bitcoin-netpermissions

Crates.iobitcoin-netpermissions
lib.rsbitcoin-netpermissions
version0.1.16-alpha.0
sourcesrc
created_at2023-01-19 20:36:17.785874
updated_at2023-04-02 11:33:35.763311
descriptionnet permissions flags
homepage
repositoryhttps://github.com/klebz/bitcoin-rs
max_upload_size
id762914
size110,733
(klebs6)

documentation

https://docs.rs/bitcoin-netpermissions

README

bitcoin-netpermissions

This Rust crate is a direct translation of the Bitcoin codebase from C++ to Rust. It is currently in the process of translation, and some function bodies may still be in the process of being translated.

The NetPermissionFlags enum and NetPermissions struct define the various network permissions and their associated flags. These permissions are used to determine what network activities a node can perform.

The NetWhitelistPermissions and NetWhitebindPermissions structs are used to define a list of IP addresses that are allowed to connect to and bind to a node's network.

This crate provides functions to add, clear, and check permissions flags, as well as to parse permission flags and IP address lists.

While there are no specific mathematical equations or concepts involved in the bitcoin-netpermissions crate, understanding the role of network permissions and IP address whitelists is crucial to ensuring the security and integrity of the Bitcoin network.

36> thanks -- could you teach me about the interface provided by this crate?

Certainly! The NetPermissions type is the primary interface provided by this crate. It represents a set of permission flags that determine which network services a node is allowed to provide or consume. The permission flags are represented as bit flags that can be set or cleared individually using the add_flag and clear_flag methods.

In addition to the permission flags, NetPermissions also provides a few utility methods. The has_flag method allows you to check whether a particular permission flag is set, while the to_strings method returns a vector of strings representing the permission flags that are currently set.

Finally, NetPermissions also provides a try_parse method that can be used to construct a new instance from a string representation of permission flags. This method returns an Option<NetPermissions> type, which will be Some(permissions) if the string was successfully parsed, or None otherwise.

Overall, the NetPermissions type provides a simple but flexible interface for managing network permission flags in a Bitcoin node.

Commit count: 48

cargo fmt