LEXNDX8 ;ISL/KER - Set/kill indexes 757.02 ;05/23/2017
Source file <LEXNDX8.m>
Package | Total | Call Graph |
---|---|---|
Lexicon Utility | 1 | $$STATCHK^LEXSRC2 |
action | A | extended action | Ea | event driver | Ed | subscriber | Su | protocol | O | limited protocol | LP | run routine | RR | broker | B | edit | E | server | Se | P | screenman | SM | inquire | I |
Package | Total | Caller Graph |
---|---|---|
Lexicon Utility | 2 | ^LEX(757.02 ACTIVATION STATUS |
Name | Comments | DBIA/ICR reference |
---|---|---|
SAHC | ; Set new value when Code is Edited
; ^DD(757.02,1,1,D0,1) = D SAHC^LEXNDX8 |
|
KAHC | ; Kill old value when Code is Edited
; ^DD(757.02,1,1,D0,2) = D KAHC^LEXNDX8 |
|
SAHD | ; Set new value when Effective Date is Edited
; ^DD(757.28,.01,1,D0,1) = D SAHD^LEXNDX8 |
|
KAHD | ; Kill old value when Effective Date is Edited
; ^DD(757.28,.01,1,D0,2) = D KAHD^LEXIDX8 |
|
SAHS | ; Set new value when Status is Edited
; ^DD(757.28,1,1,D0,1) = D SAHS^LEXNDX8 |
|
KAHS | ; Kill old value when Status is Edited
; ^DD(757.28,1,1,D0,2) = D KAHS^LEXIDX8 |
|
HDC | ; Set Common Variables (Code, Status and Effective Date)
|
|
DHDC | ; Set Default Common Variables (Code, Status and Effective Date)
; 0 node |
|
SHIS | ; Set Index
; ^LEX(757.02,"ACT",<code>,<status>,<date>,<ien>,<history>) |
|
SDHIS | ; Set Default Index
; ^LEX(757.02,"ACT",<code>,<status>,<date>,<ien>,<history>) |
|
KHIS | ; Kill Index
; ^LEX(757.02,"ACT",<code>,<status>,<date>,<ien>,<history>) |
|
KDHIS | ; Kill Default Index
; ^LEX(757.02,"ACT",<code>,<status>,<date>,<ien>,<history>) |
|
S10 | ; Set ICD-10 Index
; ^LEX(757.02,"ADX",<dx code>,<date>,<status>,<ien>,<history>) ; ^LEX(757.02,"APR",<pr code>,<date>,<status>,<ien>,<history>) |
|
K10 | ; Kill ICD-10 Index
; ^LEX(757.02,"ADX",<dx code>,<date>,<status>,<ien>,<history>) ; ^LEX(757.02,"APR",<pr code>,<date>,<status>,<ien>,<history>) |
|
DF(X,CODE) | ; Default Status
|
|
SAUPD | ; Set Update Date
|
|
KAUPD | ; Kill Update Date
|
|
DDTBR(SYS,STA) | ; Default Date Business Rules
; Input: ; SYS - System ; STA - Status ; Output: ; If Status = 1 (Active) ; If SYS = ICD/ICP use October 1, 1978 2781001 ; If SYS = CPT/CPC use January 1, 1989 2890101 ; If SYS is not listed above, use 2960923 ; If Status = 0 (Inactive) ; If SYS = ICD/ICP use October 2, 1978 2791001 ; If SYS = CPT/CPC use January 2, 1989 2900101 ; If SYS is not listed above, use 2960924 |
Name | Line Occurrences (* Changed, ! Killed) |
---|---|
^LEX(757.02 - [#757.02] | SAHC+4, SAHC+5, SAHC+7, SAHC+8, KAHC+4, KAHC+6, KAHC+7, KAHC+8, HDC+2, HDC+3 , HDC+4, HDC+5, HDC+8, DHDC+2, DHDC+4, SHIS+4, SHIS+5!, SHIS+6*, SHIS+8!, SHIS+9* , SDHIS+3, SDHIS+4*, SDHIS+6*, KHIS+4, KHIS+5!, KHIS+7!, KHIS+8!, KDHIS+3, KDHIS+4!, KDHIS+6! , S10+4, S10+9, S10+12*, K10+4, K10+9, K10+12!, DF+3, DF+4, DF+5, DF+6 , DF+7, DF+9, SAUPD+5, SAUPD+7*, KAUPD+5, KAUPD+7! |
^LEX(757.03 - [#757.03] | SAHC+6, KAHC+5, HDC+9, DHDC+3, S10+6, K10+6, SAUPD+6, KAUPD+6 |
>> | Not killed explicitly |
* | Changed |
! | Killed |
~ | Newed |
Name | Field # of Occurrence |
---|---|
CODE | DF~, DF+7 |
DA | SAHC+3, SAHC+9~*, KAHC+3, KAHC+9~*, HDC+1, HDC+2, HDC+5, SHIS+3, SHIS+4, SHIS+6 , SHIS+9, KHIS+3, KHIS+4, KHIS+5, KHIS+8, S10+9, S10+12, K10+9, K10+12, SAUPD+3 , KAUPD+3 |
DA(1 | SAHC+9*, KAHC+9*, HDC+1, HDC+2, HDC+3, HDC+4, HDC+5, HDC+8, HDC+10, DHDC+5 , SHIS+3, SHIS+4, SHIS+5, SHIS+6, SHIS+8, SHIS+9, KHIS+3, KHIS+4, KHIS+5, KHIS+7 , KHIS+8, S10+4, S10+9, S10+12, K10+4, K10+9, K10+12, SAUPD+4, KAUPD+4 |
LEXC | DF+1~, DF+7*, DF+8 |
LEXCOD | SAHC+2~, SAHC+10*, KAHC+2~, KAHC+10*, SAHD+2~, SAHD+3, KAHD+2~, KAHD+3, SAHS+2~, SAHS+3 , KAHS+2~, KAHS+3, HDC+1*, HDC+3*, HDC+10, DHDC+2*, DHDC+5, SHIS+2, SHIS+5, SHIS+6 , SHIS+8, SHIS+9, SDHIS+2, SDHIS+4, SDHIS+6, KHIS+2, KHIS+5, KHIS+7, KHIS+8, KDHIS+2 , KDHIS+4, KDHIS+6 |
LEXCODX | SAHC+2~, SAHC+3*, SAHC+10, KAHC+2~, KAHC+3*, KAHC+10, DHDC+2 |
LEXDDT | SAHC+2~, KAHC+2~, SAHD+2~, KAHD+2~, SAHS+2~, KAHS+2~, HDC+1*, HDC+12*, DHDC+8*, SHIS+5 , SHIS+8, KHIS+7, KDHIS+6 |
LEXDF | SAHC+2~, KAHC+2~, SAHD+2~, KAHD+2~, SAHS+2~, KAHS+2~, HDC+1*, DF+1~, DF+8*, DF+10 |
LEXDSTA | SAHC+2~, KAHC+2~, SAHD+2~, KAHD+2~, SAHS+2~, KAHS+2~, HDC+1*, HDC+10*, HDC+11*, HDC+12 , DHDC+6*, DHDC+8 |
LEXDSYS | SAHC+2~, KAHC+2~, SAHD+2~, KAHD+2~, SAHS+2~, KAHS+2~, HDC+1*, HDC+8*, HDC+9*, HDC+12 , DHDC+3*, DHDC+8 |
LEXDT | SAUPD+1~, SAUPD+2*, SAUPD+7, KAUPD+1~, KAUPD+2*, KAUPD+7, DDTBR+13~, DDTBR+14*, DDTBR+17, DDTBR+18* , DDTBR+20, DDTBR+21*, DDTBR+23, DDTBR+24*, DDTBR+26, DDTBR+27*, DDTBR+29*, DDTBR+30 |
LEXEF | S10+3~, S10+10*, S10+12, K10+3~, K10+10*, K10+12 |
LEXEFF | SAHC+2~, SAHC+10, KAHC+2~, KAHC+10, SAHD+2~, SAHD+4*, KAHD+2~, KAHD+4*, SAHS+2~, SAHS+3 , KAHS+2~, KAHS+3, HDC+1*, HDC+6*, DHDC+7*, SHIS+2, SHIS+6, SHIS+9, SDHIS+2, SDHIS+4 , SDHIS+6, KHIS+2, KHIS+5, KHIS+8, KDHIS+2, KDHIS+4, DF+1~, DF+4*, DF+5 |
LEXHIS | SAHC+2~, SAHC+7*, SAHC+8*, SAHC+9, KAHC+2~, KAHC+7*, KAHC+8*, KAHC+9, SAHD+2~, KAHD+2~ , SAHS+2~, KAHS+2~, SAUPD+1~, SAUPD+3*, KAUPD+1~, KAUPD+3* |
LEXI | DF+1~, DF+2*, DF+3, DF+4, DF+5, DF+6, DF+7, DF+9 |
LEXIEN | SAHC+2~, SAHC+3*, SAHC+4, SAHC+5, SAHC+7, SAHC+8, SAHC+9, KAHC+2~, KAHC+3*, KAHC+4 , KAHC+6, KAHC+7, KAHC+8, KAHC+9, SAHD+2~, KAHD+2~, SAHS+2~, KAHS+2~, DHDC+2, DHDC+4 , SDHIS+3, SDHIS+4, SDHIS+6, KDHIS+3, KDHIS+4, KDHIS+6, SAUPD+1~, SAUPD+4*, SAUPD+5, SAUPD+7 , KAUPD+1~, KAUPD+4*, KAUPD+5, KAUPD+7 |
LEXIX | S10+3~, S10+7*, S10+12, K10+3~, K10+7*, K10+12 |
LEXL | DF+1~, DF+5*, DF+6*, DF+10 |
LEXND | S10+3~, S10+4*, S10+5, S10+8, S10+9*, S10+10, S10+11, K10+3~, K10+4*, K10+5 , K10+8, K10+9*, K10+10, K10+11, DF+1~, DF+3* |
LEXNF | DF+1~, DF+10*, DF+11 |
LEXNOD | SAHC+2~, KAHC+2~, SAHD+2~, KAHD+2~, SAHS+2~, KAHS+2~, HDC+5*, HDC+6 |
LEXO | DF+1~, DF+9* |
LEXPRF | SAHC+2~, SAHC+5*, KAHC+2~, KAHC+6*, SAHD+2~, KAHD+2~, SAHS+2~, KAHS+2~, HDC+4*, DHDC+4* , SHIS+7, SDHIS+5, KHIS+6, KDHIS+5 |
LEXSAB | SAUPD+1~, SAUPD+6*, SAUPD+7, KAUPD+1~, KAUPD+6*, KAUPD+7 |
LEXSB | S10+3~, S10+6*, S10+7, K10+3~, K10+6*, K10+7 |
LEXSO | S10+3~, S10+8*, S10+12, K10+3~, K10+8*, K10+12 |
LEXSR | S10+3~, S10+5*, S10+6, K10+3~, K10+5*, K10+6 |
LEXSRC | DF+1~, DF+3*, DF+8, SAUPD+1~, SAUPD+5*, SAUPD+6, KAUPD+1~, KAUPD+5*, KAUPD+6 |
LEXST | S10+3~, S10+11*, S10+12, K10+3~, K10+11*, K10+12 |
LEXSTA | SAHC+2~, SAHC+11, KAHC+2~, KAHC+11, SAHD+2~, SAHD+4, KAHD+2~, KAHD+4, SAHS+2~, SAHS+4* , KAHS+2~, KAHS+4*, HDC+1*, HDC+6*, HDC+7*, DHDC+5*, DHDC+6*, DHDC+7, SHIS+2, SHIS+5 , SHIS+6, SHIS+8, SHIS+9, SDHIS+2, SDHIS+4, SDHIS+6, KHIS+2, KHIS+5, KHIS+7, KHIS+8 , KDHIS+2, KDHIS+4, KDHIS+6, DDTBR+13~, DDTBR+14*, DDTBR+15*, DDTBR+18, DDTBR+21, DDTBR+24, DDTBR+27 , DDTBR+29 |
LEXSYS | SAHC+2~, SAHC+4*, SAHC+6*, KAHC+2~, KAHC+4*, KAHC+5*, SAHD+2~, KAHD+2~, SAHS+2~, KAHS+2~ , DHDC+2*, DHDC+3*, DHDC+7, DDTBR+13~, DDTBR+14*, DDTBR+15, DDTBR+17, DDTBR+20, DDTBR+23, DDTBR+26 |
STA | DDTBR~, DDTBR+14 |
SYS | DDTBR~, DDTBR+14 |
U | DF+7, DF+9 |
X | SAHC+3, SAHC+9~, KAHC+3, KAHC+9~, SAHD+4, KAHD+4, SAHS+4, KAHS+4, DF~, DF+2 , DF+11*, DF+12, SAUPD+2, KAUPD+2 |