naive: store crypto suite number in state

We now store the raw crypto suite number, authentication key, and
encryption key.  App/azimuth converts this to a `pass` for jael's
benefit.
This commit is contained in:
Philip Monk 2021-04-28 20:51:43 -07:00
parent b1091d0e98
commit 75eeef544e
No known key found for this signature in database
GPG Key ID: B66E1F02604E44EC
2 changed files with 51 additions and 81 deletions

View File

@ -12,7 +12,7 @@
=, jael
|%
++ app-state
$: %1
$: %2
url=@ta
whos=(set ship)
nas=^state:naive
@ -104,8 +104,11 @@
?. ?=(%point +<.tag) ~
?+ +>+<.tag ~
%rift `[ship.tag id.tag %rift rift.tag]
%keys `[ship.tag id.tag %keys [life crypto-suite pass]:tag]
%sponsor `[ship.tag id.tag %spon sponsor.tag]
%keys
=/ =pass
(pass-from-eth:azimuth 32^crypt.keys.tag 32^auth.keys.tag suite.keys.tag)
`[ship.tag id.tag %keys life.keys.tag suite.keys.tag pass]
==
::
++ jael-update
@ -164,14 +167,26 @@
|= =event-log-0
event-log-0(mined ?~(mined.event-log-0 ~ `mined.event-log-0))
==
`this(state ?>(?=(%1 -.old-state) old-state))
=? old-state ?=(%1 -.old-state)
%= old-state
- %2
nas *^state:naive
==
`this(state ?>(?=(%2 -.old-state) old-state))
::
++ app-states $%(app-state-0 app-state)
++ app-states $%(app-state-0 app-state-1 app-state)
++ app-state-1
$: %1
url=@ta
whos=(set ship)
nas=*
logs=(list =event-log:rpc:ethereum)
==
++ app-state-0
$: %0
url=@ta
whos=(set ship)
nas=^state:naive
nas=*
logs=(list =event-log-0)
==
::

View File

@ -10,10 +10,6 @@
:: - When depositing, clear proxies (maybe require reset)
:: - Maybe require that we're not depositing from a contract?
::
:: TODO: wraps and identities are verified at the beginning but
:: executed later. that's no good, since the ownership could change
:: throughout the wrap or batch.
::
:: TODO: can an L1 star adopt an L2 planet? It's not obvious how --
:: maybe they need to adopt as an L2 transaction? That sounds right I
:: think. Can an L2 star adopt an L1 planet? I guess, but L1 wouldn't
@ -21,43 +17,12 @@
:: for some reason? IMO if either side is on L2, then both sides
:: should operate on L2
::
:: TODO: think about whether nonces are safe when associated with
:: ship/address
::
:: TODO: is it possible to spawn directly to the deposit address? if
:: so, should we find its parent's owner to control it?
::
:: TODO: polymorphic addresses to save tx space?
::
:: TODO: could remove `ship` from most txs since it's in `from`
::
:: TODO: secp needs to not crash the process when you give it a bad
:: v/recid. See #4797
::
:: TODO: probably should make opcode 0 a no-op and generally ensure
:: that 0 is not a valid tx, or that it's a no-op that we don't even
:: send to verify (not sure the verify code can handle a 0 tx)
::
:: TODO: add chainId, maybe just everything from
:: signTypedData_v4/EIP-712. If we use that, we need to determine
:: whether EIP-712 is supported by the relevent wallets. Looks like
:: ledger does, but maybe not Trezor? Is there a way to hack around
:: it?
::
:: Okay, my understanding is we can use personal_sign for metamask,
:: trezor, and ledger, which means prepending each piece of signed data
:: with '\19Ethereum Signed Message:\0a' and then the length of the
:: signed data. We should also include chain_id and maybe other stuff
:: from the domain separator in EIP-712. But need to follow up on:
:: https://github.com/ethereum/go-ethereum/issues/14794
::
:: In any case, a signature version number sounds like a good idea
::
:: Kinda inclined to forget EIP-712 domain separator compatibility,
:: since we're not compatible with the whole EIP, and it's pretty
:: over-engineered. Possibly better to just include the same info, eg:
:: 'UrbitV1Chain1:' vs 'UrbitV1Chain3:'.
::
/+ std
=> => std
:: Laconic bit
@ -160,9 +125,10 @@
|%
:: ethereum address, 20 bytes.
::
+$ nonce @ud
+$ address @ux
+$ nonce @ud
+$ dominion ?(%l1 %l2 %spawn)
+$ keys [=life suite=@ud auth=@ crypt=@]
++ point
$: :: domain
::
@ -181,9 +147,8 @@
:: networking
::
$= net
$: =life
=pass
rift=@ud
$: rift=@ud
=keys
sponsor=[has=? who=@p]
escape=(unit @p)
==
@ -195,7 +160,7 @@
[%dns domains=(list @t)]
$: %point =ship
$% [%rift =rift]
[%keys =life crypto-suite=@ud =pass]
[%keys =keys]
[%sponsor sponsor=(unit @p)]
[%escape to=(unit @p)]
[%owner =address]
@ -465,15 +430,6 @@
%4 (end 4 who)
==
::
:: TODO: encode sut
::
++ pass-from-eth
|= [enc=octs aut=octs sut=@ud]
^- pass
%^ cat 3 'b'
?. &(=(1 sut) =(p.enc 32) =(p.aut 32))
(cat 8 0 0) :: TODO: fix
(cat 8 q.aut q.enc)
:: Produces null only if ship is not a galaxy, star, or planet
::
++ get-point
@ -570,15 +526,14 @@
::
?: =(log-name changed-keys:log-names)
?> ?=(~ t.t.topics.log)
=/ encryption=@ (cut 8 [3 1] data.log)
=/ authentication=@ (cut 8 [2 1] data.log)
:: TODO: store in state, or add to pass
::
=/ crypto-suite=@ (cut 8 [1 1] data.log)
=/ life=@ (cut 8 [0 1] data.log)
=/ =pass (pass-from-eth 32^encryption 32^authentication crypto-suite)
:- [%point ship %keys life crypto-suite pass]~
point(life.net life, pass.net pass)
=/ =keys
:* life=(cut 8 [0 1] data.log)
suite=(cut 8 [1 1] data.log)
auth=(cut 8 [2 1] data.log)
crypt=(cut 8 [3 1] data.log)
==
:- [%point ship %keys keys]~
point(keys.net keys)
::
?: =(log-name escape-accepted:log-names)
?> ?=([@ ~] t.t.topics.log)
@ -749,12 +704,13 @@
`[effects-1 point]
::
=^ effects-2 net.point
?: =(0 life.net.point)
?: =(0 life.keys.net.point)
`net.point
=/ =keys [+(life.keys.net.point) 0 0 0]
:- :~ [%point ship %rift +(rift.net.point)]
[%point ship %keys +(life.net.point) 0 0] :: TODO: 0?
[%point ship %keys keys] :: TODO: 0?
==
[+(life) 0 +(rift) sponsor escape]:net.point
[+(rift.net.point) keys sponsor.net.point escape.net.point]
=/ effects-3
:~ [%point ship %spawn-proxy *address]
[%point ship %management-proxy *address]
@ -822,7 +778,7 @@
`[effects state(points (~(put by points.state) ship new-point))]
::
++ process-configure-keys
|= [=point encrypt=@ auth=@ crypto-suite=@ breach=?]
|= [=point crypt=@ auth=@ suite=@ breach=?]
=* ship ship.from.tx
::
?. |(=(%own proxy.from.tx) =(%manage proxy.from.tx))
@ -833,13 +789,12 @@
`rift.net.point
[[%point ship %rift +(rift.net.point)]~ +(rift.net.point)]
::
=/ =pass (pass-from-eth 32^encrypt 32^auth crypto-suite)
=? net.point !=(pass.net.point pass) :: TODO: check crypto-suite
net.point(life +(life.net.point), pass pass)
=/ keys-effects
?: =(pass.net.point pass) :: TODO: check will always be true
~
[%point ship %keys life.net.point crypto-suite pass]~
=^ keys-effects keys.net.point
?: =(+.keys.net.point [suite auth crypt])
`keys.net.point
=/ =keys
[+(life.keys.net.point) suite auth crypt]
[[%point ship %keys keys]~ keys]
::
`[(welp rift-effects keys-effects) point]
::