bitcoin_explorer

streamingfast

v0.1.0/262 downloads

Package ref

streamingfast/bitcoin-explorer@v0.1.0

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README

This packages holds simple modules to allow you to explore the Bitcoin data model.

Modules

Execution graph

3 modules

mapMain

map_block_meta

`map_block_meta` allows you to view a basic information about a block

Output

btc.block_meta.v1.BlockMeta

Inputs

sf.bitcoin.type.v1.Block

map

map_block_full

`map_block_full` allows you to view a complete block, as received by a Substreams module

Output

sf.bitcoin.type.v1.Block

Inputs

sf.bitcoin.type.v1.Block

map

map_transactions

`map_filter_transaction` allows you to find a transaction by specifying either `to` or `from` value in the parameters. You might need to scope your search to the blocks you know you are going to find that transaction. Check with your preferred block explorer first.

Output

btc.transaction.v1.Transactions

Inputs

sf.bitcoin.type.v1.Block

Networks

btc-mainnetdefault

The manifest declares this network only.

Protobuf

btc.block_meta.v1

BlockMetamain

btc.block_meta.v1.BlockMeta

uint64number = 1

stringhash = 2

stringparent_hash = 3

btc.transaction.v1

Transactionsmain

btc.transaction.v1.Transactions

Transaction[]transactions = 1

Transaction

btc.transaction.v1.Transaction

stringhash = 1

uint64vin_count = 2

uint64vout_count = 3

doublebtc_value = 4

sf.bitcoin.type.v1

Blockmain

sf.bitcoin.type.v1.Block

stringhash = 1

the block hash Bitcoin core reverses the byte order of the hash when printing it out has Hex, to prevent the end user from making a mistake we store it as a string directly

int32size = 3

The block size

int32stripped_size = 4

The block size excluding witness data

int32weight = 5

The block weight as defined in BIP 141

int64height = 6

The block height or index

int32version = 7

The block version

stringversion_hex = 8

The block version formatted in hexadecimal

stringmerkle_root = 9

The merkle root

Transaction[]tx = 10

Transaction array

int64time = 11

The block time expressed in UNIX epoch time

int64mediantime = 12

The median block time expressed in UNIX epoch time

uint32nonce = 13

The nonce

stringbits = 14

The bits

doubledifficulty = 15

The difficulty

stringchainwork = 16

Expected number of hashes required to produce the chain up to this block (in hex)

uint32n_tx = 17

The number of transactions in the block

stringprevious_hash = 18

The hash of the previous block

ScriptPubKey

sf.bitcoin.type.v1.ScriptPubKey

stringasm = 1

the asm

stringhex = 2

the hex

int32req_sigs = 3

The required sigs

stringtype = 4

The type, eg 'pubkeyhash'

stringaddress = 5

bitcoin address

string[]addresses = 6

bitcoin addresses (deprecated, empty when 'address' is set)

ScriptSig

sf.bitcoin.type.v1.ScriptSig

stringasm = 1

The asm

stringhex = 2

The hex

Transaction

sf.bitcoin.type.v1.Transaction

stringhex = 1

The serialized, hex-encoded data for 'txid'

stringtxid = 2

The transaction id

stringhash = 3

The transaction hash (differs from txid for witness transactions)

int32size = 4

The serialized transaction size

int32vsize = 5

The virtual transaction size (differs from size for witness transactions)

int32weight = 6

The transaction's weight (between vsize4-3 and vsize4)

uint32version = 7

The version

uint32locktime = 8

The lock time

Vin[]vin = 9

Vout[]vout = 10

stringblockhash = 11

the block hash

int64blocktime = 12

The block time expressed in UNIX epoch time

Vin

sf.bitcoin.type.v1.Vin

stringtxid = 1

The transaction id

uint32vout = 2

The output number

ScriptSigscript_sig = 3

The script

uint32sequence = 4

The script sequence number

string[]txinwitness = 5

hex-encoded witness data (if any)

stringcoinbase = 6

hex-encoded coinbase

Vout

sf.bitcoin.type.v1.Vout

doublevalue = 1

The value in BTC

uint32n = 2

index

ScriptPubKeyscript_pubKey = 3