source: WorldVistAEHR/trunk/r/VA_FILEMAN-ARJT-DI-DD-DM-DT-%DT-%RCR/DINIT2BB.m@ 1716

Last change on this file since 1716 was 613, checked in by George Lilly, 15 years ago

initial load of WorldVistAEHR

File size: 5.2 KB
Line 
1DINIT2BB ;SFISC/MKO-SQLI FILES ;10:51 AM 30 Mar 1999
2 ;;22.0;VA FileMan;;Mar 30, 1999
3 ;Per VHA Directive 10-93-142, this routine should not be modified.
4 F I=1:2 S X=$T(Q+I) Q:X="" S Y=$E($T(Q+I+1),4,999),X=$E(X,4,999) S:$A(Y)=126 I=I+1,Y=$E(Y,2,999)_$E($T(Q+I+1),5,99) S:$A(Y)=61 Y=$E(Y,2,999) S @X=Y
5 G ^DINIT2BC
6Q Q
7 ;;^DIC(1.5218,0,"GL")
8 ;;=^DMSQ("P",
9 ;;^DIC("B","SQLI_PRIMARY_KEY",1.5218)
10 ;;=
11 ;;^DIC(1.5218,"%D",0)
12 ;;=^^9^9^2970806^^^
13 ;;^DIC(1.5218,"%D",1,0)
14 ;;=A chosen set of columns which uniquely identify a table.
15 ;;^DIC(1.5218,"%D",2,0)
16 ;;=In the relational model (as in set theory) the columns of a primary key
17 ;;^DIC(1.5218,"%D",3,0)
18 ;;=are not ordered. In SQLI they must be, in order to map to the quasi-
19 ;;^DIC(1.5218,"%D",4,0)
20 ;;=hierarchical model of M globals.
21 ;;^DIC(1.5218,"%D",5,0)
22 ;;=
23 ;;^DIC(1.5218,"%D",6,0)
24 ;;=FileMan subfiles (multiples) have a primary key element for each parent
25 ;;^DIC(1.5218,"%D",7,0)
26 ;;=plus one for the subfile. Each contains a pointer to its primary key table
27 ;;^DIC(1.5218,"%D",8,0)
28 ;;=element (SQLI_TABLE-ELEMENT), a sequence and a column in the local base
29 ;;^DIC(1.5218,"%D",9,0)
30 ;;= table (SQL_COLUMN).
31 ;;^DD(1.5218,0)
32 ;;=FIELD^^7^8
33 ;;^DD(1.5218,0,"DDA")
34 ;;=N
35 ;;^DD(1.5218,0,"DT")
36 ;;=2961014
37 ;;^DD(1.5218,0,"IX","B",1.5218,.01)
38 ;;=
39 ;;^DD(1.5218,0,"IX","C",1.5218,2)
40 ;;=
41 ;;^DD(1.5218,0,"IX","D",1.5218,1)
42 ;;=
43 ;;^DD(1.5218,0,"NM","SQLI_PRIMARY_KEY")
44 ;;=
45 ;;^DD(1.5218,0,"PT",1.5219,1)
46 ;;=
47 ;;^DD(1.5218,0,"VRPK")
48 ;;=DI
49 ;;^DD(1.5218,.01,0)
50 ;;=P_TBL_ELEMENT^RP1.5216'^DMSQ("E",^0;1^Q
51 ;;^DD(1.5218,.01,.1)
52 ;;=Key Element
53 ;;^DD(1.5218,.01,1,0)
54 ;;=^.1
55 ;;^DD(1.5218,.01,1,1,0)
56 ;;=1.5218^B
57 ;;^DD(1.5218,.01,1,1,1)
58 ;;=S ^DMSQ("P","B",$E(X,1,30),DA)=""
59 ;;^DD(1.5218,.01,1,1,2)
60 ;;=K ^DMSQ("P","B",$E(X,1,30),DA)
61 ;;^DD(1.5218,.01,3)
62 ;;=
63 ;;^DD(1.5218,.01,9)
64 ;;=^
65 ;;^DD(1.5218,.01,21,0)
66 ;;=^^1^1^2960926^^
67 ;;^DD(1.5218,.01,21,1,0)
68 ;;=IEN of table element in SQLI_TABLE_ELEMENT
69 ;;^DD(1.5218,.01,"DT")
70 ;;=2960823
71 ;;^DD(1.5218,1,0)
72 ;;=P_COLUMN^RP1.5217'^DMSQ("C",^0;2^Q
73 ;;^DD(1.5218,1,.1)
74 ;;=Column
75 ;;^DD(1.5218,1,1,0)
76 ;;=^.1
77 ;;^DD(1.5218,1,1,1,0)
78 ;;=1.5218^D
79 ;;^DD(1.5218,1,1,1,1)
80 ;;=S ^DMSQ("P","D",$E(X,1,30),DA)=""
81 ;;^DD(1.5218,1,1,1,2)
82 ;;=K ^DMSQ("P","D",$E(X,1,30),DA)
83 ;;^DD(1.5218,1,1,1,"DT")
84 ;;=2960830
85 ;;^DD(1.5218,1,9)
86 ;;=^
87 ;;^DD(1.5218,1,21,0)
88 ;;=^^1^1^2960926^^^
89 ;;^DD(1.5218,1,21,1,0)
90 ;;=IEN of column in SQLI_COLUMN corresponding to this primary key
91 ;;^DD(1.5218,1,"DT")
92 ;;=2960830
93 ;;^DD(1.5218,2,0)
94 ;;=P_SEQUENCE^RNJ1,0^^0;3^K:+X'=X!(X>9)!(X<1)!(X?.E1"."1N.N) X
95 ;;^DD(1.5218,2,.1)
96 ;;=Seq
97 ;;^DD(1.5218,2,1,0)
98 ;;=^.1
99 ;;^DD(1.5218,2,1,1,0)
100 ;;=1.5218^C^MUMPS
101 ;;^DD(1.5218,2,1,1,1)
102 ;;=S ^DMSQ("P","C",$P(^DMSQ("P",DA,0),U),X,DA)=""
103 ;;^DD(1.5218,2,1,1,2)
104 ;;=K ^DMSQ("P","C",$P(^DMSQ("P",DA,0),U),X,DA)
105 ;;^DD(1.5218,2,1,1,"%D",0)
106 ;;=^^1^1^2960827^^
107 ;;^DD(1.5218,2,1,1,"%D",1,0)
108 ;;=Primary key by table by sequence
109 ;;^DD(1.5218,2,1,1,"DT")
110 ;;=2960823
111 ;;^DD(1.5218,2,3)
112 ;;=Type a Number between 1 and 9, 0 Decimal Digits
113 ;;^DD(1.5218,2,9)
114 ;;=^
115 ;;^DD(1.5218,2,21,0)
116 ;;=^^1^1^2960926^
117 ;;^DD(1.5218,2,21,1,0)
118 ;;=Sequence number of primary key
119 ;;^DD(1.5218,2,23,0)
120 ;;=^^1^1^2960926^
121 ;;^DD(1.5218,2,23,1,0)
122 ;;=Sequence is automatically generated and must not be changed.
123 ;;^DD(1.5218,2,"DT")
124 ;;=2960926
125 ;;^DD(1.5218,3,0)
126 ;;=P_START_AT^F^^0;4^K:$L(X)>30!($L(X)<1) X
127 ;;^DD(1.5218,3,.1)
128 ;;=Start
129 ;;^DD(1.5218,3,3)
130 ;;=Answer must be 1-30 characters in length.
131 ;;^DD(1.5218,3,9)
132 ;;=^
133 ;;^DD(1.5218,3,21,0)
134 ;;=^^1^1^2960926^
135 ;;^DD(1.5218,3,21,1,0)
136 ;;=Initial value of key before a $ORDER loop
137 ;;^DD(1.5218,3,"DT")
138 ;;=2960820
139 ;;^DD(1.5218,4,0)
140 ;;=P_END_IF^K^^1;E1,245^K:$L(X)>245 X D:$D(X) ^DIM
141 ;;^DD(1.5218,4,.1)
142 ;;=End If
143 ;;^DD(1.5218,4,3)
144 ;;=This is a Standard M expression returning False at end
145 ;;^DD(1.5218,4,9)
146 ;;=^
147 ;;^DD(1.5218,4,21,0)
148 ;;=^^1^1^2960926^
149 ;;^DD(1.5218,4,21,1,0)
150 ;;=M expression in key value, {K}, which, if false, ends the $ORDER loop
151 ;;^DD(1.5218,4,"DT")
152 ;;=2960926
153 ;;^DD(1.5218,5,0)
154 ;;=P_ROW_COUNT^NJ10,2^^0;5^K:+X'=X!(X>9999999)!(X<1)!(X?.E1"."3N.N) X
155 ;;^DD(1.5218,5,.1)
156 ;;=Rows
157 ;;^DD(1.5218,5,3)
158 ;;=Type a Number between 1 and 9999999, 2 Decimal Digits
159 ;;^DD(1.5218,5,9)
160 ;;=^
161 ;;^DD(1.5218,5,21,0)
162 ;;=^^1^1^2960926^^
163 ;;^DD(1.5218,5,21,1,0)
164 ;;=Estimated number of rows per record set at this level
165 ;;^DD(1.5218,5,"DT")
166 ;;=2960926
167 ;;^DD(1.5218,6,0)
168 ;;=P_PRESELECT^K^^2;E1,245^K:$L(X)>245 X D:$D(X) ^DIM
169 ;;^DD(1.5218,6,.1)
170 ;;=Preselect M Code
171 ;;^DD(1.5218,6,3)
172 ;;=This is Standard MUMPS code.
173 ;;^DD(1.5218,6,9)
174 ;;=^
175 ;;^DD(1.5218,6,21,0)
176 ;;=^^1^1^2960926^^
177 ;;^DD(1.5218,6,21,1,0)
178 ;;=Code to be executed before selecting this key, before optimization.
179 ;;^DD(1.5218,6,"DT")
180 ;;=2960926
181 ;;^DD(1.5218,7,0)
182 ;;=P_KEY_FORMAT^P1.5213'^DMSQ("KF",^0;6^Q
183 ;;^DD(1.5218,7,9)
184 ;;=^
185 ;;^DD(1.5218,7,21,0)
186 ;;=^^4^4^2961014^
187 ;;^DD(1.5218,7,21,1,0)
188 ;;=Key formats map internal storage values to their value when used as keys.
189 ;;^DD(1.5218,7,21,2,0)
190 ;;=In general, information is lost in the process; they can't be converted
191 ;;^DD(1.5218,7,21,3,0)
192 ;;=back. This means data must be converted to key format before it can be
193 ;;^DD(1.5218,7,21,4,0)
194 ;;=compared to such a key.
195 ;;^DD(1.5218,7,"DT")
196 ;;=2961014
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