pi

Module0x29d2…e41f

Move path: 0x29d2…e41f::pi
Functions: 10 public, 0 entry
Structs: 1
Friend modules: None

Bytecode54 lines

The on-chain disassembly. Offsets are bytecode positions within each function.

// Move bytecode v6

module 29d2824a8b65d4e04dc8b346e3fbe8f45ed945e3de930343307a5e82c8e8e41f.pi {

use 0000000000000000000000000000000000000000000000000000000000000001::option;

use 0000000000000000000000000000000000000000000000000000000000000002::coin;

use 0000000000000000000000000000000000000000000000000000000000000002::transfer;

use 0000000000000000000000000000000000000000000000000000000000000002::tx_context;

use 0000000000000000000000000000000000000000000000000000000000000002::url;

struct PI has drop {

dummy_field: bool

}

init(Arg0: PI, Arg1: &mut TxContext) {

L2: loc0: CoinMetadata<PI>

L3: loc1: TreasuryCap<PI>

B0:

0MoveLoc[0](Arg0: PI)

1LdConst[0](u8: 9)

2LdConst[1](vector<u8>: "PI"..)

3LdConst[2](vector<u8>: "Pi ..)

4LdConst[3](vector<u8>: "Pi ..)

5LdConst[4](vector<u8>: "dat..)

6Call url::new_unsafe_from_bytes(vector<u8>): Url

7Call option::some<Url>(Url): Option<Url>

8CopyLoc[1](Arg1: &mut TxContext)

9Call coin::create_currency<PI>(PI, u8, vector<u8>, vector<u8>, vector<u8>, Option<Url>, &mut TxContext): TreasuryCap<PI> * CoinMetadata<PI>

10StLoc[2](loc0: CoinMetadata<PI>)

11StLoc[3](loc1: TreasuryCap<PI>)

12MutBorrowLoc[3](loc1: TreasuryCap<PI>)

13LdConst[5](u64: 9294..)

14CopyLoc[1](Arg1: &mut TxContext)

15FreezeRef

16Call tx_context::sender(&TxContext): address

17MoveLoc[1](Arg1: &mut TxContext)

18Call coin::mint_and_transfer<PI>(&mut TreasuryCap<PI>, u64, address, &mut TxContext)

19MoveLoc[3](loc1: TreasuryCap<PI>)

20LdConst[6](address: 0x00..)

21Call transfer::public_transfer<TreasuryCap<PI>>(TreasuryCap<PI>, address)

22MoveLoc[2](loc0: CoinMetadata<PI>)

23Call transfer::public_share_object<CoinMetadata<PI>>(CoinMetadata<PI>)

24Ret

}

Constants [

0 => u8: 9

1 => vector<u8>: "PI" // interpreted as UTF8 string

2 => vector<u8>: "Pi Network" // interpreted as UTF8 string

3 => vector<u8>: "Pi Network is a cryptocurrency project that aims to make mining accessible to the average smartphone user, allowing individuals to mine Pi coins directly from their mobile devices with minimal impact on battery life or data usage." // interpreted as UTF8 string

4 => vector<u8>: "data:image/jpeg;base64,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" // interpreted as UTF8 string

5 => u64: 9294000000000000000

6 => address: 0x0000000000000000000000000000000000000000000000000000000000000000

]

}