Struct bitcoin_block_parser::BlockParser

pub struct BlockParser { /* private fields */ }

Contains all the block parsing functions

Implementations

impl BlockParser

pub fn new(locations: &[BlockLocation]) -> Self

Create a new parser, allowing users to select a range or re-order blocks

pub fn parse(&self) -> Receiver<Result<ParsedBlock>>

Parses all the blocks without providing any of the input/output metadata

pub fn parse_i(&self) -> Receiver<Result<ParsedBlock>>

Parses the blocks and tracks the input amounts

pub fn parse_o(&self, filter_file: &str) -> Receiver<Result<ParsedBlock>>

Parses the blocks and tracks if outputs are spent/unspent

pub fn parse_io(&self, filter_file: &str) -> Receiver<Result<ParsedBlock>>

Parses the blocks and tracks the input amounts and if outputs are spent/unspent

pub fn write_filter(&self, output: &str) -> Result<()>

Writes a filter that contains all unspent OutPoint

We use ScalableCuckooFilter which is a probabilistic set membership data structure similar to a bloom filter except it supports removes which makes creation faster/easier.