Llewellyn
/
exa
mirror of https://github.com/Llewellynvdm/exa.git
1
0
Fork 0
Code Issues Projects Releases Wiki Activity

[no-color] - add unit test and doc

This commit is contained in:
Max Zhuravsky 2021-11-26 01:45:41 +03:00
parent aab1d3db59
commit a371c41711
No known key found for this signature in database
GPG Key ID: 997EBA75BF8F9987
2 changed files with 65 additions and 17 deletions
Show Stats Download Patch File Download Diff File Expand all files Collapse all files

6
man/exa.1.md
View File

@ -224,6 +224,12 @@ Specifies the number of spaces to print between an icon (see the ‘`--icons`’
Different terminals display icons differently, as they usually take up more than one character width on screen, so there’s no “standard” number of spaces that exa can use to separate an icon from text. One space may place the icon too close to the text, and two spaces may place it too far away. So the choice is left up to the user to configure depending on their terminal emulator.
## `NO_COLOR`
Disables ANSI colour in the output (regardless of its value). Can be overridden by `--color` option.
See `https://no-color.org/` for details.
## `LS_COLORS`, `EXA_COLORS`
Specifies the colour scheme used to highlight files based on their name and kind, as well as highlighting metadata and parts of the UI.

76
src/options/theme.rs
View File

@ -92,6 +92,16 @@ mod terminal_test {
}
};
($name:ident: $type:ident <- $inputs:expr, $env:expr; $stricts:expr => $result:expr) => {
#[test]
fn $name() {
let env = $env;
for result in parse_for_test($inputs.as_ref(), TEST_ARGS, $stricts, |mf| $type::deduce(mf, &env)) {
assert_eq!(result, $result);
}
}
};
($name:ident: $type:ident <- $inputs:expr; $stricts:expr => err $result:expr) => {
#[test]
fn $name() {
@ -100,11 +110,39 @@ mod terminal_test {
}
}
};
($name:ident: $type:ident <- $inputs:expr, $env:expr; $stricts:expr => err $result:expr) => {
#[test]
fn $name() {
let env = $env;
for result in parse_for_test($inputs.as_ref(), TEST_ARGS, $stricts, |mf| $type::deduce(mf, &env)) {
assert_eq!(result.unwrap_err(), $result);
}
}
};
}
struct MockVars {
ls: &'static str,
exa: &'static str,
no_color: &'static str,
}
impl MockVars {
fn empty() -> MockVars {
return MockVars {
ls: "",
exa: "",
no_color: "",
};
}
fn with_no_color() -> MockVars {
return MockVars {
ls: "",
exa: "",
no_color: "true",
};
}
}
// Test impl that just returns the value it has.
@ -116,6 +154,9 @@ mod terminal_test {
else if name == vars::EXA_COLORS && ! self.exa.is_empty() {
Some(OsString::from(self.exa.clone()))
}
else if name == vars::NO_COLOR && ! self.no_color.is_empty() {
Some(OsString::from(self.no_color.clone()))
}
else {
None
}
@ -125,32 +166,33 @@ mod terminal_test {
// Default
test!(empty: UseColours <- []; Both => Ok(UseColours::Automatic));
test!(empty: UseColours <- [], MockVars::empty(); Both => Ok(UseColours::Automatic));
test!(empty_with_no_color: UseColours <- [], MockVars::with_no_color(); Both => Ok(UseColours::Never));
// --colour
test!(u_always: UseColours <- ["--colour=always"]; Both => Ok(UseColours::Always));
test!(u_auto: UseColours <- ["--colour", "auto"]; Both => Ok(UseColours::Automatic));
test!(u_never: UseColours <- ["--colour=never"]; Both => Ok(UseColours::Never));
test!(u_always: UseColours <- ["--colour=always"], MockVars::empty(); Both => Ok(UseColours::Always));
test!(u_auto: UseColours <- ["--colour", "auto"], MockVars::empty(); Both => Ok(UseColours::Automatic));
test!(u_never: UseColours <- ["--colour=never"], MockVars::empty(); Both => Ok(UseColours::Never));
// --color
test!(no_u_always: UseColours <- ["--color", "always"]; Both => Ok(UseColours::Always));
test!(no_u_auto: UseColours <- ["--color=auto"]; Both => Ok(UseColours::Automatic));
test!(no_u_never: UseColours <- ["--color", "never"]; Both => Ok(UseColours::Never));
test!(no_u_always: UseColours <- ["--color", "always"], MockVars::empty(); Both => Ok(UseColours::Always));
test!(no_u_auto: UseColours <- ["--color=auto"], MockVars::empty(); Both => Ok(UseColours::Automatic));
test!(no_u_never: UseColours <- ["--color", "never"], MockVars::empty(); Both => Ok(UseColours::Never));
// Errors
test!(no_u_error: UseColours <- ["--color=upstream"]; Both => err OptionsError::BadArgument(&flags::COLOR, OsString::from("upstream"))); // the error is for --color
test!(u_error: UseColours <- ["--colour=lovers"]; Both => err OptionsError::BadArgument(&flags::COLOR, OsString::from("lovers"))); // and so is this one!
test!(no_u_error: UseColours <- ["--color=upstream"], MockVars::empty(); Both => err OptionsError::BadArgument(&flags::COLOR, OsString::from("upstream"))); // the error is for --color
test!(u_error: UseColours <- ["--colour=lovers"], MockVars::empty(); Both => err OptionsError::BadArgument(&flags::COLOR, OsString::from("lovers"))); // and so is this one!
// Overriding
test!(overridden_1: UseColours <- ["--colour=auto", "--colour=never"]; Last => Ok(UseColours::Never));
test!(overridden_2: UseColours <- ["--color=auto", "--colour=never"]; Last => Ok(UseColours::Never));
test!(overridden_3: UseColours <- ["--colour=auto", "--color=never"]; Last => Ok(UseColours::Never));
test!(overridden_4: UseColours <- ["--color=auto", "--color=never"]; Last => Ok(UseColours::Never));
test!(overridden_1: UseColours <- ["--colour=auto", "--colour=never"], MockVars::empty(); Last => Ok(UseColours::Never));
test!(overridden_2: UseColours <- ["--color=auto", "--colour=never"], MockVars::empty(); Last => Ok(UseColours::Never));
test!(overridden_3: UseColours <- ["--colour=auto", "--color=never"], MockVars::empty(); Last => Ok(UseColours::Never));
test!(overridden_4: UseColours <- ["--color=auto", "--color=never"], MockVars::empty(); Last => Ok(UseColours::Never));
test!(overridden_5: UseColours <- ["--colour=auto", "--colour=never"]; Complain => err OptionsError::Duplicate(Flag::Long("colour"), Flag::Long("colour")));
test!(overridden_6: UseColours <- ["--color=auto", "--colour=never"]; Complain => err OptionsError::Duplicate(Flag::Long("color"), Flag::Long("colour")));
test!(overridden_7: UseColours <- ["--colour=auto", "--color=never"]; Complain => err OptionsError::Duplicate(Flag::Long("colour"), Flag::Long("color")));
test!(overridden_8: UseColours <- ["--color=auto", "--color=never"]; Complain => err OptionsError::Duplicate(Flag::Long("color"), Flag::Long("color")));
test!(overridden_5: UseColours <- ["--colour=auto", "--colour=never"], MockVars::empty(); Complain => err OptionsError::Duplicate(Flag::Long("colour"), Flag::Long("colour")));
test!(overridden_6: UseColours <- ["--color=auto", "--colour=never"], MockVars::empty(); Complain => err OptionsError::Duplicate(Flag::Long("color"), Flag::Long("colour")));
test!(overridden_7: UseColours <- ["--colour=auto", "--color=never"], MockVars::empty(); Complain => err OptionsError::Duplicate(Flag::Long("colour"), Flag::Long("color")));
test!(overridden_8: UseColours <- ["--color=auto", "--color=never"], MockVars::empty(); Complain => err OptionsError::Duplicate(Flag::Long("color"), Flag::Long("color")));
test!(scale_1: ColourScale <- ["--color-scale", "--colour-scale"]; Last => Ok(ColourScale::Gradient));
test!(scale_2: ColourScale <- ["--color-scale", ]; Last => Ok(ColourScale::Gradient));