use super::*;
#[test]
fn alias_nested_module() {
Test::new()
.write(
"foo.just",
"
mod bar
baz:
@echo FOO
",
)
.write(
"bar.just",
"
baz:
@echo BAZ
",
)
.justfile(
"
mod foo
alias b := foo::bar::baz
baz:
@echo 'HERE'
",
)
.arg("b")
.stdout("BAZ\n")
.success();
}
#[test]
fn unknown_nested_alias() {
Test::new()
.write(
"foo.just",
"
baz:
@echo FOO
",
)
.justfile(
"
mod foo
alias b := foo::bar::baz
",
)
.arg("b")
.stderr(
"\
error: alias `b` has an unknown target `foo::bar::baz`
——▶ justfile:3:7
│
3 │ alias b := foo::bar::baz
│ ^
",
)
.failure();
}
#[test]
fn alias_in_submodule() {
Test::new()
.write(
"foo.just",
"
alias b := bar
bar:
@echo BAR
",
)
.justfile(
"
mod foo
",
)
.arg("foo::b")
.stdout("BAR\n")
.success();
}
#[test]
fn module_alias() {
Test::new()
.write("foo.just", "bar:\n @echo BAR")
.justfile(
"
mod foo
alias f := foo
",
)
.arg("f")
.arg("bar")
.stdout("BAR\n")
.success();
}
#[test]
fn alias_to_absent_optional_module_is_disabled() {
Test::new()
.justfile(
"
mod? foo
alias f := foo
",
)
.arg("f")
.stderr("error: alias `f` depends on absent module `foo`\n")
.failure();
}
#[test]
fn module_alias_resolves_in_show() {
Test::new()
.write("foo.just", "bar:\n @echo BAR")
.justfile(
"
mod foo
alias f := foo
",
)
.args(["--show", "f::bar"])
.stdout("bar:\n @echo BAR\n")
.success();
}
#[test]
fn module_alias_resolves_in_list() {
Test::new()
.write("foo.just", "bar:\n @echo BAR")
.justfile(
"
mod foo
alias f := foo
",
)
.args(["--list", "f"])
.stdout(
"
Available recipes:
bar
",
)
.success();
}
#[test]
fn module_alias_resolves_in_usage() {
Test::new()
.write("foo.just", "bar:\n @echo BAR")
.justfile(
"
mod foo
alias f := foo
",
)
.args(["--usage", "f::bar"])
.stdout("Usage: just f::bar\n")
.success();
}