UNIX SHELL PROMPT # FULLCMD=/opt/ASPLv1.00/bin/aspl -wsname DGV_RANDBIT -groupingclass BITGROUP
ASPL:1 > G = ggbitsubgS(gstart,1,gcount,1,dmin,2,dmax,4,scount,3,smin,2,smax,4,sfcount,2,sfmin,2,sfmax,4,fcount,2,fmin,2,fmax,4,mix,1)
ABOUT THIS COMMAND:
get in G the random bit group
0:53:23 root@mm01 /root aspl:1 > G = ggbitsubgS(gstart,1,gcount,1,dmin,2,dmax,4,scount,3,smin,2,smax,4,sfcount,2,sfmin,2,sfmax,4,fcount,2,fmin,2,fmax,4,mix,1)
There are 1 sets representing: g1
** g_:+d) ** ONLYIN D) dir'onlyd pL g1 (<> / .)
g_ d+) . bit=0 chksum=0 entropy=1 ppdd=g1 ffl=. aelm=mtime(1741928052)chksum(0)entropy(1)
** g_:+d) ** ONLYIN D) dir'onlyd pL g1 (<./> / df2)
g_ d+) df2 bit=1 chksum=1 entropy=1 ppdd=g1 ffl=./df2 aelm=mtime(1741928052)chksum(1)entropy(1)
** g_:+d) ** ONLYIN D) dir'onlyd pL g1 (<./df2/> / df2)
g_ d+) df2 bit=0 chksum=0 entropy=1 ppdd=g1 ffl=./df2/df2 aelm=mtime(1741928052)chksum(0)entropy(1)
** g_:+f) ** ONLYIN F) fl onlyd pL g1 (<./df2/df2/> / df2)
g_ f+) df2 bit=1 chksum=1 entropy=1 ppdd=g1 ffl=./df2/df2/df2 aelm=mtime(1741928052)chksum(1)entropy(1)
** g_:+f) ** ONLYIN F) fl onlyd pL g1 (<./df2/df2/> / df3)
g_ f+) df3 bit=1 chksum=1 entropy=1 ppdd=g1 ffl=./df2/df2/df3 aelm=mtime(1741928052)chksum(1)entropy(1)
** g_:+d) ** ONLYIN D) dir'onlyd pL g1 (<./df2/> / df3)
g_ d+) df3 bit=0 chksum=0 entropy=1 ppdd=g1 ffl=./df2/df3 aelm=mtime(1741928052)chksum(0)entropy(1)
** g_:+f) ** ONLYIN F) fl onlyd pL g1 (<./df2/df3/> / df3)
g_ f+) df3 bit=1 chksum=1 entropy=1 ppdd=g1 ffl=./df2/df3/df3 aelm=mtime(1741928052)chksum(1)entropy(1)
** g_:+f) ** ONLYIN F) fl onlyd pL g1 (<./df2/df3/> / df4)
g_ f+) df4 bit=0 chksum=0 entropy=1 ppdd=g1 ffl=./df2/df3/df4 aelm=mtime(1741928052)chksum(0)entropy(1)
** g_:+d) ** ONLYIN D) dir'onlyd pL g1 (<./df2/> / df4)
g_ d+) df4 bit=1 chksum=1 entropy=1 ppdd=g1 ffl=./df2/df4 aelm=mtime(1741928052)chksum(1)entropy(1)
** g_:+f) ** ONLYIN F) fl onlyd pL g1 (<./df2/df4/> / df2)
g_ f+) df2 bit=1 chksum=1 entropy=1 ppdd=g1 ffl=./df2/df4/df2 aelm=mtime(1741928052)chksum(1)entropy(1)
** g_:+f) ** ONLYIN F) fl onlyd pL g1 (<./df2/df4/> / df3)
g_ f+) df3 bit=1 chksum=1 entropy=1 ppdd=g1 ffl=./df2/df4/df3 aelm=mtime(1741928052)chksum(1)entropy(1)
** g_:+d) ** ONLYIN D) dir'onlyd pL g1 (<./> / df3)
g_ d+) df3 bit=1 chksum=1 entropy=1 ppdd=g1 ffl=./df3 aelm=mtime(1741928052)chksum(1)entropy(1)
** g_:+d) ** ONLYIN D) dir'onlyd pL g1 (<./df3/> / df2)
g_ d+) df2 bit=0 chksum=0 entropy=1 ppdd=g1 ffl=./df3/df2 aelm=mtime(1741928052)chksum(0)entropy(1)
** g_:+f) ** ONLYIN F) fl onlyd pL g1 (<./df3/df2/> / df2)
g_ f+) df2 bit=1 chksum=1 entropy=1 ppdd=g1 ffl=./df3/df2/df2 aelm=mtime(1741928052)chksum(1)entropy(1)
** g_:+f) ** ONLYIN F) fl onlyd pL g1 (<./df3/df2/> / df4)
g_ f+) df4 bit=0 chksum=0 entropy=1 ppdd=g1 ffl=./df3/df2/df4 aelm=mtime(1741928052)chksum(0)entropy(1)
** g_:+d) ** ONLYIN D) dir'onlyd pL g1 (<./df3/> / df3)
g_ d+) df3 bit=1 chksum=1 entropy=1 ppdd=g1 ffl=./df3/df3 aelm=mtime(1741928052)chksum(1)entropy(1)
** g_:+f) ** ONLYIN F) fl onlyd pL g1 (<./df3/df3/> / df2)
g_ f+) df2 bit=0 chksum=0 entropy=1 ppdd=g1 ffl=./df3/df3/df2 aelm=mtime(1741928052)chksum(0)entropy(1)
** g_:+f) ** ONLYIN F) fl onlyd pL g1 (<./df3/df3/> / df4)
g_ f+) df4 bit=0 chksum=0 entropy=1 ppdd=g1 ffl=./df3/df3/df4 aelm=mtime(1741928052)chksum(0)entropy(1)
** g_:+d) ** ONLYIN D) dir'onlyd pL g1 (<./df3/> / df4)
g_ d+) df4 bit=0 chksum=0 entropy=1 ppdd=g1 ffl=./df3/df4 aelm=mtime(1741928052)chksum(0)entropy(1)
** g_:+f) ** ONLYIN F) fl onlyd pL g1 (<./df3/df4/> / df2)
g_ f+) df2 bit=1 chksum=1 entropy=1 ppdd=g1 ffl=./df3/df4/df2 aelm=mtime(1741928052)chksum(1)entropy(1)
** g_:+f) ** ONLYIN F) fl onlyd pL g1 (<./df3/df4/> / df4)
g_ f+) df4 bit=1 chksum=1 entropy=1 ppdd=g1 ffl=./df3/df4/df4 aelm=mtime(1741928052)chksum(1)entropy(1)
** g_:+d) ** ONLYIN D) dir'onlyd pL g1 (<./> / df4)
g_ d+) df4 bit=0 chksum=0 entropy=1 ppdd=g1 ffl=./df4 aelm=mtime(1741928052)chksum(0)entropy(1)
** g_:+d) ** ONLYIN D) dir'onlyd pL g1 (<./df4/> / df2)
g_ d+) df2 bit=0 chksum=0 entropy=1 ppdd=g1 ffl=./df4/df2 aelm=mtime(1741928052)chksum(0)entropy(1)
** g_:+f) ** ONLYIN F) fl onlyd pL g1 (<./df4/df2/> / df2)
g_ f+) df2 bit=1 chksum=1 entropy=1 ppdd=g1 ffl=./df4/df2/df2 aelm=mtime(1741928052)chksum(1)entropy(1)
** g_:+f) ** ONLYIN F) fl onlyd pL g1 (<./df4/df2/> / df4)
g_ f+) df4 bit=0 chksum=0 entropy=1 ppdd=g1 ffl=./df4/df2/df4 aelm=mtime(1741928052)chksum(0)entropy(1)
** g_:+d) ** ONLYIN D) dir'onlyd pL g1 (<./df4/> / df3)
g_ d+) df3 bit=0 chksum=0 entropy=1 ppdd=g1 ffl=./df4/df3 aelm=mtime(1741928052)chksum(0)entropy(1)
** g_:+f) ** ONLYIN F) fl onlyd pL g1 (<./df4/df3/> / df2)
g_ f+) df2 bit=1 chksum=1 entropy=1 ppdd=g1 ffl=./df4/df3/df2 aelm=mtime(1741928052)chksum(1)entropy(1)
** g_:+f) ** ONLYIN F) fl onlyd pL g1 (<./df4/df3/> / df3)
g_ f+) df3 bit=1 chksum=1 entropy=1 ppdd=g1 ffl=./df4/df3/df3 aelm=mtime(1741928052)chksum(1)entropy(1)
** g_:+d) ** ONLYIN D) dir'onlyd pL g1 (<./df4/> / df4)
g_ d+) df4 bit=1 chksum=1 entropy=1 ppdd=g1 ffl=./df4/df4 aelm=mtime(1741928052)chksum(1)entropy(1)
** g_:+f) ** ONLYIN F) fl onlyd pL g1 (<./df4/df4/> / df2)
g_ f+) df2 bit=0 chksum=0 entropy=1 ppdd=g1 ffl=./df4/df4/df2 aelm=mtime(1741928052)chksum(0)entropy(1)
** g_:+f) ** ONLYIN F) fl onlyd pL g1 (<./df4/df4/> / df4)
g_ f+) df4 bit=1 chksum=1 entropy=1 ppdd=g1 ffl=./df4/df4/df4 aelm=mtime(1741928052)chksum(1)entropy(1)
g1 31 entries
DONE PROCESSING G = ggbitsubgS(gstart,1,gcount,1,dmin,2,dmax,4,scount,3,smin,2,smax,4,sfcount,2,sfmin,2,sfmax,4,fcount,2,fmin,2,fmax,4,mix,1)
ASPL:2 > ?3,1 G
ABOUT THIS COMMAND:
interrogate the variable G in a loop, iterating three times
with a delay of one second between each iteration.
0:54:12 root@mm01 /root aspl:2 > ?3,1 G
INTERROGATING/1: G RESULTED IN A CHANGE AND THE VARIABLE G HAS BEEN ASSIGNED THE NEW RESULT OF THE ggbitsubgS(gstart,1,gcount,1,dmin,2,dmax,4,scount,3,smin,2,smax,4,sfcount,2,sfmin,2,sfmax,4,fcount,2,fmin,2,fmax,4,mix,1)
INTERROGATING/1: G RESULTED IN A CHANGE AND THE VARIABLE G HAS BEEN ASSIGNED THE NEW RESULT OF THE ggbitsubgS(gstart,1,gcount,1,dmin,2,dmax,4,scount,3,smin,2,smax,4,sfcount,2,sfmin,2,sfmax,4,fcount,2,fmin,2,fmax,4,mix,1)
INTERROGATING/1: G RESULTED IN A CHANGE AND THE VARIABLE G HAS BEEN ASSIGNED THE NEW RESULT OF THE ggbitsubgS(gstart,1,gcount,1,dmin,2,dmax,4,scount,3,smin,2,smax,4,sfcount,2,sfmin,2,sfmax,4,fcount,2,fmin,2,fmax,4,mix,1)
ASPL:3 > v
ABOUT THIS COMMAND:
display symbol table
0:54:41 root@mm01 /root aspl:3 > v
VARIABLES TYPE 1
vname |card |user |xpC |Lop |Lvr |Lgn |Src
------------|----------|-----------|------------|-------|------------------|--------------------------------|------------------------------------
G |#31/1 |(4)root |ggfunc |g_ |G |g1 |ggbitsubgS(gstart,1,gcount,1,dmin,..
ASPL:4 > v sorted
ABOUT THIS COMMAND:
display sorted symbol table
0:54:46 root@mm01 /root aspl:4 > v sorted
VARIABLES TYPE 1
vname |card |user |xpC |Lop |Lvr |Lgn |Src
------------|----------|-----------|------------|-------|------------------|--------------------------------|------------------------------------
G@1 |#31/1 |(1)root |ggfunc |g_ |G |g1 |ggbitsubgS(gstart,1,gcount,1,dmin,..
G@2 |#31/1 |(2)root |ggfunc |g_ |G |g1 |ggbitsubgS(gstart,1,gcount,1,dmin,..
G@3 |#31/1 |(3)root |ggfunc |g_ |G |g1 |ggbitsubgS(gstart,1,gcount,1,dmin,..
G |#31/1 |(4)root |ggfunc |g_ |G |g1 |ggbitsubgS(gstart,1,gcount,1,dmin,..
ASPL:5 > @ G
ABOUT THIS COMMAND:
display G and its historical. G is a differential group variable.
0:54:55 root@mm01 /root aspl:5 > @ G
VARIABLES ARC TYPE 1: G has 3 arc's
vname |arcNo|card |user |xpC |Lop |Lvr |Lgn |Src
------------|-----|----------|-----------|------------|-------|------------------|--------------------------------|------------------------------------
G |@1 |#31/1 |(1)root |ggfunc |g_ |G |g1 |ggbitsubgS(gstart,1,gcount,1,dmin,..
G |@2 |#31/1 |(2)root |ggfunc |g_ |G |g1 |ggbitsubgS(gstart,1,gcount,1,dmin,..
G |@3 |#31/1 |(3)root |ggfunc |g_ |G |g1 |ggbitsubgS(gstart,1,gcount,1,dmin,..
G |* |#31/1 |(4)root |ggfunc |g_ |G |g1 |ggbitsubgS(gstart,1,gcount,1,dmin,..
ASPL:6 > ,gU @G
ABOUT THIS COMMAND:
display the group union of the differential group variable G
that is of all its instances. Note that we labinate the gU operation
by preceding it with a comma
0:54:59 root@mm01 /root aspl:6 > ,gU @G
INFO -- SETOP gU FOLLOWED BY @G SO VARIABLE G HAS BEEN EXPANDED TO VARIABLES G@1 G@2 G@3 G
INFO -- REGULAR SETOP gU ON VARIABLES G@1 G@2 G@3 G
HINT -- YOU CAN SET expandallarc 0 TO COMPARE VARIABLE TO ITS LAST ARCHIVED INSTANCE
INFO -- SETOP gU ON VARIABLES G@1 G@2 G@3 G
There are 4 sets representing: g1(G) g1(G.2) g1(G.1) g1(G.3)
** gU:d!=) ** CHANGED D) dir changed pL g1(G) g1(G.1) g1(G.2) g1(G.3) (<> / .)
gU d~) . bit=1 chksum=1 entropy=1 ppdd=g1(G) ffl=. aelm=mtime(1741928080)chksum(1)entropy(1)
gU d~) . bit=0 chksum=0 entropy=1 ppdd=g1(G.1) ffl=. aelm=mtime(1741928052)chksum(0)entropy(1)
gU d~) . bit=0 chksum=0 entropy=1 ppdd=g1(G.2) ffl=. aelm=mtime(1741928078)chksum(0)entropy(1)
gU d~) . bit=1 chksum=1 entropy=1 ppdd=g1(G.3) ffl=. aelm=mtime(1741928079)chksum(1)entropy(1)
** gU:d!=) ** CHANGED D) dir changed pL g1(G) g1(G.1) g1(G.2) g1(G.3) (<./> / df2)
gU d~) df2 bit=0 chksum=0 entropy=1 ppdd=g1(G) ffl=./df2 aelm=mtime(1741928080)chksum(0)entropy(1)
gU d~) df2 bit=1 chksum=1 entropy=1 ppdd=g1(G.1) ffl=./df2 aelm=mtime(1741928052)chksum(1)entropy(1)
gU d~) df2 bit=1 chksum=1 entropy=1 ppdd=g1(G.2) ffl=./df2 aelm=mtime(1741928078)chksum(1)entropy(1)
gU d~) df2 bit=0 chksum=0 entropy=1 ppdd=g1(G.3) ffl=./df2 aelm=mtime(1741928079)chksum(0)entropy(1)
** gU:d!=) ** CHANGED D) dir changed pL g1(G) g1(G.1) g1(G.2) g1(G.3) (<./df2/> / df2)
gU d~) df2 bit=1 chksum=1 entropy=1 ppdd=g1(G) ffl=./df2/df2 aelm=mtime(1741928080)chksum(1)entropy(1)
gU d~) df2 bit=0 chksum=0 entropy=1 ppdd=g1(G.1) ffl=./df2/df2 aelm=mtime(1741928052)chksum(0)entropy(1)
gU d~) df2 bit=0 chksum=0 entropy=1 ppdd=g1(G.2) ffl=./df2/df2 aelm=mtime(1741928078)chksum(0)entropy(1)
gU d~) df2 bit=1 chksum=1 entropy=1 ppdd=g1(G.3) ffl=./df2/df2 aelm=mtime(1741928079)chksum(1)entropy(1)
** gU:f==) ** EQUAL F) fl equal pL g1(G.1) g1(G.3) (<./df2/df2/> / df2)
gU f=) df2 bit=1 chksum=1 entropy=1 ppdd=g1(G.1) ffl=./df2/df2/df2 aelm=mtime(1741928052)chksum(1)entropy(1)
gU f=) df2 bit=1 chksum=1 entropy=1 ppdd=g1(G.3) ffl=./df2/df2/df2 aelm=mtime(1741928079)chksum(1)entropy(1)
** gU:f==) ** EQUAL F) fl equal pL g1(G) g1(G.1) g1(G.2) (<./df2/df2/> / df3)
gU f=) df3 bit=1 chksum=1 entropy=1 ppdd=g1(G) ffl=./df2/df2/df3 aelm=mtime(1741928080)chksum(1)entropy(1)
gU f=) df3 bit=1 chksum=1 entropy=1 ppdd=g1(G.1) ffl=./df2/df2/df3 aelm=mtime(1741928052)chksum(1)entropy(1)
gU f=) df3 bit=1 chksum=1 entropy=1 ppdd=g1(G.2) ffl=./df2/df2/df3 aelm=mtime(1741928078)chksum(1)entropy(1)
** gU:f!=) ** CHANGED F) fl changed pL g1(G) g1(G.2) g1(G.3) (<./df2/df2/> / df4)
gU f~) df4 bit=1 chksum=1 entropy=1 ppdd=g1(G) ffl=./df2/df2/df4 aelm=mtime(1741928080)chksum(1)entropy(1)
gU f~) df4 bit=0 chksum=0 entropy=1 ppdd=g1(G.2) ffl=./df2/df2/df4 aelm=mtime(1741928078)chksum(0)entropy(1)
gU f~) df4 bit=0 chksum=0 entropy=1 ppdd=g1(G.3) ffl=./df2/df2/df4 aelm=mtime(1741928079)chksum(0)entropy(1)
** gU:d!=) ** CHANGED D) dir changed pL g1(G) g1(G.1) g1(G.2) g1(G.3) (<./df2/> / df3)
gU d~) df3 bit=1 chksum=1 entropy=1 ppdd=g1(G) ffl=./df2/df3 aelm=mtime(1741928080)chksum(1)entropy(1)
gU d~) df3 bit=0 chksum=0 entropy=1 ppdd=g1(G.1) ffl=./df2/df3 aelm=mtime(1741928052)chksum(0)entropy(1)
gU d~) df3 bit=1 chksum=1 entropy=1 ppdd=g1(G.2) ffl=./df2/df3 aelm=mtime(1741928078)chksum(1)entropy(1)
gU d~) df3 bit=1 chksum=1 entropy=1 ppdd=g1(G.3) ffl=./df2/df3 aelm=mtime(1741928079)chksum(1)entropy(1)
** gU:f==) ** EQUAL F) fl equal pL g1(G.2) g1(G.3) (<./df2/df3/> / df2)
gU f=) df2 bit=0 chksum=0 entropy=1 ppdd=g1(G.2) ffl=./df2/df3/df2 aelm=mtime(1741928078)chksum(0)entropy(1)
gU f=) df2 bit=0 chksum=0 entropy=1 ppdd=g1(G.3) ffl=./df2/df3/df2 aelm=mtime(1741928079)chksum(0)entropy(1)
** gU:f!=) ** CHANGED F) fl changed pL g1(G) g1(G.1) g1(G.2) g1(G.3) (<./df2/df3/> / df3)
gU f~) df3 bit=0 chksum=0 entropy=1 ppdd=g1(G) ffl=./df2/df3/df3 aelm=mtime(1741928080)chksum(0)entropy(1)
gU f~) df3 bit=1 chksum=1 entropy=1 ppdd=g1(G.1) ffl=./df2/df3/df3 aelm=mtime(1741928052)chksum(1)entropy(1)
gU f~) df3 bit=1 chksum=1 entropy=1 ppdd=g1(G.2) ffl=./df2/df3/df3 aelm=mtime(1741928078)chksum(1)entropy(1)
gU f~) df3 bit=0 chksum=0 entropy=1 ppdd=g1(G.3) ffl=./df2/df3/df3 aelm=mtime(1741928079)chksum(0)entropy(1)
** gU:f!=) ** CHANGED F) fl changed pL g1(G) g1(G.1) (<./df2/df3/> / df4)
gU f~) df4 bit=1 chksum=1 entropy=1 ppdd=g1(G) ffl=./df2/df3/df4 aelm=mtime(1741928080)chksum(1)entropy(1)
gU f~) df4 bit=0 chksum=0 entropy=1 ppdd=g1(G.1) ffl=./df2/df3/df4 aelm=mtime(1741928052)chksum(0)entropy(1)
** gU:d!=) ** CHANGED D) dir changed pL g1(G) g1(G.1) g1(G.2) g1(G.3) (<./df2/> / df4)
gU d~) df4 bit=0 chksum=0 entropy=1 ppdd=g1(G) ffl=./df2/df4 aelm=mtime(1741928080)chksum(0)entropy(1)
gU d~) df4 bit=1 chksum=1 entropy=1 ppdd=g1(G.1) ffl=./df2/df4 aelm=mtime(1741928052)chksum(1)entropy(1)
gU d~) df4 bit=0 chksum=0 entropy=1 ppdd=g1(G.2) ffl=./df2/df4 aelm=mtime(1741928078)chksum(0)entropy(1)
gU d~) df4 bit=1 chksum=1 entropy=1 ppdd=g1(G.3) ffl=./df2/df4 aelm=mtime(1741928079)chksum(1)entropy(1)
** gU:f!=) ** CHANGED F) fl changed pL g1(G) g1(G.1) g1(G.3) (<./df2/df4/> / df2)
gU f~) df2 bit=0 chksum=0 entropy=1 ppdd=g1(G) ffl=./df2/df4/df2 aelm=mtime(1741928080)chksum(0)entropy(1)
gU f~) df2 bit=1 chksum=1 entropy=1 ppdd=g1(G.1) ffl=./df2/df4/df2 aelm=mtime(1741928052)chksum(1)entropy(1)
gU f~) df2 bit=1 chksum=1 entropy=1 ppdd=g1(G.3) ffl=./df2/df4/df2 aelm=mtime(1741928079)chksum(1)entropy(1)
** gU:f!=) ** CHANGED F) fl changed pL g1(G) g1(G.1) g1(G.2) (<./df2/df4/> / df3)
gU f~) df3 bit=0 chksum=0 entropy=1 ppdd=g1(G) ffl=./df2/df4/df3 aelm=mtime(1741928080)chksum(0)entropy(1)
gU f~) df3 bit=1 chksum=1 entropy=1 ppdd=g1(G.1) ffl=./df2/df4/df3 aelm=mtime(1741928052)chksum(1)entropy(1)
gU f~) df3 bit=1 chksum=1 entropy=1 ppdd=g1(G.2) ffl=./df2/df4/df3 aelm=mtime(1741928078)chksum(1)entropy(1)
** gU:f!=) ** CHANGED F) fl changed pL g1(G.2) g1(G.3) (<./df2/df4/> / df4)
gU f~) df4 bit=1 chksum=1 entropy=1 ppdd=g1(G.2) ffl=./df2/df4/df4 aelm=mtime(1741928078)chksum(1)entropy(1)
gU f~) df4 bit=0 chksum=0 entropy=1 ppdd=g1(G.3) ffl=./df2/df4/df4 aelm=mtime(1741928079)chksum(0)entropy(1)
** gU:d!=) ** CHANGED D) dir changed pL g1(G) g1(G.1) g1(G.2) g1(G.3) (<./> / df3)
gU d~) df3 bit=0 chksum=0 entropy=1 ppdd=g1(G) ffl=./df3 aelm=mtime(1741928080)chksum(0)entropy(1)
gU d~) df3 bit=1 chksum=1 entropy=1 ppdd=g1(G.1) ffl=./df3 aelm=mtime(1741928052)chksum(1)entropy(1)
gU d~) df3 bit=1 chksum=1 entropy=1 ppdd=g1(G.2) ffl=./df3 aelm=mtime(1741928078)chksum(1)entropy(1)
gU d~) df3 bit=0 chksum=0 entropy=1 ppdd=g1(G.3) ffl=./df3 aelm=mtime(1741928079)chksum(0)entropy(1)
** gU:d!=) ** CHANGED D) dir changed pL g1(G) g1(G.1) g1(G.2) g1(G.3) (<./df3/> / df2)
gU d~) df2 bit=0 chksum=0 entropy=1 ppdd=g1(G) ffl=./df3/df2 aelm=mtime(1741928080)chksum(0)entropy(1)
gU d~) df2 bit=0 chksum=0 entropy=1 ppdd=g1(G.1) ffl=./df3/df2 aelm=mtime(1741928052)chksum(0)entropy(1)
gU d~) df2 bit=1 chksum=1 entropy=1 ppdd=g1(G.2) ffl=./df3/df2 aelm=mtime(1741928078)chksum(1)entropy(1)
gU d~) df2 bit=0 chksum=0 entropy=1 ppdd=g1(G.3) ffl=./df3/df2 aelm=mtime(1741928079)chksum(0)entropy(1)
** gU:f!=) ** CHANGED F) fl changed pL g1(G) g1(G.1) g1(G.3) (<./df3/df2/> / df2)
gU f~) df2 bit=0 chksum=0 entropy=1 ppdd=g1(G) ffl=./df3/df2/df2 aelm=mtime(1741928080)chksum(0)entropy(1)
gU f~) df2 bit=1 chksum=1 entropy=1 ppdd=g1(G.1) ffl=./df3/df2/df2 aelm=mtime(1741928052)chksum(1)entropy(1)
gU f~) df2 bit=0 chksum=0 entropy=1 ppdd=g1(G.3) ffl=./df3/df2/df2 aelm=mtime(1741928079)chksum(0)entropy(1)
** gU:f==) ** EQUAL F) fl equal pL g1(G.2) g1(G.3) (<./df3/df2/> / df3)
gU f=) df3 bit=0 chksum=0 entropy=1 ppdd=g1(G.2) ffl=./df3/df2/df3 aelm=mtime(1741928078)chksum(0)entropy(1)
gU f=) df3 bit=0 chksum=0 entropy=1 ppdd=g1(G.3) ffl=./df3/df2/df3 aelm=mtime(1741928079)chksum(0)entropy(1)
** gU:f!=) ** CHANGED F) fl changed pL g1(G) g1(G.1) g1(G.2) (<./df3/df2/> / df4)
gU f~) df4 bit=0 chksum=0 entropy=1 ppdd=g1(G) ffl=./df3/df2/df4 aelm=mtime(1741928080)chksum(0)entropy(1)
gU f~) df4 bit=0 chksum=0 entropy=1 ppdd=g1(G.1) ffl=./df3/df2/df4 aelm=mtime(1741928052)chksum(0)entropy(1)
gU f~) df4 bit=1 chksum=1 entropy=1 ppdd=g1(G.2) ffl=./df3/df2/df4 aelm=mtime(1741928078)chksum(1)entropy(1)
** gU:d==) ** EQUAL D) dir equal pL g1(G) g1(G.1) g1(G.2) g1(G.3) (<./df3/> / df3)
gU d=) df3 bit=1 chksum=1 entropy=1 ppdd=g1(G) ffl=./df3/df3 aelm=mtime(1741928080)chksum(1)entropy(1)
gU d=) df3 bit=1 chksum=1 entropy=1 ppdd=g1(G.1) ffl=./df3/df3 aelm=mtime(1741928052)chksum(1)entropy(1)
gU d=) df3 bit=1 chksum=1 entropy=1 ppdd=g1(G.2) ffl=./df3/df3 aelm=mtime(1741928078)chksum(1)entropy(1)
gU d=) df3 bit=1 chksum=1 entropy=1 ppdd=g1(G.3) ffl=./df3/df3 aelm=mtime(1741928079)chksum(1)entropy(1)
** gU:f!=) ** CHANGED F) fl changed pL g1(G.1) g1(G.2) g1(G.3) (<./df3/df3/> / df2)
gU f~) df2 bit=0 chksum=0 entropy=1 ppdd=g1(G.1) ffl=./df3/df3/df2 aelm=mtime(1741928052)chksum(0)entropy(1)
gU f~) df2 bit=1 chksum=1 entropy=1 ppdd=g1(G.2) ffl=./df3/df3/df2 aelm=mtime(1741928078)chksum(1)entropy(1)
gU f~) df2 bit=1 chksum=1 entropy=1 ppdd=g1(G.3) ffl=./df3/df3/df2 aelm=mtime(1741928079)chksum(1)entropy(1)
** gU:f!=) ** CHANGED F) fl changed pL g1(G) g1(G.2) g1(G.3) (<./df3/df3/> / df3)
gU f~) df3 bit=0 chksum=0 entropy=1 ppdd=g1(G) ffl=./df3/df3/df3 aelm=mtime(1741928080)chksum(0)entropy(1)
gU f~) df3 bit=1 chksum=1 entropy=1 ppdd=g1(G.2) ffl=./df3/df3/df3 aelm=mtime(1741928078)chksum(1)entropy(1)
gU f~) df3 bit=0 chksum=0 entropy=1 ppdd=g1(G.3) ffl=./df3/df3/df3 aelm=mtime(1741928079)chksum(0)entropy(1)
** gU:f==) ** EQUAL F) fl equal pL g1(G) g1(G.1) (<./df3/df3/> / df4)
gU f=) df4 bit=0 chksum=0 entropy=1 ppdd=g1(G) ffl=./df3/df3/df4 aelm=mtime(1741928080)chksum(0)entropy(1)
gU f=) df4 bit=0 chksum=0 entropy=1 ppdd=g1(G.1) ffl=./df3/df3/df4 aelm=mtime(1741928052)chksum(0)entropy(1)
** gU:d!=) ** CHANGED D) dir changed pL g1(G) g1(G.1) g1(G.2) g1(G.3) (<./df3/> / df4)
gU d~) df4 bit=0 chksum=0 entropy=1 ppdd=g1(G) ffl=./df3/df4 aelm=mtime(1741928080)chksum(0)entropy(1)
gU d~) df4 bit=0 chksum=0 entropy=1 ppdd=g1(G.1) ffl=./df3/df4 aelm=mtime(1741928052)chksum(0)entropy(1)
gU d~) df4 bit=1 chksum=1 entropy=1 ppdd=g1(G.2) ffl=./df3/df4 aelm=mtime(1741928078)chksum(1)entropy(1)
gU d~) df4 bit=0 chksum=0 entropy=1 ppdd=g1(G.3) ffl=./df3/df4 aelm=mtime(1741928079)chksum(0)entropy(1)
** gU:f==) ** EQUAL F) fl equal pL g1(G.1) g1(G.2) g1(G.3) (<./df3/df4/> / df2)
gU f=) df2 bit=1 chksum=1 entropy=1 ppdd=g1(G.1) ffl=./df3/df4/df2 aelm=mtime(1741928052)chksum(1)entropy(1)
gU f=) df2 bit=1 chksum=1 entropy=1 ppdd=g1(G.2) ffl=./df3/df4/df2 aelm=mtime(1741928078)chksum(1)entropy(1)
gU f=) df2 bit=1 chksum=1 entropy=1 ppdd=g1(G.3) ffl=./df3/df4/df2 aelm=mtime(1741928079)chksum(1)entropy(1)
** gU:f==) ** EQUAL F) fl equal pL g1(G) g1(G.2) (<./df3/df4/> / df3)
gU f=) df3 bit=1 chksum=1 entropy=1 ppdd=g1(G) ffl=./df3/df4/df3 aelm=mtime(1741928080)chksum(1)entropy(1)
gU f=) df3 bit=1 chksum=1 entropy=1 ppdd=g1(G.2) ffl=./df3/df4/df3 aelm=mtime(1741928078)chksum(1)entropy(1)
** gU:f==) ** EQUAL F) fl equal pL g1(G) g1(G.1) g1(G.3) (<./df3/df4/> / df4)
gU f=) df4 bit=1 chksum=1 entropy=1 ppdd=g1(G) ffl=./df3/df4/df4 aelm=mtime(1741928080)chksum(1)entropy(1)
gU f=) df4 bit=1 chksum=1 entropy=1 ppdd=g1(G.1) ffl=./df3/df4/df4 aelm=mtime(1741928052)chksum(1)entropy(1)
gU f=) df4 bit=1 chksum=1 entropy=1 ppdd=g1(G.3) ffl=./df3/df4/df4 aelm=mtime(1741928079)chksum(1)entropy(1)
** gU:d!=) ** CHANGED D) dir changed pL g1(G) g1(G.1) g1(G.2) g1(G.3) (<./> / df4)
gU d~) df4 bit=0 chksum=0 entropy=1 ppdd=g1(G) ffl=./df4 aelm=mtime(1741928080)chksum(0)entropy(1)
gU d~) df4 bit=0 chksum=0 entropy=1 ppdd=g1(G.1) ffl=./df4 aelm=mtime(1741928052)chksum(0)entropy(1)
gU d~) df4 bit=1 chksum=1 entropy=1 ppdd=g1(G.2) ffl=./df4 aelm=mtime(1741928078)chksum(1)entropy(1)
gU d~) df4 bit=0 chksum=0 entropy=1 ppdd=g1(G.3) ffl=./df4 aelm=mtime(1741928079)chksum(0)entropy(1)
** gU:d!=) ** CHANGED D) dir changed pL g1(G) g1(G.1) g1(G.2) g1(G.3) (<./df4/> / df2)
gU d~) df2 bit=0 chksum=0 entropy=1 ppdd=g1(G) ffl=./df4/df2 aelm=mtime(1741928080)chksum(0)entropy(1)
gU d~) df2 bit=0 chksum=0 entropy=1 ppdd=g1(G.1) ffl=./df4/df2 aelm=mtime(1741928052)chksum(0)entropy(1)
gU d~) df2 bit=0 chksum=0 entropy=1 ppdd=g1(G.2) ffl=./df4/df2 aelm=mtime(1741928078)chksum(0)entropy(1)
gU d~) df2 bit=1 chksum=1 entropy=1 ppdd=g1(G.3) ffl=./df4/df2 aelm=mtime(1741928079)chksum(1)entropy(1)
** gU:f==) ** EQUAL F) fl equal pL g1(G) g1(G.1) g1(G.2) (<./df4/df2/> / df2)
gU f=) df2 bit=1 chksum=1 entropy=1 ppdd=g1(G) ffl=./df4/df2/df2 aelm=mtime(1741928080)chksum(1)entropy(1)
gU f=) df2 bit=1 chksum=1 entropy=1 ppdd=g1(G.1) ffl=./df4/df2/df2 aelm=mtime(1741928052)chksum(1)entropy(1)
gU f=) df2 bit=1 chksum=1 entropy=1 ppdd=g1(G.2) ffl=./df4/df2/df2 aelm=mtime(1741928078)chksum(1)entropy(1)
** gU:+f) ** ONLYIN F) fl onlyd pL g1(G.3) (<./df4/df2/> / df3)
gU f+) df3 bit=1 chksum=1 entropy=1 ppdd=g1(G.3) ffl=./df4/df2/df3 aelm=mtime(1741928079)chksum(1)entropy(1)
** gU:f!=) ** CHANGED F) fl changed pL g1(G) g1(G.1) g1(G.2) g1(G.3) (<./df4/df2/> / df4)
gU f~) df4 bit=1 chksum=1 entropy=1 ppdd=g1(G) ffl=./df4/df2/df4 aelm=mtime(1741928080)chksum(1)entropy(1)
gU f~) df4 bit=0 chksum=0 entropy=1 ppdd=g1(G.1) ffl=./df4/df2/df4 aelm=mtime(1741928052)chksum(0)entropy(1)
gU f~) df4 bit=0 chksum=0 entropy=1 ppdd=g1(G.2) ffl=./df4/df2/df4 aelm=mtime(1741928078)chksum(0)entropy(1)
gU f~) df4 bit=0 chksum=0 entropy=1 ppdd=g1(G.3) ffl=./df4/df2/df4 aelm=mtime(1741928079)chksum(0)entropy(1)
** gU:d!=) ** CHANGED D) dir changed pL g1(G) g1(G.1) g1(G.2) g1(G.3) (<./df4/> / df3)
gU d~) df3 bit=1 chksum=1 entropy=1 ppdd=g1(G) ffl=./df4/df3 aelm=mtime(1741928080)chksum(1)entropy(1)
gU d~) df3 bit=0 chksum=0 entropy=1 ppdd=g1(G.1) ffl=./df4/df3 aelm=mtime(1741928052)chksum(0)entropy(1)
gU d~) df3 bit=0 chksum=0 entropy=1 ppdd=g1(G.2) ffl=./df4/df3 aelm=mtime(1741928078)chksum(0)entropy(1)
gU d~) df3 bit=0 chksum=0 entropy=1 ppdd=g1(G.3) ffl=./df4/df3 aelm=mtime(1741928079)chksum(0)entropy(1)
** gU:f!=) ** CHANGED F) fl changed pL g1(G) g1(G.1) g1(G.2) (<./df4/df3/> / df2)
gU f~) df2 bit=0 chksum=0 entropy=1 ppdd=g1(G) ffl=./df4/df3/df2 aelm=mtime(1741928080)chksum(0)entropy(1)
gU f~) df2 bit=1 chksum=1 entropy=1 ppdd=g1(G.1) ffl=./df4/df3/df2 aelm=mtime(1741928052)chksum(1)entropy(1)
gU f~) df2 bit=0 chksum=0 entropy=1 ppdd=g1(G.2) ffl=./df4/df3/df2 aelm=mtime(1741928078)chksum(0)entropy(1)
** gU:f==) ** EQUAL F) fl equal pL g1(G) g1(G.1) g1(G.2) g1(G.3) (<./df4/df3/> / df3)
gU f=) df3 bit=1 chksum=1 entropy=1 ppdd=g1(G) ffl=./df4/df3/df3 aelm=mtime(1741928080)chksum(1)entropy(1)
gU f=) df3 bit=1 chksum=1 entropy=1 ppdd=g1(G.1) ffl=./df4/df3/df3 aelm=mtime(1741928052)chksum(1)entropy(1)
gU f=) df3 bit=1 chksum=1 entropy=1 ppdd=g1(G.2) ffl=./df4/df3/df3 aelm=mtime(1741928078)chksum(1)entropy(1)
gU f=) df3 bit=1 chksum=1 entropy=1 ppdd=g1(G.3) ffl=./df4/df3/df3 aelm=mtime(1741928079)chksum(1)entropy(1)
** gU:+f) ** ONLYIN F) fl onlyd pL g1(G.3) (<./df4/df3/> / df4)
gU f+) df4 bit=1 chksum=1 entropy=1 ppdd=g1(G.3) ffl=./df4/df3/df4 aelm=mtime(1741928079)chksum(1)entropy(1)
** gU:d!=) ** CHANGED D) dir changed pL g1(G) g1(G.1) g1(G.2) g1(G.3) (<./df4/> / df4)
gU d~) df4 bit=0 chksum=0 entropy=1 ppdd=g1(G) ffl=./df4/df4 aelm=mtime(1741928080)chksum(0)entropy(1)
gU d~) df4 bit=1 chksum=1 entropy=1 ppdd=g1(G.1) ffl=./df4/df4 aelm=mtime(1741928052)chksum(1)entropy(1)
gU d~) df4 bit=0 chksum=0 entropy=1 ppdd=g1(G.2) ffl=./df4/df4 aelm=mtime(1741928078)chksum(0)entropy(1)
gU d~) df4 bit=1 chksum=1 entropy=1 ppdd=g1(G.3) ffl=./df4/df4 aelm=mtime(1741928079)chksum(1)entropy(1)
** gU:f!=) ** CHANGED F) fl changed pL g1(G.1) g1(G.2) g1(G.3) (<./df4/df4/> / df2)
gU f~) df2 bit=0 chksum=0 entropy=1 ppdd=g1(G.1) ffl=./df4/df4/df2 aelm=mtime(1741928052)chksum(0)entropy(1)
gU f~) df2 bit=1 chksum=1 entropy=1 ppdd=g1(G.2) ffl=./df4/df4/df2 aelm=mtime(1741928078)chksum(1)entropy(1)
gU f~) df2 bit=1 chksum=1 entropy=1 ppdd=g1(G.3) ffl=./df4/df4/df2 aelm=mtime(1741928079)chksum(1)entropy(1)
** gU:f!=) ** CHANGED F) fl changed pL g1(G) g1(G.3) (<./df4/df4/> / df3)
gU f~) df3 bit=0 chksum=0 entropy=1 ppdd=g1(G) ffl=./df4/df4/df3 aelm=mtime(1741928080)chksum(0)entropy(1)
gU f~) df3 bit=1 chksum=1 entropy=1 ppdd=g1(G.3) ffl=./df4/df4/df3 aelm=mtime(1741928079)chksum(1)entropy(1)
** gU:f!=) ** CHANGED F) fl changed pL g1(G) g1(G.1) g1(G.2) (<./df4/df4/> / df4)
gU f~) df4 bit=0 chksum=0 entropy=1 ppdd=g1(G) ffl=./df4/df4/df4 aelm=mtime(1741928080)chksum(0)entropy(1)
gU f~) df4 bit=1 chksum=1 entropy=1 ppdd=g1(G.1) ffl=./df4/df4/df4 aelm=mtime(1741928052)chksum(1)entropy(1)
gU f~) df4 bit=1 chksum=1 entropy=1 ppdd=g1(G.2) ffl=./df4/df4/df4 aelm=mtime(1741928078)chksum(1)entropy(1)
g1(G) 31 entries
g1(G.2) 31 entries
g1(G.1) 31 entries
g1(G.3) 31 entries
DONE PROCESSING ,gU @G
ASPL:7 > ,f&`ks= @G
ABOUT THIS COMMAND:
display the elements intersection where ks is the same in
the differential group variable G
0:55:32 root@mm01 /root aspl:7 > ,f&`ks= @G
INFO -- SETOP f& FOLLOWED BY @G SO VARIABLE G HAS BEEN EXPANDED TO VARIABLES G@1 G@2 G@3 G
INFO -- REGULAR SETOP f& ON VARIABLES G@1 G@2 G@3 G
HINT -- YOU CAN SET expandallarc 0 TO COMPARE VARIABLE TO ITS LAST ARCHIVED INSTANCE
INFO -- SETOP f& ON VARIABLES G@1 G@2 G@3 G
There are 4 sets representing: g1(G) g1(G.2) g1(G.1) g1(G.3)
** f&:f==) -- EQUAL F) fl'equal pL g1(G) g1(G.2) g1(G.1) g1(G.3) (<./df4/df3/> / df3)
f&=) df3 bit=1 chksum=1 entropy=1 ppdd=g1(G) ffl=./df4/df3/df3 aelm=mtime(1741928080)chksum(1)entropy(1)
f&=) df3 bit=1 chksum=1 entropy=1 ppdd=g1(G.2) ffl=./df4/df3/df3 aelm=mtime(1741928078)chksum(1)entropy(1)
f&=) df3 bit=1 chksum=1 entropy=1 ppdd=g1(G.1) ffl=./df4/df3/df3 aelm=mtime(1741928052)chksum(1)entropy(1)
f&=) df3 bit=1 chksum=1 entropy=1 ppdd=g1(G.3) ffl=./df4/df3/df3 aelm=mtime(1741928079)chksum(1)entropy(1)
g1(G) 1 entries
g1(G.2) 1 entries
g1(G.1) 1 entries
g1(G.3) 1 entries
DONE PROCESSING ,f&`ks= @G
ASPL:8 > ,fD`ks~ @G
ABOUT THIS COMMAND:
display the elements symmetric difference where ks is different in
the differential group variable G
0:55:56 root@mm01 /root aspl:8 > ,fD`ks~ @G
INFO -- SETOP fD FOLLOWED BY @G SO VARIABLE G HAS BEEN EXPANDED TO VARIABLES G@1 G@2 G@3 G
INFO -- REGULAR SETOP fD ON VARIABLES G@1 G@2 G@3 G
HINT -- YOU CAN SET expandallarc 0 TO COMPARE VARIABLE TO ITS LAST ARCHIVED INSTANCE
INFO -- SETOP fD ON VARIABLES G@1 G@2 G@3 G
There are 4 sets representing: g1(G) g1(G.1) g1(G.3) g1(G.2)
** fD:f!=) -- CHANGED F) fl'changed pL g1(G) g1(G.3) g1(G.2) (<./df2/df2/> / df4)
fD~) df4 bit=1 chksum=1 entropy=1 ppdd=g1(G) ffl=./df2/df2/df4 aelm=mtime(1741928080)chksum(1)entropy(1)
fD~) df4 bit=0 chksum=0 entropy=1 ppdd=g1(G.3) ffl=./df2/df2/df4 aelm=mtime(1741928079)chksum(0)entropy(1)
fD~) df4 bit=0 chksum=0 entropy=1 ppdd=g1(G.2) ffl=./df2/df2/df4 aelm=mtime(1741928078)chksum(0)entropy(1)
** fD:f!=) -- CHANGED F) fl'changed pL g1(G) g1(G.1) g1(G.3) g1(G.2) (<./df2/df3/> / df3)
fD~) df3 bit=0 chksum=0 entropy=1 ppdd=g1(G) ffl=./df2/df3/df3 aelm=mtime(1741928080)chksum(0)entropy(1)
fD~) df3 bit=1 chksum=1 entropy=1 ppdd=g1(G.1) ffl=./df2/df3/df3 aelm=mtime(1741928052)chksum(1)entropy(1)
fD~) df3 bit=0 chksum=0 entropy=1 ppdd=g1(G.3) ffl=./df2/df3/df3 aelm=mtime(1741928079)chksum(0)entropy(1)
fD~) df3 bit=1 chksum=1 entropy=1 ppdd=g1(G.2) ffl=./df2/df3/df3 aelm=mtime(1741928078)chksum(1)entropy(1)
** fD:f!=) -- CHANGED F) fl'changed pL g1(G) g1(G.1) (<./df2/df3/> / df4)
fD~) df4 bit=1 chksum=1 entropy=1 ppdd=g1(G) ffl=./df2/df3/df4 aelm=mtime(1741928080)chksum(1)entropy(1)
fD~) df4 bit=0 chksum=0 entropy=1 ppdd=g1(G.1) ffl=./df2/df3/df4 aelm=mtime(1741928052)chksum(0)entropy(1)
** fD:f!=) -- CHANGED F) fl'changed pL g1(G) g1(G.1) g1(G.3) (<./df2/df4/> / df2)
fD~) df2 bit=0 chksum=0 entropy=1 ppdd=g1(G) ffl=./df2/df4/df2 aelm=mtime(1741928080)chksum(0)entropy(1)
fD~) df2 bit=1 chksum=1 entropy=1 ppdd=g1(G.1) ffl=./df2/df4/df2 aelm=mtime(1741928052)chksum(1)entropy(1)
fD~) df2 bit=1 chksum=1 entropy=1 ppdd=g1(G.3) ffl=./df2/df4/df2 aelm=mtime(1741928079)chksum(1)entropy(1)
** fD:f!=) -- CHANGED F) fl'changed pL g1(G) g1(G.1) g1(G.2) (<./df2/df4/> / df3)
fD~) df3 bit=0 chksum=0 entropy=1 ppdd=g1(G) ffl=./df2/df4/df3 aelm=mtime(1741928080)chksum(0)entropy(1)
fD~) df3 bit=1 chksum=1 entropy=1 ppdd=g1(G.1) ffl=./df2/df4/df3 aelm=mtime(1741928052)chksum(1)entropy(1)
fD~) df3 bit=1 chksum=1 entropy=1 ppdd=g1(G.2) ffl=./df2/df4/df3 aelm=mtime(1741928078)chksum(1)entropy(1)
** fD:f!=) -- CHANGED F) fl'changed pL g1(G.3) g1(G.2) (<./df2/df4/> / df4)
fD~) df4 bit=0 chksum=0 entropy=1 ppdd=g1(G.3) ffl=./df2/df4/df4 aelm=mtime(1741928079)chksum(0)entropy(1)
fD~) df4 bit=1 chksum=1 entropy=1 ppdd=g1(G.2) ffl=./df2/df4/df4 aelm=mtime(1741928078)chksum(1)entropy(1)
** fD:f!=) -- CHANGED F) fl'changed pL g1(G) g1(G.1) g1(G.3) (<./df3/df2/> / df2)
fD~) df2 bit=0 chksum=0 entropy=1 ppdd=g1(G) ffl=./df3/df2/df2 aelm=mtime(1741928080)chksum(0)entropy(1)
fD~) df2 bit=1 chksum=1 entropy=1 ppdd=g1(G.1) ffl=./df3/df2/df2 aelm=mtime(1741928052)chksum(1)entropy(1)
fD~) df2 bit=0 chksum=0 entropy=1 ppdd=g1(G.3) ffl=./df3/df2/df2 aelm=mtime(1741928079)chksum(0)entropy(1)
** fD:f!=) -- CHANGED F) fl'changed pL g1(G) g1(G.1) g1(G.2) (<./df3/df2/> / df4)
fD~) df4 bit=0 chksum=0 entropy=1 ppdd=g1(G) ffl=./df3/df2/df4 aelm=mtime(1741928080)chksum(0)entropy(1)
fD~) df4 bit=0 chksum=0 entropy=1 ppdd=g1(G.1) ffl=./df3/df2/df4 aelm=mtime(1741928052)chksum(0)entropy(1)
fD~) df4 bit=1 chksum=1 entropy=1 ppdd=g1(G.2) ffl=./df3/df2/df4 aelm=mtime(1741928078)chksum(1)entropy(1)
** fD:f!=) -- CHANGED F) fl'changed pL g1(G.1) g1(G.3) g1(G.2) (<./df3/df3/> / df2)
fD~) df2 bit=0 chksum=0 entropy=1 ppdd=g1(G.1) ffl=./df3/df3/df2 aelm=mtime(1741928052)chksum(0)entropy(1)
fD~) df2 bit=1 chksum=1 entropy=1 ppdd=g1(G.3) ffl=./df3/df3/df2 aelm=mtime(1741928079)chksum(1)entropy(1)
fD~) df2 bit=1 chksum=1 entropy=1 ppdd=g1(G.2) ffl=./df3/df3/df2 aelm=mtime(1741928078)chksum(1)entropy(1)
** fD:f!=) -- CHANGED F) fl'changed pL g1(G) g1(G.3) g1(G.2) (<./df3/df3/> / df3)
fD~) df3 bit=0 chksum=0 entropy=1 ppdd=g1(G) ffl=./df3/df3/df3 aelm=mtime(1741928080)chksum(0)entropy(1)
fD~) df3 bit=0 chksum=0 entropy=1 ppdd=g1(G.3) ffl=./df3/df3/df3 aelm=mtime(1741928079)chksum(0)entropy(1)
fD~) df3 bit=1 chksum=1 entropy=1 ppdd=g1(G.2) ffl=./df3/df3/df3 aelm=mtime(1741928078)chksum(1)entropy(1)
** fD:+f) -- ONLYIN F) fl'onlyd pL g1(G.3) (<./df4/df2/> / df3)
fD+) df3 bit=1 chksum=1 entropy=1 ppdd=g1(G.3) ffl=./df4/df2/df3 aelm=mtime(1741928079)chksum(1)entropy(1)
** fD:f!=) -- CHANGED F) fl'changed pL g1(G) g1(G.1) g1(G.3) g1(G.2) (<./df4/df2/> / df4)
fD~) df4 bit=1 chksum=1 entropy=1 ppdd=g1(G) ffl=./df4/df2/df4 aelm=mtime(1741928080)chksum(1)entropy(1)
fD~) df4 bit=0 chksum=0 entropy=1 ppdd=g1(G.1) ffl=./df4/df2/df4 aelm=mtime(1741928052)chksum(0)entropy(1)
fD~) df4 bit=0 chksum=0 entropy=1 ppdd=g1(G.3) ffl=./df4/df2/df4 aelm=mtime(1741928079)chksum(0)entropy(1)
fD~) df4 bit=0 chksum=0 entropy=1 ppdd=g1(G.2) ffl=./df4/df2/df4 aelm=mtime(1741928078)chksum(0)entropy(1)
** fD:f!=) -- CHANGED F) fl'changed pL g1(G) g1(G.1) g1(G.2) (<./df4/df3/> / df2)
fD~) df2 bit=0 chksum=0 entropy=1 ppdd=g1(G) ffl=./df4/df3/df2 aelm=mtime(1741928080)chksum(0)entropy(1)
fD~) df2 bit=1 chksum=1 entropy=1 ppdd=g1(G.1) ffl=./df4/df3/df2 aelm=mtime(1741928052)chksum(1)entropy(1)
fD~) df2 bit=0 chksum=0 entropy=1 ppdd=g1(G.2) ffl=./df4/df3/df2 aelm=mtime(1741928078)chksum(0)entropy(1)
** fD:+f) -- ONLYIN F) fl'onlyd pL g1(G.3) (<./df4/df3/> / df4)
fD+) df4 bit=1 chksum=1 entropy=1 ppdd=g1(G.3) ffl=./df4/df3/df4 aelm=mtime(1741928079)chksum(1)entropy(1)
** fD:f!=) -- CHANGED F) fl'changed pL g1(G.1) g1(G.3) g1(G.2) (<./df4/df4/> / df2)
fD~) df2 bit=0 chksum=0 entropy=1 ppdd=g1(G.1) ffl=./df4/df4/df2 aelm=mtime(1741928052)chksum(0)entropy(1)
fD~) df2 bit=1 chksum=1 entropy=1 ppdd=g1(G.3) ffl=./df4/df4/df2 aelm=mtime(1741928079)chksum(1)entropy(1)
fD~) df2 bit=1 chksum=1 entropy=1 ppdd=g1(G.2) ffl=./df4/df4/df2 aelm=mtime(1741928078)chksum(1)entropy(1)
** fD:f!=) -- CHANGED F) fl'changed pL g1(G) g1(G.3) (<./df4/df4/> / df3)
fD~) df3 bit=0 chksum=0 entropy=1 ppdd=g1(G) ffl=./df4/df4/df3 aelm=mtime(1741928080)chksum(0)entropy(1)
fD~) df3 bit=1 chksum=1 entropy=1 ppdd=g1(G.3) ffl=./df4/df4/df3 aelm=mtime(1741928079)chksum(1)entropy(1)
** fD:f!=) -- CHANGED F) fl'changed pL g1(G) g1(G.1) g1(G.2) (<./df4/df4/> / df4)
fD~) df4 bit=0 chksum=0 entropy=1 ppdd=g1(G) ffl=./df4/df4/df4 aelm=mtime(1741928080)chksum(0)entropy(1)
fD~) df4 bit=1 chksum=1 entropy=1 ppdd=g1(G.1) ffl=./df4/df4/df4 aelm=mtime(1741928052)chksum(1)entropy(1)
fD~) df4 bit=1 chksum=1 entropy=1 ppdd=g1(G.2) ffl=./df4/df4/df4 aelm=mtime(1741928078)chksum(1)entropy(1)
g1(G) 12 entries
g1(G.1) 11 entries
g1(G.3) 12 entries
g1(G.2) 11 entries
DONE PROCESSING ,fD`ks~ @G
ASPL:9 > ,fD @G
ABOUT THIS COMMAND:
display the elements symmetric difference in
the differential group variable G
0:56:39 root@mm01 /root aspl:9 > ,fD @G
INFO -- SETOP fD FOLLOWED BY @G SO VARIABLE G HAS BEEN EXPANDED TO VARIABLES G@1 G@2 G@3 G
INFO -- REGULAR SETOP fD ON VARIABLES G@1 G@2 G@3 G
HINT -- YOU CAN SET expandallarc 0 TO COMPARE VARIABLE TO ITS LAST ARCHIVED INSTANCE
INFO -- SETOP fD ON VARIABLES G@1 G@2 G@3 G
There are 1 sets representing: g1(G.3)
** fD:+f) -- ONLYIN F) fl'onlyd pL g1(G.3) (<./df4/df2/> / df3)
fD+) df3 bit=1 chksum=1 entropy=1 ppdd=g1(G.3) ffl=./df4/df2/df3 aelm=mtime(1741928079)chksum(1)entropy(1)
** fD:+f) -- ONLYIN F) fl'onlyd pL g1(G.3) (<./df4/df3/> / df4)
fD+) df4 bit=1 chksum=1 entropy=1 ppdd=g1(G.3) ffl=./df4/df3/df4 aelm=mtime(1741928079)chksum(1)entropy(1)
g1(G.3) 2 entries
DONE PROCESSING ,fD @G
ASPL:10 > sim @G
ABOUT THIS COMMAND:
display the similarity in
the differential group variable G
0:56:51 root@mm01 /root aspl:10 > sim @G
INFO -- SETOP similarity FOLLOWED BY @G SO VARIABLE G HAS BEEN EXPANDED TO VARIABLES G@1 G@2 G@3 G
INFO -- REGULAR SETOP similarity ON VARIABLES G@1 G@2 G@3 G
HINT -- YOU CAN SET expandallarc 0 TO COMPARE VARIABLE TO ITS LAST ARCHIVED INSTANCE
INFO -- similarity BETWEEN G@1 G@2 G@3 G
subset1 vs subset2 similarity
1 g1(1.G@1) | g1(2.G@2) 0.80645
2 g1(3.G@3) | g1(2.G@2) 0.77419
3 g1(3.G@3) | g1(1.G@1) 0.74194
4 g1(4.G) | g1(2.G@2) 0.80645
5 g1(4.G) | g1(1.G@1) 0.87097
6 g1(4.G) | g1(3.G@3) 0.70968
g1(1.G@1) | g1(2.G@2) | ##################################### 0.80645
g1(3.G@3) | g1(2.G@2) | ################################### 0.77419
g1(3.G@3) | g1(1.G@1) | ################################## 0.74194
g1(4.G) | g1(2.G@2) | ##################################### 0.80645
g1(4.G) | g1(1.G@1) | ######################################## 0.87097
g1(4.G) | g1(3.G@3) | ################################ 0.70968
DONE PROCESSING sim @G
ASPL:11 > sim`fflz @G
ABOUT THIS COMMAND:
display the similarity where elements are different in
the differential group variable G
0:57:32 root@mm01 /root aspl:11 > sim`fflz @G
INFO -- SETOP similarity`fflz FOLLOWED BY @G SO VARIABLE G HAS BEEN EXPANDED TO VARIABLES G@1 G@2 G@3 G
INFO -- REGULAR SETOP similarity`fflz ON VARIABLES G@1 G@2 G@3 G
HINT -- YOU CAN SET expandallarc 0 TO COMPARE VARIABLE TO ITS LAST ARCHIVED INSTANCE
INFO -- similarity`fflz BETWEEN G@1 G@2 G@3 G
subset1 vs subset2 similarity
1 g1(1.G@1) | g1(2.G@2) 0.44444
2 g1(3.G@3) | g1(2.G@2) 0.44444
3 g1(3.G@3) | g1(1.G@1) 0.33333
4 g1(4.G) | g1(2.G@2) 0.27778
5 g1(4.G) | g1(1.G@1) 0.33333
6 g1(4.G) | g1(3.G@3) 0.27778
g1(1.G@1) | g1(2.G@2) | ######################################## 0.44444
g1(3.G@3) | g1(2.G@2) | ######################################## 0.44444
g1(3.G@3) | g1(1.G@1) | ############################# 0.33333
g1(4.G) | g1(2.G@2) | ######################## 0.27778
g1(4.G) | g1(1.G@1) | ############################# 0.33333
g1(4.G) | g1(3.G@3) | ######################## 0.27778
DONE PROCESSING sim`fflz @G
ASPL:12 > bye
ABOUT THIS COMMAND:
0:57:42 root@mm01 /root aspl:12 > bye
SAVING DGV_RANDBIT. so long..