The following shows the commands in named workspaces and scripts where the REGEX f&|d&|g& OCCURED. To locate the GG-funtions loaded by the GG-Container you will type at the shell prompt: asplcmd ~gg To locate the scripts: asplcmd ~shared
in namedspace BAY6 []
2 f&`ks= GOOD BAY1
in namedspace BAY7 []
12 f&`ks= GOOD BAY1
4 f&`ks= CRITICAL BAY1
3 f&`ks= CRITICAL BAY2
2 f&`ks= CRITICAL BAY1 BAY2
1 f&`ks= WARN BAY2 BAY1
in namedspace BAYS12 [MONITORING WATER LEVEL BETWEEN TWO BAYS]
9 f&`ks= CRITICAL BAY1 BAY2
8 f&`ks= WARN BAY1 BAY2
7 f&`ks= CRITICAL BAY1
6 f&`ks= CRITICAL BAY2
5 DEF FN critical := {fU {f&`ks= CRITICAL BAY1}{f&`ks= CRITICAL BAY2}}
4 DEF FN warn := {fU {f&`ks= CRITICAL BAY1}{f&`ks= CRITICAL BAY2}{f&`ks= WARN BAY1}{f&`ks= WARN BAY2}}
in namedspace BAYS12MON [WATER LEVEL BETWEEN BAY1 AND BAY2]
8 f&`ks= CRITICAL BAY1 BAY2
7 f&`ks= WARN BAY1 BAY2
6 f&`ks= CRITICAL BAY1
5 f&`ks= CRITICAL BAY2
4 DEF FN critical := {fU {f&`ks= CRITICAL BAY1}{f&`ks= CRITICAL BAY2}}
3 DEF FN warn := {fU {f&`ks= CRITICAL BAY1}{f&`ks= CRITICAL BAY2}{f&`ks= WARN BAY1}{f&`ks= WARN BAY2}}
in namedspace BAYS12WATER []
12 f&`ks= CRITICAL BAY1 BAY2
11 f&`ks= CRITICAL BAY1
10 f&`ks= CRITICAL BAY2
9 DEF FN critical := {fU {f&`ks= CRITICAL BAY1}{f&`ks= CRITICAL BAY2}
7 DEF FN critical := {fU {f&`ks= CRITICAL BAY1}{f&`ks= CRITICAL BAY2}}
5 DEF FN warn := {fU {f&`ks= CRITICAL BAY1}{f&`ks= CRITICAL BAY2}{f&`ks= WARN BAY1}{f&`ks= WARN BAY2}}
in namedspace BAYS7 []
38 f& GOOD BAY1 BAY2
37 f&`ks= GOOD BAY1 BAY2
36 f& WARN BAY1 BAY2
35 f&`ks= WARN BAY1 BAY2
34 f& CRITICAL BAY1 BAY2
33 f&`ks= CRITICAL BAY1 BAY2
32 f&`ks= GOOD BAY1 BAY2
25 f& WARN BAY1
24 f&`ks= WARN BAY1 BAY2
21 f& CRITICAL BAY1 BAY2
20 f&`ks= CRITICAL BAY1
19 f&`ks= CRITICAL BAY2
18 f&`ks= WARN BAY1
17 f&`ks= WARN BAY2
16 f&`ks= GOOD BAY1
15 f&`ks= GOOD BAY2
12 f&`ks= GOOD BAY2 BAY1
11 f&`ks= WARN BAY2 BAY1
in namedspace BAYSWATER []
34 f& GOOD BAY1 BAY2
33 f&`ks= GOOD BAY1 BAY2
32 f& WARN BAY1 BAY2
31 f&`ks= WARN BAY1 BAY2
30 f& CRITICAL BAY1 BAY2
29 f&`ks= CRITICAL BAY1 BAY2
28 f&`ks= GOOD BAY1 BAY2
21 f& WARN BAY1
20 f&`ks= WARN BAY1 BAY2
17 f& CRITICAL BAY1 BAY2
16 f&`ks= CRITICAL BAY1
15 f&`ks= CRITICAL BAY2
14 f&`ks= WARN BAY1
13 f&`ks= WARN BAY2
12 f&`ks= GOOD BAY1
11 f&`ks= GOOD BAY2
8 f&`ks= GOOD BAY2 BAY1
7 f&`ks= WARN BAY2 BAY1
in namedspace BAYSWATER1 []
25 f& GOOD BAY1 BAY2
24 f&`ks= GOOD BAY1 BAY2
23 f& WARN BAY1 BAY2
22 f&`ks= WARN BAY1 BAY2
21 f& CRITICAL BAY1 BAY2
20 f&`ks= CRITICAL BAY1 BAY2
19 f&`ks= GOOD BAY1 BAY2
12 f& WARN BAY1
11 f&`ks= WARN BAY1 BAY2
8 f& CRITICAL BAY1 BAY2
7 f&`ks= CRITICAL BAY1
6 f&`ks= CRITICAL BAY2
5 f&`ks= WARN BAY1
4 f&`ks= WARN BAY2
3 f&`ks= GOOD BAY1
2 f&`ks= GOOD BAY2
in script bay12mon.pl [monitor water level between two bays]
{fU {f&`ks= CRITICAL BAY1} {f&`ks= CRITICAL BAY2}}
in namedspace DGV_RANDBIT []
5 ,f&`ks= @G
in namedspace MIXVER2RANDONEBIT []
25 g&`ks= v1 v2 v3
24 g&`ks~ v1 v2 v3
22 g& v1 v2 v3
17 f& v1 v2 v3
16 f& v1 v2
in namedspace ONEBIT [RANDOM ONE BIT]
21 f&`ks= m1 m2 m3
20 f&`ks~ m1 m2 m3
16 f& t123 M
in namedspace ONEBIT2 []
30 f&`ks= v1 v2 v3
29 f&`ks~ v1 v2 v3
13 f&`ks= v1 v2
12 f&`ks~ v1 v2
11 sim`fflz {f& v1 v2}
4 g&`ks= v1 v2
3 g&`ks~ v1 v2
1 sim`fflz {f& v1 v2}
in namedspace ONEBIT3 []
101 f&`ks= v1 v2 v3
100 f&`ks~ v1 v2 v3
84 f&`ks= v1 v2
83 f&`ks~ v1 v2
82 sim`fflz {f& v1 v2}
75 g&`ks= v1 v2
74 g&`ks~ v1 v2
72 sim`fflz {f& v1 v2}
2 g& p1 p2
in namedspace PLAYOP_RANDBIT []
6 playop g&, G
in namedspace RANDONEBIT []
15 g&`ks= v1 v2 v3
14 g&`ks~ v1 v2 v3
12 g& v1 v2 v3
7 f& v1 v2 v3
6 f& v1 v2
in namedspace RANDONEBIT777 []
16 g&`ks= v1 v2 v3
15 g&`ks~ v1 v2 v3
13 g& v1 v2 v3
8 f& v1 v2 v3
7 f& v1 v2
in namedspace RANDONEBITMIX [RANDOM ONE BIT MIX]
16 f& mg123
11 f& g1 g2 g3
8 f& a1 a2 a3
in namedspace RANDONEBITMIX_DIFFARC [RANDOM ONE BIT MIX]
59 f& mg123
54 f& g1 g2 g3
51 f& a1 a2 a3
in namedspace RANDONEBIT_ENVY2 []
36 g&`ks= v1 v2 v3
35 g&`ks~ v1 v2 v3
33 g& v1 v2 v3
28 f& v1 v2 v3
27 f& v1 v2
4 I = g&, E F
in namedspace RANDONEBIT_PARA1 []
24 g&`ks= v1 v2 v3
23 g&`ks~ v1 v2 v3
21 g& v1 v2 v3
16 f& v1 v2 v3
15 f& v1 v2
in namedspace RANDONEBIT_PARA2 []
68 g&`ks= v1 v2 v3
67 g&`ks~ v1 v2 v3
65 g& v1 v2 v3
60 f& v1 v2 v3
59 f& v1 v2
33 IEF = g&, E F
in namedspace RATEDIFF2_RANDBIT []
27 playchanges f&,`ks~ p
26 playchanges f&,`ks= p
25 f&,`ks~ @p
24 f&,`ks= @p
6 f&,`ks= @E
5 playchanges f&,`ks= E
3 playchanges f&,`ks= E
2 playop f&,`ks= E
in script playchanges.aspl [showing the rate of changes in a sampled random group]
playchanges g&,`ks= x
playchanges g&,`ks~ x
in script playop_bitgroup2.aspl [play various operators on a random bit group]
printblock PLAYOP ,f&`ks= CONTINUOUS ON INTERMITTENT CHANGES IN DIFFERENTIAL VARIABLE x
playop ,f&`ks= x
printblock PLAYOP ,f&`ks~ CONTINUOUS ON INTERMITTENT CHANGES IN DIFFERENTIAL VARIABLE x
playop ,f&`ks~ x
in namedspace CONGRUENCE []
5 f&`ks= g2 g3 g6
3 f&`ks= g2 g3 g5 g6
2 f&`ks= g2 g3 g5 g6 g7
1 f&`ks= g2 g3 g5 g6 g7 g13
in namedspace CRAPTABLE []
12 f&`ks= p1 p2 p3
11 f&`ks= p1 p2
10 f&`ks= p1 p3
9 f&`ks= p2 p3
in namedspace CRAPTABLES []
9 f& tabA tabB
8 f&`ks= tabA tabB
7 f&`ks= tabA tabB tabC
6 f&`ks= t1 t2 t3
in namedspace DICERS [TOSSING DICE SIMULATION]
42 ,f& p1 p123
41 ,f&`c= p1 p123
15 f&`ks= p123
14 f&`ks= t123
11 f&`ks= u123
in namedspace CREATURES []
25 f&`ks= X Y
24 f& X Y
21 f&`ks= L1 L2
15 f&`ks= planetX planetX@1
14 ,f&`ks= planetX planetX@1
7 ,f&`ks= X X@1
6 ,f&`ks~ X
5 ,f&`ks~ X X@1
in namedspace DNASEQ1 [DNA SEQUENCES USING WORKSPACE DNASEQUENCE]
2 f&`ks~ man3 man3@1
1 ,f&`ks~ man3 man3@1
in namedspace DNASEQ2 []
12 f&`ks= m1 m2
11 f&`ks= m1 m3
10 f&`ks= m3 m4
in namedspace POLY2PLANES [RANDOM POLYGONS IN TWO 2D PLANES]
10 f& P1 P2
in namedspace POLY3PLANES [RANDOM POLYGONS IN THREE 2D PLANES]
11 f& T1 T2 T3
in namedspace POLYPLANES []
20 f& P1 P2
8 f& T1 T2 T3
in namedspace POLY2CLOUDS [RANDOM POLYGONS ON TWO SPHERES]
5 G12 = f& G1 G2
in namedspace POLY3CLOUDS [RANDOM POLYGONS ON THREE SPHERES]
13 f& S1 S2
12 f& S1 S3
11 f& S2 S3
10 f& S1 S2 S3
in script polyclouds.aspl [Create random polygons on three spheres.]
f& S1 S2
f& S1 S3
f& S2 S3
f& S1 S2 S3
in namedspace NICKLERS2 [TOSSING NICKLES (previously TOSSERS)]
17 f&`c= p5 p5@1 p5@2
16 ,f&`c= p5 p5@1 p5@2
14 ,f&`c= p5 p5@1
11 ,f&`c= p5 p5@1 p5@2
8 ,g&`ks= p5 p5@1 p5@2
1 ,f&`c= p7 p7@1 p7@2
in namedspace OSCI333 []
3 A = ggoscillator(grp1,A,foname,fosc1); B = ggoscillator(grp1,B,foname,fosc2); ks n fx; f&`ks= A B
2 A = ggoscillator(grp1,A,foname,fosc1); B = ggoscillator(grp1,B,foname,fosc2); ks n fx; f&`ks= A B
1 A = ggoscillator(grp1,A,foname,fosc1); B = ggoscillator(grp1,B,foname,fosc2); ks n fx; f&`ks= A B
in script oscillator.aspl [intersecting two oscillators, each one tied to a UNIX device]
f&`ks=
in namedspace SIGNALS [TIE OSCILATOR SIGNALS TO ATTRIBUTES]
18 f&`ks= S1 S2
14 f&`ks= s1 s2
3 f&`ks= fc1 fc2
1 f&`ks= fc1 fc2
in script oscillators.aspl [intersecting two oscillating functions tied to a UNIX device]
printblock INTERSECTION OF THE TWO OSCILLATING FUNCTIONS %%%CR f&`ks= S1 S2
f&`ks= S1 S2
in namedspace PERIODS []
23 f&`ks= g1 g2
22 f& g1 g2
15 f& p1 p2
2 f&`ks= g1 g2
1 f& p1 p2
in namedspace FILESDIR [Group Operations on UNIX Filesystem]
9 f& a1 a2
in namedspace JMXJAR [Comparing Java JMX TX Jar Files]
10 f&`c~ jmx1 jmx2
9 f&`c= jmx1 jmx2
8 f& jmx1 jmx2
in namedspace JMXJAR2 [Partitioning Java JMX JAR Files]
16 f&`c~ jmx1 jmx2
15 f&`c= jmx1 jmx2
14 f& jmx1 jmx2
in namedspace JMXJARQ [Comparing Java JMX TX JDBC JAR Files]
34 f&`c~ jmx1 jmx2
33 f&`c= jmx1 jmx2
32 f& jmx1 jmx2
16 DEF FN event := f&/~evn %%1 %%2
15 DEF FN eventlistener := f&/~evnlsn %%1 %%2
14 DEF FN eventstream := f&/~evnstm %%1 %%2
13 DEF FN transform := f&/~trx %%1 %%2
12 DEF FN transformtransform := f&/~trxtrx %%1 %%2
11 DEF FN connectortransform := f&/~contrx %%1 %%2
in namedspace JMXJARQR [Comparing Java JMX TX Jar Files]
39 f&`c~ jmx1 jmx2
38 f&`c= jmx1 jmx2
37 f& jmx1 jmx2
20 DEF FN event := f&/~evn %%1 %%2
19 DEF FN eventlistener := f&/~evnlsn %%1 %%2
18 DEF FN eventstream := f&/~evnstm %%1 %%2
17 DEF FN transform := f&/~trx %%1 %%2
16 DEF FN transformtransform := f&/~trxtrx %%1 %%2
15 DEF FN connectortransform := f&/~contrx %%1 %%2
6 f&/drx=.*connect.*/i jmx1 jmx2
5 d&/drx=.*connect.*/i jmx1 jmx2
in namedspace PATHENV []
9 f&`c= mm02 vienna
8 f&`c~ mm02 vienna
in namedspace PATHENV2 []
4 f&`ks~ mm01 mm02
in namedspace TESTWS1 [WORKSPACE TESTWS1]
59 a12 = f& a1 a2
58 a13 = f& a1 a3
57 a123 = f& a1 a2 a3
56 a1234 = f& a12 a13 a4
53 A12 = f& a1234 a2
52 A15 = f& A12 a5
51 A17 = f& A12 a12
35 B12 = f& b1 a3 a1
33 B13 = f& a2 B12
31 B14 = f& A17 B12
9 d123 = f& a1 a2 a3
in namedspace TESTWS1CMD [WORKSPACE TESTWS1CMD equal,subset,cmpgad]
54 wpeekcmd /root/ASPLWRK1~ny-apr23 COINS f&
10 f& a1 a2
in namedspace TESTWS1CMD2 [WORKSPACE TESTWS1CMD2 equal,subset,loosely]
73 j12 = f& j1 j2
72 t12 = f& t1 t2
32 ,f& a1b1 ab1
31 ,f& a1b1 a1
30 ,f& a1b1 b1
28 ,f& ab1 b1
26 ,f& a1b1 a1
25 ,f& a1b1 b1
in namedspace TESTWS1CURL [WORKSPACE TESTWS1CURL CURLY SIMILARITY]
58 v1234 = {fU {f& a1 a2} v12}
in namedspace TXJAR [Comparing Java TX JAR Files]
8 DEF FN cmp2sets := {gU {g\, %%1 %%2}{g\, %%2 %%1}{g&, %%1 %%2}}
6 f&`c~ tx1 tx2 tx3 tx4
5 f&`c= tx1 tx2 tx3 tx4
4 f&`c= tx1 tx2
3 f&`c= tx1 tx3
2 f&`c= tx3 tx4
1 f&`c~ tx3 tx4
in namedspace WASCLOUD [MINING WEBSPHERE JMV IN A CLOUD]
60 def cmp2fmtm := {fU {f\,`mtm~ %%1 %%2}{f\,`mtm~ %%2 %%1}{f&,`mtm~ %%1 %%2}}
59 def cmp2sets := {gU {g\, %%1 %%2}{g\, %%2 %%1}{g&, %%1 %%2}}
56 def cmp2f := {fU {f\, %%1 %%2}{f\, %%2 %%1}{f&, %%1 %%2}}
55 def cmp2fchk := {fU {f\,`c~ %%1 %%2}{f\,`c~ %%2 %%1}{f&,`c~ %%1 %%2}}
9 f& d_ps1jps1 d_ps2jps2
in namedspace WASCLOUDQR [MINING WEBSPHERE JMV IN A CLOUD]
126 def cmp2fmtm := {fU {f\,`mtm~ %%1 %%2}{f\,`mtm~ %%2 %%1}{f&,`mtm~ %%1 %%2}}
125 def cmp2sets := {gU {g\, %%1 %%2}{g\, %%2 %%1}{g&, %%1 %%2}}
122 def cmp2f := {fU {f\, %%1 %%2}{f\, %%2 %%1}{f&, %%1 %%2}}
121 def cmp2fchk := {fU {f\,`c~ %%1 %%2}{f\,`c~ %%2 %%1}{f&,`c~ %%1 %%2}}
75 f& d_ps1jps1 d_ps2jps2
63 f&/drx=^((?!.*jre.*).)*$,frx=^((?!.*\.so$).)*$ d_ps1jps1 d_ps2jps2
61 DEF FN jreNOso := f&/~r7 %%1 %%2
57 f&/drx=.*jre.*,frx=^((?!.*\.so$).)*$ d_ps1jps1 d_ps2jps2
56 f&/drx=.*jre.* d_ps1jps1 d_ps2jps2
55 f& d_ps1jps1 d_ps2jps2
54 f&/drx=^((?!.*jre.*).)* d_ps1jps1 d_ps2jps2
53 f&/drx=.*jre.*,frx=^((?!.*\.so$).)*$ d_ps1jps1 d_ps2jps2
52 f&/drx=.*jre.* d_ps1jps1 d_ps2jps2
51 f&/drx=^((?!.*jre.*).)* d_ps1jps1 d_ps2jps2
50 f& d_ps1jps1 d_ps2jps2
49 f&/drx=^((?!.*jre.*).)*$ d_ps1jps1 d_ps2jps2
48 f&/drx=.*jre.* d_ps1jps1 d_ps2jps2
47 f&/drx=.*jre.*$ d_ps1jps1 d_ps2jps2
46 f&/drx=.*jre.* d_ps1jps1 d_ps2jps2
45 f&/drx=.*jre.* d_ps1jps1 d_ps2jps2
44 f&/drx=^((?!.*jre.*).)*$ d_ps1jps1 d_ps2jps2
43 f&/drx=.*jre.*,frx=^((?!.*\.so$).)*$ d_ps1jps1 d_ps2jps2
42 f&/frx=.*java.* d_ps1jps1 d_ps2jps2
41 f&/frx=.*java\..* d_ps1jps1 d_ps2jps2
40 f&/frx=.*java\.so$ d_ps1jps1 d_ps2jps2
39 f&/frx=.*j9.*\.so d_ps1jps1 d_ps2jps2
38 f&/drx=.*jre.* d_ps1jps1 d_ps2jps2
37 f&/drx=^((?!.*jre.*).)*$ d_ps1jps1 d_ps2jps2
36 f&/drx=.*\/lib64\/ d_ps1jps1 d_ps2jps2
35 f&/frx=.*java.* d_ps1jps1 d_ps2jps2
34 f&/frx=.*j9...24\.so$ d_ps1jps1 d_ps2jps2
33 f&/drx=.*\/lib64\/ d_ps1jps1 d_ps2jps2
32 f&/drx=.*\/(lib64|jre)\/ d_ps1jps1 d_ps2jps2
31 f&/drx=^((?!.*jre.*).)*$,frx=^((?!.*\.so$).)*$ d_ps1jps1 d_ps2jps2
30 f&/drx=.*jre.* d_ps1jps1 d_ps2jps2
29 f&/drx=^((?!.*jre.*).)*$ d_ps1jps1 d_ps2jps2
24 DEF FN NOjreNOso := f&/~r7 %%1 %%2
22 f&/drx=.*jre.* d_ps1jps1 d_ps2jps2
21 f&/drx=^((?!.*jre.*).)*$ d_ps1jps1 d_ps2jps2
20 f&/drx=^((?!.*jre.*).)*$,frx=^((?!.*\.so$).)*$ d_ps1jps1 d_ps2jps2
19 f&/drx=.*jre.*,frx=^((?!.*\.so$).)*$ d_ps1jps1 d_ps2jps2
18 f&/drx=.*jre.*,frx=.*\.so$ d_ps1jps1 d_ps2jps2
17 f&/frx=.*java.* d_ps1jps1 d_ps2jps2
16 f&/frx=.*java..* d_ps1jps1 d_ps2jps2
15 f&/frx=.*java\..* d_ps1jps1 d_ps2jps2
14 f&/frx=.*java\.so$ d_ps1jps1 d_ps2jps2
13 f&/frx=.*j9.*\.so d_ps1jps1 d_ps2jps2
12 f&/frx=.*j9.*\.so$ d_ps1jps1 d_ps2jps2
11 f&/frx=.*j9...24\.so$ d_ps1jps1 d_ps2jps2
10 f&/frx=.*j9...24\.so$/i d_ps1jps1 d_ps2jps2
9 f&/frx=.*j9...24\.so$/i,c= d_ps1jps1 d_ps2jps2
8 f&/frx=.*j9...24\.so$/i,c~ d_ps1jps1 d_ps2jps2
7 f&/drx=.*\/lib64\/ d_ps1jps1 d_ps2jps2
6 f&/drx=.*\/lib64\/.*\/ d_ps1jps1 d_ps2jps2
5 f&/drx=.*\/(lib64|jre)\/ d_ps1jps1 d_ps2jps2
4 f&/drx=.*\/(lib64|amd64)\/ d_ps1jps1 d_ps2jps2
3 f&/drx=^((?!.*jre.*).)*$ d_ps1jps1 d_ps2jps2
2 f&/drx=^((?!.*jre.*).)*$,frx=^((?!.*\.so.*).)*$ d_ps1jps1 d_ps2jps2
1 f&/drx=^((?!.*jre.*).)*$,frx=^((?!.*\.so$).)*$ d_ps1jps1 d_ps2jps2
in namedspace WASCLOUDSR [WORKSPACE WASCLOUDSR (Search)]
83 def cmp2fmtm := {fU {f\,`mtm~ %%1 %%2}{f\,`mtm~ %%2 %%1}{f&,`mtm~ %%1 %%2}}
82 def cmp2sets := {gU {g\, %%1 %%2}{g\, %%2 %%1}{g&, %%1 %%2}}
79 def cmp2f := {fU {f\, %%1 %%2}{f\, %%2 %%1}{f&, %%1 %%2}}
78 def cmp2fchk := {fU {f\,`c~ %%1 %%2}{f\,`c~ %%2 %%1}{f&,`c~ %%1 %%2}}
51 def cmp2fmtm := {fU {f\,`mtm~ %%1 %%2}{f\,`mtm~ %%2 %%1}{f&,`mtm~ %%1 %%2}}
50 def cmp2sets := {gU {g\, %%1 %%2}{g\, %%2 %%1}{g&, %%1 %%2}}
47 def cmp2f := {fU {f\, %%1 %%2}{f\, %%2 %%1}{f&, %%1 %%2}}
46 def cmp2fchk := {fU {f\,`c~ %%1 %%2}{f\,`c~ %%2 %%1}{f&,`c~ %%1 %%2}}
22 f&`c~ jmx1 jmx3
19 f&`ks= jmx1 jmx3
17 f&`ks~ jmx1 jmx3
in namedspace WCLOUD [WCLOUD SAME AS WASCLOUD (Delete)]
57 def cmp2fmtm := {fU {f\,`mtm~ %%1 %%2}{f\,`mtm~ %%2 %%1}{f&,`mtm~ %%1 %%2}}
56 def cmp2sets := {gU {g\, %%1 %%2}{g\, %%2 %%1}{g&, %%1 %%2}}
53 def cmp2f := {fU {f\, %%1 %%2}{f\, %%2 %%1}{f&, %%1 %%2}}
52 def cmp2fchk := {fU {f\,`c~ %%1 %%2}{f\,`c~ %%2 %%1}{f&,`c~ %%1 %%2}}
6 f& d_ps1jps1 d_ps2jps2
in namedspace WS1 [Group Operations on UNIX Filesystem]
8 f& a1 a2
in namedspace WS1DEBUG [Group Operations on UNIX Filesystem]
206 f& a1 a2
195 f&`c~ a1 a2
193 f&/~r1 a1 a2
191 f&/~r1 a1 a2
188 ks f&/~r3 a1 a2
187 f&/~r3 a1 a2
184 f&/~r4 a1 a2
181 f&/~r4 a1 a2
178 f&/~r5 a1 a2
177 a12 = f&/~r5 a1 a2
174 f&/frx=.*txt$,ks~,mtm~ a1 a2
173 f&/mtm~ a1 a2
170 f&/mtm~ a1 a2
169 f& a1 a2
166 f& a1 a2
164 f&/mtm~ a1 a2
162 f&/~r6 a1 a2
161 a12r6 = f&/~r6 a1 a2
159 f&/frx=.*txt$,mtm~ a1 a2
157 f&/~r7 a1 a2
154 f&/~r7 a1 a2
153 a12r7 = f&/~r7 a1 a2
151 f&/mtm~ a1 a2
147 f&/~r7 a1 a2
146 f&/mtm~ a1 a2
145 f&`mtm~ a1 a2
142 f&`mtm~ a1 a2
139 f&`mtm~ a1 a2
138 f&`mtm= a1 a2
135 f&`mtm~ a1 a2
133 g& a1 a2
132 f& a1 a2
131 g&`mtm~ a1 a2
130 f&`mtm~ a1 a2
126 g&`mtm~ a1 a2
124 g&`mtm~ a1 a2
123 f&`mtm~ a1 a2
121 f&`mtm~ a1 a2
118 f&`mtm~ a1 a2
117 f&`h~ a1 a2
114 f&`h~ a1 a2
113 f&`mtm~ a1 a2
110 f&`mtm~ a1 a2
107 f&`mtm~ a1 a2
105 f&`mtm~ a1 a2
104 f&`mtm= a1 a2
101 f&`mtm= a1 a2
100 f&`mtm~ a1 a2
97 f&`mtm~ a1 a2
95 f&`mtm~ a1 a2
89 f&/~r8 a1 a2
86 f&/~r8 a1 a2
83 f&/~r8 a1 a2
77 f&`mtm= a1 a2
76 f&`ks~ a1 a2
75 f&`c~ a1 a2
70 f&`ks~ a1 a2
64 f&/h~ a1 a2
59 f&/_ a1 a2
58 f& a1 a2
52 f&`c~ a1 a2
51 d&`c~ a1 a2
50 f&&`c~ aa1 aa2
48 f&&`c= aa1 aa2
43 f&`ks~ a1 a2
41 f&`ks~ a1 a2
36 f&`ks~ a1 a2
35 f&`c~ a1 a2
33 f&`ks~ a1 a2
23 f&/dosi=i0m3p2 a1 a2
20 f&/dosi=i0m3p2 a1 a2
17 f&/dosi=i0m3p2 a1 a2
12 f&/dosi=i0m3lv2 a1 a2
4 f&`c= aspl1 aspl2
3 f&/frx=.*pm$ aspl1 aspl2
2 f&/frx=.*pm$,c= aspl1 aspl2
in namedspace WS1DIFF [Group Operations on UNIX Filesystem]
33 f& a1 a2
in namedspace WS1DIFF2 [Group Operations on UNIX Filesystem]
29 f& a1 a2
in namedspace WS1DIFF3 [Group Operations on UNIX Filesystem]
26 f& a1 a2
in namedspace WS1FNCMP [Function Definitions To Compare Two Groups]
122 DEF FN cmp2sets := {gU {g\, %%1 %%2}{g\, %%2 %%1}{g&, %%1 %%2}}
120 DEF FN cmp2mtmeq := {gU {g\,`mtm~ %%1 %%2}{g\,`mtm~ %%2 %%1}{g&,`mtm= %%1 %%2}}
118 DEF FN cmp2mtm := {gU {g\,`mtm= %%1 %%2}{g\,`mtm= %%2 %%1}{g&,`mtm~ %%1 %%2}}
116 DEF FN cmp2chkeq := {gU {g\,`c~ %%1 %%2}{g\,`c~ %%2 %%1}{g&,`c= %%1 %%2}}
114 DEF FN cmp2chk := {gU {g\,`c= %%1 %%2}{g\,`c= %%2 %%1}{g&,`c~ %%1 %%2}}
112 DEF FN fcmp2sets := {fU {f\, %%1 %%2}{f\, %%2 %%1}{f&, %%1 %%2}}
110 DEF FN fcmp2mtmeq := {fU {f\,`mtm~ %%1 %%2}{f\,`mtm~ %%2 %%1}{f&,`mtm= %%1 %%2}}
108 DEF FN fcmp2mtm := {fU {f\,`mtm= %%1 %%2}{f\,`mtm= %%2 %%1}{f&,`mtm~ %%1 %%2}}
106 DEF FN fcmp2chkeq := {fU {f\,`c~ %%1 %%2}{f\,`c~ %%2 %%1}{f&,`c= %%1 %%2}}
104 DEF FN fcmp2chk := {fU {f\,`c= %%1 %%2}{f\,`c= %%2 %%1}{f&,`c~ %%1 %%2}}
102 DEF FN dcmp2sets := {dU {d\, %%1 %%2}{d\, %%2 %%1}{d&, %%1 %%2}}
100 DEF FN dcmp2mtmeq := {dU {d\,`mtm~ %%1 %%2}{d\,`mtm~ %%2 %%1}{d&,`mtm= %%1 %%2}}
98 DEF FN dcmp2mtm := {dU {d\,`mtm= %%1 %%2}{d\,`mtm= %%2 %%1}{d&,`mtm~ %%1 %%2}}
in namedspace WS1VIENNA [Group Operations on UNIX Filesystem]
19 f& a1 a2
in script define-functions-to-compare-groups.aspl [defining various functions to compare groups]
DEF FN cmp2sets := {gU {g\, %%1 %%2}{g\, %%2 %%1}{g&, %%1 %%2}}
DEF FN cmp2mtmeq := {gU {g\,`mtm~ %%1 %%2}{g\,`mtm~ %%2 %%1}{g&,`mtm= %%1 %%2}}
DEF FN cmp2mtm := {gU {g\,`mtm= %%1 %%2}{g\,`mtm= %%2 %%1}{g&,`mtm~ %%1 %%2}}
DEF FN cmp2chkeq := {gU {g\,`c~ %%1 %%2}{g\,`c~ %%2 %%1}{g&,`c= %%1 %%2}}
DEF FN cmp2chk := {gU {g\,`c= %%1 %%2}{g\,`c= %%2 %%1}{g&,`c~ %%1 %%2}}
DEF FN fcmp2sets := {fU {f\, %%1 %%2}{f\, %%2 %%1}{f&, %%1 %%2}}
DEF FN fcmp2mtmeq := {fU {f\,`mtm~ %%1 %%2}{f\,`mtm~ %%2 %%1}{f&,`mtm= %%1 %%2}}
DEF FN fcmp2mtm := {fU {f\,`mtm= %%1 %%2}{f\,`mtm= %%2 %%1}{f&,`mtm~ %%1 %%2}}
DEF FN fcmp2chkeq := {fU {f\,`c~ %%1 %%2}{f\,`c~ %%2 %%1}{f&,`c= %%1 %%2}}
DEF FN fcmp2chk := {fU {f\,`c= %%1 %%2}{f\,`c= %%2 %%1}{f&,`c~ %%1 %%2}}
DEF FN dcmp2sets := {dU {d\, %%1 %%2}{d\, %%2 %%1}{d&, %%1 %%2}}
DEF FN dcmp2mtmeq := {dU {d\,`mtm~ %%1 %%2}{d\,`mtm~ %%2 %%1}{d&,`mtm= %%1 %%2}}
DEF FN dcmp2mtm := {dU {d\,`mtm= %%1 %%2}{d\,`mtm= %%2 %%1}{d&,`mtm~ %%1 %%2}}
in script dircompare.aspl [compare two directories]
DEF FN cmp2sets := {gU {g\, %%1 %%2}{g\, %%2 %%1}{g&, %%1 %%2}}
in script dircompare.pl [compares directories across host names]
$s .= q~DEF FN cmp2sets := {gU {g\, %%1 %%2}{g\, %%2 %%1}{g&, %%1 %%2}}~ . "\n";
($_ =~ /^inter$/i) && ($ascmd .= ",g& @vnames\n") ||
($_ =~ /^finter$/i) && ($ascmd .= ",f& @vnames\n") ||
($_ =~ /^dinter$/i) && ($ascmd .= ",d& @vnames\n") ||
($_ =~ /^finterc$/i) && ($ascmd .= ",f&`c= @vnames\n") ||
($_ =~ /^finterc~$/i) && ($ascmd .= ",f&`c~ @vnames\n") ||
in script jarcompare.aspl [Compare two JAR archives]
DEF FN cmp2sets := {gU {g\, %%1 %%2}{g\, %%2 %%1}{g&, %%1 %%2}}
f&`c~ jar1 jar2
f&`c= jar1 jar2
in script jarcomparelong.aspl [compare two JAR archives with extended output]
DEF FN cmp2sets := {gU {g\, %%1 %%2}{g\, %%2 %%1}{g&, %%1 %%2}}
f&`c= d1 d2
f&`c~ d1 d2
in script pathcompare.aspl [Compare PATH on two remote hosts in a cloud environment]
DEF FN cmp2sets := {gU {g\, %%1 %%2}{g\, %%2 %%1}{g&, %%1 %%2}}
f&`c~ p1 p2
in script pathcompare.pl [compares the system PATH of many hosts]
$s .= q~DEF FN cmp2sets := {gU {g\, %%1 %%2}{g\, %%2 %%1}{g&, %%1 %%2}}~ . "\n";
($_ =~ /^inter$/i) && ($ascmd .= "g& @hosts\n") ||
($_ =~ /^finter$/i) && ($ascmd .= "f& @hosts\n") ||
($_ =~ /^dinter$/i) && ($ascmd .= "d& @hosts\n") ||
($_ =~ /^finterc$/i) && ($ascmd .= "f&`c= @hosts\n") ||
($_ =~ /^finterc~$/i) && ($ascmd .= "f&`c~ @hosts\n") ||
in script run-functions-to-compare-groups.aspl [various functions to compare two groups]
printblock *** CALLING cmp2sets() to compare two groups ***%%%CR*** {gU {g\, %%1 %%2}{g\, %%2 %%1}{g&, %%1 %%2}} ***
printblock *** CALLING cmp2mtmeq() to compare two groups where mtimes are the same ***%%%CR*** {gU {g\,`mtm~ %%1 %%2}{g\,`mtm~ %%2 %%1}{g&,`mtm= %%1 %%2}} ***
printblock *** CALLING cmp2mtm() to compare two groups where mtimes are different ***%%%CR*** {gU {g\,`mtm= %%1 %%2}{g\,`mtm= %%2 %%1}{g&,`mtm~ %%1 %%2}} ***
printblock *** CALLING cmp2chkeq() to compare two groups where checksums are the same ***%%%CR*** {gU {g\,`c~ %%1 %%2}{g\,`c~ %%2 %%1}{g&,`c= %%1 %%2}} ***
printblock *** CALLING cmp2chk() to compare two groups where checksums are different ***%%%CR*** {gU {g\,`c= %%1 %%2}{g\,`c= %%2 %%1}{g&,`c~ %%1 %%2}} ****
printblock *** CALLING fcmp2sets() to compare the elements of two groups ***%%%CR*** {fU {f\, %%1 %%2}{f\, %%2 %%1}{f&, %%1 %%2}} ****
printblock *** CALLING fcmp2mtmeq() to compare the elements of two groups where mtimes are the same ***%%%CR*** {fU {f\,`mtm~ %%1 %%2}{f\,`mtm~ %%2 %%1}{f&,`mtm= %%1 %%2}} ***
printblock *** CALLING fcmp2mtm() to compare the elements of two groups where mtimes are different ***%%%CR*** {fU {f\,`mtm= %%1 %%2}{f\,`mtm= %%2 %%1}{f&,`mtm~ %%1 %%2}} ***
printblock *** CALLING fcmp2chkeq() to compare the elements of two groups where checksums are the same ***%%%CR*** {fU {f\,`c~ %%1 %%2}{f\,`c~ %%2 %%1}{f&,`c= %%1 %%2}} ***
printblock *** CALLING fcmp2chk() to compare the elements of two groups where checksums are different ***%%%CR*** {fU {f\,`c= %%1 %%2}{f\,`c= %%2 %%1}{f&,`c~ %%1 %%2}} ***
printblock *** CALLING dcmp2sets() to compare the subgroups of two groups ***%%%CR*** {dU {d\, %%1 %%2}{d\, %%2 %%1}{d&, %%1 %%2}} ***
printblock *** CALLING dcmp2mtmeq() to compare the subgroups of two groups where mtimes are the same ***%%%CR*** {dU {d\,`mtm~ %%1 %%2}{d\,`mtm~ %%2 %%1}{d&,`mtm= %%1 %%2}} ***
printblock *** CALLING dcmp2mtm() to compare the subgroups of two groups where mtimes are different ***%%%CR*** {dU {d\,`mtm= %%1 %%2}{d\,`mtm= %%2 %%1}{d&,`mtm~ %%1 %%2}} ****
printblock *** CALLING funi2diffchk() to get the elements union of the differences between two groups where checksums are different ***%%%CR*** {gU {g\,`mtm~ %%1 %%2}{g\,`mtm~ %%2 %%1}{g&,`mtm= %%1 %%2}} ***
in script run-quotient-set-jmx-equivalence-relation.aspl [equivalence relations to get JMX event listeners, connectors, transforms, etc.]
DEF FN event := f&/~evn %%1 %%2
DEF FN eventlistener := f&/~evnlsn %%1 %%2
DEF FN eventstream := f&/~evnstm %%1 %%2
DEF FN transform := f&/~trx %%1 %%2
DEF FN transformtransform := f&/~trxtrx %%1 %%2
DEF FN connectortransform := f&/~contrx %%1 %%2
f&/drx=.*connect.*/i jmx1 jmx2
d&/drx=.*connect.*/i jmx1 jmx2
in script run-quotient-set-websphere-cloud-process-regular-expression.aspl [various equivalence relations to gather info in WebSphere cloud]
f&/frx=.*java.* d_ps1jps1 d_ps2jps2
f&/frx=.*java..* d_ps1jps1 d_ps2jps2
f&/frx=.*java\..* d_ps1jps1 d_ps2jps2
f&/frx=.*java\.so$ d_ps1jps1 d_ps2jps2
f&/frx=.*j9.*\.so d_ps1jps1 d_ps2jps2
f&/frx=.*j9.*\.so$ d_ps1jps1 d_ps2jps2
f&/frx=.*j9...24\.so$ d_ps1jps1 d_ps2jps2
f&/frx=.*j9...24\.so$/i d_ps1jps1 d_ps2jps2
f&/frx=.*j9...24\.so$/i,c= d_ps1jps1 d_ps2jps2
f&/frx=.*j9...24\.so$/i,c~ d_ps1jps1 d_ps2jps2
f&/drx=.*\/lib64\/ d_ps1jps1 d_ps2jps2
f&/drx=.*\/lib64\/.*\/ d_ps1jps1 d_ps2jps2
f&/drx=.*\/(lib64|jre)\/ d_ps1jps1 d_ps2jps2
f&/drx=.*\/(lib64|amd64)\/ d_ps1jps1 d_ps2jps2
f&/drx=^((?!.*jre.*).)*$ d_ps1jps1 d_ps2jps2
f&/drx=^((?!.*jre.*).)*$,frx=^((?!.*\.so.*).)*$ d_ps1jps1 d_ps2jps2
f&/drx=^((?!.*jre.*).)*$,frx=^((?!.*\.so$).)*$ d_ps1jps1 d_ps2jps2
in namedspace RAND73MOD []
50 f& t1 t2 t3
49 g& t1 t2 t3
47 f&`c= t1 t2
31 f&`c= g1 g2
30 f&`c= g2 g3
29 f&`c= g1 g3
25 f&`ks= g1 g2
16 ,f&`ks= g1 u1
13 ,f&`ks= g1 u1
12 f&`ks= g1 u2
11 f&`ks= u1 u2
10 f&`ks= u1 u2 u
9 f&`ks= u1 u2 u3
3 f&`ks= j1 j2
2 f&`ks= j1 j3
in namedspace RAND73MODTIE []
11 f&`c= g1 g2
10 f&`c= g2 g3
9 f&`c= g1 g3
5 f&`c= g1 g2
4 f&`c= g1 g3
1 f&`c= g1 g3
in namedspace RAND7 []
76 f&`ks= g1 g2 g3
74 f&`ks= g1 g2
72 f&`ks= g1 g2
70 f&`ks= g1 g2
68 f&`ks= g1 g2
66 f&`ks= g1 g2
64 f&`ks= g1 g2
62 f&`ks= g1 g2
60 f&`ks= g1 g2
54 f&`ks= g1 g2
53 f&`ks= t1 t2
50 f&`ks= g1 g2
49 f&`ks= t1 t2
48 f&`ks= t1 g1
45 f&`ks= t1 t2
39 f&`ks= p1 p2
33 f&`ks= j1 j2
32 f&`ks= p1 p2
31 f&`ks= g1 g2
27 f&`ks= t1 t2
26 f&`ks= g1 g2
25 f&`ks= j1 j2
23 f&`ks= p1 p2
21 f&`ks= p1 p2
20 f&`ks= g1 g2
19 f&`ks= t1 t2
17 f&`ks= t1 t2
16 f&`ks= g1 g2
15 f&`ks= t1 t2
14 f&`ks= j1 j2
13 f&`ks= p1 p2
11 f&`ks= p1 p2
10 f&`ks= j1 j2
9 f&`ks= g1 g2
8 f&`ks= p1 p2
7 f&`ks= t1 t2
6 f&`ks= p1 p2
in namedspace ENV123 [ATTRIBUTES REAPING ENVIRONMENT VARIABLES]
97 f&`ks~ mm01 vienna
96 f&`ks= mm01 vienna
87 f&`ks~ was6 was8
86 f&`ks= was6 was8
73 f& was6 was8
71 f&`ks= was6 was8
66 DEF FN cmp2sets := {gU {g\, %%1 %%2}{g\, %%2 %%1}{g&, %%1 %%2}}
20 f& was6 p17020
18 f& was8 p17020
in namedspace ENVBAD [WORKSPACE ENVBAD DESCRIPTION]
39 f&`ks~ mm01 vienna
38 f&`ks= mm01 vienna
29 f&`ks~ was6 was8
28 f&`ks= was6 was8
15 f& was6 was8
13 f&`ks= was6 was8
8 DEF FN cmp2sets := {gU {g\, %%1 %%2}{g\, %%2 %%1}{g&, %%1 %%2}}
in namedspace ENVNY []
28 f&`ks~ mm01 vienna
27 f&`ks= mm01 vienna
18 f&`ks~ was6 was8
17 f&`ks= was6 was8
4 f& was6 was8
2 f&`ks= was6 was8
in namedspace ENVVARNEWYORK []
21 f&`ks~ mm01 vienna
20 f&`ks= mm01 vienna
13 f&`ks~ was6 was8
12 f&`ks= was6 was8
in namedspace ENVVARNY []
35 f&`ks~ mm01 vienna
34 f&`ks= mm01 vienna
25 f&`ks~ was6 was8
24 f&`ks= was6 was8
11 f& was6 was8
9 f&`ks= was6 was8
4 DEF FN cmp2sets := {gU {g\, %%1 %%2}{g\, %%2 %%1}{g&, %%1 %%2}}
in script envcompare.pl [compares the ENV across host names]
$s .= q~DEF FN cmp2sets := {gU {g\, %%1 %%2}{g\, %%2 %%1}{g&, %%1 %%2}}~ . "\n";
($_ =~ /^inter$/i) && ($ascmd .= "g& @hosts\n") ||
($_ =~ /^finter$/i) && ($ascmd .= "f& @hosts\n") ||
($_ =~ /^dinter$/i) && ($ascmd .= "d& @hosts\n") ||
($_ =~ /^finterc$/i) && ($ascmd .= "f&`c= @hosts\n") ||
($_ =~ /^finterc~$/i) && ($ascmd .= "f&`c~ @hosts\n") ||
in script progenvcompare.aspl [compare the environment variables of two sourcing shell scripts]
,f& A B
f&,`ks= A B
f&,`ks~ A B
in script reapenvcompare.aspl [Reap environment variables of two programs for comparison]
,f& e1 e2
,f&`ks= e1 e2
,f&`ks~ e1 e2
in script reapenvpidcompare.aspl [Reap the environment variables of two programs for pid groups comparison]
,f& e1 e2
,f&`ks= e1 e2
,f&`ks~ e1 e2
in namedspace WAVES []
5 f& w1 w2
3 f& w2 w3
1 f& w2 w3
in namedspace TIEDOSCILLATORSAREA []
40 f&`ks~ X1 X2
39 f&`ks= X1 X2
36 f&`ks= X1 X2
in namedspace NIXPSOF [WORKSPACE NIXPSOF DESCRIPTION]
9 ,f&`ks~ psof4 psof2
6 ,f&`ks~ psof4 psof2
in namedspace WHICH []
55 f&`ks= e3 mm01
54 f& e3 mm01
53 f& e1 e2
49 f& mm01 e2
41 f&`ks= mm01 vienna
40 f&`ks~ mm01 vienna
14 u12 = f& mm01 vienna
3 u12 = f& mm01 vienna