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;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;
; ;
; Copyright 2006, 2014 Fidelity Information Services, Inc ;
; ;
; This source code contains the intellectual property ;
; of its copyright holder(s), and is made available ;
; under a license. If you do not know the terms of ;
; the license, please stop and do not read further. ;
; ;
;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;
verify: ;implement the verb: VERIFY, also invoked from show and GDEGET
ALL() ;external
n verified,gqual s verified=1
s gqual="NAME" d ALLNAM
s gqual="GBLNAME" d ALLGBL
s gqual="REGION" d ALLREG,usereg
s gqual="SEGMENT" d ALLSEG,useseg
d ALLTEM
zm gdeerr("VERIFY"):$s(verified:"OK",1:"FAILED") w !
q verified
;-----------------------------------------------------------------------------------------------------------------------------------
; called from GDEPARSE.M
ALLNAM
n NAME,hassubs s NAME="",hassubs=0
f s NAME=$o(nams(NAME)) q:'$zl(NAME) d name1 i +$g(nams(NAME,"NSUBS")) s hassubs=1
; if using subscripted names, check that all regions where a globals spans has STDNULLCOLL set to TRUE
i hassubs d
. n map,currMap,nextMap,nextMapHasSubs,reg,gblname,mapreg
. d NAM2MAP^GDEMAP
. s currMap="",nextMap="",nextMapHasSubs=0
. f s currMap=$o(map(currMap),-1) q:currMap="#)" d
. . s hassubs=$zf(currMap,ZERO)
. . ; Check if current map entry has subscripts. If so this map entry should have STDNULLCOLL set.
. . ; Also check if next map entry had subscripts. If so this map entry should have STDNULLCOLL set
. . ; That is because a portion of the global in the next map entry lies in the current map entry region.
. . i (hassubs!nextMapHasSubs) d
. . . ; check if region has STDNULLCOLL defined to true
. . . s reg=map(currMap)
. . . i '+$g(regs(reg,"STDNULLCOLL")) d
. . . . s verified=0
. . . . i nextMapHasSubs d
. . . . . s gblname=$ze(nextMap,1,nextMapHasSubs-2)
. . . . . i '$d(mapreg(reg,gblname)) zm gdeerr("STDNULLCOLLREQ"):reg:"^"_gblname s mapreg(reg,gblname)=""
. . . . i hassubs d
. . . . . s gblname=$ze(currMap,1,hassubs-2)
. . . . . i '$d(mapreg(reg,gblname)) zm gdeerr("STDNULLCOLLREQ"):reg:"^"_gblname s mapreg(reg,gblname)=""
. . s nextMapHasSubs=hassubs,nextMap=currMap
q
ALLGBL
n GBLNAME s GBLNAME=""
f s GBLNAME=$o(gnams(GBLNAME)) q:""=GBLNAME d gblname1
q
ALLREG
n REGION s REGION=""
f s REGION=$o(regs(REGION)) q:'$l(REGION) d region1
q
ALLSEG
n SEGMENT s SEGMENT=""
f s SEGMENT=$o(segs(SEGMENT)) q:'$l(SEGMENT) d seg1
; No duplicate region->segment mappings
n refdyns s s=""
f s s=$o(regs(s)) q:'$l(s) d:$d(refdyns(regs(s,"DYNAMIC_SEGMENT"))) dupseg s refdyns(regs(s,"DYNAMIC_SEGMENT"),s)=""
; No duplicate segment->file mappings
n reffils
f s s=$o(segs(s)) q:'$l(s) d:$d(reffils(segs(s,"FILE_NAME"))) dupfile s reffils(segs(s,"FILE_NAME"),s)=""
q
NAME
i '$d(nams(NAME)) k verified d q
. zm $$info(gdeerr("OBJNOTFND")):"Name":$s(NAME'="#":$$namedisp^GDESHOW(NAME,0),1:"Local Locks")
name1: i '$d(regs(nams(NAME))) d
. s verified=0
. zm gdeerr("MAPBAD"):"Region":nams(NAME):"Name":$s(NAME'="#":$$namedisp^GDESHOW(NAME,0),1:"Local Locks")
q
GBLNAME
i '$d(gnams(GBLNAME)) k verified zm $$info(gdeerr("OBJNOTFND")):"Global Name":GBLNAME q
gblname1:
n s,sval,errissued s s=""
f s s=$o(gnams(GBLNAME,s)) q:""=s s sval=gnams(GBLNAME,s) d
. s errissued=0
. i $d(mingnam(s)),mingnam(s)>sval s errissued=1 zm gdeerr("VALTOOSMALL"):sval:mingnam(s):s
. i $d(maxgnam(s)),maxgnam(s)<sval s errissued=1 zm gdeerr("VALTOOBIG"):sval:maxgnam(s):s
. i errissued s verified=0 zm gdeerr("GBLNAMEIS"):GBLNAME
. i (s="COLLATION") d
. . i $d(gnams(GBLNAME,"COLLVER")) d
. . . d chkcoll^GDEPARSE(sval,GBLNAME,gnams(GBLNAME,"COLLVER"))
. . e d chkcoll^GDEPARSE(sval,GBLNAME)
; now that all gblnames and names have been read, do some checks between them
; ASSERT : i $d(namrangeoverlap) zsh "*" h
d gblnameeditchecks^GDEPARSE("*",0) ; check all name specifications are good given the gblname collation settings
; ASSERT : i $d(namrangeoverlap) zsh "*" h
q
REGION
i '$d(regs(REGION)) k verified zm $$info(gdeerr("OBJNOTFND")):"Region":REGION q
region1: i '$d(segs(regs(REGION,"DYNAMIC_SEGMENT"))) s verified=0
i zm gdeerr("MAPBAD"):"Dynamic segment":regs(REGION,"DYNAMIC_SEGMENT"):"Region":REGION q
n rquals s s=""
f s s=$o(regs(REGION,s)) q:'$l(s) s rquals(s)=regs(REGION,s)
f s s=$o(minreg(s)) q:'$l(s) i '$d(rquals(s)) s verified=0 zm $$info(gdeerr("QUALREQD")):s,gdeerr("REGIS"):REGION
f s s=$o(maxreg(s)) q:'$l(s) i '$d(rquals(s)) s verified=0 zm $$info(gdeerr("QUALREQD")):s,gdeerr("REGIS"):REGION
s x=$$RQUALS(.rquals)
q
SEGMENT
i '$d(segs(SEGMENT)) k verified zm $$info(gdeerr("OBJNOTFND")):"Segment":SEGMENT q
seg1: i '$d(segs(SEGMENT,"ACCESS_METHOD")) s verified=0 zm $$info(gdeerr("QUALREQD")):"Access method",gdeerr("SEGIS"):"":SEGMENT q
s am=segs(SEGMENT,"ACCESS_METHOD")
n squals s s=""
f s s=$o(segs(SEGMENT,s)) q:'$l(s) s squals(s)=segs(SEGMENT,s)
f s s=$o(minseg(am,s)) q:'$l(s) i '$d(squals(s)) s verified=0 zm $$info(gdeerr("QUALREQD")):s,gdeerr("SEGIS"):am:SEGMENT
f s s=$o(maxseg(am,s)) q:'$l(s) i '$d(squals(s)) s verified=0 zm $$info(gdeerr("QUALREQD")):s,gdeerr("SEGIS"):am:SEGMENT
i "MM"=am,1=squals("ENCRYPTION_FLAG") s verified=0 zm $$info(gdeerr("CRYPTNOMM")):s,gdeerr("SEGIS"):am:SEGMENT
s x=$$SQUALS(am,.squals)
q
usereg: n REGION,NAME s REGION=""
f s REGION=$o(regs(REGION)) q:'$l(REGION) d usereg1
q
usereg1: s NAME=""
f s NAME=$o(nams(NAME)) q:$g(nams(NAME))=REGION!'$zl(NAME)
i '$zl(NAME) s verified=0 zm gdeerr("MAPBAD"):"A":"NAME":"REGION":REGION
q
useseg: n SEGMENT,REGION s SEGMENT=""
f s SEGMENT=$o(segs(SEGMENT)) q:'$l(SEGMENT) d useseg1
q
useseg1: s REGION=""
f s REGION=$o(regs(REGION)) q:$g(regs(REGION,"DYNAMIC_SEGMENT"))=SEGMENT!'$l(REGION)
i '$l(REGION) s verified=0 zm gdeerr("MAPBAD"):"A":"REGION":"SEGMENT":SEGMENT
q
;-----------------------------------------------------------------------------------------------------------------------------------
; routine services
info:(mesno)
q mesno\8*8+3
;
dupseg: s verified=0
zm gdeerr("MAPDUP"):"Regions":$o(refdyns(regs(s,"DYNAMIC_SEGMENT"),"")):s:"Dynamic segment":regs(s,"DYNAMIC_SEGMENT")
q
dupfile: s verified=0
zm gdeerr("MAPDUP"):"Dynamic segments":$o(reffils(segs(s,"FILE_NAME"),"")):s:"File":segs(s,"FILE_NAME")
q
ALLTEM
s x=$$TRQUALS(.tmpreg)
; The change is for TR C9E02-002518, any template command updates only active segment
; so verify only that segment with template region, not all segments
d tmpseg
q
tmpseg: n squals s s=""
f s s=$o(tmpseg(am,s)) q:'$l(s) s squals(s)=tmpseg(am,s)
s x=$$TSQUALS(am,.squals)
q
regelm: i s'="DYNAMIC_SEGMENT",'$d(tmpreg(s)) zm $$info(gdeerr("QUALBAD")):s
e i $d(minreg(s)),minreg(s)>rquals(s) zm gdeerr("VALTOOSMALL"):rquals(s):minreg(s):s
e i $d(maxreg(s)),maxreg(s)<rquals(s) zm gdeerr("VALTOOBIG"):rquals(s):maxreg(s):s
i s verified=0 zm gdeerr("REGIS"):REGION
q
segelm: i s'="FILE_NAME",'$l(tmpseg(am,s)) zm $$info(gdeerr("QUALBAD")):s
e i $d(minseg(am,s)),minseg(am,s)>squals(s) zm gdeerr("VALTOOSMALL"):squals(s):minseg(am,s):s
e i $d(maxseg(am,s)),maxseg(am,s)<squals(s) zm gdeerr("VALTOOBIG"):squals(s):maxseg(am,s):s
i s verified=0 zm gdeerr("SEGIS"):am:SEGMENT
q
key2blk:
; the computation below allows for at least 1 max-key record in a data OR index block.
; since an index block always contains a *-key, we need to account for that too.
; bs:block size, y:supportable max key size, f:size of reserved bytes, ks:key size
i REGION="TEMPLATE" q ; do not do keysize/blksize check for TEMPLATE region as this is not a real region
s y=bs-f-SIZEOF("blk_hdr")-len("min_val")-SIZEOF("rec_hdr")-len("hide_subs")-len("bstar_rec")
i ks>y s verified=0 zm gdeerr("KEYSIZIS"):ks,gdeerr("KEYFORBLK"):bs:f:y,gdeerr("REGIS"):REGION
q
buf2blk: i REGION="TEMPLATE" q
i "USER"[am s verified=0 zm gdeerr("NOJNL"):am,gdeerr("REGIS"):REGION,gdeerr("SEGIS"):am:SEGMENT
q
mmbichk: i REGION="TEMPLATE",am="MM",tmpacc'="MM" q
i am="MM" s verified=0 zm gdeerr("MMNOBEFORIMG"),gdeerr("REGIS"):REGION,gdeerr("SEGIS"):am:SEGMENT
q
allocchk(rquals)
n ext,alloc,asl,qn
s qn="EXTENSION",ext=$s($d(rquals(qn)):rquals(qn),$d(regs(REGION,qn)):regs(REGION,qn),1:tmpreg(qn))
s qn="ALLOCATION",alloc=$s($d(rquals(qn)):rquals(qn),$d(regs(REGION,qn)):regs(REGION,qn),1:tmpreg(qn))
s qn="AUTOSWITCHLIMIT",asl=$s($d(rquals(qn)):rquals(qn),$d(regs(REGION,qn)):regs(REGION,qn),1:tmpreg(qn))
i alloc>asl s verified=0 zm gdeerr("VALTOOBIG"):alloc:asl_" (AUTOSWITCHLIMIT)":"ALLOCATION" q
i alloc'=asl,ext+alloc>asl d
. s rquals("ALLOCATION")=asl
. zm gdeerr("JNLALLOCGROW"):alloc:asl:"region":REGION
q
;-----------------------------------------------------------------------------------------------------------------------------------
; called from GDEADD.M and GDECHANG.M
RQUALS(rquals)
i '$d(verified) n verified s verified=1
s len("min_val")=4 ;size for value field in index block
s len("bstar_rec")=8 ;size for bstar record
s len("hide_subs")=8 ;size for hidden subscript
s s=""
f s s=$o(rquals(s)) q:'$l(s) d regelm
i $d(rquals("FILE_NAME")),$zl(rquals("FILE_NAME"))>(SIZEOF("file_spec")-1) s verified=0
i zm $$info(gdeerr("VALTOOLONG")):rquals("FILE_NAME"):SIZEOF("file_spec")-1:"Journal filename",gdeerr("REGIS"):REGION
s ks="KEY_SIZE",ks=$s($d(rquals(ks)):rquals(ks),$d(regs(REGION,ks)):regs(REGION,ks),1:tmpreg(ks))
s x="RECORD_SIZE",x=$s($d(rquals(x)):rquals(x),$d(regs(REGION,x)):regs(REGION,x),1:tmpreg(x))
d allocchk(.rquals)
i REGION="TEMPLATE" s bs=tmpseg(tmpacc,"BLOCK_SIZE"),f=tmpseg(tmpacc,"RESERVED_BYTES")
; note "else" used in two consecutive lines intentionally (instead of using a do block inside one else).
; this is because we want the QUIT to quit out of RQUALS and the NEW of SEGMENT,am to happen at the RQUALS level.
e s s="DYNAMIC_SEGMENT",s=$s($d(rquals(s)):rquals(s),$d(regs(REGION,s)):regs(REGION,s),1:0)
e q:'$d(segs(s)) verified n SEGMENT,am d
. s SEGMENT=s,am=segs(s,"ACCESS_METHOD"),bs=$g(segs(s,"BLOCK_SIZE")),f=$g(segs(s,"RESERVED_BYTES"))
i minreg("KEY_SIZE")'>ks d
. i am'="USER" d key2blk ;GTM-6941
s x="JOURNAL"
i '$s('$d(rquals(x)):tmpreg(x),1:rquals(x)) q verified
s x="BUFFER_SIZE",x=$s($d(rquals(x)):rquals(x),$d(regs(REGION,x)):regs(REGION,x),1:tmpreg(x)) d buf2blk
i nommbi s x="BEFORE_IMAGE" i $s('$d(rquals(x)):tmpreg(x),1:rquals(x)) d mmbichk
q verified
;
SQUALS(am,squals)
i '$d(verified) n verified s verified=1
s len("min_val")=4 ;size for value field in index block
s len("bstar_rec")=8 ;size for bstar record
s len("hide_subs")=8 ;size for hidden subscript
n s s s=""
f s s=$o(squals(s)) q:'$l(s) i $l(squals(s)) d segelm
n bs s bs="BLOCK_SIZE"
i $d(squals(bs)),squals(bs)#512 s x=squals(bs),squals(bs)=x\512+1*512
i zm gdeerr("BLKSIZ512"):x:squals(bs),gdeerr("SEGIS"):am:SEGMENT
s s="WINDOW_SIZE"
i SEGMENT="TEMPLATE" s x=tmpreg("RECORD_SIZE") d segreg q verified
n REGION s REGION=""
f s REGION=$o(regs(REGION)) q:'$l(REGION) d
. i regs(REGION,"DYNAMIC_SEGMENT")=SEGMENT s bs=regs(REGION,"RECORD_SIZE") d segreg
q verified
segreg:
i am'="USER" d
. s bs="BLOCK_SIZE",bs=$s($d(squals(bs)):squals(bs),$d(segs(SEGMENT,bs)):segs(SEGMENT,bs),1:tmpseg(am,bs))
. s f="RESERVED_BYTES",f=$s($d(squals(f)):squals(f),$d(segs(SEGMENT,f)):segs(SEGMENT,f),1:tmpseg(am,f))
. s x="RECORD_SIZE",x=$s($d(regs(REGION,x)):regs(REGION,x),1:tmpreg(x))
. s ks="KEY_SIZE",ks=$s($d(regs(REGION,ks)):regs(REGION,ks),1:tmpreg(ks))
. d key2blk ;GTM-6941
i '$s(SEGMENT="TEMPLATE":0,1:regs(REGION,"JOURNAL")) q
s x=$s(SEGMENT="TEMPLATE":tmpreg("BUFFER_SIZE"),1:regs(REGION,"BUFFER_SIZE")) d buf2blk
i nommbi,$s(SEGMENT="TEMPLATE":0,1:regs(REGION,"BEFORE_IMAGE")) d mmbichk
q
;-----------------------------------------------------------------------------------------------------------------------------------
; called from GDETEMPL.M
TRQUALS(rquals)
n REGION,SEGMENT,am s (REGION,SEGMENT)="TEMPLATE",am=tmpacc
q $$RQUALS(.rquals)
;
TSQUALS(am,squals)
n REGION,SEGMENT s (REGION,SEGMENT)="TEMPLATE"
q $$SQUALS(am,.squals)
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