Changeset 149 for ccr/trunk/p/CCRUTIL.m
- Timestamp:
- Sep 11, 2008, 4:09:14 PM (16 years ago)
- File:
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- 1 edited
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ccr/trunk/p/CCRUTIL.m (modified) (2 diffs)
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ccr/trunk/p/CCRUTIL.m
r122 r149 1 1 CCRUTIL ;CCRCCD/SMH - Various Utilites for generating the CCR/CCD;06/15/08 2 2 ;;0.1;CCRCCD;;Jun 15, 2008; 3 3 ;Copyright 2008 WorldVistA. Licensed under the terms of the GNU 4 4 ;General Public License See attached copy of the License. … … 17 17 ;with this program; if not, write to the Free Software Foundation, Inc., 18 18 ;51 Franklin Street, Fifth Floor, Boston, MA 02110-1301 USA. 19 20 21 22 19 ; 20 W "No Entry at Top!" 21 Q 22 ; 23 23 FMDTOUTC(DATE,FORMAT) ; Convert Fileman Date to UTC Date Format; PUBLIC; Extrinsic 24 25 26 27 28 29 30 31 32 33 34 35 36 37 38 39 40 41 42 43 44 45 46 47 48 49 24 ; FORMAT is Format of Date. Can be either D (Day) or DT (Date and Time) 25 ; If not passed, or passed incorrectly, it's assumed that it is D. 26 ; FM Date format is "YYYMMDD.HHMMSS" HHMMSS may not be supplied. 27 ; UTC date is formatted as follows: YYYY-MM-DDThh:mm:ss_offsetfromUTC 28 ; UTC, Year, Month, Day, Hours, Minutes, Seconds, Time offset (obtained from Mailman Site Parameters) 29 N UTC,Y,M,D,H,MM,S,OFF 30 S Y=1700+$E(DATE,1,3) 31 S M=$E(DATE,4,5) 32 S D=$E(DATE,6,7) 33 S H=$E(DATE,9,10) 34 I $L(H)=1 S H="0"_H 35 S MM=$E(DATE,11,12) 36 I $L(MM)=1 S MM="0"_MM 37 S S=$E(DATE,13,14) 38 I $L(S)=1 S S="0"_S 39 S OFF=$$TZ^XLFDT ; See Kernel Manual for documentation. 40 ; If H, MM and S are empty, it means that the FM date didn't supply the time. 41 ; In this case, set H, MM and S to "00" 42 ; S:('$L(H)&'$L(MM)&'$L(S)) (H,MM,S)="00" ; IF ONLY SOME ARE MISSING? 43 S:'$L(H) H="00" 44 S:'$L(MM) MM="00" 45 S:'$L(S) S="00" 46 S UTC=Y_"-"_M_"-"_D_"T"_H_":"_MM_$S(S="":":00",1:":"_S)_OFF ; Skip's code to fix hanging colon if no seconds 47 I $L($G(FORMAT)),FORMAT="DT" Q UTC ; Date with time. 48 E Q $P(UTC,"T") 49 ; 50 50 SORTDT(V1,V2,ORDR) ; DATE SORT ARRAY AND RETURN INDEX IN V1 AND COUNT 51 ; AS EXTRINSIC ORDR IS 1 OR -1 FOR FORWARD OR REVERSE 52 ; DATE AND TIME ORDER. DEFAULT IS FORWARD 53 ; V2 IS AN ARRAY OF DATES IN FILEMAN FORMAT 54 ; V1 IS RETURNS INDIRECT INDEXES OF V2 IN REVERSE DATE ORDER 55 ; SO V2(V1(X)) WILL RETURN THE DATES IN DATE/TIME ORDER 56 ; THE COUNT OF THE DATES IS RETURNED AS AN EXTRINSIC 57 ; BOTH V1 AND V2 ARE PASSED BY REFERENCE 58 N VSRT ; TEMP FOR HASHING DATES 59 N ZI,ZJ,ZTMP,ZCNT,ZP1,ZP2 60 S ZCNT=0 ; COUNTING NUMBER OF DATES 61 S ZTMP="" ; 62 F ZI=0:0 D Q:$O(V2(ZTMP))="" ; FOR EACH DATE IN THE ARRAY 63 . S ZCNT=ZCNT+1 ; INCREMENT THE COUNT 64 . S ZTMP=$O(V2(ZTMP)) ; NEXT DATE 65 . I $D(V2(ZTMP)) D ; IF THE DATE EXISTS 66 . . S ZP1=$P(V2(ZTMP),".",1) ; THE DATE PIECE 67 . . S ZP2=$P(V2(ZTMP),".",2) ; THE TIME PIECE 68 . . S VSRT(ZP1,ZP2_"00000"_ZCNT)=ZCNT ; HASH ON DATE AND TIME 69 . . ; S VSRT($P(V2(ZTMP),U,4)_"000000"_ZCNT)=ZCNT ; PULL DATE 70 . I DEBUG W "ZTMP=",ZTMP," " 71 S V1(0)=ZCNT ; ARRAYS ARE THE SAME SIZE 72 ; I DEBUG ZWR V2 73 ; I DEBUG ZWR VSRT 74 N ZD,ZT ; DATA AND TIME ITERATORS 75 N ZDONE ; DONE FLAG 76 S (ZD,ZT)="" 77 S ZDONE=0 78 N UORDR ; ORDER TO USE 1=FORWARD -1=REVERSE 79 S UORDR=ORDR ; DIRECTION TO SORT 80 I ORDR="" S UORDR=1 81 N ZZCNT S ZZCNT=0 ; ANOTHER COUNTER 82 F ZI=0:0 D Q:ZDONE ; VISIT THE ARRAY IN DATE ORDER 83 . S ZD=$O(VSRT(ZD),UORDR) ; NEXT DATE 84 . I ZD="" S ZDONE=1 85 . I 'ZDONE D ; MORE DATES 86 . . S ZT="" ; WANT FIRST TIME FOR THIS DATE 87 . . F ZJ=0:0 D Q:$O(VSRT(ZD,ZT),UORDR)="" ; LOOP THROUGH ALL TIMES 88 . . . S ZT=$O(VSRT(ZD,ZT),UORDR) ; NEXT TIME 89 . . . S ZZCNT=ZZCNT+1 ; INCREMENT COUNTER 90 . . . S V1(ZZCNT)=VSRT(ZD,ZT) ; PULL OUT THE INDEX 91 Q ZCNT 92 ; 51 ; AS EXTRINSIC ORDR IS 1 OR -1 FOR FORWARD OR REVERSE 52 ; DATE AND TIME ORDER. DEFAULT IS FORWARD 53 ; V2 IS AN ARRAY OF DATES IN FILEMAN FORMAT 54 ; V1 IS RETURNS INDIRECT INDEXES OF V2 IN REVERSE DATE ORDER 55 ; SO V2(V1(X)) WILL RETURN THE DATES IN DATE/TIME ORDER 56 ; THE COUNT OF THE DATES IS RETURNED AS AN EXTRINSIC 57 ; BOTH V1 AND V2 ARE PASSED BY REFERENCE 58 N VSRT ; TEMP FOR HASHING DATES 59 N ZI,ZJ,ZTMP,ZCNT,ZP1,ZP2 60 S ZCNT=0 ; COUNTING NUMBER OF DATES 61 S ZTMP="" ; 62 F ZI=0:0 D Q:$O(V2(ZTMP))="" ; FOR EACH DATE IN THE ARRAY 63 . S ZCNT=ZCNT+1 ; INCREMENT THE COUNT 64 . S ZTMP=$O(V2(ZTMP)) ; NEXT DATE 65 . I $D(V2(ZTMP)) D ; IF THE DATE EXISTS 66 . . S ZP1=$P(V2(ZTMP),".",1) ; THE DATE PIECE 67 . . S ZP2=$P(V2(ZTMP),".",2) ; THE TIME PIECE 68 . . S VSRT(ZP1,ZP2_"00000"_ZCNT)=ZCNT ; HASH ON DATE AND TIME 69 . . ; S VSRT($P(V2(ZTMP),U,4)_"000000"_ZCNT)=ZCNT ; PULL DATE 70 . I DEBUG W "ZTMP=",ZTMP," " 71 S V1(0)=ZCNT ; ARRAYS ARE THE SAME SIZE 72 ; I DEBUG ZWR V2 73 ; I DEBUG ZWR VSRT 74 N ZD,ZT ; DATA AND TIME ITERATORS 75 N ZDONE ; DONE FLAG 76 S (ZD,ZT)="" 77 S ZDONE=0 78 N UORDR ; ORDER TO USE 1=FORWARD -1=REVERSE 79 S UORDR=ORDR ; DIRECTION TO SORT 80 I ORDR="" S UORDR=1 81 N ZZCNT S ZZCNT=0 ; ANOTHER COUNTER 82 F ZI=0:0 D Q:ZDONE ; VISIT THE ARRAY IN DATE ORDER 83 . S ZD=$O(VSRT(ZD),UORDR) ; NEXT DATE 84 . I ZD="" S ZDONE=1 85 . I 'ZDONE D ; MORE DATES 86 . . S ZT="" ; WANT FIRST TIME FOR THIS DATE 87 . . F ZJ=0:0 D Q:$O(VSRT(ZD,ZT),UORDR)="" ; LOOP THROUGH ALL TIMES 88 . . . S ZT=$O(VSRT(ZD,ZT),UORDR) ; NEXT TIME 89 . . . S ZZCNT=ZZCNT+1 ; INCREMENT COUNTER 90 . . . S V1(ZZCNT)=VSRT(ZD,ZT) ; PULL OUT THE INDEX 91 Q ZCNT 92 ; 93 SORTDT2(V1,V2,ORDR) ; REWRITE TO USE 3 INSTEAD OF 2 LVLS OF INDEX 94 ; AND $Q INSTEAD OF $O 95 ; DATE SORT ARRAY AND RETURN INDEX IN V1 AND COUNT 96 ; AS EXTRINSIC ORDR IS 1 OR -1 FOR FORWARD OR REVERSE 97 ; DATE AND TIME ORDER. DEFAULT IS FORWARD 98 ; V2 IS AN ARRAY OF DATES IN FILEMAN FORMAT 99 ; V1 IS RETURNS INDIRECT INDEXES OF V2 IN REVERSE DATE ORDER 100 ; SO V2(V1(X)) WILL RETURN THE DATES IN DATE/TIME ORDER 101 ; THE COUNT OF THE DATES IS RETURNED AS AN EXTRINSIC 102 ; BOTH V1 AND V2 ARE PASSED BY REFERENCE 103 N VSRT ; TEMP FOR HASHING DATES 104 N ZI,ZJ,ZTMP,ZCNT,ZP1,ZP2 105 S ZCNT=0 ; COUNTING NUMBER OF DATES 106 S ZTMP="" ; 107 F ZI=0:0 D Q:$O(V2(ZTMP))="" ; FOR EACH DATE IN THE ARRAY 108 . S ZCNT=ZCNT+1 ; INCREMENT THE COUNT 109 . S ZTMP=$O(V2(ZTMP)) ; NEXT DATE 110 . I $D(V2(ZTMP)) D ; IF THE DATE EXISTS 111 . . S ZP1=$P(V2(ZTMP),".",1) ; THE DATE PIECE 112 . . S ZP2=$P(V2(ZTMP),".",2) ; THE TIME PIECE 113 . . S VSRT(ZP1,ZP2,ZCNT)=ZCNT ; HASH ON DATE AND TIME 114 . I DEBUG W "ZTMP=",ZTMP," " 115 S V1(0)=ZCNT ; ARRAYS ARE THE SAME SIZE 116 ; I DEBUG ZWR V2 117 ; I DEBUG ZWR VSRT 118 N ZD,ZT ; DATA AND TIME ITERATORS 119 N ZDONE ; DONE FLAG 120 S (ZD,ZT)="" 121 S ZDONE=0 122 N UORDR ; ORDER TO USE 1=FORWARD -1=REVERSE 123 S UORDR=ORDR ; DIRECTION TO SORT 124 I ORDR="" S UORDR=1 125 N ZZCNT S ZZCNT=0 ; ANOTHER COUNTER 126 F ZI=0:0 D Q:ZDONE ; VISIT THE ARRAY IN DATE ORDER 127 . S ZD=$O(VSRT(ZD),UORDR) ; NEXT DATE fix this 128 . I ZD="" S ZDONE=1 129 . I 'ZDONE D ; MORE DATES 130 . . S ZT="" ; WANT FIRST TIME FOR THIS DATE 131 . . F ZJ=0:0 D Q:$O(VSRT(ZD,ZT),UORDR)="" ; LOOP THROUGH ALL TIMES 132 . . . S ZT=$O(VSRT(ZD,ZT),UORDR) ; NEXT TIME 133 . . . S ZZCNT=ZZCNT+1 ; INCREMENT COUNTER 134 . . . S V1(ZZCNT)=VSRT(ZD,ZT) ; PULL OUT THE INDEX 135 Q ZCNT 136 ;
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