func TestPrependHost(t *testing.T) {
login := "******"
abs := "http://server.com:6103/platinum/search"
rel := "/platinum/search"
testutils.Equals(t, abs, prependHost(login, abs))
testutils.Equals(t, abs, prependHost(login, rel))
}
func TestSearchXMLComplex(t *testing.T) {
type Listing struct {
Business string `xml:"Business>RESIOWNS"`
Approved bool `xml:"Listing>Approved"`
MLS string `xml:"Listing>MLS"`
Disclaimer string `xml:"Listing>Disclaimer"`
Status string `xml:"Listing>Status"`
ListingPrice float64 `xml:"Listing>Price>ListingPrice"`
OriginalPrice float64 `xml:"Listing>Price>OriginalPrice"`
SellPrice float64 `xml:"Listing>Price>SellingPrice"`
}
body := ioutil.NopCloser(strings.NewReader(standardXML))
cr, err := NewStandardXMLSearchResult(body)
testutils.Ok(t, err)
var listings []Listing
count, maxRows, err := cr.ForEach(minidom.ByName("PropertyListing"), func(elem io.ReadCloser, err error) error {
if err != nil {
return err
}
listing := Listing{}
xml.NewDecoder(elem).Decode(&listing)
listings = append(listings, listing)
return err
})
testutils.Ok(t, err)
testutils.Equals(t, true, maxRows)
testutils.Equals(t, 10, count)
testutils.Equals(t, 2, len(listings))
}
func TestSimple(t *testing.T) {
doms := ioutil.NopCloser(strings.NewReader(example))
parser := xml.NewDecoder(doms)
listings := Listings{}
// minidom isnt necessary but its crazy useful for massive streams
md := minidom.MiniDom{
StartFunc: func(start xml.StartElement) {
switch start.Name.Local {
case "Listings":
attrs := map[string]string{}
for _, v := range start.Attr {
attrs[v.Name.Local] = v.Value
}
listings.ListingsKey = attrs["listingsKey"]
listings.Version = attrs["version"]
listings.VersionTimestamp = attrs["versionTimestamp"]
listings.Language = attrs["lang"]
case "Disclaimer":
parser.DecodeElement(listings.Disclaimer, &start)
}
},
// quit on the the xml tag
EndFunc: minidom.QuitAt("Listings"),
}
err := md.Walk(parser, minidom.ByName("Listing"), ToListing(func(l Listing, err error) error {
listings.Listings = append(listings.Listings, l)
return err
}))
testutils.Ok(t, err)
testutils.Equals(t, 1, len(listings.Listings))
testutils.Equals(t, "http://www.somemls.com/lisings/1234567890", listings.Listings[0].ListingURL)
testutils.Equals(t, "New Light Fixtures", *listings.Listings[0].Photos[1].Caption)
testutils.Equals(t, "1100.0", listings.Listings[0].Expenses[2].Value.Value)
}
func TestCompactRowParsing(t *testing.T) {
var col = ` A B C D E F `
var row = ` 1 2 3 4 6 `
var delim = ` `
headers := CompactRow(col).Parse(delim)
values := CompactRow(row).Parse(delim)
testutils.Equals(t, 6, int(len(headers)))
testutils.Equals(t, 6, int(len(values)))
}
func TestMetaInfoIDMap(t *testing.T) {
test := map[string]string{
"ResourceID": "rid",
"LookupName": "ln",
"MetadataEntryID": "mid",
"ClassName": "cn",
"ColumnGroupName": "cgn",
}
testutils.Equals(t, "rid", MIResource.ID(test))
testutils.Equals(t, "ln", MILookup.ID(test))
testutils.Equals(t, "cn", MIClass.ID(test))
testutils.Equals(t, "cgn", MIColumnGroup.ID(test))
}
func verifyParseResources(t *testing.T, cm CompactMetadata) {
resource := cm.Elements["METADATA-RESOURCE"][0]
testutils.Equals(t, "1.12.30", resource.Attr["Version"])
testutils.Equals(t, len(resource.CompactRows), 2)
indexer := resource.Indexer()
var rows []Row
resource.Rows(func(i int, r Row) {
rows = append(rows, r)
})
testutils.Equals(t, "ActiveAgent", indexer("ResourceID", rows[0]))
testutils.Equals(t, "Tue, 3 Sep 2013 00:00:00 GMT", indexer("ValidationExternalDate", rows[1]))
}
func TestLoad(t *testing.T) {
body := ioutil.NopCloser(strings.NewReader(raw))
defer body.Close()
parser := xml.NewDecoder(body)
xml := RETSResponseWrapper{}
err := parser.Decode(&xml)
if err != io.EOF {
testutils.Ok(t, err)
}
testutils.Equals(t, "Operation Successful", xml.ReplyText)
testutils.Equals(t, "ABBA", xml.Metadata.MSystem.System.ID)
testutils.Equals(t, "Property", string(xml.Metadata.MSystem.System.MResource.Resource[0].ResourceID))
}
func TestParseCompactData(t *testing.T) {
body := ioutil.NopCloser(strings.NewReader(compact))
decoder := DefaultXMLDecoder(body, false)
token, err := decoder.Token()
testutils.Ok(t, err)
start, ok := token.(xml.StartElement)
testutils.Assert(t, ok, "should be a start element")
testutils.Equals(t, "METADATA-ELEMENT", start.Name.Local)
cm, err := NewCompactData(start, decoder, " ")
testutils.Ok(t, err)
testutils.Equals(t, "METADATA-ELEMENT", cm.Element)
testutils.Equals(t, "Dog", cm.Attr["Cat"])
testutils.Equals(t, 2, len(cm.CompactRows))
testutils.Equals(t, 2, len(cm.Columns()))
}
func TestSearchXML(t *testing.T) {
body := ioutil.NopCloser(strings.NewReader(standardXML))
cr, err := NewStandardXMLSearchResult(body)
testutils.Ok(t, err)
var listings []io.ReadCloser
count, maxRows, err := cr.ForEach(minidom.ByName("PropertyListing"), func(elem io.ReadCloser, err error) error {
listings = append(listings, elem)
return err
})
testutils.Ok(t, err)
testutils.Equals(t, true, maxRows)
testutils.Equals(t, 10, count)
testutils.Equals(t, 2, len(listings))
}
func verifyParseLookup(t *testing.T, cm CompactMetadata) {
mdata := cm.Elements["METADATA-LOOKUP"][0]
testutils.Equals(t, "TaxHistoricalDesignation", mdata.Attr["Resource"])
testutils.Equals(t, "1.12.29", mdata.Attr["Version"])
testutils.Equals(t, len(mdata.CompactRows), 4)
indexer := mdata.Indexer()
var row []Row
mdata.Rows(func(i int, r Row) {
row = append(row, r)
})
testutils.Equals(t, "COUNTIES_OR_REGIONS", indexer("LookupName", row[0]))
testutils.Equals(t, "Tue, 3 Sep 2013 00:00:00 GMT", indexer("Date", row[3]))
}
func TestSearchCompactNoEof(t *testing.T) {
rets := `<RETS ReplyCode="20201" ReplyText="No Records Found." ></RETS>`
body := ioutil.NopCloser(strings.NewReader(rets))
cr, err := NewCompactSearchResult(body)
testutils.Ok(t, err)
testutils.Equals(t, StatusNoRecords, cr.Response.Code)
}
func TestCreateHa2(t *testing.T) {
method, uri := "GET", "/platinum/login"
expected := "1b11c4ebed4a67753078be8020ea9d19"
actual := createNoQopDigest().createHa2(method, uri, md5.New())
testutils.Equals(t, expected, actual)
}
func TestSystem(t *testing.T) {
body := ioutil.NopCloser(strings.NewReader(raw))
defer body.Close()
extractor := &Extractor{Body: body}
response, err := extractor.Open()
testutils.Ok(t, err)
testutils.Equals(t, "Operation Successful", response.ReplyText)
xml := MSystem{}
err = extractor.DecodeNext("METADATA-SYSTEM", &xml)
if err != io.EOF {
testutils.Ok(t, err)
}
testutils.Equals(t, "ABBA", xml.System.ID)
testutils.Equals(t, "Property", string(xml.System.MResource.Resource[0].ResourceID))
}
func TestCompactEntry(t *testing.T) {
body := ioutil.NopCloser(strings.NewReader(compact))
decoder := DefaultXMLDecoder(body, false)
token, err := decoder.Token()
testutils.Ok(t, err)
start, ok := token.(xml.StartElement)
testutils.Assert(t, ok, "should be a start element")
cm, err := NewCompactData(start, decoder, " ")
testutils.Ok(t, err)
type Test struct {
ResourceID, Standardname string
}
row1 := Test{}
maps := cm.Entries()
maps[0].SetFields(&row1)
testutils.Equals(t, "ActiveAgent", row1.ResourceID)
testutils.Equals(t, "ActiveAgent", row1.Standardname)
}
func TestSearchXMLParseSearchQuit(t *testing.T) {
noEnd := strings.Split(standardXML, "Commercial")[0]
body := ioutil.NopCloser(strings.NewReader(noEnd))
cr, err := NewStandardXMLSearchResult(body)
testutils.Ok(t, err)
var listings [][]byte
count, maxRows, err := cr.ForEach(minidom.ByName("PropertyListing"), func(elem io.ReadCloser, err error) error {
tmp, _ := ioutil.ReadAll(elem)
listings = append(listings, tmp)
return err
})
testutils.NotOk(t, err)
testutils.Equals(t, false, maxRows)
testutils.Equals(t, 10, count)
testutils.Equals(t, 1, len(listings))
}
func TestCreateHa1Md5(t *testing.T) {
username := "******"
password := "******"
cnonce := "6ac2c2eee85f5c33"
expected := "5c0da895491be93b455ebb56f7ae0a9f"
actual := createNoQopDigest().createHa1(username, password, cnonce, md5.New())
testutils.Equals(t, expected, actual)
}
func TestSearchCompactParseSearchQuit(t *testing.T) {
noEnd := strings.Split(compactDecoded, "<MAXROWS/>")[0]
body := ioutil.NopCloser(strings.NewReader(noEnd))
cr, err := NewCompactSearchResult(body)
testutils.Ok(t, err)
rowsFound := 0
cr.ForEach(func(data Row, err error) error {
if err != nil {
testutils.Assert(t, strings.Contains(err.Error(), "EOF"), "found something not eof")
return err
}
testutils.Equals(t, "1,2,3,4,,6", strings.Join(data, ","))
rowsFound++
return nil
})
testutils.Equals(t, 8, rowsFound)
}
func TestSearchCompactEmbeddedRetsStatus(t *testing.T) {
rets := `<?xml version="1.0" encoding="UTF-8" ?>
<RETS ReplyCode="0" ReplyText="Operation Successful">
<RETS-STATUS ReplyCode="20201" ReplyText="No matching records were found" />
</RETS>`
body := ioutil.NopCloser(strings.NewReader(rets))
cr, err := NewCompactSearchResult(body)
testutils.Ok(t, err)
testutils.Equals(t, StatusNoRecords, cr.Response.Code)
}
func TestCreateResponseQopAuth(t *testing.T) {
nc := "00000001"
cnonce := "6ac2c2eee85f5c33"
ha1 := "5c0da895491be93b455ebb56f7ae0a9f"
ha2 := "1b11c4ebed4a67753078be8020ea9d19"
expected := "28552064c4cde9a3af7610e7ae286d50"
actual := createAuthDigest().createResponse(ha1, ha2, nc, cnonce, md5.New())
testutils.Equals(t, expected, actual)
}
func TestMetaInfoIDStruct(t *testing.T) {
type TestStruct struct {
ResourceID string
LookupName string
MetadataEntryID string
ClassName string
ColumnGroupName string
}
test := &TestStruct{
ResourceID: "rid",
LookupName: "ln",
MetadataEntryID: "mid",
ClassName: "cn",
ColumnGroupName: "cgn",
}
testutils.Equals(t, "rid", MIResource.ID(test))
testutils.Equals(t, "ln", MILookup.ID(test))
testutils.Equals(t, "cn", MIClass.ID(test))
testutils.Equals(t, "cgn", MIColumnGroup.ID(test))
}
func TestCreateResponseNoQop(t *testing.T) {
nc := "00000001"
cnonce := "6ac2c2eee85f5c33"
ha1 := "5c0da895491be93b455ebb56f7ae0a9f"
ha2 := "1b11c4ebed4a67753078be8020ea9d19"
expected := "5f8d366fb430e9b395a84dba52247a35"
actual := createNoQopDigest().createResponse(ha1, ha2, nc, cnonce, md5.New())
testutils.Equals(t, expected, actual)
}
func TestSystemHierarchyCount(t *testing.T) {
count := func(MetaInfo) int { return 0 }
count = func(mi MetaInfo) int {
counter := 1
for _, c := range mi.Child {
counter = counter + count(c)
}
return counter
}
testutils.Equals(t, 25, count(MISystem))
}
func TestDigest(t *testing.T) {
username, password := "******", "passwd"
expected := `Digest username="******", realm="*****@*****.**", nonce="31333739363738363932323632201e00230a639db77779b354d601ee5d2e", uri="/platinum/login", response="5f8d366fb430e9b395a84dba52247a35", algorithm="MD5", opaque="6e6f742075736564"`
method, uri := "GET", "/platinum/login"
actual := createNoQopDigest().CreateDigestResponse(username, password, method, uri)
testutils.Equals(t, expected, actual)
}
func TestSearchCompactBadChar(t *testing.T) {
rets := `<?xml version="1.0" encoding="UTF-8" ?>
<RETS ReplyCode="0" ReplyText="Operation Successful">
<COUNT Records="1" />
<DELIMITER value = "09"/>
<COLUMNS> A B C D E F </COLUMNS>
<DATA> 1` + "\x0b" + `1 2 3 4 6 </DATA>
</RETS>`
body := ioutil.NopCloser(strings.NewReader(rets))
cr, err := NewCompactSearchResult(body)
testutils.Ok(t, err)
testutils.Equals(t, StatusOK, cr.Response.Code)
counter := 0
cr.ForEach(func(row Row, err error) error {
testutils.Ok(t, err)
testutils.Equals(t, "1 1,2,3,4,,6", strings.Join(row, ","))
counter = counter + 1
return nil
})
}
func TestParseCapabilitiesRelativeUrls(t *testing.T) {
body :=
`<RETS ReplyCode="0" ReplyText="V2.7.0 2315: Success">
<RETS-RESPONSE>
MemberName=Threewide Corporation
User=2000343, Association Member Primary:Login:Media Restrictions:Office:RETS:RETS Advanced:RETS Customer:System-MRIS:MDS Access Common:MDS Application Login, 90, TURD1
Broker=TWD,1
MetadataVersion=1.12.30
MinMetadataVersion=1.1.1
OfficeList=TWD;1
TimeoutSeconds=1800
Login=/platinum/login
Action=/platinum/get?Command=Message
Search=/platinum/search
Get=/platinum/get
GetObject=/platinum/getobject
Logout=/platinum/logout
GetMetadata=/platinum/getmetadata
ChangePassword=/platinum/changepassword
X-SampleLinks=/rets2_2/Links
X-SupportSite=http://flexmls.com/rets/
X-NotificationFeed=http://example.com/atom/feed/private/atom.xml
</RETS-RESPONSE>
</RETS>`
urls, err := parseCapability(
ioutil.NopCloser(strings.NewReader(body)),
"http://server.com:6103/platinum/login",
)
testutils.Ok(t, err)
testutils.Equals(t, urls.Response.Text, "V2.7.0 2315: Success")
testutils.Equals(t, urls.Response.Code, StatusOK)
testutils.Equals(t, urls.Login, "http://server.com:6103/platinum/login")
testutils.Equals(t, urls.GetMetadata, "http://server.com:6103/platinum/getmetadata")
testutils.Equals(t, "http://server.com:6103/rets2_2/Links", urls.AdditionalURLs["X-SampleLinks"])
}
func TestFieldTransfer(t *testing.T) {
type Tester struct {
Bob string
foo string
Baz string
}
test := &Tester{}
FieldTransfer(map[string]string{
"Bob": "foo",
"Foo": "bar",
"baz": "blah",
}).To(test)
testutils.Equals(t, "foo", test.Bob)
testutils.Assert(t, "" == test.foo, "shouldnt be able to set lower case fields")
testutils.Assert(t, "blah" == test.Baz, "should be case insensitive")
}
func TestDigestQopAuth(t *testing.T) {
username, password := "******", "passwd"
wwwAuthenticate := `Digest realm="*****@*****.**",nonce="cbbaac704d6762fa2e4c37bb84ffddb8",opaque="77974390-589f-4ec6-b67c-4a9fc096c03f",qop="auth"`
expected := `Digest username="******", realm="*****@*****.**", nonce="cbbaac704d6762fa2e4c37bb84ffddb8", uri="/rets/login", response="3b2ce903001cf00a264c69674d691526", qop=auth, nc=00000001, cnonce="6ac2c2eee85f5c33", algorithm="MD5", opaque="77974390-589f-4ec6-b67c-4a9fc096c03f"`
method, uri := "GET", "/rets/login"
cnonce := "6ac2c2eee85f5c33"
dig, err := NewDigest(wwwAuthenticate)
if err != nil {
t.Fail()
}
actual := dig.computeAuthorization(username, password, method, uri, cnonce)
testutils.Equals(t, expected, actual)
}
func TestCreateHa1Md5Sess(t *testing.T) {
username := "******"
password := "******"
cnonce := "6ac2c2eee85f5c33"
wwwAuthenticate := `Digest realm="*****@*****.**", nonce="31333739363738363932323632201e00230a639db77779b354d601ee5d2e", opaque="6e6f742075736564, algorithm="MD5-sess"`
digest, err := NewDigest(wwwAuthenticate)
if err != nil {
t.Fail()
}
expected := "f1843845124dcba66fef064f5aa7a782"
actual := digest.createHa1(username, password, cnonce, md5.New())
testutils.Equals(t, expected, actual)
}
func TestProcessResponseBodyNoConnectTime(t *testing.T) {
actual, err := processResponseBody(
ioutil.NopCloser(strings.NewReader(
`<RETS ReplyCode="0" ReplyText="Logging out">
<RETS-RESPONSE>
Billing=Im Billing You
SignOffMessage=Goodbye
</RETS-RESPONSE>
</RETS>`,
)))
if err != nil {
t.Fail()
}
expected := &LogoutResponse{ReplyCode: StatusOK, ReplyText: "Logging out", Billing: "Im Billing You", SignOffMessage: "Goodbye"}
testutils.Equals(t, expected, actual)
}
func TestParseChallenge(t *testing.T) {
wwwAuthenticate := `Digest realm="*****@*****.**", nonce="31333739363738363932323632201e00230a639db77779b354d601ee5d2e", opaque="6e6f742075736564"`
digest, err := NewDigest(wwwAuthenticate)
if err != nil {
t.Fail()
}
expected := &Digest{
Realm: "*****@*****.**",
Nonce: "31333739363738363932323632201e00230a639db77779b354d601ee5d2e",
Algorithm: "MD5",
Opaque: "6e6f742075736564",
Qop: "",
NonceCount: 1,
}
testutils.Equals(t, expected, digest)
}
