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32f07f4c3e
urbit/pkg/arvo/tests/lib/naive.hoon
Philip Monk 32f07f4c3e
naive: add block-number to input 
Unused, but will be used to trigger all upgrades
2021-09-23 12:24:20 -05:00

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/+ *test, naive, ethereum, azimuth, *naive-transactions
::
|%
:: This gate passes a state and input to naive.hoon for both L1 and L2
:: transactions. Every transaction implemented in this test suite utilizes it.
::
++ n
|= [=^state:naive input=_+:*^input:naive]
(%*(. naive lac &) verifier 1.337 state 0 input)
::
++ orm ((on ship point:naive) por:naive)
++ addr address-from-prv:key:ethereum
::
:: The next section of this core generates "universes" of Azimuth points, each
:: of which is intended for particular test(s). There are more of these
:: than strictly necessary - we utilize different galaxies/etc to perform
:: different kinds of tests, and using different @p's helps to remember
:: what the galaxy was set up to test when reading the tests.
::
:: ~zod is for testing potential padding issues caused by leading or trailing
:: zeroes.
::
++ init-zod
|= =^state:naive
^- [effects:naive ^state:naive]
=^ f1 state (n state (owner-changed:l1 ~zod (addr %zod-key-0)))
=^ f2 state (n state (owner-changed:l1 ~dopzod (addr %dopzod-key-0)))
=^ f3 state (n state (changed-spawn-proxy:l1 ~zod (addr %zod-skey-0)))
=^ f4 state (n state (changed-spawn-proxy:l1 ~zod deposit-address:naive))
=^ f5 state (n state (owner-changed:l1 ~dopzod deposit-address:naive))
[:(welp f1 f2 f3 f4 f5) state]
::
:: ~bud is so that we aren't testing something impossible in Azimuth, like a
:: star spawned before its sponsor galaxy
::
++ init-bud
|= =^state:naive
^- [effects:naive ^state:naive]
(n state (owner-changed:l1 ~bud (addr %bud-key-0)))
::
:: ~wes is for testing sponsors of stars
::
++ init-wes
|= =^state:naive
^- [effects:naive ^state:naive]
(n state (owner-changed:l1 ~wes (addr %wes-key-0)))
::
:: ~rut and the accompanying points beneath is for testing nearly every
:: sort of properly-formed L2 transactions unrelated to sponsorship
:: actions, each submitted as a single-transaction batch. In particular
:: it tests %transfer-point, %configure-keys, %spawn, %set-management-proxy
:: %set-spawn-proxy, and %set-transfer-proxy. See +test-rut for more
:: information.
::
:: ~rut is %l1 galaxy
:: ~tyl is %spawn galxy
::
:: ~rigrut is %l1 star
:: ~larsyx-mapmeg is %l1 planet under ~rigrut
:: ~holrut is %spawn star
:: ~rabsum-ravtyd is %l1 planet under ~holrut
:: ~dovmul-mogryt is %l2 planet under ~holrut made w/ %own proxy
:: ~pidted-dacnum is %l2 planet under ~holrut made w/ %spawn proxy predeposited
::
:: ~losrut is %l2 star
:: ~radres-tinnyl is %l1 planet under ~losrut
:: ~pinpun-pilsun is %l2 planet under ~losrut made w/ %own proxy
:: ~habtyc-nibpyx is %l2 planet under ~losrut made w/ %spawn proxy predeposited
:: ~disryt-nolpet is %l2 planet under ~losrut made w/ %spawn proxy postdeposited
::
++ init-rut-full
|= =^state:naive
^- [effects:naive ^state:naive]
::
=/ dm-spawn
[[~holrut %own] %spawn ~dovmul-mogryt (addr %holrut-dm-key-0)]
=/ pd-spawn
[[~holrut %spawn] %spawn ~pidted-dacnum (addr %holrut-pd-key-0)]
::
=/ pp-spawn
[[~losrut %own] %spawn ~pinpun-pilsun (addr %losrut-pp-key-0)]
=/ hn-spawn
[[~losrut %spawn] %spawn ~habtyc-nibpyx (addr %losrut-hn-key-0)]
=/ dn-spawn
[[~losrut %spawn] %spawn ~disryt-nolpet (addr %losrut-dn-key-0)]
=/ losrut-sproxy
[[~losrut %spawn] %set-spawn-proxy (addr %losrut-skey-1)]
=/ losrut-mproxy
[[~losrut %own] %set-management-proxy (addr %losrut-mkey-0)]
=/ losrut-tproxy
[[~losrut %own] %set-transfer-proxy (addr %losrut-tkey-0)]
::
=/ dm-xfer
[[~dovmul-mogryt %transfer] %transfer-point (addr %holrut-dm-key-0) &]
=/ dm-tproxy
[[~dovmul-mogryt %own] %set-transfer-proxy (addr %dm-tkey-0)]
=/ dm-mproxy
[[~dovmul-mogryt %own] %set-management-proxy (addr %holrut-dm-mkey-0)]
::
=/ pd-xfer
[[~pidted-dacnum %transfer] %transfer-point (addr %holrut-pd-key-0) &]
=/ pd-tproxy
[[~pidted-dacnum %own] %set-transfer-proxy (addr %pd-tkey-0)]
=/ pd-mproxy
[[~pidted-dacnum %own] %set-management-proxy (addr %holrut-pd-mkey-0)]
::
::
=/ pp-xfer
[[~pinpun-pilsun %transfer] %transfer-point (addr %losrut-pp-key-0) &]
=/ pp-tproxy
[[~pinpun-pilsun %own] %set-transfer-proxy (addr %pp-tkey-0)]
=/ pp-mproxy
[[~pinpun-pilsun %own] %set-management-proxy (addr %losrut-pp-mkey-0)]
::
=/ hn-xfer
[[~habtyc-nibpyx %transfer] %transfer-point (addr %losrut-hn-key-0) &]
=/ hn-tproxy
[[~habtyc-nibpyx %own] %set-transfer-proxy (addr %hn-tkey-0)]
=/ hn-mproxy
[[~habtyc-nibpyx %own] %set-management-proxy (addr %losrut-hn-mkey-0)]
::
=/ dn-xfer
[[~disryt-nolpet %transfer] %transfer-point (addr %losrut-dn-key-0) &]
=/ dn-tproxy
[[~disryt-nolpet %own] %set-transfer-proxy (addr %dn-tkey-0)]
=/ dn-mproxy
[[~disryt-nolpet %own] %set-management-proxy (addr %losrut-dn-mkey-0)]
::
=^ f1 state
(n state (owner-changed:l1 ~rut (addr %rut-key-0)))
=^ f2 state
(n state (owner-changed:l1 ~rigrut (addr %rigrut-key-0)))
=^ f3 state
(n state (owner-changed:l1 ~holrut (addr %holrut-key-0)))
=^ f4 state
(n state (owner-changed:l1 ~losrut (addr %losrut-key-0)))
=^ f5 state
(n state (owner-changed:l1 ~larsyx-mapmeg (addr %rigrut-lm-key-0)))
=^ f6 state
(n state (owner-changed:l1 ~rabsum-ravtyd (addr %holrut-rr-key-0)))
=^ f7 state
(n state (owner-changed:l1 ~radres-tinnyl (addr %losrut-rt-key-0)))
=^ f8 state
(n state (changed-spawn-proxy:l1 ~rut (addr %rut-skey-0)))
=^ f9 state
(n state (changed-spawn-proxy:l1 ~holrut (addr %holrut-skey-0)))
=^ f10 state
(n state (changed-spawn-proxy:l1 ~losrut (addr %losrut-skey-0)))
=^ f11 state
(n state (changed-spawn-proxy:l1 ~holrut deposit-address:naive))
::
=^ f12 state
(n state %bat q:(gen-tx 0 dm-spawn %holrut-key-0))
=^ f13 state
(n state %bat q:(gen-tx 0 pd-spawn %holrut-skey-0))
=^ f14 state
(n state (owner-changed:l1 ~losrut deposit-address:naive))
=^ f15 state
(n state %bat q:(gen-tx 0 pp-spawn %losrut-key-0))
=^ f16 state
(n state %bat q:(gen-tx 0 hn-spawn %losrut-skey-0))
=^ f17 state
(n state %bat q:(gen-tx 1 losrut-sproxy %losrut-skey-0))
=^ f18 state
(n state %bat q:(gen-tx 2 dn-spawn %losrut-skey-1))
=^ f19 state
(n state %bat q:(gen-tx 0 dm-xfer %holrut-dm-key-0))
=^ f20 state
(n state %bat q:(gen-tx 0 pd-xfer %holrut-pd-key-0))
=^ f21 state
(n state %bat q:(gen-tx 0 pp-xfer %losrut-pp-key-0))
=^ f22 state
(n state %bat q:(gen-tx 0 hn-xfer %losrut-hn-key-0))
=^ f23 state
(n state %bat q:(gen-tx 0 dn-xfer %losrut-dn-key-0))
::
=^ p1 state
(n state (changed-management-proxy:l1 ~rut (addr %rut-mkey-0)))
=^ p2 state
(n state (changed-management-proxy:l1 ~rigrut (addr %rigrut-mkey-0)))
=^ p3 state
(n state (changed-management-proxy:l1 ~larsyx-mapmeg (addr %rigrut-lm-mkey-0)))
=^ p4 state
(n state (changed-management-proxy:l1 ~holrut (addr %holrut-mkey-0)))
=^ p5 state
(n state (changed-management-proxy:l1 ~rabsum-ravtyd (addr %holrut-rr-mkey-0)))
=^ p6 state
(n state (changed-management-proxy:l1 ~radres-tinnyl (addr %losrut-rt-mkey-0)))
=^ p7 state
(n state %bat q:(gen-tx 0 dm-mproxy %holrut-dm-key-0))
=^ p8 state
(n state %bat q:(gen-tx 0 pd-mproxy %holrut-pd-key-0))
=^ p9 state
(n state %bat q:(gen-tx 0 pp-mproxy %losrut-pp-key-0))
=^ p10 state
(n state %bat q:(gen-tx 0 hn-mproxy %losrut-hn-key-0))
=^ p11 state
(n state %bat q:(gen-tx 0 dn-mproxy %losrut-dn-key-0))
=^ p12 state
(n state %bat q:(gen-tx 1 losrut-mproxy %losrut-key-0))
=^ p13 state
(n state (changed-transfer-proxy:l1 ~rut (addr %rut-tkey-0)))
=^ p14 state
(n state (changed-transfer-proxy:l1 ~rigrut (addr %rigrut-tkey-0)))
=^ p15 state
(n state (changed-transfer-proxy:l1 ~larsyx-mapmeg (addr %lm-tkey-0)))
=^ p16 state
(n state (changed-transfer-proxy:l1 ~holrut (addr %holrut-tkey-0)))
=^ p17 state
(n state (changed-transfer-proxy:l1 ~rabsum-ravtyd (addr %rr-tkey-0)))
=^ p18 state
(n state (changed-transfer-proxy:l1 ~radres-tinnyl (addr %rt-tkey-0)))
=^ p19 state
(n state %bat q:(gen-tx 2 losrut-tproxy %losrut-key-0))
=^ p20 state
(n state %bat q:(gen-tx 1 dm-tproxy %holrut-dm-key-0))
=^ p21 state
(n state %bat q:(gen-tx 1 pd-tproxy %holrut-pd-key-0))
=^ p22 state
(n state %bat q:(gen-tx 1 pp-tproxy %losrut-pp-key-0))
=^ p23 state
(n state %bat q:(gen-tx 1 hn-tproxy %losrut-hn-key-0))
=^ p24 state
(n state %bat q:(gen-tx 1 dn-tproxy %losrut-dn-key-0))
=^ t1 state
(n state (owner-changed:l1 ~tyl (addr %tyl-key-0)))
=^ t2 state
(n state (changed-spawn-proxy:l1 ~tyl (addr %tyl-skey-0)))
=^ t3 state
(n state (changed-spawn-proxy:l1 ~tyl deposit-address:naive))
=^ t4 state
(n state (changed-management-proxy:l1 ~tyl (addr %tyl-mkey-0)))
=^ t5 state
(n state (changed-transfer-proxy:l1 ~tyl (addr %tyl-tkey-0)))
::
:- ;: welp
f1 f2 f3 f4 f5 f6 f7 f8 f9 f10
f11 f12 f13 f14 f15 f16 f17 f18
f19 f20 f21 f22 f23
p1 p2 p3 p4 p5 p6 p7 p8 p9 p10
p11 p12 p13 p14 p15 p16 p17 p18
p19 p20 p21 p22 p23 p24
t1 t2 t3 t4 t5
==
state
::
:: +init-red-full adds another galaxy to the ~rut universe, ~red, and additional
:: points used for testing sponsorship actions.
::
++ init-red-full
|= =^state:naive
^- [effects:naive ^state:naive]
=/ pp-escape [[~pinpun-pilsun %own] %escape ~losred]
=/ dm-escape [[~dovmul-mogryt %own] %escape ~rigred]
=/ lm-escape [[~larsyx-mapmeg %own] %escape ~losred]
=/ rr-escape [[~rabsum-ravtyd %own] %escape ~rigred]
=^ f1 state (init-rut-full state)
=^ f2 state (n state (owner-changed:l1 ~red (addr %red-key-0)))
=^ f3 state (n state (owner-changed:l1 ~rigred (addr %rigred-key-0)))
=^ f4 state (n state (owner-changed:l1 ~losred (addr %losred-key-0)))
=^ f5 state
(n state (changed-management-proxy:l1 ~rigred (addr %rigred-mkey-0)))
=^ f6 state
(n state (changed-management-proxy:l1 ~losred (addr %losred-mkey-0)))
=^ f7 state (n state (owner-changed:l1 ~losred deposit-address:naive))
:: each pending escape will be followed by a %adopt, %reject, or
:: %cancel-escape
:: L1->L1
::
=^ f8 state (n state %bat q:(gen-tx 0 rr-escape %holrut-rr-key-0))
:: L2->L2
::
=^ f9 state (n state %bat q:(gen-tx 2 pp-escape %losrut-pp-key-0))
:: L2->L1
::
=^ f10 state (n state %bat q:(gen-tx 2 dm-escape %holrut-dm-key-0))
:: L1->L2
::
=^ f11 state (n state %bat q:(gen-tx 0 lm-escape %rigrut-lm-key-0))
[:(welp f1 f2 f3 f4 f5 f6 f7 f8 f9 f10 f11) state]
::
:: ~dopbud is for testing L1 ownership with L2 spawn proxy
::
++ init-dopbud
|= =^state:naive
^- [effects:naive ^state:naive]
=^ f1 state (init-bud state)
=^ f2 state (n state (owner-changed:l1 ~dopbud (addr %dopbud-key-0)))
=^ f3 state
(n state (changed-spawn-proxy:l1 ~dopbud deposit-address:naive))
[:(welp f1 f2 f3) state]
::
:: ~marbud is for testing L2 ownership
::
++ init-marbud
|= =^state:naive
^- [effects:naive ^state:naive]
=^ f1 state (init-bud state)
=^ f2 state (n state (owner-changed:l1 ~marbud (addr %marbud-key-0)))
=^ f3 state (n state (owner-changed:l1 ~marbud deposit-address:naive))
[:(welp f1 f2 f3) state]
::
:: ~litbud is for testing L2 sponsorship
::
++ init-litbud
|= =^state:naive
^- [effects:naive ^state:naive]
=^ f1 state (n state (owner-changed:l1 ~litbud (addr %litbud-key-0)))
=^ f2 state (n state (owner-changed:l1 ~litbud deposit-address:naive))
[:(welp f1 f2) state]
::
:: ~sambud is for testing L1 stars
::
++ init-sambud
|= =^state:naive
^- [effects:naive ^state:naive]
=^ f1 state (init-bud state)
=^ f2 state (n state (owner-changed:l1 ~sambud (addr %sambud-key-0)))
[:(welp f1 f2) state]
::
:: +l2-event-gen is a core used to generate all permutations of
:: [=rank owner=? nonce=? =dominion:naive =proxy:naive =tx-type]
:: as well as whether such an event ought to succeed as a L2 transaction,
:: assuming that arguments are appropriate. The gates in this core are
:: only utilized by +test-rut, but the types are used elsewhere in addition.
::
:: We note that while +test-rut only tests actions unrelated to sponsorship,
:: +l2-event-gen deals with all L2 transaction types for the sake of potential
:: future needs.
::
++ l2-event-gen
|%
+$ rank ?(%galaxy %star %planet)
+$ tx-type $? %transfer-point
%spawn
%configure-keys
%escape
%cancel-escape
%adopt
%reject
%detach
%set-management-proxy
%set-spawn-proxy
%set-transfer-proxy
==
+$ event [=rank owner=? nonce=? =dominion:naive =proxy:naive =tx-type]
+$ event-list (list event)
+$ success-map (map event ?)
+$ event-jar (jar @p event)
+$ full-tx [nonce=@ =tx:naive pk=@]
+$ tx-list (list full-tx)
::
++ make-success-map
:: +make-success-map maps each $event to a flag denoting whether or not such
:: a L2 transaction ought to succeed or fail, assuming that the arguments for
:: the transaction are appropriate for the transaction (e.g. ~marzod
:: attempting to spawn ~wicdev-wisryt).
::
:: This is done in a more verbose style than strictly necessary to make it
:: easier to read through and determine why a particular $event maps to %.y
:: or %.n
::
|= =event-list ^- success-map
=| =success-map
|^
?~ event-list success-map
=/ cur-event i.event-list
?: ?| =(owner.cur-event %.n) :: if owner or nonce are wrong then the
=(nonce.cur-event %.n) :: event fails
==
(add-event-check cur-event %.n)
:: :: we first switch on dominion since
?- dominion.cur-event :: it cleaves the largest differences
%l1 :: in what is permitted
(add-event-check cur-event (l1-check cur-event))
::
%spawn
(add-event-check cur-event (spawnd-check cur-event))
::
%l2
(add-event-check cur-event (l2-check cur-event))
==
::
++ add-event-check
|= [=event suc=?]
%= ^$
event-list +.event-list
success-map (~(put by success-map) event suc)
==
::
++ l1-check :: checks for %l1 dominion
|^
|= cur-event=event ^- ?
:: Switch on which proxy is attempting the transaction.
:: L1 points are allowed to perform L2 sponsorship actions, which can be
:: performed with either %own or %manage proxies.
::
?- proxy.cur-event
%own (manage-own-check cur-event) :: sponsorship tx allowed
%spawn %.n :: cannot do sponsorship tx
%manage (manage-own-check cur-event) :: sponsorship tx allowed
%vote %.n :: cannot do any L2 tx
%transfer %.n :: cannot do sponsorship tx
==
::
++ manage-own-check :: %own and %manage are
|^ :: identical in %l1
|= cur-event=event ^- ?
?- rank.cur-event :: switch on rank
%galaxy (galaxy-check cur-event) :: each rank has different
%star (star-check cur-event) :: allowed actions
%planet (planet-check cur-event)
==
++ galaxy-check
|= cur-event=event ^- ?
?+ tx-type.cur-event %.n :: galaxies do not have sponsors
%adopt %.y :: can adopt on L2
%reject %.y :: can reject on L2
%detach %.y :: can detach on L2
==
++ star-check
|= cur-event=event ^- ?
?+ tx-type.cur-event %.n :: may only do L2 sponsorship tx
%adopt %.y :: can %adopt on L2
%reject %.y :: can %reject on L2
%detach %.y :: can %detach on L2
%escape %.y :: can %escape on L2
%cancel-escape %.y :: can %cancel-escape on L2
==
++ planet-check
|= cur-event=event ^- ?
?+ tx-type.cur-event %.n :: planets do not have sponsees
%escape %.y :: can %escape on L2
%cancel-escape %.y :: can %cancel-escape on L2
==
::
-- :: end +manage-own-check in %l1
::
-- :: end +l1-check
::
++ spawnd-check :: checks for %spawn dominion
|^
|= cur-event=event ^- ?
?- rank.cur-event :: switch on rank
%galaxy (galaxy-check cur-event) :: galaxies can be on %spawn
%star (star-check cur-event) :: stars can be on %spawn
%planet %.n :: planets cannot be on %spawn
==
++ star-check :: %spawn dominion star check
|^
|= cur-event=event ^- ?
?- proxy.cur-event :: switch on proxy
%own (ownp-check cur-event) :: can do sponsorship and spawn
%manage (managep-check cur-event) :: can do sponsorship tx
%spawn (spawnp-check cur-event) :: can do spawn tx
%vote %.n :: stars have no %vote proxy
%transfer %.n :: cannot sponsor/spawn
==
++ ownp-check
|= cur-event=event ^- ?
?+ tx-type.cur-event %.n :: only sponsorship/spawn tx
%spawn %.y :: can %spawn on L2
%adopt %.y :: can %adopt on L2
%reject %.y :: can %reject on L2
%detach %.y :: can %detach on L2
%escape %.y :: can %escape on L2
%cancel-escape %.y :: can %cancel-escape on L2
%set-spawn-proxy %.y :: can %set-spawn-proxy on L2
==
++ managep-check :: %configure-keys disallowed
|= cur-event=event ^- ? :: for %spawn dominion
?+ tx-type.cur-event %.n :: only sponsorship actions
%adopt %.y :: can %adopt on L2
%reject %.y :: can %reject on L2
%detach %.y :: can %detach on L2
%escape %.y :: can %escape on L2
%cancel-escape %.y :: can %cancel-escape on L2
==
++ spawnp-check
|= cur-event=event ^- ?
?+ tx-type.cur-event %.n :: only spawn tx allowed
%spawn %.y :: can %spawn on L2
%set-spawn-proxy %.y :: can %set-spawn-proxy on L2
==
-- :: end +star-check in %spawn
::
++ galaxy-check :: %spawn dominion galaxy check
|^
|= cur-event=event ^- ?
?- proxy.cur-event :: switch on proxy
%own (ownp-check cur-event) :: can do sponsorship and spawn
%manage (managep-check cur-event) :: can do sponsorship tx
%spawn (spawnp-check cur-event) :: can do spawn tx
%vote %.n :: no L2 %vote proxy allowed
%transfer %.n :: cannot sponsor/spawn
==
++ ownp-check
|= cur-event=event ^- ?
?+ tx-type.cur-event %.n :: only sponsorship/spawn tx
%spawn %.y :: can %spawn on L2
%adopt %.y :: can %adopt on L2
%reject %.y :: can %reject on L2
%detach %.y :: can %detach on L2
%set-spawn-proxy %.y :: can %set-spawn-proxy on L2
==
++ managep-check :: %configure-keys disallowed
|= cur-event=event ^- ? :: for %spawn dominion
?+ tx-type.cur-event %.n :: only sponsorship actions
%adopt %.y :: can %adopt on L2
%reject %.y :: can %reject on L2
%detach %.y :: can %detach on L2
==
++ spawnp-check
|= cur-event=event ^- ?
?+ tx-type.cur-event %.n :: only spawn tx allowed
%spawn %.y :: can %spawn on L2
%set-spawn-proxy %.y :: can %set-spawn-proxy on L2
==
-- :: end +galaxy-check in %spawn
::
-- :: end +spawnd-check
::
++ l2-check :: checks for %l2 dominion
|^
|= cur-event=event ^- ?
?- rank.cur-event :: switch on rank
%galaxy %.n :: no %l2 dominion galaxies
%star (star-check cur-event) :: stars can be on %l2
%planet (planet-check cur-event) :: planets can be on %l2
==
++ star-check
|^
|= cur-event=event ^- ?
?- proxy.cur-event :: switch on proxy
%own %.y :: all L2 tx allowed
%manage (managep-check cur-event) :: %manage proxy tx allowed
%spawn (spawnp-check cur-event) :: %spawn tx allowed
%vote %.n :: stars have no %vote proxy
%transfer (xferp-check cur-event) :: %transfer proxy tx allowed
==
++ managep-check
|= cur-event=event ^- ?
?- tx-type.cur-event :: switch on tx-type
%configure-keys %.y :: permitted tx identical to L1
%escape %.y :: management proxy permissions
%cancel-escape %.y
%adopt %.y
%reject %.y
%detach %.y
%set-management-proxy %.y
%set-spawn-proxy %.n :: disallowed events given
%set-transfer-proxy %.n :: explicit cases to make it
%transfer-point %.n :: more clear that this is the
%spawn %.n :: same as L1
==
++ spawnp-check
|= cur-event=event ^- ?
?+ tx-type.cur-event %.n :: permitted tx identical to L1
%spawn %.y :: spawn proxy permissions
%set-spawn-proxy %.y
==
++ xferp-check
|= cur-event=event ^- ? :: permitted tx identical to L1
?+ tx-type.cur-event %.n :: transfer proxy permissions
%transfer-point %.y
%set-transfer-proxy %.y
==
-- :: end +star-check in %l2
++ planet-check :: checks for %l2 planets
|^
|= cur-event=event ^- ?
?- proxy.cur-event :: switch on proxy
%own (ownp-check cur-event) :: permitted tx identical to L1
%manage (managep-check cur-event) :: permitted tx identical to L1
%spawn %.n :: planets have no %spawn proxy
%vote %.n :: planets have no %vote proxy
%transfer (xferp-check cur-event) :: permitted tx identical to L1
==
++ ownp-check
|= cur-event=event ^- ?
?- tx-type.cur-event :: permitted tx identical to L1
%transfer-point %.y :: ownership proxy permissions
%configure-keys %.y
%set-management-proxy %.y
%set-transfer-proxy %.y
%escape %.y
%cancel-escape %.y
%spawn %.n
%adopt %.n
%reject %.n
%detach %.n
%set-spawn-proxy %.n
==
++ managep-check
|= cur-event=event ^- ?
?+ tx-type.cur-event %.n :: permitted tx identical to L1
%configure-keys %.y :: management proxy permissions
%escape %.y
%cancel-escape %.y
%set-management-proxy %.y
==
++ xferp-check
|= cur-event=event ^- ? :: permitted tx identica to L1
?+ tx-type.cur-event %.n :: transfer proxy permissions
%transfer-point %.y
%set-transfer-proxy %.y
==
::
-- :: end %l2 +planet-check
::
-- :: end +l2-check
::
-- :: end +make-success-map
::
:: creates a list of all values of $event for use by +test-rut
::
++ make-event-list ^- event-list
=| =event-list
=+ rank-i=1
|^
?: (gth rank-i 3)
(remove-wrong-dominion event-list)
=+ owner-i=0
|-
?. (lte owner-i 1)
^$(rank-i +(rank-i))
=+ nonce-i=0
|-
?. (lte nonce-i 1)
^$(owner-i +(owner-i))
=+ dominion-i=1
|-
?. (lte dominion-i 3)
^$(nonce-i +(nonce-i))
=+ proxy-i=1
|-
?. (lte proxy-i 5)
^$(dominion-i +(dominion-i))
=+ tx-type-i=1
|-
?. (lte tx-type-i 11)
^$(proxy-i +(proxy-i))
%= $
tx-type-i +(tx-type-i)
event-list :- :* (num-to-rank rank-i)
(num-to-flag owner-i)
(num-to-flag nonce-i)
(num-to-dominion dominion-i)
(num-to-proxy proxy-i)
(num-to-tx-type tx-type-i)
==
event-list
==
::
++ num-to-flag
|= val=@ud ^- ?
?+ val !!
%0 %.y
%1 %.n
==
::
++ num-to-rank
|= val=@ud ^- rank
?+ val !!
%1 %galaxy
%2 %star
%3 %planet
==
::
++ num-to-dominion
|= val=@ud ^- dominion:naive
?+ val !!
%1 %l1
%2 %l2
%3 %spawn
==
::
++ num-to-proxy
|= val=@ud ^- proxy:naive
?+ val !!
%1 %own
%2 %spawn
%3 %manage
%4 %vote
%5 %transfer
==
::
++ num-to-tx-type
|= val=@ud ^- tx-type
?+ val !!
%1 %transfer-point
%2 %spawn
%3 %configure-keys
%4 %escape
%5 %cancel-escape
%6 %adopt
%7 %reject
%8 %detach
%9 %set-management-proxy
%10 %set-spawn-proxy
%11 %set-transfer-proxy
==
::
-- :: end +make-event-list
::
:: used to remove values of +make-event-list that have planets in the %spawn
:: dominion or galaxies in the %l2 dominion
::
:: TODO: Why does this not work when I put it inside the above trap?
::
++ remove-wrong-dominion
|= in=event-list ^- event-list
=| out=event-list
|-
?~ in out
?: ?& =(rank.i.in %galaxy)
=(dominion.i.in %l2)
==
$(in t.in)
?: ?& =(rank.i.in %planet)
=(dominion.i.in %spawn)
==
$(in t.in)
%= $
in t.in
out i.in^out
==
::
:: jar of events for +test-rut. each @p is mapped to a list of events
:: it ought to attempt. This is done according to rank.
::
:: This gate may be modified to filter out a subset of events you wish to
:: test by commenting out or modifying parts of the filter gate. Remember that
:: +test-rut is only designed to test %spawn, %transfer-point,
:: %configure-keys, %set-management-proxy, %set-spawn-proxy, and
:: %set-transfer-proxy. Adding in other transaction types will result in a
:: crash.
::
++ gen-rut-jar
^~ ^- (jar @p event)
=/ filter ;: cork
(cury filter-owner %.y)
::(cury filter-proxy %spawn)
(cury filter-nonce %.y)
::(cury filter-rank %galaxy)
::(cury filter-dominion %l1)
%- cury
:- filter-tx-type
:* ::%spawn
::%transfer-point
%configure-keys
::%set-management-proxy
::%set-spawn-proxy
::%set-transfer-proxy
~
==
==
=/ filtered-events (filter make-event-list)
=| rut-jar=(jar @p event)
|^
?~ filtered-events rut-jar
=/ current-event i.filtered-events
?: =(rank.current-event %galaxy)
?+ dominion.current-event !!
%l1 (list-in-jar (ly ~[~rut]) current-event)
%spawn (list-in-jar (ly ~[~tyl]) current-event)
==
?: =(rank.current-event %star)
?- dominion.current-event
%l1 (list-in-jar (ly ~[~rigrut]) current-event)
%spawn (list-in-jar (ly ~[~holrut]) current-event)
%l2 (list-in-jar (ly ~[~losrut]) current-event)
==
?: =(rank.current-event %planet)
?+ dominion.current-event !!
%l1 %- list-in-jar
:- %- ly
:* ~larsyx-mapmeg
~rabsum-ravtyd
~radres-tinnyl
~
==
current-event
%l2 %- list-in-jar
:- %- ly
:* ~dovmul-mogryt
~pidted-dacnum
~pinpun-pilsun
~habtyc-nibpyx
~disryt-nolpet
~
==
current-event
==
$(filtered-events t.filtered-events)
:: adds event to the list associated to each value of ships in rut-jar
::
++ list-in-jar
|= [ships=(list ship) =event]
^+ rut-jar
|-
?~ ships
^^$(filtered-events +.filtered-events)
=. rut-jar (~(add ja rut-jar) i.ships event)
$(ships t.ships)
-- :: end +gen-rut-jar
::
++ filter-tx-type
|= [typs=(list =tx-type) =event-list]
%+ skim
event-list
|=(=event (lien typs |=(=tx-type =(tx-type tx-type.event))))
::
++ filter-proxy
|= [=proxy:naive =event-list]
(skim event-list |=(=event =(proxy.event proxy)))
::
++ filter-rank
|= [=rank =event-list]
(skim event-list |=(=event =(rank.event rank)))
::
++ filter-owner
|= [owner=? =event-list]
(skim event-list |=(=event =(owner.event owner)))
::
++ filter-nonce
|= [nonce=? =event-list]
(skim event-list |=(=event =(nonce.event nonce)))
::
++ filter-dominion
|= [=dominion:naive =event-list]
(skim event-list |=(=event =(dominion.event dominion)))
::
:: Takes in a list of full-tx and turns them into a batch=@ to be submitted to
:: +n. The ordering on the list is the order in which the transactions are
:: processed.
::
++ tx-list-to-batch
|= =tx-list ^- @
(can 3 (turn tx-list gen-tx))
::
-- :: end +l2-event-gen
::
:: This core generates L1 transaction logs. It is important to keep in mind
:: that Azimuth already handles the logic on what is or is not allowed on L1,
:: so if you tell naive.hoon that ~zod adopted ~hodler without ~hodler having
:: escaped to ~zod first, ~zod will be the new sponsor of ~hodler anyways. In
:: the real world, such an action would have been blocked by the smart contract
:: and never made its way to naive.hoon.
::
++ l1
|%
:: This gate takes in raw information for L1 transactions and formats them
:: appropriately for use with +n.
::
++ log
|= [log-name=@ux data=@ux topics=(list @)]
[%log *@ux data log-name topics]
::
++ owner-changed
|= [=ship =address]
(log owner-changed:log-names:naive *@ux ship address ~)
::
++ escape-requested
|= [escapee=ship parent=ship]
(log escape-requested:log-names:naive *@ux escapee parent ~)
::
++ escape-canceled
:: The parent is pinned but not used in lib/naive.hoon for some reason
|= [escapee=ship parent=ship]
(log escape-canceled:log-names:naive *@ux escapee parent ~)
::
++ escape-accepted
|= [escapee=ship parent=ship]
(log escape-accepted:log-names:naive *@ux escapee parent ~)
::
++ lost-sponsor
|= [lost=ship parent=ship]
(log lost-sponsor:log-names:naive *@ux lost parent ~)
::
++ changed-keys
|= [=ship suite=@ encr=@ auth=@ life=@]
=/ keys=@ux
%: can 8
1^life
1^suite
1^auth
1^encr
~
==
(log changed-keys:log-names:naive keys ship ~)
::
++ broke-continuity
|= [=ship rift=@]
(log broke-continuity:log-names:naive rift ship ~)
::
++ changed-spawn-proxy
|= [=ship =address]
(log changed-spawn-proxy:log-names:naive *@ux ship address ~)
::
++ changed-transfer-proxy
|= [=ship =address]
(log changed-transfer-proxy:log-names:naive *@ux ship address ~)
::
++ changed-management-proxy
|= [=ship =address]
(log changed-management-proxy:log-names:naive *@ux ship address ~)
::
++ changed-voting-proxy
|= [=ship =address]
(log changed-voting-proxy:log-names:naive *@ux ship address ~)
::
++ changed-dns
|= [data=@]
(log changed-dns:log-names:naive data ~)
::
++ approval-for-all
|= [owner=address operator=address approved=@]
(log approval-for-all:log-names:naive approved owner operator ~)
::
-- :: end +l1
::
--
::
:: Common values used for tests
::
|%
::
++ encr (shax 'You will forget that you ever read this sentence.')
++ auth (shax 'You cant know that this sentence is true.')
++ suit 1
::
++ marbud-own [~marbud %own] ::key %marbud-key-0
++ marbud-spn [~marbud %spawn] :: key %marbud-skey
++ marbud-mgt [~marbud %manage] :: key %marbud-mkey
++ marbud-xfr [~marbud %transfer] :: key %marbud-key-1
::
++ dopbud-own [~dopbud %own] :: key %dopbud-key-0
::
++ litbud-own [~litbud %own] :: key %litbud-key-0
::
++ lt-own [~linnup-torsyx %own] :: key %lt-key-0
++ lt-xfr [~linnup-torsyx %transfer] :: key %lt-key-0
::
:: rut tests
::
++ common-mgmt %mgmt-key-0
++ common-spwn %spwn-key-0
++ common-vote %vote-key-0
++ common-ownr %ownr-key-0
++ common-tran %tran-key-0
++ rut-ship-list %- ly
:* ~rut
~tyl
~holrut
~rigrut
~losrut
~larsyx-mapmeg
~rabsum-ravtyd
~disryt-nolpet
~pinpun-pilsun
~dovmul-mogryt
~habtyc-nibpyx
~pidted-dacnum
~radres-tinnyl
~
==
::
:: initial keys for each point under ~rut
::
++ default-own-keys %- my:nl
:* [~rut %rut-key-0]
[~tyl %tyl-key-0]
[~holrut %holrut-key-0]
[~rigrut %rigrut-key-0]
[~losrut %losrut-key-0]
[~larsyx-mapmeg %rigrut-lm-key-0]
[~rabsum-ravtyd %holrut-rr-key-0]
[~disryt-nolpet %losrut-dn-key-0]
[~pinpun-pilsun %losrut-pp-key-0]
[~dovmul-mogryt %holrut-dm-key-0]
[~habtyc-nibpyx %losrut-hn-key-0]
[~pidted-dacnum %holrut-pd-key-0]
[~radres-tinnyl %losrut-rt-key-0]
~
==
::
++ default-manage-keys %- my:nl
:* [~rut %rut-mkey-0]
[~tyl %tyl-mkey-0]
[~holrut %holrut-mkey-0]
[~rigrut %rigrut-mkey-0]
[~losrut %losrut-mkey-0]
[~larsyx-mapmeg %rigrut-lm-mkey-0]
[~rabsum-ravtyd %holrut-rr-mkey-0]
[~disryt-nolpet %losrut-dn-mkey-0]
[~pinpun-pilsun %losrut-pp-mkey-0]
[~dovmul-mogryt %holrut-dm-mkey-0]
[~habtyc-nibpyx %losrut-hn-mkey-0]
[~pidted-dacnum %holrut-pd-mkey-0]
[~radres-tinnyl %losrut-rt-mkey-0]
~
==
++ default-spawn-keys %- my:nl
:* [~rut %rut-skey-0]
[~tyl %tyl-skey-0]
[~holrut %holrut-skey-0]
[~losrut %losrut-skey-1]
[~rigrut %rigrut-skey-0]
~
==
::
++ default-xfer-keys %- my:nl
:* [~rut %rut-tkey-0]
[~tyl %tyl-tkey-0]
[~rigrut %rigrut-tkey-0]
[~larsyx-mapmeg %lm-tkey-0]
[~holrut %holrut-tkey-0]
[~rabsum-ravtyd %rr-tkey-0]
[~radres-tinnyl %rt-tkey-0]
[~losrut %losrut-tkey-0]
[~dovmul-mogryt %dm-tkey-0]
[~pinpun-pilsun %pp-tkey-0]
[~pidted-dacnum %pd-tkey-0]
[~habtyc-nibpyx %hn-tkey-0]
[~disryt-nolpet %dn-tkey-0]
~
==
::
:: sponsorship tests
++ losrut-own [~losrut %own]
++ losrut-mgmt [~losrut %manage]
++ holrut-own [~holrut %own]
++ holrut-mgmt [~holrut %manage]
++ rigrut-own [~rigrut %own]
++ rigrut-mgmt [~rigrut %manage]
++ losred-own [~losred %own]
++ losred-mgmt [~losred %manage]
++ rigred-own [~rigred %own]
++ rigred-mgmt [~rigred %manage]
::
--
=/ init-rut-simple (init-rut-full *^state:naive)
=/ init-red-simple (init-red-full *^state:naive)
::
:: Tests
::
|%
:: This test spawns a "full galaxy" containing all varieties of points. It then
:: saves this initial state, and runs single transaction batches for all
:: possible L2 "event types". It compares the entire new state to the entire
:: initial state and checks for the expected state change. It then resets the
:: state to the initial state and tries the next event on the list.
::
:: More specifically, there is a $jar called event-jar that maps ships to
:: lists of events it should try. It then picks off a ship, tries all the events
:: in the list associated to it as described above, and then moves on to the
:: next ship, until it has exhausted all values in the lists in the jar.
::
:: This arm does not test any L1 transactions beyond the ones needed to spawn
:: the galaxy (+init-rut).
::
++ test-rut ^- tang
=, l2-event-gen
:: Initialize the PKI state, the list of ships to iterate through, and the
:: map from $event to ?
::
=| initial-state=^state:naive
=^ f initial-state init-rut-simple
=/ ship-list rut-ship-list
=/ suc-map (make-success-map make-event-list)
:: Iterate through ships and get the list of events to try with that ship.
::
|- ^- tang
?~ ship-list ~
%+ weld $(ship-list t.ship-list)
=* cur-ship i.ship-list
%+ category (scow %p cur-ship)
=/ cur-events (~(get ja gen-rut-jar) cur-ship)
:: Iterate through events and try to perform each one with cur-ship using
:: supplied default arguments.
::
|^ ^- tang
?~ cur-events ~
%+ weld $(cur-events t.cur-events)
::
=* cur-event i.cur-events
%+ category (weld "dominion " (scow %tas dominion.cur-event))
%+ category (weld "proxy " (scow %tas proxy.cur-event))
%+ category (weld "tx-type " (scow %tas tx-type.cur-event))
%+ category (weld "owner? " (scow %f owner.cur-event))
%+ category (weld "correct nonce? " (scow %f nonce.cur-event))
%+ category (weld "success map " (scow %f (~(got by suc-map) cur-event)))
::
=/ cur-point (got:orm points.initial-state cur-ship)
=* own own.cur-point
=/ cur-nonce
?- proxy.cur-event
%own nonce.owner.own
%spawn nonce.spawn-proxy.own
%manage nonce.management-proxy.own
%vote nonce.voting-proxy.own
%transfer nonce.transfer-proxy.own
==
=/ new-nonce %^ calculate-nonce
cur-event
cur-nonce
address.transfer-proxy.own
=/ expect-state initial-state
::
|^ :: begin expected state trap
%+ expect-eq
:: expected state
::
!>
|^ ^- ^state:naive
?. (~(got by suc-map) cur-event)
%- alter-state
?- proxy.cur-event
%own cur-point(nonce.owner.own new-nonce)
%spawn cur-point(nonce.spawn-proxy.own new-nonce)
%manage cur-point(nonce.management-proxy.own new-nonce)
%vote cur-point(nonce.voting-proxy.own new-nonce)
%transfer cur-point(nonce.transfer-proxy.own new-nonce)
==
?+ tx-type.cur-event !!
%transfer-point set-xfer
%configure-keys set-keys
%set-management-proxy set-mgmt-proxy
%set-spawn-proxy set-spwn-proxy
%set-transfer-proxy set-xfer-proxy
%spawn (new-point which-spawn)
==
::
++ set-keys ^- ^state:naive
=/ new-keys
%= cur-point
suite.keys.net
suit
::
auth.keys.net
auth
::
crypt.keys.net
encr
::
life.keys.net
+(life.keys.net:(got:orm points.initial-state cur-ship))
==
(alter-state new-keys)
::
++ set-xfer ^- ^state:naive
=/ new-xfer
%= cur-point
address.owner.own (addr %transfer-test)
address.transfer-proxy.own 0x0
==
(alter-state new-xfer)
::
++ set-mgmt-proxy ^- ^state:naive
=/ new-mgmt
%= cur-point
address.management-proxy.own (addr %proxy-test)
==
(alter-state new-mgmt)
::
++ set-spwn-proxy ^- ^state:naive
=/ new-spwn
%= cur-point
address.spawn-proxy.own (addr %proxy-test)
==
(alter-state new-spwn)
::
++ set-xfer-proxy ^- ^state:naive
=/ new-xfer
%= cur-point
address.transfer-proxy.own (addr %proxy-test)
==
(alter-state new-xfer)
::
++ new-point
|= =ship ^- ^state:naive
=| new-point=point:naive
=/ spawned
%= new-point
dominion
%l2
::
sponsor.net
[has=%.y who=cur-ship]
::
address.transfer-proxy.own
(addr %spawn-test)
::
address.owner.own
(addr (~(got by default-own-keys) cur-ship))
==
:: The following updates the nonce of the spawner
::
=/ expect-state (alter-state cur-point)
%= expect-state
points (put:orm points.expect-state ship spawned)
==
::
++ alter-state
:: this updates the expect-state with the new point, and takes
:: care of incrementing the nonce as well.
::
|= alt-point=point:naive ^- ^state:naive
=/ updated-point=point:naive
?- proxy.cur-event
%own alt-point(nonce.owner.own new-nonce)
%spawn alt-point(nonce.spawn-proxy.own new-nonce)
%manage alt-point(nonce.management-proxy.own new-nonce)
%vote alt-point(nonce.voting-proxy.own new-nonce)
%transfer alt-point(nonce.transfer-proxy.own new-nonce)
==
%= expect-state
points (put:orm points.expect-state cur-ship updated-point)
==
::
-- :: end of expected state trap
::
:: actual state
::
!>
|^ ^- ^state:naive :: begin actual state trap
=| state=^state:naive
:: The following is basically just tall form exploded view of a
:: parameterization of the same =^ call used to modify the PKI state
:: used everywhere else in the test suite.
::
=^ f
state
%- n
:+ initial-state
%bat
=< q
%- gen-tx
:+ ?: nonce.cur-event
cur-nonce
999 :: wrong nonce
:- :- cur-ship
proxy.cur-event
def-args
?: owner.cur-event
?+ proxy.cur-event
%wrong-key
::
%own
(~(got by default-own-keys) cur-ship)
::
%manage
(~(got by default-manage-keys) cur-ship)
::
%transfer
(~(got by default-xfer-keys) cur-ship)
::
%spawn
?: ?| =(rank.cur-event %galaxy)
=(rank.cur-event %star)
==
(~(got by default-spawn-keys) cur-ship)
%wrong-key
==
%wrong-key :: if not owner then use wrong key
state
::
++ def-args
^- skim-tx:naive
|^
?+ tx-type.cur-event !!
%spawn [%spawn which-spawn (addr %spawn-test)]
%transfer-point [%transfer-point (addr %transfer-test) |]
%configure-keys [%configure-keys encr auth suit |]
%set-management-proxy [%set-management-proxy (addr %proxy-test)]
%set-spawn-proxy [%set-spawn-proxy (addr %proxy-test)]
%set-transfer-proxy [%set-transfer-proxy (addr %proxy-test)]
==
::
-- :: +def-args
::
-- :: end of actual state trap
::
++ which-spawn ^- ship
?+ cur-ship !!
%~rut ~hasrut
%~tyl ~hastyl
%~rigrut ~batbec-tapmep
%~larsyx-mapmeg ~nocryl-tobned
%~holrut ~namtuc-ritnux
%~rabsum-ravtyd ~docsec-wanlug
%~dovmul-mogryt ~docsec-wanlug
%~pidted-dacnum ~docsec-wanlug
%~losrut ~mishus-loplus
%~radres-tinnyl ~tapfur-fitsep
%~pinpun-pilsun ~tapfur-fitsep
%~habtyc-nibpyx ~tapfur-fitsep
%~disryt-nolpet ~tapfur-fitsep
==
::
-- :: end of +expect-eq trap
::
++ calculate-nonce
|= [cur-event=event cur-nonce=@ xfer-address=@ux]
?: &(nonce.cur-event owner.cur-event)
?- proxy.cur-event
?(%own %manage)
+(cur-nonce)
::
%spawn
?- rank.cur-event
%galaxy ?- dominion.cur-event
?(%l1 %spawn) +(cur-nonce)
%l2 cur-nonce
==
%star ?- dominion.cur-event
%l1 cur-nonce
?(%spawn %l2) +(cur-nonce)
==
%planet cur-nonce
==
:: end %spawn case
%transfer
?~ xfer-address
cur-nonce
+(cur-nonce)
::
%vote
cur-nonce
==
cur-nonce
::
-- :: end of test trap
::
:: The following are sponsorship tests. They probably ought to be consolidated
:: into one large test.
::
:: Each arm is named according to the scheme is test-galaxy-X-Y-action-L-N.
:: X is the layer of the sponsee, Y is the layer of the sponsor, L is the
:: layer of the action, and N (which does not appear for all tests) is an
:: index denoting which test of the (X,Y,L) tuple it is (according to which
:: order it appears in the table), as some of these have multiple setups
:: necessary to test the action.
::
:: Each row of the following table has one or more tests that cover it.
:: Above each test is a comment with the row that that test is testing.
:: Thus you can grep for the line and find the appropriate test. A few of
:: the tests cannot be performed here - there are the ones marked by !!
:: but we include what the tests would look like anyways as a comment.
:: These are ones involving L1 actions where Azimuth would prevent the
:: situation from ever occurring. naive.hoon does not make these checks,
:: and so the corresponding tests would fail. For example, you could submit
:: a layer 1 adopt action of a star on any planet regardless of whether it
:: has escaped to that star, and naive.hoon will allow the adoption to work.
:: Such an action would be prevented by Azimuth before it ever got to
:: naive.hoon, so if naive.hoon does receive such a log then it presumes
:: it to be correct. This is also why there are no tests where L2 ships
:: attempt to perform L1 actions. naive.hoon ignores these actions so
:: they're no-ops, but Azimuth also wouldn't allow them in the first place
:: since as far as Azimuth is concerned, all L2 ships belong to the deposit
:: address, so the L1 action would be signed with the wrong key anyways.
::
:: * on the left means all possible states, on the right it means no change.
:: !! means that case can never happen per L1 contract.
:: L1-cancel can be triggered by "cancel escape" by the child or "reject
:: by the sponsor.
:: A1 and A2 are arbitrary but distinct ships one class above the main ship
:: Event | E_1 | E_2 | S_1 | S_2 | -> | E_1 | E_2 | S_1 | S_2
:: L1-escape A1 | * | * | * | * | -> | A1 | A1 | * | *
:: L1-cancel A1 | ~ | * | * | * | -> !! :: no cancel if not escaping
:: L1-cancel A1 | A1 | * | * | * | -> | ~ | ~ | * | *
:: L1-adopt A1 | A1 | * | * | * | -> | ~ | ~ | A1 | A2
:: L1-adopt A1 | ~ | * | * | * | -> !! :: no adopt if not escaping
:: L1-adopt A1 | A2 | * | * | * | -> !! :: no adopt if not escaping
:: L1-detach A1 | * | * | A1 | A1 | -> | * | * | ~ | ~
:: L1-detach A1 | * | * | A1 | A2 | -> | * | * | ~ | A2
:: L1-detach A1 | * | * | A1 | ~ | -> | * | * | ~ | ~
:: L2-escape A1 | * | * | * | * | -> | * | A1 | * | *
:: L2-cancel A1 | * | * | * | * | -> | * | ~ | * | *
:: L2-adopt A1 | * | A1 | * | * | -> | * | ~ | * | A1
:: L2-adopt A1 | * | A2 | * | * | -> | * | A2 | * | *
:: L2-adopt A1 | * | ~ | * | * | -> | * | ~ | * | *
:: L2-reject A1 | * | A1 | * | * | -> | * | ~ | * | *
:: L2-reject A1 | * | A2 | * | * | -> | * | A2 | * | *
:: L2-reject A1 | * | ~ | * | * | -> | * | ~ | * | *
:: L2-detach A1 | * | * | * | A1 | -> | * | * | * | ~
:: L2-detach A1 | * | * | * | A2 | -> | * | * | * | A2
:: L2-detach A1 | * | * | * | ~ | -> | * | * | * | ~
::
++ test-rut-l1-l1-escape-l1 ^- tang
:: L1-escape A1 | * | * | * | * | -> | A1 | A1 | * | *
%+ expect-eq
!> [[~ ~rigred] %.y ~holrut]
::
!>
=| =^state:naive
=^ f state init-rut-simple
=^ f state (n state (escape-requested:l1 ~rabsum-ravtyd ~rigred))
[escape.net sponsor.net]:(got:orm points.state ~rabsum-ravtyd)
::
++ test-rut-l1-l2-escape-l1 ^- tang
:: L1-escape A1 | * | * | * | * | -> | A1 | A1 | * | *
%+ expect-eq
!> [[~ ~losred] %.y ~rigrut]
::
!>
=| =^state:naive
=^ f state init-rut-simple
=^ f state (n state (escape-requested:l1 ~larsyx-mapmeg ~losred))
[escape.net sponsor.net]:(got:orm points.state ~larsyx-mapmeg)
::
++ test-red-l2-l2-adopt-l2-1 ^- tang
:: L2-adopt A1 | * | A1 | * | * | -> | * | ~ | * | A1
=/ pp-adopt [losred-own %adopt ~pinpun-pilsun]
=/ pp-m-adopt [losred-mgmt %adopt ~pinpun-pilsun]
::
;: weld
%+ expect-eq
!> [~ %.y ~losred]
::
!>
=| =^state:naive
=^ f state init-red-simple
=^ f state (n state %bat q:(gen-tx 0 pp-adopt %losred-key-0))
[escape.net sponsor.net]:(got:orm points.state ~pinpun-pilsun)
::
%+ expect-eq
!> [~ %.y ~losred]
::
!>
=| =^state:naive
=^ f state init-red-simple
=^ f state (n state %bat q:(gen-tx 0 pp-m-adopt %losred-mkey-0))
[escape.net sponsor.net]:(got:orm points.state ~pinpun-pilsun)
==
::
++ test-red-l1-l2-adopt-l2-1
:: L2-adopt A1 | * | A1 | * | * | -> | * | ~ | * | A1
=/ lm-adopt [losred-own %adopt ~larsyx-mapmeg]
=/ lm-m-adopt [losred-mgmt %adopt ~larsyx-mapmeg]
::
;: weld
%+ expect-eq
!> [~ %.y ~losred]
::
!>
=| =^state:naive
=^ f state init-red-simple
=^ f state (n state %bat q:(gen-tx 0 lm-adopt %losred-key-0))
[escape.net sponsor.net]:(got:orm points.state ~larsyx-mapmeg)
::
%+ expect-eq
!> [~ %.y ~losred]
::
!>
=| =^state:naive
=^ f state init-red-simple
=^ f state (n state %bat q:(gen-tx 0 lm-m-adopt %losred-mkey-0))
[escape.net sponsor.net]:(got:orm points.state ~larsyx-mapmeg)
==
::
++ test-red-l2-l1-adopt-l2-1
:: L2-adopt A1 | * | A1 | * | * | -> | * | ~ | * | A1
=/ dm-adopt [rigred-own %adopt ~dovmul-mogryt]
=/ dm-m-adopt [rigred-mgmt %adopt ~dovmul-mogryt]
::
;: weld
%+ expect-eq
!> [~ %.y ~rigred]
::
!>
=| =^state:naive
=^ f state init-red-simple
=^ f state (n state %bat q:(gen-tx 0 dm-adopt %rigred-key-0))
[escape.net sponsor.net]:(got:orm points.state ~dovmul-mogryt)
::
%+ expect-eq
!> [~ %.y ~rigred]
::
!>
=| =^state:naive
=^ f state init-red-simple
=^ f state (n state %bat q:(gen-tx 0 dm-m-adopt %rigred-mkey-0))
[escape.net sponsor.net]:(got:orm points.state ~dovmul-mogryt)
==
::
++ test-red-l1-l1-adopt-l2-1
:: L2-adopt A1 | * | A1 | * | * | -> | * | ~ | * | A1
=/ rr-adopt [rigred-own %adopt ~rabsum-ravtyd]
=/ rr-m-adopt [rigred-mgmt %adopt ~rabsum-ravtyd]
::
;: weld
%+ expect-eq
!> [~ %.y ~rigred]
::
!>
=| =^state:naive
=^ f state init-red-simple
=^ f state (n state %bat q:(gen-tx 0 rr-adopt %rigred-key-0))
[escape.net sponsor.net]:(got:orm points.state ~rabsum-ravtyd)
::
%+ expect-eq
!> [~ %.y ~rigred]
::
!>
=| =^state:naive
=^ f state init-red-simple
=^ f state (n state %bat q:(gen-tx 0 rr-m-adopt %rigred-mkey-0))
[escape.net sponsor.net]:(got:orm points.state ~rabsum-ravtyd)
==
::
++ test-red-l1-l1-adopt-l2-2
:: L2-adopt A1 | * | A2 | * | * | -> | * | A2 | * | *
=/ rr-adopt [losred-own %adopt ~rabsum-ravtyd]
=/ rr-m-adopt [losred-mgmt %adopt ~rabsum-ravtyd]
::
;: weld
%+ expect-eq
!> [[~ ~rigred] %.y ~holrut]
::
!>
=| =^state:naive
=^ f state init-red-simple
=^ f state (n state %bat q:(gen-tx 0 rr-adopt %losred-key-0))
[escape.net sponsor.net]:(got:orm points.state ~rabsum-ravtyd)
::
%+ expect-eq
!> [[~ ~rigred] %.y ~holrut]
::
!>
=| =^state:naive
=^ f state init-red-simple
=^ f state (n state %bat q:(gen-tx 0 rr-m-adopt %losred-mkey-0))
[escape.net sponsor.net]:(got:orm points.state ~rabsum-ravtyd)
==
::
++ test-rut-l1-l1-adopt-l2-3 ^- tang
:: L2-adopt A1 | * | ~ | * | * | -> | * | ~ | * | *
::
=/ rr-h-detach [1 [holrut-own %detach ~rabsum-ravtyd] %holrut-key-0]
=/ rr-h-m-detach [0 [holrut-mgmt %detach ~rabsum-ravtyd] %holrut-mkey-0]
=/ rr-adopt [0 [losred-own %adopt ~rabsum-ravtyd] %losred-key-0]
=/ rr-m-adopt [0 [losred-mgmt %adopt ~rabsum-ravtyd] %losred-mkey-0]
::
=, l2-event-gen
=/ rr-batch-1=tx-list (limo ~[rr-h-detach rr-adopt])
=/ rr-batch-2=tx-list (limo ~[rr-h-m-detach rr-m-adopt])
::
=/ init-state=^state:naive +:init-rut-simple
;: weld
%+ expect-eq
!> [~ %.n ~holrut]
::
!>
=| =^state:naive
=^ f state (n init-state %bat q:(gen-tx rr-h-detach))
=^ f state (n state %bat q:(gen-tx rr-adopt))
[escape.net sponsor.net]:(got:orm points.state ~rabsum-ravtyd)
::
%+ expect-eq
!> [~ %.n ~holrut]
!>
=| =^state:naive
=^ f state (n init-state %bat (tx-list-to-batch rr-batch-1))
[escape.net sponsor.net]:(got:orm points.state ~rabsum-ravtyd)
::
%+ expect-eq
!> [~ %.n ~holrut]
::
!>
=| =^state:naive
=^ f state (n init-state %bat q:(gen-tx rr-h-m-detach))
=^ f state (n state %bat q:(gen-tx rr-m-adopt))
[escape.net sponsor.net]:(got:orm points.state ~rabsum-ravtyd)
::
%+ expect-eq
!> [~ %.n ~holrut]
::
!>
=| =^state:naive
=^ f state (n init-state %bat (tx-list-to-batch rr-batch-2))
[escape.net sponsor.net]:(got:orm points.state ~rabsum-ravtyd)
==
::
:: the following tests L2 %rejects
++ test-red-l2-l2-reject-l2-1 ^- tang
:: L2-reject A1 | * | A1 | * | * | -> | * | ~ | * | *
=/ pp-reject [losred-own %reject ~pinpun-pilsun]
=/ pp-m-reject [losred-mgmt %reject ~pinpun-pilsun]
::
;: weld
%+ expect-eq
!> [~ %.y ~losrut]
::
!>
=| =^state:naive
=^ f state init-red-simple
=^ f state (n state %bat q:(gen-tx 0 pp-reject %losred-key-0))
[escape.net sponsor.net]:(got:orm points.state ~pinpun-pilsun)
::
%+ expect-eq
!> [~ %.y ~losrut]
::
!>
=| =^state:naive
=^ f state init-red-simple
=^ f state (n state %bat q:(gen-tx 0 pp-m-reject %losred-mkey-0))
[escape.net sponsor.net]:(got:orm points.state ~pinpun-pilsun)
==
::
++ test-red-l2-l1-reject-l2-1 ^- tang
:: L2-reject A1 | * | A1 | * | * | -> | * | ~ | * | *
=/ dm-reject [rigred-own %reject ~dovmul-mogryt]
=/ dm-m-reject [rigred-mgmt %reject ~dovmul-mogryt]
::
;: weld
%+ expect-eq
!> [~ %.y ~holrut]
::
!>
=| =^state:naive
=^ f state init-red-simple
=^ f state (n state %bat q:(gen-tx 0 dm-reject %rigred-key-0))
[escape.net sponsor.net]:(got:orm points.state ~dovmul-mogryt)
::
%+ expect-eq
!> [~ %.y ~holrut]
::
!>
=| =^state:naive
=^ f state init-red-simple
=^ f state (n state %bat q:(gen-tx 0 dm-m-reject %rigred-mkey-0))
[escape.net sponsor.net]:(got:orm points.state ~dovmul-mogryt)
==
::
++ test-red-l1-l2-reject-l2-1 ^- tang
:: L2-reject A1 | * | A1 | * | * | -> | * | ~ | * | *
=/ lm-reject [losred-own %reject ~larsyx-mapmeg]
=/ lm-m-reject [losred-mgmt %reject ~larsyx-mapmeg]
::
;: weld
%+ expect-eq
!> [~ %.y ~rigrut]
::
!>
=| =^state:naive
=^ f state init-red-simple
=^ f state (n state %bat q:(gen-tx 0 lm-reject %losred-key-0))
[escape.net sponsor.net]:(got:orm points.state ~larsyx-mapmeg)
::
%+ expect-eq
!> [~ %.y ~rigrut]
::
!>
=| =^state:naive
=^ f state init-red-simple
=^ f state (n state %bat q:(gen-tx 0 lm-m-reject %losred-mkey-0))
[escape.net sponsor.net]:(got:orm points.state ~larsyx-mapmeg)
==
::
++ test-red-l1-l1-reject-l2-1 ^- tang
:: L2-reject A1 | * | A1 | * | * | -> | * | ~ | * | *
=/ rr-reject [rigred-own %reject ~rabsum-ravtyd]
=/ rr-m-reject [rigred-mgmt %reject ~rabsum-ravtyd]
::
;: weld
%+ expect-eq
!> [~ %.y ~holrut]
::
!>
=| =^state:naive
=^ f state init-red-simple
=^ f state (n state %bat q:(gen-tx 0 rr-reject %rigred-key-0))
[escape.net sponsor.net]:(got:orm points.state ~rabsum-ravtyd)
::
%+ expect-eq
!> [~ %.y ~holrut]
::
!>
=| =^state:naive
=^ f state init-red-simple
=^ f state (n state %bat q:(gen-tx 0 rr-m-reject %rigred-mkey-0))
[escape.net sponsor.net]:(got:orm points.state ~rabsum-ravtyd)
==
++ test-red-l2-l2-reject-l2-2 ^- tang
:: L2-reject A1 | * | A2 | * | * | -> | * | A2 | * | *
=/ pp-reject [losrut-own %reject ~pinpun-pilsun]
=/ pp-m-reject [losrut-mgmt %reject ~pinpun-pilsun]
::
;: weld
%+ expect-eq
!> [[~ ~losred] %.y ~losrut]
::
!>
=| =^state:naive
=^ f state init-red-simple
=^ f state (n state %bat q:(gen-tx 2 pp-reject %losrut-key-0))
[escape.net sponsor.net]:(got:orm points.state ~pinpun-pilsun)
::
%+ expect-eq
!> [[~ ~losred] %.y ~losrut]
::
!>
=| =^state:naive
=^ f state init-red-simple
=^ f state (n state %bat q:(gen-tx 0 pp-m-reject %losrut-mkey-0))
[escape.net sponsor.net]:(got:orm points.state ~pinpun-pilsun)
==
::
++ test-red-l2-l1-reject-l2-2 ^- tang
:: L2-reject A1 | * | A2 | * | * | -> | * | A2 | * | *
=/ dm-reject [holrut-own %reject ~dovmul-mogryt]
=/ dm-m-reject [holrut-mgmt %reject ~dovmul-mogryt]
::
;: weld
%+ expect-eq
!> [[~ ~rigred] %.y ~holrut]
::
!>
=| =^state:naive
=^ f state init-red-simple
=^ f state (n state %bat q:(gen-tx 1 dm-reject %holrut-key-0))
[escape.net sponsor.net]:(got:orm points.state ~dovmul-mogryt)
::
%+ expect-eq
!> [[~ ~rigred] %.y ~holrut]
::
!>
=| =^state:naive
=^ f state init-red-simple
=^ f state (n state %bat q:(gen-tx 0 dm-m-reject %holrut-mkey-0))
[escape.net sponsor.net]:(got:orm points.state ~dovmul-mogryt)
==
::
++ test-red-l1-l2-reject-l2-2 ^- tang
:: L2-reject A1 | * | A2 | * | * | -> | * | A2 | * | *
=/ lm-reject [rigrut-own %reject ~larsyx-mapmeg]
=/ lm-m-reject [rigrut-mgmt %reject ~larsyx-mapmeg]
::
;: weld
%+ expect-eq
!> [[~ ~losred] %.y ~rigrut]
::
!>
=| =^state:naive
=^ f state init-red-simple
=^ f state (n state %bat q:(gen-tx 0 lm-reject %rigrut-key-0))
[escape.net sponsor.net]:(got:orm points.state ~larsyx-mapmeg)
::
%+ expect-eq
!> [[~ ~losred] %.y ~rigrut]
::
!>
=| =^state:naive
=^ f state init-red-simple
=^ f state (n state %bat q:(gen-tx 0 lm-m-reject %rigrut-mkey-0))
[escape.net sponsor.net]:(got:orm points.state ~larsyx-mapmeg)
==
::
++ test-red-l1-l1-reject-l2-2 ^- tang
:: L2-reject A1 | * | A2 | * | * | -> | * | A2 | * | *
=/ rr-reject [holrut-own %reject ~rabsum-ravtyd]
=/ rr-m-reject [holrut-mgmt %reject ~rabsum-ravtyd]
::
;: weld
%+ expect-eq
!> [[~ ~rigred] %.y ~holrut]
::
!>
=| =^state:naive
=^ f state init-red-simple
=^ f state (n state %bat q:(gen-tx 1 rr-reject %holrut-key-0))
[escape.net sponsor.net]:(got:orm points.state ~rabsum-ravtyd)
::
%+ expect-eq
!> [[~ ~rigred] %.y ~holrut]
::
!>
=| =^state:naive
=^ f state init-red-simple
=^ f state (n state %bat q:(gen-tx 0 rr-m-reject %holrut-mkey-0))
[escape.net sponsor.net]:(got:orm points.state ~rabsum-ravtyd)
==
::
++ test-red-l1-l1-reject-l2-3 ^- tang
:: L2-reject A1 | * | ~ | * | * | -> | * | ~ | * | *
=/ rt-reject [holrut-own %reject ~radres-tinnyl]
=/ rt-m-reject [holrut-mgmt %reject ~radres-tinnyl]
::
;: weld
%+ expect-eq
!> [~ %.y ~losrut]
::
!>
=| =^state:naive
=^ f state init-red-simple
=^ f state (n state %bat q:(gen-tx 1 rt-reject %holrut-key-0))
[escape.net sponsor.net]:(got:orm points.state ~radres-tinnyl)
::
%+ expect-eq
!> [~ %.y ~losrut]
::
!>
=| =^state:naive
=^ f state init-red-simple
=^ f state (n state %bat q:(gen-tx 0 rt-m-reject %holrut-mkey-0))
[escape.net sponsor.net]:(got:orm points.state ~radres-tinnyl)
==
::
:: the following tests L2 %cancel-escape
::
++ test-red-l2-l2-cancel-escape-l2 ^- tang
:: L2-cancel A1 | * | * | * | * | -> | * | ~ | * | *
=/ pp-cancel-escape [[~pinpun-pilsun %own] %cancel-escape ~losred]
=/ pp-m-cancel-escape [[~pinpun-pilsun %manage] %cancel-escape ~losred]
::
;: weld
%+ expect-eq
!> [~ %.y ~losrut]
::
!>
=| =^state:naive
=^ f state init-red-simple
=^ f
state
(n state %bat q:(gen-tx 3 pp-cancel-escape %losrut-pp-key-0))
[escape.net sponsor.net]:(got:orm points.state ~pinpun-pilsun)
::
%+ expect-eq
!> [~ %.y ~losrut]
::
!>
=| =^state:naive
=^ f state init-red-simple
=^ f
state
(n state %bat q:(gen-tx 0 pp-m-cancel-escape %losrut-pp-mkey-0))
[escape.net sponsor.net]:(got:orm points.state ~pinpun-pilsun)
==
::
++ test-red-l2-l1-cancel-escape-l2 ^- tang
:: L2-cancel A1 | * | * | * | * | -> | * | ~ | * | *
=/ dm-cancel-escape [[~dovmul-mogryt %own] %cancel-escape ~rigred]
=/ dm-m-cancel-escape [[~dovmul-mogryt %manage] %cancel-escape ~rigred]
::
;: weld
%+ expect-eq
!> [~ %.y ~holrut]
::
!>
=| =^state:naive
=^ f state init-red-simple
=^ f
state
(n state %bat q:(gen-tx 3 dm-cancel-escape %holrut-dm-key-0))
[escape.net sponsor.net]:(got:orm points.state ~dovmul-mogryt)
::
%+ expect-eq
!> [~ %.y ~holrut]
::
!>
=| =^state:naive
=^ f state init-red-simple
=^ f
state
(n state %bat q:(gen-tx 0 dm-m-cancel-escape %holrut-dm-mkey-0))
[escape.net sponsor.net]:(got:orm points.state ~dovmul-mogryt)
==
::
++ test-red-l1-l2-cancel-escape-l2 ^- tang
:: L2-cancel A1 | * | * | * | * | -> | * | ~ | * | *
=/ lm-cancel-escape [[~larsyx-mapmeg %own] %cancel-escape ~losred]
=/ lm-m-cancel-escape [[~larsyx-mapmeg %manage] %cancel-escape ~losred]
::
;: weld
%+ expect-eq
!> [~ %.y ~rigrut]
::
!>
=| =^state:naive
=^ f state init-red-simple
=^ f
state
(n state %bat q:(gen-tx 1 lm-cancel-escape %rigrut-lm-key-0))
[escape.net sponsor.net]:(got:orm points.state ~larsyx-mapmeg)
::
%+ expect-eq
!> [~ %.y ~rigrut]
::
!>
=| =^state:naive
=^ f state init-red-simple
=^ f
state
(n state %bat q:(gen-tx 0 lm-m-cancel-escape %rigrut-lm-mkey-0))
[escape.net sponsor.net]:(got:orm points.state ~larsyx-mapmeg)
==
::
++ test-red-l1-l1-cancel-escape-l2 ^- tang
:: L2-cancel A1 | * | * | * | * | -> | * | ~ | * | *
=/ rr-cancel-escape [[~rabsum-ravtyd %own] %cancel-escape ~rigred]
=/ rr-m-cancel-escape [[~rabsum-ravtyd %manage] %cancel-escape ~rigred]
::
;: weld
%+ expect-eq
!> [~ %.y ~holrut]
::
!>
=| =^state:naive
=^ f state init-red-simple
=^ f
state
(n state %bat q:(gen-tx 1 rr-cancel-escape %holrut-rr-key-0))
[escape.net sponsor.net]:(got:orm points.state ~rabsum-ravtyd)
::
%+ expect-eq
!> [~ %.y ~holrut]
::
!>
=| =^state:naive
=^ f state init-red-simple
=^ f
state
(n state %bat q:(gen-tx 0 rr-m-cancel-escape %holrut-rr-mkey-0))
[escape.net sponsor.net]:(got:orm points.state ~rabsum-ravtyd)
==
::
++ test-rut-l2-l2-detach-l2-1 ^- tang
:: L2-detach A1 | * | * | * | A1 | -> | * | * | * | ~
=/ pp-detach [losrut-own %detach ~pinpun-pilsun]
=/ pp-m-detach [losrut-mgmt %detach ~pinpun-pilsun]
::
;: weld
%+ expect-eq
!> [~ %.n ~losrut]
::
!>
=| =^state:naive
=^ f state init-rut-simple
=^ f state (n state %bat q:(gen-tx 3 pp-detach %losrut-key-0))
[escape.net sponsor.net]:(got:orm points.state ~pinpun-pilsun)
::
%+ expect-eq
!> [~ %.n ~losrut]
::
!>
=| =^state:naive
=^ f state init-rut-simple
=^ f state (n state %bat q:(gen-tx 0 pp-m-detach %losrut-mkey-0))
[escape.net sponsor.net]:(got:orm points.state ~pinpun-pilsun)
==
::
++ test-rut-l2-l1-detach-l2-1 ^- tang
:: L2-detach A1 | * | * | * | A1 | -> | * | * | * | ~
=/ rt-detach [losrut-own %detach ~radres-tinnyl]
=/ rt-m-detach [losrut-mgmt %detach ~radres-tinnyl]
::
;: weld
%+ expect-eq
!> [~ %.n ~losrut]
::
!>
=| =^state:naive
=^ f state init-rut-simple
=^ f state (n state %bat q:(gen-tx 3 rt-detach %losrut-key-0))
[escape.net sponsor.net]:(got:orm points.state ~radres-tinnyl)
::
%+ expect-eq
!> [~ %.n ~losrut]
::
!>
=| =^state:naive
=^ f state init-rut-simple
=^ f state (n state %bat q:(gen-tx 0 rt-m-detach %losrut-mkey-0))
[escape.net sponsor.net]:(got:orm points.state ~radres-tinnyl)
==
::
++ test-rut-l1-l2-detach-l2-1 ^- tang
:: L2-detach A1 | * | * | * | A1 | -> | * | * | * | ~
=/ dm-detach [holrut-own %detach ~dovmul-mogryt]
=/ dm-m-detach [holrut-mgmt %detach ~dovmul-mogryt]
::
;: weld
%+ expect-eq
!> [~ %.n ~holrut]
::
!>
=| =^state:naive
=^ f state init-rut-simple
=^ f state (n state %bat q:(gen-tx 1 dm-detach %holrut-key-0))
[escape.net sponsor.net]:(got:orm points.state ~dovmul-mogryt)
::
%+ expect-eq
!> [~ %.n ~holrut]
::
!>
=| =^state:naive
=^ f state init-rut-simple
=^ f state (n state %bat q:(gen-tx 0 dm-m-detach %holrut-mkey-0))
[escape.net sponsor.net]:(got:orm points.state ~dovmul-mogryt)
==
::
++ test-rut-l1-l1-detach-l2-1 ^- tang
:: L2-detach A1 | * | * | * | A1 | -> | * | * | * | ~
=/ lm-detach [rigrut-own %detach ~larsyx-mapmeg]
=/ lm-m-detach [rigrut-mgmt %detach ~larsyx-mapmeg]
::
;: weld
%+ expect-eq
!> [~ %.n ~rigrut]
::
!>
=| =^state:naive
=^ f state init-rut-simple
=^ f state (n state %bat q:(gen-tx 0 lm-detach %rigrut-key-0))
[escape.net sponsor.net]:(got:orm points.state ~larsyx-mapmeg)
::
%+ expect-eq
!> [~ %.n ~rigrut]
::
!>
=| =^state:naive
=^ f state init-rut-simple
=^ f state (n state %bat q:(gen-tx 0 lm-m-detach %rigrut-mkey-0))
[escape.net sponsor.net]:(got:orm points.state ~larsyx-mapmeg)
==
::
++ test-rut-l1-l1-detach-l2-2 ^- tang
:: L2-detach A1 | * | * | * | A2 | -> | * | * | * | A2
::
=/ rr-detach [rigrut-own %detach ~rabsum-ravtyd]
=/ rr-m-detach [rigrut-mgmt %detach ~rabsum-ravtyd]
::
;: weld
%+ expect-eq
!> [~ %.y ~holrut]
::
!>
=| =^state:naive
=^ f state init-rut-simple
=^ f state (n state %bat q:(gen-tx 0 rr-detach %rigrut-key-0))
[escape.net sponsor.net]:(got:orm points.state ~rabsum-ravtyd)
::
%+ expect-eq
!> [~ %.y ~holrut]
::
!>
=| =^state:naive
=^ f state init-rut-simple
=^ f state (n state %bat q:(gen-tx 0 rr-m-detach %rigrut-mkey-0))
[escape.net sponsor.net]:(got:orm points.state ~rabsum-ravtyd)
==
::
++ test-rut-l1-l1-detach-l2-3 ^- tang
:: L2-detach A1 | * | * | * | ~ | -> | * | * | * | ~
::
=/ rr-h-detach [1 [holrut-own %detach ~rabsum-ravtyd] %holrut-key-0]
=/ rr-h-m-detach [0 [holrut-mgmt %detach ~rabsum-ravtyd] %holrut-mkey-0]
=/ rr-detach [0 [rigrut-own %detach ~rabsum-ravtyd] %rigrut-key-0]
=/ rr-m-detach [0 [rigrut-mgmt %detach ~rabsum-ravtyd] %rigrut-mkey-0]
::
=, l2-event-gen
=/ rr-detach-batch-1=tx-list (limo rr-h-detach rr-detach ~)
=/ rr-detach-batch-2=tx-list (limo rr-h-m-detach rr-m-detach ~)
::
=/ init-state=^state:naive +:init-rut-simple
;: weld
%+ expect-eq
!> [~ %.n ~holrut]
::
!>
=| =^state:naive
=^ f state (n init-state %bat q:(gen-tx rr-h-detach))
=^ f state (n state %bat q:(gen-tx rr-detach))
[escape.net sponsor.net]:(got:orm points.state ~rabsum-ravtyd)
::
%+ expect-eq
!> [~ %.n ~holrut]
::
!>
=| =^state:naive
=^ f state (n init-state %bat (tx-list-to-batch rr-detach-batch-1))
[escape.net sponsor.net]:(got:orm points.state ~rabsum-ravtyd)
::
%+ expect-eq
!> [~ %.n ~holrut]
::
!>
=| =^state:naive
=^ f state (n init-state %bat q:(gen-tx rr-h-m-detach))
=^ f state (n state %bat q:(gen-tx rr-m-detach))
[escape.net sponsor.net]:(got:orm points.state ~rabsum-ravtyd)
::
%+ expect-eq
!> [~ %.n ~holrut]
::
!>
=| =^state:naive
=^ f state (n init-state %bat (tx-list-to-batch rr-detach-batch-2))
[escape.net sponsor.net]:(got:orm points.state ~rabsum-ravtyd)
==
::
:: The following tests are miscellaneous sponsorship tests between
:: two L1 points that test a few of the edge cases, like a L1 escape
:: followed by a L2 adopt.
::
++ test-red-l1-escape-l2-adopt ^- tang
=/ rr-adopt [rigred-own %adopt ~rabsum-ravtyd]
%+ expect-eq
!> [~ %.y ~rigred]
::
!>
=| =^state:naive
=^ f state init-red-simple
=^ f state (n state (escape-requested:l1 ~rabsum-ravtyd ~rigred))
=^ f state (n state %bat q:(gen-tx 0 rr-adopt %rigred-key-0))
[escape.net sponsor.net]:(got:orm points.state ~rabsum-ravtyd)
::
:: The following test fails because the action would be prevented
:: by Azimuth but is not by naive.hoon.
::
:: ++ test-red-l2-escape-l1-adopt ^- tang
:: :: shouldn't be possible to accept a L2 escape with a L1 adopt
:: %+ expect-eq
:: !> [[~ ~rigred] %.y ~holrut]
:: ::
:: !>
:: =| =^state:naive
:: =^ f state init-red-simple
:: =^ f state (n state (escape-accepted:l1 ~rabsum-ravtyd ~rigred))
:: [escape.net sponsor.net]:(got:orm points.state ~rabsum-ravtyd)
::
++ test-rut-l1-adoption-on-l2-wrong-key-or-nonce
=/ rr-escape [[~rabsum-ravtyd %own] %escape ~rigred]
=/ rr-adopt [rigred-own %adopt ~rabsum-ravtyd]
::
=/ init-state +:init-rut-simple
::
;: weld
%+ expect-eq
!> [~ %.y ~holrut]
::
!>
=| =^state:naive
=^ f state (n init-state %bat q:(gen-tx 1 rr-escape %wrong-key))
=^ f state (n state %bat q:(gen-tx 0 rr-adopt %rigred-key-0))
[escape.net sponsor.net]:(got:orm points.state ~rabsum-ravtyd)
::
%+ expect-eq
!> [~ %.y ~holrut]
::
!>
=| =^state:naive
=^ f
state
(n init-state %bat q:(gen-tx 999 rr-escape %holrut-rr-key-0))
=^ f state (n state %bat q:(gen-tx 0 rr-adopt %rigred-key-0))
[escape.net sponsor.net]:(got:orm points.state ~rabsum-ravtyd)
==
::
++ test-own-sponsor-l2-escape
=/ rr-escape [[~rabsum-ravtyd %own] %escape ~holrut]
::
%+ expect-eq
!> [[~ ~holrut] %.y ~holrut]
::
!>
=| =^state:naive
=^ f state init-rut-simple
=^ f state (n state %bat q:(gen-tx 0 rr-escape %holrut-rr-key-0))
[escape.net sponsor.net]:(got:orm points.state ~rabsum-ravtyd)
::
++ test-rut-l1-detach-1
:: L1-detach A1 | * | * | A1 | A1 | -> | * | * | ~ | ~
:: this checks that if you have the same sponsor on L1 and L2, then
:: a L1 detach makes you lose both
::
:: ~rabsum-ravtyd is a L1 planet under a L1 star so would theortically
:: already be sponsored by ~holrut on L1. this already appears in
:: the L2 state as being sponsored by ~holrut, but we will go through
:: with adopting ~rabsum-ravtyd on L2 anyways before the L1 detach
::
=/ rr-escape [[~rabsum-ravtyd %own] %escape ~holrut]
=/ rr-adopt [holrut-own %adopt ~rabsum-ravtyd]
%+ expect-eq
!> [~ %.n ~holrut]
::
!>
=| =^state:naive
=^ f state init-rut-simple
=^ f state (n state %bat q:(gen-tx 0 rr-escape %holrut-rr-key-0))
=^ f state (n state %bat q:(gen-tx 1 rr-adopt %holrut-key-0))
=^ f state (n state (lost-sponsor:l1 ~rabsum-ravtyd ~holrut))
[escape.net sponsor.net]:(got:orm points.state ~rabsum-ravtyd)
::
++ test-red-l1-detach-2
:: this takes a L1 planet with L1 sponsor that acquires a L2 sponsor
:: and is then detached by their L1 sponsor
::
:: L1-detach A1 | * | * | A1 | A2 | -> | * | * | ~ | A2
::
=/ lm-adopt [losred-own %adopt ~larsyx-mapmeg]
::
%+ expect-eq
!> [~ %.y ~losred]
::
!>
=| =^state:naive
=^ f state init-red-simple
=^ f state (n state %bat q:(gen-tx 0 lm-adopt %losred-key-0))
=^ f state (n state (lost-sponsor:l1 ~larsyx-mapmeg ~rigrut))
[escape.net sponsor.net]:(got:orm points.state ~larsyx-mapmeg)
::
++ test-rut-l1-detach-3
:: L1-detach A1 | * | * | A1 | ~ | -> | * | * | ~ | ~
:: Since we don't see L1 state explicitly, we can't really test
:: this transition here. But I've included it for completeness sake
=/ rr-detach [holrut-own %detach ~rabsum-ravtyd]
::
%+ expect-eq
!> [~ %.n ~holrut]
::
!>
=| =^state:naive
=^ f state init-rut-simple
=^ f state (n state %bat q:(gen-tx 1 rr-detach %holrut-key-0))
=^ f state (n state (escape-requested:l1 ~rabsum-ravtyd ~holrut))
=^ f state (n state (escape-accepted:l1 ~rabsum-ravtyd ~holrut))
=^ f state (n state (lost-sponsor:l1 ~rabsum-ravtyd ~holrut))
[escape.net sponsor.net]:(got:orm points.state ~rabsum-ravtyd)
::
:: The L1 action in the following test would be prevented by Azimuth
:: but is not by naive.hoon, so this test would fail.
::
:: ++ test-rut-l1-l1-cancel-l1-1
:: :: L1-cancel A1 | ~ | * | * | * | -> !!
:: :: no cancel if not escaping
:: :: Note we're using ~rut so there are no initial escapes
:: ::
:: %+ expect-eq
:: !> ~
:: ::
:: !>
:: =| =^state:naive
:: =^ f state init-rut-simple
:: =^ f state (n state (escape-canceled:l1 ~rabsum-ravtyd ~rigred))
:: escape.net:(got:orm points.state ~rabsum-ravtyd)
::
++ test-rut-l1-l1-cancel-l1-2
:: L1-cancel A1 | A1 | * | * | * | -> | ~ | ~ | * | *
%+ expect-eq
!> ~
::
!>
=| =^state:naive
=^ f state init-rut-simple
=^ f state (n state (escape-requested:l1 ~rabsum-ravtyd ~rigred))
=^ f state (n state (escape-canceled:l1 ~rabsum-ravtyd ~rigred))
escape.net:(got:orm points.state ~rabsum-ravtyd)
::
++ test-rut-l1-l1-adopt-l1-1
:: L1-adopt A1 | A1 | * | * | * | -> | ~ | ~ | A1 | A2
%+ expect-eq
!> [~ %.y ~rigred]
::
!>
=| =^state:naive
=^ f state init-rut-simple
=^ f state (n state (escape-requested:l1 ~rabsum-ravtyd ~rigred))
=^ f state (n state (escape-accepted:l1 ~rabsum-ravtyd ~rigred))
[escape.net sponsor.net]:(got:orm points.state ~rabsum-ravtyd)
::
:: These commented out tests fail, but it is because L1 adopt is only
:: accepted if Azimuth allows it. So these rows of the table
:: cannot be tested here.
::
:: ++ test-rut-l1-l1-adopt-l1-2
:: :: L1-adopt A1 | ~ | * | * | * | -> !!
:: :: no adopt if not escaping
:: %+ expect-eq
:: !> [~ %.y ~holrut]
:: ::
:: !>
:: =| =^state:naive
:: =^ f state init-rut-simple
:: =^ f state (n state (escape-accepted:l1 ~rabsum-ravtyd ~rigred))
:: [escape.net sponsor.net]:(got:orm points.state ~rabsum-ravtyd)
:: ::
:: ++ test-rut-l1-l1-adopt-l1-3
:: :: L1-adopt A1 | A2 | * | * | * | -> !!
:: :: no adopt if not escaping
:: %+ expect-eq
:: !> [[~ ~rigrut] %.y ~holrut]
:: ::
:: !>
:: =| =^state:naive
:: =^ f state init-rut-simple
:: =^ f state (n state (escape-requested:l1 ~rabsum-ravtyd ~rigrut))
:: =^ f state (n state (escape-accepted:l1 ~rabsum-ravtyd ~rigred))
:: [escape.net sponsor.net]:(got:orm points.state ~rabsum-ravtyd)
::
:: The remaining tests are not categorized in any particular way. Some of them
:: are already covered by +test-rut but have been left in since they can't
:: hurt.
::
++ test-marbud-l2-change-keys-whole-state ^- tang
=/ new-keys [%configure-keys encr auth suit |]
=| =^state:naive
=^ f state (init-marbud state)
=/ marbud-point (got:orm points.state ~marbud)
=/ new-marbud marbud-point(keys.net [1 suit auth encr], nonce.owner.own 1)
::
%+ expect-eq
!> state(points (put:orm points.state ~marbud new-marbud))
::
!>
=^ f
state
(n state %bat q:(gen-tx 0 [marbud-own new-keys] %marbud-key-0))
state
::
++ test-log ^- tang
%+ expect-eq
!>
:- [%point ~bud %owner (addr %bud-key-0)]~
:_ [~ ~] :_ [~ ~]
:- ~bud
%* . *point:naive
dominion %l1
owner.own (addr %bud-key-0)^0
who.sponsor.net ~bud
==
::
!>
%^ naive verifier 1.337 :+ *^state:naive 0
:* %log *@ux *@ux
owner-changed:log-names:naive (@ux ~bud) (addr %bud-key-0) ~
==
::
++ test-deposit ^- tang
%+ expect-eq
!> %l2
::
!>
=| =^state:naive
=^ f state (init-marbud state)
dominion:(got:orm points.state ~marbud)
::
++ test-transfer-batch ^- tang
=/ marbud-transfer
[0 [marbud-own %transfer-point (addr %marbud-key-0) |] %marbud-key-0]
=/ marbud-transfer-2
[1 [marbud-own %transfer-point (addr %marbud-key-1) |] %marbud-key-0]
::
=, l2-event-gen
=/ marbud-batch=tx-list (limo marbud-transfer marbud-transfer-2 ~)
::
;: weld
%+ expect-eq
!> [(addr %marbud-key-1) 2]
::
!>
=| =^state:naive
=^ f state (init-marbud state)
=^ f state (n state %bat q:(gen-tx marbud-transfer))
=^ f state (n state %bat q:(gen-tx marbud-transfer-2))
owner.own:(got:orm points.state ~marbud)
::
%+ expect-eq
!> [(addr %marbud-key-1) 2]
::
!>
=| =^state:naive
=^ f state (init-marbud state)
=^ f state (n state %bat (tx-list-to-batch marbud-batch))
owner.own:(got:orm points.state ~marbud)
==
::
++ test-l1-changed-spawn-proxy ^- tang
%+ expect-eq
!> [(addr %bud-skey) 0]
::
!>
=| =^state:naive
=^ f state (init-bud state)
=^ f state (n state (changed-spawn-proxy:l1 ~bud (addr %bud-skey)))
spawn-proxy.own:(got:orm points.state ~bud)
::
++ test-l1-changed-transfer-proxy ^- tang
%+ expect-eq
!> [(addr %bud-key-1) 0]
::
!>
=| =^state:naive
=^ f state (init-bud state)
=^ f state (n state (changed-transfer-proxy:l1 ~bud (addr %bud-key-1)))
transfer-proxy.own:(got:orm points.state ~bud)
::
++ test-l1-changed-management-proxy ^- tang
%+ expect-eq
!> [(addr %bud-mkey) 0]
::
!>
=| =^state:naive
=^ f state (init-bud state)
=^ f state (n state (changed-management-proxy:l1 ~bud (addr %bud-mkey)))
management-proxy.own:(got:orm points.state ~bud)
::
++ test-l1-changed-voting-proxy ^- tang
%+ expect-eq
!> [(addr %bud-vkey) 0]
::
!>
=| =^state:naive
=^ f state (init-bud state)
=^ f state (n state (changed-voting-proxy:l1 ~bud (addr %bud-vkey)))
voting-proxy.own:(got:orm points.state ~bud)
::
++ test-l1-changed-keys ^- tang
=/ life 1
=/ new-keys [~bud suit encr auth life]
::
%+ expect-eq
!> [suit auth encr]
::
!>
=| =^state:naive
=^ f state (init-bud state)
=^ f state (n state (changed-keys:l1 new-keys))
|1:keys.net:(got:orm points.state ~bud)
::
++ test-l1-star-escape-requested ^- tang
%+ expect-eq
!> [~ ~wes]
::
!>
=| =^state:naive
=^ f state (init-wes state)
=^ f state (init-sambud state)
=^ f state (n state (escape-requested:l1 ~sambud ~wes))
escape.net:(got:orm points.state ~sambud)
::
++ test-l1-star-escape-canceled ^- tang
%+ expect-eq
!> ~
::
!>
=| =^state:naive
=^ f state (init-wes state)
=^ f state (init-sambud state)
=^ f state (n state (escape-requested:l1 ~sambud ~wes))
=^ f state (n state (escape-canceled:l1 ~sambud ~wes))
escape.net:(got:orm points.state ~sambud)
::
++ test-l1-star-adopt-accept ^- tang
%+ expect-eq
!> [~ %.y ~wes]
::
!>
=| =^state:naive
=^ f state (init-wes state)
=^ f state (init-sambud state)
=^ f state (n state (escape-requested:l1 ~sambud ~wes))
=^ f state (n state (escape-accepted:l1 ~sambud ~wes))
[escape.net sponsor.net]:(got:orm points.state ~sambud)
::
++ test-l1-star-lost-sponsor ^- tang
%+ expect-eq
!> [~ %.n ~bud]
::
!>
=| =^state:naive
=^ f state (init-sambud state)
=^ f state (n state (lost-sponsor:l1 ~sambud ~bud))
[escape.net sponsor.net]:(got:orm points.state ~sambud)
::
++ test-l2-set-spawn-proxy ^- tang
=/ marbud-sproxy [marbud-own %set-spawn-proxy (addr %marbud-skey)]
::
%+ expect-eq
!> [(addr %marbud-skey) 0]
::
!>
=| =^state:naive
=^ f state (init-marbud state)
=^ f state (n state %bat q:(gen-tx 0 marbud-sproxy %marbud-key-0))
spawn-proxy.own:(got:orm points.state ~marbud)
::
++ test-l2-set-transfer-proxy ^- tang
=/ marbud-tproxy [marbud-own %set-transfer-proxy (addr %marbud-tkey)]
::
%+ expect-eq
!> [(addr %marbud-tkey) 0]
::
!>
=| =^state:naive
=^ f state (init-marbud state)
=^ f state (n state %bat q:(gen-tx 0 marbud-tproxy %marbud-key-0))
transfer-proxy.own:(got:orm points.state ~marbud)
::
++ test-l2-set-management-proxy ^- tang
=/ marbud-mproxy [marbud-own %set-management-proxy (addr %marbud-mkey)]
::
%+ expect-eq
!> [(addr %marbud-mkey) 0]
::
!>
=| =^state:naive
=^ f state (init-marbud state)
=^ f state (n state %bat q:(gen-tx 0 marbud-mproxy %marbud-key-0))
management-proxy.own:(got:orm points.state ~marbud)
::
++ test-l2-dopbud-spawn-proxy-deposit ^- tang
%+ expect-eq
!> %spawn
::
!>
=| =^state:naive
=^ f state (init-dopbud state)
dominion:(got:orm points.state ~dopbud)
::
++ test-l2-sambud-spawn-proxy-predeposit ^- tang
%+ expect-eq
!> [(addr %sambud-skey) 0]
::
!>
=| =^state:naive
=^ f state (init-sambud state)
=^ f
state
(n state (changed-spawn-proxy:l1 ~sambud (addr %sambud-skey)))
=^ f
state
(n state (changed-spawn-proxy:l1 ~sambud deposit-address:naive))
spawn-proxy.own:(got:orm points.state ~sambud)
::
++ test-l2-sambud-own-spawn-proxy-postdeposit ^- tang
=/ sambud-sproxy [[~sambud %own] %set-spawn-proxy (addr %sambud-skey-0)]
%+ expect-eq
!> [(addr %sambud-skey-0) 0]
::
!>
=| =^state:naive
=^ f state (init-sambud state)
=^ f state
(n state (changed-spawn-proxy:l1 ~sambud deposit-address:naive))
=^ f state (n state %bat q:(gen-tx 0 sambud-sproxy %sambud-key-0))
spawn-proxy.own:(got:orm points.state ~sambud)
::
++ test-l2-sambud-spawn-spawn-proxy-postdeposit ^- tang
=/ sambud-sproxy [[~sambud %spawn] %set-spawn-proxy (addr %sambud-skey-1)]
%+ expect-eq
!> [(addr %sambud-skey-1) 1]
::
!>
=| =^state:naive
=^ f state (init-sambud state)
=^ f state
(n state (changed-spawn-proxy:l1 ~sambud (addr %sambud-skey-0)))
=^ f state
(n state (changed-spawn-proxy:l1 ~sambud deposit-address:naive))
=^ f state (n state %bat q:(gen-tx 0 sambud-sproxy %sambud-skey-0))
spawn-proxy.own:(got:orm points.state ~sambud)
::
++ test-l2-sambud-spawn-proxy-predeposit-spawn ^- tang
=/ l2-sproxy [[~sambud %spawn] %set-spawn-proxy (addr %sambud-skey-1)]
=/ lf-spawn [[~sambud %spawn] %spawn ~lisdur-fodrys (addr %lf-key-0)]
;: weld
%+ expect-eq
!> [`@ux`(addr %lf-key-0) 0]
::
!>
=| =^state:naive
=^ f state (init-sambud state)
=^ f state
(n state (changed-spawn-proxy:l1 ~sambud (addr %sambud-skey-0)))
=^ f state
(n state (changed-spawn-proxy:l1 ~sambud deposit-address:naive))
=^ f state
(n state %bat q:(gen-tx 0 lf-spawn %sambud-skey-0))
transfer-proxy.own:(got:orm points.state ~lisdur-fodrys)
::
%+ expect-eq
!> [`@ux`(addr %lf-key-0) 0]
::
!>
=| =^state:naive
=^ f state (init-sambud state)
=^ f state
(n state (changed-spawn-proxy:l1 ~sambud (addr %sambud-skey-0)))
=^ f state
(n state (changed-spawn-proxy:l1 ~sambud deposit-address:naive))
=^ f state
(n state %bat q:(gen-tx 0 l2-sproxy %sambud-skey-0))
=^ f state
(n state %bat q:(gen-tx 1 lf-spawn %sambud-skey-1))
transfer-proxy.own:(got:orm points.state ~lisdur-fodrys)
==
++ test-linnup-torsyx-spawn ^- tang
:: try to spawn a L2 planet with a L2 planet
=/ rt-spawn
[lt-own %spawn ~radres-tinnyl (addr %rt-key-0)]
=/ lt-spawn
[marbud-own %spawn ~linnup-torsyx (addr %lt-key-0)]
=/ lt-transfer-yes-breach
[lt-xfr %transfer-point (addr %lt-key-0) &]
::
=| =^state:naive
=^ f state (init-marbud state)
=^ f state (init-litbud state)
=^ f state (n state %bat q:(gen-tx 0 lt-spawn %marbud-key-0))
=^ f state (n state %bat q:(gen-tx 0 lt-transfer-yes-breach %lt-key-0))
=/ lt-point (got:orm points.state ~linnup-torsyx)
=/ new-lt lt-point(nonce.owner.own 1)
=/ no-op-state state(points (put:orm points.state ~linnup-torsyx new-lt))
::
%+ expect-eq
!> no-op-state
::
!>
=^ f state (n state %bat q:(gen-tx 0 rt-spawn %lt-key-0))
state
::
++ test-marbud-l2-spawn ^- tang
=/ lt-spawn
[%spawn ~linnup-torsyx (addr %lt-key-0)]
=/ marbud-sproxy
[0 [marbud-own %set-spawn-proxy (addr %marbud-skey)] %marbud-key-0]
=, l2-event-gen
=/ spawn-batch=tx-list
(limo marbud-sproxy [0 [marbud-spn lt-spawn] %marbud-skey] ~)
::
;: weld
%+ expect-eq
:: Tests l2 spawning with ownership
!> [`@ux`(addr %lt-key-0) 0]
::
!>
=| =^state:naive
=^ f state (init-marbud state)
=^ f state
(n state %bat q:(gen-tx 0 [marbud-own lt-spawn] %marbud-key-0))
transfer-proxy.own:(got:orm points.state ~linnup-torsyx)
::
%+ expect-eq
:: Tests l2 spawning with spawn proxy
!> [`@ux`(addr %lt-key-0) 0]
::
!>
=| =^state:naive
=^ f state (init-marbud state)
=^ f state
(n state %bat q:(gen-tx marbud-sproxy))
=^ f state
(n state %bat q:(gen-tx 0 [marbud-spn lt-spawn] %marbud-skey))
transfer-proxy.own:(got:orm points.state ~linnup-torsyx)
::
%+ expect-eq
:: Tests l2 spawning with spawn proxy as a batch
!> [`@ux`(addr %lt-key-0) 0]
::
!>
=| =^state:naive
=^ f state (init-marbud state)
=^ f state (n state %bat (tx-list-to-batch spawn-batch))
transfer-proxy.own:(got:orm points.state ~linnup-torsyx)
==
::
++ test-marbud-l2-double-spawn ^- tang
:: Attempts to spawn the same planet twice, once with ownership and once
:: with spawn proxy
=/ marbud-sproxy [marbud-own %set-spawn-proxy (addr %marbud-skey)]
=/ lt-spawn-0 [marbud-own %spawn ~linnup-torsyx (addr %lt-key-0)]
=/ lt-spawn-1 [marbud-spn %spawn ~linnup-torsyx (addr %lt-key-1)]
=| =^state:naive
=^ f state (init-marbud state)
=^ f state (n state %bat q:(gen-tx 0 marbud-sproxy %marbud-key-0))
=^ f state (n state %bat q:(gen-tx 1 lt-spawn-0 %marbud-key-0))
=/ marbud-point (got:orm points.state ~marbud)
=/ new-marbud marbud-point(nonce.spawn-proxy.own 1)
=/ no-op-state state(points (put:orm points.state ~marbud new-marbud))
::
%+ expect-eq
!> no-op-state
::
!>
=^ f state (n state %bat q:(gen-tx 0 lt-spawn-1 %marbud-skey))
state
::
++ test-marbud-l2-change-keys ^- tang
=/ new-keys [%configure-keys encr auth suit |]
=/ marbud-mproxy [marbud-own %set-management-proxy (addr %marbud-mkey)]
::
;: weld
%+ expect-eq
!> [suit auth encr]
::
!>
=| =^state:naive
=^ f state (init-marbud state)
=^ f state
(n state %bat q:(gen-tx 0 [marbud-own new-keys] %marbud-key-0))
|1:keys.net:(got:orm points.state ~marbud)
::
%+ expect-eq
!> [suit auth encr]
::
!>
=| =^state:naive
=^ f state (init-marbud state)
=^ f state (n state %bat q:(gen-tx 0 marbud-mproxy %marbud-key-0))
=^ f state
(n state %bat q:(gen-tx 0 [marbud-mgt new-keys] %marbud-mkey))
|1:keys.net:(got:orm points.state ~marbud)
::
==
::
++ test-marbud-l2-proxies-transfer ^- tang
=/ marbud-new-keys
[0 [marbud-own %configure-keys encr auth suit |] %marbud-key-0]
=/ marbud-sproxy
[0 [marbud-own %set-spawn-proxy (addr %marbud-skey)] %marbud-key-0]
=/ marbud-mproxy
[1 [marbud-own %set-management-proxy (addr %marbud-mkey)] %marbud-key-0]
=/ marbud-tproxy
[2 [marbud-own %set-transfer-proxy (addr %marbud-key-1)] %marbud-key-0]
=/ marbud-transfer-breach
[1 [marbud-own %transfer-point (addr %marbud-key-1) &] %marbud-key-0]
=/ marbud-transfer-no-breach
[1 [marbud-own %transfer-point (addr %marbud-key-1) |] %marbud-key-0]
=/ marbud-xfr-breach
[0 [marbud-xfr %transfer-point (addr %marbud-key-1) &] %marbud-key-1]
=/ marbud-xfr-no-breach
[0 [marbud-xfr %transfer-point (addr %marbud-key-1) |] %marbud-key-1]
::
=, l2-event-gen
=/ test1=tx-list
(ly marbud-sproxy marbud-mproxy marbud-tproxy marbud-xfr-breach ~)
=/ test2=tx-list
(ly marbud-new-keys marbud-transfer-breach ~)
=/ test3=tx-list
(ly marbud-sproxy marbud-mproxy marbud-tproxy marbud-xfr-no-breach ~)
=/ test4=tx-list
(ly marbud-new-keys marbud-transfer-no-breach ~)
::
;: weld
%+ expect-eq
:: Tests that proxies are reset on transfer with breach
::
!>
:* [(addr %marbud-key-1) 3] :: ownership
[0 0] :: spawn-proxy
[0 0] :: management-proxy
[0 0] :: voting-proxy
[0 1] :: transfer-proxy
==
::
!>
=| =^state:naive
=^ f state (init-marbud state)
=^ f state (n state %bat q:(gen-tx marbud-sproxy))
=^ f state (n state %bat q:(gen-tx marbud-mproxy))
=^ f state (n state %bat q:(gen-tx marbud-tproxy))
=^ f state (n state %bat q:(gen-tx marbud-xfr-breach))
^- [[@ @] [@ @] [@ @] [@ @] [@ @]]
own:(got:orm points.state ~marbud)
::
%+ expect-eq
:: batch version
::
!>
:* [(addr %marbud-key-1) 3] :: ownership
[0 0] :: spawn-proxy
[0 0] :: management-proxy
[0 0] :: voting-proxy
[0 1] :: transfer-proxy
==
::
!>
=| =^state:naive
=^ f state (init-marbud state)
=^ f state (n state %bat (tx-list-to-batch test1))
^- [[@ @] [@ @] [@ @] [@ @] [@ @]]
own:(got:orm points.state ~marbud)
::
%+ expect-eq
:: Tests that networking keys are reset on transfer with breach
!>
[0 0 0]
::
!>
=| =^state:naive
=^ f state (init-marbud state)
=^ f state (n state %bat q:(gen-tx marbud-new-keys))
=^ f state (n state %bat q:(gen-tx marbud-transfer-breach))
|1:keys.net:(got:orm points.state ~marbud)
::
%+ expect-eq
:: batch version
!>
[0 0 0]
::
!>
=| =^state:naive
=^ f state (init-marbud state)
=^ f state (n state %bat (tx-list-to-batch test2))
|1:keys.net:(got:orm points.state ~marbud)
::
%+ expect-eq
:: Tests that proxies are not reset when transfering without breach
!>
:* [(addr %marbud-key-1) 3] :: ownership
[(addr %marbud-skey) 0] :: spawn-proxy
[(addr %marbud-mkey) 0] :: management-proxy
[0 0] :: voting-proxy
[0 1] :: transfer-proxy
==
::
!>
=| =^state:naive
=^ f state (init-marbud state)
=^ f state (n state %bat q:(gen-tx marbud-sproxy))
=^ f state (n state %bat q:(gen-tx marbud-mproxy))
=^ f state (n state %bat q:(gen-tx marbud-tproxy))
=^ f state (n state %bat q:(gen-tx marbud-xfr-no-breach))
^- [[@ @] [@ @] [@ @] [@ @] [@ @]]
own:(got:orm points.state ~marbud)
::
%+ expect-eq
:: batch version
!>
:* [(addr %marbud-key-1) 3] :: ownership
[(addr %marbud-skey) 0] :: spawn-proxy
[(addr %marbud-mkey) 0] :: management-proxy
[0 0] :: voting-proxy
[0 1] :: transfer-proxy
==
::
!>
=| =^state:naive
=^ f state (init-marbud state)
=^ f state (n state %bat (tx-list-to-batch test3))
^- [[@ @] [@ @] [@ @] [@ @] [@ @]]
own:(got:orm points.state ~marbud)
::
%+ expect-eq
:: Tests that networking keys are not reset when transfering without breach
!>
[suit auth encr]
::
!>
=| =^state:naive
=^ f state (init-marbud state)
=^ f state (n state %bat q:(gen-tx marbud-new-keys))
=^ f state (n state %bat q:(gen-tx marbud-transfer-no-breach))
|1:keys.net:(got:orm points.state ~marbud)
::
%+ expect-eq
:: batch version
!>
[suit auth encr]
::
!>
=| =^state:naive
=^ f state (init-marbud state)
=^ f state (n state %bat (tx-list-to-batch test4))
|1:keys.net:(got:orm points.state ~marbud)
==
::
:: TODO: life+rift changes via transfer proxy
::
++ test-marbud-life-rift ^- tang
=/ new-keys-no-reset
[marbud-own %configure-keys encr auth suit |]
=/ new-keys-yes-reset
[marbud-own %configure-keys encr auth suit &]
=/ zero-keys-no-reset
[marbud-own %configure-keys 0 0 0 |]
=/ zero-keys-yes-reset
[marbud-own %configure-keys 0 0 0 &]
=/ marbud-transfer-no-breach
[marbud-own %transfer-point (addr %marbud-key-1) |]
=/ marbud-transfer-yes-breach
[marbud-own %transfer-point (addr %marbud-key-1) &]
=/ marbud-own-1
[~marbud %marbud-key-1 %own]
::
;: weld
%+ expect-eq
:: breach=%.n
!> [0 1] :: [rift life]
::
!>
=| =^state:naive
=^ f state (init-marbud state)
=^ f state (n state %bat q:(gen-tx 0 new-keys-no-reset %marbud-key-0))
=^ f state (n state %bat q:(gen-tx 1 new-keys-no-reset %marbud-key-0))
[rift.net life.keys.net]:(got:orm points.state ~marbud)
::
%+ expect-eq
:: breach=%.y
!> [1 1]
::
!>
=| =^state:naive
=^ f state (init-marbud state)
=^ f state (n state %bat q:(gen-tx 0 new-keys-yes-reset %marbud-key-0))
[rift.net life.keys.net]:(got:orm points.state ~marbud)
::
%+ expect-eq
:: networking keys set incremenets life, reset=%.y
:: then zero keys and transfer, should increment rift but not life
::
!> [2 2]
::
!>
=| =^state:naive
=^ f state (init-marbud state)
:: inc life and rift
=^ f state
(n state %bat q:(gen-tx 0 new-keys-yes-reset %marbud-key-0))
:: inc life
=^ f state
(n state %bat q:(gen-tx 1 zero-keys-no-reset %marbud-key-0))
:: inc rift
=^ f state
(n state %bat q:(gen-tx 2 zero-keys-yes-reset %marbud-key-0))
[rift.net life.keys.net]:(got:orm points.state ~marbud)
::
%+ expect-eq
:: Keep the same keys while breaching via %configure-keys
::
!> [2 1]
::
!>
=| =^state:naive
=^ f state (init-marbud state)
:: inc life and rift
=^ f state
(n state %bat q:(gen-tx 0 new-keys-yes-reset %marbud-key-0))
:: inc life and rift
=^ f state
(n state %bat q:(gen-tx 1 new-keys-yes-reset %marbud-key-0))
[rift.net life.keys.net]:(got:orm points.state ~marbud)
::
%+ expect-eq
::
!> [1 2]
::
!>
=| =^state:naive
=^ f state (init-marbud state)
=^ f state
(n state %bat q:(gen-tx 0 new-keys-no-reset %marbud-key-0))
=^ f state
(n state %bat q:(gen-tx 1 marbud-transfer-no-breach %marbud-key-0))
=^ f state
(n state %bat q:(gen-tx 2 zero-keys-yes-reset %marbud-key-1))
[rift.net life.keys.net]:(got:orm points.state ~marbud)
::
%+ expect-eq
:: set networking keys, then transfer and set networking keys with breach
::
!> [1 3]
::
!>
=| =^state:naive
=^ f state (init-marbud state)
:: inc life
=^ f state
(n state %bat q:(gen-tx 0 new-keys-no-reset %marbud-key-0))
:: inc life and rift
=^ f state
(n state %bat q:(gen-tx 1 marbud-transfer-yes-breach %marbud-key-0))
:: inc life
=^ f state
(n state %bat q:(gen-tx 2 new-keys-no-reset %marbud-key-1))
[rift.net life.keys.net]:(got:orm points.state ~marbud)
::
%+ expect-eq
:: networking keys set incremenets life, reset=%.y
:: then zero keys and transfer, should increment rift but not life
::
!> [2 2]
::
!>
=| =^state:naive
=^ f state (init-marbud state)
:: inc life and rift
=^ f state
(n state %bat q:(gen-tx 0 new-keys-yes-reset %marbud-key-0))
:: inc life
=^ f state
(n state %bat q:(gen-tx 1 zero-keys-no-reset %marbud-key-0))
:: inc rift
=^ f state
(n state %bat q:(gen-tx 2 marbud-transfer-yes-breach %marbud-key-0))
[rift.net life.keys.net]:(got:orm points.state ~marbud)
::
==
::
++ test-dopbud-l2-spawn ^- tang
=/ pp-spawn [dopbud-own %spawn ~palsep-picdun (addr %pp-key-0)]
::
%+ expect-eq
!> [`@ux`(addr %pp-key-0) 0]
::
!>
=| =^state:naive
=^ f state (init-dopbud state)
=^ f state (n state %bat q:(gen-tx 0 pp-spawn %dopbud-key-0))
transfer-proxy.own:(got:orm points.state ~palsep-picdun)
::
++ test-dopbud-l2-spawn-after-transfer ^- tang
=/ pp-spawn [dopbud-own %spawn ~palsep-picdun (addr %pp-key-0)]
=/ lr-spawn [dopbud-own %spawn ~laclur-rachul (addr %lr-key-0)]
::
%+ expect-eq
!> [`@ux`(addr %lr-key-0) 0]
::
!>
=| =^state:naive
=^ f state (init-dopbud state)
=^ f state (n state %bat q:(gen-tx 0 pp-spawn %dopbud-key-0))
=^ f state (n state (owner-changed:l1 ~dopbud (addr %dopbud-key-1)))
=^ f state (n state %bat q:(gen-tx 1 lr-spawn %dopbud-key-1))
transfer-proxy.own:(got:orm points.state ~laclur-rachul)
::
++ test-linnup-torsyx-l2-transfer-ownership ^- tang
=/ lt-spawn
[marbud-own %spawn ~linnup-torsyx (addr %lt-key-0)]
=/ lt-transfer-yes-breach
[%transfer-point (addr %lt-key-0) &]
::
%+ expect-eq
!> [`@ux`(addr %lt-key-0) 0]
::
!>
=| =^state:naive
=^ f state (init-marbud state)
=^ f state (n state %bat q:(gen-tx 0 lt-spawn %marbud-key-0))
=^ f state
(n state %bat q:(gen-tx 0 [lt-xfr lt-transfer-yes-breach] %lt-key-0))
owner.own:(got:orm points.state ~linnup-torsyx)
::
++ test-palsep-picdun-l2-transfer-ownership ^- tang
=/ pp-xfr
[~palsep-picdun %transfer]
=/ pp-spawn
[dopbud-own %spawn ~palsep-picdun (addr %pp-key-0)]
=/ pp-transfer-yes-breach
[pp-xfr %transfer-point (addr %pp-key-0) &]
%+ expect-eq
!> [`@ux`(addr %pp-key-0) 0]
::
!>
=| =^state:naive
=^ f state (init-dopbud state)
=^ f state (n state %bat q:(gen-tx 0 pp-spawn %dopbud-key-0))
=^ f state (n state %bat q:(gen-tx 0 pp-transfer-yes-breach %pp-key-0))
owner.own:(got:orm points.state ~palsep-picdun)
::
++ test-linnup-torsyx-l2-escape-request ^- tang
=/ lt-spawn
[marbud-own %spawn ~linnup-torsyx (addr %lt-key-0)]
=/ lt-transfer-yes-breach
[lt-xfr %transfer-point (addr %lt-key-0) &]
::
%+ expect-eq
!> [~ ~litbud]
::
!>
=| =^state:naive
=^ f state (init-marbud state)
=^ f state (init-litbud state)
=^ f state
(n state %bat q:(gen-tx 0 lt-spawn %marbud-key-0))
=^ f state
(n state %bat q:(gen-tx 0 lt-transfer-yes-breach %lt-key-0))
=^ f state
(n state %bat q:(gen-tx 0 [lt-own [%escape ~litbud]] %lt-key-0))
escape.net:(got:orm points.state ~linnup-torsyx)
::
++ test-linnup-torsyx-l2-cancel-escape-request ^- tang
=/ lt-spawn
[marbud-own %spawn ~linnup-torsyx (addr %lt-key-0)]
=/ lt-transfer-yes-breach
[lt-xfr %transfer-point (addr %lt-key-0) &]
::
%+ expect-eq
!> ~
::
!>
=| =^state:naive
=^ f state (init-marbud state)
=^ f state (init-litbud state)
=^ f state
(n state %bat q:(gen-tx 0 lt-spawn %marbud-key-0))
=^ f state
(n state %bat q:(gen-tx 0 lt-transfer-yes-breach %lt-key-0))
=^ f state
(n state %bat q:(gen-tx 0 [lt-own [%escape ~litbud]] %lt-key-0))
=^ f state
(n state %bat q:(gen-tx 1 [lt-own [%cancel-escape ~litbud]] %lt-key-0))
escape.net:(got:orm points.state ~linnup-torsyx)
::
++ test-linnup-torsyx-l2-adopt-accept ^- tang
=/ lt-spawn
[marbud-own %spawn ~linnup-torsyx (addr %lt-key-0)]
=/ lt-transfer-yes-breach
[lt-xfr %transfer-point (addr %lt-key-0) &]
::
%+ expect-eq
!> [~ %.y ~litbud]
::
!>
=| =^state:naive
=^ f state (init-marbud state)
=^ f state (init-litbud state)
=^ f state
(n state %bat q:(gen-tx 0 lt-spawn %marbud-key-0))
=^ f state
(n state %bat q:(gen-tx 0 lt-transfer-yes-breach %lt-key-0))
=^ f state
(n state %bat q:(gen-tx 0 [lt-own [%escape ~litbud]] %lt-key-0))
=^ f state
%- n :+ state %bat =< q
(gen-tx 0 [litbud-own [%adopt ~linnup-torsyx]] %litbud-key-0)
[escape.net sponsor.net]:(got:orm points.state ~linnup-torsyx)
::
++ test-linnup-torsyx-l2-adopt-reject ^- tang
=/ lt-spawn
[marbud-own %spawn ~linnup-torsyx (addr %lt-key-0)]
=/ lt-transfer-yes-breach
[lt-xfr %transfer-point (addr %lt-key-0) &]
::
%+ expect-eq
!> ~
::
!>
=| =^state:naive
=^ f state (init-marbud state)
=^ f state (init-litbud state)
=^ f state
(n state %bat q:(gen-tx 0 lt-spawn %marbud-key-0))
=^ f state
(n state %bat q:(gen-tx 0 lt-transfer-yes-breach %lt-key-0))
=^ f state
(n state %bat q:(gen-tx 0 [lt-own [%escape ~litbud]] %lt-key-0))
=^ f state
%- n :+ state %bat =< q
(gen-tx 0 [litbud-own [%reject ~linnup-torsyx]] %litbud-key-0)
escape.net:(got:orm points.state ~linnup-torsyx)
::
++ test-linnup-torsyx-l2-detach ^- tang
=/ lt-spawn
[marbud-own %spawn ~linnup-torsyx (addr %lt-key-0)]
=/ lt-transfer-yes-breach
[lt-xfr %transfer-point (addr %lt-key-0) &]
::
%+ expect-eq
!> [~ %.n ~marbud]
::
!>
=| =^state:naive
=^ f state (init-marbud state)
=^ f state (init-litbud state)
=^ f state
(n state %bat q:(gen-tx 0 lt-spawn %marbud-key-0))
=^ f state
(n state %bat q:(gen-tx 0 lt-transfer-yes-breach %lt-key-0))
=^ f state
%- n :+ state %bat =< q
(gen-tx 1 [marbud-own [%detach ~linnup-torsyx]] %marbud-key-0)
[escape.net sponsor.net]:(got:orm points.state ~linnup-torsyx)
::
:: Fuzz tests. These just feed the L2 contract various forms of garbage.
:: They should all be no-ops.
::
++ test-fuzz-octs
:: this test just throws completely random octs at naive.hoon
::
=+ [seed=`@`%test-fuzz-octs i=0]
=| =^state:naive
=^ f state init-red-simple
=/ init-state state
|- ^- tang
?: =(i 10) ~
%+ weld $(seed (shas `@`%versace seed), i +(i))
=/ state init-state
=/ rng ~(. og seed)
=^ proxy rng (raws:rng 8)
=^ ship rng (raws:rng 32)
=^ action rng (raws:rng 8)
=^ junk-length rng (rads:rng 200)
:: increment junk-length to prevent 0 case
=^ junk rng (raws:rng +(junk-length))
=^ nonce rng (rads:rng 999)
=^ key rng (raws:rng 256)
=/ fuzz=octs
%: cad:naive 3
1^proxy
4^ship
1^action
(met 3 junk)^junk
~
==
=/ random-tx
%^ sign-tx key nonce fuzz
::
%+ expect-eq
!> init-state
:: ::
!>
=^ f state (n state %bat q:random-tx)
state
::
++ test-fuzz-valid-ship-key
:: this test uses a valid ship and key but otherwise
:: hands the contract garbage
::
=+ [seed=`@`%test-fuzz-valid-ship-key i=0]
=| =^state:naive
=^ f state init-red-simple
=/ init-state state
|- ^- tang
?: =(i 100) ~
%+ weld $(seed (shas `@`%iceberg-simpson seed), i +(i))
=/ state init-state
=/ rng ~(. og seed)
=/ ship ~pinpun-pilsun
=^ proxy rng (raws:rng 8)
=^ action rng (raws:rng 8)
=^ junk-length rng (rads:rng 200)
:: increment junk-length to prevent 0 case
=^ junk rng (raws:rng +(junk-length))
=^ nonce rng (rads:rng 999)
=/ fuzz=octs
%: cad:naive 3
1^proxy
4^ship
1^action
(met 3 junk)^junk
~
==
=/ random-tx
%^ sign-tx %losrut-pp-key-0 nonce fuzz
::
%+ expect-eq
!> init-state
:: ::
!>
=^ f state (n state %bat q:random-tx)
state
::
++ test-fuzz-valid-ship-key-proxy-nonce
:: this test uses a valid ship, key, proxy, nonce but otherwise
:: hands the contract garbage
::
=+ [seed=`@`%test-fuzz-valid-ship-key-proxy-nonce i=0]
=| =^state:naive
=^ f state init-red-simple
=/ init-state state
|- ^- tang
?: =(i 100) ~
%+ weld $(seed (shas `@`%tiptoe seed), i +(i))
=/ state init-state
=/ rng ~(. og seed)
=/ ship=@p ~pinpun-pilsun
=^ action rng (raws:rng 8)
=^ junk-length rng (rads:rng 200)
:: increment junk-length to prevent case of 0
=^ junk rng (raws:rng +(junk-length))
=/ fuzz=octs
%: cad:naive 3
1^(can 0 3^%0 5^0 ~) :: %own proxy
4^ship
1^action
(met 3 junk)^junk
~
==
=/ random-tx
%^ sign-tx %losrut-pp-key-0 1 fuzz
::
%+ expect-eq
!> init-state
::
!>
=^ f state (n state %bat q:random-tx)
state
::
:: I think the following test ought to be trying something else:
:: checking to see if valid transactions followed by garbage still
:: process the valid tx
:: ++ test-fuzz-after-tx
:: :: this creates a valid transaction of each type but then adds
:: :: random bits to the end of it
:: ::
:: =+ [seed=`@`%test-fuzz-after-tx1 i=0]
:: =| =^state:naive
:: =^ f state init-red-simple
:: =/ init-state state
:: |- ^- tang
:: ?: =(i 11) ~ :: 10 attempts for each transaction type
:: %+ weld $(seed (shas `@`%howmuchisfour seed), i +(i))
:: =+ j=0
:: |^ ^- tang
:: ?: =(j 11) ~ :: there are 10 transaction types
:: %+ weld $(seed (shas `@`%eris seed), j +(j))
:: =/ rng ~(. og seed)
:: =^ junk-length rng (rads:rng 200)
:: ::increment to prevent zero-length junk
:: =^ junk rng (raws:rng +(junk-length))
:: =/ tx-octs=octs
:: ?+ j !!
:: %0 do-spawn
:: %1 do-transfer-point
:: %2 do-configure-keys
:: %3 do-escape
:: %4 do-cancel-escape
:: %5 do-adopt
:: %6 do-reject
:: %7 do-detach
:: %8 do-set-management-proxy
:: %9 do-set-spawn-proxy
:: %10 do-set-transfer-proxy
:: ==
:: =/ fuzz (mix (lsh [3 (met 3 q:tx-octs)] junk) q:tx-octs)
:: =/ fuzz-octs=octs [(met 3 fuzz) fuzz]
:: :: the conditionals that follow are to ensure the correct key and
:: :: nonce are used.
:: =/ random-tx
:: ?: =(j 4)
:: %^ sign-tx %holrut-rr-key-0 1 fuzz-octs
:: ?: |(=(j 5) =(j 6))
:: %^ sign-tx %rigred-key-0 0 fuzz-octs
:: %^ sign-tx %losrut-key-0 2 fuzz-octs
:: ::
:: =/ state init-state
:: %+ category (weld "fuzz tx type " (scow %ud j))
:: %+ expect-eq
:: !> init-state
:: ::
:: !>
:: =^ f state (n state %bat q:random-tx)
:: ~& ['tx-type' j]
:: state
:: ::
:: ++ do-spawn ^- octs
:: =/ from [ship=~losrut proxy=%own]
:: =/ sptx=skim-tx:naive [%spawn ~mishus-loplus (addr %nowhere)]
:: =/ tx=tx:naive [from sptx]
:: (gen-tx-octs tx)
:: ++ do-transfer-point ^- octs
:: =/ from [ship=~losrut proxy=%own]
:: =/ xrtx=skim-tx:naive [%transfer-point (addr %somewhere) &]
:: =/ tx=tx:naive [from xrtx]
:: (gen-tx-octs tx)
:: ++ do-configure-keys ^- octs
:: =/ from [ship=~losrut proxy=%own]
:: =/ cftx=skim-tx:naive
:: [%configure-keys (shax 'uno') (shax 'dos') (shax 'tres') |]
:: =/ tx=tx:naive [from cftx]
:: (gen-tx-octs tx)
:: ++ do-escape ^- octs
:: =/ from [ship=~losrut proxy=%own]
:: =/ estx=skim-tx:naive [%escape ~red]
:: =/ tx=tx:naive [from estx]
:: (gen-tx-octs tx)
:: ++ do-cancel-escape ^- octs
:: =/ from [ship=~rabsum-ravtyd proxy=%own]
:: =/ cetx=skim-tx:naive [%cancel-escape ~rigred]
:: =/ tx=tx:naive [from cetx]
:: (gen-tx-octs tx)
:: ++ do-adopt ^- octs
:: =/ from [ship=~rigred proxy=%own]
:: =/ adtx=skim-tx:naive [%adopt ~rabsum-ravtyd]
:: =/ tx=tx:naive [from adtx]
:: (gen-tx-octs tx)
:: ++ do-reject ^- octs
:: =/ from [ship=~rigred proxy=%own]
:: =/ rjtx=skim-tx:naive [%adopt ~rabsum-ravtyd]
:: =/ tx=tx:naive [from rjtx]
:: (gen-tx-octs tx)
:: ++ do-detach
:: =/ from [ship=~losrut proxy=%own]
:: =/ dttx=skim-tx:naive [%detach ~rabsum-ravtyd]
:: =/ tx=tx:naive [from dttx]
:: (gen-tx-octs tx)
:: ++ do-set-management-proxy
:: =/ from [ship=~losrut proxy=%own]
:: =/ mgtx=skim-tx:naive [%set-management-proxy (addr %new-mgmt)]
:: =/ tx=tx:naive [from mgtx]
:: (gen-tx-octs tx)
:: ++ do-set-spawn-proxy
:: =/ from [ship=~losrut proxy=%own]
:: =/ sptx=skim-tx:naive [%set-spawn-proxy (addr %new-spawn)]
:: =/ tx=tx:naive [from sptx]
:: (gen-tx-octs tx)
:: ++ do-set-transfer-proxy
:: =/ from [ship=~losrut proxy=%own]
:: =/ tftx=skim-tx:naive [%set-transfer-proxy (addr %new-xfer)]
:: =/ tx=tx:naive [from tftx]
:: (gen-tx-octs tx)
:: --
::
:: the following tests are to ensure that padding of zeroes creates
:: no issues
::
++ test-zod-spawn-to-zero
=/ bz-spawn [[~zod %spawn] %spawn ~binzod 0x0]
::
%+ expect-eq
!> [0x0 0]
::
!>
=| =^state:naive
=^ f state (init-zod state)
=^ f state (n state %bat q:(gen-tx 0 bz-spawn %zod-skey-0))
transfer-proxy.own:(got:orm points.state ~binzod)
::
++ test-zod-spawn-proxy
=/ bz-spawn [[~zod %spawn] %spawn ~binzod (addr %binzod-key-0)]
::
%+ expect-eq
!> [`@ux`(addr %binzod-key-0) 0]
::
!>
=| =^state:naive
=^ f state (init-zod state)
=^ f state (n state %bat q:(gen-tx 0 bz-spawn %zod-skey-0))
transfer-proxy.own:(got:orm points.state ~binzod)
::
++ test-dopzod-spawn
=/ tm-spawn [[~dopzod %own] %spawn ~tasben-monbur (addr %tm)]
::
%+ expect-eq
!> [`@ux`(addr %tm) 0]
::
!>
=| =^state:naive
=^ f state (init-zod state)
=^ f state (n state %bat q:(gen-tx 0 tm-spawn %dopzod-key-0))
transfer-proxy.own:(got:orm points.state ~tasben-monbur)
::
++ test-address-padding
:: tells ~dopzod to spawn ~tasben-monbur at 0x00000000001111111111
=/ spawn-octs=octs
%: cad:naive 3
1^(can 0 3^%0 5^0 ~) :: %own proxy
4^~dopzod
1^%1 :: %spawn
4^~tasben-monbur
20^(can 3 10^0 1^1 9^0 ~)
~
==
=/ signed-tx=octs
%^ sign-tx %dopzod-key-0 0 spawn-octs
::
%+ expect-eq
!> [`@ux`(can 3 10^0 1^1 9^0 ~) 0]
::
!>
=| =^state:naive
=^ f state (init-zod state)
=^ f state (n state %bat q:signed-tx)
transfer-proxy.own:(got:orm points.state ~tasben-monbur)
::
:: TODO: L1 tests with leading zeroes. in particular, changing
:: keys uses data.log, so keys with leading zeroes might run into
:: issues
::
++ test-batch-generation
=, l2-event-gen
=/ marbud-transfer [marbud-own %transfer-point (addr %marbud-key-0) |]
=/ marbud-transfer-2 [marbud-own %transfer-point (addr %marbud-key-1) |]
::
=/ tx-1=full-tx [0 marbud-transfer %marbud-key-0]
=/ tx-2=full-tx [1 marbud-transfer-2 %marbud-key-0]
=/ txs=tx-list (limo ~[tx-1 tx-2])
%+ expect-eq
!> [(addr %marbud-key-1) 2]
::
!>
=| =^state:naive
=^ f state (init-marbud state)
=^ f state (n state %bat (tx-list-to-batch txs))
owner.own:(got:orm points.state ~marbud)
::
++ test-changed-dns
:: uses actual data from ETH transaction
:: 0x51a26c3b100ad1c7aa8d593068df60465046d437edc3e939fadee4056791fd13
::
=/ data %- crip
;: weld
"0x000000000000000000000000000000"
"00000000000000000000000000000000"
"60000000000000000000000000000000"
"00000000000000000000000000000000"
"a0000000000000000000000000000000"
"00000000000000000000000000000000"
"e0000000000000000000000000000000"
"00000000000000000000000000000000"
"0975726269742e6f7267000000000000"
"00000000000000000000000000000000"
"00000000000000000000000000000000"
"00000000000000000000000000000000"
"0975726269742e6f7267000000000000"
"00000000000000000000000000000000"
"00000000000000000000000000000000"
"00000000000000000000000000000000"
"0975726269742e6f7267000000000000"
"00000000000000000000000000000000"
"00"
==
::
%+ expect-eq
!> `(list @t)`['urbit.org' 'urbit.org' 'urbit.org' ~]
::
!>
=| =^state:naive
=^ f state (init-marbud state)
=^ f state (n state (changed-dns:l1 (hex-to-num:ethereum data)))
dns.state
::
++ test-approval-for-all
=| operators=(jug address address)
=/ op1 (~(put ju operators) (addr %test1) (addr %test2))
=/ del1 (~(del ju op1) (addr %test1) (addr %test2))
=/ op2 (~(put ju op1) (addr %test1) (addr %test3))
=/ del2 (~(del ju op2) (addr %test1) (addr %test2))
::
;: weld
%+ expect-eq
!> op1
::
!>
=| =^state:naive
=^ f state (init-marbud state)
=^ f state
(n state (approval-for-all:l1 (addr %test1) (addr %test2) 1))
operators.state
::
%+ expect-eq
!> del1
::
!>
=| =^state:naive
=^ f state (init-marbud state)
=^ f state
(n state (approval-for-all:l1 (addr %test1) (addr %test2) 1))
=^ f state
(n state (approval-for-all:l1 (addr %test1) (addr %test2) 0))
operators.state
::
%+ expect-eq
!> op2
::
!>
=| =^state:naive
=^ f state (init-marbud state)
=^ f state
(n state (approval-for-all:l1 (addr %test1) (addr %test2) 1))
=^ f state
(n state (approval-for-all:l1 (addr %test1) (addr %test3) 1))
operators.state
::
%+ expect-eq
!> del2
::
!>
=| =^state:naive
=^ f state (init-marbud state)
=^ f state
(n state (approval-for-all:l1 (addr %test1) (addr %test2) 1))
=^ f state
(n state (approval-for-all:l1 (addr %test1) (addr %test3) 1))
=^ f state
(n state (approval-for-all:l1 (addr %test1) (addr %test2) 0))
operators.state
==
::
++ test-metamask-signature ^- tang
=/ meta-owner=address
(hex-to-num:ethereum '0x57694bb21054b54d55e6c03387D082B3AFf902f6')
=/ tx-octs (gen-tx-octs [from=[~marbud %own] [%transfer-point 0x1234 &]])
:: Must reverse endianness as below for Metamask signature
:: =/ signabletx (prepare-for-sig 1.337 1 tx-octs)
:: =/ signabletx-rev (rev 3 p.signabletx q.signabletx)
:: Generated with myetherwallet w/ metamask.
=/ sig
%- hex-to-num:ethereum
%^ cat 3 '0x2c331a47caeb758c617624882d99737eea96a492bf0af7a44c42fc5fd2'
'c535c15c36704ab91688f4ef3735ab3fbd17a15f012dfd22ce5c5de62e03657113619a1c'
::
%+ expect-eq
!> [0x1234 2]
::
!>
=| =^state:naive
=^ f state (init-marbud state)
=^ f state
%^ n state %bat
q:(gen-tx 0 [marbud-own %transfer-point meta-owner &] %marbud-key-0)
=^ f state (n state %bat (cat 3 sig q:tx-octs))
owner.own:(got:orm points.state ~marbud)
::
++ test-trezor-signature ^- tang
=/ trezor-owner=address
(hex-to-num:ethereum '0x9e00bb696bb406e14706ad47535bd1a449f3611e')
=/ tx-octs (gen-tx-octs [from=[~marbud %own] [%transfer-point 0x1234 &]])
:: Must reverse endianness as below for Trezor signature
:: =/ signabletx (prepare-for-sig 1.337 1 tx-octs)
:: =/ signabletx-rev (rev 3 p.signabletx q.signabletx)
:: Generated with myetherwallet w/ Trezor Model T.
=/ sig
%- hex-to-num:ethereum
%^ cat 3 '0xb064428c293494dbee2967c1068807a8e241185c471cd547256708fe8d'
'2860ad7e8668aac3b61115c13aad325da87ed6c9526b495b2d996d6d43c060d00b12c21b'
::
%+ expect-eq
!> [0x1234 2]
::
!>
=| =^state:naive
=^ f state (init-marbud state)
=^ f state
%^ n state %bat
q:(gen-tx 0 [marbud-own %transfer-point trezor-owner &] %marbud-key-0)
=^ f state (n state %bat (cat 3 sig q:tx-octs))
owner.own:(got:orm points.state ~marbud)
::
++ test-ledger-signatures ^- tang
:: We have two tests here to account for the different format of the v byte
:: in the signature as compared to MM and Trezor - it is 00 or 01 as opposed
:: to 1b or 1c.
=/ ledger-owner-1=address
(hex-to-num:ethereum '0xd6442b0668b478f407e08ff7215262e4118ccc12')
=/ ledger-owner-2=address
(hex-to-num:ethereum '0x8c611e9061a1e7bd77acb4c9869cdbca1346f70d')
=/ tx-octs (gen-tx-octs [from=[~marbud %own] [%transfer-point 0x1234 &]])
:: Must reverse endianness as below for Trezor signature
:: =/ signabletx (prepare-for-sig 1.337 1 tx-octs)
:: =/ signabletx-rev (rev 3 p.signabletx q.signabletx)
:: Generated with myetherwallet w/ Ledger Nano S.
=/ sig-1
%- hex-to-num:ethereum
%^ cat 3 '0x0f95347681767f9381dc82b1f26f2dbd4ccb56a98102f548b48d919b69'
'76749b70c71e3134d309b5974532af87ceaed7161cb1cdf3147f91a86d77371547a21101'
=/ sig-2
%- hex-to-num:ethereum
%^ cat 3 '0xecb2ccff0167b5103484cea072e398426a7bce9fffa1b98ddfecd58a2f'
'80d99804737eeda2dc67147366f510af8e8cde4a97a007cc216439002498b368e2613e00'
::
=| init-state=^state:naive
=^ f init-state (init-marbud init-state)
;: weld
%+ expect-eq
!> [0x1234 2]
::
!>
=| =^state:naive
=^ f state
%^ n init-state %bat
q:(gen-tx 0 [marbud-own %transfer-point ledger-owner-1 &] %marbud-key-0)
=^ f state (n state %bat (cat 3 sig-1 q:tx-octs))
owner.own:(got:orm points.state ~marbud)
::
%+ expect-eq
!> [0x1234 2]
::
!>
=| =^state:naive
=^ f state
%^ n init-state %bat
q:(gen-tx 0 [marbud-own %transfer-point ledger-owner-2 &] %marbud-key-0)
=^ f state (n state %bat (cat 3 sig-2 q:tx-octs))
owner.own:(got:orm points.state ~marbud)
==
::
++ test-large-batch-parse ^- tang
=/ batch-size 5.000 :: should be an even number
=/ tx-1=tx:naive [marbud-own %transfer-point (addr %marbud-key-1) |]
=/ tx-2=tx:naive [marbud-own %transfer-point (addr %marbud-key-0) |]
::
=/ bat=octs
%+ cad:naive 3
%+ join
(gen-tx 1 tx-2 %marbud-key-1)
(reap +((div batch-size 2)) (gen-tx 0 tx-1 %marbud-key-0))
::
=| =^state:naive
=^ f state (init-marbud state)
%+ expect-eq
!> +(batch-size)
::
!>
~& > %starting-large-parse
=/ r (parse-roll:naive q.bat)
~& > %ending-large-parse
(lent r)
::
++ test-large-batch-full ^- tang
:: XX bump up to 5k
::
=/ batch-size 50 :: should be an even number
::
=/ tx-1=tx:naive [marbud-own %transfer-point (addr %marbud-key-1) |]
=/ tx-2=tx:naive [marbud-own %transfer-point (addr %marbud-key-0) |]
=/ batch=tx-list:l2-event-gen
%+ spun (join tx-2 (reap +((div batch-size 2)) tx-1))
|= [b=tx:naive c=@]
?: =((mod c 2) 0)
[[c b %marbud-key-0] +(c)]
[[c b %marbud-key-1] +(c)]
::
%+ expect-eq
!> [`@ux`(addr %marbud-key-1) +(batch-size)]
::
!>
=| =^state:naive
=^ f state (init-marbud state)
=^ f state (n state %bat (tx-list-to-batch:l2-event-gen batch))
owner.own:(got:orm points.state ~marbud)
::
--
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