1 | DIWP ;SFISC/GFT-ASSEMBLE WP LINE ;10JUN2005
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2 | ;;22.0;VA FileMan;**46,152**;Mar 30, 1999;Build 10
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3 | ;Per VHA Directive 2004-038, this routine should not be modified.
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4 | ;The DIWF variable contains a string of one-letter codes to control W-P output.
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5 | ;"|" in DIWF means that "|"-windows are not to be evaluated, but are to be printed as
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6 | ; they stand.
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7 | ;"X" means eXactly line-for-line, with "||" printed as "||"
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8 | ;"W" in DIWF means that formatted text will be written out to
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9 | ; the current device as it is assembled.
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10 | ;"N" means NOWRAP-- text is assembled line-for-line
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11 | ;"R" means text will be assembled Right-justified
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12 | ;"D" means text will be double-spaced
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13 | ;"L" means internal line numbers appear at the left margin
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14 | ;"C" followed by a number will cause formatting of text in a column
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15 | ; width specified by the number.
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16 | ;"I" followed by a number will cause text to be indented that number
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17 | ; of columns.
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18 | ;"?" means that, if user's terminal is available, "|"-windows that cannot
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19 | ; be evaluated will be asked from the user's terminal.
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20 | ;"B" followed by number causes new page when output gets within that
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21 | ; number of lines from the bottom of the page (as defined by IOSL).
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22 | ;
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23 | ;DIWTC is a Boolean -- Are we printing out in LINE MODE?
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24 | S:'$L(X) X=" "
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25 | S DIWTC=X[($C(124)_"TAB") S:'$D(DN) DN=1
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26 | LN S:'$D(DIWF) DIWF="" S:'DIWTC DIWTC=DIWF["N" S DIWX=X,DIW=$C(124),I=$P(DIWF,"C",2) I I S DIWR=DIWL+I-1
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27 | I '$D(^UTILITY($J,"W",DIWL)) S ^(DIWL)=1 K DIWFU,DIWFWU,DIWLL D DIWI S:'$D(DIWT) DIWT="5,10,15,20,25" G DIW
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28 | S I=^(DIWL),DIWI=^(DIWL,I,0) I DIWI="" D DIWI G Z
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29 | D NEW:DIWTC
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30 | Z S Z=X?.P!DIWTC I X?1" ".E!Z S DIWTC=1 D NEW:DIWI]"" S DIWTC=Z
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31 | DIW ;from RCR+5^DIWW
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32 | I DIWF["X" S DIWTC=1,X=DIWX,DIWX="" D C G D ;**DI*22*152** Leave line unaltered
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33 | S X=$P(DIWX,DIW,1) D C:X]"" S X=$P(DIWX,DIW,1),DIWX=$P(DIWX,DIW,2,999) G D:DIWX="" I $D(DIWP),X'?.E1" " D ST
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34 | S X=$P(DIWX,DIW,1) I $P(X,"TAB",1)="" D TAB G N
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35 | I X="TOP" D PUT S ^("X")="S DIFF=1 X:$D(^UTILITY($J,1)) ^(1)" D NEW G N
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36 | I DIWF'[DIW G U:X="_" D PUT,RCR^DIWW G N:$D(X)
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37 | S X=DIW_$P(DIWX,DIW,1)_DIW D C
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38 | N K X S DIWX=$P(DIWX,DIW,2,99) I DIWX]"" D ST:$D(DIWP) G DIW
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39 | D K DIWP D PUT,PRE:DIWTC S:DIWTC DIWI="" Q
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40 | ;
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41 | ST S DIWI=$E(DIWI,1,$L(DIWI)-1) K DIWP Q
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42 | ;
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43 | DIWI S DIWI=$J("",+$P(DIWF,"I",2)) I DIWF["L",$D(D)#2 S DIWLL=D
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44 | Q
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45 | PUT S I=^UTILITY($J,"W",DIWL),^(DIWL,I,0)=DIWI I DIWF["L",$D(DIWLL) S ^("L")=DIWLL
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46 | Q
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47 | L ;
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48 | S DIWTC=1 G LN
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49 | ;
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50 | TAB I X="" S X=DIW G C
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51 | S J=$P(DIWT,",",DIWTC),DIWTC=DIWTC+1 S:X?3A1P.P.N.E J=$E(X,5,9) S:J?1"""".E1"""" J=$E(J,2,$L(J)-1)
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52 | I J'>0 S %=$P(DIWX,DIW,2) Q:%="" S J=$S(J<0:1-$L(%)-J,J="C":DIWR-DIWL-$L(%)\2,1:0)
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53 | S J=J-1-$L(DIWI) Q:J<1 S X=$J("",J)
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54 | C K DIWP I DIWTC S DIWI=DIWI_X Q
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55 | B S Z=DIWR-DIWL+1-$L(DIWI) G FULL:$F(X," ")-1>Z F %=Z:-1 I " "[$E(X,%) S:$E(X,%+1)=" " %=%+1 Q
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56 | S Z=$E(X,1,%-1),X=$E(X,%+1,999) I Z]"" S DIWI=DIWI_Z G S:X]"" S %=$E(Z,$L(Z)) S:%'=" " DIWI=DIWI_$J("",%="."+1),DIWP=1 Q
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57 | FULL I $P(DIWF,"I",2)'<$L(DIWI) S DIWI=DIWI_$P(X," ",1),X=$P(X," ",2,999)
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58 | S D PUT,NEW G B:X]"" Q
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59 | ;
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60 | U S I=^UTILITY($J,"W",DIWL) I $D(DIWFU) S ^(DIWL,I,"U",$L(DIWI)+1)="" K DIWFU G N
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61 | S ^(DIWL,I,"U",$L(DIWI)+1)=X,DIWFU=1 G N
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62 | ;
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63 | NEW D DIWI
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64 | PRE S I=^UTILITY($J,"W",DIWL),^(DIWL)=I+1,^(DIWL,I+1,0)="" I DIWF["D" S ^(0)=" ",^UTILITY($J,"W",DIWL)=I+2,^(DIWL,I+2,0)=""
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65 | I $D(DIWFU) S ^("U",1+$P(DIWF,"I",2))="_"
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66 | G P:DIWF'["R"!DIWTC K % Q:'$D(^UTILITY($J,"W",DIWL,I,0))
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67 | S Y=^(0),%=$L(Y) F %=%:-1 Q:$A(Y,%)-32
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68 | S Y=$E(Y,1,%),J=DIWR-DIWL-%+1,%X=0 G P:J<1
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69 | F %=1:1 S %(%)=$P(Y," ",1),Y=$P(Y," ",2,999) G:Y="" PAD:%-1,P I $E(%(%),$L(%(%)))?.P S:%=1&(%(%)="") %=0,%X=%X+1 S:%&J J=J-1,%(%)=%(%)_" "
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70 | PAD I J F Y=%\2+1:1:%-1,%\2:-1 S %(Y)=%(Y)_" ",J=J-1 G PAD:Y=1!'J
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71 | S Y=%(%) F %=%-1:-1:1 S Y=%(%)_" "_Y
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72 | S ^(0)=$J("",%X)_Y K %
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73 | P I DIWF["W" G NX^DIWW
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