VistA-IHS-VA_UTILITIES-XB/XBCDIC.m

184 lines
6.8 KiB
Mathematica

XBCDIC ; IHS/ADC/GTH - CLEAN UP ^DIC AND ^DD ; [ 02/07/97 3:02 PM ]
;;4.0;XB;;Jul 20, 2009;Build 2
;
; PROGRAMMERS NOTE:
; THIS FUNCTIONALITY HAS BEEN INCLUDED IN THE FILEMAN
; DD UTILITIES, BEGINNING WITH V 19.0. WE RECOMMEND
; IT'S USE AS IT IS MORE LIKELY TO BE CURRENT.
; 3-20-96
;
; This routine cleans up ^DIC and ^DD by a range of
; dictionary numbers. All files in ^DIC within the range
; of dictionary numbers are checked for the following:
;
; They must have a NAME in ^DIC.
; The NAME in ^DIC must match the NAME in ^DD.
; The NAME must exist in ^DIC("B" with the correct number,
; and that number cannot occur more than once in ^DIC("B".
; They must have a data global specified in ^DIC.
; The data global must be in the correct form.
; The data global must exist.
; The data global must have a 0th node.
; The NAME and NUMBER in the data global must match ^DIC.
; The data globals 0th node must be consistent with
; the data (Exact count not checked).
;
; They must have valid entries in ^DD as follows:
; The ^DD entry must have a .01 field.
; All "SB" pointers must point to existing sub-files.
; All sub-files must point back to correct parent.
; All "TRB" entries must exist.
; All "PT" entries must exist.
; All "ACOMP" entries must exist.
;
; When discrepancies are found the entries are corrected
; automatically where ever possible. If this is not possible
; operator interaction occurs to make the corrections. If
; the file cannot be corrected, it will be deleted.
;
; After all dictionaries within the range of dictionary
; numbers are checked, all other entries within the range
; will be deleted.
;
; The last step is to set the 0th node of the FILE OF FILES
; to the correct high DFN and the correct count of entries.
;
BEGIN ;
S U="^"
W !!,"THIS FUNCTIONALITY HAS BEEN INCLUDED IN THE FILEMAN"
W !,"DD UTILITIES, BEGINNING WITH V 19.0. WE RECOMMEND"
W !,"IT'S USE AS IT IS MORE LIKELY TO BE CURRENT."
W !," 3-20-96",!!
Q:'$$DIR^XBDIR("E")
W !!,"This routine cleans up ^DIC and ^DD by a range of dictionary numbers."
LO ;
R !!,"Enter low number of range: ",XBCDLO:$G(DTIME,999)
G:XBCDLO'=+XBCDLO EOJ
HI ;
R !,"Enter high number of range: ",XBCDHI:$G(DTIME,999)
S:XBCDHI="" XBCDHI=XBCDLO
G:XBCDHI'=+XBCDHI!(XBCDHI<XBCDLO) EOJ
I XBCDLO<2 W !!,"*** Don't mess with files less than 2!! ***",*7 G EOJ
S XBDSLO=XBCDLO,XBDSHI=XBCDHI
D EN1^XBDSET
I '$D(^UTILITY("XBDSET",$J)) W !!,"No dictionaries were selected!" G EOJ
D ^XBCDIC2 ; Check names and data globals *****
D ^XBCDICD ; Delete bad files found by ^XBCDIC2 *****
S XBDSLO=XBCDLO,XBDSHI=XBCDHI
D EN1^XBDSET ; Get list again *****
D ^XBCDIC3 ; Check ^DD entries *****
S XBRLO=XBCDLO,XBRHI=XBCDHI
D EN1^XBRESID ; Check dangling ^DD entries *****
W !!,"Now confirming ^DIC(""B"")"
S XBCDX=""
F XBCDL=0:0 S XBCDX=$O(^DIC("B",XBCDX)) Q:XBCDX="" S XBCDFILE="" F XBCDL=0:0 S XBCDFILE=$O(^DIC("B",XBCDX,XBCDFILE)) Q:XBCDFILE="" I XBCDFILE'<XBCDLO,XBCDFILE'>XBCDHI W "." D BCHK
S XBCDFILE=XBCDLO-.00000001
F XBCDL=0:0 S XBCDFILE=$O(^DIC(XBCDFILE)) Q:XBCDFILE'=+XBCDFILE I XBCDFILE'>XBCDHI W "." S XBCDNDIC=$P(^DIC(XBCDFILE,0),U,1) I XBCDNDIC]"",'$D(^DIC("B",XBCDNDIC,XBCDFILE)) S ^(XBCDFILE)="" W "|"
G EOJ
;
BCHK ;
I '$D(^DIC(XBCDFILE,0))#2 KILL ^DIC("B",XBCDX,XBCDFILE) W "|" Q
I XBCDX'=$P(^DIC(XBCDFILE,0),U,1) KILL ^DIC("B",XBCDX,XBCDFILE) W "|"
Q
EOJ ;
KILL XBCDLO,XBCDHI,XBCDUCI,XBCDL,XBCDFILE,XBCDX,XBCDNDIC
KILL ^UTILITY("XBDSET",$J)
Q
;
W !,"Package ",XBBPPRFX," has no pre-initialization routine entry!",!
Q
;
EOJ3 ;
KILL ^UTILITY("XBBPI",$J),^UTILITY("XBBPPGM",$J),^UTILITY("XBBPI EXEC",$J)
KILL %,%DT,DIE,XCN
KILL XBBPDFN,XBBPFLE,XBBPFLG,XBBPI,XBBPL,XBBPP,XBBPPGM,XBBPPRFX,XBBPX,XBBPY
Q
;
DTA ;
;; K ^UTILITY("XBDSET",$J) F XBBPI=1:1 S XBBPIX=$P($T(Q+XBBPI),";;",2) Q:XBBPIX="" S XBBPIY=$P(XBBPIX,"=",2,99),XBBPIX=$P(XBBPIX,"=",1) S @XBBPIX=XBBPIY
;; K XBBPI,XBBPIX,XBBPIY D EN2^XBKD
;;Q Q
; ex: D to denote DUZ
; '|' Separator
;
; variable1 User's choice of the local variable
; ex: DUZ
; '*' Repetative marker if more than one
; mnemonic is indicated
;
; USE The mnemonic reference can be used any where
; in the WP form.
; Format ~mnemonic|variable subscript~
;
; '~' Beginning marker for the variable
;
; mnemonic1 User's mnemonic
;
; '|' Separator
;
; subscript The subscript of the variable to be used
;
; '~' Ending marker for the variable
;
; ex: ~D|~ for DUZ
; ~D|0~ for DUZ(0)
; ~I|.01~ for BARIPT(.01)
;
; MUMPS OUTPUT A simple mumps output transform is also
; TRANSFORM provided to aid in form design. A variable or
; mnemonic indicated will have its output
; transformed prior to being put into the form.
;
; SETUP
;
; *var1!mumps code1*var2!mumps code2
; *mnemonic3!mumps code3*mnemonic4!mumps code4
;
; Ex: *DUZ(2)!$J(X,10,2) will output $J(DUZ(2),10,2)
; *D|2!$J(X,10,2) mnemonic notation of same
;
; '*' Output Transform marker in column one. At TOF
;
; Variable/ Variable or mnemonic as it would appear in the
; Mneumonic form between '~'s.
;
; '!' Separator
;
; mumps code Mumps code expression as a function of x.
; Do not state 'S X=f(x)'
; Enter the function only, f(x).
;
; '*' Separator if more than one is put on one line.
;
; SPECIAL OUTPUT TRANSFORMS provided by XBARRAY
;
; xxx!$$MDY(X) a literal ~"NOW"~ or variable ~IT|9~
; ex: *"NOW"!$$MDY(X) or *IT|9!$$MDY(X)
; returns mm/dd/yy
;
; xxx!$$WP("X") for a word processing field
; NOTE: "X" IS ABSOLUTELY NECESSARY
; The variable array must have the form
; VAR(subcript,n) where n = 1:1
;
DOCE ;
;
TEST ; If you have A/R installed, uncomment the following lines for a
; demonstration.
; D INIT^BARUTL
; D ENP^XBDIQ1(200,DUZ,".01:.116","BARU(")
; S BARFORM="PW TEST"
; D EDIT^XBARRAY(.BARFORM,90053.01,1000)
; S Y=$$GEN^XBARRAY(.BARFORM,90053.01,1000,"BARFM",0,10)
; K BARFORM(BARFORM)
; Q
;
NEW I,W
S XBLWP=$G(XBLLINE),W=$P(X,")")
F I=0:1 S X=$Q(@X) Q:X="" Q:(W'=$P(X,",")) D
. S T=@X,XBLLINE=XBLWP+I
. S:'$G(XBFMT) XBZ(XBL+XBLLINE)=T
. S:($G(XBFMT)=1) XBZ(XBL+XBLLINE,0)=T
Q ""
;