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|
package require tcltest
namespace import -force tcltest::*
cd $tcltest::testsDirectory
set CFLAGS "-Os"
set KPATH "/lib/modules/[exec uname -r]/build/include"
set MPATH "/lib/modules/[exec uname -r]/build/include/asm/mach-default"
set PATH "../../user"
test ii {Test of int64 keys and int64 values} -setup {
puts "gcc $CFLAGS -I $KPATH -I $PATH -I $MPATH -o test ii.c"
exec gcc $CFLAGS -I $KPATH -I $PATH -I $MPATH -o test ii.c
} -body {
exec ./test
} -result {CPU #0
map[2] = 1
map[4] = 1
CPU #1
map[1] = 1
map[2] = 11
map[3] = 1
map[4] = 1
CPU #2
map[1] = 2
map[2] = 21
map[3] = 4
map[4] = 1
CPU #3
map[1] = 3
map[2] = 31
map[3] = 9
map[4] = 1
CPU #4
map[1] = 4
map[2] = 41
map[3] = 16
map[4] = 1
CPU #5
map[1] = 5
map[2] = 51
map[3] = 25
map[4] = 1
CPU #6
map[1] = 6
map[2] = 61
map[3] = 36
map[4] = 1
CPU #7
map[1] = 7
map[2] = 71
map[3] = 49
map[4] = 1
map[2] = 288
map[4] = 8
map[1] = 28
map[3] = 140
}
test is {Test of int64 keys and string values} -setup {
exec gcc $CFLAGS -I $KPATH -I $PATH -I $MPATH -o test is.c
} -body {
exec ./test
} -result {CPU #0
map[1] = 0,
map[2] = 1,
map[3] = 0,
map[4] = 1,
CPU #1
map[1] = 1,
map[2] = 11,
map[3] = 1,
map[4] = 1,
CPU #2
map[1] = 2,
map[2] = 21,
map[3] = 4,
map[4] = 1,
CPU #3
map[1] = 3,
map[2] = 31,
map[3] = 9,
map[4] = 1,
CPU #4
map[1] = 4,
map[2] = 41,
map[3] = 16,
map[4] = 1,
CPU #5
map[1] = 5,
map[2] = 51,
map[3] = 25,
map[4] = 1,
CPU #6
map[1] = 6,
map[2] = 61,
map[3] = 36,
map[4] = 1,
CPU #7
map[1] = 7,
map[2] = 71,
map[3] = 49,
map[4] = 1,
map[2] = 1,11,21,31,41,51,61,71,
map[4] = 1,1,1,1,1,1,1,1,
map[1] = 0,1,2,3,4,5,6,7,
map[3] = 0,1,4,9,16,25,36,49,
}
test si {Test of string keys and int64 values} -setup {
exec gcc $CFLAGS -I $KPATH -I $PATH -I $MPATH -o test si.c
} -body {
exec ./test
} -result {CPU #0
map[TWO] = 1
map[FOUR] = 1
CPU #1
map[ONE] = 1
map[TWO] = 11
map[THREE] = 1
map[FOUR] = 1
CPU #2
map[ONE] = 2
map[TWO] = 21
map[THREE] = 4
map[FOUR] = 1
CPU #3
map[ONE] = 3
map[TWO] = 31
map[THREE] = 9
map[FOUR] = 1
CPU #4
map[ONE] = 4
map[TWO] = 41
map[THREE] = 16
map[FOUR] = 1
CPU #5
map[ONE] = 5
map[TWO] = 51
map[THREE] = 25
map[FOUR] = 1
CPU #6
map[ONE] = 6
map[TWO] = 61
map[THREE] = 36
map[FOUR] = 1
CPU #7
map[ONE] = 7
map[TWO] = 71
map[THREE] = 49
map[FOUR] = 1
map[FOUR] = 8
map[TWO] = 288
map[THREE] = 140
map[ONE] = 28
}
test ix {Test of int64 keys and string values} -setup {
exec gcc $CFLAGS -I $KPATH -I $PATH -I $MPATH -o test ix.c
} -body {
exec ./test
} -result {CPU #0
map[1] = count:1 sum:0 avg:0 min:0 max:0
map[2] = count:1 sum:1 avg:1 min:1 max:1
map[3] = count:1 sum:0 avg:0 min:0 max:0
map[4] = count:1 sum:1 avg:1 min:1 max:1
CPU #1
map[1] = count:1 sum:1 avg:1 min:1 max:1
map[2] = count:1 sum:11 avg:11 min:11 max:11
map[3] = count:1 sum:1 avg:1 min:1 max:1
map[4] = count:1 sum:1 avg:1 min:1 max:1
CPU #2
map[1] = count:1 sum:2 avg:2 min:2 max:2
map[2] = count:1 sum:21 avg:21 min:21 max:21
map[3] = count:1 sum:4 avg:4 min:4 max:4
map[4] = count:1 sum:1 avg:1 min:1 max:1
CPU #3
map[1] = count:1 sum:3 avg:3 min:3 max:3
map[2] = count:1 sum:31 avg:31 min:31 max:31
map[3] = count:1 sum:9 avg:9 min:9 max:9
map[4] = count:1 sum:1 avg:1 min:1 max:1
CPU #4
map[1] = count:1 sum:4 avg:4 min:4 max:4
map[2] = count:1 sum:41 avg:41 min:41 max:41
map[3] = count:1 sum:16 avg:16 min:16 max:16
map[4] = count:1 sum:1 avg:1 min:1 max:1
CPU #5
map[1] = count:1 sum:5 avg:5 min:5 max:5
map[2] = count:1 sum:51 avg:51 min:51 max:51
map[3] = count:1 sum:25 avg:25 min:25 max:25
map[4] = count:1 sum:1 avg:1 min:1 max:1
CPU #6
map[1] = count:1 sum:6 avg:6 min:6 max:6
map[2] = count:1 sum:61 avg:61 min:61 max:61
map[3] = count:1 sum:36 avg:36 min:36 max:36
map[4] = count:1 sum:1 avg:1 min:1 max:1
CPU #7
map[1] = count:1 sum:7 avg:7 min:7 max:7
map[2] = count:1 sum:71 avg:71 min:71 max:71
map[3] = count:1 sum:49 avg:49 min:49 max:49
map[4] = count:1 sum:1 avg:1 min:1 max:1
map[2] = count:8 sum:288 avg:36 min:1 max:71
value |-------------------------------------------------- count
0 |@ 1
10 |@ 1
20 |@ 1
30 |@ 1
40 |@ 1
50 |@ 1
60 |@ 1
70 |@ 1
80 | 0
90 | 0
map[4] = count:8 sum:8 avg:1 min:1 max:1
value |-------------------------------------------------- count
0 |@@@@@@@@ 8
10 | 0
20 | 0
30 | 0
40 | 0
50 | 0
60 | 0
70 | 0
80 | 0
90 | 0
map[1] = count:8 sum:28 avg:3 min:0 max:7
value |-------------------------------------------------- count
0 |@@@@@@@@ 8
10 | 0
20 | 0
30 | 0
40 | 0
50 | 0
60 | 0
70 | 0
80 | 0
90 | 0
map[3] = count:8 sum:140 avg:17 min:0 max:49
value |-------------------------------------------------- count
0 |@@@@ 4
10 |@ 1
20 |@ 1
30 |@ 1
40 |@ 1
50 | 0
60 | 0
70 | 0
80 | 0
90 | 0
}
test map_format {Test of map formatting and histograms} -setup {
exec gcc $CFLAGS -I $KPATH -I $PATH -I $MPATH -o test map_format.c
} -body {
exec ./test
} -result {Columbus -> mapiis 1 2 Ohio
Salem -> mapiis 7 8 Oregon
Olympia -> mapiis 5 6 Washington
Sacramento -> mapiis 3 4 California
Columbus % Ohio
Salem % Oregon
Olympia % Washington
Sacramento % California
Columbus -> mapiis
Salem -> mapiis
Olympia -> mapiis
Sacramento -> mapiis
The capitol of Riga is Latvia and the nerd population is 212063400820736
The capitol of Sofia is Bulgaria and the nerd population is -2400999087387945352
The capitol of Nicosia is Cyprus and the nerd population is -1
The capitol of Valletta is Malta and the nerd population is 1
The capitol of Riga is Latvia and the nerd population is c0dedbad0000
The capitol of Sofia is Bulgaria and the nerd population is deadf00d12345678
The capitol of Nicosia is Cyprus and the nerd population is ffffffffffffffff
The capitol of Valletta is Malta and the nerd population is 1
The capitol of Riga is Latvia and the nerd population is C0DEDBAD0000
The capitol of Sofia is Bulgaria and the nerd population is DEADF00D12345678
The capitol of Nicosia is Cyprus and the nerd population is FFFFFFFFFFFFFFFF
The capitol of Valletta is Malta and the nerd population is 1
Bogons per packet for Riga
count:49600 sum:3288450 avg:66 min:0 max:99
value |-------------------------------------------------- count
0 |@@ 460
10 |@@@@@@@ 1460
20 |@@@@@@@@@@@@ 2460
30 |@@@@@@@@@@@@@@@@@@ 3460
40 |@@@@@@@@@@@@@@@@@@@@@@@ 4460
50 |@@@@@@@@@@@@@@@@@@@@@@@@@@@@ 5460
60 |@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@ 6460
70 |@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@ 7460
80 |@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@ 8460
90 |@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@ 9460
Bogons per packet for Sofia
count:100 sum:2025 avg:20 min:0 max:81
value |-------------------------------------------------- count
0 |@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@ 42
10 |@@@@@@@@@@@@@@@@@ 17
20 |@@@@@@@@@@@@@ 13
30 |@@@@@@@@@ 9
40 |@@@@@@@@@ 9
50 |@@@@ 4
60 |@@@ 3
70 |@@ 2
80 |@ 1
90 | 0
Bogons per packet for Valletta
count:45 sum:2850 avg:63 min:10 max:90
value |-------------------------------------------------- count
0 | 0
10 |@ 1
20 |@@ 2
30 |@@@ 3
40 |@@@@ 4
50 |@@@@@ 5
60 |@@@@@@ 6
70 |@@@@@@@ 7
80 |@@@@@@@@ 8
90 |@@@@@@@@@ 9
49600 was the count for Riga, Latvia
100 was the count for Sofia, Bulgaria
45 was the count for Valletta, Malta
mapssx[ Riga, Latvia] = 322D82
mapssx[ Sofia, Bulgaria] = 7E9
mapssx[ Valletta, Malta] = B22}
catch {exec rm test}
cleanupTests
|
