func TestRouteMatchFails(t *testing.T) {
var assertion tameshigiri.Assertion
var givenPattern string
var newRoute *Route
assertion = tameshigiri.NewAssertion(t)
givenPattern = "/user/<alias>"
newRoute = NewRoute(givenPattern, true)
matches := newRoute.Match("/user/shiroyuki/asdf")
assertion.IsTrue(matches == nil, "There should not be a match.")
}
func TestWebRoutingNonReversibleRouteGetCompiledPattern(t *testing.T) {
var assertion tameshigiri.Assertion
var givenPattern string
var newRoute *Route
assertion = tameshigiri.NewAssertion(t)
givenPattern = "/user/(?P<alias>[^/]+)"
newRoute = NewRoute(givenPattern, false)
compiled, err := newRoute.GetCompiledPattern()
assertion.IsTrue(compiled != nil, "Unexpected compiled pattern")
assertion.IsTrue(err == nil, "No error raised")
}
func TestWebRoutingReversibleRouteGetCompiledPatternFailed(t *testing.T) {
var assertion tameshigiri.Assertion
var givenPattern string
var newRoute *Route
assertion = tameshigiri.NewAssertion(t)
givenPattern = "/user/<alias>/<alias>"
newRoute = NewRoute(givenPattern, true)
compiled, err := newRoute.GetCompiledPattern()
assertion.IsTrue(compiled == nil, "The pattern should not be compiled.")
assertion.IsTrue(err != nil, "An error should be raised.")
}
func TestRouteMatchOk(t *testing.T) {
var assertion tameshigiri.Assertion
var givenPattern string
var newRoute *Route
assertion = tameshigiri.NewAssertion(t)
givenPattern = "/user/<alias>"
newRoute = NewRoute(givenPattern, true)
matches := newRoute.Match("/user/shiroyuki")
assertion.IsTrue(matches != nil, "There should be a match.")
actual := (*matches.Key("alias"))[0]
assertion.Equals("shiroyuki", actual, "This should be 'shiroyuki'.")
}
func TestRecordListAppendOneRecordAndFindWithNoResult(t *testing.T) {
assertion := tu.NewAssertion(t)
recordList := RecordList{DebugMode: true}
head := &Record{
Method: METHOD_GET,
Route: NewRoute("/a/<k1>/<k2>", true),
}
assertion.IsFalse(recordList.HasAny(), "This list should not have the head record.")
recordList.Append(head)
assertion.IsTrue(recordList.HasAny(), "This list should have the head record.")
r, m := recordList.Find(METHOD_GET, "/a/b")
assertion.IsTrue(r == nil && m == nil, "There should be no matches.")
}
func localTestWebRoutingRouteNewRoute(t *testing.T, givenPattern string, reversible bool) {
var assertion tameshigiri.Assertion
var newRoute *Route
assertion = tameshigiri.NewAssertion(t)
newRoute = NewRoute(givenPattern, reversible)
assertion.IsTrue(
newRoute.Pattern == givenPattern,
"The registered pattern must be exactly the same as the given one.",
)
assertion.IsTrue(
newRoute.Reversible == reversible,
"The registered pattern must be reversible.",
)
assertion.IsTrue(
newRoute.RePattern == nil,
"The compiled pattern should not be compiled during initialization.",
)
}
func TestRecordListInitial(t *testing.T) {
assertion := tu.NewAssertion(t)
recordList := RecordList{}
assertion.IsFalse(recordList.HasAny(), "This list should have not had the head record.")
}
func localTestReSearchAll(
t *testing.T,
pattern string,
sample string,
expectedList []string,
expectedDict map[string][]string,
) {
var index int
var key string
var actualL *string
var expected string
var actuals *[]string
var expecteds []string
var assertion = tameshigiri.NewAssertion(t)
var compiled = Compile(pattern)
var result = compiled.SearchAll(sample)
//fmt.Println(result.Dictionary)
//fmt.Println(result.ItemList)
var expectedListLength = len(expectedList)
var expectedDictLength = len(expectedDict)
var expectedTotalCount = expectedListLength + expectedDictLength
if expectedTotalCount > 0 {
assertion.IsTrue(result.HasAny(), "This should be found.")
}
assertion.Equals(
expectedTotalCount,
result.Count(),
"Total count",
)
assertion.Equals(
expectedListLength,
result.CountIndices(),
"Item-list count",
)
if expectedListLength > 0 {
for index = range expectedList {
actualL = result.Index(index)
expected = expectedList[index]
assertion.Equals(
expected,
*actualL,
fmt.Sprintf("List#%d", index),
)
}
}
assertion.Equals(
expectedDictLength,
result.CountKeys(),
"Dictionary count",
)
if expectedDictLength > 0 {
for key, expecteds = range expectedDict {
actuals = result.Key(key)
for index = range expecteds {
assertion.Equals(
expecteds[index],
(*actuals)[index],
fmt.Sprintf("Dictionary[%s][%d]", key, index),
)
}
}
}
}
