ini_puga

ini_puga

ini_puga handles ini files in an easy way, without dealing with errors(1) and thanks to generic types, only 2 methods get and get_vector are enought to get an integer, float, boolen, and so on.

There are 2 more methods get_from_hex and get_vector_from_hex to convert hex numbers from strings to integer types.

• Can get a Vector from values with a separator
• Indentation doesnt matter.
• CASE sensitive!.
  • [Config] is NOT the same as [config]
• Blank lines are ignored
• Keys and values are trimmed left and right.

(1) Load is the only one that may returns a Result IO:Error.

use ini_puga::Ini;

const DEFAULT_CONFIG: &str = r#"
my value without section = true
pi=3.14159
[config]
theme = Dark
text scale = 1.2
background color = faee89
font color =
favourites colors = f53298,a0ffff,fa0e78
empty value =
screen width = 1080
resolutions = 640,480,3.5,whatever,720,1080
resolutions =
use plugins = true
themes path = themes/
plugins path =  plugins/

[user data]
name = José Puga
id = 700101
fav lang = Rust
fav pet = Rustacean
"#;

let mut ini = Ini::new();
ini.read(DEFAULT_CONFIG.to_string());
// Of course, you can also load from a file.
// ini.load("config.ini").expect("***ERROR OPENING FILE ***");

assert_eq!(ini.get::<f32>("config", "text scale", 0.0), 1.2);
assert_eq!(ini.get::<i64>("user data", "id", 999), 700101);
assert_eq!(ini.get::<i64>("user data", "id2", 999), 999);

//Vectors. Non valid values are inserted in the vector as default value
let v = ini.get_vector::<i32>("config", "resolutions", 240, ',');
assert_eq!(v[2], 240);
assert_eq!(v[5], 1080);
//Prints [640,480,240,240,720,1080]
println!("{:?}", v);

let no_name: String = String::from("anonymous");
assert_ne!(
    ini.get::<String>("user data", "name", no_name), "anonymous");

// Check Hex numbers
assert_eq!(ini.get_from_hex::<u32>("config", "background color", 0), 0xfaee89);
//Empty or erroneus values always gets default.
assert_eq!(ini.get_from_hex::<u32>("config", "font color", 25), 25);
let vh = ini.get_vector_from_hex::<u32>("config", "favourites colors", 0xffffff, ',');
assert_eq!(vh[1], 0xa0ffff);
assert_eq!(vh[2], 0xfa0e78);
//Prints [16069272,10551295,16387704]
println!("{:?}", vh);

// Check sections and keys
assert_eq!(ini.section_exists("config"), true);
assert_eq!(ini.key_exists("NONEXISTENT section", "foo"), false);
let sn = ini.get_sections_names();
//len +1 because empty section always exists
assert_eq!(sn.len(), 3);
//Prints (random order) ["config", "", "user data"]
println!("{:#?}", sn);
let ks = ini.get_keys_from_section("");
assert_eq!(ks.len(), 2);
//Prints (random order) ["my value without section", "pi"]
println!("{:#?}", ks);



// Case sensitive
assert_eq!(ini.key_exists("", "pi"), true);
assert_eq!(ini.key_exists("", "PI"), false);

// Print trait implemented
println!("{}", ini);

License: MIT