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#![forbid(unsafe_code)]
/* This Source Code Form is subject to the terms of the Mozilla Public
* License, v. 2.0. If a copy of the MPL was not distributed with this
* file, You can obtain one at http://mozilla.org/MPL/2.0/. */
extern crate tempfile;
pub mod preferences;
pub mod prefreader;
pub mod profile;
#[cfg(test)]
mod test {
// use std::fs::File;
// use profile::Profile;
use crate::preferences::Pref;
use crate::prefreader::{parse, serialize, tokenize};
use crate::prefreader::{Position, PrefToken};
use std::collections::BTreeMap;
use std::io::Cursor;
use std::str;
#[test]
fn tokenize_simple() {
let prefs = " user_pref ( 'example.pref.string', 'value' ) ;\n \
pref(\"example.pref.int\", -123); sticky_pref('example.pref.bool',false);";
let p = Position::new();
let expected = vec![
PrefToken::UserPrefFunction(p),
PrefToken::Paren('(', p),
PrefToken::String("example.pref.string".into(), p),
PrefToken::Comma(p),
PrefToken::String("value".into(), p),
PrefToken::Paren(')', p),
PrefToken::Semicolon(p),
PrefToken::PrefFunction(p),
PrefToken::Paren('(', p),
PrefToken::String("example.pref.int".into(), p),
PrefToken::Comma(p),
PrefToken::Int(-123, p),
PrefToken::Paren(')', p),
PrefToken::Semicolon(p),
PrefToken::StickyPrefFunction(p),
PrefToken::Paren('(', p),
PrefToken::String("example.pref.bool".into(), p),
PrefToken::Comma(p),
PrefToken::Bool(false, p),
PrefToken::Paren(')', p),
PrefToken::Semicolon(p),
];
tokenize_test(prefs, &expected);
}
#[test]
fn tokenize_comments() {
let prefs = "# bash style comment\n /*block comment*/ user_pref/*block comment*/(/*block \
comment*/ 'example.pref.string' /*block comment*/,/*block comment*/ \
'value'/*block comment*/ )// line comment";
let p = Position::new();
let expected = vec![
PrefToken::CommentBashLine(" bash style comment".into(), p),
PrefToken::CommentBlock("block comment".into(), p),
PrefToken::UserPrefFunction(p),
PrefToken::CommentBlock("block comment".into(), p),
PrefToken::Paren('(', p),
PrefToken::CommentBlock("block comment".into(), p),
PrefToken::String("example.pref.string".into(), p),
PrefToken::CommentBlock("block comment".into(), p),
PrefToken::Comma(p),
PrefToken::CommentBlock("block comment".into(), p),
PrefToken::String("value".into(), p),
PrefToken::CommentBlock("block comment".into(), p),
PrefToken::Paren(')', p),
PrefToken::CommentLine(" line comment".into(), p),
];
tokenize_test(prefs, &expected);
}
#[test]
fn tokenize_escapes() {
let prefs = r#"user_pref('example\x20pref', "\u0020\u2603\uD800\uDC96\"\'\n\r\\\w)"#;
let p = Position::new();
let expected = vec![
PrefToken::UserPrefFunction(p),
PrefToken::Paren('(', p),
PrefToken::String("example pref".into(), p),
PrefToken::Comma(p),
PrefToken::String(" ☃𐂖\"'\n\r\\\\w".into(), p),
PrefToken::Paren(')', p),
];
tokenize_test(prefs, &expected);
}
fn tokenize_test(prefs: &str, expected: &[PrefToken]) {
println!("{}\n", prefs);
for (e, a) in expected.iter().zip(tokenize(prefs.as_bytes())) {
let success = match (e, &a) {
(&PrefToken::PrefFunction(_), &PrefToken::PrefFunction(_)) => true,
(&PrefToken::UserPrefFunction(_), &PrefToken::UserPrefFunction(_)) => true,
(&PrefToken::StickyPrefFunction(_), &PrefToken::StickyPrefFunction(_)) => true,
(
&PrefToken::CommentBlock(ref data_e, _),
&PrefToken::CommentBlock(ref data_a, _),
) => data_e == data_a,
(
&PrefToken::CommentLine(ref data_e, _),
&PrefToken::CommentLine(ref data_a, _),
) => data_e == data_a,
(
&PrefToken::CommentBashLine(ref data_e, _),
&PrefToken::CommentBashLine(ref data_a, _),
) => data_e == data_a,
(&PrefToken::Paren(data_e, _), &PrefToken::Paren(data_a, _)) => data_e == data_a,
(&PrefToken::Semicolon(_), &PrefToken::Semicolon(_)) => true,
(&PrefToken::Comma(_), &PrefToken::Comma(_)) => true,
(&PrefToken::String(ref data_e, _), &PrefToken::String(ref data_a, _)) => {
data_e == data_a
}
(&PrefToken::Int(data_e, _), &PrefToken::Int(data_a, _)) => data_e == data_a,
(&PrefToken::Bool(data_e, _), &PrefToken::Bool(data_a, _)) => data_e == data_a,
(&PrefToken::Error(data_e, _), &PrefToken::Error(data_a, _)) => data_e == data_a,
(_, _) => false,
};
if !success {
println!("Expected {:?}, got {:?}", e, a);
}
assert!(success);
}
}
#[test]
fn parse_simple() {
let input = " user_pref /* block comment */ ( 'example.pref.string', 'value' ) ;\n \
pref(\"example.pref.int\", -123); sticky_pref('example.pref.bool',false)";
let mut expected: BTreeMap<String, Pref> = BTreeMap::new();
expected.insert("example.pref.string".into(), Pref::new("value"));
expected.insert("example.pref.int".into(), Pref::new(-123));
expected.insert("example.pref.bool".into(), Pref::new_sticky(false));
parse_test(input, expected);
}
#[test]
fn parse_escape() {
let input = r#"user_pref('example\\pref\"string', 'val\x20ue' )"#;
let mut expected: BTreeMap<String, Pref> = BTreeMap::new();
expected.insert("example\\pref\"string".into(), Pref::new("val ue"));
parse_test(input, expected);
}
fn parse_test(input: &str, expected: BTreeMap<String, Pref>) {
match parse(input.as_bytes()) {
Ok(ref actual) => {
println!("Expected:\n{:?}\nActual\n{:?}", expected, actual);
assert_eq!(actual, &expected);
}
Err(e) => {
println!("{}", e);
assert!(false)
}
}
}
#[test]
fn serialize_simple() {
let input = " user_pref /* block comment */ ( 'example.pref.string', 'value' ) ;\n \
pref(\"example.pref.int\", -123); sticky_pref('example.pref.bool',false)";
let expected = "sticky_pref(\"example.pref.bool\", false);
user_pref(\"example.pref.int\", -123);
user_pref(\"example.pref.string\", \"value\");\n";
serialize_test(input, expected);
}
#[test]
fn serialize_quotes() {
let input = r#"user_pref('example\\with"quotes"', '"Value"')"#;
let expected = r#"user_pref("example\\with\"quotes\"", "\"Value\"");
"#;
serialize_test(input, expected);
}
fn serialize_test(input: &str, expected: &str) {
let buf = Vec::with_capacity(expected.len());
let mut out = Cursor::new(buf);
serialize(&parse(input.as_bytes()).unwrap(), &mut out).unwrap();
let data = out.into_inner();
let actual = str::from_utf8(&*data).unwrap();
println!("Expected:\n{:?}\nActual\n{:?}", expected, actual);
assert_eq!(actual, expected);
}
}
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