toncontest/lightning/wallet-code.fif

"Asm.fif" include
// automatically generated from `/home/daniil/repos/contest/lib/crypto/smartcont/stdlib.fc` `wallet-code.fc` 
PROGRAM{
  DECLPROC ~load_simple_addr_pair
  DECLPROC preload_simple_addr_pair
  DECLPROC skip_sigs
  DECLPROC ~load_sigs
  DECLPROC preload_sigs
  DECLPROC store_sigs
  DECLPROC load_storage
  DECLPROC store_storage
  DECLPROC recv_internal
  DECLPROC recv_external
  84593 DECLMETHOD seqNo
  125129 DECLMETHOD getDelta
  112390 DECLMETHOD isTurnA
  100197 DECLMETHOD isTurnB
  101812 DECLMETHOD getAmountA
  114135 DECLMETHOD getAmountB
  105039 DECLMETHOD getAddrA
  109100 DECLMETHOD getAddrB
  78055 DECLMETHOD getSignatures
  115661 DECLMETHOD hasSignatureA
  127918 DECLMETHOD hasSignatureB
  120167 DECLMETHOD getHash
  ~load_simple_addr_pair PROC:<{
    8 LDI
    256 LDU
    8 LDI
    256 LDU
    4 -ROLL
  }>
  preload_simple_addr_pair PROC:<{
    8 LDI
    DUP
    256 PLDU
    SWAP
    8 LDI
    256 PLDU
  }>
  skip_sigs PROC:<{
    DUP
    SREFS
    2 EQINT
    IFJMP:<{
    }>
    1 PUSHINT
    SDSKIPFIRST
  }>
  ~load_sigs PROC:<{
    DUP
    SREFS
    2 EQINT
    IFJMP:<{
      3 PUSHINT
      SWAP
      LDREF
      LDREF
      3 -ROLL
    }>
    1 LDU
    SWAP
    IFJMP:<{
      2 PUSHINT
      NEWDICT
      s0 s2 XCHG
      LDREF
      s3 s3 XCHG2
    }>
    1 PUSHINT
    SWAP
    LDREF
    NEWDICT
    s3 s3 s0 XCHG3
  }>
  preload_sigs PROC:<{
    ~load_sigs CALLDICT
    s3 POP
    ROT
  }>
  store_sigs PROC:<{
    s2 PUSH
    3 EQINT
    IFJMP:<{
      s2 POP
      ROT
      STREF
      STREF
    }>
    s0 s2 XCHG
    2 EQINT
    IFJMP:<{
      DROP
      1 PUSHINT
      ROT
      1 STU
      STREF
    }>
    NIP
    0 PUSHINT
    ROT
    1 STU
    STREF
  }>
  load_storage PROC:<{
    c4 PUSH
    CTOS
    256 LDU
    256 LDU
    LDGRAMS
    LDGRAMS
    LDREF
    ~load_sigs CALLDICT
    s0 s3 XCHG
    32 LDU
    LDGRAMS
    1 LDU
    ENDS
    s4 s5 XCHG
    s3 s4 XCHG
  }>
  store_storage PROC:<{
    NEWC
    s1 s11 XCHG
    256 STU
    s1 s9 XCHG
    256 STU
    s0 s7 XCHG2
    STGRAMS
    s0 s5 XCHG2
    STGRAMS
    s1 s3 XCHG
    STREF
    s2 s3 XCHG2
    store_sigs CALLDICT
    32 STU
    SWAP
    STGRAMS
    1 STU
    ENDC
    c4 POP
  }>
  recv_internal PROC:<{
    NIP
    CTOS
    4 LDU
    LDMSGADDR
    DROP
    REWRITESTDADDR
    s0 s2 XCHG
    1 PUSHINT
    AND
    IFJMP:<{
      2DROP
    }>
    load_storage CALLDICT
    s6 s10 XCHG
    10 BLKDROP
    DUP
    CTOS
    NIP
    preload_simple_addr_pair CALLDICT
    s3 s4 XCPU
    EQUAL
    s2 s5 XCPU
    EQUAL
    s1 s2 XCHG
    AND
    IF:<{
      4 BLKDROP
    }>ELSE<{
      ROT
      EQUAL
      s0 s2 XCHG
      EQUAL
      AND
      IF:<{
      }>ELSE<{
        33 THROW
      }>
    }>
  }>
  recv_external PROC:<{
    ~load_sigs CALLDICT
    s3 PUSH
    32 LDU
    DROP
    s0 s4 XCHG
    LDGRAMS
    1 LDU
    load_storage CALLDICT
    s3 POP
    s3 POP
    s4 POP
    s14 s3 PUSH2
    SUB
    s4 POP
    s3 PUSH
    1 GTINT
    33 THROWIF
    s3 PUSH
    0 LESSINT
    34 THROWIF
    s0 s3 XCHG
    IF:<{
      s2 POP
      3 EQINT
      35 THROWIFNOT
      s7 PUSH
      0 PUSHINT
      s0 s2 XCHG
      SUB
      s12 PUSH
      1 MODPOW2#
      s13 POP
      s0 s12 XCHG
      IF:<{
        s2 POP
        s0 s10 XCHG
        0 LESSINT
        36 THROWIF
        s9 s5 PUSH2
        SUB
        s6 POP
        s9 POP
        s0 s4 XCHG
        0 LESSINT
        37 THROWIF
      }>ELSE<{
        NIP
        s0 s10 XCHG
        0 GTINT
        36 THROWIF
        s0 s5 PUSH2
        ADD
        NIP
        s5 POP
        s0 s4 XCHG
        0 LESSINT
        37 THROWIF
      }>
    }>ELSE<{
      s3 POP
      s3 POP
      s11 POP
      OVER
      3 EQINT
      35 THROWIF
      s6 s6 XCPU
      EQUAL
      s6 POP
      s0 s5 XCHG
      38 THROWIFNOT
      s3 s8 XCPU
      EQUAL
      39 THROWIFNOT
      s3 s7 XCHG
      s2 s3 XCHG
    }>
    ACCEPT
    SWAP
    HASHSU
    s7 PUSH
    NOT
    s1 s7 XCHG
    AND
    DUP
    1 PUSHINT
    AND
    IF:<{
      s5 PUSH
      CTOS
      s6 POP
      s0 s5 XCHG
      9 PUSHPOW2
      PLDSLICEX
      s6 s1 s(-1) PU2XC
      CHKSIGNU
      NIP
      39 THROWIFNOT
      s0 s5 XCHG
      1 PUSHINT
      OR
    }>ELSE<{
      s7 s1 s5 XCHG3
      2DROP
    }>
    s0 s3 XCHG
    2 PUSHINT
    AND
    IF:<{
      OVER
      CTOS
      s2 POP
      SWAP
      9 PUSHPOW2
      PLDSLICEX
      s3 s0 s3 XC2PU
      CHKSIGNU
      s2 POP
      SWAP
      40 THROWIFNOT
      2 PUSHINT
      OR
    }>ELSE<{
      s2 s3 XCHG
      3 BLKDROP
    }>
    DUP
    3 EQINT
    NIP
    OVER
    AND
    NIP
    IF:<{
    }>
  }>
  seqNo PROC:<{
    c4 PUSH
    CTOS
    9 PUSHPOW2
    SDSKIPFIRST
    LDGRAMS
    NIP
    LDGRAMS
    NIP
    LDREF
    NIP
    skip_sigs CALLDICT
    32 PLDU
  }>
  getDelta PROC:<{
    c4 PUSH
    CTOS
    9 PUSHPOW2
    SDSKIPFIRST
    LDGRAMS
    NIP
    LDGRAMS
    NIP
    LDREF
    NIP
    skip_sigs CALLDICT
    32 PUSHINT
    SDSKIPFIRST
    LDGRAMS
    DROP
  }>
  isTurnA PROC:<{
    seqNo CALLDICT
    1 MODPOW2#
    NOT
  }>
  isTurnB PROC:<{
    seqNo CALLDICT
    1 MODPOW2#
  }>
  getAmountA PROC:<{
    c4 PUSH
    CTOS
    9 PUSHPOW2
    SDSKIPFIRST
    LDGRAMS
    DROP
  }>
  getAmountB PROC:<{
    c4 PUSH
    CTOS
    9 PUSHPOW2
    SDSKIPFIRST
    LDGRAMS
    NIP
    LDGRAMS
    DROP
  }>
  getAddrA PROC:<{
    c4 PUSH
    CTOS
    9 PUSHPOW2
    SDSKIPFIRST
    LDGRAMS
    NIP
    LDGRAMS
    NIP
    PLDREF
    CTOS
    8 LDI
    256 PLDU
  }>
  getAddrB PROC:<{
    c4 PUSH
    CTOS
    9 PUSHPOW2
    SDSKIPFIRST
    LDGRAMS
    NIP
    LDGRAMS
    NIP
    PLDREF
    CTOS
    264 PUSHINT
    SDSKIPFIRST
    8 LDI
    256 PLDU
  }>
  getSignatures PROC:<{
    c4 PUSH
    CTOS
    9 PUSHPOW2
    SDSKIPFIRST
    LDGRAMS
    NIP
    LDGRAMS
    NIP
    LDREF
    NIP
    preload_sigs CALLDICT
  }>
  hasSignatureA PROC:<{
    getSignatures CALLDICT
    2DROP
    1 PUSHINT
    AND
  }>
  hasSignatureB PROC:<{
    getSignatures CALLDICT
    2DROP
    2 PUSHINT
    AND
  }>
  getHash PROC:<{
    c4 PUSH
    CTOS
    9 PUSHPOW2
    SDSKIPFIRST
    LDGRAMS
    NIP
    LDGRAMS
    NIP
    LDREF
    NIP
    skip_sigs CALLDICT
    HASHSU
  }>
}END>c