Crate slr_config[−][src]
This crate implements the parsing for the SLRConfig format. Basic usage revolves
around the creation and use of the ConfigElement
type, like so:
#[macro_use] extern crate serde_derive; extern crate slr_config; use slr_config::{to_element, from_element, ConfigElement}; use std::path::Path; fn main() { // Parse config element from value. let root = ConfigElement::from_str("key = value").unwrap(); assert_eq!(root.as_table().unwrap()["key"].as_value().unwrap(), "value"); // Create a new table and print it to a string. let mut root = ConfigElement::new_table(); let val = ConfigElement::new_value("value"); root.insert("key", val); assert_eq!(root.to_string(), "key = value\n"); // You can use Serde as well. #[derive(Serialize, Deserialize)] struct TestSchema { key: u32, arr: Vec<u32>, } let mut schema = TestSchema { key: 0, arr: vec![], }; schema = from_element(&ConfigElement::from_str("key = 5, arr = [1, 2]").unwrap(), None).unwrap(); assert_eq!(schema.key, 5); assert_eq!(schema.arr.len(), 2); assert_eq!(schema.arr[0], 1); assert_eq!(schema.arr[1], 2); let elem = to_element(&schema).unwrap(); assert_eq!(elem.as_table().unwrap()["key"].as_value().unwrap(), "5"); assert_eq!(elem.as_table().unwrap()["arr"].as_array().unwrap()[0].as_value().unwrap(), "1"); }
Re-exports
pub use self::ConfigElementKind::*; |
Structs
ConfigElement | A configuration element. |
Error | The error type used throughout this crate. |
Source | Annotated representation of the configuration source string. |
Enums
ConfigElementKind | The kind of the configuration element. |
ErrorKind | An enum describing the kind of the error, to allow treating different errors differenly. |
Functions
from_element | Deserialize a value to a ConfigElement. |
to_element | Serialize a value to a ConfigElement. |