// GetReviewableHITs retrieves the HITs with Status equal to Reviewable or
// Status equal to Reviewing that belong to the Requester calling the operation.
func (client amtClient) GetReviewableHITs(hitTypeId, status,
sortProperty string, sortAscending bool,
pageSize, pageNumber int) (amtgen.TxsdGetReviewableHITsResponse, error) {
// Prepare the request
var (
request amtgen.TxsdGetReviewableHITs
args amtgen.TGetReviewableHITsRequest
response amtgen.TxsdGetReviewableHITsResponse
)
args.HITTypeId = xsdt.String(hitTypeId)
args.Status = amtgen.TReviewableHITStatus(status)
args.SortProperty = amtgen.TGetReviewableHITsSortProperty(sortProperty)
if sortAscending {
args.SortDirection = amtgen.TSortDirection("Ascending")
} else {
args.SortDirection = amtgen.TSortDirection("Descending")
}
args.PageSize = xsdt.Int(pageSize)
args.PageNumber = xsdt.Int(pageNumber)
request.Requests = append(request.Requests, &args)
// Send the request
req, err := client.signRequest("GetReviewableHITs", &request)
if err == nil {
err = client.sendRequest(req, &response)
}
return response, err
}
// GetQualificationsForQualificationType returns all of the Qualifications
// granted to Workers for a given Qualification type.
func (client amtClient) GetQualificationsForQualificationType(
qualificationTypeId string, isGranted bool,
pageSize, pageNumber int) (
amtgen.TxsdGetQualificationsForQualificationTypeResponse, error) {
// Prepare the request
var (
request amtgen.TxsdGetQualificationsForQualificationType
args amtgen.TGetQualificationsForQualificationTypeRequest
response amtgen.TxsdGetQualificationsForQualificationTypeResponse
)
args.QualificationTypeId = xsdt.String(qualificationTypeId)
if isGranted {
args.Status = amtgen.TQualificationStatus("Granted")
} else {
args.Status = amtgen.TQualificationStatus("Revoked")
}
args.PageSize = xsdt.Int(pageSize)
args.PageNumber = xsdt.Int(pageNumber)
request.Requests = append(request.Requests, &args)
// Send the request
req, err := client.signRequest("GetQualificationsForQualificationType", &request)
if err == nil {
err = client.sendRequest(req, &response)
}
return response, err
}
// GetReviewResultsForHIT retrieves the computed results and the actions taken
// in the course of executing your Review Policies during a CreateHIT operation.
func (client amtClient) GetReviewResultsForHIT(hitId string,
policyLevels []string,
retrieveActions, retrieveResults bool,
pageSize, pageNumber int) (amtgen.TxsdGetReviewResultsForHITResponse, error) {
// Prepare the request
var (
request amtgen.TxsdGetReviewResultsForHIT
args amtgen.TGetReviewResultsForHITRequest
response amtgen.TxsdGetReviewResultsForHITResponse
)
args.HITId = xsdt.String(hitId)
for _, level := range policyLevels {
args.PolicyLevels = append(args.PolicyLevels,
amtgen.TReviewPolicyLevel(level))
}
args.RetrieveActions = xsdt.Boolean(retrieveActions)
args.RetrieveResults = xsdt.Boolean(retrieveResults)
args.PageSize = xsdt.Int(pageSize)
args.PageNumber = xsdt.Int(pageNumber)
request.Requests = append(request.Requests, &args)
// Send the request
req, err := client.signRequest("GetReviewResultsForHIT", &request)
if err == nil {
err = client.sendRequest(req, &response)
}
return response, err
}
// SearchQualificationTypes searches for Qualification types using the specified
// search query, and returns a list of Qualification types.
func (client amtClient) SearchQualificationTypes(
query, sortProperty string, sortAscending bool,
pageSize, pageNumber int, mustBeRequestable, mustBeOwnedByCaller bool) (
amtgen.TxsdSearchQualificationTypesResponse, error) {
// Prepare the request
var (
request amtgen.TxsdSearchQualificationTypes
args amtgen.TSearchQualificationTypesRequest
response amtgen.TxsdSearchQualificationTypesResponse
)
args.Query = xsdt.String(query)
args.SortProperty = amtgen.TSearchQualificationTypesSortProperty(sortProperty)
if sortAscending {
args.SortDirection = amtgen.TSortDirection("Ascending")
} else {
args.SortDirection = amtgen.TSortDirection("Descending")
}
args.PageSize = xsdt.Int(pageSize)
args.PageNumber = xsdt.Int(pageNumber)
args.MustBeRequestable = xsdt.Boolean(mustBeRequestable)
args.MustBeOwnedByCaller = xsdt.Boolean(mustBeOwnedByCaller)
request.Requests = append(request.Requests, &args)
// Send the request
req, err := client.signRequest("SearchQualificationTypes", &request)
if err == nil {
err = client.sendRequest(req, &response)
}
return response, err
}
// GetAssignmentsForHIT retrieves completed assignments for a HIT.
func (client amtClient) GetAssignmentsForHIT(hitId string,
assignmentStatuses []string, sortProperty string, sortAscending bool,
pageSize, pageNumber int) (
amtgen.TxsdGetAssignmentsForHITResponse, error) {
// Prepare the request
var (
request amtgen.TxsdGetAssignmentsForHIT
args amtgen.TGetAssignmentsForHITRequest
response amtgen.TxsdGetAssignmentsForHITResponse
)
args.HITId = xsdt.String(hitId)
for _, status := range assignmentStatuses {
args.AssignmentStatuses = append(args.AssignmentStatuses,
amtgen.TAssignmentStatus(status))
}
args.SortProperty = amtgen.TGetAssignmentsForHITSortProperty(sortProperty)
if sortAscending {
args.SortDirection = amtgen.TSortDirection("Ascending")
} else {
args.SortDirection = amtgen.TSortDirection("Descending")
}
args.PageSize = xsdt.Int(pageSize)
args.PageNumber = xsdt.Int(pageNumber)
request.Requests = append(request.Requests, &args)
// Send the request
req, err := client.signRequest("GetAssignmentsForHIT", &request)
if err == nil {
err = client.sendRequest(req, &response)
}
return response, err
}
// SearchHITs returns all of a Requester's HITs, on behalf of the Requester.
func (client amtClient) SearchHITs(sortProperty string, sortAscending bool,
pageSize, pageNumber int) (
amtgen.TxsdSearchHITsResponse, error) {
// Prepare the request
var (
request amtgen.TxsdSearchHITs
args amtgen.TSearchHITsRequest
response amtgen.TxsdSearchHITsResponse
)
args.SortProperty = amtgen.TSearchHITsSortProperty(sortProperty)
if sortAscending {
args.SortDirection = amtgen.TSortDirection("Ascending")
} else {
args.SortDirection = amtgen.TSortDirection("Descending")
}
args.PageSize = xsdt.Int(pageSize)
args.PageNumber = xsdt.Int(pageNumber)
request.Requests = append(request.Requests, &args)
// Send the request
req, err := client.signRequest("SearchHITs", &request)
if err == nil {
err = client.sendRequest(req, &response)
}
return response, err
}
// Add numeric value constraints for a free text answer specification
func (question *QuestionForm) AddFreeTextAnswerNumericConstraints(min, max int) {
answer := question.getCurrentAnswer()
if answer.FreeTextAnswer == nil {
answer.FreeTextAnswer = &questionform.TFreeTextAnswerType{}
}
if answer.FreeTextAnswer.Constraints == nil {
answer.FreeTextAnswer.Constraints = &questionform.TxsdFreeTextAnswerTypeSequenceConstraints{}
}
if answer.FreeTextAnswer.Constraints.IsNumeric == nil {
answer.FreeTextAnswer.Constraints.IsNumeric = &questionform.TxsdFreeTextAnswerTypeSequenceConstraintsSequenceIsNumeric{}
}
answer.FreeTextAnswer.Constraints.IsNumeric.MinValue = xsdt.Int(min)
answer.FreeTextAnswer.Constraints.IsNumeric.MaxValue = xsdt.Int(max)
}
// CreateQualificationType creates a new Qualification type.
func (client amtClient) CreateQualificationType(name, description string,
keywords []string, retryDelayInSeconds int,
qualificationTypeStatus, test, answerKey string,
testDurationInSeconds int, autoGranted bool,
autoGrantedValue int) (amtgen.TxsdCreateQualificationTypeResponse, error) {
// Prepare the request
var (
request amtgen.TxsdCreateQualificationType
args amtgen.TCreateQualificationTypeRequest
response amtgen.TxsdCreateQualificationTypeResponse
)
args.Name = xsdt.String(name)
args.Description = xsdt.String(description)
args.Keywords = xsdt.String(strings.Join(keywords, ","))
args.RetryDelayInSeconds = xsdt.Long(retryDelayInSeconds)
args.QualificationTypeStatus = amtgen.TQualificationTypeStatus(
qualificationTypeStatus)
args.Test = xsdt.String(test)
args.AnswerKey = xsdt.String(answerKey)
args.TestDurationInSeconds = xsdt.Long(testDurationInSeconds)
args.AutoGranted = xsdt.Boolean(autoGranted)
args.AutoGrantedValue = xsdt.Int(autoGrantedValue)
request.Requests = append(request.Requests, &args)
// Send the request
req, err := client.signRequest("CreateQualificationType", &request)
if err == nil {
err = client.sendRequest(req, &response)
}
return response, err
}
// CreateHITFromHITTypeId creates a new Human Intelligence Task (HIT) from a
// HITTypeId.
func (client amtClient) CreateHITFromHITTypeId(hitTypeId, question string,
hitLayoutId string, hitLayoutParameters map[string]string,
lifetimeInSeconds, maxAssignments int,
assignmentReviewPolicy, hitReviewPolicy *amtgen.TReviewPolicy,
requesterAnnotation, uniqueRequestToken string) (
amtgen.TxsdCreateHITResponse, error) {
// Prepare the request
var (
args amtgen.TCreateHITRequest
)
args.HITTypeId = xsdt.String(hitTypeId)
args.Question = xsdt.String(question)
args.HITLayoutId = xsdt.String(hitLayoutId)
var hitLayoutParameterOrder []string
for name, _ := range hitLayoutParameters {
hitLayoutParameterOrder = append(hitLayoutParameterOrder, name)
}
sort.Strings(hitLayoutParameterOrder)
for _, name := range hitLayoutParameterOrder {
value := hitLayoutParameters[name]
var param amtgen.THITLayoutParameter
param.Name = xsdt.String(name)
param.Value = xsdt.String(value)
args.HITLayoutParameters = append(args.HITLayoutParameters, ¶m)
}
args.LifetimeInSeconds = xsdt.Long(lifetimeInSeconds)
args.MaxAssignments = xsdt.Int(maxAssignments)
args.AssignmentReviewPolicy = assignmentReviewPolicy
args.HITReviewPolicy = hitReviewPolicy
args.RequesterAnnotation = xsdt.String(requesterAnnotation)
args.UniqueRequestToken = xsdt.String(uniqueRequestToken)
return client.CreateHITFromArgs(args)
}
func getObjectFields(object interface{}, vals map[string]string) {
v := reflect.Indirect(reflect.ValueOf(object))
if !v.IsValid() {
return
}
t := v.Type()
switch t.Kind() {
case reflect.Slice:
for i := 0; i < v.Len(); i++ {
getObjectFields(v.Index(i).Interface(), vals)
}
case reflect.Struct:
for i := 0; i < t.NumField(); i++ {
field := t.Field(i)
switch field.Type.Kind() {
case reflect.Struct, reflect.Ptr, reflect.Slice:
getObjectFields(v.Field(i).Interface(), vals)
default:
if field.Type == reflect.TypeOf(xsdt.Int(0)) {
vals[field.Name] = fmt.Sprintf("%d", v.Field(i).Interface())
} else if field.Type == reflect.TypeOf(xsdt.Long(0)) {
vals[field.Name] = fmt.Sprintf("%d", v.Field(i).Interface())
} else {
vals[field.Name] = v.Field(i).String()
}
}
}
}
}
// GetBlockedWorkers retrieves a list of Workers who are blocked from working
// on your HITs.
func (client amtClient) GetBlockedWorkers(pageSize, pageNumber int) (
amtgen.TxsdGetBlockedWorkersResponse, error) {
// Prepare the request
var (
request amtgen.TxsdGetBlockedWorkers
args amtgen.TGetBlockedWorkersRequest
response amtgen.TxsdGetBlockedWorkersResponse
)
args.PageSize = xsdt.Int(pageSize)
args.PageNumber = xsdt.Int(pageNumber)
request.Requests = append(request.Requests, &args)
// Send the request
req, err := client.signRequest("GetBlockedWorkers", &request)
if err == nil {
err = client.sendRequest(req, &response)
}
return response, err
}
// GetHITsForQualificationType returns the HITs that use the given Qualification
// type for a Qualification requirement.
func (client amtClient) GetHITsForQualificationType(qualificationTypeId string,
pageSize, pageNumber int) (
amtgen.TxsdGetHITsForQualificationTypeResponse, error) {
// Prepare the request
var (
request amtgen.TxsdGetHITsForQualificationType
args amtgen.TGetHITsForQualificationTypeRequest
response amtgen.TxsdGetHITsForQualificationTypeResponse
)
args.QualificationTypeId = xsdt.String(qualificationTypeId)
args.PageSize = xsdt.Int(pageSize)
args.PageNumber = xsdt.Int(pageNumber)
request.Requests = append(request.Requests, &args)
// Send the request
req, err := client.signRequest("GetHITsForQualificationType", &request)
if err == nil {
err = client.sendRequest(req, &response)
}
return response, err
}
// GetBonusPayments retrieves the amounts of bonuses you have paid to Workers
// for a given HIT or assignment.
func (client amtClient) GetBonusPayments(hitId, assignmentId string,
pageSize, pageNumber int) (
amtgen.TxsdGetBonusPaymentsResponse, error) {
// Prepare the request
var (
request amtgen.TxsdGetBonusPayments
args amtgen.TGetBonusPaymentsRequest
response amtgen.TxsdGetBonusPaymentsResponse
)
args.HITId = xsdt.String(hitId)
args.AssignmentId = xsdt.String(assignmentId)
args.PageSize = xsdt.Int(pageSize)
args.PageNumber = xsdt.Int(pageNumber)
request.Requests = append(request.Requests, &args)
// Send the request
req, err := client.signRequest("GetBonusPayments", &request)
if err == nil {
err = client.sendRequest(req, &response)
}
return response, err
}
// CreateHIT creates a new Human Intelligence Task (HIT) without a HITTypeId.
func (client amtClient) CreateHIT(title, description, question string,
hitLayoutId string, hitLayoutParameters map[string]string,
reward float32, assignmentDurationInSeconds,
lifetimeInSeconds, maxAssignments, autoApprovalDelayInSeconds int,
keywords []string,
qualificationRequirements []*amtgen.TQualificationRequirement,
assignmentReviewPolicy, hitReviewPolicy *amtgen.TReviewPolicy,
requesterAnnotation, uniqueRequestToken string) (
amtgen.TxsdCreateHITResponse, error) {
// Prepare the request
var (
args amtgen.TCreateHITRequest
)
args.Title = xsdt.String(title)
args.Description = xsdt.String(description)
args.Question = xsdt.String(question)
args.HITLayoutId = xsdt.String(hitLayoutId)
var hitLayoutParameterOrder []string
for name, _ := range hitLayoutParameters {
hitLayoutParameterOrder = append(hitLayoutParameterOrder, name)
}
sort.Strings(hitLayoutParameterOrder)
for _, name := range hitLayoutParameterOrder {
value := hitLayoutParameters[name]
var param amtgen.THITLayoutParameter
param.Name = xsdt.String(name)
param.Value = xsdt.String(value)
args.HITLayoutParameters = append(args.HITLayoutParameters, ¶m)
}
args.Reward = &amtgen.TPrice{}
args.Reward.Amount = xsdt.Decimal(fmt.Sprint(reward))
args.Reward.CurrencyCode = CURRENCY_USD
args.AssignmentDurationInSeconds = xsdt.Long(assignmentDurationInSeconds)
args.LifetimeInSeconds = xsdt.Long(lifetimeInSeconds)
args.MaxAssignments = xsdt.Int(maxAssignments)
args.AutoApprovalDelayInSeconds = xsdt.Long(autoApprovalDelayInSeconds)
args.Keywords = xsdt.String(strings.Join(keywords, ","))
args.QualificationRequirements = qualificationRequirements
args.AssignmentReviewPolicy = assignmentReviewPolicy
args.HITReviewPolicy = hitReviewPolicy
args.RequesterAnnotation = xsdt.String(requesterAnnotation)
args.UniqueRequestToken = xsdt.String(uniqueRequestToken)
return client.CreateHITFromArgs(args)
}
// GrantQualification issues a payment of money from your account to a Worker.
func (client amtClient) GrantQualification(qualificationRequestId string,
integerValue int) (
amtgen.TxsdGrantQualificationResponse, error) {
// Prepare the request
var (
request amtgen.TxsdGrantQualification
args amtgen.TGrantQualificationRequest
response amtgen.TxsdGrantQualificationResponse
)
args.QualificationRequestId = xsdt.String(qualificationRequestId)
args.IntegerValue = xsdt.Int(integerValue)
request.Requests = append(request.Requests, &args)
// Send the request
req, err := client.signRequest("GrantQualification", &request)
if err == nil {
err = client.sendRequest(req, &response)
}
return response, err
}
// GetRequesterStatistic retrieves statistics about you (the Requester calling
// the operation).
func (client amtClient) GetRequesterStatistic(statistic, timePeriod string,
count int) (amtgen.TxsdGetRequesterStatisticResponse, error) {
// Prepare the request
var (
request amtgen.TxsdGetRequesterStatistic
args amtgen.TGetRequesterStatisticRequest
response amtgen.TxsdGetRequesterStatisticResponse
)
args.Statistic = amtgen.TRequesterStatistic(statistic)
args.TimePeriod = amtgen.TimePeriod(timePeriod)
args.Count = xsdt.Int(count)
request.Requests = append(request.Requests, &args)
// Send the request
req, err := client.signRequest("GetRequesterStatistic", &request)
if err == nil {
err = client.sendRequest(req, &response)
}
return response, err
}
// UpdateQualificationScore changes the value of a Qualification previously
// granted to a Worker.
func (client amtClient) UpdateQualificationScore(qualificationTypeId,
subjectId string, integerValue int) (
amtgen.TxsdUpdateQualificationScoreResponse, error) {
// Prepare the request
var (
request amtgen.TxsdUpdateQualificationScore
args amtgen.TUpdateQualificationScoreRequest
response amtgen.TxsdUpdateQualificationScoreResponse
)
args.QualificationTypeId = xsdt.String(qualificationTypeId)
args.SubjectId = xsdt.String(subjectId)
args.IntegerValue = xsdt.Int(integerValue)
request.Requests = append(request.Requests, &args)
// Send the request
req, err := client.signRequest("UpdateQualificationScore", &request)
if err == nil {
err = client.sendRequest(req, &response)
}
return response, err
}
// AssignQualification gives a Worker a Qualification.
func (client amtClient) AssignQualification(qualificationTypeId,
workerId string, integerValue int, sendNotification bool) (
amtgen.TxsdAssignQualificationResponse, error) {
// Prepare the request
var (
request amtgen.TxsdAssignQualification
args amtgen.TAssignQualificationRequest
response amtgen.TxsdAssignQualificationResponse
)
args.QualificationTypeId = xsdt.String(qualificationTypeId)
args.WorkerId = xsdt.String(workerId)
args.IntegerValue = xsdt.Int(integerValue)
args.SendNotification = xsdt.Boolean(sendNotification)
request.Requests = append(request.Requests, &args)
// Send the request
req, err := client.signRequest("AssignQualification", &request)
if err == nil {
err = client.sendRequest(req, &response)
}
return response, err
}
// ExtendHIT increases the maximum number of assignments, or extends the
// expiration date, of an existing HIT.
func (client amtClient) ExtendHIT(hitId string,
maxAssignmentsIncrement, expirationIncrementInSeconds int,
uniqueRequestToken string) (
amtgen.TxsdExtendHITResponse, error) {
// Prepare the request
var (
request amtgen.TxsdExtendHIT
args amtgen.TExtendHITRequest
response amtgen.TxsdExtendHITResponse
)
args.HITId = xsdt.String(hitId)
args.MaxAssignmentsIncrement = xsdt.Int(maxAssignmentsIncrement)
args.ExpirationIncrementInSeconds = xsdt.Long(expirationIncrementInSeconds)
args.UniqueRequestToken = xsdt.String(uniqueRequestToken)
request.Requests = append(request.Requests, &args)
// Send the request
req, err := client.signRequest("ExtendHIT", &request)
if err == nil {
err = client.sendRequest(req, &response)
}
return response, err
}
func TestAnswerKey(t *testing.T) {
Convey("Given XML for an AnswerKey", t, func() {
keyxml := `<AnswerKey xmlns="http://mechanicalturk.amazonaws.com/AWSMechanicalTurkDataSchemas/2005-10-01/AnswerKey.xsd">
<Question>
<QuestionIdentifier>nextmove</QuestionIdentifier>
<AnswerOption>
<SelectionIdentifier>D</SelectionIdentifier>
<AnswerScore>5</AnswerScore>
</AnswerOption>
</Question>
<Question>
<QuestionIdentifier>favoritefruit</QuestionIdentifier>
<AnswerOption>
<SelectionIdentifier>apples</SelectionIdentifier>
<AnswerScore>10</AnswerScore>
</AnswerOption>
</Question>
<QualificationValueMapping>
<PercentageMapping>
<MaximumSummedScore>15</MaximumSummedScore>
</PercentageMapping>
</QualificationValueMapping>
</AnswerKey>`
Convey("When I Unmarshal the XML", func() {
var result AnswerKey
err := xml.Unmarshal([]byte(keyxml), &result)
So(err, ShouldBeNil)
Convey("Then I get the expected AnswerKey", func() {
expected := AnswerKey{}
expected.XMLName.Space = "http://mechanicalturk.amazonaws.com/AWSMechanicalTurkDataSchemas/2005-10-01/AnswerKey.xsd"
expected.XMLName.Local = "AnswerKey"
expected.Questions = append(expected.Questions,
&answerkey.TxsdAnswerKeySequenceQuestion{},
&answerkey.TxsdAnswerKeySequenceQuestion{})
expected.Questions[0].QuestionIdentifier = xsdt.String("nextmove")
expected.Questions[0].AnswerOptions = append(expected.Questions[0].AnswerOptions, &answerkey.TxsdAnswerKeySequenceQuestionSequenceAnswerOption{})
expected.Questions[0].AnswerOptions[0].SelectionIdentifiers = []xsdt.String{"D"}
expected.Questions[0].AnswerOptions[0].AnswerScore = xsdt.Int(5)
expected.Questions[1].QuestionIdentifier = xsdt.String("favoritefruit")
expected.Questions[1].AnswerOptions = append(expected.Questions[1].AnswerOptions, &answerkey.TxsdAnswerKeySequenceQuestionSequenceAnswerOption{})
expected.Questions[1].AnswerOptions[0].SelectionIdentifiers = []xsdt.String{"apples"}
expected.Questions[1].AnswerOptions[0].AnswerScore = xsdt.Int(10)
expected.QualificationValueMapping = &answerkey.TxsdAnswerKeySequenceQualificationValueMapping{}
expected.QualificationValueMapping.PercentageMapping = &answerkey.TxsdAnswerKeySequenceQualificationValueMappingChoicePercentageMapping{}
expected.QualificationValueMapping.PercentageMapping.MaximumSummedScore = xsdt.Int(15)
So(result, ShouldResemble, expected)
})
Convey("When I Marshal the AnswerKey", func() {
newxml, err := EncodeQuestion(result)
Convey("Then I get the expected XML", func() {
So(err, ShouldBeNil)
expected := `<AnswerKey xmlns="http://mechanicalturk.amazonaws.com/AWSMechanicalTurkDataSchemas/2005-10-01/AnswerKey.xsd">` +
`<Question>` +
`<QuestionIdentifier>nextmove</QuestionIdentifier>` +
`<AnswerOption>` +
`<SelectionIdentifier>D</SelectionIdentifier>` +
`<AnswerScore>5</AnswerScore>` +
`</AnswerOption>` +
`<DefaultScore>0</DefaultScore>` +
`</Question>` +
`<Question>` +
`<QuestionIdentifier>favoritefruit</QuestionIdentifier>` +
`<AnswerOption>` +
`<SelectionIdentifier>apples</SelectionIdentifier>` +
`<AnswerScore>10</AnswerScore>` +
`</AnswerOption>` +
`<DefaultScore>0</DefaultScore>` +
`</Question>` +
`<QualificationValueMapping>` +
`<PercentageMapping>` +
`<MaximumSummedScore>15</MaximumSummedScore>` +
`</PercentageMapping>` +
`</QualificationValueMapping>` +
`</AnswerKey>`
So(string(newxml), ShouldEqual, expected)
})
})
})
})
}
