func TestPathParseErrors(t *testing.T) {
assert := assert.New(t)
test := func(str, expectError string) {
p, err := ParsePath(str)
assert.Equal(Path{}, p)
if err != nil {
assert.Equal(expectError, err.Error())
} else {
assert.Fail("Expected " + expectError)
}
}
test("", "Empty path")
test(".", "Invalid field: ")
test("[", "Path ends in [")
test("]", "] is missing opening [")
test(".#", "Invalid field: #")
test(". ", "Invalid field: ")
test(". invalid.field", "Invalid field: invalid.field")
test(".foo.", "Invalid field: ")
test(".foo.#invalid.field", "Invalid field: #invalid.field")
test(".foo!", "Invalid operator: !")
test(".foo!bar", "Invalid operator: !")
test(".foo#", "Invalid operator: #")
test(".foo#bar", "Invalid operator: #")
test(".foo[", "Path ends in [")
test(".foo[.bar", "[ is missing closing ]")
test(".foo]", "] is missing opening [")
test(".foo].bar", "] is missing opening [")
test(".foo[]", "Empty index value")
test(".foo[[]", "Invalid index: [")
test(".foo[[]]", "Invalid index: [")
test(".foo[42.1.2]", "Invalid index: 42.1.2")
test(".foo[1f4]", "Invalid index: 1f4")
test(".foo[hello]", "Invalid index: hello")
test(".foo['hello']", "Invalid index: 'hello'")
test(`.foo[\]`, `Invalid index: \`)
test(`.foo[\\]`, `Invalid index: \\`)
test(`.foo["hello]`, "[ is missing closing ]")
test(`.foo["hello`, "[ is missing closing ]")
test(`.foo["`, "[ is missing closing ]")
test(`.foo["\`, "[ is missing closing ]")
test(`.foo["]`, "[ is missing closing ]")
test(".foo[#]", "Invalid hash: ")
test(".foo[#invalid]", "Invalid hash: invalid")
test(`.foo["hello\nworld"]`, `Only " and \ can be escaped`)
test(".foo[42]bar", "Invalid operator: b")
test("#foo", "Invalid operator: #")
test("!foo", "Invalid operator: !")
test("@foo", "Invalid operator: @")
test("@key", "Invalid operator: @")
test(fmt.Sprintf(".foo[#%s]@soup", hash.FromData([]byte{42}).String()), "Unsupported annotation: @soup")
}
// Wraps an error. The enclosing error has a default Error() that contains the error msg along
// with a backtrace. The original error can be retrieved by calling err.Cause().
func Wrap(err error) WrappedError {
if err == nil {
return nil
}
if we, ok := err.(WrappedError); ok {
return we
}
st := stackTracer{}
assert := assert.New(&st)
assert.Fail(err.Error())
return wrappedError{st.stackTrace, err}
}
func TestPathParseErrors(t *testing.T) {
assert := assert.New(t)
test := func(str, expectError string) {
p, err := NewPath().AddPath(str)
assert.Equal(Path{}, p)
if err != nil {
assert.Equal(expectError, err.Error())
} else {
assert.Fail("Expected " + expectError)
}
}
test("", "Empty path")
test("foo", "f is not a valid operator")
test(".", "Invalid field ")
test("[", "Path ends in [")
test(".#", "Invalid field #")
test(". ", "Invalid field ")
test(". invalid.field", "Invalid field invalid.field")
test(".foo.", "Invalid field ")
test(".foo.#invalid.field", "Invalid field #invalid.field")
test(".foo!", "! is not a valid operator")
test(".foo!bar", "! is not a valid operator")
test(".foo[", "Path ends in [")
test(".foo[.bar", "[ is missing closing ]")
test(".foo]", "] is missing opening [")
test(".foo].bar", "] is missing opening [")
test(".foo[]", "Invalid index ")
test(".foo[[]", "Invalid index [")
test(".foo[[]]", "Invalid index [")
test(".foo[42.1.2]", "Invalid index 42.1.2")
test(".foo[1f4]", "Invalid index 1f4")
test(".foo[hello]", "Invalid index hello")
test(".foo['hello']", "Invalid index 'hello'")
test(`.foo[\]`, `Invalid index \`)
test(`.foo[\\]`, `Invalid index \\`)
test(`.foo["hello]`, "[ is missing closing ]")
test(`.foo["hello`, "[ is missing closing ]")
test(`.foo["`, "[ is missing closing ]")
test(`.foo["\`, "[ is missing closing ]")
test(`.foo["]`, "[ is missing closing ]")
test(".foo[#sha1-invalid]", "Invalid index #sha1-invalid")
test(`.foo["hello\nworld"]`, `Only " and \ can be escaped`)
}
// Fail reports a failure through
func Fail(t TestingT, failureMessage string, msgAndArgs ...interface{}) {
if !assert.Fail(t, failureMessage, msgAndArgs...) {
t.FailNow()
}
}
