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6781d45ede
urbit/gen/ford-turbo.hoon
Elliot Glaysher 6781d45ede Implement the %dude schematic
2018-05-10 15:18:12 -07:00

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/+ ford-turbo, tester
::
:- %say
|= [[now=@da eny=@ =beak] ~ ~]
:- %noun
=+ tester:tester
::
=/ test-pit=vase !>(.)
=/ ford-gate (ford-turbo test-pit)
::
|^
=- ((slog -) ~)
^- tang
;: weld
test-tear
test-is-schematic-live
test-date-from-schematic
test-unify-jugs
test-resource-wire-encoding
test-literal
test-autocons-same
test-autocons-different
test-scry-clay-succeed
test-scry-clay-fail
test-scry-clay-block
test-scry-clay-live
test-scry-clay-live-again
test-scry-clay-same-path
test-pinned-in-past
test-pinned-in-future
test-pinned-in-pin
test-pinned-in-live
test-live-build-that-blocks
test-live-and-once
test-live-two-deep
test-live-three-deep
test-live-triangle
test-live-and-pinned-triangle
test-call
test-call-scry-succeed
test-call-scry-fail
test-call-scry-block
test-call-scry-varies
test-dude
test-dude-error
test-slim
test-slit
test-slit-error
test-ride
test-ride-scry-succeed
test-ride-scry-fail
test-ride-scry-block
test-ride-scry-promote
test-five-oh-fora
test-alts
test-alts-and-live
test-double-alts
test-cache-reclamation-trivial
test-cache-reclamation-live-rebuild
test-cache-reclamation-live-promote
test-five-oh-cache-reclamation
test-reef
test-path
test-plan-direct-hoon
==
++ test-tear
~& %test-tear
::
;: welp
%- expect-eq !>
:- ~['a' 'bc' 'de']
(tear:ford-gate 'a-bc-de')
::
%- expect-eq !>
:- ~['abc']
(tear:ford-gate 'abc')
::
%- expect-eq !>
:- ~['ab/c']
(tear:ford-gate 'ab/c')
==
::
++ test-is-schematic-live
~& %test-is-schematic-live
::
=/ ford (ford-gate now=~1234.5.6 eny=0xdead.beef scry=scry-is-forbidden)
:: pinned-schematic shows a once build
::
=/ pinned-schematic=schematic:ford
[%pin now [%scry [%c care=%x bel=[[~nul %desk] /foo/bar]]]]
:: live-schematic shows a live build
::
=/ live-schematic=schematic:ford
[%scry [%c care=%x bel=[[~nul %desk] /baz/doo]]]
:: eternal-schematic shows a trivial live build
::
=/ eternal-schematic=schematic:ford
[head=[%$ %noun !>(42)] tail=[%$ %noun !>(43)]]
::
^- tang
;: welp
::
%- expect-eq !>
[%.y (is-schematic-live:ford live-schematic)]
::
%- expect-eq !>
[%.n (is-schematic-live:ford pinned-schematic)]
::
%- expect-eq !>
[%.y (is-schematic-live:ford [%alts ~[live-schematic pinned-schematic]])]
::
%- expect-eq !>
[%.y (is-schematic-live:ford eternal-schematic)]
==
::
++ test-date-from-schematic
~& %test-date-from-schematic
::
=/ ford (ford-gate now=~1234.5.6 eny=0xdead.beef scry=scry-is-forbidden)
::
=/ six-schematic=schematic:ford
[%pin ~1234.5.6 [%scry [%c care=%x bel=[[~nul %desk] /foo/bar]]]]
=/ nine-schematic=schematic:ford
[%pin ~1234.5.9 [%scry [%c care=%x bel=[[~nul %desk] /baz/doo]]]]
=/ three-schematic=schematic:ford
[%pin ~1234.5.3 [%scry [%c care=%x bel=[[~nul %desk] /car/dor]]]]
%+ welp
%- expect-eq !>
[~1234.5.9 (date-from-schematic:ford [three-schematic nine-schematic])]
%- expect-eq !>
:- ~1234.5.9
%- date-from-schematic:ford
[six-schematic [%alts ~[three-schematic nine-schematic]]]
::
++ test-unify-jugs
~& %test-unify-jugs
::
=/ ford (ford-gate now=~1234.5.6 eny=0xdead.beef scry=scry-is-forbidden)
::
%- expect-eq !>
:- ^- (jug @tas @ud)
(my ~[[%a (sy 1 2 ~)] [%b (sy 3 4 5 6 ~)] [%c (sy 7 8 ~)]])
::
%+ unify-jugs:ford
`(jug @tas @ud)`(my ~[[%a (sy 1 2 ~)] [%b (sy 3 4 ~)]])
`(jug @tas @ud)`(my ~[[%b (sy 5 6 ~)] [%c (sy 7 8 ~)]])
::
++ test-resource-wire-encoding
~& %test-resource-wire-encoding
::
=/ ford (ford-gate now=~1234.5.6 eny=0xdead.beef scry=scry-is-forbidden)
::
;: welp
%- expect-eq !>
:_ `path`(scry-request-to-path:ford [%c care=%x [[~nul %desk [%da ~1234.5.6]] /foo/bar]])
/cx/~nul/desk/~1234.5.6/bar/foo
::
%- expect-eq !>
:_ `scry-request:ford`[%c care=%x [[~nul %desk [%da ~1234.5.6]] /foo/bar]]
(need (path-to-scry-request:ford /cx/~nul/desk/~1234.5.6/bar/foo))
::
%- expect-eq !>
:_ ^- path
(scry-request-to-path:ford [%g care=%x [[~nul %desk [%da ~1234.5.6]] /foo/bar]])
/gx/~nul/desk/~1234.5.6/bar/foo
::
%- expect-eq !>
:_ ^- scry-request:ford
[%g care=%x [[~nul %desk [%da ~1234.5.6]] /foo/bar]]
(need (path-to-scry-request:ford /gx/~nul/desk/~1234.5.6/bar/foo))
==
::
++ test-literal
~& %test-literal
::
=/ ford *ford-gate
=^ results1 ford
%- test-ford-call :*
ford
now=~1234.5.6
scry=scry-is-forbidden
:: send a pinned literal, expects a %made response with pinned literal
::
^= call-args
[duct=~ type=~ %make ~nul [%pin ~1234.5.6 [%$ %noun !>(**)]]]
::
^= moves
:~ :* duct=~ %give %made ~1234.5.6
%complete %success %pin ~1234.5.6 %success %$ %noun !>(**)
== ==
==
::
%+ welp
results1
(expect-ford-empty ford ~nul)
::
++ test-autocons-same
~& %test-autocons-same
::
=/ ford *ford-gate
=^ results1 ford
%- test-ford-call :*
ford
now=~1234.5.6
scry=scry-is-forbidden
:: if we autocons the same schematic, we should get two of it as a result
::
^= call-args
:* duct=~ type=~ %make ~nul
[%pin ~1234.5.6 [%$ %noun !>(**)] [%$ %noun !>(**)]]
==
::
^= moves
:~ :* duct=~ %give %made ~1234.5.6 %complete
%success %pin ~1234.5.6 %success
[%success %$ %noun !>(**)]
[%success %$ %noun !>(**)]
== == ==
::
%+ welp
results1
(expect-ford-empty ford ~nul)
::
++ test-autocons-different
~& %test-autocons-different
::
=/ ford *ford-gate
=^ results1 ford
%- test-ford-call :*
ford
now=~1234.5.6
scry=scry-is-forbidden
:: if we autocons different schematics, we get different values
::
^= call-args
:* duct=~ type=~ %make ~nul
[%pin ~1234.5.6 [%$ %noun !>(42)] [%$ %noun !>(43)]]
==
::
^= moves
:~ :* duct=~ %give %made ~1234.5.6 %complete
%success %pin ~1234.5.6 %success
[%success %$ %noun !>(42)]
[%success %$ %noun !>(43)]
== == ==
::
%+ welp
results1
(expect-ford-empty ford ~nul)
::
++ test-scry-clay-succeed
~& %test-scry-clay-succeed
::
=/ ford *ford-gate
=^ results1 ford
%- test-ford-call :*
ford
now=~1234.5.6
scry=(scry-succeed ~1234.5.6 [%noun !>(42)])
:: test a pinned scry which succeeds
::
^= call-args
:* duct=~ type=~ %make ~nul
[%pin ~1234.5.6 [%scry %c ren=%x rail=[[~nul %desk] /bar/foo]]]
==
::
^= moves
:~ :* duct=~ %give %made ~1234.5.6 %complete %success
[%pin ~1234.5.6 %success [%scry %noun !>(42)]]
== == ==
::
%+ welp
results1
(expect-ford-empty ford ~nul)
::
++ test-scry-clay-fail
~& %test-scry-clay-fail
::
=/ ford *ford-gate
=^ results1 ford
%- test-ford-call :*
ford
now=~1234.5.6
scry=(scry-fail ~1234.5.6)
:: attempting to scry a path which fails should produce an error
::
^= call-args
:* duct=~ type=~ %make ~nul
[%pin ~1234.5.6 [%scry %c ren=%x rail=[[~nul %desk] /bar/foo]]]
==
::
^= moves
:~ :* duct=~ %give %made ~1234.5.6 %complete
%success %pin ~1234.5.6 %error
:~ leaf+"scry failed for"
leaf+"%cx /~nul/desk/~1234.5.6/foo/bar"
== == == ==
::
%+ weld
results1
(expect-ford-empty ford ~nul)
::
++ test-scry-clay-block
~& %test-scry-clay-block
::
=/ ford *ford-gate
=^ results1 ford
%- test-ford-call :*
ford
now=~1234.5.6
scry=(scry-block ~1234.5.6)
:: when we scry on a blocked path, expect a subscription move
::
^= call-args
:* duct=~ type=~ %make ~nul
[%pin ~1234.5.6 [%scry %c ren=%x rail=[[~nul %desk] /bar/foo]]]
==
::
^= moves
:~ :* duct=~ %pass
wire=/~nul/scry-request/cx/~nul/desk/~1234.5.6/foo/bar
%c %warp [~nul ~nul] %desk
~ %sing %x [%da ~1234.5.6] /foo/bar
== == ==
::
=^ results2 ford
%- test-ford-take :*
ford
now=~1234.5.7
scry=scry-is-forbidden
:: when clay responds, send a %made
::
^= take-args
:* wire=/~nul/scry-request/cx/~nul/desk/~1234.5.6/foo/bar duct=~
^= wrapped-sign ^- (hypo sign:ford) :- *type :: ^- sign:ford
[%c %writ ~ [%x [%da ~1234.5.6] %desk] /bar/foo %noun !>(42)]
==
::
^= moves
:~ :* duct=~ %give %made ~1234.5.6 %complete %success
[%pin ~1234.5.6 %success [%scry %noun !>(42)]]
== == ==
::
;: welp
results1
results2
(expect-ford-empty ford ~nul)
==
::
++ test-scry-clay-live
~& %test-scry-clay-live
::
=/ ford *ford-gate
=^ results1 ford
%- test-ford-call :*
ford
now=~1234.5.6
scry=(scry-succeed ~1234.5.6 [%noun !>(42)])
::
^= call-args
:* duct=~ type=~ %make ~nul
[%scry %c care=%x rail=[[~nul %desk] /bar/foo]]
==
::
^= moves
:~ :* duct=~ %give %made ~1234.5.6 %complete %success
[%scry %noun !>(42)]
==
:* duct=~ %pass wire=/~nul/clay-sub/~nul/desk
%c %warp [~nul ~nul] %desk
`[%mult [%da ~1234.5.6] (sy [%x /foo/bar]~)]
== == ==
::
=^ results2 ford
%- test-ford-take :*
ford
now=~1234.5.7
scry=(scry-succeed ~1234.5.7 [%noun !>(43)])
::
^= take-args
:* wire=/~nul/clay-sub/~nul/desk duct=~
^= wrapped-sign ^- (hypo sign:ford) :- *type
[%c %wris [%da ~1234.5.7] (sy [%x /foo/bar]~)]
==
::
^= moves
:~ :* duct=~ %give %made ~1234.5.7 %complete %success
[%scry %noun !>(43)]
==
:* duct=~ %pass wire=/~nul/clay-sub/~nul/desk
%c %warp [~nul ~nul] %desk
`[%mult [%da ~1234.5.7] (sy [%x /foo/bar]~)]
== == ==
::
=^ results3 ford
%- test-ford-call :*
ford
now=~1234.5.8
scry=scry-is-forbidden
::
call-args=[duct=~ type=~ %kill ~nul]
::
^= moves
:~ :* duct=~ %pass wire=/~nul/clay-sub/~nul/desk
%c %warp [~nul ~nul] %desk ~
== == ==
::
;: weld
results1
results2
results3
(expect-ford-empty ford ~nul)
==
::
++ test-scry-clay-live-again
~& %test-scry-clay-live-again
=/ ford *ford-gate
=^ results1 ford
%- test-ford-call :*
ford
now=~1234.5.6
scry=(scry-succeed ~1234.5.6 [%noun !>(42)])
:: perform a live scry, we should get a %made and a clay subscription
::
^= call-args
:* duct=~[/first] type=~ %make ~nul
[%scry %c care=%x rail=[[~nul %desk] /bar/foo]]
==
::
^= moves
:~ :* duct=~[/first] %give %made ~1234.5.6 %complete %success
[%scry %noun !>(42)]
==
:* duct=~ %pass wire=/~nul/clay-sub/~nul/desk
%c %warp [~nul ~nul] %desk
`[%mult [%da ~1234.5.6] (sy [%x /foo/bar]~)]
== == ==
::
=^ results2 ford
%- test-ford-call :*
ford
now=~1234.5.7
scry=scry-is-forbidden
:: a second scry from a different duct shouldn't resubscribe
::
^= call-args
:* duct=~[/second] type=~ %make ~nul
[%scry %c care=%x rail=[[~nul %desk] /bar/foo]]
==
::
^= moves
:~ :* duct=~[/second] %give %made ~1234.5.7 %complete %success
[%scry %noun !>(42)]
== == ==
::
=^ results3 ford
%- test-ford-call :*
ford
now=~1234.5.8
scry=scry-is-forbidden
::
call-args=[duct=~[/first] type=~ %kill ~nul]
moves=~
==
::
=^ results4 ford
%- test-ford-call :*
ford
now=~1234.5.9
scry=scry-is-forbidden
::
call-args=[duct=~[/second] type=~ %kill ~nul]
::
^= moves
:~ :* duct=~ %pass wire=/~nul/clay-sub/~nul/desk
%c %warp [~nul ~nul] %desk ~
== == ==
::
;: weld
results1
results2
results3
results4
(expect-ford-empty ford ~nul)
==
:: tests multiple subscriptions on the same resource at different times
::
:: We can depend on the same paths but at different times. Make sure we can
:: block on /~nul/desk/~1234.5.7/... and /~nul/desk/~1234.5.8/... at the
:: same time.
::
++ test-scry-clay-same-path
~& %test-scry-clay-same-path
::
=/ scry-type=type [%atom %tas ~]
::
=/ blocks=(set @da) (sy ~1234.5.7 ~1234.5.8 ~)
::
=/ ford *ford-gate
::
=/ scry-schematic=schematic:ford
[%scry %c care=%x rail=[[~nul %desk] /bar/foo]]
=/ autocons=schematic:ford
[[%pin ~1234.5.7 scry-schematic] [%pin ~1234.5.8 scry-schematic]]
::
=^ results1 ford
%- test-ford-call :*
ford
now=~1234.5.6
scry=(scry-blocks blocks)
::
call-args=[duct=~[/first] type=~ %make ~nul autocons]
::
^= expected-moves
:~ :* duct=~ %pass
wire=/~nul/scry-request/cx/~nul/desk/~1234.5.7/foo/bar
%c %warp [~nul ~nul] %desk
`[%sing %x [%da ~1234.5.7] /foo/bar]
==
:* duct=~ %pass
wire=/~nul/scry-request/cx/~nul/desk/~1234.5.8/foo/bar
%c %warp [~nul ~nul] %desk
`[%sing %x [%da ~1234.5.8] /foo/bar]
== == ==
::
=^ results2 ford
%- test-ford-take :*
ford
now=~1234.5.7
scry=(scry-blocks blocks)
::
^= take-args
:* wire=/~nul/scry-request/cx/~nul/desk/~1234.5.7/foo/bar duct=~
^= wrapped-sign ^- (hypo sign:ford) :- *type :: ^- sign:ford
[%c %writ ~ [%x [%da ~1234.5.7] %desk] /bar/foo %noun scry-type %seven]
==
::
expected-moves=~
==
::
=^ results3 ford
%- test-ford-take :*
ford
now=~1234.5.8
scry=(scry-blocks blocks)
::
^= take-args
:* wire=/~nul/scry-request/cx/~nul/desk/~1234.5.8/foo/bar duct=~
^= wrapped-sign ^- (hypo sign:ford) :- *type :: ^- sign:ford
[%c %writ ~ [%x [%da ~1234.5.8] %desk] /bar/foo %noun scry-type %eight]
==
::
^= expected-moves
^- (list move:ford-gate)
:~ :* duct=~[/first] %give %made ~1234.5.6 %complete %success
[%success %pin ~1234.5.7 %success %scry %noun scry-type %seven]
[%success %pin ~1234.5.8 %success %scry %noun scry-type %eight]
== == ==
::
=^ results4 ford
%- test-ford-call :*
ford
now=~1234.5.9
scry=scry-is-forbidden
::
call-args=[duct=~[/first] type=~ %kill ~nul]
::
moves=~
==
::
;: weld
results1
results2
results3
results4
(expect-ford-empty ford ~nul)
==
::
++ test-pinned-in-past
~& %test-pinned-in-past
::
=/ ford *ford-gate
=/ schematic [%pin ~1234.5.5 [%$ %noun !>(42)]]
::
=^ results1 ford
%- test-ford-call :*
ford
now=~1234.5.6
scry=scry-is-forbidden
::
call-args=[duct=~[/pin] type=~ %make ~nul schematic]
::
^= expected-moves
:~ :* duct=~[/pin] %give %made ~1234.5.5 %complete
%success %pin ~1234.5.5 %success %$ %noun !>(42)
== == ==
results1
::
++ test-pinned-in-future
~& %test-pinned-in-future
::
=/ ford *ford-gate
=/ schematic [%pin ~1234.5.7 [%$ %noun !>(42)]]
::
=^ results1 ford
%- test-ford-call :*
ford
now=~1234.5.6
scry=scry-is-forbidden
::
call-args=[duct=~[/pin] type=~ %make ~nul schematic]
::
^= expected-moves
:~ :* duct=~[/pin] %give %made ~1234.5.7 %complete
%success %pin ~1234.5.7 %success %$ %noun !>(42)
== == ==
results1
::
++ test-pinned-in-pin
~& %test-pinned-in-pin
::
=/ ford *ford-gate
::
=^ results1 ford
%- test-ford-call :*
ford
now=~1234.5.6
scry=(scry-succeed ~1234.5.8 [%noun !>(42)])
::
^= call-args
:* duct=~[/pinned-in-future] type=~ %make ~nul
%pin ~1234.5.7
%pin ~1234.5.8
[%scry %c care=%x rail=[[~nul %desk] /bar/foo]]
==
::
^= moves
:~ :* duct=~[/pinned-in-future]
%give %made ~1234.5.8 %complete
%success %pin ~1234.5.7
%success %pin ~1234.5.8
[%success %scry %noun !>(42)]
== == ==
::
;: weld
results1
(expect-ford-empty ford ~nul)
==
::
++ test-pinned-in-live
~& %test-pinned-in-live
::
=/ ford *ford-gate
::
=/ scry-42 (scry-succeed ~1234.5.6 [%noun !>(42)])
=/ scry-43 (scry-succeed ~1234.5.7 [%noun !>(43)])
::
=/ schematic=schematic:ford
:* %same %pin ~1234.5.6
[%scry %c care=%x rail=[[~nul %desk] /bar/foo]]
==
::
=/ build=build:ford [~1234.5.6 schematic]
=/ result=build-result:ford
[%success %same %success %pin ~1234.5.6 %success [%scry %noun !>(42)]]
::
=^ results1 ford
%- test-ford-call :*
ford
now=~1234.5.6
scry=scry-42
::
call-args=[duct=~ type=~ %make ~nul schematic]
moves=[duct=~ %give %made ~1234.5.6 %complete result]~
==
::
=/ results2=tang
%- expect-eq !>
:_ results:(~(got by state-by-ship.+>+<.ford) ~nul)
%- my :~
:- [~1234.5.6 [%scry %c care=%x rail=[[~nul %desk] /bar/foo]]]
[%value ~1234.5.6 %success %scry %noun !>(42)]
::
:- :* ~1234.5.6 %pin ~1234.5.6
[%scry %c care=%x rail=[[~nul %desk] /bar/foo]]
==
[%value ~1234.5.6 %success %pin ~1234.5.6 %success %scry %noun !>(42)]
::
:- :* ~1234.5.6 %same %pin ~1234.5.6
[%scry %c care=%x rail=[[~nul %desk] /bar/foo]]
==
:* %value ~1234.5.6 %success %same %success %pin ~1234.5.6
%success %scry %noun !>(42)
==
==
::
=^ results3 ford
%- test-ford-call :*
ford
now=~1234.5.8
scry=scry-is-forbidden
::
call-args=[duct=~ type=~ %kill ~nul]
moves=~
==
::
;: weld
results1
results2
results3
(expect-ford-empty ford ~nul)
==
::
++ test-live-build-that-blocks
~& %test-live-build-that-blocks
::
=/ scry-blocked (scry-block ~1234.5.6)
=/ scry-42 (scry-succeed ~1234.5.6 [%noun !>(42)])
=/ scry-43 (scry-succeed ~1234.5.7 [%noun !>(43)])
::
=/ ford *ford-gate
=^ results1 ford
%- test-ford-call :*
ford
now=~1234.5.6
scry=scry-blocked
::
^= call-args
:* duct=~ type=~ %make ~nul
[%scry %c care=%x rail=[[~nul %desk] /bar/foo]]
==
::
^= moves
:~ :* duct=~ %pass
wire=/~nul/scry-request/cx/~nul/desk/~1234.5.6/foo/bar
%c %warp [~nul ~nul] %desk
~ %sing %x [%da ~1234.5.6] /foo/bar
==
::
:* duct=~ %pass wire=/~nul/clay-sub/~nul/desk
%c %warp [~nul ~nul] %desk
`[%mult [%da ~1234.5.6] (sy [%x /foo/bar]~)]
== == ==
::
=^ results2 ford
%- test-ford-take :*
ford
now=~1234.5.7
scry=scry-43
::
^= take-args
:* wire=/~nul/clay-sub/~nul/desk duct=~
^= wrapped-sign ^- (hypo sign:ford) :- *type
[%c %wris [%da ~1234.5.7] (sy [%x /foo/bar]~)]
==
::
^= moves
:~ :* duct=~ %pass wire=/~nul/clay-sub/~nul/desk
%c %warp [~nul ~nul] %desk
`[%mult [%da ~1234.5.7] (sy [%x /foo/bar]~)]
== == ==
::
=^ results3 ford
%- test-ford-take :*
ford
now=~1234.5.8
scry=scry-42
::
^= take-args
:* wire=/~nul/scry-request/cx/~nul/desk/~1234.5.6/foo/bar duct=~
^= wrapped-sign ^- (hypo sign:ford) :- *type :: ^- sign:ford
[%c %writ ~ [%x [%da ~1234.5.6] %desk] /bar/foo %noun !>(42)]
==
::
^= moves
:~ :* duct=~ %give %made ~1234.5.6 %complete %success
[%scry %noun !>(42)]
==
:* duct=~ %give %made ~1234.5.7 %complete %success
[%scry %noun !>(43)]
== == ==
::
=^ results4 ford
%- test-ford-call :*
ford
now=~1234.5.9
scry=scry-is-forbidden
::
call-args=[duct=~ type=~ %kill ~nul]
::
^= moves
:~ :* duct=~ %pass wire=/~nul/clay-sub/~nul/desk
%c %warp [~nul ~nul] %desk ~
== == ==
::
;: weld
results1
results2
results3
results4
(expect-ford-empty ford ~nul)
==
::
++ test-live-and-once
~& %test-live-and-once
::
=/ scry-blocked (scry-block ~1234.5.6)
=/ scry-42 (scry-succeed ~1234.5.6 [%noun !>(42)])
::
::
=/ ford *ford-gate
=^ results1 ford
%- test-ford-call :*
ford
now=~1234.5.6
scry=scry-blocked
::
^= call-args
:* duct=~[/live] type=~ %make ~nul
[%scry %c care=%x rail=[[~nul %desk] /bar/foo]]
==
::
^= moves
:~ :* duct=~ %pass
wire=/~nul/scry-request/cx/~nul/desk/~1234.5.6/foo/bar
%c %warp [~nul ~nul] %desk
~ %sing %x [%da ~1234.5.6] /foo/bar
==
::
:* duct=~ %pass wire=/~nul/clay-sub/~nul/desk
%c %warp [~nul ~nul] %desk
`[%mult [%da ~1234.5.6] (sy [%x /foo/bar]~)]
== == ==
::
=^ results2 ford
%- test-ford-call :*
ford
now=~1234.5.7
scry=scry-blocked
::
^= call-args
:* duct=~[/once] type=~ %make ~nul
[%pin ~1234.5.6 [%scry %c ren=%x rail=[[~nul %desk] /bar/foo]]]
==
::
moves=~
==
::
=^ results3 ford
%- test-ford-take :*
ford
now=~1234.5.8
scry=scry-is-forbidden
::
^= take-args
:* wire=/~nul/scry-request/cx/~nul/desk/~1234.5.6/foo/bar duct=~
^= wrapped-sign ^- (hypo sign:ford) :- *type :: ^- sign:ford
[%c %writ ~ [%x [%da ~1234.5.6] %desk] /bar/foo %noun !>(42)]
==
::
^= moves
:~ :* duct=~[/live] %give %made ~1234.5.6 %complete
[%success [%scry %noun !>(42)]]
==
:* duct=~[/once] %give %made ~1234.5.6 %complete
[%success [%pin ~1234.5.6 %success [%scry %noun !>(42)]]]
== == ==
::
=^ results4 ford
%- test-ford-call :*
ford
now=~1234.5.9
scry=scry-is-forbidden
::
call-args=[duct=~[/live] type=~ %kill ~nul]
::
^= moves
:~ :* duct=~ %pass wire=/~nul/clay-sub/~nul/desk
%c %warp [~nul ~nul] %desk ~
== == ==
::
;: weld
results1
results2
results3
results4
(expect-ford-empty ford ~nul)
==
::
++ test-live-two-deep
~& %test-live-two-deep
::
=/ scry-42 (scry-succeed ~1234.5.6 [%noun !>(42)])
=/ scry-43 (scry-succeed ~1234.5.7 [%noun !>(43)])
::
=/ ford *ford-gate
=^ results1 ford
%- test-ford-call :*
ford
now=~1234.5.6
scry=scry-42
::
^= call-args
:* duct=~ type=~ %make ~nul
[%same [%scry %c care=%x rail=[[~nul %desk] /bar/foo]]]
==
::
^= moves
:~ :* duct=~ %give %made ~1234.5.6 %complete %success
%same %success [%scry %noun !>(42)]
==
:* duct=~ %pass wire=/~nul/clay-sub/~nul/desk
%c %warp [~nul ~nul] %desk
`[%mult [%da ~1234.5.6] (sy [%x /foo/bar]~)]
== == ==
::
=^ results2 ford
%- test-ford-take :*
ford
now=~1234.5.7
scry=scry-43
::
^= take-args
:* wire=/~nul/clay-sub/~nul/desk duct=~
^= wrapped-sign ^- (hypo sign:ford) :- *type
[%c %wris [%da ~1234.5.7] (sy [%x /foo/bar]~)]
==
::
^= moves
:~ :* duct=~ %give %made ~1234.5.7 %complete %success
%same %success [%scry %noun !>(43)]
==
:* duct=~ %pass wire=/~nul/clay-sub/~nul/desk
%c %warp [~nul ~nul] %desk
`[%mult [%da ~1234.5.7] (sy [%x /foo/bar]~)]
== == ==
::
=^ results3 ford
%- test-ford-call :*
ford
now=~1234.5.8
scry=scry-is-forbidden
::
call-args=[duct=~ type=~ %kill ~nul]
::
^= moves
:~ :* duct=~ %pass wire=/~nul/clay-sub/~nul/desk
%c %warp [~nul ~nul] %desk ~
== == ==
::
;: weld
results1
results2
results3
(expect-ford-empty ford ~nul)
==
::
++ test-live-three-deep
~& %test-live-three-deep
::
=/ scry-type=type [%atom %tas ~]
::
=/ scry-results=(map [term beam] cage)
%- my :~
:- [%cx [[~nul %desk %da ~1234.5.6] /bar/foo]]
[%noun scry-type %it-doesnt-matter]
::
:- [%cx [[~nul %desk %da ~1234.5.7] /bar/foo]]
[%noun scry-type %changed]
==
::
=/ scry (scry-with-results scry-results)
=/ ford *ford-gate
::
=/ formula=hoon (ream '`@tas`%constant')
=/ subject-schematic=schematic:ford [%scry %c %x [~nul %desk] /bar/foo]
::
=/ ride=schematic:ford [%ride formula subject-schematic]
=/ same=schematic:ford [%same ride]
::
=^ results1 ford
%- test-ford-call :*
ford
now=~1234.5.6
scry=scry
::
call-args=[duct=~[/ride] type=~ %make ~nul same]
::
^= moves
:~ :* duct=~[/ride] %give %made ~1234.5.6 %complete
[%success [%same [%success [%ride scry-type %constant]]]]
==
:* duct=~ %pass wire=/~nul/clay-sub/~nul/desk
%c %warp [~nul ~nul] %desk
`[%mult [%da ~1234.5.6] (sy [%x /foo/bar] ~)]
== == ==
::
=^ results2 ford
%- test-ford-take :*
ford
now=~1234.5.7
scry=scry
::
^= take-args
:* wire=/~nul/clay-sub/~nul/desk duct=~
^= wrapped-sign ^- (hypo sign:ford) :- *type
[%c %wris [%da ~1234.5.7] (sy [%x /foo/bar]~)]
==
::
^= moves
:~ :* duct=~ %pass wire=/~nul/clay-sub/~nul/desk
%c %warp [~nul ~nul] %desk
`[%mult [%da ~1234.5.7] (sy [%x /foo/bar] ~)]
== == ==
::
=^ results3 ford
%- test-ford-call :*
ford
now=~1234.5.8
scry=scry-is-forbidden
::
call-args=[duct=~[/ride] type=~ %kill ~nul]
::
^= moves
:~ :* duct=~ %pass wire=/~nul/clay-sub/~nul/desk
%c %warp [~nul ~nul] %desk ~
== == ==
::
;: weld
results1
results2
results3
(expect-ford-empty ford ~nul)
==
::
++ test-live-triangle
~& %test-live-triangle
::
=/ scry-results=(map [term beam] cage)
%- my :~
:- [%cx [[~nul %desk %da ~1234.5.6] /bar/foo]]
[%noun !>(%it-does-in-fact-matter)]
::
:- [%cx [[~nul %desk %da ~1234.5.7] /bar/foo]]
[%noun !>(%changed)]
==
::
=/ scry (scry-with-results scry-results)
=/ ford *ford-gate
::
=/ formula=hoon (ream '`@tas`%constant')
=/ subject-schematic=schematic:ford [%scry %c %x [~nul %desk] /bar/foo]
::
=/ ride-type=type [%atom %tas ~]
=/ ride=schematic:ford [%ride formula subject-schematic]
=/ autocons=schematic:ford [ride subject-schematic]
::
=^ results1 ford
%- test-ford-call :*
ford
now=~1234.5.6
scry=scry
::
call-args=[duct=~[/ride] type=~ %make ~nul autocons]
::
^= moves
:~ :* duct=~[/ride] %give %made ~1234.5.6 %complete %success
[%success [%ride ride-type %constant]]
[%success [%scry %noun !>(%it-does-in-fact-matter)]]
==
:* duct=~ %pass wire=/~nul/clay-sub/~nul/desk
%c %warp [~nul ~nul] %desk
`[%mult [%da ~1234.5.6] (sy [%x /foo/bar] ~)]
== == ==
::
=^ results2 ford
%- test-ford-take :*
ford
now=~1234.5.7
scry=scry
::
^= take-args
:* wire=/~nul/clay-sub/~nul/desk duct=~
^= wrapped-sign ^- (hypo sign:ford) :- *type
[%c %wris [%da ~1234.5.7] (sy [%x /foo/bar]~)]
==
::
^= moves
:~ :* duct=~[/ride] %give %made ~1234.5.7 %complete %success
[%success [%ride ride-type %constant]]
[%success [%scry %noun !>(%changed)]]
==
:* duct=~ %pass wire=/~nul/clay-sub/~nul/desk
%c %warp [~nul ~nul] %desk
`[%mult [%da ~1234.5.7] (sy [%x /foo/bar] ~)]
== == ==
::
=^ results3 ford
%- test-ford-call :*
ford
now=~1234.5.8
scry=scry-is-forbidden
::
call-args=[duct=~[/ride] type=~ %kill ~nul]
::
^= moves
:~ :* duct=~ %pass wire=/~nul/clay-sub/~nul/desk
%c %warp [~nul ~nul] %desk ~
== == ==
::
;: weld
results1
results2
results3
(expect-ford-empty ford ~nul)
==
:: like +test-live-triangle, but with another pinned build
::
:: Ensures that we deal with various issues with live builds which
:: were partially pinned and their interaction with other live builds.
::
++ test-live-and-pinned-triangle
~& %test-live-and-pinned-triangle
::
=/ scry-type=type [%atom %tas ~]
::
=/ scry-results=(map [term beam] cage)
%- my :~
:- [%cx [[~nul %desk %da ~1234.5.6] /bar/foo]]
[%noun scry-type %it-does-in-fact-matter]
::
:- [%cx [[~nul %desk %da ~1234.5.7] /bar/foo]]
[%noun scry-type %it-does-in-fact-matter]
==
::
=/ scry (scry-with-results scry-results)
=/ ford *ford-gate
::
=/ formula=hoon (ream '`@tas`%constant')
=/ subject-schematic=schematic:ford [%scry %c %x [~nul %desk] /bar/foo]
::
=/ ride-type=type [%atom %tas ~]
=/ ride=schematic:ford [%ride formula subject-schematic]
=/ autocons=schematic:ford [ride subject-schematic]
::
=/ static=schematic:ford [%same [%pin ~1234.5.6 autocons]]
::
=^ results1 ford
%- test-ford-call :*
ford
now=~1234.5.6
scry=scry
::
call-args=[duct=~[/static] type=~ %make ~nul static]
::
^= moves
:~ :* duct=~[/static] %give %made ~1234.5.6 %complete %success
%same %success %pin ~1234.5.6 %success
[%success [%ride ride-type %constant]]
[%success [%scry %noun scry-type %it-does-in-fact-matter]]
== == ==
::
=^ results2 ford
%- test-ford-call :*
ford
now=~1234.5.7
scry=scry
::
call-args=[duct=~[/autocons] type=~ %make ~nul autocons]
::
^= moves
:~ :* duct=~[/autocons] %give %made ~1234.5.7 %complete %success
[%success [%ride ride-type %constant]]
[%success [%scry %noun scry-type %it-does-in-fact-matter]]
==
:* duct=~ %pass wire=/~nul/clay-sub/~nul/desk
%c %warp [~nul ~nul] %desk
`[%mult [%da ~1234.5.7] (sy [%x /foo/bar] ~)]
== == ==
::
=^ results3 ford
%- test-ford-call :*
ford
now=~1234.5.8
scry=scry-is-forbidden
::
call-args=[duct=~[/static] type=~ %kill ~nul]
::
moves=~
==
::
=^ results4 ford
%- test-ford-call :*
ford
now=~1234.5.8
scry=scry-is-forbidden
::
call-args=[duct=~[/autocons] type=~ %kill ~nul]
::
^= moves
:~ :* duct=~ %pass wire=/~nul/clay-sub/~nul/desk
%c %warp [~nul ~nul] %desk ~
== == ==
::
;: weld
results1
results2
results3
results4
(expect-ford-empty ford ~nul)
==
::
++ test-call
~& %test-call
=/ ford *ford-gate
::
=/ sample-schematic=schematic:ford [%$ %noun !>(5)]
=/ gate-schematic=schematic:ford [%$ %noun !>(|=(a=@ud +(a)))]
=/ call-schematic=schematic:ford [%call gate-schematic sample-schematic]
::
=^ results1 ford
%- test-ford-call-with-comparator :*
ford
now=~1234.5.6
scry=scry-is-forbidden
::
call-args=[duct=~[/call] type=~ %make ~nul call-schematic]
::
^= comparator
|= moves=(list move:ford-gate)
^- tang
::
?> =(1 (lent moves))
?> ?=(^ moves)
?> ?=([* %give %made @da %complete %success %call *] i.moves)
::
=/ result=vase |7:i.moves
::
%+ weld
%- expect-eq !>
[6 q.result]
::
%- expect-eq !>
:- &
(~(nest ut p.result) | -:!>(*@ud))
==
::
=^ results2 ford
%- test-ford-call :*
ford
now=~1234.5.7
scry=scry-is-forbidden
::
call-args=[duct=~[/call] type=~ %kill ~nul]
::
moves=~
==
::
;: weld
results1
results2
(expect-ford-empty ford ~nul)
==
::
++ test-call-scry-succeed
~& %test-call-scry-succeed
::
=/ scry-42 (scry-succeed ~1234.5.6 [%noun !>(42)])
=/ ford *ford-gate
::
=/ sample-schematic=schematic:ford [%$ %noun !>(24)]
=/ gate-schematic=schematic:ford
[%$ %noun !>(|=(a=@ud .^(@ud %cx /~nul/desk/~1234.5.6/foo/bar)))]
=/ call-schematic=schematic:ford [%call gate-schematic sample-schematic]
::
=^ results1 ford
%- test-ford-call-with-comparator :*
ford
now=~1234.5.6
scry=scry-42
::
call-args=[duct=~[/call] type=~ %make ~nul call-schematic]
::
^= comparator
|= moves=(list move:ford-gate)
^- tang
::
?> =(1 (lent moves))
?> ?=(^ moves)
?> ?=([* %give %made @da %complete %success %call *] i.moves)
::
=/ result=vase |7:i.moves
::
%+ weld
%- expect-eq !>
[42 q.result]
::
%- expect-eq !>
:- &
(~(nest ut p.result) | -:!>(*@ud))
==
::
=^ results2 ford
%- test-ford-call :*
ford
now=~1234.5.7
scry=scry-is-forbidden
::
call-args=[duct=~[/call] type=~ %kill ~nul]
::
moves=~
==
::
;: weld
results1
results2
(expect-ford-empty ford ~nul)
==
++ test-call-scry-fail
~& %test-call-scry-fail
::
=/ scry-failed (scry-fail ~1234.5.6)
=/ ford *ford-gate
::
=/ sample-schematic=schematic:ford [%$ %noun !>(24)]
=/ gate-schematic=schematic:ford
[%$ %noun !>(|=(a=@ud .^(@ud %cx /~nul/desk/~1234.5.6/foo/bar)))]
=/ call-schematic=schematic:ford [%call gate-schematic sample-schematic]
::
=^ results1 ford
%- test-ford-call-with-comparator :*
ford
now=~1234.5.6
scry=scry-failed
::
call-args=[duct=~[/dead] type=~ %make ~nul call-schematic]
::
^= comparator
|= moves=(list move:ford-gate)
^- tang
::
?> =(1 (lent moves))
?> ?=(^ moves)
?> ?=([* %give %made @da %complete %error *] i.moves)
::
%- expect-eq !>
:: compare the move to the expected move, omitting check on stack trace
::
:_ i.moves(|7 ~)
:* duct=~[/dead] %give %made ~1234.5.6 %complete
[%error [leaf+"ford: %call failed:" ~]]
== ==
::
=^ results2 ford
%- test-ford-call :*
ford
now=~1234.5.7
scry=scry-is-forbidden
::
call-args=[duct=~[/dead] type=~ %kill ~nul]
::
moves=~
==
::
;: weld
results1
results2
(expect-ford-empty ford ~nul)
==
::
::
++ test-call-scry-block
~& %test-call-scry-block
::
=/ scry-blocked (scry-block ~1234.5.6)
=/ ford *ford-gate
::
=/ sample-schematic=schematic:ford [%$ %noun !>(24)]
=/ gate-schematic=schematic:ford
[%$ %noun !>(|=(a=@ud .^(@ud %cx /~nul/desk/~1234.5.6/foo/bar)))]
=/ call-schematic=schematic:ford [%call gate-schematic sample-schematic]
::
=^ results1 ford
%- test-ford-call :*
ford
now=~1234.5.6
scry=scry-blocked
::
call-args=[duct=~[/live] type=~ %make ~nul call-schematic]
::
^= moves
:~ :* duct=~ %pass
wire=/~nul/scry-request/cx/~nul/desk/~1234.5.6/foo/bar
%c %warp [~nul ~nul] %desk
~ %sing %x [%da ~1234.5.6] /foo/bar
== == ==
::
=^ results2 ford
%- test-ford-take-with-comparator :*
ford
now=~1234.5.7
scry=scry-blocked
::
^= call-args
:* wire=/~nul/scry-request/cx/~nul/desk/~1234.5.6/foo/bar duct=~
^= wrapped-sign ^- (hypo sign:ford) :- *type :: ^- sign:ford
[%c %writ ~ [%x [%da ~1234.5.6] %desk] /bar/foo %noun !>(42)]
==
::
^= comparator
|= moves=(list move:ford-gate)
^- tang
::
?> =(1 (lent moves))
?> ?=(^ moves)
?> ?=([* %give %made @da %complete %success %call *] i.moves)
::
%+ welp
%- expect-eq !>
:: compare the move to the expected move, omitting vase type checking
::
:: Types can't be compared using simple equality, so normalize the
:: type to check the rest of the move.
::
:_ i.moves(&8 *type)
:* duct=~[/live] %give %made ~1234.5.6 %complete
[%success [%call *type 42]]
==
:: make sure the types nest
::
%- expect-eq !>
:- &
(~(nest ut &8:i.moves) | -:!>(*@))
==
::
=^ results3 ford
%- test-ford-call :*
ford
now=~1234.5.8
scry=scry-is-forbidden
::
call-args=[duct=~[/live] type=~ %kill ~nul]
moves=~
==
::
;: weld
results1
results2
results3
(expect-ford-empty ford ~nul)
==
:: +test-call-scry-varies: call with an argument which varies
::
:: This test reads the sample for a %call schematic from clay. This sample
:: is a date. Inside of the gate called, we scry on a path based on the
:: passed in sample date.
::
++ test-call-scry-varies
~& %test-call-scry-varies
::
=/ date-type=type [%atom %da ~]
=/ term-type=type [%atom %tas ~]
::
=/ scry-results=(map [term beam] cage)
%- my :~
:- [%cx [[~nul %desk %da ~1234.5.6] /timer]]
[%noun date-type ~1234.5.6]
::
:- [%cx [[~nul %desk %da ~1234.5.6] /result]]
[%noun term-type %first]
::
:- [%cx [[~nul %desk %da ~1234.5.7] /timer]]
[%noun date-type ~1234.5.7]
::
:- [%cx [[~nul %desk %da ~1234.5.7] /result]]
[%noun term-type %second]
==
::
=/ scry (scry-with-results scry-results)
=/ ford *ford-gate
::
=/ sample-schematic=schematic:ford
[%scry [%c care=%x bel=[[~nul %desk] /timer]]]
=/ gate-schematic=schematic:ford
[%$ %noun !>(|=(a=@da .^(@tas %cx /~nul/desk/(scot %da a)/result)))]
=/ call-schematic=schematic:ford [%call gate-schematic sample-schematic]
::
=^ results1 ford
%- test-ford-call-with-comparator :*
ford
now=~1234.5.6
scry=scry
::
^= call-args
[duct=~[/call] type=~ %make ~nul call-schematic]
::
^= comparator
|= moves=(list move:ford-gate)
^- tang
::
?> =(2 (lent moves))
?> ?=([^ ^ ~] moves)
?> ?=([* %give %made @da %complete %success %call *] i.moves)
:: compare the move to the expected move, omitting vase type checking
::
%+ weld
%- expect-eq !>
:_ i.moves(&8 *type)
:* duct=~[/call] %give %made ~1234.5.6 %complete %success
%call *type %first
==
:: make sure the types nest
%+ weld
%- expect-eq !>
:- &
(~(nest ut &8:i.moves) | -:!>(*@tas))
:: make sure the other move is a subscription
::
%- expect-eq !>
:_ i.t.moves
:* duct=~ %pass wire=/~nul/clay-sub/~nul/desk
%c %warp [~nul ~nul] %desk
`[%mult [%da ~1234.5.6] (sy [%x /timer] ~)]
== ==
::
=^ results2 ford
%- test-ford-take-with-comparator :*
ford
now=~1234.5.7
scry=scry
::
^= call-args
:* wire=/~nul/clay-sub/~nul/desk duct=~
^= wrapped-sign ^- (hypo sign:ford) :- *type
[%c %wris [%da ~1234.5.7] (sy [%x /timer]~)]
==
::
^= comparator
|= moves=(list move:ford-gate)
^- tang
::
?> =(2 (lent moves))
?> ?=([^ ^ ~] moves)
?> ?=([* %give %made @da %complete %success %call *] i.moves)
:: compare the move to the expected move, omitting vase type checking
::
%+ weld
%- expect-eq !>
:_ i.moves(&8 *type)
:* duct=~[/call] %give %made ~1234.5.7 %complete %success
%call *type %second
==
:: make sure the types nest
%+ weld
%- expect-eq !>
:- &
(~(nest ut &8:i.moves) | -:!>(*@tas))
:: make sure the other move is a subscription
::
%- expect-eq !>
:_ i.t.moves
:* duct=~ %pass wire=/~nul/clay-sub/~nul/desk
%c %warp [~nul ~nul] %desk
`[%mult [%da ~1234.5.7] (sy [%x /timer] ~)]
== ==
::
=^ results3 ford
%- test-ford-call :*
ford
now=~1234.5.8
scry=scry-is-forbidden
::
call-args=[duct=~[/call] type=~ %kill ~nul]
::
^= moves
:~ :* duct=~ %pass wire=/~nul/clay-sub/~nul/desk
%c %warp [~nul ~nul] %desk ~
== == ==
::
;: weld
results1
results2
results3
(expect-ford-empty ford ~nul)
==
::
++ test-dude
~& %test-dude
::
=/ ford *ford-gate
::
=/ schematic=schematic:ford
:* %pin ~1234.5.6
%dude |.(>%test-no-error<)
[%scry [%c care=%x bel=[[~nul %desk] /bar/foo]]]
==
::
=/ scry-42 (scry-succeed ~1234.5.6 [%noun !>(42)])
::
=^ results1 ford
%- test-ford-call :*
ford
now=~1234.5.6
scry=scry-42
::
call-args=[duct=~[/once] type=~ %make ~nul schematic]
::
^= moves
:~ :* duct=~[/once] %give %made ~1234.5.6 %complete %success
[%pin ~1234.5.6 %success %dude %success [%scry %noun !>(42)]]
== == ==
::
;: weld
results1
(expect-ford-empty ford ~nul)
==
::
++ test-dude-error
~& %test-dude-error
::
=/ ford *ford-gate
::
=/ schematic=schematic:ford
:* %pin ~1234.5.6
%dude |.(>%in-the-error-message<)
[%scry [%c care=%x bel=[[~nul %desk] /bar/foo]]]
==
::
=/ scry-42 (scry-fail ~1234.5.6)
::
=^ results1 ford
%- test-ford-call :*
ford
now=~1234.5.6
scry=scry-42
::
call-args=[duct=~[/once] type=~ %make ~nul schematic]
::
^= moves
:~ :* duct=~[/once] %give %made ~1234.5.6 %complete
%success %pin ~1234.5.6
%success %dude %error
:~ leaf+"%in-the-error-message"
leaf+"scry failed for"
leaf+"%cx /~nul/desk/~1234.5.6/foo/bar"
== == == ==
::
;: weld
results1
(expect-ford-empty ford ~nul)
==
::
++ test-slim
~& %test-slim
::
=/ formula=hoon (ream '(add 2 2)')
=/ subject-type=type -:!>(.)
::
=/ ford *ford-gate
=^ results1 ford
%- test-ford-call :*
ford
now=~1234.5.6
scry=scry-is-forbidden
::
call-args=[duct=~[/dead] type=~ %make ~nul [%slim subject-type formula]]
::
^= moves
:~ :* duct=~[/dead] %give %made ~1234.5.6 %complete
[%success [%slim (~(mint ut subject-type) [%noun formula])]]
== == ==
::
=^ results2 ford
%- test-ford-call :*
ford
now=~1234.5.7
scry=scry-is-forbidden
::
call-args=[duct=~[/dead] type=~ %kill ~nul]
::
moves=~
==
::
;: weld
results1
results2
(expect-ford-empty ford ~nul)
==
::
++ test-slit
~& %test-slit
::
=/ gate=vase (ride %noun '|=(a=@ud ["one" a])')
=/ sample=vase !>(42)
::
=/ ford *ford-gate
=^ results1 ford
%- test-ford-call-with-comparator :*
ford
now=~1234.5.6
scry=scry-is-forbidden
::
call-args=[duct=~[/slit] type=~ %make ~nul [%slit gate sample]]
::
^= comparator
|= moves=(list move:ford-gate)
^- tang
::
?> =(1 (lent moves))
?> ?=(^ moves)
?> ?=([* %give %made @da %complete %success %slit *] i.moves)
:: we are expecting a type, and all we can do is ensure it nests in
:: the right type
::
=/ expected-type=type -:!>([*tape *@ud])
=/ actual-type=type |7:i.moves
%- expect-eq !>
:- &
(~(nest ut actual-type) | expected-type)
==
::
=^ results2 ford
%- test-ford-call :*
ford
now=~1234.5.7
scry=scry-is-forbidden
::
call-args=[duct=~[/slit] type=~ %kill ~nul]
::
moves=~
==
::
;: weld
results1
results2
(expect-ford-empty ford ~nul)
==
::
++ test-slit-error
~& %test-slit-error
::
=/ gate=vase (ride %noun '|=(a=@ud ["one" a])')
=/ sample=vase !>("a tape instead of @ud")
::
=/ ford *ford-gate
=^ results1 ford
%- test-ford-call-with-comparator :*
ford
now=~1234.5.6
scry=scry-is-forbidden
::
call-args=[duct=~[/slit] type=~ %make ~nul [%slit gate sample]]
::
^= comparator
|= moves=(list move:ford-gate)
^- tang
::
?> =(1 (lent moves))
?> ?=(^ moves)
?> ?=([* %give %made @da %complete %error *] i.moves)
:: ignore last message; contains source positions in the stack trace
::
=/ messages=tang (scag 4 `tang`|6:i.moves)
::
%- expect-eq !>
:_ messages
:~ [%palm ["." "-" "" ""] [%leaf "have"] [%leaf "\"\""] ~]
:~ %palm ["." "-" "" ""]
[%leaf "want"]
[%palm ["/" "" "" ""] [%leaf "a"] [%leaf "@ud"] ~]
==
[%leaf "%slit failed: "]
[%leaf "nest-fail"]
==
==
::
=^ results2 ford
%- test-ford-call :*
ford
now=~1234.5.7
scry=scry-is-forbidden
::
call-args=[duct=~[/slit] type=~ %kill ~nul]
::
moves=~
==
::
;: weld
results1
results2
(expect-ford-empty ford ~nul)
==
::
++ test-ride
~& %test-ride
::
=/ ford *ford-gate
::
=/ fun |=(a=@ (add 2 a))
=/ formula=hoon (ream '!: (fun 3)')
=/ subject-schematic=schematic:ford [%$ %noun !>(.)]
::
=^ results1 ford
%- test-ford-call-with-comparator :*
ford
now=~1234.5.6
scry=scry-is-forbidden
::
^= call-args
:* duct=~[/dead] type=~ %make ~nul
[%ride formula subject-schematic]
==
::
^= comparator
|= moves=(list move:ford-gate)
^- tang
::
?> =(1 (lent moves))
?> ?=(^ moves)
?> ?=([* %give %made @da %complete %success %ride *] i.moves)
::
%+ weld
%- expect-eq !>
:: compare the move to the expected move, omitting vase type checking
::
:: Types can't be compared using simple equality, so normalize the
:: type to check the rest of the move.
::
:_ i.moves(&8 *type)
:* duct=~[/dead] %give %made ~1234.5.6 %complete
[%success [%ride *type 5]]
==
:: make sure the returned type nests
::
%- expect-eq !>
:- &
(~(nest ut &8:i.moves) | -:!>(*@))
==
::
=^ results2 ford
%- test-ford-call :*
ford
now=~1234.5.7
scry=scry-is-forbidden
::
call-args=[duct=~[/dead] type=~ %kill ~nul]
moves=~
==
::
;: weld
results1
results2
(expect-ford-empty ford ~nul)
==
::
++ test-ride-scry-succeed
~& %test-ride-scry-succeed
::
=/ scry-42 (scry-succeed ~1234.5.6 [%noun !>(42)])
=/ ford *ford-gate
::
=/ formula=hoon (ream '!: .^(* %cx /~nul/desk/~1234.5.6/foo/bar)')
=/ subject-schematic=schematic:ford [%$ %noun !>(.)]
::
=^ results1 ford
%- test-ford-call-with-comparator :*
ford
now=~1234.5.6
scry=scry-42
::
^= call-args
:* duct=~[/dead] type=~ %make ~nul
[%ride formula subject-schematic]
==
::
^= comparator
|= moves=(list move:ford-gate)
^- tang
::
?> =(1 (lent moves))
?> ?=(^ moves)
?> ?=([* %give %made @da %complete %success %ride *] i.moves)
::
%+ welp
%- expect-eq !>
:: compare the move to the expected move, omitting vase type checking
::
:: Types can't be compared using simple equality, so normalize the
:: type to check the rest of the move.
::
:_ i.moves(&8 *type)
:* duct=~[/dead] %give %made ~1234.5.6 %complete
[%success [%ride *type 42]]
==
::
%- expect-eq !>
:- &
(~(nest ut &8:i.moves) | -:!>(*@))
==
::
=^ results2 ford
%- test-ford-call :*
ford
now=~1234.5.7
scry=scry-is-forbidden
::
call-args=[duct=~[/dead] type=~ %kill ~nul]
moves=~
==
::
;: weld
results1
results2
(expect-ford-empty ford ~nul)
==
::
++ test-ride-scry-fail
~& %test-ride-scry-fail
::
=/ scry-failed (scry-fail ~1234.5.6)
=/ ford *ford-gate
::
=/ formula=hoon (ream '!: .^(* %cx /~nul/desk/~1234.5.6/foo/bar)')
=/ subject-schematic=schematic:ford [%$ %noun !>(.)]
::
=^ results1 ford
%- test-ford-call-with-comparator :*
ford
now=~1234.5.6
scry=scry-failed
::
^= call-args
:* duct=~[/dead] type=~ %make ~nul
[%ride formula subject-schematic]
==
::
^= comparator
|= moves=(list move:ford-gate)
^- tang
::
?> =(1 (lent moves))
?> ?=(^ moves)
?> ?=([* %give %made @da %complete %error *] i.moves)
::
%- expect-eq !>
:: compare the move to the expected move, omitting check on stack trace
::
:_ i.moves(|7 ~)
:* duct=~[/dead] %give %made ~1234.5.6 %complete
[%error [leaf+"ford: %ride failed:" ~]]
== ==
::
=^ results2 ford
%- test-ford-call :*
ford
now=~1234.5.7
scry=scry-is-forbidden
::
call-args=[duct=~[/dead] type=~ %kill ~nul]
moves=~
==
::
;: weld
results1
results2
(expect-ford-empty ford ~nul)
==
::
++ test-ride-scry-block
~& %test-ride-scry-block
::
=/ scry-blocked (scry-block ~1234.5.6)
=/ ford *ford-gate
::
=/ formula=hoon (ream '!: .^(* %cx /~nul/desk/~1234.5.6/foo/bar)')
=/ subject-schematic=schematic:ford [%$ %noun !>(.)]
::
=^ results1 ford
%- test-ford-call :*
ford
now=~1234.5.6
scry=scry-blocked
::
^= call-args
:* duct=~[/live] type=~ %make ~nul
[%ride formula subject-schematic]
==
::
^= moves
:~ :* duct=~ %pass
wire=/~nul/scry-request/cx/~nul/desk/~1234.5.6/foo/bar
%c %warp [~nul ~nul] %desk
~ %sing %x [%da ~1234.5.6] /foo/bar
== == ==
::
=^ results2 ford
%- test-ford-take-with-comparator :*
ford
now=~1234.5.7
scry=scry-blocked
::
^= take-args
:* wire=/~nul/scry-request/cx/~nul/desk/~1234.5.6/foo/bar duct=~
^= wrapped-sign ^- (hypo sign:ford) :- *type :: ^- sign:ford
[%c %writ ~ [%x [%da ~1234.5.6] %desk] /bar/foo %noun !>(42)]
==
::
^= comparator
|= moves=(list move:ford-gate)
^- tang
::
?> =(1 (lent moves))
?> ?=(^ moves)
?> ?=([* %give %made @da %complete %success %ride *] i.moves)
::
%+ welp
%- expect-eq !>
:: compare the move to the expected move, omitting vase type checking
::
:: Types can't be compared using simple equality, so normalize the
:: type to check the rest of the move.
::
:_ i.moves(&8 *type)
:* duct=~[/live] %give %made ~1234.5.6 %complete
[%success [%ride *type 42]]
==
:: make sure the types nest
::
%- expect-eq !>
:- &
(~(nest ut &8:i.moves) | -:!>(*@))
==
::
=^ results3 ford
%- test-ford-call :*
ford
now=~1234.5.8
scry=scry-is-forbidden
::
call-args=[duct=~[/live] type=~ %kill ~nul]
moves=~
==
::
;: weld
results1
results2
results3
(expect-ford-empty ford ~nul)
==
::
++ test-ride-scry-promote
~& %test-ride-scry-promote
::
=/ scry-type=type [%atom %tas ~]
::
=/ scry-results=(map [term beam] cage)
%- my :~
:- [%cx [[~nul %desk %da ~1234.5.6] /bar/foo]]
[%noun scry-type %it-doesnt-matter]
::
:- [%cx [[~nul %desk %da ~1234.5.7] /bar/foo]]
[%noun scry-type %changed]
==
::
=/ scry (scry-with-results scry-results)
=/ ford *ford-gate
::
=/ formula=hoon (ream '`@tas`%constant')
=/ subject-schematic=schematic:ford [%scry %c %x [~nul %desk] /bar/foo]
::
=/ ride=schematic:ford [%ride formula subject-schematic]
::
=^ results1 ford
%- test-ford-call :*
ford
now=~1234.5.6
scry=scry
::
call-args=[duct=~[/ride] type=~ %make ~nul ride]
::
^= moves
:~ :* duct=~[/ride] %give %made ~1234.5.6 %complete
[%success [%ride scry-type %constant]]
==
:* duct=~ %pass wire=/~nul/clay-sub/~nul/desk
%c %warp [~nul ~nul] %desk
`[%mult [%da ~1234.5.6] (sy [%x /foo/bar] ~)]
== == ==
::
=^ results2 ford
%- test-ford-take :*
ford
now=~1234.5.7
scry=scry
::
^= take-args
:* wire=/~nul/clay-sub/~nul/desk duct=~
^= wrapped-sign ^- (hypo sign:ford) :- *type
[%c %wris [%da ~1234.5.7] (sy [%x /foo/bar]~)]
==
::
^= moves
:~ :* duct=~ %pass wire=/~nul/clay-sub/~nul/desk
%c %warp [~nul ~nul] %desk
`[%mult [%da ~1234.5.7] (sy [%x /foo/bar] ~)]
== == ==
::
=^ results3 ford
%- test-ford-call :*
ford
now=~1234.5.8
scry=scry-is-forbidden
::
call-args=[duct=~[/ride] type=~ %kill ~nul]
::
^= moves
:~ :* duct=~ %pass wire=/~nul/clay-sub/~nul/desk
%c %warp [~nul ~nul] %desk ~
== == ==
::
;: weld
results1
results2
results3
(expect-ford-empty ford ~nul)
==
::
++ test-five-oh-fora
~& %test-five-oh-fora
::
=/ scry-type=type
[%cell [%face [~ %title] [%atom %tas ~]] [%face [~ %contents] -:!>("")]]
::
=/ scry-results=(map [term beam] cage)
%- my :~
:- [%cx [[~nul %desk %da ~1234.5.6] /a/posts]]
[%noun scry-type [title='post-a' contents="post-a-contents"]]
::
:- [%cx [[~nul %desk %da ~1234.5.6] /b/posts]]
[%noun scry-type [title='post-b' contents="post-b-contents"]]
::
:- [%cx [[~nul %desk %da ~1234.5.8] /a/posts]]
[%noun scry-type [title='post-a' contents="post-a-contents-changed"]]
==
::
=/ scry (scry-with-results scry-results)
=/ ford *ford-gate
::
=/ post-a=schematic:ford [%scry [%c %x [~nul %desk] /a/posts]]
=/ title-a=schematic:ford [%ride (ream '!: title') post-a]
::
=/ post-b=schematic:ford [%scry [%c %x [~nul %desk] /b/posts]]
=/ title-b=schematic:ford [%ride (ream '!: title') post-b]
::
=/ sidebar=schematic:ford [title-a title-b]
::
=/ rendered-a=schematic:ford [post-a sidebar]
=/ rendered-b=schematic:ford [post-b sidebar]
:: first, ask ford to build rendered-a
::
=^ results1 ford
%- test-ford-call-with-comparator :*
ford
now=~1234.5.6
scry=scry
::
call-args=[duct=~[/post-a] type=~ %make ~nul rendered-a]
::
^= comparator
|= moves=(list move:ford-gate)
^- tang
::
?> ?=([^ ^ ~] moves)
%+ welp
%- check-post-made :*
move=i.moves
duct=~[/post-a]
type=scry-type
date=~1234.5.6
title='post-a'
contents="post-a-contents"
==
%- expect-eq !>
:_ i.t.moves
:* duct=~ %pass wire=/~nul/clay-sub/~nul/desk
%c %warp [~nul ~nul] %desk
`[%mult [%da ~1234.5.6] (sy [%x /posts/a] [%x /posts/b] ~)]
== ==
::
=^ results2 ford
%- test-ford-call-with-comparator :*
ford
now=~1234.5.7
scry=scry
::
call-args=[duct=~[/post-b] type=~ %make ~nul rendered-b]
::
^= comparator
|= moves=(list move:ford-gate)
^- tang
::
?> ?=([^ ~] moves)
%- check-post-made :*
move=i.moves
duct=~[/post-b]
type=scry-type
date=~1234.5.7
title='post-b'
contents="post-b-contents"
== ==
::
=^ results3 ford
%- test-ford-take-with-comparator :*
ford
now=~1234.5.8
scry=scry
::
^= take-args
:* wire=/~nul/clay-sub/~nul/desk duct=~
^= wrapped-sign ^- (hypo sign:ford) :- *type
[%c %wris [%da ~1234.5.8] (sy [%x /posts/a]~)]
==
::
^= comparator
|= moves=(list move:ford-gate)
^- tang
::
?> ?=([^ ^ ~] moves)
%- check-post-made :*
move=i.moves
duct=~[/post-a]
type=scry-type
date=~1234.5.8
title='post-a'
contents="post-a-contents-changed"
== ==
::
=^ results4 ford
%- test-ford-call :*
ford
now=~1234.5.9
scry=scry-is-forbidden
::
call-args=[duct=~[/post-b] type=~ %kill ~nul]
moves=~
==
::
=^ results5 ford
%- test-ford-call :*
ford
now=~1234.5.10
scry=scry-is-forbidden
::
call-args=[duct=~[/post-a] type=~ %kill ~nul]
::
^= moves
:~ :* duct=~ %pass wire=/~nul/clay-sub/~nul/desk
%c %warp [~nul ~nul] %desk ~
== == ==
::
;: weld
results1
results2
results3
results4
results5
(expect-ford-empty ford ~nul)
==
::
++ test-alts
~& %test-alts
::
=/ scry-type=type [%atom %tas ~]
::
=/ scry-results=(map [term beam] (unit cage))
%- my :~
:- [%cx [[~nul %first %da ~1234.5.6] /one/scry]]
~
::
:- [%cx [[~nul %second %da ~1234.5.6] /two/scry]]
~
::
:- [%cx [[~nul %first %da ~1234.5.7] /one/scry]]
~
::
:- [%cx [[~nul %second %da ~1234.5.7] /two/scry]]
`[%noun scry-type 'scry-two']
::
:- [%cx [[~nul %first %da ~1234.5.8] /one/scry]]
`[%noun scry-type 'scry-one']
==
::
=/ scry (scry-with-results-and-failures scry-results)
=/ ford *ford-gate
::
=/ scry1=schematic:ford [%scry [%c %x [~nul %first] /one/scry]]
=/ scry2=schematic:ford [%scry [%c %x [~nul %second] /two/scry]]
=/ alts=schematic:ford [%alts [scry1 scry2 ~]]
::
=^ results1 ford
%- test-ford-call :*
ford
now=~1234.5.6
scry=scry
::
call-args=[duct=~[/alts] type=~ %make ~nul alts]
::
^= moves
:~ :* duct=~[/alts] %give %made ~1234.5.6 %complete
[%error [%leaf "%alts: all options failed"]~]
==
:* duct=~ %pass wire=/~nul/clay-sub/~nul/first
%c %warp [~nul ~nul] %first
`[%mult [%da ~1234.5.6] (sy [%x /scry/one] ~)]
==
:* duct=~ %pass wire=/~nul/clay-sub/~nul/second
%c %warp [~nul ~nul] %second
`[%mult [%da ~1234.5.6] (sy [%x /scry/two] ~)]
== == ==
::
=^ results2 ford
%- test-ford-take :*
ford
now=~1234.5.7
scry=scry
::
^= take-args
:* wire=/~nul/clay-sub/~nul/second duct=~
^= wrapped-sign ^- (hypo sign:ford) :- *type
[%c %wris [%da ~1234.5.7] (sy [%x /scry/two]~)]
==
::
^= moves
:~ :* duct=~[/alts] %give %made ~1234.5.7 %complete
%success %alts %success %scry %noun scry-type 'scry-two'
==
:* duct=~ %pass wire=/~nul/clay-sub/~nul/second
%c %warp [~nul ~nul] %second
`[%mult [%da ~1234.5.7] (sy [%x /scry/two] ~)]
== == ==
::
=^ results3 ford
%- test-ford-take :*
ford
now=~1234.5.8
scry=scry
::
^= take-args
:* wire=/~nul/clay-sub/~nul/first duct=~
^= wrapped-sign ^- (hypo sign:ford) :- *type
[%c %wris [%da ~1234.5.8] (sy [%x /scry/one]~)]
==
::
^= moves
:~ :* duct=~[/alts] %give %made ~1234.5.8 %complete
%success %alts %success %scry %noun scry-type 'scry-one'
==
:* duct=~ %pass wire=/~nul/clay-sub/~nul/first
%c %warp [~nul ~nul] %first
`[%mult [%da ~1234.5.8] (sy [%x /scry/one] ~)]
==
:* duct=~ %pass wire=/~nul/clay-sub/~nul/second
%c %warp [~nul ~nul] %second ~
== == ==
::
=^ results4 ford
%- test-ford-call :*
ford
now=~1234.5.9
scry=scry-is-forbidden
::
call-args=[duct=~[/alts] type=~ %kill ~nul]
::
^= moves
:~ :* duct=~ %pass wire=/~nul/clay-sub/~nul/first
%c %warp [~nul ~nul] %first ~
== == ==
::
;: weld
results1
results2
results3
results4
(expect-ford-empty ford ~nul)
==
::
++ test-alts-and-live
~& %test-alts-and-live
::
=/ scry-type=type [%atom %tas ~]
::
=/ scry-results=(map [term beam] (unit cage))
%- my :~
:- [%cx [[~nul %desk %da ~1234.5.6] /one/scry]]
~
::
:- [%cx [[~nul %desk %da ~1234.5.6] /two/scry]]
`[%noun scry-type 'scry-two']
::
:- [%cx [[~nul %desk %da ~1234.5.7] /one/scry]]
~
::
:- [%cx [[~nul %desk %da ~1234.5.7] /two/scry]]
`[%noun scry-type 'scry-two']
::
:- [%cx [[~nul %desk %da ~1234.5.8] /one/scry]]
`[%noun scry-type 'scry-one']
==
::
=/ scry (scry-with-results-and-failures scry-results)
=/ ford *ford-gate
::
=/ scry2=schematic:ford [%scry [%c %x [~nul %desk] /two/scry]]
=/ same=schematic:ford [%same scry2]
:: depend on scry2 for the duration of the test
::
=^ results1 ford
%- test-ford-call :*
ford
now=~1234.5.6
scry=scry
::
call-args=[duct=~[/same] type=~ %make ~nul same]
::
^= moves
:~ :* duct=~[/same] %give %made ~1234.5.6 %complete
%success %same %success %scry %noun scry-type 'scry-two'
==
:* duct=~ %pass wire=/~nul/clay-sub/~nul/desk
%c %warp [~nul ~nul] %desk
`[%mult [%da ~1234.5.6] (sy [%x /scry/two] ~)]
== == ==
::
=/ scry1=schematic:ford [%scry [%c %x [~nul %desk] /one/scry]]
=/ alts=schematic:ford [%alts [scry1 scry2 ~]]
:: call the alts schematic
::
:: The alts schematic should fail to read /scry/one, and should fallback
:: to /scry/two.
::
=^ results2 ford
%- test-ford-call :*
ford
now=~1234.5.7
scry=scry
::
call-args=[duct=~[/alts] type=~ %make ~nul alts]
::
^= moves
:~ :* duct=~[/alts] %give %made ~1234.5.7 %complete
%success %alts %success %scry %noun scry-type 'scry-two'
==
:* duct=~ %pass wire=/~nul/clay-sub/~nul/desk
%c %warp [~nul ~nul] %desk
`[%mult [%da ~1234.5.7] (sy [%x /scry/two] [%x /scry/one] ~)]
== == ==
::
:: tell ford that /scry/one exists now
::
=^ results3 ford
%- test-ford-take :*
ford
now=~1234.5.8
scry=scry
::
^= take-args
:* wire=/~nul/clay-sub/~nul/desk duct=~
^= wrapped-sign ^- (hypo sign:ford) :- *type
[%c %wris [%da ~1234.5.8] (sy [%x /scry/one]~)]
==
::
^= moves
:~ :* duct=~[/alts] %give %made ~1234.5.8 %complete
%success %alts %success %scry %noun scry-type 'scry-one'
==
:: we subscribe to both paths because /same still exists.
::
:* duct=~ %pass wire=/~nul/clay-sub/~nul/desk
%c %warp [~nul ~nul] %desk
`[%mult [%da ~1234.5.8] (sy [%x /scry/one] [%x /scry/two] ~)]
== == ==
::
:: kill the /same build
::
:: We should no longer subscribe to /scry/two in the resulting clay
:: subscription.
::
=^ results4 ford
%- test-ford-call :*
ford
now=~1234.5.9
scry=scry
::
call-args=[duct=~[/same] type=~ %kill ~nul]
::
^= moves
:~ :* duct=~ %pass wire=/~nul/clay-sub/~nul/desk
%c %warp [~nul ~nul] %desk
`[%mult [%da ~1234.5.8] (sy [%x /scry/one] ~)]
== == ==
::
=^ results5 ford
%- test-ford-call :*
ford
now=~1234.5.10
scry=scry
::
call-args=[duct=~[/alts] type=~ %kill ~nul]
::
^= moves
:~ :* duct=~ %pass wire=/~nul/clay-sub/~nul/desk
%c %warp [~nul ~nul] %desk ~
== == ==
::
;: weld
results1
results2
results3
results4
results5
(expect-ford-empty ford ~nul)
==
::
++ test-double-alts
~& %test-double-alts
::
=/ scry-type=type [%atom %tas ~]
::
=/ scry-results=(map [term beam] (unit cage))
%- my :~
:- [%cx [[~nul %desk %da ~1234.5.6] /one/scry]]
~
::
:- [%cx [[~nul %desk %da ~1234.5.6] /two/scry]]
`[%noun scry-type 'scry-two']
::
:- [%cx [[~nul %desk %da ~1234.5.7] /three/scry]]
~
::
:- [%cx [[~nul %desk %da ~1234.5.7] /two/scry]]
`[%noun scry-type 'scry-two']
::
:- [%cx [[~nul %desk %da ~1234.5.8] /three/scry]]
`[%noun scry-type 'scry-three']
::
:- [%cx [[~nul %desk %da ~1234.5.8] /two/scry]]
`[%noun scry-type 'scry-two']
::
:- [%cx [[~nul %desk %da ~1234.5.9] /one/scry]]
`[%noun scry-type 'scry-one']
::
:- [%cx [[~nul %desk %da ~1234.5.9] /two/scry]]
`[%noun scry-type 'scry-two-changed']
==
::
=/ scry (scry-with-results-and-failures scry-results)
=/ ford *ford-gate
::
=/ scry1=schematic:ford [%scry [%c %x [~nul %desk] /one/scry]]
=/ scry2=schematic:ford [%scry [%c %x [~nul %desk] /two/scry]]
=/ scry3=schematic:ford [%scry [%c %x [~nul %desk] /three/scry]]
=/ alts1=schematic:ford [%alts [scry1 scry2 ~]]
=/ alts2=schematic:ford [%alts [scry3 scry2 ~]]
:: alts1 will depend on both scry1 and scry2
::
=^ results1 ford
%- test-ford-call :*
ford
now=~1234.5.6
scry=scry
::
call-args=[duct=~[/first] type=~ %make ~nul alts1]
::
^= moves
:~ :* duct=~[/first] %give %made ~1234.5.6 %complete
%success %alts %success %scry %noun scry-type 'scry-two'
==
:* duct=~ %pass wire=/~nul/clay-sub/~nul/desk
%c %warp [~nul ~nul] %desk
`[%mult [%da ~1234.5.6] (sy [%x /scry/one] [%x /scry/two] ~)]
== == ==
:: alts2 will depend on both scry3 and scry2
::
=^ results2 ford
%- test-ford-call :*
ford
now=~1234.5.7
scry=scry
::
call-args=[duct=~[/second] type=~ %make ~nul alts2]
::
^= moves
:~ :* duct=~[/second] %give %made ~1234.5.7 %complete
%success %alts %success %scry %noun scry-type 'scry-two'
==
:* duct=~ %pass wire=/~nul/clay-sub/~nul/desk
%c %warp [~nul ~nul] %desk ~ %mult [%da ~1234.5.7]
(sy [%x /scry/one] [%x /scry/two] [%x /scry/three] ~)
== == ==
::
:: alts2 should now just return 'scry-three'
::
=^ results3 ford
%- test-ford-take :*
ford
now=~1234.5.8
scry=scry
::
^= take-args
:* wire=/~nul/clay-sub/~nul/desk duct=~
^= wrapped-sign ^- (hypo sign:ford) :- *type
[%c %wris [%da ~1234.5.8] (sy [%x /scry/three]~)]
==
::
^= moves
:~ :* duct=~[/second] %give %made ~1234.5.8 %complete
%success %alts %success %scry %noun scry-type 'scry-three'
==
:* duct=~ %pass wire=/~nul/clay-sub/~nul/desk
%c %warp [~nul ~nul] %desk ~ %mult [%da ~1234.5.8]
(sy [%x /scry/one] [%x /scry/two] [%x /scry/three] ~)
== == ==
::
:: alts1 should now just return 'scry-one'
::
=^ results4 ford
%- test-ford-take :*
ford
now=~1234.5.9
scry=scry
::
^= take-args
:* wire=/~nul/clay-sub/~nul/desk duct=~
^= wrapped-sign ^- (hypo sign:ford) :- *type
[%c %wris [%da ~1234.5.9] (sy [%x /scry/one] [%x /scry/two] ~)]
==
::
^= moves
:~ :* duct=~[/first] %give %made ~1234.5.9 %complete
%success %alts %success %scry %noun scry-type 'scry-one'
==
:* duct=~ %pass wire=/~nul/clay-sub/~nul/desk
%c %warp [~nul ~nul] %desk ~ %mult [%da ~1234.5.9]
(sy [%x /scry/one] [%x /scry/three] ~)
== == ==
::
=^ results5 ford
%- test-ford-call :*
ford
now=~1234.5.10
scry=scry
::
call-args=[duct=~[/first] type=~ %kill ~nul]
::
^= moves
:~ :* duct=~ %pass wire=/~nul/clay-sub/~nul/desk
%c %warp [~nul ~nul] %desk ~ %mult [%da ~1234.5.9]
(sy [%x /scry/three] ~)
== == ==
::
=^ results6 ford
%- test-ford-call :*
ford
now=~1234.5.11
scry=scry
::
call-args=[duct=~[/second] type=~ %kill ~nul]
::
^= moves
:~ :* duct=~ %pass wire=/~nul/clay-sub/~nul/desk
%c %warp [~nul ~nul] %desk ~
== == ==
::
;: weld
results1
results2
results3
results4
results5
results6
(expect-ford-empty ford ~nul)
==
:: +test-cache-reclamation-trivial: reclaim cache on a blank slate ford
::
++ test-cache-reclamation-trivial
~& %test-cache-reclamation-trivial
::
=/ ford *ford-gate
::
=^ results1 ford
%- test-ford-call :*
ford
now=~1234.5.6
scry=scry-is-forbidden
:: send a pinned literal, expects a %made response with pinned literal
::
^= call-args
[duct=~ type=~ %make ~nul [%pin ~1234.5.6 [%$ %noun !>(**)]]]
::
^= moves
:~ :* duct=~ %give %made ~1234.5.6
%complete %success %pin ~1234.5.6 %success %$ %noun !>(**)
== ==
==
::
=^ results2 ford
%- test-ford-call :*
ford
now=~1234.5.7
scry=scry-is-forbidden
:: ask ford to wipe its cache
::
call-args=[duct=~ type=~ %wipe ~]
:: cache wiping should never produce any moves
::
moves=~
==
::
;: welp
results1
results2
(expect-ford-empty ford ~nul)
==
::
++ test-cache-reclamation-live-rebuild
~& %test-cache-reclamation-live-rebuild
::
=/ ford *ford-gate
=^ results1 ford
%- test-ford-call :*
ford
now=~1234.5.6
scry=(scry-succeed ~1234.5.6 [%noun !>(42)])
::
^= call-args
:* duct=~ type=~ %make ~nul
[%scry %c care=%x rail=[[~nul %desk] /bar/foo]]
==
::
^= moves
:~ :* duct=~ %give %made ~1234.5.6 %complete %success
[%scry %noun !>(42)]
==
:* duct=~ %pass wire=/~nul/clay-sub/~nul/desk
%c %warp [~nul ~nul] %desk
`[%mult [%da ~1234.5.6] (sy [%x /foo/bar]~)]
== == ==
::
=^ results2 ford
%- test-ford-call :*
ford
now=~1234.5.7
scry=scry-is-forbidden
:: ask ford to wipe its cache
::
call-args=[duct=~ type=~ %wipe ~]
:: cache wiping should never produce any moves
::
moves=~
==
::
=^ results3 ford
%- test-ford-take :*
ford
now=~1234.5.7
scry=(scry-succeed ~1234.5.7 [%noun !>(43)])
::
^= take-args
:* wire=/~nul/clay-sub/~nul/desk duct=~
^= wrapped-sign ^- (hypo sign:ford) :- *type
[%c %wris [%da ~1234.5.7] (sy [%x /foo/bar]~)]
==
::
^= moves
:~ :* duct=~ %give %made ~1234.5.7 %complete %success
[%scry %noun !>(43)]
==
:* duct=~ %pass wire=/~nul/clay-sub/~nul/desk
%c %warp [~nul ~nul] %desk
`[%mult [%da ~1234.5.7] (sy [%x /foo/bar]~)]
== == ==
::
=^ results4 ford
%- test-ford-call :*
ford
now=~1234.5.8
scry=scry-is-forbidden
::
call-args=[duct=~ type=~ %kill ~nul]
::
^= moves
:~ :* duct=~ %pass wire=/~nul/clay-sub/~nul/desk
%c %warp [~nul ~nul] %desk ~
== == ==
::
;: weld
results1
results2
results3
results4
(expect-ford-empty ford ~nul)
==
::
++ test-cache-reclamation-live-promote
~& %test-cache-reclamation-live-promote
::
=/ scry-type=type [%atom %tas ~]
::
=/ scry-results=(map [term beam] cage)
%- my :~
:- [%cx [[~nul %desk %da ~1234.5.6] /bar/foo]]
[%noun scry-type %it-doesnt-matter]
::
:- [%cx [[~nul %desk %da ~1234.5.7] /bar/foo]]
[%noun scry-type %changed]
==
::
=/ scry (scry-with-results scry-results)
=/ ford *ford-gate
::
=/ formula=hoon (ream '`@tas`%constant')
=/ subject-schematic=schematic:ford [%scry %c %x [~nul %desk] /bar/foo]
::
=/ ride=schematic:ford [%ride formula subject-schematic]
=/ same=schematic:ford [%same ride]
::
=^ results1 ford
%- test-ford-call :*
ford
now=~1234.5.6
scry=scry
::
call-args=[duct=~[/ride] type=~ %make ~nul same]
::
^= moves
:~ :* duct=~[/ride] %give %made ~1234.5.6 %complete
[%success [%same [%success [%ride scry-type %constant]]]]
==
:* duct=~ %pass wire=/~nul/clay-sub/~nul/desk
%c %warp [~nul ~nul] %desk
`[%mult [%da ~1234.5.6] (sy [%x /foo/bar] ~)]
== == ==
::
=^ results2 ford
%- test-ford-call :*
ford
now=~1234.5.7
scry=scry-is-forbidden
:: ask ford to wipe its cache
::
call-args=[duct=~ type=~ %wipe ~]
:: cache wiping should never produce any moves
::
moves=~
==
::
=^ results3 ford
%- test-ford-take :*
ford
now=~1234.5.7
scry=scry
::
^= take-args
:* wire=/~nul/clay-sub/~nul/desk duct=~
^= wrapped-sign ^- (hypo sign:ford) :- *type
[%c %wris [%da ~1234.5.7] (sy [%x /foo/bar]~)]
==
::
^= moves
:~ :* duct=~ %pass wire=/~nul/clay-sub/~nul/desk
%c %warp [~nul ~nul] %desk
`[%mult [%da ~1234.5.7] (sy [%x /foo/bar] ~)]
== == ==
::
=^ results4 ford
%- test-ford-call :*
ford
now=~1234.5.8
scry=scry-is-forbidden
::
call-args=[duct=~[/ride] type=~ %kill ~nul]
::
^= moves
:~ :* duct=~ %pass wire=/~nul/clay-sub/~nul/desk
%c %warp [~nul ~nul] %desk ~
== == ==
::
;: weld
results1
results2
results3
results4
(expect-ford-empty ford ~nul)
==
:: tests that doing a cache reclamation during the five-oh-fora rebuild works
::
++ test-five-oh-cache-reclamation
~& %test-five-oh-cache-reclamation
::
=/ scry-type=type
[%cell [%face [~ %title] [%atom %tas ~]] [%face [~ %contents] -:!>("")]]
::
=/ scry-results=(map [term beam] cage)
%- my :~
:- [%cx [[~nul %desk %da ~1234.5.6] /a/posts]]
[%noun scry-type [title='post-a' contents="post-a-contents"]]
::
:- [%cx [[~nul %desk %da ~1234.5.6] /b/posts]]
[%noun scry-type [title='post-b' contents="post-b-contents"]]
::
:- [%cx [[~nul %desk %da ~1234.5.9] /a/posts]]
[%noun scry-type [title='post-a' contents="post-a-contents-changed"]]
::
:: unchanged, but might be requested if cache entry gets wiped
::
:- [%cx [[~nul %desk %da ~1234.5.9] /b/posts]]
[%noun scry-type [title='post-b' contents="post-b-contents"]]
==
::
=/ scry (scry-with-results scry-results)
=/ ford *ford-gate
::
=/ post-a=schematic:ford [%scry [%c %x [~nul %desk] /a/posts]]
=/ title-a=schematic:ford [%ride (ream '!: title') post-a]
::
=/ post-b=schematic:ford [%scry [%c %x [~nul %desk] /b/posts]]
=/ title-b=schematic:ford [%ride (ream '!: title') post-b]
::
=/ sidebar=schematic:ford [title-a title-b]
::
=/ rendered-a=schematic:ford [post-a sidebar]
=/ rendered-b=schematic:ford [post-b sidebar]
:: first, ask ford to build rendered-a
::
=^ results1 ford
%- test-ford-call-with-comparator :*
ford
now=~1234.5.6
scry=scry
::
call-args=[duct=~[/post-a] type=~ %make ~nul rendered-a]
::
^= comparator
|= moves=(list move:ford-gate)
^- tang
::
?> ?=([^ ^ ~] moves)
%+ welp
%- check-post-made :*
move=i.moves
duct=~[/post-a]
type=scry-type
date=~1234.5.6
title='post-a'
contents="post-a-contents"
==
%- expect-eq !>
:_ i.t.moves
:* duct=~ %pass wire=/~nul/clay-sub/~nul/desk
%c %warp [~nul ~nul] %desk
`[%mult [%da ~1234.5.6] (sy [%x /posts/a] [%x /posts/b] ~)]
== ==
::
=^ results2 ford
%- test-ford-call-with-comparator :*
ford
now=~1234.5.7
scry=scry
::
call-args=[duct=~[/post-b] type=~ %make ~nul rendered-b]
::
^= comparator
|= moves=(list move:ford-gate)
^- tang
::
?> ?=([^ ~] moves)
%- check-post-made :*
move=i.moves
duct=~[/post-b]
type=scry-type
date=~1234.5.7
title='post-b'
contents="post-b-contents"
== ==
::
=^ results3 ford
%- test-ford-call :*
ford
now=~1234.5.8
scry=scry-is-forbidden
::
call-args=[duct=~ type=~ %wipe ~]
moves=~
==
::
=^ results4 ford
%- test-ford-take-with-comparator :*
ford
now=~1234.5.9
scry=scry
::
^= take-args
:* wire=/~nul/clay-sub/~nul/desk duct=~
^= wrapped-sign ^- (hypo sign:ford) :- *type
[%c %wris [%da ~1234.5.9] (sy [%x /posts/a]~)]
==
::
^= comparator
|= moves=(list move:ford-gate)
^- tang
::
=+ length=(lent moves)
:: deal with mug ordering
::
:: This test depends on the mugs of types stored in ford, which is
:: dependent on the parse tree of this file. There are two valid
:: responses, one where we send a spurious move about %post-b
:: because it was the entry which was evicted from the cache and one
:: where we don't because it wasn't. Check both cases.
::
?: =(length 2)
:: the simple case where we don't send a spurious post-b %made
::
?> ?=([^ ^ ~] moves)
::
%- check-post-made :*
move=i.moves
duct=~[/post-a]
type=scry-type
date=~1234.5.9
title='post-a'
contents="post-a-contents-changed"
==
:: the complex case
::
:: Not only do we send a spurious %made, we don't have a set order
:: that these events happen in, so check both ways.
::
?> ?=([^ ^ ^ ~] moves)
::
=/ post-a-first=tang
%+ welp
%- check-post-made :*
move=i.moves
duct=~[/post-a]
type=scry-type
date=~1234.5.9
title='post-a'
contents="post-a-contents-changed"
==
%- check-post-made :*
move=i.t.moves
duct=~[/post-b]
type=scry-type
date=~1234.5.9
title='post-b'
contents="post-b-contents"
==
:: if we got a ~ for post-a-first, everything is fine
::
?~ post-a-first
~
:: otherwise, its either post-b first or an error.
::
:: Either way, return post-b first check.
::
%+ welp
%- check-post-made :*
move=i.moves
duct=~[/post-b]
type=scry-type
date=~1234.5.9
title='post-b'
contents="post-b"
==
::
%- check-post-made :*
move=i.t.moves
duct=~[/post-a]
type=scry-type
date=~1234.5.9
title='post-a'
contents="post-a-contents-changed"
== ==
::
=^ results5 ford
%- test-ford-call :*
ford
now=~1234.5.10
scry=scry-is-forbidden
::
call-args=[duct=~[/post-b] type=~ %kill ~nul]
moves=~
==
::
=^ results6 ford
%- test-ford-call :*
ford
now=~1234.5.11
scry=scry-is-forbidden
::
call-args=[duct=~[/post-a] type=~ %kill ~nul]
::
^= moves
:~ :* duct=~ %pass wire=/~nul/clay-sub/~nul/desk
%c %warp [~nul ~nul] %desk ~
== == ==
::
;: weld
results1
results2
results3
results4
results5
results6
(expect-ford-empty ford ~nul)
==
::
++ test-reef
~& %test-reef
::
=/ ford *ford-gate
::
=^ results1 ford
%- test-ford-call :*
ford
now=~1234.5.6
scry=scry-is-forbidden
::
^= call-args
:* duct=~[/reef] type=~ %make ~nul
[%pin ~1234.5.6 [%reef ~]]
==
::
^= moves
:~ :* duct=~[/reef] %give %made ~1234.5.6 %complete
%success %pin ~1234.5.6 %success %reef test-pit
== == ==
::
;: weld
results1
(expect-ford-empty ford ~nul)
==
::
++ test-path
~& %test-path
::
=/ ford *ford-gate
::
=/ scry-results=(map [term beam] (unit cage))
%- my :~
:- [%cx [[~nul %desk %da ~1234.5.6] /hoon/bar/foo/lib]]
`[%hoon !>(*hoon)]
::
:- [%cx [[~nul %desk %da ~1234.5.6] /hoon/foo-bar/lib]]
~
==
::
=^ results1 ford
%- test-ford-call :*
ford
now=~1234.5.6
scry=(scry-with-results-and-failures scry-results)
::
^= call-args
:* duct=~[/path] type=~ %make ~nul
%pin ~1234.5.6
[%path disc=[~nul %desk] prefix='lib' raw-path='foo-bar']
==
::
^= moves
:~ :* duct=~[/path] %give %made ~1234.5.6 %complete
%success %pin ~1234.5.6
%success %path [[~nul %desk] /hoon/bar/foo/lib]
== == ==
::
;: weld
results1
(expect-ford-empty ford ~nul)
==
::
++ test-plan-direct-hoon
~& %test-plan-direct-hoon
::
=/ ford *ford-gate
::
=/ =hoon (ream '`@tas`%constant')
::
=^ results1 ford
%- test-ford-call-with-comparator :*
ford
now=~1234.5.6
scry=scry-is-forbidden
::
^= call-args
:* duct=~[/plan] type=~ %make ~nul
%pin ~1234.5.6
%plan
source-path=[[~nul %desk] /bar/foo]
query-string=`coin`[%$ *dime]
zuse-version=309
structures=~
libraries=~
cranes=~
sources=[%direct hoon]~
==
::
^= comparator
|= moves=(list move:ford-gate)
^- tang
::
?> =(1 (lent moves))
?> ?=(^ moves)
?> ?=([* %give %made *] i.moves)
=/ result result.p.card.i.moves
?> ?=(%complete -.result)
?> ?=([%success %pin @da %success %plan *] +.result)
::
=/ =vase |5:+.result
::
%+ weld
%- expect-eq !>
:- &
(~(nest ut p.vase) | -:!>(*@tas))
::
%- expect-eq !>
[%constant q.vase]
==
::
;: weld
results1
(expect-ford-empty ford ~nul)
==
::
:: |utilities: helper arms
::
::+| utilities
++ check-post-made
|= $: move=move:ford-gate
=duct
=type
date=@da
title=@tas
contents=tape
==
^- tang
::
?> ?=([* %give %made @da %complete %success ^ *] move)
=/ result result.p.card.move
?> ?=([%success %scry %noun type-a=* @tas *] head.result)
?> ?=([%success ^ *] tail.result)
?> ?=([%success %ride type-title-a=* %post-a] head.tail.result)
?> ?=([%success %ride type-title-b=* %post-b] tail.tail.result)
::
;: welp
%- expect-eq !>
[duct duct.move]
::
%- expect-eq !>
[date date.p.card.move]
::
%- expect-eq !>
:_ head.result(p.q.cage *^type)
[%success %scry %noun *^type [title=title contents=contents]]
::
%- expect-eq !>
:- &
(~(nest ut p.q.cage.head.result) | type)
::
%- expect-eq !>
:- [%success %ride *^type 'post-a']
head.tail.result(p.vase *^type)
::
%- expect-eq !>
:- &
(~(nest ut p.vase.head.tail.result) | -:!>(''))
::
%- expect-eq !>
:- [%success %ride *^type 'post-b']
tail.tail.result(p.vase *^type)
::
%- expect-eq !>
:- &
(~(nest ut p.vase.tail.tail.result) | -:!>(''))
==
::
:: +scry-with-results
++ scry-with-results
|= results=(map [=term =beam] cage)
|= [* (unit (set monk)) =term =beam]
^- (unit (unit cage))
::
~| scry-with-results+[term=term beam=beam]
::
[~ ~ (~(got by results) [term beam])]
:: +scry-with-results-and-failures
::
++ scry-with-results-and-failures
|= results=(map [=term =beam] (unit cage))
|= [* (unit (set monk)) =term =beam]
^- (unit (unit cage))
::
~| scry-with-results+[term=term beam=beam]
::
[~ (~(got by results) [term beam])]
:: +scry-succeed: produces a scry function with a known request and answer
::
++ scry-succeed
|= [date=@da result=cage] ^- sley
|= [* (unit (set monk)) =term =beam]
^- (unit (unit cage))
::
~| scry-succeed+[beam+beam term+term]
?> =(term %cx)
?> =(beam [[~nul %desk %da date] /bar/foo])
::
[~ ~ result]
:: +scry-fail: produces a scry function with a known request and failed answer
::
++ scry-fail
|= date=@da ^- sley
|= [* (unit (set monk)) =term =beam]
^- (unit (unit cage))
::
~| scry-fail+[beam+beam term+term]
?> =(term %cx)
?> =(beam [[~nul %desk %da date] /bar/foo])
::
[~ ~]
:: +scry-block: produces a scry function with known request and blocked answer
::
++ scry-block
|= date=@da ^- sley
|= [* (unit (set monk)) =term =beam]
^- (unit (unit cage))
::
~| scry-block+[beam+beam term+term]
?> =(term %cx)
?> =(beam [[~nul %desk %da date] /bar/foo])
::
~
::
++ scry-blocks
|= dates=(set @da) ^- sley
|= [* (unit (set monk)) =term =beam]
^- (unit (unit cage))
::
~| scry-block+[beam+beam term+term]
?> =(term %cx)
?> ?=([%da @da] r.beam)
?> (~(has in dates) p.r.beam)
::
~
:: +scry-is-forbidden: makes sure ford does not attempt to scry
::
++ scry-is-forbidden ^- sley
|= [* (unit (set monk)) =term =beam]
^- (unit (unit cage))
::
~| scry-is-forbidden+[beam+beam term+term]
!!
::
++ test-ford-call
|= $: ford=_(ford-gate)
now=@da
scry=sley
call-args=[=duct type=* wrapped-task=(hobo task:able:ford-gate)]
expected-moves=(list move:ford-gate)
==
^- [tang _(ford-gate)]
::
=. ford (ford now=now eny=0xdead.beef scry=scry)
::
=^ moves ford
%- call:ford call-args
::
=/ output=tang
%- expect-eq !>
:- expected-moves
moves
::
[output ford]
::
++ test-ford-take
|= $: ford=_(ford-gate)
now=@da
scry=sley
take-args=[=wire =duct wrapped-sign=(hypo sign:ford-gate)]
expected-moves=(list move:ford-gate)
==
^- [tang _(ford-gate)]
::
=. ford (ford now=now eny=0xdead.beef scry=scry)
::
=^ moves ford
%- take:ford take-args
::
=/ output=tang
%- expect-eq !>
:- expected-moves
moves
::
[output ford]
:: +test-ford-call-with-comparator
::
:: Sometimes we can't just do simple comparisons between the moves statements and
:: must instead specify a gate that performs the comparisons.
::
++ test-ford-call-with-comparator
|= $: ford=_(ford-gate)
now=@da
scry=sley
call-args=[=duct type=* wrapped-task=(hobo task:able:ford-gate)]
move-comparator=$-((list move:ford-gate) tang)
==
^- [tang _(ford-gate)]
::
=. ford (ford now=now eny=0xdead.beef scry=scry)
::
=^ moves ford
%- call:ford call-args
::
=/ output=tang (move-comparator moves)
::
[output ford]
:: +test-ford-take-with-comparator
::
++ test-ford-take-with-comparator
|= $: ford=_(ford-gate)
now=@da
scry=sley
take-args=[=wire =duct wrapped-sign=(hypo sign:ford-gate)]
move-comparator=$-((list move:ford-gate) tang)
==
^- [tang _(ford-gate)]
::
=. ford (ford now=now eny=0xdead.beef scry=scry)
::
=^ moves ford
%- take:ford take-args
::
=/ output=tang (move-comparator moves)
::
[output ford]
:: +expect-ford-empty: assert that ford's state is one empty ship
::
:: At the end of every test, we want to assert that we have cleaned up all
:: state.
::
++ expect-ford-empty
|= [ford=_(ford-gate) ship=@p]
^- tang
%- expect-eq !>
:- (my [ship *ford-state:ford-gate]~)
state-by-ship.+>+<.ford
--
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