use lexical_parse_float::options::{Options, OptionsBuilder};
#[test]
fn invalid_exponent_test() {
let mut builder = OptionsBuilder::default();
builder = builder.exponent(b'\x00');
assert!(!builder.is_valid());
builder = builder.exponent(b'\x7f');
assert!(!builder.is_valid());
assert!(builder.build().is_err());
builder = builder.exponent(b'^');
assert!(builder.is_valid());
assert!(builder.build().is_ok());
}
#[test]
fn invalid_decimal_point_test() {
let mut builder = OptionsBuilder::default();
builder = builder.decimal_point(b'\x00');
assert!(!builder.is_valid());
builder = builder.decimal_point(b'\x7f');
assert!(!builder.is_valid());
assert!(builder.build().is_err());
builder = builder.decimal_point(b',');
assert!(builder.is_valid());
assert!(builder.build().is_ok());
}
#[test]
fn invalid_nan_test() {
let mut builder = OptionsBuilder::default();
builder = builder.nan_string(Some(b"naaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaan"));
assert!(!builder.is_valid());
builder = builder.nan_string(Some(b"inf"));
assert!(!builder.is_valid());
builder = builder.nan_string(Some(b"na00n"));
assert!(!builder.is_valid());
assert!(builder.build().is_err());
builder = builder.nan_string(Some(b"nan"));
assert!(builder.is_valid());
assert!(builder.build().is_ok());
builder = builder.nan_string(None);
assert!(builder.is_valid());
}
#[test]
fn invalid_inf_test() {
let mut builder = OptionsBuilder::default();
builder = builder.inf_string(Some(b"innnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnf"));
assert!(!builder.is_valid());
builder = builder.inf_string(Some(b"nan"));
assert!(!builder.is_valid());
builder = builder.inf_string(Some(b"in00f"));
assert!(!builder.is_valid());
assert!(builder.build().is_err());
builder = builder.inf_string(Some(b"i"));
assert!(builder.is_valid());
builder = builder.inf_string(Some(b"inf"));
assert!(builder.is_valid());
assert!(builder.build().is_ok());
builder = builder.inf_string(None);
assert!(builder.is_valid());
builder = builder.infinity_string(None);
assert!(builder.is_valid());
}
#[test]
fn invalid_infinity_test() {
let mut builder = OptionsBuilder::default();
builder =
builder.infinity_string(Some(b"innnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnf"));
assert!(!builder.is_valid());
builder = builder.infinity_string(Some(b"nan"));
assert!(!builder.is_valid());
builder = builder.infinity_string(Some(b"i"));
assert!(!builder.is_valid());
builder = builder.inf_string(Some(b"infi000nity"));
assert!(!builder.is_valid());
assert!(builder.build().is_err());
builder = builder.inf_string(Some(b"i"));
assert!(builder.is_valid());
builder = builder.infinity_string(Some(b"infinity"));
assert!(builder.is_valid());
assert!(builder.build().is_ok());
builder = builder.infinity_string(None);
assert!(!builder.is_valid());
builder = builder.inf_string(None);
assert!(builder.is_valid());
}
#[test]
fn builder_test() {
let mut builder = OptionsBuilder::default();
builder = builder.lossy(true);
builder = builder.exponent(b'^');
builder = builder.decimal_point(b',');
builder = builder.nan_string(Some(b"nan"));
builder = builder.inf_string(Some(b"Infinity"));
builder = builder.infinity_string(Some(b"Infiniiiiiity"));
assert_eq!(builder.get_lossy(), true);
assert_eq!(builder.get_exponent(), b'^');
assert_eq!(builder.get_decimal_point(), b',');
assert_eq!(builder.get_nan_string(), Some("nan".as_bytes()));
assert_eq!(builder.get_inf_string(), Some("Infinity".as_bytes()));
assert_eq!(builder.get_infinity_string(), Some("Infiniiiiiity".as_bytes()));
assert!(builder.is_valid());
assert_eq!(builder.build(), Ok(builder.build_unchecked()));
}
#[test]
#[allow(deprecated)]
fn options_test() {
let mut opts = Options::new();
opts.set_lossy(true);
opts.set_exponent(b'^');
opts.set_decimal_point(b',');
opts.set_nan_string(Some(b"nan"));
opts.set_inf_string(Some(b"Infinity"));
opts.set_infinity_string(Some(b"Infiniiiiiity"));
assert_eq!(opts.lossy(), true);
assert_eq!(opts.exponent(), b'^');
assert_eq!(opts.decimal_point(), b',');
assert_eq!(opts.nan_string(), Some("nan".as_bytes()));
assert_eq!(opts.inf_string(), Some("Infinity".as_bytes()));
assert_eq!(opts.infinity_string(), Some("Infiniiiiiity".as_bytes()));
assert!(opts.is_valid());
assert_eq!(Options::builder(), OptionsBuilder::new());
assert_eq!(opts.rebuild().build(), Ok(opts));
}
