func TestOnEntryNoURLsFound(t *testing.T) {
assert := assert.New(t)
// given
address := "http://localhost:10606"
url, error := url.Parse(address)
if nil != error {
log.Fatalf("Error occured while parsing an URL: %v, error: %v", address, error)
}
firstEntry := messages.NewEntry("/aaa", "GET")
secondEntry := messages.NewEntry("/bbb", "POST")
builder := configuration.NewBuilder()
configuration := builder.
URLResponseTimeout(3 * time.Second).
WorkerWaitPeriod(0).
HTTPErrorCode(uint64(http.StatusNotFound)).
BaseURL(url).
Build()
sut := NewURLChecker(configuration)
foundEntries := make(chan messages.FoundEntry, 4)
assignChannel(sut, foundEntries)
// when
sut.OnEntry(firstEntry)
sut.OnEntry(secondEntry)
// then
assert.Len(foundEntries, 0, "No entries should be considered as found")
}
func TestOnEntryURLsFound(t *testing.T) {
assert := assert.New(t)
// given
scheme := "http"
hostPort := "127.0.0.1:10608"
server := localserver.NewLocalServer(hostPort, scheme)
firstRegisteredPattern := "/aaa"
secondRegisteredPattern := "/bbb"
http.HandleFunc(firstRegisteredPattern, noOperationHandler)
http.HandleFunc(secondRegisteredPattern, noOperationHandler)
server.Start()
address := scheme + "://" + hostPort
url, error := url.Parse(address)
if nil != error {
log.Fatalf("Error occured while parsing an URL: %v, error: %v", address, error)
}
firstEntry := messages.NewEntry(firstRegisteredPattern, "GET")
secondEntry := messages.NewEntry(secondRegisteredPattern, "POST")
thirdEntry := messages.NewEntry("/ccc", "POST")
builder := configuration.NewBuilder()
configuration := builder.
URLResponseTimeout(3 * time.Second).
WorkerWaitPeriod(0).
HTTPErrorCode(http.StatusNotFound).
BaseURL(url).
Build()
sut := NewURLChecker(configuration)
foundEntries := make(chan messages.FoundEntry, 4)
assignChannel(sut, foundEntries)
// when
sut.OnEntry(firstEntry)
sut.OnEntry(secondEntry)
sut.OnEntry(thirdEntry)
server.Stop()
http.DefaultServeMux = http.NewServeMux()
// then
assert.Len(foundEntries, 2, "Two entries should be considered as found")
assert.Equal(messages.NewFoundEntry(address+firstEntry.RelativeURL(), firstEntry.HTTPMethod(), http.StatusOK), <-foundEntries, "First entry should be found")
assert.Equal(messages.NewFoundEntry(address+secondEntry.RelativeURL(), secondEntry.HTTPMethod(), http.StatusOK), <-foundEntries, "Second entry should be found")
}
func TestOnRelativeURLThreeMethods(t *testing.T) {
assert := assert.New(t)
// given
anURL := "an_url"
entries := make(chan messages.Entry, 3)
methods := []string{"method_a", "method_b", "method_c"}
builder := configuration.NewBuilder()
configuration := builder.Methods(methods).Build()
sut := NewEntryProducer(configuration)
sut.Entry = entries
// when
sut.OnRelativeURL(anURL)
// then
assert.Equal(<-entries, messages.NewEntry(anURL, "method_a"), "Entries are not equal")
assert.Equal(<-entries, messages.NewEntry(anURL, "method_b"), "Entries are not equal")
assert.Equal(<-entries, messages.NewEntry(anURL, "method_c"), "Entries are not equal")
assert.Len(entries, 0, "Entries channel should be empty now")
}
// OnRelativeURL transforms incoming relative URLs into fuzz entries by adding HTTP methods.
func (e *EntryProducer) OnRelativeURL(relativeURL string) {
for _, httpMethod := range e.methods {
entry := messages.NewEntry(relativeURL, httpMethod)
e.Entry <- entry
}
}
