toncontest/wallet/wallet-create.fif

"TonUtil.fif" include

' constant : const

{ dup ."Loading public key from file " type ."..." cr 
  file>B dup Blen 32 <> abort"Public key must be exactly 32 bytes long"
  256 B>u@
} : load-pubkey
{ dup ."Loading order from file " type ."..." cr
  file>B B>boc
} : load-boc

{ ."usage: " @' $0 type ." <workchain-id> <wallet-name> <n> <k> <privkey1> [<pubkey2> ...] [<boc1> <boc2>]" cr cr
  ."Creates a new multisignature wallet in specified workchain composed of <n> (1-10) keys." cr
  ."The first of the keys must be a private key (pre-existing or not), used to generate the wallet; the rest MUST be public keys." cr
  ."Create or generate public key files from private keys using gen-pub.fif privkey" cr cr
  ."Min <k> (1-10) signatures required to send an order; load <n> pre-existing public keys from files <key1...n>." cr
  ."Optionally load a number of pre-generated partially signed orders <boc1...m> to preload into the contract." cr cr
  1 halt
} : usage
$# 5 < ' usage if

$1 parse-workchain-id =: wc    // set workchain id from command line argument
$2 constant file-base
$3 (number) 1 <> abort"<n> must be a number!" constant n
$4 (number) 1 <> abort"<k> must be a number!" constant k
$# 4 n + - constant m

n 1 < n 10 > or abort"<n> must be between 1 and 10"
k 1 < k 10 > or abort"<k> must be between 1 and 10"
k n <= not abort"<k> must smaller than or equal to <n>"

$# 4 n + < abort"Not enough keys were provided in args!"

$5 +".pk" load-generate-keypair const privkey 256 B>u@

6 { dup $() +".pubkey" load-pubkey swap 1+ } n 1- times drop
n tuple constant keys

5 n + { dup $() +".boc" load-boc swap 1+ } m times drop
m tuple constant messages

cr
."Creating new advanced wallet in workchain " wc .
."with n=" n .
."k=" k .
."m=" m . ."..." cr cr

// idict! (v x s n – s0 −1 or s 0), adds a new value v (represented
// by a Slice) with key given by signed big-endian n-bit integer x into
// dictionary s with n-bit keys, and returns the new dictionary s0 and −1
// on success. Otherwise the unchanged dictionary s and 0 are returned.

// Create dictionaries with keys and messages

// Keys will be deserialized to a simple tuple, using the correct PubKeys constructor depending on the number n of keys left
//
// pubKeys1$_ key1:PubKey = PubKeys;
// pubKeys2$_ key1:PubKey key2:PubKey = PubKeys;
// pubKeys3$_ key1:PubKey key2:PubKey key3:PubKey = PubKeys;
// pubKeys3and$_ key1:PubKey key2:PubKey key3:PubKey _:^PubKeys = PubKeys;
//
// keys:[ ^PubKeys ]

// First create builders with groups of (at most) 3 keys each
<b 
0 { dup 1+ swap  // Create a counter
  // Get builder b (or create a new one)
  // if ($k && !($k % 3)) {
  dup dup 3 mod 0<> not and { <b } { 2 roll } cond

  keys rot []    // Get n-th value x
  256            // y
  
  u,             // Write uint
  swap
} n times drop

// Then convert builders into cells, appropriately inserting references for nested pubkeys
n 3 /c const nCeil   // Number of builders
nCeil 1- const nRev  // Steps for reverse counter
nCeil 3 > const shouldRef // Whether there are more than 3 builders and references must be created
nCeil 1+ const nRoll // Steps for roll

nRev { dup 1- swap  // Create a reverse counter
  rot // Get current builder
  swap
  // if ($x != $nRev && $x > 1 && $nCeil > 3)
  dup nRev <> swap 1 > shouldRef and and { nCeil pick ref, } if

  b>          // Close builder, create cell
  nCeil -roll // Put cell at the back of the stack

} nCeil times drop

// Number of cells to store / Number of already referenced cells to delete
nCeil 3 > { 3 nCeil 3 - } { nCeil 0 } cond const nRem const nCells

// Drop all cells we already referenced
' drop nRem times

// Reverse order of cells
nCells 0 reverse

// Create tuple with cells
nCells tuple const keyCells

// messages:(HashmapE 256 ^(MultiSigWrapperStorage X))
dictnew
0 { dup 1+ swap  // Create a counter
  messages swap [] // Get n-th value v
  dup <b swap ref, // ~

  swap hashu       // Get x

  3 roll           // Get dictionary s
  256              // Get n
  b>idict!
  not abort"Failure storing dictionary value!"

  swap
} m times drop const messages-dict

// code
"wallet-code.fif" include
// data
// storage$_ seqno:uint32 minSigs:(## 4) n:(## 4) keys:[ ^PubKeys ] messages:(HashmapE 256 ^(MultiSigWrapperStorage X)) 
//           { minSigs > 0 } { n >= minSigs } { n <= 10 } { minSigs <= 10 } = Storage X;
<b 0 32 u, 
   k 4 u, 
   nCells 4 u,
   keyCells explode roll { swap ref, } nCells times
   messages-dict dict, 
b>
// no libraries
null
// create StateInit
// _ split_depth:(Maybe (## 5)) special:(Maybe TickTock)
//   code:(Maybe ^Cell) data:(Maybe ^Cell)
//   library:(HashmapE 256 SimpleLib) = StateInit;
// split_depth 0 special 0 code 1 data 1
//
<b b{0011} s, 3 roll ref, rot ref, swap dict, b> 

dup ."StateInit: " <s csr. cr
dup hash wc swap 2dup 2constant wallet_addr
."new wallet address = " 2dup .addr cr
2dup file-base +".addr" save-address-verbose
."Non-bounceable address (for init): " 2dup 7 .Addr cr
."Bounceable address (for later access): " 6 .Addr cr
.s
<b 0 32 u, -1 32 i, b>
dup ."signing message: " <s csr. cr
dup hash privkey ed25519_sign_uint rot
<b b{1000100} s, wallet_addr addr, b{000010} s, swap <s s, b{0} s, swap B, swap <s s, b>
dup ."External message for initialization is " <s csr. cr
2 boc+>B dup Bx. cr
file-base +"-query.boc" tuck B>file
."(Saved wallet creating query to file " type .")" cr