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S Y=""
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D L2
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S XMK=XMK+1
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I XMC("SHOW TRAN")["R" D DOTRAN^XMC1("R: "_Y)
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G LQ:$D(XMC1A("OK"))
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I ER=1 D ERTRAN^XMC1(37001) S J=$G(XMC1A(2)) G LQ:'J S ER=0 G GO ;Time out.
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I XMK>199 D DOTRAN^XMC1(42241) S J=$G(XMC1A(2)) G GO:J S ER=1 Q ;200 Reads!
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G L1
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L2 ;
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N C,X
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L3 ;
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X "R X#"_$S(XMC1A("LOOK")[220:3,220-$L(Y)>0:220-$L(Y),1:1)_$S($D(XMDECNET):"",1:":1")
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S Y=Y_X
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X XMC1A("TRMRD")
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I C>0 S Y=Y_"~"_$S(C+64<255:$C(C+64),1:"~")
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F I=1,3 F %=0:0 S %=$O(XMC1A(I,%)) Q:'% I Y[XMC1A(I,%,1) S J=XMC1A(I,%,2) G GO:J'="",OK:I=1 S ER=1 Q
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I $S($L(Y)>220:1,C=13:1,1:0) Q
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I $$TSTAMP^XMXUTIL1<XMTIME H 1 G L3 ; H 1 added to slow loop
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S ER=1
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Q
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LQ ;
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K XMC1A
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X ^%ZOSF("TRMOFF")
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Q
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GO ;
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S XMCI=J-.00001
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OK ;
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S XMC1A("OK")=1
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Q
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TIMOUT ;
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S Y=2,XMC1A(2,1,1)=+XMC1,XMC1=$P(XMC1," ",2,99)
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Q
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