On 2019/08/09 21:52, Timo Myyr=E4 wrote:
> Hmm, lets see what the tests itself tell.
> Stuart, Could you try following diff to disable the TAGS generation.
> Without tags the build should work and test would be runnable.
Everything passes. Output below:
Test suite: test :std/generic support
Test case: test default dispatch
=2E.. check (generic-dispatch my-generic 1 2) is equal? to #f
=2E.. 1 checks OK
Test case: test multimethod dispatch
=2E.. check (generic-dispatch my-generic 1 2) is equal? to (number+ 1 2)
=2E.. check (generic-dispatch my-generic a b) is equal? to (string+ "a" "b")
=2E.. 2 checks OK
Test case: test specialization
=2E.. check (generic-dispatch my-generic 1 2) is equal? to (fixnum+ 1 2)
=2E.. check (generic-dispatch my-generic 1. 2.) is equal? to (number+ 1. 2.)
=2E.. 2 checks OK
Test case: test user type dispatch
=2E.. check (generic-dispatch my-generic (make-A 1) (make-A 2)) is equal? t=
o (A+ 1 2)
=2E.. 1 checks OK
=2E.. All tests OK
Test suite: test :std/generic macros
Test case: test default dispatch
=2E.. check (my-add 1 2) is equal? to #f
=2E.. 1 checks OK
Test case: test multimethod dispatch
=2E.. check (my-add 1 2) is equal? to (number+ 1 2)
=2E.. check (my-add a b) is equal? to (string+ "a" "b")
=2E.. 2 checks OK
Test case: test specialization
=2E.. check (my-add 1 2) is equal? to (fixnum+ 1 2)
=2E.. check (my-add 1. 2.) is equal? to (number+ 1. 2.)
=2E.. 2 checks OK
Test case: test user type dispatch
=2E.. check (my-add (make-A 1) (make-A 2)) is equal? to (A+ 1 2)
=2E.. 1 checks OK
=2E.. All tests OK
Test suite: test :std/coroutine
Test case: test coroutine
=2E.. check (collect (coroutine 1-to-n 10)) is equal? to (1 2 3 4 5 6 7 8 9=
10)
=2E.. 1 checks OK
Test case: test cothread
=2E.. check (collect (cothread 1-to-n 10)) is equal? to (1 2 3 4 5 6 7 8 9 =
10)
=2E.. 1 checks OK
=2E.. All tests OK
Test suite: test :std/iter
Test case: test imperative for
=2E.. check (test-for-1) outputs "1\n2\n3\n"
=2E.. check (test-for-2) outputs "1 a\n2 b\n3 c\n"
=2E.. check (test-for-3) outputs "0\n1\n2\n"
=2E.. check (test-for-4) outputs "3\n4\n5\n"
=2E.. check (test-for-5) outputs "3\n5\n7\n"
=2E.. check (test-for-6) outputs "0\n1\n2\n"
=2E.. 6 checks OK
Test case: test folding macros
=2E.. check (test-for/collect-0) is equal? to (2 4 6)
=2E.. check (test-for/collect-1) is equal? to ((1 . a) (2 . b) (3 . c))
=2E.. check (test-for/collect-2) is equal? to ((1 . a) (2 . b) (3 . c) (4 .=
d))
=2E.. check (test-for/collect-3) is equal? to (0 1 2)
=2E.. check (test-for/fold-1) is equal? to (3 2 1)
=2E.. check (test-for/fold-2) is equal? to (3 c 2 b 1 a)
=2E.. 6 checks OK
Test case: test iter xforms
=2E.. check (test-xform-when) is equal? to (1 3)
=2E.. check (test-xform-unless) is equal? to (0 2 4)
=2E.. 2 checks OK
=2E.. All tests OK
Test suite: test :std/amb
Test case: solve dwelling puzzle
=2E.. check (solve-dwelling-puzzle) is equal? to ((baker 3) (cooper 2) (fle=
tcher 4) (miller 5) (smith 1))
=2E.. 1 checks OK
=2E.. All tests OK
Test suite: test :std/event
Test case: test wait
=2E.. check (wait thr1 1) is equal? to #<thread #22>
=2E.. check (wait thr2 1) is equal? to #f
=2E.. check (wait thr2 2) is equal? to #<thread #23>
=2E.. check (wait sel3 2) is equal? to (#<mutex #24> . #<condition-variable=
#25>)
=2E.. 4 checks OK
Test case: test select
=2E.. check (select (@list thr1 thr2) 1) is equal? to #<thread #26>
=2E.. check (select (@list thr2 (cons mx3 cv3)) 2) is equal? to #<thread #2=
7>
=2E.. check (select (@list sel3 sel4) 0) is equal? to #f
=2E.. check (select (@list sel3 sel4) 2) is equal? to (#<mutex #28> . #<con=
dition-variable #29>)
=2E.. 4 checks OK
Test case: test sync selectors
=2E.. check (sync 1) is equal? to #f
=2E.. check (sync thr1 1) is equal? to #<thread #30>
=2E.. check (sync thr2 1) is equal? to #f
=2E.. check (sync thr2 2) is equal? to #<thread #31>
=2E.. check (sync (cons mx3 cv3)) is equal? to (#<mutex #32> . #<condition-=
variable #33>)
=2E.. 5 checks OK
Test case: test sync events
=2E.. check (sync never-evt 0) is equal? to #f
=2E.. check (sync always-evt 0) is equal? to #<event #34>
=2E.. check (sync (handle-evt 1 (lambda (_) 'timeout))) is equal? to timeout
=2E.. check (sync (choice-evt never-evt always-evt)) is equal? to #<event #=
34>
=2E.. check (sync (choice-evt never-evt (handle-evt 1 (lambda (_) 'timeout)=
))) is equal? to timeout
=2E.. check (sync (handle-evt (choice-evt never-evt (handle-evt 1 (lambda (=
_) 'timeout))) values)) is equal? to timeout
=2E.. 6 checks OK
Test case: test sync input ports
=2E.. check (sync /dev/null) is equal? to #<input-port #35 "/dev/null">
=2E.. check (sync srv) is equal? to #<input-port #36 (tcp-server 9999)>
=2E.. check (sync in) is equal? to #<input-port #37 (string)>
=2E.. 3 checks OK
=2E.. All tests OK
Test suite: test :std/text/csv
Test case: test-empty-fields
=2E.. check (csv->lines 1,2,3
,2,3
1,,3
1,2,
) is equal? to (("1" "2" "3") ("" "2" "3") ("1" "" "3") ("1" "2" ""))
=2E.. check (lines->csv '((1 2 3) ( 2 3) (1 3) (1 2 ))) is equal? to "1,2,=
3\n,2,3\n1,,3\n1,2,\n"
=2E.. 2 checks OK
Test case: test-happy-ending
=2E.. check (csv->lines one,two,three,) is equal? to (("one" "two" "three" =
""))
=2E.. check (lines->csv '((one two three ))) is equal? to "one,two,three,\n"
=2E.. check (csv->lines one,two,three ) is equal? to (("one" "two" "three=
"))
=2E.. check (lines->csv '((one two three))) is equal? to "one,two,three\n"
=2E.. check (csv->lines ) is equal? to (())
=2E.. check (lines->csv '(())) is equal? to "\n"
=2E.. check (csv->lines ) is equal? to ()
=2E.. check (lines->csv '()) is equal? to ""
=2E.. 8 checks OK
=2E.. All tests OK
Test suite: test :std/text/json
Test case: test object encoding and decoding
=2E.. check (read-json q) is equal? to #t
=2E.. check (read-json q) is equal? to #f
=2E.. check (read-json q) is equal? to #!void
=2E.. check (read-json q) is equal? to 0
=2E.. check (read-json q) is =3D to 1
=2E.. check (read-json q) is =3D to -1
=2E.. check (read-json q) is =3D to 2
=2E.. check (read-json q) is =3D to -2
=2E.. check (read-json q) is =3D to 3
=2E.. check (read-json q) is =3D to -3
=2E.. check (read-json q) is =3D to 4
=2E.. check (read-json q) is =3D to -4
=2E.. check (read-json q) is =3D to 5
=2E.. check (read-json q) is =3D to -5
=2E.. check (read-json q) is =3D to 10
=2E.. check (read-json q) is =3D to -10
=2E.. check (read-json q) is =3D to 20
=2E.. check (read-json q) is =3D to -20
=2E.. check (read-json q) is =3D to 50
=2E.. check (read-json q) is =3D to -50
=2E.. check (read-json q) is =3D to 101
=2E.. check (read-json q) is =3D to -101
=2E.. check (read-json q) is =3D to 0.
=2E.. check (read-json q) is =3D to -0.
=2E.. check (read-json q) is =3D to .5
=2E.. check (read-json q) is =3D to -.5
=2E.. check (read-json q) is =3D to 1.
=2E.. check (read-json q) is =3D to -1.
=2E.. check (read-json q) is =3D to 1.337
=2E.. check (read-json q) is =3D to -1.337
=2E.. check (read-json q) is =3D to 2.
=2E.. check (read-json q) is =3D to -2.
=2E.. check (read-json q) is =3D to 3.5
=2E.. check (read-json q) is =3D to -3.5
=2E.. check (read-json q) is =3D to 1000000.
=2E.. check (read-json q) is =3D to -1000000.
=2E.. check (read-json q) is =3D to 1333700.
=2E.. check (read-json q) is =3D to -1333700.
=2E.. check (read-json q) is =3D to 1234000000.
=2E.. check (read-json q) is =3D to -1234000000.
=2E.. check (read-json q) is =3D to 10.
=2E.. check (read-json q) is =3D to -10.
=2E.. check (read-json q) is =3D to 100.
=2E.. check (read-json q) is =3D to -100.
=2E.. check (read-json q) is =3D to 1000.
=2E.. check (read-json q) is =3D to -1000.
=2E.. check (read-json q) is =3D to 10000.
=2E.. check (read-json q) is =3D to -10000.
=2E.. check (read-json q) is =3D to 100000.
=2E.. check (read-json q) is =3D to -100000.
=2E.. check (read-json q) is =3D to 1000000.
=2E.. check (read-json q) is =3D to -1000000.
=2E.. check (read-json q) is =3D to 10000000.
=2E.. check (read-json q) is =3D to -10000000.
=2E.. check (read-json q) is =3D to 100000000.
=2E.. check (read-json q) is =3D to -100000000.
=2E.. check (read-json q) is =3D to 1000000000.
=2E.. check (read-json q) is =3D to -1000000000.
=2E.. check (read-json q) is =3D to 1e10
=2E.. check (read-json q) is =3D to -1e10
=2E.. check (read-json q) is =3D to .1
=2E.. check (read-json q) is =3D to -.1
=2E.. check (read-json q) is =3D to .01
=2E.. check (read-json q) is =3D to -.01
=2E.. check (read-json q) is =3D to .001
=2E.. check (read-json q) is =3D to -.001
=2E.. check (read-json q) is =3D to 1e-4
=2E.. check (read-json q) is =3D to -1e-4
=2E.. check (read-json q) is =3D to 1e-5
=2E.. check (read-json q) is =3D to -1e-5
=2E.. check (read-json q) is =3D to 1e-6
=2E.. check (read-json q) is =3D to -1e-6
=2E.. check (read-json q) is =3D to 1e-7
=2E.. check (read-json q) is =3D to -1e-7
=2E.. check (read-json q) is =3D to 1e-8
=2E.. check (read-json q) is =3D to -1e-8
=2E.. check (read-json q) is =3D to 1e-9
=2E.. check (read-json q) is =3D to -1e-9
=2E.. check (read-json q) is =3D to 1e-10
=2E.. check (read-json q) is =3D to -1e-10
=2E.. check (read-json q) is equal? to "a string"
=2E.. check (read-json q) is equal? to (1 2 3 (4 5) ("six" "seven"))
=2E.. check (read-json q) is equal? to #<table #38>
=2E.. check (read-json q) is equal? to #<table #39>
=2E.. 84 checks OK
=2E.. All tests OK
Test suite: test :std/text/utf8
Test case: test utf8 encoding and decoding of random strings
=2E.. check (utf8->string p) is equal? to "\x78f0d;\x5ee22;\xa994a;\x42e7b;=
\x5e65b;\x106e8e;\x20eb5;\x2b179;\xc7c95;\xcdce8;\x97fcc;\x7633a;\xef1f;\xa=
215f;\x5ef7e;\xc4deb;\xd4651;\xf0f46;\xa54da;\x14902;\x4edd8;\xf9c8;\xd009;=
\xf0f80;\x51980;\xe2fd8;\x951bd;\x52cfe;\xd1323;\x12649;\x51f0;\x963b0;\x18=
0a4;\xf3599;\xd655c;\xf03e7;\x8e365;\x40533;\xd5fba;\xab796;\x10741e;\x9f34=
9;\xa59e5;\x12a51;\x10e0bc;\x6733a;\x57a1d;\xc704c;\xd9d73;\xdd781;\x59c84;=
\x6905c;\x10508f;\xb960e;\x42734;\xfe48a;\x1a57c;\x66aed;\x3314e;\xe361;\xd=
499;\x65213;\x1b7bc;\x34f93;\xddcbc;\x1d95e;\x9865e;\x69866;\x4a328;\x476e9=
;\x7f7d6;\x4e06d;\xe7c0;\x7e7af;\x22446;\x52a68;\xe983e;\x3ac31;\x10ba73;\x=
2afe6;\x9c56e;\xedead;\x37bc2;\x1902b;\x1f0bb;\x787ff;\x543bd;\xedbce;\xc12=
6;\xe2bca;\xe7e8b;\x2331e;\x8567d;\x9d802;\x663f3;\x4949e;\xd5c3b;\x4bd06;\=
x65c88;\x10217e;"
=2E.. check (utf8->string p) is equal? to "\xa35de;\xcbedd;\xd6e5d;\xf317c;=
\x6990c;\x10c1e2;\x68bb8;\xf91bf;\xea87c;\xcc471;\x3ff3b;\x60958;\xfcfc8;\x=
d72ef;\x9815c;\xc017f;\xdfca0;\x6f97c;\x766d3;\x11970;\xbbf2f;\xdd73d;\x86d=
83;\x1c61b;\x5d4e;\x66515;\x80ad5;\x99361;\x1085c;\x6e0e0;\xf9825;\xcbf9;\x=
9a7b4;\xd3d97;\xa57d8;\xf1e82;\x235eb;\xd8b1a;\x3882;\x985ee;\x810b9;\xd018=
8;\x9c168;\x82757;\x7189b;\xc1b69;\x8b487;\x40cac;\x3468c;\x87993;\xcc4be;\=
x4c6bf;\x95648;\xeef4a;\x609ca;\xdef89;\xceb91;\x28380;\x18a31;\x72305;\xb7=
70a;\x293e1;\xb13aa;\x2d4a5;\x659a4;\xf7165;\x97add;\x55216;\xbf74f;\x92e5f=
;\xd542f;\x772eb;\x32d46;\x18389;\xc5c2b;\x107c9;\x3075f;\x25b2d;\x21749;\x=
4539;\x811dc;\x7e559;\x8df34;\xa2cab;\x6658e;\x58385;\x35e0f;\xd65b9;\x783f=
c;\x5e42a;\x67b12;\x106a30;\x48491;\x1fc6a;\x363c7;\x37913;\x754f6;\xaffd0;=
\x7dcb3;\xedefd;"
=2E.. check (utf8->string p) is equal? to "\x71e6a;\x75037;\xf314a;\xed11c;=
\x10b646;\x84406;\x6380b;\x26fc4;\x9e3cd;\x83034;\xd2990;\xc0f7c;\x104a26;\=
x7ed2c;\x47e8;\xdba6e;\x64128;\x5923a;\xe270;\x754eb;\x22f93;\xdf107;\x856c=
f;\x62b59;\x10fd85;\xf8245;\xd5ffc;\x64dea;\x72783;\xeb6c3;\xda846;\x4171a;=
\xa7108;\x77b97;\xddf36;\xef2d;\xc5682;\x29dbd;\x33cab;\x4b85e;\xcd662;\xdf=
e02;\xc5dd1;\xa1045;\x5a707;\x88c80;\xb35f5;\x5267;\x9e086;\x7ded1;\xcd0d8;=
\x18526;\x18409;\x6fd41;\xc6eb7;\x4dd01;\x101a3b;\xd400c;\xfbd8a;\x10093d;\=
x40e5f;\xb3088;\x5364d;\xf82fc;\x210be;\x2aab2;\x313ec;\x9f06c;\x3c00f;\x10=
ff62;\x7b177;\x80edd;\x5c9c5;\x70388;\x452a3;\x8d6da;\x43f06;\xee0a3;\x57ff=
e;\x104730;\x32f1a;\xa6b10;\x14001;\x8acc2;\xc1627;\x8c8b7;\x70f4d;\x4ea9;\=
x6ce83;\x17bf3;\x33d1b;\x3ae3c;\x95c0c;\x3bdec;\xa2f64;\xbc49;\x45d7e;\xe63=
65;\xa483d;\xd7bb2;"
=2E.. check (utf8->string p) is equal? to "\xb4d31;\x7670a;\x1d009;\xb96bb;=
\x1b1e9;\x5c4c;\x67e01;\x25cef;\x5d621;\xf4bfd;\xd7988;\x504f1;\x8f8e5;\x29=
66a;\xb1c12;\x572a8;\xe1453;\xa73f7;\x438e;\xd4b9e;\xaaa91;\xae608;\x633bf;=
\x85957;\x38120;\x671ab;\x8c3bc;\x83481;\x20e0c;\x1f88b;\x4449e;\x4fd13;\xa=
7ef;\x49335;\xcf3bf;\xa74cc;\xb0097;\x53e8c;\x73794;\x10e181;\x5485c;\xe06c=
f;\xd4dd9;\xe09b4;\x776e0;\xb3d3d;\x6d051;\x6f194;\x7c43c;\x7317d;\xdaaab;\=
xb5a4;\x3f99e;\xe3001;\x331a6;\x7aa27;\xab42;\x8bc66;\x94feb;\x97b0d;\xea03=
6;\x5aae1;\xffba7;\x419af;\xfea59;\x32d83;\x640f6;\x4f869;\xc5223;\x74bb8;\=
xfba3c;\x85006;\xcb4f8;\xb2e7e;\x5ebeb;\xd7020;\x2c8d;\xbab67;\xb83d4;\x5b1=
30;\xfab58;\xd3106;\x17703;\x2e99;\x3ead8;\x6f54b;\xd0362;\x3e02e;\x5d0c;\x=
119c1;\x4b39e;\x16ca7;\xffa07;\x4614d;\xe92a2;\x181e2;\x7244a;\x9babc;\x8f4=
04;\x9b601;"
=2E.. check (utf8->string p) is equal? to "\x756;\x85a82;\xa6767;\x1ad7d;\x=
65640;\x9a678;\x174ef;\xa9ef;\xbb57;\x7d7b5;\xaa1a4;\x108877;\x33df8;\xf6b3=
e;\x22fc9;\x8138e;\x80922;\x634a2;\xa26fa;\x9834;\x1d5be;\xcf45d;\xce825;\x=
ab32f;\xb9f0f;\xe93f0;\x5ab04;\x2cc02;\xe9e8;\xf2354;\x8ed00;\x533cd;\xd95f=
b;\x10c03;\xe2397;\xa6159;\x22231;\xb8b30;\x2bf3;\xe40f8;\x13b05;\xa5155;\x=
3508c;\xd33d8;\x775ea;\x7baaa;\xdd4f5;\xa8def;\x244b5;\x86f5d;\xa029f;\x3f2=
d;\xc0f3d;\x10e6ec;\x26745;\x847e8;\x147;\xf7482;\x5ead2;\x4756f;\x5c7ac;\x=
10e1a4;\x10a216;\x7b3c2;\xaa90f;\x8c58e;\x17a26;\x96172;\x17284;\x103f68;\x=
824b3;\x9015c;\x83dae;\xcf291;\xa939;\x93bd7;\xb5a43;\x4a683;\x7424b;\xe918=
6;\xfcfe4;\x77dcf;\xda3fa;\xd46f0;\x2ed86;\x2517d;\xfd8e8;\x37658;\x9cadc;\=
x4edec;\x84a5f;\xed3da;\xf1823;\x10a448;\x2beb5;\x28bfa;\xdd12a;\xfa063;\x9=
fc9b;\x2d478;"
=2E.. check (utf8->string p) is equal? to "\x779b0;\x7dcae;\x13756;\x818f6;=
\xc8c2d;\x1085dd;\x10b08b;\x81d4b;\x5e858;\x4d534;\x38488;\xa7d6a;\xd6aaf;\=
x1035b0;\x2c368;\x783ef;\xe9bf2;\x5f16;\xbbeed;\xfbab5;\xc1d79;\x70f8;\x326=
2d;\x78c3;\x1064bf;\x5b3b6;\xf58f0;\xc3a8a;\xed8fb;\xb61c5;\x8cce1;\xa565a;=
\x4d825;\x65a5;\x4d484;\x6109c;\xbcebe;\x2b74d;\x85c18;\xd32c9;\x679d5;\x60=
08b;\xad28b;\xf286f;\x50c8b;\xaace8;\x4d019;\x36d4e;\x6c700;\xa78b3;\x20776=
;\xc1014;\xf022e;\x8b569;\xd71ba;\x5b486;\x4b0d1;\x68b1b;\x15172;\x6c8e3;\x=
efeaa;\x97c3d;\x584cb;\x7187d;\x406bf;\x5d8bb;\xd4d2b;\x105be1;\x70de8;\x10=
827c;\xcca73;\x75fb;\x5b11f;\xe51ba;\x8d7c0;\xedb6d;\xd6021;\x4ebfa;\x9055b=
;\x76e5e;\x107480;\xffddd;\xe3681;\xd05a0;\xb4c09;\x3b8f9;\x45b86;\x95a76;\=
xdf4fa;\xe82c0;\xd8423;\xb179d;\x6f7b;\xcd62d;\x9b77d;\x1fc4f;\x1ef68;\x103=
91d;\xbfd90;\x28459;"
=2E.. check (utf8->string p) is equal? to "\x9e8ec;\xa1d2f;\x8b79e;\x435ba;=
\x9ca38;\x3ac6;\x37f55;\x33ae7;\x2df6a;\x2086f;\x66b65;\x158fe;\x7a347;\xa5=
b92;\x695b7;\xf4aac;\x2950c;\xb0e64;\x46673;\xbbd1f;\xd385;\x3b09b;\x90758;=
\x10b0e6;\xad480;\x62d69;\x7ac1b;\xcf823;\xf3f99;\x90776;\x1056dd;\xec128;\=
xbb092;\x4d67e;\x2b438;\x1238;\x61176;\xfae43;\x88a96;\x83851;\x226c6;\xcb9=
f;\x29b8c;\xa7549;\x1968a;\x91217;\x87b31;\xcc1dc;\x6684c;\xbae51;\x9d70;\x=
1bd0d;\x10b7ed;\xb42ef;\x11a26;\xd04ee;\x92825;\x29732;\x63bb1;\x92d54;\xb6=
21;\x28fd2;\x41727;\x1b2e0;\x97641;\x65bf6;\xb91a0;\x4d1ad;\x66894;\x3b198;=
\xfbb06;\x4f005;\xc72b5;\x74562;\xe11f;\xc2c89;\x9faad;\x2583a;\xbb5f1;\x9d=
1c4;\xb8cd0;\x846d6;\x81638;\xe1b22;\x859c1;\x331c7;\xcbd41;\x452a6;\x72345=
;\xf35ba;\xf7fe9;\x480a2;\x53be0;\xb8c0e;\x288e;\x84beb;\x6c6b8;\x53efa;\xa=
3405;\x1de50;"
=2E.. check (utf8->string p) is equal? to "\xff5c3;\xed997;\xb70e6;\x34e12;=
\xd2dec;\x8616;\x1e830;\x28f8c;\x9e41;\xc615;\xa77f3;\x1aaf3;\x2eeee;\x8aa5=
f;\xfbbfd;\x83ac5;\xd2749;\x2a9;\xf8767;\x158ec;\x107a8;\xe1b83;\x10a6cc;\x=
4232f;\x2863d;\x47667;\xd5c5;\x68ae1;\x2017d;\xafcbc;\xde734;\x5b1d4;\x363a=
e;\x1300d;\x65f8b;\x2522c;\xc4474;\xf4892;\x10488b;\x39463;\x70777;\x60986;=
\x49f1c;\x293;\x100f0c;\x81c8d;\xd2f8;\xcb98;\x3160d;\x7bef4;\xc938e;\x1ef6=
7;\x97623;\x2bd26;\xa03d4;\x86b4;\x6ecd4;\xc044;\xfaec7;\xd2d06;\x99f95;\x1=
0da8a;\x10a11f;\x3b5a8;\x1022ec;\xedfed;\xa924f;\x40b55;\x9160b;\x49511;\x9=
4de;\x99433;\x999d1;\xba6d8;\x9d088;\xba1ea;\x98f55;\xafacf;\xe36a2;\xe6cb;=
\xb5a83;\x838b9;\x4957;\x9580;\xd6c5d;\x1aeeb;\xbd3d8;\xed2e6;\xca243;\x10a=
3d4;\x724e5;\x32112;\x911f7;\xeda35;\x72956;\xc3e16;\xbaa9f;\xf6dc6;\x10509=
d;\x2302f;"
=2E.. check (utf8->string p) is equal? to "\xeb4c5;\xca998;\xc2c6d;\x4d76;\=
x144a6;\xce453;\x427e;\xea68b;\xf9dd7;\x17dc3;\x101bc5;\xdc071;\x94499;\x17=
d0c;\xeb4f;\xe88b7;\xdd163;\x826a5;\xe75d0;\xcadd6;\x108dff;\x8b6c6;\x10d62=
;\x15a75;\x5624d;\x4d41c;\xa55f4;\x20c71;\x50786;\x9b9d1;\x8fb45;\xf86ea;\x=
8731f;\xe72af;\x24999;\x63c5c;\x53061;\x89de7;\xd4ece;\xdd455;\xb2b2d;\xc3b=
11;\x14c3b;\x3eeca;\x107833;\x7e1c3;\xc4237;\x49794;\x2ba2d;\xcff5b;\x867a4=
;\x4eebd;\xa7da5;\x68c3a;\x305a4;\xd76b;\x670e9;\x70fb6;\x10a9e;\x3f7d;\x41=
dfa;\x3dc6f;\x754d1;\x3a740;\xd7578;\x626a4;\x4d02a;\x64d18;\xa206a;\x268af=
;\x5fac5;\x931e2;\xe62a7;\x10e36d;\xe5510;\x1b2d9;\x873aa;\x7a74e;\x9dbbc;\=
x77039;\x3a9b1;\x2a5c0;\xc843;\xd14ed;\xdb816;\x78c49;\x5c14c;\x12a09;\x1a6=
b8;\x60865;\xf2462;\xbc438;\x6f647;\x7d18e;\x4a11;\xe4707;\x104acf;\x419cd;=
\x75abd;\x103a4a;"
=2E.. check (utf8->string p) is equal? to "\xb7a94;\xe5efc;\xf057c;\xad1f3;=
\x2c1e4;\x9fb8d;\x28e2e;\xf65e8;\x1d510;\x1bdb5;\x68ce0;\xb623f;\xfaf2d;\x5=
4e71;\x10a89b;\x77e59;\x7f337;\x337fb;\xa1dc9;\x52544;\xe10af;\x97e8c;\x385=
9c;\x1073df;\x23b2b;\xce82;\xfde59;\xafa81;\xa1f91;\x86b04;\xe39f3;\x665a3;=
\x21b3b;\x78d33;\x4fb0d;\x2652c;\xf56c3;\x337f;\xfd221;\xc9cef;\x23aba;\x53=
810;\x104d33;\x51e82;\xaa5c0;\xc6fa;\x62e5f;\x5a156;\x1c280;\x640dd;\x103f9=
3;\x779bf;\x7609d;\x3b503;\x6fde5;\xc5cd3;\xc00bb;\x105f9a;\xa1943;\x25afe;=
\x48871;\xbf935;\xedded;\xaa748;\x10b8ca;\x928b2;\x46d85;\xa2a5e;\x162a1;\x=
20c66;\xc9ff6;\x8d9ee;\xa93eb;\x6a4e0;\x4c2d1;\xd2d5a;\x24b55;\x54be3;\x54e=
59;\xd008;\x10b4b8;\x100f63;\x104592;\x1065b3;\x403ee;\x6e57;\xd7e60;\xc919=
8;\x1013db;\x55fb;\x8666c;\x50d6b;\x39683;\x29a50;\x5b6c9;\xda86b;\xf569c;\=
xdea4c;\xa3e67;\xd380b;"
=2E.. 10 checks OK
=2E.. All tests OK
Test suite: test :std/misc/string
Test case: string-split-suffix
=2E.. check (values->list (string-split-suffix .c foo.c)) is equal? to ("fo=
o" ".c")
=2E.. check (values->list (string-split-suffix .c foo)) is equal? to ("foo"=
"")
=2E.. 2 checks OK
Test case: string-trim-suffix
=2E.. check (string-trim-suffix .c foo.c) is equal? to "foo"
=2E.. check (string-trim-suffix .c foo) is equal? to "foo"
=2E.. 2 checks OK
Test case: string-split-eol
=2E.. check (values->list (string-split-eol foo
)) is equal? to ("foo" "\n")
=2E.. check (values->list (string-split-eol foo
)) is equal? to ("foo" "\r\n")
)) is equal? to ("foo" "\r")ing-split-eol foo
=2E.. check (values->list (string-split-eol foo
)) is equal? to ("foo\n\n" "\n")
=2E.. check (values->list (string-split-eol foo)) is equal? to ("foo" "")
=2E.. check (string-trim-eol foo
) is equal? to "foo"
) is equal? to "foo"im-eol foo
=2E.. check (string-trim-eol foo
) is equal? to "foo"
=2E.. check (string-trim-eol foo
) is equal? to "foo\n"
) is equal? to "foo\r"-eol foo
=2E.. check (string-trim-eol foo
) is equal? to "foo\r\n"
=2E.. check (string-trim-eol foo) is equal? to "foo"
=2E.. 12 checks OK
Test case: string-subst
=2E.. check (string-subst count 1) is equal? to ""
=2E.. check (string-subst abc b _ count 0) is equal? to "abc"
=2E.. check (string-subst abc count #f) is equal? to "abc"
=2E.. check (string-subst b c count #f) is equal? to ""
=2E.. check (string-subst hello, world l _ count 2) is equal? to "he__o, wo=
rld"
=2E.. check (string-subst abb b* _ count #f) is equal? to "abb"
=2E.. check (string-subst abc b _ count #t) raises (error-with-message? Ill=
egal argument; count must be a fixnum or #f, got:)
=2E.. check (string-subst _ count 1) is equal? to "_"
=2E.. check (string-subst a _ count 1) is equal? to "_a"
=2E.. check (string-subst abba _ count 2) is equal? to "_a_bba"
=2E.. check (string-subst abc _ count #f) is equal? to "_a_b_c_"
=2E.. check (string-subst abc _ count 3) is equal? to "_a_b_c"
=2E.. check (string-subst abc _ count 2) is equal? to "_a_bc"
=2E.. check (string-subst abc __ count 2) is equal? to "__a__bc"
=2E.. check (string-subst a _ count 3) is equal? to "_a_"
=2E.. check (string-subst abc b _ count #f) is equal? to "a_c"
=2E.. check (string-subst abc b _ count 2) is equal? to "a_c"
=2E.. check (string-subst abbcb b _ count 2) is equal? to "a__cb"
=2E.. check (string-subst abbcb b _ count 3) is equal? to "a__c_"
=2E.. check (string-subst abbcb bb _ count #f) is equal? to "a_cb"
=2E.. 20 checks OK
=2E.. All tests OK
Test suite: test :std/misc/list
Test case: test length=3D?
=2E.. check (length=3D? '(1 2 3) '(a b c)) is equal? to #t
=2E.. check (length=3D? '(1 2 3) '(a b c d)) is equal? to #f
=2E.. check (length=3D? '(1 2 3 4) '(a b c)) is equal? to #f
=2E.. check (length=3D? '(1 2 3) '(a b c . d)) is equal? to #t
=2E.. check (length=3D? '(1 2 3 . 4) '(a b c)) is equal? to #t
=2E.. 5 checks OK
Test case: test length<?
=2E.. check (length<? '(1 2 3) '(a b c d)) is equal? to #t
=2E.. check (length<? '(1 2 3 . 4) '(a b c d)) is equal? to #t
=2E.. check (length<? '(1 2 3) '(a b c)) is equal? to #f
=2E.. check (length<? '(1 2 3 4) '(a b c)) is equal? to #f
=2E.. check (length<? '(1 2 3) '(a b c . d)) is equal? to #f
=2E.. 5 checks OK
Test case: test length=3Dn?
=2E.. check (length=3Dn? '(1 2 3) 4) is equal? to #f
=2E.. check (length=3Dn? '(1 2 3) 3) is equal? to #t
=2E.. check (length=3Dn? '(1 2 3) 2) is equal? to #f
=2E.. check (length=3Dn? '(1 2 3) 3.14159) is equal? to #f
=2E.. check (length=3Dn? '(1 2 3) 3.) is equal? to #t
=2E.. check (length=3Dn? '(1 2 3) 2.5) is equal? to #f
=2E.. check (length=3Dn? '(1 2 3 4) 3) is equal? to #f
=2E.. check (length=3Dn? '(1 2 3 . 4) 3) is equal? to #t
=2E.. check (length=3Dn? '(1 2 3 . 4) 4) is equal? to #f
=2E.. check (length=3Dn? '(1 2 3 . 4) 3.5) is equal? to #f
=2E.. check (length=3Dn? '(1 2 3) -4) is equal? to #f
=2E.. check (length=3Dn? '(1 2 3) 6.022e23) is equal? to #f
=2E.. check (length=3Dn? '(1 2 3) 2+3i) is equal? to #f
=2E.. check (length=3Dn? '(1 2 3) 'foo) raises (error-with-message? not a n=
umber)
=2E.. 14 checks OK
Test case: test length<=3Dn?
=2E.. check (length<=3Dn? '(1 2 3) 4) is equal? to #t
=2E.. check (length<=3Dn? '(1 2 3) 3) is equal? to #t
=2E.. check (length<=3Dn? '(1 2 3) 2) is equal? to #f
=2E.. check (length<=3Dn? '(1 2 3) 3.14159) is equal? to #t
=2E.. check (length<=3Dn? '(1 2 3) 3.) is equal? to #t
=2E.. check (length<=3Dn? '(1 2 3) 2.5) is equal? to #f
=2E.. check (length<=3Dn? '(1 2 3 4) 3) is equal? to #f
=2E.. check (length<=3Dn? '(1 2 3 . 4) 4) is equal? to #t
=2E.. check (length<=3Dn? '(1 2 3 . 4) 3) is equal? to #t
=2E.. check (length<=3Dn? '(1 2 3 . 4) 2) is equal? to #f
=2E.. check (length<=3Dn? '(1 2 3) -4) is equal? to #f
=2E.. check (length<=3Dn? '(1 2 3) 6.022e23) is equal? to #t
=2E.. check (length<=3Dn? '(1 2 3) 2+3i) raises (error-with-message? not a =
real number)
=2E.. check (length<=3Dn? '(1 2 3) 'foo) raises (error-with-message? not a =
real number)
=2E.. 14 checks OK
Test case: test length<n?
=2E.. check (length<n? '(1 2 3) 4) is equal? to #t
=2E.. check (length<n? '(1 2 3) 3) is equal? to #f
=2E.. check (length<n? '(1 2 3) 2) is equal? to #f
=2E.. check (length<n? '(1 2 3) 3.14159) is equal? to #t
=2E.. check (length<n? '(1 2 3) 3.) is equal? to #f
=2E.. check (length<n? '(1 2 3) 2.5) is equal? to #f
=2E.. check (length<n? '(1 2 3 4) 3) is equal? to #f
=2E.. check (length<n? '(1 2 3 . 4) 4) is equal? to #t
=2E.. check (length<n? '(1 2 3 . 4) 3) is equal? to #f
=2E.. check (length<n? '(1 2 3 . 4) 2) is equal? to #f
=2E.. check (length<n? '(1 2 3) -4) is equal? to #f
=2E.. check (length<n? '(1 2 3) 6.022e23) is equal? to #t
=2E.. check (length<n? '(1 2 3) 2+3i) raises (error-with-message? not a rea=
l number)
=2E.. check (length<n? '(1 2 3) 'foo) raises (error-with-message? not a rea=
l number)
=2E.. 14 checks OK
Test case: test with-list-builder
=2E.. check (with-list-builder (put!) (put! 1) (put! 2) (put! 3)) is equal?=
to (1 2 3)
=2E.. check (with-list-builder (put! get-list-so-far) (put! 1) (put! 2) (pu=
t! (copy-list (get-list-so-far))) (put! 3)) is equal? to (1 2 (1 2) 3)
=2E.. 2 checks OK
Test case: test snoc
=2E.. check (snoc 3 (@list)) is equal? to (3)
=2E.. check (snoc 1 (@list 3 2)) is equal? to (3 2 1)
=2E.. 2 checks OK
Test case: test append1
=2E.. check (append1 (@list) 3) is equal? to (3)
=2E.. check (append1 (@list 3 2) 1) is equal? to (3 2 1)
=2E.. 2 checks OK
Test case: test flatten
=2E.. check (flatten '()) is equal? to ()
=2E.. check (flatten '(1)) is equal? to (1)
=2E.. check (flatten '(1 2 3)) is equal? to (1 2 3)
=2E.. check (flatten '(1 (2) (3))) is equal? to (1 2 3)
=2E.. check (flatten '(1 ((2)) 3)) is equal? to (1 2 3)
=2E.. check (flatten '((1 2) 3)) is equal? to (1 2 3)
=2E.. check (flatten '(1 2 ())) is equal? to (1 2)
=2E.. check (flatten '(1 2 (()))) is equal? to (1 2)
=2E.. check (flatten '(1 (2) ((3) ()) (((4 5))))) is equal? to (1 2 3 4 5)
=2E.. 9 checks OK
Test case: test flatten1
=2E.. check (flatten1 '()) is equal? to ()
=2E.. check (flatten1 '(1)) is equal? to (1)
=2E.. check (flatten1 '(1 2 3)) is equal? to (1 2 3)
=2E.. check (flatten1 '(1 (2) (3))) is equal? to (1 2 3)
=2E.. check (flatten1 '(1 (2) (3) ((4)))) is equal? to (1 2 3 (4))
=2E.. check (flatten1 '((1) ((2)) 3)) is equal? to (1 (2) 3)
=2E.. check (flatten1 '(1 2 ())) is equal? to (1 2)
=2E.. check (flatten1 '(1 2 (()))) is equal? to (1 2 ())
=2E.. 8 checks OK
Test case: test when-list-or-empty
=2E.. check (when-list-or-empty (@list 1) a) is equal? to "a"
=2E.. check (when-list-or-empty (@list) a) is equal? to ()
=2E.. 2 checks OK
=2E.. All tests OK
Test suite: test :std/misc/channel
Test case: test concurrent buffering
=2E.. check next is equal? to 0
=2E.. check next is equal? to 1
=2E.. check next is equal? to 2
=2E.. check next is equal? to 3
=2E.. check next is equal? to 4
=2E.. check next is equal? to 5
=2E.. check next is equal? to 6
=2E.. check next is equal? to 7
=2E.. check next is equal? to 8
=2E.. check next is equal? to 9
=2E.. check next is equal? to 10
=2E.. check next is equal? to 11
=2E.. check next is equal? to 12
=2E.. check next is equal? to 13
=2E.. check next is equal? to 14
=2E.. check next is equal? to 15
=2E.. check next is equal? to 16
=2E.. check next is equal? to 17
=2E.. check next is equal? to 18
=2E.. check next is equal? to 19
=2E.. check next is equal? to 20
=2E.. check next is equal? to 21
=2E.. check next is equal? to 22
=2E.. check next is equal? to 23
=2E.. check next is equal? to 24
=2E.. check next is equal? to 25
=2E.. check next is equal? to 26
=2E.. check next is equal? to 27
=2E.. check next is equal? to 28
=2E.. check next is equal? to 29
=2E.. check next is equal? to 30
=2E.. check next is equal? to 31
=2E.. check next is equal? to 32
=2E.. check next is equal? to 33
=2E.. check next is equal? to 34
=2E.. check next is equal? to 35
=2E.. check next is equal? to 36
=2E.. check next is equal? to 37
=2E.. check next is equal? to 38
=2E.. check next is equal? to 39
=2E.. check next is equal? to 40
=2E.. check next is equal? to 41
=2E.. check next is equal? to 42
=2E.. check next is equal? to 43
=2E.. check next is equal? to 44
=2E.. check next is equal? to 45
=2E.. check next is equal? to 46
=2E.. check next is equal? to 47
=2E.. check next is equal? to 48
=2E.. check next is equal? to 49
=2E.. check next is equal? to 50
=2E.. check next is equal? to 51
=2E.. check next is equal? to 52
=2E.. check next is equal? to 53
=2E.. check next is equal? to 54
=2E.. check next is equal? to 55
=2E.. check next is equal? to 56
=2E.. check next is equal? to 57
=2E.. check next is equal? to 58
=2E.. check next is equal? to 59
=2E.. check next is equal? to 60
=2E.. check next is equal? to 61
=2E.. check next is equal? to 62
=2E.. check next is equal? to 63
=2E.. check next is equal? to 64
=2E.. check next is equal? to 65
=2E.. check next is equal? to 66
=2E.. check next is equal? to 67
=2E.. check next is equal? to 68
=2E.. check next is equal? to 69
=2E.. check next is equal? to 70
=2E.. check next is equal? to 71
=2E.. check next is equal? to 72
=2E.. check next is equal? to 73
=2E.. check next is equal? to 74
=2E.. check next is equal? to 75
=2E.. check next is equal? to 76
=2E.. check next is equal? to 77
=2E.. check next is equal? to 78
=2E.. check next is equal? to 79
=2E.. check next is equal? to 80
=2E.. check next is equal? to 81
=2E.. check next is equal? to 82
=2E.. check next is equal? to 83
=2E.. check next is equal? to 84
=2E.. check next is equal? to 85
=2E.. check next is equal? to 86
=2E.. check next is equal? to 87
=2E.. check next is equal? to 88
=2E.. check next is equal? to 89
=2E.. check next is equal? to 90
=2E.. check next is equal? to 91
=2E.. check next is equal? to 92
=2E.. check next is equal? to 93
=2E.. check next is equal? to 94
=2E.. check next is equal? to 95
=2E.. check next is equal? to 96
=2E.. check next is equal? to 97
=2E.. check next is equal? to 98
=2E.. check next is equal? to 99
=2E.. check next is equal? to #!eof
=2E.. check (do-thread-join! rd) is (? void?)
=2E.. check (do-thread-join! wr) is (? void?)
=2E.. 103 checks OK
Test case: test delayed writer buffering
=2E.. check next is equal? to 0
=2E.. check next is equal? to 1
=2E.. check next is equal? to 2
=2E.. check next is equal? to 3
=2E.. check next is equal? to 4
=2E.. check next is equal? to 5
=2E.. check next is equal? to 6
=2E.. check next is equal? to 7
=2E.. check next is equal? to 8
=2E.. check next is equal? to 9
=2E.. check next is equal? to 10
=2E.. check next is equal? to 11
=2E.. check next is equal? to 12
=2E.. check next is equal? to 13
=2E.. check next is equal? to 14
=2E.. check next is equal? to 15
=2E.. check next is equal? to 16
=2E.. check next is equal? to 17
=2E.. check next is equal? to 18
=2E.. check next is equal? to 19
=2E.. check next is equal? to 20
=2E.. check next is equal? to 21
=2E.. check next is equal? to 22
=2E.. check next is equal? to 23
=2E.. check next is equal? to 24
=2E.. check next is equal? to 25
=2E.. check next is equal? to 26
=2E.. check next is equal? to 27
=2E.. check next is equal? to 28
=2E.. check next is equal? to 29
=2E.. check next is equal? to 30
=2E.. check next is equal? to 31
=2E.. check next is equal? to 32
=2E.. check next is equal? to 33
=2E.. check next is equal? to 34
=2E.. check next is equal? to 35
=2E.. check next is equal? to 36
=2E.. check next is equal? to 37
=2E.. check next is equal? to 38
=2E.. check next is equal? to 39
=2E.. check next is equal? to 40
=2E.. check next is equal? to 41
=2E.. check next is equal? to 42
=2E.. check next is equal? to 43
=2E.. check next is equal? to 44
=2E.. check next is equal? to 45
=2E.. check next is equal? to 46
=2E.. check next is equal? to 47
=2E.. check next is equal? to 48
=2E.. check next is equal? to 49
=2E.. check next is equal? to 50
=2E.. check next is equal? to 51
=2E.. check next is equal? to 52
=2E.. check next is equal? to 53
=2E.. check next is equal? to 54
=2E.. check next is equal? to 55
=2E.. check next is equal? to 56
=2E.. check next is equal? to 57
=2E.. check next is equal? to 58
=2E.. check next is equal? to 59
=2E.. check next is equal? to 60
=2E.. check next is equal? to 61
=2E.. check next is equal? to 62
=2E.. check next is equal? to 63
=2E.. check next is equal? to 64
=2E.. check next is equal? to 65
=2E.. check next is equal? to 66
=2E.. check next is equal? to 67
=2E.. check next is equal? to 68
=2E.. check next is equal? to 69
=2E.. check next is equal? to 70
=2E.. check next is equal? to 71
=2E.. check next is equal? to 72
=2E.. check next is equal? to 73
=2E.. check next is equal? to 74
=2E.. check next is equal? to 75
=2E.. check next is equal? to 76
=2E.. check next is equal? to 77
=2E.. check next is equal? to 78
=2E.. check next is equal? to 79
=2E.. check next is equal? to 80
=2E.. check next is equal? to 81
=2E.. check next is equal? to 82
=2E.. check next is equal? to 83
=2E.. check next is equal? to 84
=2E.. check next is equal? to 85
=2E.. check next is equal? to 86
=2E.. check next is equal? to 87
=2E.. check next is equal? to 88
=2E.. check next is equal? to 89
=2E.. check next is equal? to 90
=2E.. check next is equal? to 91
=2E.. check next is equal? to 92
=2E.. check next is equal? to 93
=2E.. check next is equal? to 94
=2E.. check next is equal? to 95
=2E.. check next is equal? to 96
=2E.. check next is equal? to 97
=2E.. check next is equal? to 98
=2E.. check next is equal? to 99
=2E.. check next is equal? to #!eof
=2E.. check (do-thread-join! rd) is (? void?)
=2E.. check (do-thread-join! wr) is (? void?)
=2E.. 103 checks OK
Test case: test delayed reader buffering
=2E.. check next is equal? to 0
=2E.. check next is equal? to 1
=2E.. check next is equal? to 2
=2E.. check next is equal? to 3
=2E.. check next is equal? to 4
=2E.. check next is equal? to 5
=2E.. check next is equal? to 6
=2E.. check next is equal? to 7
=2E.. check next is equal? to 8
=2E.. check next is equal? to 9
=2E.. check next is equal? to 10
=2E.. check next is equal? to 11
=2E.. check next is equal? to 12
=2E.. check next is equal? to 13
=2E.. check next is equal? to 14
=2E.. check next is equal? to 15
=2E.. check next is equal? to 16
=2E.. check next is equal? to 17
=2E.. check next is equal? to 18
=2E.. check next is equal? to 19
=2E.. check next is equal? to 20
=2E.. check next is equal? to 21
=2E.. check next is equal? to 22
=2E.. check next is equal? to 23
=2E.. check next is equal? to 24
=2E.. check next is equal? to 25
=2E.. check next is equal? to 26
=2E.. check next is equal? to 27
=2E.. check next is equal? to 28
=2E.. check next is equal? to 29
=2E.. check next is equal? to 30
=2E.. check next is equal? to 31
=2E.. check next is equal? to 32
=2E.. check next is equal? to 33
=2E.. check next is equal? to 34
=2E.. check next is equal? to 35
=2E.. check next is equal? to 36
=2E.. check next is equal? to 37
=2E.. check next is equal? to 38
=2E.. check next is equal? to 39
=2E.. check next is equal? to 40
=2E.. check next is equal? to 41
=2E.. check next is equal? to 42
=2E.. check next is equal? to 43
=2E.. check next is equal? to 44
=2E.. check next is equal? to 45
=2E.. check next is equal? to 46
=2E.. check next is equal? to 47
=2E.. check next is equal? to 48
=2E.. check next is equal? to 49
=2E.. check next is equal? to 50
=2E.. check next is equal? to 51
=2E.. check next is equal? to 52
=2E.. check next is equal? to 53
=2E.. check next is equal? to 54
=2E.. check next is equal? to 55
=2E.. check next is equal? to 56
=2E.. check next is equal? to 57
=2E.. check next is equal? to 58
=2E.. check next is equal? to 59
=2E.. check next is equal? to 60
=2E.. check next is equal? to 61
=2E.. check next is equal? to 62
=2E.. check next is equal? to 63
=2E.. check next is equal? to 64
=2E.. check next is equal? to 65
=2E.. check next is equal? to 66
=2E.. check next is equal? to 67
=2E.. check next is equal? to 68
=2E.. check next is equal? to 69
=2E.. check next is equal? to 70
=2E.. check next is equal? to 71
=2E.. check next is equal? to 72
=2E.. check next is equal? to 73
=2E.. check next is equal? to 74
=2E.. check next is equal? to 75
=2E.. check next is equal? to 76
=2E.. check next is equal? to 77
=2E.. check next is equal? to 78
=2E.. check next is equal? to 79
=2E.. check next is equal? to 80
=2E.. check next is equal? to 81
=2E.. check next is equal? to 82
=2E.. check next is equal? to 83
=2E.. check next is equal? to 84
=2E.. check next is equal? to 85
=2E.. check next is equal? to 86
=2E.. check next is equal? to 87
=2E.. check next is equal? to 88
=2E.. check next is equal? to 89
=2E.. check next is equal? to 90
=2E.. check next is equal? to 91
=2E.. check next is equal? to 92
=2E.. check next is equal? to 93
=2E.. check next is equal? to 94
=2E.. check next is equal? to 95
=2E.. check next is equal? to 96
=2E.. check next is equal? to 97
=2E.. check next is equal? to 98
=2E.. check next is equal? to 99
=2E.. check next is equal? to #!eof
=2E.. check (do-thread-join! rd) is (? void?)
=2E.. check (do-thread-join! wr) is (? void?)
=2E.. 103 checks OK
Test case: test reader-writer sync buffering
=2E.. check (thread-receive) is equal? to #:g9367
=2E.. check next is equal? to 0
=2E.. check next is equal? to 1
=2E.. check next is equal? to 2
=2E.. check next is equal? to 3
=2E.. check next is equal? to 4
=2E.. check next is equal? to 5
=2E.. check next is equal? to 6
=2E.. check next is equal? to 7
=2E.. check next is equal? to 8
=2E.. check next is equal? to 9
=2E.. check (thread-receive) is equal? to #:g9368
=2E.. check next is equal? to 10
=2E.. check next is equal? to 11
=2E.. check next is equal? to 12
=2E.. check next is equal? to 13
=2E.. check next is equal? to 14
=2E.. check next is equal? to 15
=2E.. check next is equal? to 16
=2E.. check next is equal? to 17
=2E.. check next is equal? to 18
=2E.. check next is equal? to 19
=2E.. check (thread-receive) is equal? to #:g9369
=2E.. check next is equal? to 20
=2E.. check next is equal? to 21
=2E.. check next is equal? to 22
=2E.. check next is equal? to 23
=2E.. check next is equal? to 24
=2E.. check next is equal? to 25
=2E.. check next is equal? to 26
=2E.. check next is equal? to 27
=2E.. check next is equal? to 28
=2E.. check next is equal? to 29
=2E.. check next is equal? to 31
=2E.. check next is equal? to 32
=2E.. check next is equal? to 33
=2E.. check next is equal? to 34
=2E.. check next is equal? to 35
=2E.. check next is equal? to 36
=2E.. check next is equal? to 37
=2E.. check next is equal? to 38
=2E.. check next is equal? to 39
=2E.. check (thread-receive) is equal? to #:g9371
=2E.. check next is equal? to 40
=2E.. check next is equal? to 41
=2E.. check next is equal? to 42
=2E.. check next is equal? to 43
=2E.. check next is equal? to 44
=2E.. check next is equal? to 45
=2E.. check next is equal? to 46
=2E.. check next is equal? to 47
=2E.. check next is equal? to 48
=2E.. check next is equal? to 49
=2E.. check (thread-receive) is equal? to #:g9372
=2E.. check next is equal? to 50
=2E.. check next is equal? to 51
=2E.. check next is equal? to 52
=2E.. check next is equal? to 53
=2E.. check next is equal? to 54
=2E.. check next is equal? to 55
=2E.. check next is equal? to 56
=2E.. check next is equal? to 57
=2E.. check next is equal? to 58
=2E.. check next is equal? to 59
=2E.. check (thread-receive) is equal? to #:g9373
=2E.. check next is equal? to 60
=2E.. check next is equal? to 61
=2E.. check next is equal? to 62
=2E.. check next is equal? to 63
=2E.. check next is equal? to 64
=2E.. check next is equal? to 65
=2E.. check next is equal? to 66
=2E.. check next is equal? to 67
=2E.. check next is equal? to 68
=2E.. check next is equal? to 69
=2E.. check (thread-receive) is equal? to #:g9374
=2E.. check next is equal? to 70
=2E.. check next is equal? to 71
=2E.. check next is equal? to 72
=2E.. check next is equal? to 73
=2E.. check next is equal? to 74
=2E.. check next is equal? to 75
=2E.. check next is equal? to 76
=2E.. check next is equal? to 77
=2E.. check next is equal? to 78
=2E.. check next is equal? to 79
=2E.. check (thread-receive) is equal? to #:g9375
=2E.. check next is equal? to 80
=2E.. check next is equal? to 81
=2E.. check next is equal? to 82
=2E.. check next is equal? to 83
=2E.. check next is equal? to 84
=2E.. check next is equal? to 85
=2E.. check next is equal? to 86
=2E.. check next is equal? to 87
=2E.. check next is equal? to 88
=2E.. check next is equal? to 89
=2E.. check next is equal? to 90
=2E.. check next is equal? to 91
=2E.. check next is equal? to 92
=2E.. check next is equal? to 93
=2E.. check next is equal? to 94
=2E.. check next is equal? to 95
=2E.. check next is equal? to 96
=2E.. check next is equal? to 97
=2E.. check next is equal? to 98
=2E.. check next is equal? to 99
=2E.. check next is equal? to #!eof
=2E.. check (do-thread-join! rd) is (? void?)
=2E.. check (do-thread-join! wr) is (? void?)
=2E.. 112 checks OK
=2E.. All tests OK
Test suite: test :std/misc/lru
Test case: test LRU cache ops
=2E.. check (lru-cache->list c) is equal? to ((d . 4) (c . 3) (b . 2))
=2E.. check (lru-cache-get c 'd) is equal? to 4
=2E.. check (lru-cache->list c) is equal? to ((d . 4) (c . 3) (b . 2))
=2E.. check (lru-cache-get c 'c) is equal? to 3
=2E.. check (lru-cache->list c) is equal? to ((c . 3) (d . 4) (b . 2))
=2E.. check (lru-cache-get c 'b) is equal? to 2
=2E.. check (lru-cache->list c) is equal? to ((b . 2) (c . 3) (d . 4))
=2E.. check (lru-cache-size c) is equal? to 2
=2E.. check (lru-cache-get c 'd) is equal? to #f
=2E.. check (lru-cache->list c) is equal? to ((b . 2) (c . 3))
=2E.. check (lru-cache-size c) is equal? to 1
=2E.. check (lru-cache-get c 'b) is equal? to #f
=2E.. check (lru-cache->list c) is equal? to ((c . 3))
=2E.. check (lru-cache-size c) is equal? to 0
=2E.. check (lru-cache-get c 'c) is equal? to #f
=2E.. check (lru-cache->list c) is equal? to ()
=2E.. check (lru-cache-size c) is equal? to 3
=2E.. check (lru-cache-size c) is equal? to 2
=2E.. check (lru-cache->list c) is equal? to ((c . 3) (a . 1))
=2E.. check (lru-cache-size c) is equal? to 2
=2E.. check (lru-cache->list c) is equal? to ((c . 3) (a . 1))
=2E.. check (lru-cache-size c) is equal? to 0
=2E.. check (lru-cache->list c) is equal? to ()
=2E.. 34 checks OK
=2E.. All tests OK
Test suite: test :std/misc/func
Test case: test repeat
=2E.. check (repeat 2 3) is equal? to (2 2 2)
=2E.. check (repeat (make-counter) 2) is equal? to (1 2)
=2E.. check (repeat identity 2 10) is equal? to (10 10)
=2E.. check (repeat 2 -1) is equal? to (2)
=2E.. 4 checks OK
Test case: test always
=2E.. check (let (fn (always (make-counter))) (@list (fn) (fn))) is equal? =
to (1 2)
=2E.. check (let (fn (always identity 'foo)) (fn)) is equal? to foo
=2E.. check (let (fn (always 5)) (fn)) is equal? to 5
=2E.. 3 checks OK
=2E.. All tests OK
Test suite: test :std/misc/queue
Test case: test queue ops
=2E.. check (queue-empty? q) is equal? to #t
=2E.. check (queue-length q) is equal? to 3
=2E.. check (queue->list q) is equal? to (1 2 3)
=2E.. check (dequeue! q) is equal? to 1
=2E.. check (queue-length q) is equal? to 2
=2E.. check (queue->list q) is equal? to (2 3)
=2E.. check (dequeue! q) is equal? to 2
=2E.. check (queue-length q) is equal? to 1
=2E.. check (queue->list q) is equal? to (3)
=2E.. check (queue-length q) is equal? to 2
=2E.. check (queue->list q) is equal? to (3 4)
=2E.. check (dequeue! q) is equal? to 3
=2E.. check (queue-length q) is equal? to 1
=2E.. check (queue->list q) is equal? to (4)
=2E.. check (dequeue! q) is equal? to 4
=2E.. check (queue-empty? q) is equal? to #t
=2E.. check (queue-length q) is equal? to 0
=2E.. check (queue->list q) is equal? to ()
=2E.. 18 checks OK
=2E.. All tests OK
Test suite: test :std/misc/deque
Test case: test deque ops
=2E.. check (deque-empty? dq) is equal? to #t
=2E.. check (deque-empty? dq) is equal? to #f
=2E.. check (deque-length dq) is equal? to 3
=2E.. check (deque->list dq) is equal? to (1 2 3)
=2E.. check (pop-front! dq) is equal? to 1
=2E.. check (deque->list dq) is equal? to (2 3)
=2E.. check (pop-back! dq) is equal? to 3
=2E.. check (deque->list dq) is equal? to (2)
=2E.. check (deque-length dq) is equal? to 1
=2E.. check (pop-front! dq) is equal? to 2
=2E.. check (deque->list dq) is equal? to ()
=2E.. check (deque-length dq) is equal? to 0
=2E.. check (deque-empty? dq) is equal? to #t
=2E.. 13 checks OK
=2E.. All tests OK
Test suite: test :std/misc/pqueue
Test case: test pqueue ops
=2E.. check (pqueue-empty? pq) is equal? to #t
=2E.. check (pqueue-size pq) is equal? to 0
=2E.. check (pqueue-empty? pq) is equal? to #f
=2E.. check (pqueue-size pq) is equal? to 5
=2E.. check (pqueue-pop! pq) is equal? to (a . 1)
=2E.. check (pqueue-pop! pq) is equal? to (d . 2)
=2E.. check (pqueue-pop! pq) is equal? to (c . 3)
=2E.. check (pqueue-size pq) is equal? to 4
=2E.. check (pqueue-pop! pq) is equal? to (f . 3)
=2E.. check (pqueue-pop! pq) is equal? to (e . 4)
=2E.. check (pqueue-pop! pq) is equal? to (b . 5)
=2E.. check (pqueue-pop! pq) is equal? to (g . 6)
=2E.. check (pqueue-empty? pq) is equal? to #t
=2E.. 13 checks OK
=2E.. All tests OK
Test suite: test :std/misc/rbtree
Test case: test rbtree ops
=2E.. check (rbtree-empty? t) is equal? to #t
=2E.. check (rbtree-empty? t) is equal? to #f
=2E.. check (rbtree-ref t 1) is equal? to a
=2E.. check (rbtree-ref t 3) is equal? to c
=2E.. check (rbtree-ref t 2) is equal? to b
=2E.. check (rbtree-ref t 5) is equal? to e
=2E.. check (rbtree-ref t 4) is equal? to d
=2E.. check (rbtree->listr t) is equal? to ((5 . e) (4 . d) (3 . c) (2 . b)=
(1 . a))
=2E.. check (rbtree->listr t) is equal? to ((5 . e) (4 . d) (3 . c) (2 . b)=
(1 . a))
=2E.. check (rbtree-get t 3) is equal? to #f
=2E.. check (rbtree->listr t) is equal? to ((5 . e) (4 . d) (2 . b) (1 . a))
=2E.. check (rbtree-get t 1) is equal? to #f
=2E.. check (rbtree->listr t) is equal? to ((5 . e) (4 . d) (2 . b))
=2E.. check (rbtree-get t 4) is equal? to #f
=2E.. check (rbtree->listr t) is equal? to ((5 . e) (2 . b))
=2E.. check (rbtree-get t 2) is equal? to #f
=2E.. check (rbtree->listr t) is equal? to ((5 . e))
=2E.. check (rbtree-get t 5) is equal? to #f
=2E.. check (rbtree->listr t) is equal? to ()
=2E.. check (rbtree-empty? t) is equal? to #t
=2E.. 20 checks OK
=2E.. All tests OK
Test suite: test :std/misc/barrier
Test case: test barrier wait
=2E.. check (barrier-wait! b) is equal? to #!void
=2E.. 1 checks OK
Test case: test barrier error
=2E.. check (barrier-wait! b) raises (cut eq? <> 'fail)
=2E.. 1 checks OK
=2E.. All tests OK
Test suite: test :std/misc/completion
Test case: test completion wait
=2E.. check (completion-wait! c) is equal? to done
=2E.. 1 checks OK
Test case: test completion error
=2E.. check (completion-wait! c) raises (cut eq? <> 'fail)
=2E.. 1 checks OK
=2E.. All tests OK
Test suite: test :std/actor/xdr
Test case: test primitive object serialization
=2E.. check (obj-e (xdr-read q)) is equal? to #!void
=2E.. check (obj-e (xdr-read q)) is equal? to #f
=2E.. check (obj-e (xdr-read q)) is equal? to #t
=2E.. check (obj-e (xdr-read q)) is equal? to ()
=2E.. check (obj-e (xdr-read q)) is equal? to a
=2E.. check (obj-e (xdr-read q)) is equal? to b
=2E.. check (obj-e (xdr-read q)) is equal? to c
=2E.. check (obj-e (xdr-read q)) is equal? to (a . b)
=2E.. check (obj-e (xdr-read q)) is equal? to (a b c)
=2E.. check (obj-e (xdr-read q)) is equal? to 0
=2E.. check (obj-e (xdr-read q)) is equal? to 0
=2E.. check (obj-e (xdr-read q)) is equal? to 1
=2E.. check (obj-e (xdr-read q)) is equal? to -1
=2E.. check (obj-e (xdr-read q)) is equal? to 1
=2E.. check (obj-e (xdr-read q)) is equal? to -1
=2E.. check (obj-e (xdr-read q)) is equal? to 1
=2E.. check (obj-e (xdr-read q)) is equal? to -1
=2E.. check (obj-e (xdr-read q)) is equal? to 10
=2E.. check (obj-e (xdr-read q)) is equal? to -10
=2E.. check (obj-e (xdr-read q)) is equal? to 13
=2E.. check (obj-e (xdr-read q)) is equal? to -13
=2E.. check (obj-e (xdr-read q)) is equal? to 2
=2E.. check (obj-e (xdr-read q)) is equal? to -2
=2E.. check (obj-e (xdr-read q)) is equal? to 100
=2E.. check (obj-e (xdr-read q)) is equal? to -100
=2E.. check (obj-e (xdr-read q)) is equal? to 126
=2E.. check (obj-e (xdr-read q)) is equal? to -126
=2E.. check (obj-e (xdr-read q)) is equal? to 3
=2E.. check (obj-e (xdr-read q)) is equal? to -3
=2E.. check (obj-e (xdr-read q)) is equal? to 1000
=2E.. check (obj-e (xdr-read q)) is equal? to -1000
=2E.. check (obj-e (xdr-read q)) is equal? to 1000
=2E.. check (obj-e (xdr-read q)) is equal? to -1000
=2E.. check (obj-e (xdr-read q)) is equal? to 4
=2E.. check (obj-e (xdr-read q)) is equal? to -4
=2E.. check (obj-e (xdr-read q)) is equal? to 10000
=2E.. check (obj-e (xdr-read q)) is equal? to -10000
=2E.. check (obj-e (xdr-read q)) is equal? to 19646
=2E.. check (obj-e (xdr-read q)) is equal? to -19646
=2E.. check (obj-e (xdr-read q)) is equal? to 5
=2E.. check (obj-e (xdr-read q)) is equal? to -5
=2E.. check (obj-e (xdr-read q)) is equal? to 100000
=2E.. check (obj-e (xdr-read q)) is equal? to -100000
=2E.. check (obj-e (xdr-read q)) is equal? to 126292
=2E.. check (obj-e (xdr-read q)) is equal? to -126292
=2E.. check (obj-e (xdr-read q)) is equal? to 6
=2E.. check (obj-e (xdr-read q)) is equal? to -6
=2E.. check (obj-e (xdr-read q)) is equal? to 1000000
=2E.. check (obj-e (xdr-read q)) is equal? to -1000000
=2E.. check (obj-e (xdr-read q)) is equal? to 1993650
=2E.. check (obj-e (xdr-read q)) is equal? to -1993650
=2E.. check (obj-e (xdr-read q)) is equal? to 7
=2E.. check (obj-e (xdr-read q)) is equal? to -7
=2E.. check (obj-e (xdr-read q)) is equal? to 10000000
=2E.. check (obj-e (xdr-read q)) is equal? to -10000000
=2E.. check (obj-e (xdr-read q)) is equal? to 14079843
=2E.. check (obj-e (xdr-read q)) is equal? to -14079843
=2E.. check (obj-e (xdr-read q)) is equal? to 8
=2E.. check (obj-e (xdr-read q)) is equal? to -8
=2E.. check (obj-e (xdr-read q)) is equal? to 100000000
=2E.. check (obj-e (xdr-read q)) is equal? to -100000000
=2E.. check (obj-e (xdr-read q)) is equal? to 170817984
=2E.. check (obj-e (xdr-read q)) is equal? to -170817984
=2E.. check (obj-e (xdr-read q)) is equal? to 9
=2E.. check (obj-e (xdr-read q)) is equal? to -9
=2E.. check (obj-e (xdr-read q)) is equal? to 1000000000
=2E.. check (obj-e (xdr-read q)) is equal? to -1000000000
=2E.. check (obj-e (xdr-read q)) is equal? to 1947818506
=2E.. check (obj-e (xdr-read q)) is equal? to -1947818506
=2E.. check (obj-e (xdr-read q)) is equal? to 1.
=2E.. check (obj-e (xdr-read q)) is equal? to -1.
=2E.. check (obj-e (xdr-read q)) is equal? to 3.5
=2E.. check (obj-e (xdr-read q)) is equal? to -3.5
=2E.. check (obj-e (xdr-read q)) is equal? to 100.234
=2E.. check (obj-e (xdr-read q)) is equal? to -100.234
=2E.. check (obj-e (xdr-read q)) is equal? to 1234000.
=2E.. check (obj-e (xdr-read q)) is equal? to -1234000.
=2E.. check (obj-e (xdr-read q)) is equal? to +inf.0
=2E.. check (obj-e (xdr-read q)) is equal? to -inf.0
=2E.. check (obj-e (xdr-read q)) is equal? to a-symbol
=2E.. check (obj-e (xdr-read q)) is equal? to a-keyword:
=2E.. check (obj-e (xdr-read q)) is equal? to "a string"
=2E.. check (obj-e (xdr-read q)) is equal? to #<unknown>
=2E.. check (obj-e (xdr-read q)) is equal? to #u8(127 0 0 1)
=2E.. check (obj-e (xdr-read q)) is equal? to (#u8(127 0 0 1) . 8080)
=2E.. check (obj-e (xdr-read q)) is equal? to #u8(75 25 188 177 97 182 156 =
18 31 229 21 255 139 131 39 220 10 229 0 181 213 75 98 115 200 76 90 47 149=
202 145 24 151 69 84 101 156 117 73 91 30 199 185 24 86 37 166 192 237 251=
86 19 185 222 233 147 212 26 142 40 178 176 192 128 139 245 235 196 230 38=
112 173 113 73 249 38 11 13 11 218 95 4 152 1 57 188 65 65 180 230 232 241=
57 133 46 172 238 205 149 105 54 132 126 80 182 90 50 230 248 148 189 37 1=
1 158 226 57 75 128 244 229 148 8 89 73 102 206 73 222 133 247 70 213 179 1=
26 56 54 1 118 36 215 157 161 251 15 46 191 201 254 166 187 129 202 102 221=
123 68 189 53 168 83 28 94 245 29 28 159 96 44 209 191 97 230 246 140 75 2=
9 233 135 198 34 13 80 133 157 229 21 126 241 176 248 238 51 121 173 117 52=
126 166 107 83 151 170 149 183 99 136 59 148 64 147 199 2 244 211 230 85 2=
21 112 186 230 224 63 177 119 212 179 131 14 88 133 195 237 32 214 161 169 =
16 198 220 64 162 121 226 177 220 116 118 26 78 191 97 30 203 176 119 223 1=
25 17 134 144 151 223 246 48 81 240 58 98 132 89 194 23 64 189 178 97 240 5=
51 172 128 52 187 48 140 120 157 127 8 192 62 38 73 224 139 130 179 121 22=
123 198 184 172 255 3 49 82 202 73 12 27 194 18 197 180 86 17 181 115 34 2=
23 64 223 237 235 175 181 73 194 218 61 86 162 52 3 29 186 248 121 123 61 7=
5 107 10 169 120 61 225 156 82 186 135 86 246 116 250 18 30 81 152 158 58 2=
12 127 217 148 220 232 255 144 247 159 147 92 148 83 135 174 196 61 23 74 1=
35 80 250 61 228 234 103 216 54 214 144 40 184 208 113 192 108 56 5 119 98 =
49 49 4 160 254 234 30 185 196 150 148 68 246 187 204 109 83 38 215 180 19 =
231 169 80 176 70 25 173 118 189 124 206 163 132 244 144 169 44 56 142 16 3=
118 12 47 238 186 126 101 237 169 189 228 155 200 205 14 153 60 192 38 1 8=
2 239 204 222 250 128 157 57 93 31 255 185 196 181 84 185 72 32 103 62 219 =
142 224 62 107 27 227 80 222 14 179 116 1 15 116 119 64 11 249 175 132 211 =
56 107 139 117 201 154 78 130 80 153 114 109 237 69 212 40 128 205 175 127 =
224 173 77 148 206 114 111 203 251 193 137 89 25 151 96 67 52 76 231 2 75 1=
81 82 180 40 253 13 63 127 26 84 173 137 106 30 142 172 17 95 14 189 47 221=
95 81 38 24 250 28 176 231 208 183 69 136 150 82 92 110 199 192 228 255 2 =
24 180 63 78 162 4 180 127 162 27 74 163 77 76 18 144 83 223 174 146 199 15=
1 215 19 230 129 42 169 71 25 19 197 137 10 130 82 37 189 70 217 245 14 196=
115 107 56 136 177 128 203 46 191 222 178 233 101 201 136 64 27 242 38 135=
214 29 47 180 33 215 168 239 166 153 235 233 249 195 118 133 137 59 16 119=
187 88 220 45 83 228 71 152 44 177 118 122 151 80 166 97 206 39 247 139 15=
2 149 209 205 144 242 58 18 44 63 132 18 25 66 220 171 39 177 96 230 36 67 =
215 54 185 215 240 125 64 255 0 27 39 123 132 194 31 122 141 25 133 116 175=
74 211 38 11 200 173 213 107 66 221 184 222 204 253 235 23 3 68 1 255 88 2=
18 58 139 186 1 164 85 164 199 112 144 12 198 62 116 176 124 175 134 227 24=
9 38 152 209 63 134 170 28 128 238 192 48 164 117 239 123 146 61 88 122 1 2=
38 136 242 34 230 140 249 228 244 6 185 128 124 15 50 11 73 36 101 163 214 =
30 30 242 98 193 48 132 12 20 220 52 89 218 246 190 201 198 151 229 233 0 2=
49 242 162 67 170 199 112 142 34 108 90 214 7 240 105 127 203 89 98 89 120 =
126 233 57 66 15 253 129 127 70 97 103 53 146 144 107 215 40 140 95 142 9 9=
3 82 185 128 63 136 109 162 130 43 136 108 23 31 74 230 52 219 141 211 38 2=
12 235 202 215 67 142 252 236 230 89 187 235 132 69 174 247 230 216 77 65 2=
17 91 54 8 165 85 44 137 28 206 66 38 207 25 181 143 205 100 107 104 73 190=
231 118 187 62 90 214 254 42 226 175 149 184 75 82 87 53 146 253 156 10 27=
153 55 216 15 140 197 114 55 209 12 218 5 104 53 156 186 21 194 191 175 22=
119 84 9 252 82 29 23 20 69 252 141 33)
=2E.. check (obj-e (xdr-read q)) is equal? to (#u8(11 9 37 167 238 162 199 =
129 26 69 93 198 182 147 245 60 122 79 211 15 83 220 120 39 34 102 120 142 =
88 229 132 26 37 133 209 64 104 218 19 226 56 67 3 67 172 6 234 209 14 56 5=
5 166 237 34 128 249 200 239 183 183 178 43 79 27 225 53 212 89 234 66 224 =
158 24 196 109 3 183 222 151 122 99 46 190 117 194 128 195 56 170 91 202 21=
1 196 147 78 170 89 31 250 191 158 155 116 253 46 229 29 1 197 121 154 82 1=
0 1 86 83 188 179 24 15 12 29 57 138 54 169 60 17 208 122 251 131 169 184 6=
7 177 19 247 165 57 145 212 26 126 105 53 57 223 204 125 109 143 174 51 102=
189 143 191 80 35 27 133 178 172 7 186 168 158 207 47 135 118 219 2 171 14=
3 87 131 1 188 217 94 212 111 94 225 6 179 65 249 217 184 204 75 8 252 64 2=
20 165 162) #u8(191 232 173 196 149 28 173 210 114 236 63 79 85 170 96 183 =
7 96 74 122 22 141 48 7 14 246 255 240 144 215 225 214 23 107 236 141 98 12=
7 131 156 131 177 174 95 112 112 56 233 105 180 183 136 242 91 8 18 244 186=
160 144 11 171 12 53 236 21 217 94 203 231 214 203 68 120 7 149 56 154 197=
119 114 28 42 66 74 222 159 69 83 214 187 216 245 145 164 71 109 195 32 71=
106 86 154 156 225 73 139 207 4 52 70 76 32 5 144 30 4 225 31 249 87 4 92 =
126 88 30 16 23 143 35 182 91 91 121 176 66 235 211 107 186 94 27 66 212 25=
2 62 135 92 32 26 108 29 116 119 210 50 240 253 178 37 32 223 73 107 140 10=
7 243 249 191 62 226 99 226 164 72 156 20 66 31 128 98 220 64 189 166 224 1=
94 163 202 115 49 90 115 93 210 141 46 105 243 70) #u8(80 25 76 43 90 57 23=
9 219 89 209 121 83 88 14 161 232 182 45 229 153 149 1 123 249 67 106 0 230=
188 142 169 141 191 184 31 38 139 63 127 92 29 32 195 6 121 167 184 81 65 =
92 215 193 187 219 75 127 183 10 17 155 160 40 210 114 74 183 30 54 150 24 =
30 22 81 252 189 196 238 94 223 239 136 215 204 143 129 173 61 126 134 182 =
120 253 28 101 101 66 170 25 171 132 85 96 83 112 183 227 136 158 9 15 51 1=
171 255 81 31 62 120 6 24 224 141 124 10 81 220 159 59 212 106 211 127 71 =
192 133 153 49 91 74 103 243 8 65 85 138 29 109 209 14 86 161 114 16 6 160 =
128 137 113 92 123 220 62 125 131 178 3 191 250 105 30 180 159 158 245 82 1=
46 151 164 172 43 131 61 95 168 158 173 20 201 249 56 96 130 220 12 219 54 =
224 93 79 14))
=2E.. check (obj-e (xdr-read q)) is equal? to #<table #40>
=2E.. check (obj-e (xdr-read q)) is equal? to #<table #41>
=2E.. check (obj-e (xdr-read q)) is equal? to 1565391149.7308993
=2E.. check (obj-e (xdr-read q)) is equal? to 3+5i
=2E.. check (obj-e (xdr-read q)) is equal? to 3/5
=2E.. check (obj-e (xdr-read q)) is equal? to #!eof
=2E.. check (opaque-value (xdr-read q)) is equal? to 1
=2E.. 94 checks OK
=2E.. All tests OK
Test suite: test :std/actor RPC
Test case: test RPC NULL proto
2019-08-09T22:52:29Z [debug] #<thread #43 rpc-server-accept>: accepted conn=
ection from 127.0.0.1:5638
=2E.. check (!!rpc.resolve remoted 'foo) is equal? to #<thread #42>
=2E.. check (!!hello.hello rfoo 'a timeout 1) is equal? to a
=2E.. 2 checks OK
Test case: test RPC COOKIE proto
2019-08-09T22:52:29Z [debug] #<thread #45 rpc-server-accept>: accepted conn=
ection from 127.0.0.1:25243
=2E.. check (!!rpc.resolve remoted 'foo) is equal? to #<thread #44>
=2E.. check (!!hello.hello rfoo 'a timeout 1) is equal? to a
=2E.. 2 checks OK
Test case: test RPC CIPHER proto
2019-08-09T22:52:30Z [debug] #<thread #47 rpc-server-accept>: accepted conn=
ection from 127.0.0.1:25614
=2E.. check (!!rpc.resolve remoted 'foo) is equal? to #<thread #46>
=2E.. check (!!hello.hello rfoo 'a timeout 1) is equal? to a
=2E.. 2 checks OK
Test case: test RPC COOKIE-CIPHER proto
2019-08-09T22:52:30Z [debug] #<thread #49 rpc-server-accept>: accepted conn=
ection from 127.0.0.1:11152
=2E.. check (!!rpc.resolve remoted 'foo) is equal? to #<thread #48>
=2E.. check (!!hello.hello rfoo 'a timeout 1) is equal? to a
=2E.. 2 checks OK
Test case: test RPC errors
2019-08-09T22:52:30Z [error] #<thread #51 rpc-connection>: connection error=
: Connection refused
(std/net/socket/api#ssocket-connect '#<sockaddr* #50 0x635f5540> #f)
2019-08-09T22:52:30Z [debug] #<thread #52 rpc-server-accept>: accepted conn=
ection from 127.0.0.1:17094
2019-08-09T22:52:30Z [warning] #<thread #53 rpc-connection-reader>: cannot =
route message; no actor binding acbd18db-4cc2-f85c-edef-654fccc4a4d8
=2E.. check (with-catch values (cut !!hello.hello rfoo 'a)) is (? rpc-error=
?)
=2E.. check (with-catch values (cut !!hello.hello rfoo 'a)) is (? remote-er=
ror?)
=2E.. check (!!rpc.resolve remoted 'foo) is equal? to #<thread #54>
=2E.. check (with-catch values (cut !!hello.hello rfoo 'a timeout 1)) is (?=
rpc-error?)
=2E.. 4 checks OK
Test case: test RPC monitors
2019-08-09T22:52:31Z [debug] #<thread #56 rpc-server-accept>: accepted conn=
ection from 127.0.0.1:13319
=2E.. check (!!rpc.resolve remoted 'foo) is equal? to #<thread #55>
=2E.. check (!!hello.hello rfoo 'a timeout 1) is equal? to a
=2E.. check (<- ((!rpc.disconnect r) r)) is equal? to #<remote #57>
=2E.. 3 checks OK
=2E.. All tests OK
Test suite: test :std/actor RPC stream
Test case: test basic RPC stream
2019-08-09T22:52:32Z [debug] #<thread #59 rpc-server-accept>: accepted conn=
ection from 127.0.0.1:40149
=2E.. check (!!rpc.resolve remoted 'foo) is equal? to #<thread #58>
=2E.. check x is equal? to 0
=2E.. check x is equal? to 1
=2E.. check x is equal? to 2
=2E.. check x is equal? to 3
=2E.. check x is equal? to 4
=2E.. check end is (? message?)
=2E.. check (message-e end) is (? !end?)
=2E.. 8 checks OK
Test case: test RPC stream ports
2019-08-09T22:52:32Z [debug] #<thread #61 rpc-server-accept>: accepted conn=
ection from 127.0.0.1:10207
=2E.. check (!!rpc.resolve remoted 'foo) is equal? to #<thread #60>
=2E.. check (read inp) is equal? to 0
=2E.. check (read inp) is equal? to 1
=2E.. check (read inp) is equal? to 2
=2E.. check (read inp) is equal? to 3
=2E.. check (read inp) is equal? to 4
=2E.. check (read inp) is (? eof-object?)
=2E.. 7 checks OK
Test case: test RPC stream close
2019-08-09T22:52:32Z [debug] #<thread #63 rpc-server-accept>: accepted conn=
ection from 127.0.0.1:19768
=2E.. check (!!rpc.resolve remoted 'foo) is equal? to #<thread #62>
=2E.. check (read inp) is (? eof-object?)
=2E.. 2 checks OK
=2E.. All tests OK
Test suite: test :std/net/httpd
Test case: test basic handlers
=2E.. check (request-status req) is equal? to 200
=2E.. check (request-text req) is equal? to "nil"
=2E.. check (request-status req) is equal? to 200
=2E.. check (request-text req) is equal? to "hello there!"
=2E.. check (request-status req) is equal? to 200
=2E.. check (request-text req) is equal? to "hello there!"
=2E.. check (request-status req) is equal? to 200
=2E.. check (request-text req) is equal? to "hello there!"
=2E.. check (request-status req) is equal? to 404
=2E.. check (request-text req) is equal? to ""
=2E.. check (request-status req) is equal? to 404
=2E.. check (request-text req) is equal? to "these aren't the droids you ar=
e looking for"
=2E.. 12 checks OK
Test case: test POST handler
=2E.. check (request-status req) is equal? to 200
=2E.. check (request-text req) is equal? to "hello there!"
=2E.. check (request-status req) is equal? to 200
=2E.. check (request-content req) is equal? to #u8(161 106 66 31 35 221 147=
149 32 145 237 250 118 109 140 190 93 148 141 161 43 227 61 11 29 230 170 =
74 161 48 151 112 202 114 224 165 204 81 130 204 90 144 22 168 180 178 213 =
18 119 10 241 3 204 206 151 138 170 136 101 41 72 60 62 35 96 185 106 120 1=
86 230 14 10 5 55 164 242 213 80 209 193 159 140 140 19 26 235 83 183 171 1=
02 48 136 99 143 174 0 178 130 32 244 182 240 15 97 159 190 17 77 53 46 199=
35 48 90 94 230 182 5 4 139 138 149 21 165 196 92 118 168 213 223 74 17 24=
0 86 199 232 156 192 255 236 50 135 233 71 223 55 238 134 216 157 51 252 10=
9 207 36 106 38 226 209 60 240 158 65 79 77 51 221 182 175 232 132 124 37 6=
8 167 198 81 25 144 211 63 201 104 103 71 253 15 99 195 240 81 153 47 247 1=
02 8 28 48 180 144 8 60 204 5 194 139 101 53 89 214 45 244 60 100 254 5 39 =
17 234 41 82 140 118 226 72 10 63 165 217 89 70 51 35 6 73 66 169 151 47 24=
3 244 107 78 62 36 47 84 189 216 197 42 44 215 232 140 19 223 255 164 65 24=
4 24 223 50 12 116 201 20 73 82 147 202 111 192 174 194 8 239 174 164 96 53=
42 145 21 15 50 194 24 46 230 132 45 229 62 107 124 55 19 67 65 142 143 22=
66 78 82 169 110 83 29 249 94 194 215 202 139 94 143 179 191 11 80 213 36 =
244 121 166 169 121 215 17 199 203 253 250 244 143 75 153 236 167 95 254 25=
5 196 35 182 96 236 187 79 194 61 225 199 17 166 188 97 57 187 112 9 21 149=
0 78 39 104 223 56 251 38 231 165 231 191 218 97 155 189 97 47 197 52 15 1=
76 187 122 242 57 104 26 153 187 96 227 5 206 21 59 246 195 229 152 42 252 =
58 193 7 168 26 242 184 194 131 174 182 209 235 43 19 13 111 14 128 211 171=
228 27 168 17 89 170 184 56 20 242 122 17 67 36 118 243 176 194 158 0 174 =
21 33 249 11 83 45 253 239 71 211 87 25 250 201 160 79 97 88 173 169 200 79=
37 214 206 7 194 160 108 11 163 98 129 90 15 13 211 23 43 11 17 8 247 62 6=
5 131 108 126 98 122 245 184 100 91 210 199 76 149 79 177 83 51 201 76 4 56=
71 179 118 158 1 183 172 199 239 112 211 69 253 202 31 24 136 250 81 221 2=
3 243 233 221 255 120 248 155 212 190 226 244 203 194 64 59 11 131 199 156 =
68 100 143 148 48 63 18 18 30 190 84 139 173 251 82 45 170 162 170 51 110 1=
3 71 75 140 241 181 63 34 143 226 113 219 202 36 41 198 186 169 242 8 253 2=
52 61 184 240 148 236 104 112 67 159 133 236 17 33 4 138 246 172 192 64 22 =
246 99 98 101 48 101 248 234 251 149 68 243 193 30 104 5 43 64 219 129 29 1=
68 91 138 193 79 7 32 123 185 36 165 64 187 96 58 74 61 56 80 11 153 234 5 =
0 83 125 69 68 76 105 199 90 159 194 96 127 177 192 215 96 80 17 92 163 176=
134 90 124 27 124 250 90 19 185 78 251 125 95 207 156 159 136 227 9 167 20=
7 136 216 79 182 24 231 136 187 97 12 211 190 156 60 105 243 103 219 112 13=
4 198 218 98 213 106 243 50 149 110 86 204 87 160 94 110 142 56 14 140 135 =
233 174 138 154 203 44 49 35 187 13 216 6 55 237 48 39 4 7 136 30 6 204 51 =
0 68 210 29 36 152 21 109 41 172 233 86 205 166 82 247 13 122 234 2 198 222=
173 159 135 233 95 116 37 84 46 138 235 170 188 119 240 145 173 240 61 184=
83 74 33 231 37 106 231 224 212 120 182 153 135 8 48 1 141 42 179 169 56 1=
07 52 115 217 152 162 176 42 12 83 250 177 30 85 190 141 32 139 121 38 39 2=
38 174 30 83 195 234 51 221 155 65 50 148 94 243 205 138 6 194 106 67 163 4=
7 138 21 228 33 36 80 244 191 135 50 65 88 1 223 102 152 236 115 240 60 202=
64 38 41 22 64 163 121 84 37 210 37 58 249 139 108 160 58 29 154 173 177 8=
9 41 204 8 54 223 67 132 201 87 114 64 176 119 219 82 84 99 149 91 164 115 =
190 135 127 195 28 81 23 226 134 98 6 49 152 4 122 24 94 125 9 211 113 146 =
90 173 10 126 142 116 145 238 11 57 90 211 231 146 65 242 158 252 161 251 1=
68 5 213 8 97 48 5 69 226 74 125 200 144 76 130 89 3 223 102 244 211 251 19=
7 125 226 219 132 213 0 172 49 139 65 81 231 209 88 166 125 82 122 111 165 =
249 158 248 38 40 173 2 73 41 98 42 91 234 146 84 8 163 127 7 144 41 128 24=
6 18 69 171 145 160 54 63 38 156 44 248 31 75 215 206 121 160 54 88 195 75 =
109 137 200 238 118 222 106 154 104 209 121 162 167 185 91 114 199 193 195 =
178 90 5 142 9 250 137 247 35 67 206 237 227 195 163 217 240 167 164 179 24=
115 10 91 48 91 223 189 213 198 16 28 0 6 80 101 55 93 96 142 108 107 10 1=
85 36 56 216 140 66 254 199 4 232 120 197 199 114 153 125 118 58 188 237 28=
208 92 55 245 138 124 75 122 128 222 32 61 195 128 242 150 125 144 52 112 =
175 141 0 232 0 149 109 130 158 140 178 17 38 113 157 98 201 163 224 60 8 9=
7 129 167 56 179 128 95 158 103 223 85 180 235 89 236 208 191 88 46 217 40 =
134 35 221 165 32 129 120 110 51 39 9 189 36 12 254 88 95 245 92 186 171 91=
8 234 147 12 249 116 233 161 192 68 234 58 99 96 125 92 225 241 180 180 7 =
153 213 10 11 224 11 54 137 17 117 63 68 27 189 211 157 31 103 223 103 69 7=
87 112 194 55 205 35 140 105 107 242 125 57 248 236 249 9 129 83 138 44 22=
4 158 162 227 215 196 69 232 144 165 184 56 29 15 37 141 7 212 178 191 178 =
213 242 142 70 242 93 35 2 250 112 173 6 136 187 7 243 133 17 101 111 237 1=
96 152 103 57 30 196 128 153 211 201 12 253 9 138 87 35 90 98 44 121 143 1 =
36 180 63 10 160 46 236 1 80 35 136 196 130 224 17 57 161 1 207 166 61 92 1=
50 152 15 200 8 163 158 35 7 189 128 243 94 40 190 133 136 56 226 64 249 32=
112 21 61 89 227 27 212 52 125 42 129 186 88 66 244 18 210 251 7 192 106 8=
2 137 121 84 188 217 117 133 219 53 43 140 167 38 236 219 230 213 59 36 153=
131 70 211 161 136 222 211 2 49 151 86 240 253 21 187 25 43 58 89 112 222 =
82 198 63 171 103 225 181 30 190 94 113 52 35 6 153 133 148 116 112 34 77 1=
87 129 252 147 47 80 45 192 4 227 242 2 234 69 25 155 90 215 245 120 203 18=
6 203 178 243 26 109 63 251 146 75 25 120 17 236 155 35 142 226 189 31 32 2=
6 204 26 106 151 242 216 233 216 229 97 107 23 53 18 168 95 90 15 140 238 4=
247 58 50 189 33 10 56 172 252 113 215 184 248 210 100 48 23 28 80 124 228=
109 55 49 179 28 31 112 83 142 53 101 4 131 134 131 100 252 107 231 169 76=
57 207 99 29 49 164 150 141 189 167 35 153 179 77 121 101 63 210 15 157 22=
7 119 146 117 189 182 255 188 217 18 245 78 153 18 238 100 114 240 57 187 2=
54 77 17 158 229 194 88 16 252 146 52 214 244 91 35 254 118 37 153 29 224 =
225 161 91 244 228 87 149 196 246 14 12 116 188 179 166 248 188 106 205 132=
140 89 248 3 174 201 169 109 251 174 44 174 250 194 235 31 206 42 209 69 1=
61 58 233 46 8 175 200 101 99 147 25 0 144 223 141 209 24 171 190 216 144 1=
27 103 172 7 193 131 252 195 210 239 81 153 95 143 58 86 18 244 95 120 228 =
85 34 144 255 159 178 209 113 83 211 63 205 58 143 190 64 10 75 230 86 176 =
10 36 70 246 221 221 161 62 186 93 247 157 123 211 163 244 165 70 2 33 31 2=
18 224 62 11 207 170 206 139 97 159 156 42 8 109 227 32 215 34 217 127 189 =
143 204 223 74 104 125 23 190 197 144 45 224 20 209 159 171 141 134 102 174=
111 19 23 131 174 249 110 119 215 242 211 212 244 167 134 108 201 138 188 =
242 148 111 15 223 6 160 6 58 234 116 60 26 176 43 62 169 48 91 206 86 65 2=
47 65 96 24 185 76 75 146 93 41 118 126 25 214 85 26 235 209 102 162 221 44=
251 44 144 254 91 31 34 93 35 24 217 199 244 204 142 116 255 28 86 201 220=
211 76 95 6 255 125 192 236 13 187 53 101 82 174 125 20 220 103 68 83 36 8=
2 134 119 53 120 12 58 90 226 120 201 200 173 240 37 128 57 10 219 35 198 2=
18 255 199 91 108 63 247 200 142 54 207 239 91 66 104 28 111 63 41 60 79 25=
3 18 169 232 50 203 200 9 251 19 124 25 18 190 39 188 26 210 53 89 41 100 7=
8 46 42 248 238 226 63 189 1 218 40 2 10 121 229 35 168 101 127 48 168 227 =
128 192 45 184 181 148 96 233 160 231 157 123 217 232 128 155 213 157 218 9=
9 224 251 135 207 189 134 231 93 42 203 253 194 141 129 178 128 96 206 74 2=
38 51 148 194 52 251 98 75 67 94 139 243 190 222 140 171 105 20 62 108 93 7=
143 204 176 118 103 120 240 234 48 151 151 131 131 15 215 19 127 6 194 81 =
252 184 176 179 223 129 108 80 33 140 29 97 80 170 30 134 223 3 164 87 24 2=
10 247 83 134 138 206 186 143 123 119 70 249 132 234 65 166 150 241 238 125=
175 106 134 167 54 64 21 97 99 227 190 50 207 8 16 52 75 57 103 109 76 84 =
131 48 151 183 235 131 199 124 105 235 129 150 139 151 165 26 177 87 203 17=
1 35 20 45 89 50 200 207 13 244 96 187 210 188 56 68 95 21 177 80 65 85 206=
71 184 180 251 86 136 32 47 87 28 238 188 16 57 27 178 6 71 251 47 145 188=
90 110 23 149 124 194 201 7 139 12 54 91 117 72 18 64 38 35 97 161 132 27 =
164 234 49 68 164 161 252 243 156 105 176 99 17 53 15 157 120 99 106 219 28=
2 16 236 182 154 212 201 227 80 228 139 14 90 110 194 89 29 154 99 207 43 =
182 139 185 155 221 187 141 104 255 114 49 168 75 70 29 57 37 20 231 111 94=
148 242 118 239 41 187 143 217 3 212 182 153 37 234 80 194 203 83 50 39 27=
146 11 150 183 211 27 66 167 122 243 100 163 208 173 44 48 222 254 202 145=
166 77 164 231 201 146 99 234 207 163 132 133 196 238 62 200 113 150 241 1=
42 13 1 109 241 104 100 71 191 207 119 149 8 40 83 68 128 62 203 31 105 102=
221 52 23 88 26 61 83 5 151 214 247 13 236 242 61 190 189 36 136 54 166 42=
10 140 242 243 182 245 150 119 79 72 170 24 255 90 45 108 184 158 137 82 1=
62 143 158 164 93 211 95 63 172 36 200 234 130 32 199 52 21 239 89 61 207 9=
2 30 240 72 187 69 105 200 11 142 142 22 194 193 6 5 55 13 49 60 207 190 14=
4 232 150 200 49 240 65 223 44 7 176 66 94 195 194 216 39 54 234 112 214 12=
93 34 251 81 184 73 42 85 119 25 89 134 69 213 125 122 101 16 187 224 41 9=
9 48 185 49 107 182 215 237 79 149 4 128 93 93 231 125 34 33 48 34 234 206 =
61 149 16 218 147 181 41 190 25 54 91 250 230 237 231 44 212 180 122 194 19=
6 26 157 121 217 19 146 162 140 220 223 103 6 73 119 108 170 122 11 9 224 1=
77 255 174 57 124 52 218 182 31 160 72 77 72 144 102 59 164 172 232 232 166=
47 156 26 88 205 254 68 158 108 119 90 73 255 232 9 22 88 211 174 60 134 2=
54 223 17 83 17 158 190 165 220 68 65 166 8 180 105 243 21 180 68 195 106 7=
3 123 209 179 179 5 113 55 12 223 9 238 15 217 146 11 138 159 255 235 204 2=
19 193 206 101 92 145 254 182 129 163 92 12 103 65 230 122 191 33 158 55 13=
3 169 218 158 109 157 253 225 19 195 253 88 146 233 227 254 83 231 169 114 =
145 72 59 39 41 38 214 162 225 163 214 105 211 84 33 87 96 4 51 172 13 241 =
182 162 7 33 235 5 183 235 104 94 68 233 107 34 234 217 199 205 170 35 176 =
108 42 106 103 174 138 253 116 150 174 212 48 84 164 182 103 248 8 176 215 =
35 53 203 174 194 158 149 199 23 73 72 166 242 38 91 45 42 166 28 115 63 28=
51 229 167 120 104 255 41 57 136 45 148 3 217 107 17 30 113 103 214 42 132=
44 206 24 81 113 34 97 96 199 57 114 105 152 244 57 204 120 119 174 100 25=
0 147 218 200 62 191 3 198 13 224 121 120 71 136 4 26 78 88 173 61 179 94 1=
55 234 134 162 43 249 226 34 42 156 223 140 124 53 84 189 245 79 57 102 188=
194 253 120 92 247 84 162 58 200 207 208 62 163 174 14 134 29 172 144 172 =
228 20 227 37 130 181 51 37 17 173 216 99 178 208 182 116 101 73 196 29 9 3=
6 11 173 94 215 229 161 149 190 139 125 54 202 129 196 164 11 135 11 50 64 =
91 153 54 179 121 227 216 84 97 135 234 92 119 227 210 70 17 15 184 226 227=
4 230 199 41 6 138 199 155 234 35 180 57 201 71 135 173 79 50 56 117 23 26=
176 21 65 45 25 130 33 197 204 136 223 59 218 78 31 140 88 10 193 106 225 =
195 190 152 183 130 23 66 126 148 61 179 9 255 17 8 121 4 92 206 113 140 43=
83 169 71 166 179 212 179 78 193 250 180 119 0 36 42 222 50 151 58 118 47 =
251 75 88 20 196 234 228 130 210 202 180 217 82 211 193 151 53 225 0 71 50 =
100 52 48 201 141 138 157 182 176 240 189 137 135 112 217 166 226 238 199 1=
01 94 242 229 229 61 89 187 131 92 93 3 192 74 40 181 67 144 37 128 196 119=
68 143 162 214 221 187 42 102 135 180 178 141 18 67 82 129 27 174 33 15 25=
5 146 212 189 18 138 85 20 188 94 249 197 99 243 223 91 224 138 110 233 9 2=
25 250 85 78 226 115 249 237 154 34 124 235 93 13 65 106 202 38 144 120 152=
155 161 36 147 50 97 217 6 213 22 172 81 224 157 40 89 27 150 126 214 253 =
228 147 217 37 113 190 59 168 64 180 61 33 139 239 192 57 148 49 234 112 23=
238 140 143 165 253 159 35 6 190 10 101 170 125 24 181 207 255 24 33 5 236=
17 68 88 124 66 79 62 172 56 158 71 226 15 63 251 64 212 151 99 207 188 23=
7 24 182 32 93 53 175 82 55 118 61 242 41 231 158 42 107 11 145 112 50 143 =
167 134 77 37 241 15 64 124 206 92 242 181 247 246 77 0 215 214 80 179 36 1=
82 192 226 85 223 175 123 19 141 203 148 61 85 30 109 15 49 235 48 72 190 2=
3 221 182 233 142 18 46 29 160 114 158 27 20 130 17 97 193 57 119 76 113 25=
175 249 179 74 93 48 124 241 84 214 69 221 32 42 191 141 43 166 129 20 92 =
31 73 203 69 7 207 94 33 43 124 251 232 176 47 42 251 216 158 49 106 35 45 =
166 72 86 159 16 4 163 174 230 186 105 108 170 117 123 146 211 202 26 5 13 =
253 76 94 121 122 12 87 241 90 138 39 55 169 89 105 10 224 107 32 104 19 19=
31 215 56 236 119 219 68 192 210 171 181 202 95 132 42 134 205 125 205 225=
168 3 215 194 60 6 26 207 88 86 91 118 223 186 19 47 151 253 46 120 215 23=
2 165 29 145 106 187 244 26 52 28 133 118 128 124 136 129 104 22 112 161 11=
4 40 223 126 150 221 223 183 20 129 52 101 153 45 179 224 67 73 184 248 4 7=
6 240 51 126 99 29 157 65 217 143 10 204 164 245 199 217 188 145 116 6 253 =
90 85 3 201 73 14 102 196 34 223 198 37 180 20 230 238 157 113 232 46 68 20=
0 242 64 172 8 254 184 138 143 74 19 31 214 191 82 236 244 156 128 125 181 =
195 103 147 162 101 50 114 10 142 165 249 65 228 139 119 243 92 67 132 42 2=
33 203 43 87 128 249 59 251 10 189 117 226 188 20 129 105 116 206 214 9 106=
232 52 106 226 48 6 61 193 153 180 66 49 82 171 43 127 247 57 179 172 249 =
39 172 82 58 223 111 124 21 74 17 226 130 165 248 18 42 99 101 251 232 221 =
83 15 204 33 170 225 52 164 205 223 175 179 217 1 103 95 172 111 84 199 148=
248 101 21 64 249 238 98 193 95 223 36 149 14 134 242 151 32 57 143 68 167=
241 96 71 237 38 242 195 66 246 228 242 82 25 203 152 145 116 69 136 226 3=
5 165 189 241 83 48 21 43 224 198 246 77 234 252 83 157 253 202 155 172 82 =
156 48 214 56 207 200 168 249 120 229 173 166 74 123 117 252 121 21 214 234=
143 199 52 209 15 215 15 99 240 213 47 244 45 152 84 75 7 102 54 98 122 24=
9 182 196 39 138 63 168 109 250 17 145 7 4 115 40 69 137 31 245 103 16 209 =
157 159 50 14 146 195 240 38 58 201 53 242 171 201 31 115 157 163 158 151 1=
98 77 83 54 190 198 66 254 21 221 110 184 185 251 95 49 204 65 73 6 198 156=
60 6 247 120 227 209 159 112 126 116 133 215 75 230 238 102 68 76 224 146 =
169 142 26 242 123 71 225 169 104 107 204 169 105 84 83 129 27 24 116 112 1=
49 157 175 109 143 135 137 102 178 3 80 165 148 87 205 95 45 136 94 104 162=
146 64 135 157 194 21 96 221 88 174 66 89 54 27 169 201 102 109 86 134 0 1=
16 166 42 95 136 138 10 139 217 157 29 181 24 122 249 140 28 205 193 61 164=
233 33 87 209 110 57 89 246 150 91 150 24 198 65 70 249 64 157 54 135 227 =
217 18 140 254 81 55 37 235 39 0 15 93 11 61 18 155 76 30 68 229 151 103 14=
8 187 171 123 135 18 90 42 2 102 49 63 45 245 2 177 147 2 17 221 226 46 59 =
55 174 59 170 49 68 122 250 9 170 106 92 155 190 30 190 250 201 177 70 228 =
75 196 13 146 31 115 194 254 172 6 76 255 69 199 18 81 244 138 54 103 33 75=
8 169 138 214 211 29 67 21 33 143 186 227 25 253 47 18 158 143 159 58 28 1=
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19 13 102 224 154 108 84 234 37 146 48 84 104 9 180 145 84 223 129 29 212 1=
96 241 140 143 108 16 102 100 189 169 116 110 233 150 208 143 218 199 191 8=
6 93 182 63 187 46 177 42 92 162 69 120 71 146 4 175 132 41 153 247 55 1 17=
0 198 215 34 91 80 118 196 173 150 57 101 129 131 232 254 221 154 21 129 18=
2 151 39 134 92 116 3 71 44 76 238 110 58 253 130 155 173 120 134 45 131 15=
5 197 29 119 98 28 164 107 26 120 125 66 171 166 181 219 79 106 121 33 169 =
59 189 135 227 118 113 49 171 11 237 97 20 203 18 20 194 49 252 236 215 86 =
37 74 128 57 61 6 165 177 223 61 158 216 220 209 161 225 17 97 2 94 127 151=
140 211 135 126 182 133 35 190 56 53 207 51 214 89 145 134 219 61 61 194 1=
74 162 38 20 14 61 0 253 145 99 221 61 240 90 226 136 144 203 80 146 55 124=
140 47 47 109 192 246 213 81 142 20 197 75 226 169 25 111 24 54 190 140 13=
3 99 21 170 190 206 134 222 241 37 51 180 198 82 241 193 161 158 249 251 31=
149 129 50 223 39 125 210 211 228 114 160 74 151 200 111 165 61 62 71 31 9=
4 21 98 144 79 117 106 115 238 32 219 147 61 249 205 184 96 12 76 46 176 20=
5 227 199 251 43 144 139 203 123 161 124 21 93 90 121 138 37 204 109 210 19=
7 172 220 147 140 161 145 170 17 160 223 255 99 49 177 25 222 38 190 126 20=
5 196 161 98 100 153 11 79 47 13 159 71 144 27 95 191 59 41 81 8 190 9 118 =
71 24 177 165 245 63 208 184 255 188 178 1 161 39 145 123 203 16 167 136 20=
8 37 63 107 9 197 250 196 196 165 83 17 33 57 61 121 116 215 104 20 121 29 =
174 157 75 230 172 171 169 178 192 83 15 239 63 239 28 157 207 127 211 41 4=
7 214 253 215 1 127 119 135 175 53 132 43 45 247 95 168 132 47 69 86 73 254=
128 30 129 96 120 194 236 112 167 174 71 211 16 62 255 157 0 90 215 251 73=
54 9 201 180 122 95 164 241 206 242 40 86 75 2 104 201 6 110 249 164 64 17=
5 177 254 157 233 210 134 34 168 2 72 0 234 128 32 119 8 150 31 128 39 15 2=
6 133 206 142 129 143 2 202 244 32 11 27 2 139 121 123 11 22 9 229 150 55 7=
1 223 134 157 33 98 142 178 141 18 30 9 214 209 47 11 182 202 36 5 182 224 =
233 37 233 100 77 185 50 117 176 193 174 148 231 86 144 187 56 51 133 16 10=
228 143 215 91 53 173 41 254 18 95 111 118 202 74 30 173 44 121 204 208 97=
185 159 221 49 12 95 26 128 77 50 35 58 117 34 7 170 137 7 155 219 175 242=
244 72 86 252 41 103 88 143 211 159 231 228 122 186 186 242 123 165 147 20=
5 47 112 179 80 86 57 112 200 231 99 15 137 142 48 233 78 73 159 210 128 22=
3 211 101 102 230 254 240 35 158 217 53 14 197 142 39 115 83 238 247 247 10=
8 161 199 173 168 221 76 233 112 9 112 45 195 82 36 61 181 206 111 199 46 1=
68 248 212 8 124 162 87 104 110 235 184 249 118 125 2 203 138 59 251 9 140 =
157 200 53 54 98 68 127 157 146 226 125 169 54 194 218 58 23 190 169 233 14=
8 68 199 196 147 227 180 157 235 144 24 206 214 215 182 12 147 62 37 88 28 =
178 118 106 88 164 157 38 165 244 42 36 37 121 125 64 224 139 106 156 218 1=
98 145 174 39 23 132 167 74 169 24 32 193 212 206 198 83 209 173 185 142 55=
223 42 120 234 215 224 86 137 30 139 177 239 141 247 158 107 189 134 41 20=
6 202 27 240 71 104 135 143 42 172 151 200 106 89 249 187 203 232 157 150 1=
20 215 254 5 180 175 228 48 181 203 157 138 69 14 88 197 203 61 87 103 150 =
126 171 170 100 34 225 63 60 99 202 146 160 166 218 116 63 245 28 119 195 1=
19 183 134 92 87 39 220 151 38 245 83 117 111 123 54 135 6 127 134 40 121 1=
73 128 18 79 203 175 212 184 255 88 226 138 254 95 32 202 14 13 234 202 145=
179 100 166 235 7 253 43 54 31 163 5 37 165 5 238 87 224 193 91 151 199 10=
211 149 104 254 35 198 98 88 154 190 195 110 90 27 165 183 31 253 143 116 =
115 114 200 5 89 242 27 96 1 163 80 133 135 53 161 87 11 176 181 228 196 4 =
69 166 145 192 206 155 17 208 70 30 207 27 53 141 236 55 221 83 184 62 232 =
198 231 248 33 47 244 150 0 152 225 107 57 88 18 20 131 49 52 59 218 247 24=
8 72 128 249 22 139 222 3 48 218 86 153 29 73 80 73 161 183 219 45 129 170 =
230 230 61 144 122 18 164 203 134 157 91 90 189 72 94 223 141 157 227 125 6=
3 211 37 112 156 146 114 254 141 73 51 23 59 174 126 218 254 24 159 239 15 =
46 255 83 38 128 96 54 39 155 118 49 91 40 126 163 83 250 49 171 130 199 33=
4 66 139 81 56 149 181 179 126 209 224 86 87 183 77 187 82 154 150 130 87 =
68 221 122 222 132 111 57 199 208 0 91 186 248 241 36 53 236 40 56 86 162 2=
37 15 138 187 182 40 7 7 40 251 114 125 226 93 148 232 10 69 130 63 116 134=
177 200 175 255 208 84 217 170 64 123 164 245 83 27 179 170 128 12 176 3 2=
13 49 224 5 29 116 220 37 101 14 101 64 107 171 127 203 177 63 179 46 124 6=
3 124 41 224 187 81 222 173 194 44 199 21 225 39 115 94 160 0 57 105 135 12=
2 48 71 33 111 169 105 144 236 201 241 29 88 23 87 88 248 77 199 133 95 240=
93 216 164 5 47 3 82 58 115 200 93 254 22 100 141 202 227 5 243 15 25 29 1=
71 250 102 101 251 173 226 39 208 165 99 225 71 126 3 0 192 217 1 44 134 22=
7 237 249 245 187 73 2 179 244 116 250 131 119 238 157 212 171 39 124 231 1=
08 25 246 169 93 4 147 69 18 18 111 4 152 215 182 197 169 159 205 128 65 58=
182 110 179 118 119 190 103 103 25 11 57 78 170 246 233 11 36 55 194 58 16=
2 118 133 169 50 87 62 34 166 255 184 118 140 61 154 113 111 189 101 60 88 =
163 216 118 160 115 27 206 197 200 207 216 107 176 156 177 113 131 28 114 1=
68 56 81 63 57 148 111 3 196 241 177 204 186 7 240 48 85 78 55 243 243 247 =
78 155 10 126 253 150 213 149 149 221 188 169 194 34 66 237 173 244 85 108 =
49 31 107 17 177 141 90 50 95 52 48 209 25 243 157 193 6 254 196 112 29 16 =
232 142 125 86 9 69 105 18 120 190 193 149 17 45 36 4 173 143 203 246 37 15=
5 31 86 39 231 3 61 203 188 182 102 52 14 139 218 204 132 129 18 51 225 78 =
135 171 151 134 182 229 138 63 39 83 23 248 162 146 187 220 133 98 134 201 =
114 43 33 138 37 21 228 214 60 92 176 24 66 87 136 228 10 81 103 121 73 5 1=
39 4 154 119 197 6 194 135 242 163 195 17 175 60 145 80 215 210 65 147 108 =
186 249 66 72 112 57 214 119 255 141 114 203 126 46 116 138 227 109 126 211=
125 24 247 38 76 126 252 201 210 99 232 5 4 71 54 203 254 86 239 74 63 86 =
189 90 120 150 75 81 146 116 240 187 134 228 34 67 200 77 64 0 175 138 114 =
248 132 238 154 48 181 56 163 51 57 69 67 156 191 73 67 179 41 226 50 48 20=
0 156 123 131 185 155 229 129 1 146 255 106 151 49 60 87 191 3 90 69 87 179=
113 230 190 90 217 200 239 221 146 200 143 87 28 167 12 149 0 51 253 222 1=
43 181 141 109 59 60 109 184 254 100 12 115 87 123 99 108 52 108 64 197 239=
179 201 167 204 182 152 110 175 239 100 172 64 174 67 189 234 237 177 160 =
14 98 179 118 157 62 67 234 48 88 58 87 228 230 14 166 43 218 104 129 56 38=
212 52 59 169 56 57 19 108 91 170 32 179 213 148 41 47 87 218 143 143 213 =
96 219 80 162 56 167 63 254 102 49 92 247 48 38 106 120 215 63 113 48 39 24=
8 78 17 22 1 224 57 242 180 48 154 44 183 246 110 62 227 78 231 123 210 255=
132 176 10 99 44 84 40 234 212 7 71 104 196 57 149 23 48 49 147 182 26 96 =
8 180 156 80 37 113 180 231 172 127 103 235 45 52 87 156 213 225 86 244 51 =
30 181 122 97 74 82 249 35 37 59 44 79 255 73 89 203 100 126 82 84 196 252 =
102 135 177 178 59 64 241 171 59 167 173 10 211 21 112 184 171 113 209 209 =
5 188 203 19 109 4 52 25 10 76 231 150 181 191 33 98 30 96 124 39 194 18 24=
8 72 175 9 166 28 23 85 234 149 253 146 220 55 237 65 249 251 28 172 28 153=
30 34 159 78 25 7 31 5 65 146 102 132 156 59 245 83 6 223 2 95 103 82 208 =
59 143 221 68 92 179 230 29 233 92 136 96 68 200 182 53 14 66 231 94 55 177=
60 104 139 64 202 172 130 142 59 21 112 173 160 239 18 217 177 231 42 164 =
89 75 55 235 20 229 138 161 245 214 104 121 100 201 227 189 251 250 69 88 1=
05 126 132 163 124 152 197 56 248 207 172 165 48 176 2 131 183 152 130 142 =
210 114 119 20 212 171 72 174 166 72 130 214 209 156 52 107 168 58 120 145 =
125 82 119 73 226 139 129 243 165 215 226 211 167 229 67 194 38 67 39 83 23=
0 182 188 134 4 111 14 201 172 151 195 202 37 33 56 199 57 5 135 88 180 113=
222 140 144 102 250 75 102 227 35 210 227 76 28 49 220 174 66 99 93 123 3 =
91 14 26 154 39 179 192 45 219 58 221 56 204 126 208 202 204 15 181 204 64 =
88 243 75 55 34 181 186 111 186 167 101 183 82 44 132 58 171 21 240 167 99 =
94 55 0 178 87 103 95 27 202 104 229 95 231 143 105 29 89 141 156 100 12 13=
4 6 207 63 26 93 54 126 118 186 211 149 202 227 181 246 150 34 226 19 52 92=
70 57 27 196 117 235 31 133 220 81 90 26 159 113 120 49 172 227 217 62 100=
7 114 200 55 42 191 60 169 67 5 3 220 112 190 92 21 106 86 4 25 75 119 60 =
163 201 3 223 102 183 182 164 70 40 171 9 49 211 191 166 109 109 208 46 254=
227 59 111 170 139 174 22 192 155 41 46 170 148 45 94 65 202 245 189 85 17=
2 167 193 45 95 227 163 119 223 120 32 53 68 6 169 200 39 253 152 69 238 25=
0 185 170 89 148 136 235 111 37 190 243 19 59 125 250 57 185 48 208 100 182=
7 227 180 255 6 251 69 249 170 166 242 6 236 61 78 190 58 9 20 253 231 104=
5 160 132 150 134 222 27 173 123 117 174 90 27 44 153 181 233 20 74 249 55=
164 232 109 196 13 55 119 134 177 102 61 42 27 95 19 144 243 208 91 152 17=
4 126 138 231 243 4 10 66 51 49 72 60 97 44 11 69 57 82 63 193 218 106 210 =
224 74 95 66 37 97 43 179 141 194 113 74 55 213 137 228 152 134 126 214 216=
200 15 36 139 183 185 196 142 76 202 245 111 86 188 223 87 135 100 67 68 7=
8 253 248 206 198 246 231 145 117 176 227 38 164 58 19 160 230 14 75 151 10=
6 112 171 148 127 9 201 117 110 241 159 68 249 29 133 236 242 51 172 101 40=
178 247 233 60 177 149 246 167 95 16 191 33 175 67 89 138 113 148 134 34 1=
36 220 240 190 116 28 52 72 77 111 237 184 1 159 48 48 67 18 175 222 180 4 =
202 255 194 33 25 50 132 116 120 18 143 51 42 227 25 81 209 221 74 154 62 3=
4 165 13 191 17 64 53 112 224 152 152 88 197 152 63 123 65 33 119 78 222 5 =
248 46 14 252 61 87 249 146 193 226 167 118 151 26 77 206 130 188 64 154 93=
117 96 59 137 216 47 240 79 7 36 181 240 235 255 71 129 237 19 195 150 225=
57 138 190 31 52 155 78 11 88 42 114 133 76 106 120 25 104 217 10 49 110 2=
9 73 18 61 52 53 20 54 21 69 60 180 155 240 235 165 255 107 222 183 33 103 =
74 37 162 205 248 162 101 28 69 149 21 237 200 208 14 45 253 200 223 83 203=
235 5 217 78 48 162 70 43 103 195 149 182 47 31 118 19 2 155 63 220 99 202=
133 204 86 223 255 32 100 81 21 144 41 233 172 70 233 142 218 66 228 147 1=
5 217 156 212 6 235 2 249 38 110 58 53 75 31 104 136 234 31 7 245 237 49 87=
158 48 110 151 95 207 147 30 103 58 139 128 202 70 214 137 191 216 226 254=
249 75 159 66 116 8 189 3 0 33 142 187 68 21 190 149 90 36 105 111 105 113=
144 246 185 33 94 88 142 182 55 156 108 38 98 171 34 122 163 223 74 142 23=
3 67 90 118 222 50 75 211 209 11 55 38 87 105 176 164 98 94 189 208 68 144 =
175 99 34 69 218 200 186 116 85 45 227 179 55 141 214 245 16 76 57 232 227 =
72 59 63 33 25 12 44 104 153 242 236 52 200 234 174 195 89 90 46 105 246 19=
8 1 45 88 0 135 38 64 4 177 71 89 176 5 179 241 101 108 235 189 230 201 29 =
243 202 248 178 193 21 143 149 67 226 254 59 17 27 209 95 116 229 220 5 74 =
247 146 242 187 94 198 205 135 5 11 125 167 16 170 183 192 176 190 49 252 2=
20 10 8 204 224 203 29 212 149 116 112 119 85 44 1 162 201 192 49 50 31 104=
128 118 215 221 140 140 95 222 255 243 254 8 77 14 0 108 219 162 223 62 9 =
107 130 138 86 119 168 165 139 63 5 174 6 95 180 82 182 251 224 63 234 29 2=
15 183 192 65 49 237 134 117 56 101 112 189 234 38 37 104 63 129 144 20 111=
139 25 55 2 33 36 201 74 236 151 28 18 195 90 206 6 72 175 40 70 252 237 1=
9 117 65 34 50 65 244 217 10 169 3 249 37 180 240 46 74 250 116 206 107 252=
150 40 74 111 221 178 80 202 86 54 210 115 47 50 201 101 1 49 196 10 133 5=
2 223 97 90 169 112 95 186 134 177 210 61 149 217 192 249 93 157 160 210 24=
3 191 209 210 150 134 10 174 188 186 80 228 174 234 14 220 182 53 181 227 2=
5 92 182 164 155 211 221 255 93 154 75 72 160 182 175 132 220 222 27 235 77=
91 204 182 201 176 170 192 154 146 9 162 143 92 39 172 60 52 141 76 205 16=
3 190 97 106 193 137 20 193 85 253 190 0 29 237 198 176 121 46 141 182 213 =
48 60 251 13 109 244 41 247 60 38 27 175 8 102 73 216 115 106 178 101 79 13=
5 63 142 137 198 167 119 236 15 174 230 167 10 35 215 36 182 119 114 225 23=
6 12 98 86 128 98 40 53 176 245 57 231 178 136 77 207 141 129 104 163 26 14=
1 148 89 206 128 11 127 92 55 81 155 166 134 174 52 162 45 13 217 93 252 17=
6 84 73 184 35 52 153 174 111 36 247 51 153 226 14 60 212 32 233 191 176 44=
117 247 229 217 157 200 200 27 138 3 171 127 4 101 138 209 8 4 82 96 78 14=
5 134 34 174 47 100 123 10 200 105 193 158 246 10 138 6 186 207 53 202 224 =
192 144 182 4 7 93 183 156 23 211 73 234 151 49 130 124 151 136 118 215 175=
230 7 128 221 107 65 96 150 197 241 217 162 186 52 213 236 29 192 118 67 1=
31 11 126 83 246 101 41 53 136 253 7 244 127 255 195 195 102 190 167 126 21=
3 27 5 233 190 253 159 77 105 45 246 245 226 240 164 131 52 52 150 172 18 0=
11 204 7 68 81 250 109 151 29 3 167 22 254 16 62 219 66 245 222 148 155 19=
6 133 211 217 136 64 197 95 108 33 104 217 45 216 182 238 4 249 174 110 61 =
207 232 68 113 138 91 64 75 189 105 89 184 95 191 86 238 20 54 196 254 14 1=
74 170 44 170 237 250 49 51 15 189 251 137 217 194 108 124 159 147 109 172 =
11 240 172 187 151 215 112 135 154 33 81 1 102 153 223 245 95 216 125 8 0 4=
0 231 42 55 234 238 132 137 17 136 34 101 105 249 23 192 13 180 85 239 219 =
27 113 120 151 196 145 96 82 224 210 181 76 1 74 57 84 103 51 38 148 47 112=
60 249 198 171 99 118 223 123 105 223 245 253 231 56 248 218 228 141 24 16=
5 58 203 173 229 231 210 45 211 230 225 50 110 161 193 158 18 124 30 156 20=
1 209 1 165 26 117 99 122 76 29 34 31 246 177 200 205 30 152 243 145 210 1 =
50 36 218 150 179 124 171 47 132 249 171 152 157 8 128 93 177 174 166 182 8=
9 5 144 73 46 231 168 143 33 222 59 154 135 229 142 222 6 193 45 170 27 150=
75 93 114 155 46 255 51 213 77 207 155 74 79 241 143 200 168 21 87 143 5 1=
49 164 166 113 186 7 245 72 202 123 66 138 172 99 222 56 87 4 189 251 184 1=
25 94 153 249 245 80 195 214 231 139 200 234 221 191 126 38 152 204 141 138=
145 32 236 147 74 137 225 242 200 162 31 151 197 110 145 14 105 3 172 215 =
120 227 109 31 196 145 188 173 135 109 197 165 40 98 125 110 245 178 174 57=
205 61 165 239 164 102 39 177 130 150 159 232 141 69 254 178 180 221 110 1=
83 14 220 67 33 20 163 215 204 12 209 235 90 140 172 117 96 136 127 103 179=
163 120 54 129 35 189 6 95 56 83 107 115 78 70 138 93 66 109 14 161 251 15=
1 205 62 246 54 208 218 180 58 217 181 16 173 1 148 162 117 129 73 216 249 =
47 92 118 217 79 149 150 188 161 38 184 40 115 1 199 248 58 78 190 83 67 91=
89 153 235 97 68 244 64 42 70 188 171 139 138 164 27 227 230 203 240 62 15=
1 4 122 149 60 200 80 180 104 211 138 242 32 149 6 92 15 224 207 71 138 118=
219 202 205 254 100 180 95 156 186 239 30 231 222 226 54 41 156 6 73 52 18=
7 45 93 137 211 219 63 200 197 29 106 115 61 186 189 152 98 203 103 0 217 2=
2 201 188 139 35 214 180 49 192 8 68 81 190 200 56 238 152 73 160 108 133 2=
36 114 55 141 190 160 29 146 185 85 177 115 245 241 201 220 143 15 233 32 5=
3 132 191 109 251 250 31 97 148 57 175 173 118 33 87 228 162 106 63 151 229=
2 27 89 211 40 97 253 66 76 31 142 141 188 179 47 164 145 34 26 177 117 20=
5 106 193 220 124 15 40 167 187 126 231 18 154 39 185 71 141 109 120 24 116=
155 252 58 24 140 154 30 208 17 146 32 21 154 80 136 245 41 158 181 38 52 =
119 128 117 201 239 11 155 181 136 210 249 141 36 33 169 26 158 24 208 128 =
166 215 251 113 84 15 123 5 161 121 183 119 230 239 28 108 81 174 216 8 3 7=
0 72 52 3 5 53 169 191 227 82 127 230 172 137 162 53 152 129 207 229 239 23=
6 94 144 230 157 93 17 87 239 194 52 1 192 56 93 253 184 221 173 30 205 37 =
11 187 47 134 123 228 37 84 71 254 171 23 168 138 147 208 174 170 170 82 18=
5 236 227 5 58 37 132 227 226 136 254 82 60 229 33 205 133 216 232 236 180 =
38 100 46 226 130 165 2 128 75 27 86 82 29 126 146 146 122 217 121 152 20 7=
8 76 253 128 91 182 138 39 62 121 78 244 106 249 8 53 103 253 150 115 110 4=
4 73 221 229 221 91 31 84 126 10 26 110 170 248 177 27 234 4 170 180 207 22=
7 152 108 87 149 142 142 48 58 158 67 25 194 235 0 147 97 105 40 104 91 186=
183 211 19 18 72 2 80 211 145 182 106 89 213 43 125 111 1 84 133 254 102 2=
25 134 15 229 211 35 246 247 110 37 78 161 111 206 4 99 109 93 112 175 178 =
148 128 100 238 88 213 159 203 37 123 78 30 242 34 81 189 73 100 0 170 75 1=
64 122 17 33 7 202 126 222 179 18 130 137 186 143 57 212 3 47 17 53 37 179 =
167 142 177 19 58 165 131 49 126 48 104 201 117 151 44 134 130 81 227 124 1=
42 215 166 146 26 59 27 87 66 33 168 163 237 33 109 133 121 86 61 97 86 215=
104 91 160 216 29 43 157 254 254 103 220 39 249 210 134 129 131 2 227 240 =
205 231 132 154 180 255 68 61 16 83 187 154 82 97 33 240 73 162 103 213 207=
137 120 36 99 147 107 196 28 189 119 15 58 119 208 105 162 33 31 184 112 5=
1 36 50 253 72 168 123 195 64 25 103 250 218 37 55 170 44 39 142 6 63 5 129=
86 229 84 190 33 73 26 193 240 180 48 158 14 52 90 110 223 130 139 39 74 6=
7 27 11 125 62 188 84 43 132 136 115 151 164 199 122 56 145 46 177 81 2 237=
1 246 29 137 248 1 34 23 42 103 87 77 15 53 140 31 27 31 251 208 199 188 4=
175 222 58 82 11 231 208 228 106 229 135 138 165 195 48 198 40 131 85 110 =
179 160 100 247 39 41 193 76 81 165 218 101 186 96 147 64 216 248 39 95 228=
82 124 125 254 168 215 112 36 6 182 149 141 62 227 166 188 120 21 215 191 =
67 83 48 51 25 157 93 61 93 83 54 177 167 117 31 138 239 253 229 62 104 46 =
105 158 205 68 203 113 153 131 7 2 107 127 254 150 149 112 197 97 153 71 25=
3 87 29 168 182 232 218 11 245 113 203 70 205 139 154 54 248 148 123 106 25=
0 109 152 193 46 129 231 82 27 193 33 24 218 209 198 8 246 74 94 73 35 67 1=
2 96 150 84 163 166 26 212 180 39 249 106 150 167 93 54 117 83 116 217 213 =
200 57 162 218 109 243 4 86 253 46 148 171 48 184 116 108 212 63 158 173 70=
43 101 70 47 113 51 106 62 131 169 203 58 140 37 254 78 235 86 38 137 227 =
33 18 141 101 147 110 21 51 185 107 34 110 135 85 192 129 150 17 170 55 110=
253 59 95 244 177 240 198 97 34 125 175 115 181 162 30 143 227 249 144 161=
172 184 219 215 159 175 252 34 178 42 56 8 44 63 114 180 240 8 14 235 194 =
73 70 186 222 203 150 73 129 121 253 173 107 114 249 171 1 237 76 10 192 37=
26 10 60 151 56 193 247 120 117 1 61 144 71 158 42 106 39 144 77 88 228 23=
2 237 6 251 182 86 153 174 80 97 167 118 162 52 203 159 68 88 231 177 65 21=
7 237 248 168 151 42 236 81 50 119 165 34 33 168 192 28 32 113 144 249 49 1=
00 61 191 218 75 144 4 77 95 227 17 48 1 196 246 211 209 147 95 181 189 99 =
40 211 226 229 115 217 79 69 166 81 63 140 172 96 85 134 232 18 225 183 155=
76 100 127 180 215 223 11 242 64 4 190 194 90 55 241 141 87 153 179 176 10=
6 169 217 103 229 103 236 17 167 190 66 22 25 139 60 45 68 93 159 69 119 25=
60 121 61 227 215 154 94 237 178 110 189 245 235 201 48 175 96 133 86 22 2=
00 41 88 248 126 156 157 1 175 126 36 56 132 28 159 133 81 144 12 109 165 7=
6 128 56 179 231 35 225 89 17 219 158 206 97 181 17 217 138 167 168 50 218 =
165 170 52 241 119 214 232 149 175 189 47 49 172 116 218 220 236 225 48 97 =
186 191 42 67 220 104 136 76 195 207 58 177 112 43 99 208 113 224 105 47 17=
0 202 115 176 199 253 8 199 194 239 182 54 22 169 255 213 122 59 4 125 23 2=
45 155 75 31 194 186 30 195 66 40 205 232 71 169 204 95 181 213 216 118 42 =
71 216 60 110 87 51 251 198 116 192 204 216 45 66 187 251 123 131 252 166 5=
9 53 54 184 254 20 218 36 143 194 55 79 14 220 1 99 22 132 72 82 91 56 210 =
64 245 4 254 62 122 80 238 62 134 100 124 183 160 44 164 24 22 208 122 206 =
132 190 104 214 252 101 79 175 199 58 175 84 166 221 69 210 102 217 51 158 =
129 133 9 40 157 222 34 26 194 253 176 133 30 116 83 121 83 126 101 165 125=
229 221 92 178 161 33 211 129 161 79 228 56 120)
=2E.. 4 checks OK
=2E.. All tests OK
Test suite: test :std/net/sasl
Test case: test SCRAM-SHA-1
=2E.. check (scram-client-first-message ctx r) is equal? to "n,,n=3Duser,r=
=3Dfyko+d2lbbFgONRv9qkxdawL"
=2E.. check (scram-client-first-server-message! ctx sfm) is (? void?)
=2E.. check (scram-client-final-message ctx) is equal? to "c=3Dbiws,r=3Dfyk=
o+d2lbbFgONRv9qkxdawL3rfcNHYJY1ZVvWVs7j,p=3Dv0X8v3Bz2T0CJGbJQyF0X+HI4Ts=3D"
=2E.. check (scram-client-final-server-message! ctx ssm) is (? void?)
=2E.. 4 checks OK
Test case: test SCRAM-SHA-256
=2E.. check (scram-client-first-message ctx r) is equal? to "n,,n=3Duser,r=
=3DrOprNGfwEbeRWgbNEkqO"
=2E.. check (scram-client-first-server-message! ctx sfm) is (? void?)
=2E.. check (scram-client-final-message ctx) is equal? to "c=3Dbiws,r=3DrOp=
rNGfwEbeRWgbNEkqO%hvYDpWUa2RaTCAfuxFIlj)hNlF$k0,p=3DdHzbZapWIk4jUhN+Ute9yta=
g9zjfMHgsqmmiz7AndVQ=3D"
=2E.. check (scram-client-final-server-message! ctx ssm) is (? void?)
=2E.. 4 checks OK
=2E.. All tests OK
Test suite: test :std/protobuf
Test case: test basic encodings
=2E.. check (marshal (Test1 a 150) bio-write-Test1) is equal? to #u8(8 150 =
1)
=2E.. check (marshal (Test2 b testing) bio-write-Test2) is equal? to #u8(18=
7 116 101 115 116 105 110 103)
=2E.. check (marshal (Test3 c (Test1 a 150)) bio-write-Test3) is equal? to =
#u8(26 3 8 150 1)
=2E.. check (marshal (Test4 d (@list 3 270 86942)) bio-write-Test4) is equa=
l? to #u8(34 6 3 142 2 158 167 5)
=2E.. 4 checks OK
Test case: test marshal/unmarshal
=2E.. check (unmarshal (marshal obj bio-write-e) bio-read-e) is equal? to #=
<Test1 #64 a: 150>
=2E.. check (unmarshal (marshal obj bio-write-e) bio-read-e) is equal? to #=
<Test2 #65 b: "testing">
=2E.. check (unmarshal (marshal obj bio-write-e) bio-read-e) is equal? to #=
<Test3 #66 c: #<Test1 #67 a: 150>>
=2E.. check (unmarshal (marshal obj bio-write-e) bio-read-e) is equal? to #=
<Test4 #68 d: (3 270 86942)>
=2E.. check (unmarshal (marshal obj bio-write-e) bio-read-e) is equal? to #=
<Test5 #69 e: (#<Test1 #70 a: 150> #<Test1 #71 a: 300>)>
=2E.. check (unmarshal (marshal obj bio-write-e) bio-read-e) is equal? to #=
<Test6 #72 a: -3 b: -5 c: 10 d: -20 e: 100 f: -100 g: 3.5 h: 7.>
=2E.. 6 checks OK
Test case: test oneof
=2E.. check (unmarshal (marshal obj bio-write-e) bio-read-e) is equal? to #=
<A #73 a: (s: . "abc")>
=2E.. check (unmarshal (marshal obj bio-write-e) bio-read-e) is equal? to #=
<A #74 a: (i: . 123)>
=2E.. 2 checks OK
Test case: test map
=2E.. check (unmarshal (marshal obj bio-write-e) bio-read-e) is equal? to #=
<B #75 c: #<table #76>>
=2E.. 1 checks OK
Test case: test parser
=2E.. check (gx#import-module (path-expand potpourri-test.proto (path-direc=
tory (this-source-file)))) is (? gx#module-context?)
=2E.. 1 checks OK
Test case: test import
=2E.. check (gx#import-module (path-expand potpourri-test2.proto (path-dire=
ctory (this-source-file)))) is (? gx#module-context?)
=2E.. 1 checks OK
=2E.. All tests OK
Test suite: test :std/db/sqlite
Test case: prepare table
=2E.. check (sql-exec stmt) is equal? to #!void
=2E.. check (sql-exec stmt) is equal? to #!void
=2E.. check (sql-exec stmt) is equal? to #!void
=2E.. 3 checks OK
Test case: read and modify table
=2E.. check (sql-query stmt) is equal? to (#("John" "Smith" "very secret") =
#("Marc" "Smith" "oh so secret"))
=2E.. check (sql-query stmt) is equal? to (#("John" "Smith" "very secret"))
=2E.. check (sql-exec stmt) is equal? to #!void
=2E.. check (sql-query stmt) is equal? to (#("John" "Smith" "very secret"))
=2E.. 4 checks OK
=2E.. All tests OK
Test suite: test :std/net/socket
Test case: test socket-server
=2E.. check (send+recv sock Hello) is equal? to "Hello"
=2E.. check (send+recv sock Test) is equal? to "Test"
=2E.. check (send+recv sock 1.2.3.4.5) is equal? to "1.2.3.4.5"
=2E.. 3 checks OK
Test case: test socket-server multiple connections
=2E.. check (send+recv conn-2 BBB) is equal? to "BBB"
=2E.. check (send+recv conn-1 AAA) is equal? to "AAA"
=2E.. 2 checks OK
=2E.. All tests OK
Test suite: test :std/os/signal-handler
Test case: test basic signal handling
=2E.. check (thread-receive) is equal? to 1
=2E.. check (thread-receive) is equal? to 30
=2E.. check (thread-receive) is equal? to 1
=2E.. 3 checks OK
=2E.. All tests OK
--- Test Summary
test :std/generic support: OK
test :std/generic macros: OK
test :std/coroutine: OK
test :std/iter: OK
test :std/amb: OK
test :std/event: OK
test :std/text/csv: OK
test :std/text/json: OK
test :std/text/utf8: OK
test :std/misc/string: OK
test :std/misc/list: OK
test :std/misc/channel: OK
test :std/misc/lru: OK
test :std/misc/func: OK
test :std/misc/queue: OK
test :std/misc/deque: OK
test :std/misc/pqueue: OK
test :std/misc/rbtree: OK
test :std/misc/barrier: OK
test :std/misc/completion: OK
test :std/actor/xdr: OK
test :std/actor RPC: OK
test :std/actor RPC stream: OK
test :std/net/httpd: OK
test :std/net/sasl: OK
test :std/protobuf: OK
test :std/db/sqlite: OK
test :std/net/socket: OK
test :std/os/signal-handler: OK
OK
