Rows => this.Data.Select(a => new AssessmentDetailRow(a));
-
- private void NavigateToCovid19TreatmentAssessment()
- {
- this.NavigationManager.NavigateTo(this.AssessmentPagePath);
- }
-
- private DateTime ConvertDateTime(DateTime utcDateTime)
- {
- return TimeZoneInfo.ConvertTimeFromUtc(utcDateTime, this.GetTimeZone());
- }
-
- private TimeZoneInfo GetTimeZone()
- {
- return DateFormatter.GetLocalTimeZone(this.Configuration);
- }
-
- private sealed record AssessmentDetailRow
- {
- public AssessmentDetailRow(PreviousAssessmentDetails model)
- {
- this.FormId = model.FormId;
- this.DateTimeOfAssessment = model.DateTimeOfAssessment;
- }
-
- public DateTime DateTimeOfAssessment { get; }
-
- public string? FormId { get; }
- }
- }
-}
diff --git a/Apps/Admin/Client/Pages/Covid19TreatmentAssessmentPage.razor b/Apps/Admin/Client/Pages/Covid19TreatmentAssessmentPage.razor
deleted file mode 100644
index 2e408ead44..0000000000
--- a/Apps/Admin/Client/Pages/Covid19TreatmentAssessmentPage.razor
+++ /dev/null
@@ -1,229 +0,0 @@
-@page "/covid-19-treatment-assessment"
-@layout MainLayout
-@attribute [Authorize(Roles = $"{Roles.Support},{Roles.Admin}")]
-@using HealthGateway.Admin.Client.Components.Support
-@using HealthGateway.Admin.Client.Store.PatientDetails
-@using HealthGateway.Admin.Client.Store.PatientSupport
-@using HealthGateway.Admin.Common.Constants
-@using HealthGateway.Common.Ui.Constants
-@using System.Globalization
-@inherits Fluxor.Blazor.Web.Components.FluxorComponent
-
-Health Gateway Admin COVID-19 Treatment Assessment
-
-
-
- Back
-
-
-
-COVID-19 Treatment Assessment
-
-
- @PatientDetailsState.Value.Error?.Message
-
-
-
- @PatientSupportState.Value.Error?.Message
-
-
-
-
- @foreach (string warning in PatientSupportState.Value.WarningMessages)
- {
- - @warning
- }
-
-
-
-
- @StatusWarning
-
-
-@if (Patient != null && AssessmentInfo != null)
-{
-
- Patient Information
-
-
-
-
-
-
-
-
-
-
-
-
-
- @if (Patient.Status is PatientStatus.Default or PatientStatus.NotUser)
- {
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
- Clear
-
-
-
-
-
- @if (SymptomOnsetTooLongAgo)
- {
- Citizen would likely not benefit from COVID‑19 treatment.
- }
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
- @(string.IsNullOrWhiteSpace(Request.PhoneNumber) ? "Not provided" : Request.PhoneNumber)
-
-
-
-
-
-
- Cancel
-
-
- Submit
-
-
- }
-}
-else if (PatientsLoaded && PatientDetailsLoaded)
-{
-
- No user found with the specified HDID.
-
-}
-else
-{
-
-}
diff --git a/Apps/Admin/Client/Pages/Covid19TreatmentAssessmentPage.razor.cs b/Apps/Admin/Client/Pages/Covid19TreatmentAssessmentPage.razor.cs
deleted file mode 100644
index d389a842ea..0000000000
--- a/Apps/Admin/Client/Pages/Covid19TreatmentAssessmentPage.razor.cs
+++ /dev/null
@@ -1,212 +0,0 @@
-//-------------------------------------------------------------------------
-// Copyright © 2019 Province of British Columbia
-//
-// Licensed under the Apache License, Version 2.0 (the "License");
-// you may not use this file except in compliance with the License.
-// You may obtain a copy of the License at
-//
-// http://www.apache.org/licenses/LICENSE-2.0
-//
-// Unless required by applicable law or agreed to in writing, software
-// distributed under the License is distributed on an "AS IS" BASIS,
-// WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.
-// See the License for the specific language governing permissions and
-// limitations under the License.
-//-------------------------------------------------------------------------
-namespace HealthGateway.Admin.Client.Pages
-{
- using System;
- using System.Linq;
- using System.Threading.Tasks;
- using Fluxor;
- using Fluxor.Blazor.Web.Components;
- using HealthGateway.Admin.Client.Store.PatientDetails;
- using HealthGateway.Admin.Client.Store.PatientSupport;
- using HealthGateway.Admin.Client.Utils;
- using HealthGateway.Admin.Common.Constants;
- using HealthGateway.Admin.Common.Models;
- using HealthGateway.Admin.Common.Models.CovidSupport;
- using HealthGateway.Common.Data.Constants;
- using HealthGateway.Common.Data.Models;
- using HealthGateway.Common.Data.Utils;
- using HealthGateway.Common.Data.Validations;
- using Microsoft.AspNetCore.Components;
- using Microsoft.AspNetCore.WebUtilities;
- using Microsoft.Extensions.Primitives;
- using MudBlazor;
- using AssessmentAddressConfirmationDialog = HealthGateway.Admin.Client.Components.Support.AddressConfirmationDialog<
- HealthGateway.Admin.Client.Store.PatientDetails.PatientDetailsActions.SubmitCovid19TreatmentAssessmentFailureAction,
- HealthGateway.Admin.Client.Store.PatientDetails.PatientDetailsActions.SubmitCovid19TreatmentAssessmentSuccessAction>;
-
- ///
- /// Backing logic for the COVID-19 Treatment Assessment page.
- ///
- public partial class Covid19TreatmentAssessmentPage : FluxorComponent
- {
- [Inject]
- private IDispatcher Dispatcher { get; set; } = default!;
-
- [Inject]
- private IState PatientDetailsState { get; set; } = default!;
-
- [Inject]
- private IState PatientSupportState { get; set; } = default!;
-
- [Inject]
- private IDialogService Dialog { get; set; } = default!;
-
- [Inject]
- private NavigationManager NavigationManager { get; set; } = default!;
-
- private bool HasPatientSupportDetailsError => this.PatientDetailsState.Value.Error is { Message.Length: > 0 };
-
- private bool PatientsLoaded => this.PatientSupportState.Value.Loaded;
-
- private bool HasPatientsError => this.PatientSupportState.Value.Error is { Message.Length: > 0 };
-
- private bool HasPatientsWarning => this.PatientSupportState.Value.WarningMessages.Any();
-
- private PatientSupportResult? Patient =>
- this.PatientSupportState.Value.Result?.SingleOrDefault(x => x.PersonalHealthNumber == this.Phn);
-
- private bool PatientDetailsLoaded => this.PatientDetailsState.Value.Loaded;
-
- private CovidAssessmentDetailsResponse? AssessmentInfo => this.PatientDetailsState.Value.Result?.CovidAssessmentDetails;
-
- private string PatientName => StringManipulator.JoinWithoutBlanks([this.Patient?.PreferredName?.GivenName, this.Patient?.PreferredName?.Surname]);
-
- private int Age => AgeRangeValidator.CalculateAge(DateTime.UtcNow, this.Patient?.Birthdate?.ToDateTime(TimeOnly.MinValue) ?? DateTime.UtcNow);
-
- private string? StatusWarning => this.Patient == null ? null : FormattingUtility.FormatPatientStatus(this.Patient.Status);
-
- private string PatientDetailsUrl => $"/patient-details?phn={this.Phn}";
-
- private MudForm Form { get; set; } = default!;
-
- private MudDatePicker SymptomOnsetDatePicker { get; set; } = default!;
-
- private string Phn { get; set; } = string.Empty;
-
- private CovidAssessmentRequest Request { get; } = new();
-
- private bool SymptomOnsetTooLongAgo
- {
- get
- {
- DateTime? onsetDate = this.Request.SymptomOnsetDate;
- if (onsetDate == null)
- {
- return false;
- }
-
- return DateTime.UtcNow.Date > onsetDate.Value.Date.AddDays(10);
- }
- }
-
- ///
- protected override void OnInitialized()
- {
- base.OnInitialized();
-
- Uri uri = this.NavigationManager.ToAbsoluteUri(this.NavigationManager.Uri);
- if (QueryHelpers.ParseQuery(uri.Query).TryGetValue("phn", out StringValues phn) && phn != StringValues.Empty)
- {
- this.Phn = phn.ToString();
- this.RetrievePatientDetails();
- }
- else
- {
- this.NavigationManager.NavigateTo("/support");
- }
- }
-
- private static string? ValidatePhoneNumber(string number)
- {
- if (string.IsNullOrWhiteSpace(number))
- {
- return "Required";
- }
-
- return !AddressUtility.PhoneNumberRegex().IsMatch(number) ? "Invalid phone number" : null;
- }
-
- private static string? ValidateRequiredOption(CovidTherapyAssessmentOption option)
- {
- return option == CovidTherapyAssessmentOption.Unspecified ? "Required" : null;
- }
-
- private void RetrievePatientDetails()
- {
- if (this.Patient == null)
- {
- this.Dispatcher.Dispatch(new PatientSupportActions.ResetStateAction());
-
- this.Dispatcher.Dispatch(new PatientSupportActions.LoadAction { QueryType = PatientQueryType.Phn, QueryString = this.Phn });
- }
-
- if (this.AssessmentInfo == null)
- {
- this.Dispatcher.Dispatch(new PatientDetailsActions.ResetStateAction());
- this.Dispatcher.Dispatch(new PatientDetailsActions.LoadAction { QueryType = ClientRegistryType.Phn, QueryString = this.Phn, RefreshVaccineDetails = false });
- }
- }
-
- private async Task HandleClickConfirmAsync()
- {
- await this.Form.Validate();
- if (!this.Form.IsValid)
- {
- return;
- }
-
- await this.OpenAddressConfirmationDialogAsync();
- }
-
- private void SubmitAssessment(Address address)
- {
- this.Request.StreetAddresses = address.StreetLines.ToList();
- this.Request.City = address.City;
- this.Request.ProvOrState = address.State;
- this.Request.PostalCode = address.PostalCode;
- this.Request.Country = address.Country;
-
- this.Request.Phn = this.Patient?.PersonalHealthNumber ?? string.Empty;
- this.Request.FirstName = this.Patient?.LegalName?.GivenName ?? string.Empty;
- this.Request.LastName = this.Patient?.LegalName?.Surname ?? string.Empty;
- this.Request.Birthdate = this.Patient?.Birthdate?.ToDateTime(TimeOnly.MinValue);
-
- this.Dispatcher.Dispatch(new PatientDetailsActions.SubmitCovid19TreatmentAssessmentAction { Request = this.Request, Phn = this.Phn });
- }
-
- private async Task OpenAddressConfirmationDialogAsync()
- {
- Address? address = this.Patient?.PostalAddress ?? this.Patient?.PhysicalAddress;
-
- const string title = "Confirm Address";
- DialogParameters parameters = new()
- {
- [nameof(AssessmentAddressConfirmationDialog.ActionOnConfirm)] = (Action)this.SubmitAssessment,
- [nameof(AssessmentAddressConfirmationDialog.DefaultAddress)] = address,
- [nameof(AssessmentAddressConfirmationDialog.ConfirmButtonLabel)] = "Send",
- [nameof(AssessmentAddressConfirmationDialog.OutputCountryCodeFormat)] = true,
- };
- DialogOptions options = new()
- {
- DisableBackdropClick = true,
- FullWidth = true,
- MaxWidth = MaxWidth.Small,
- };
- IDialogReference dialog = await this.Dialog
- .ShowAsync(
- title,
- parameters,
- options);
-
- DialogResult result = await dialog.Result;
- if (!result.Canceled)
- {
- this.NavigationManager.NavigateTo(this.PatientDetailsUrl);
- }
- }
- }
-}
diff --git a/Apps/Admin/Client/Store/PatientDetails/PatientDetailsActions.cs b/Apps/Admin/Client/Store/PatientDetails/PatientDetailsActions.cs
index dbe3bf6cbe..f9477f4aa1 100644
--- a/Apps/Admin/Client/Store/PatientDetails/PatientDetailsActions.cs
+++ b/Apps/Admin/Client/Store/PatientDetails/PatientDetailsActions.cs
@@ -19,7 +19,6 @@ namespace HealthGateway.Admin.Client.Store.PatientDetails
using System.Diagnostics.CodeAnalysis;
using HealthGateway.Admin.Common.Constants;
using HealthGateway.Admin.Common.Models;
- using HealthGateway.Admin.Common.Models.CovidSupport;
using HealthGateway.Common.Data.Constants;
///
@@ -96,38 +95,6 @@ public record BlockAccessSuccessAction
///
public record BlockAccessFailureAction : BaseFailureAction;
- ///
- /// The action representing the initiation of a COVID-19 treatment assessment submission.
- ///
- public record SubmitCovid19TreatmentAssessmentAction
- {
- ///
- /// Gets the COVID-19 therapy assessment request.
- ///
- public required CovidAssessmentRequest Request { get; init; }
-
- ///
- /// Gets the PHN associated with the patient.
- ///
- public required string Phn { get; init; }
- }
-
- ///
- /// The action representing a successful COVID-19 treatment assessment submission.
- ///
- public record SubmitCovid19TreatmentAssessmentSuccessAction
- {
- ///
- /// Gets the PHN associated with the patient.
- ///
- public required string Phn { get; init; }
- }
-
- ///
- /// The action representing a failed COVID-19 treatment assessment submission.
- ///
- public record SubmitCovid19TreatmentAssessmentFailureAction : BaseFailureAction;
-
///
/// The action that clears the state.
///
diff --git a/Apps/Admin/Client/Store/PatientDetails/PatientDetailsEffects.cs b/Apps/Admin/Client/Store/PatientDetails/PatientDetailsEffects.cs
index d39df0692c..8b05414a62 100644
--- a/Apps/Admin/Client/Store/PatientDetails/PatientDetailsEffects.cs
+++ b/Apps/Admin/Client/Store/PatientDetails/PatientDetailsEffects.cs
@@ -79,36 +79,5 @@ public Task HandleBlockSuccessAction(PatientDetailsActions.BlockAccessSuccessAct
});
return Task.CompletedTask;
}
-
- [EffectMethod]
- public async Task HandleSubmitCovid19TreatmentAssessmentAction(PatientDetailsActions.SubmitCovid19TreatmentAssessmentAction action, IDispatcher dispatcher)
- {
- logger.LogInformation("Submitting COVID-19 treatment assessment");
- try
- {
- await supportApi.SubmitCovidAssessmentAsync(action.Request);
- dispatcher.Dispatch(new PatientDetailsActions.SubmitCovid19TreatmentAssessmentSuccessAction { Phn = action.Phn });
- }
- catch (Exception e) when (e is ApiException or HttpRequestException)
- {
- logger.LogError(e, "Error submitting COVID-19 treatment assessment: {Message}", e.Message);
- RequestError error = StoreUtility.FormatRequestError(e);
- dispatcher.Dispatch(new PatientDetailsActions.SubmitCovid19TreatmentAssessmentFailureAction { Error = error });
- }
- }
-
- [EffectMethod]
- public Task HandleSubmitCovid19TreatmentAssessmentSuccessAction(PatientDetailsActions.SubmitCovid19TreatmentAssessmentSuccessAction action, IDispatcher dispatcher)
- {
- logger.LogInformation("Reload the patient's data for details page");
- dispatcher.Dispatch(
- new PatientDetailsActions.LoadAction
- {
- QueryType = ClientRegistryType.Phn,
- QueryString = action.Phn,
- RefreshVaccineDetails = false,
- });
- return Task.CompletedTask;
- }
}
}
diff --git a/Apps/Admin/Client/Store/PatientDetails/PatientDetailsReducers.cs b/Apps/Admin/Client/Store/PatientDetails/PatientDetailsReducers.cs
index 6b092ae73d..c9c19d32ee 100644
--- a/Apps/Admin/Client/Store/PatientDetails/PatientDetailsReducers.cs
+++ b/Apps/Admin/Client/Store/PatientDetails/PatientDetailsReducers.cs
@@ -42,7 +42,6 @@ public static PatientDetailsState ReduceLoadSuccessAction(PatientDetailsState st
AgentActions = action.Data.AgentActions?.ToImmutableList(),
Dependents = action.Data.Dependents?.ToImmutableList(),
VaccineDetails = action.Data.VaccineDetails,
- CovidAssessmentDetails = action.Data.CovidAssessmentDetails,
};
}
@@ -69,7 +68,6 @@ public static PatientDetailsState ReduceResetStateAction(PatientDetailsState sta
AgentActions = null,
Dependents = null,
VaccineDetails = null,
- CovidAssessmentDetails = null,
};
}
diff --git a/Apps/Admin/Client/Store/PatientDetails/PatientDetailsState.cs b/Apps/Admin/Client/Store/PatientDetails/PatientDetailsState.cs
index ca8c6c8261..dcfa1c9e72 100644
--- a/Apps/Admin/Client/Store/PatientDetails/PatientDetailsState.cs
+++ b/Apps/Admin/Client/Store/PatientDetails/PatientDetailsState.cs
@@ -55,11 +55,6 @@ public record PatientDetailsState : BaseRequestState
///
public VaccineDetails? VaccineDetails { get; init; }
- ///
- /// Gets the covid assessment details linked to the patient support details.
- ///
- public CovidAssessmentDetailsResponse? CovidAssessmentDetails { get; init; }
-
///
/// Gets the request state for block access requests.
///
diff --git a/Apps/Admin/Common/Models/CovidSupport/CovidAssessmentDetailsResponse.cs b/Apps/Admin/Common/Models/CovidSupport/CovidAssessmentDetailsResponse.cs
deleted file mode 100644
index bebdf69a90..0000000000
--- a/Apps/Admin/Common/Models/CovidSupport/CovidAssessmentDetailsResponse.cs
+++ /dev/null
@@ -1,55 +0,0 @@
-//-------------------------------------------------------------------------
-// Copyright © 2019 Province of British Columbia
-//
-// Licensed under the Apache License, Version 2.0 (the "License");
-// you may not use this file except in compliance with the License.
-// You may obtain a copy of the License at
-//
-// http://www.apache.org/licenses/LICENSE-2.0
-//
-// Unless required by applicable law or agreed to in writing, software
-// distributed under the License is distributed on an "AS IS" BASIS,
-// WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.
-// See the License for the specific language governing permissions and
-// limitations under the License.
-//-------------------------------------------------------------------------
-namespace HealthGateway.Admin.Common.Models.CovidSupport;
-
-using System.Collections.Generic;
-using System.Text.Json.Serialization;
-
-///
-/// Model object representing citizen details for the COVID-19 therapy assessment.
-///
-public class CovidAssessmentDetailsResponse
-{
- ///
- /// Gets or sets a value indicating whether the citizen has tested positive for COVID-19 in the past 7 days.
- ///
- [JsonPropertyName("hasKnownPositiveC19Past7Days")]
- public bool HasKnownPositiveC19Past7Days { get; set; }
-
- ///
- /// Gets or sets a value indicating whether the citizen is considered immunocompromised.
- ///
- [JsonPropertyName("citizenIsConsideredImmunoCompromised")]
- public bool CitizenIsConsideredImmunoCompromised { get; set; }
-
- ///
- /// Gets or sets a value indicating whether the citizen has had 3 vaccine doses for more than 14 days.
- ///
- [JsonPropertyName("has3DoseMoreThan14Days")]
- public bool Has3DoseMoreThan14Days { get; set; }
-
- ///
- /// Gets or sets a value indicating whether the citizen has a documented chronic condition.
- ///
- [JsonPropertyName("hasDocumentedChronicCondition")]
- public bool HasDocumentedChronicCondition { get; set; }
-
- ///
- /// Gets or sets the list of previous assessment details.
- ///
- [JsonPropertyName("previousAssessmentDetailsList")]
- public IEnumerable? PreviousAssessmentDetailsList { get; set; }
-}
diff --git a/Apps/Admin/Common/Models/CovidSupport/CovidAssessmentRequest.cs b/Apps/Admin/Common/Models/CovidSupport/CovidAssessmentRequest.cs
deleted file mode 100644
index 4d9b312400..0000000000
--- a/Apps/Admin/Common/Models/CovidSupport/CovidAssessmentRequest.cs
+++ /dev/null
@@ -1,177 +0,0 @@
-//-------------------------------------------------------------------------
-// Copyright © 2019 Province of British Columbia
-//
-// Licensed under the Apache License, Version 2.0 (the "License");
-// you may not use this file except in compliance with the License.
-// You may obtain a copy of the License at
-//
-// http://www.apache.org/licenses/LICENSE-2.0
-//
-// Unless required by applicable law or agreed to in writing, software
-// distributed under the License is distributed on an "AS IS" BASIS,
-// WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.
-// See the License for the specific language governing permissions and
-// limitations under the License.
-//-------------------------------------------------------------------------
-namespace HealthGateway.Admin.Common.Models.CovidSupport;
-
-using System;
-using System.Collections.Generic;
-using System.Text.Json.Serialization;
-using HealthGateway.Admin.Common.Constants;
-
-///
-/// Model representing a request for COVID-19 therapy assessment.
-///
-public class CovidAssessmentRequest
-{
- ///
- /// Gets or sets the patient's PHN.
- ///
- [JsonPropertyName("phn")]
- public string Phn { get; set; } = string.Empty;
-
- ///
- /// Gets or sets the patient's first name.
- ///
- [JsonPropertyName("firstName")]
- public string FirstName { get; set; } = string.Empty;
-
- ///
- /// Gets or sets the patient's last name.
- ///
- [JsonPropertyName("lastName")]
- public string LastName { get; set; } = string.Empty;
-
- ///
- /// Gets or sets the patient's date of birth.
- ///
- [JsonPropertyName("dob")]
- public DateTime? Birthdate { get; set; }
-
- ///
- /// Gets or sets the patient's phone number.
- ///
- [JsonPropertyName("phoneNumber")]
- public string PhoneNumber { get; set; } = string.Empty;
-
- ///
- /// Gets or sets the response to the family doctor or NP question.
- ///
- [JsonPropertyName("hasAFamilyDoctorOrNp")]
- public CovidTherapyAssessmentOption HasAFamilyDoctorOrNp { get; set; }
-
- ///
- /// Gets or sets the response to the over 12 confirmation question.
- ///
- [JsonPropertyName("confirmsOver12")]
- public CovidTherapyAssessmentOption ConfirmsOver12 { get; set; }
-
- ///
- /// Gets or sets the response to the tested positive in past 7 days question.
- ///
- [JsonPropertyName("testedPositiveInPast7Days")]
- public CovidTherapyAssessmentOption TestedPositiveInPast7Days { get; set; }
-
- ///
- /// Gets or sets the response to the severe COVID-19 symptoms question.
- ///
- [JsonPropertyName("hasSevereCovid19Symptoms")]
- public CovidTherapyAssessmentOption HasSevereCovid19Symptoms { get; set; }
-
- ///
- /// Gets or sets the response to the mild or moderate COVID-19 symptoms question.
- ///
- [JsonPropertyName("hasMildOrModerateCovid19Symptoms")]
- public CovidTherapyAssessmentOption HasMildOrModerateCovid19Symptoms { get; set; }
-
- ///
- /// Gets or sets the symptom onset date.
- ///
- [JsonPropertyName("symptomOnSetDate")]
- public DateTime? SymptomOnsetDate { get; set; }
-
- ///
- /// Gets or sets the response to the immunity-compromising medical condition question.
- ///
- [JsonPropertyName("hasImmunityCompromisingMedicalCondition")]
- public CovidTherapyAssessmentOption HasImmunityCompromisingMedicalCondition { get; set; }
-
- ///
- /// Gets or sets the response to the chronic condition diagnoses question.
- ///
- [JsonPropertyName("hasChronicConditionDiagnoses")]
- public CovidTherapyAssessmentOption HasChronicConditionDiagnoses { get; set; }
-
- ///
- /// Gets or sets the response to the consent to update CareConnect question.
- ///
- [JsonPropertyName("consentToSendCC")]
- public CovidTherapyAssessmentOption ConsentToSendCc { get; set; }
-
- ///
- /// Gets or sets the agent comments.
- ///
- [JsonPropertyName("agentComments")]
- public string AgentComments { get; set; } = string.Empty;
-
- ///
- /// Gets or sets the lines of the patient's street address.
- ///
- [JsonPropertyName("streetAddresses")]
- public IEnumerable StreetAddresses { get; set; } = [];
-
- ///
- /// Gets or sets the patient's city.
- ///
- [JsonPropertyName("city")]
- public string City { get; set; } = string.Empty;
-
- ///
- /// Gets or sets the patient's province or state.
- ///
- [JsonPropertyName("provOrState")]
- public string ProvOrState { get; set; } = string.Empty;
-
- ///
- /// Gets or sets the patient's postal code.
- ///
- [JsonPropertyName("postalCode")]
- public string PostalCode { get; set; } = string.Empty;
-
- ///
- /// Gets or sets the patient's country.
- ///
- [JsonPropertyName("country")]
- public string Country { get; set; } = string.Empty;
-
- ///
- /// Gets or sets a value indicating whether a change of address has been flagged.
- ///
- [JsonPropertyName("changeAddressFlag")]
- public bool ChangeAddressFlag { get; set; }
-
- ///
- /// Gets or sets positive COVID-19 lab data.
- ///
- [JsonPropertyName("positiveCovidLabData")]
- public string PositiveCovidLabData { get; set; } = string.Empty;
-
- ///
- /// Gets or sets the COVID-19 vaccination history.
- ///
- [JsonPropertyName("covidVaccinationHistory")]
- public string CovidVaccinationHistory { get; set; } = string.Empty;
-
- ///
- /// Gets or sets CEV group details.
- ///
- [JsonPropertyName("cevGroupDetails")]
- public string CevGroupDetails { get; set; } = string.Empty;
-
- ///
- /// Gets or sets the submission date.
- ///
- [JsonPropertyName("submitted")]
- public DateTime? Submitted { get; set; }
-}
diff --git a/Apps/Admin/Common/Models/CovidSupport/CovidAssessmentResponse.cs b/Apps/Admin/Common/Models/CovidSupport/CovidAssessmentResponse.cs
deleted file mode 100644
index c8e6e92f56..0000000000
--- a/Apps/Admin/Common/Models/CovidSupport/CovidAssessmentResponse.cs
+++ /dev/null
@@ -1,31 +0,0 @@
-//-------------------------------------------------------------------------
-// Copyright © 2019 Province of British Columbia
-//
-// Licensed under the Apache License, Version 2.0 (the "License");
-// you may not use this file except in compliance with the License.
-// You may obtain a copy of the License at
-//
-// http://www.apache.org/licenses/LICENSE-2.0
-//
-// Unless required by applicable law or agreed to in writing, software
-// distributed under the License is distributed on an "AS IS" BASIS,
-// WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.
-// See the License for the specific language governing permissions and
-// limitations under the License.
-//-------------------------------------------------------------------------
-namespace HealthGateway.Admin.Common.Models.CovidSupport;
-
-using System;
-using System.Text.Json.Serialization;
-
-///
-/// Model object representing an anti viral screener support submission response.
-///
-public class CovidAssessmentResponse
-{
- ///
- /// Gets or sets the id for covid therapy assessment response.
- ///
- [JsonPropertyName("id")]
- public Guid Id { get; set; }
-}
diff --git a/Apps/Admin/Common/Models/PatientSupportDetails.cs b/Apps/Admin/Common/Models/PatientSupportDetails.cs
index bbe6167918..cc0413dadb 100644
--- a/Apps/Admin/Common/Models/PatientSupportDetails.cs
+++ b/Apps/Admin/Common/Models/PatientSupportDetails.cs
@@ -49,10 +49,5 @@ public class PatientSupportDetails
/// Gets the vaccine details.
///
public VaccineDetails? VaccineDetails { get; init; }
-
- ///
- /// Gets the COVID-19 treatment assessment details.
- ///
- public CovidAssessmentDetailsResponse? CovidAssessmentDetails { get; init; }
}
}
diff --git a/Apps/Admin/Server/Api/IImmunizationAdminApi.cs b/Apps/Admin/Server/Api/IImmunizationAdminApi.cs
index 8b063eac9e..ffcb9ec4bc 100644
--- a/Apps/Admin/Server/Api/IImmunizationAdminApi.cs
+++ b/Apps/Admin/Server/Api/IImmunizationAdminApi.cs
@@ -17,8 +17,6 @@ namespace HealthGateway.Admin.Server.Api;
using System.Threading;
using System.Threading.Tasks;
-using HealthGateway.Admin.Common.Models.CovidSupport;
-using HealthGateway.Admin.Server.Models.CovidSupport;
using HealthGateway.Admin.Server.Models.Immunization;
using HealthGateway.Common.Data.Models.PHSA;
using HealthGateway.Common.Models.PHSA;
@@ -29,26 +27,6 @@ namespace HealthGateway.Admin.Server.Api;
///
public interface IImmunizationAdminApi
{
- ///
- /// Submit a completed Anti Viral screening form.
- ///
- /// The covid assessment request to use for submission.
- /// The bearer token to authorize the call.
- /// to manage the async request.
- /// The response to the submitted covid anti viral therapeutic assessment form.
- [Post("/api/v1/Support/Immunizations/AntiViralScreenerSubmission")]
- Task SubmitCovidAssessmentAsync([Body] CovidAssessmentRequest request, [Authorize] string token, CancellationToken ct = default);
-
- ///
- /// Get details to help support the covid anti viral therapeutic assessment form for a phn.
- ///
- /// The covid assessment details request to identity the covid therapy assessment.
- /// The bearer token to authorize the call.
- /// to manage the async request.
- /// The details to help support covid anti viral therapeutic assessment.
- [Post("/api/v1/Support/Immunizations/AntiViralSupportDetails")]
- Task GetCovidAssessmentDetailsAsync([Body] CovidAssessmentDetailsRequest request, [Authorize] string token, CancellationToken ct = default);
-
///
/// Retrieves a PhsaResult containing the vaccine status of a given patient.
///
diff --git a/Apps/Admin/Server/Controllers/SupportController.cs b/Apps/Admin/Server/Controllers/SupportController.cs
index 457808e62b..30f8f28bbb 100644
--- a/Apps/Admin/Server/Controllers/SupportController.cs
+++ b/Apps/Admin/Server/Controllers/SupportController.cs
@@ -200,31 +200,5 @@ public async Task RetrieveVaccineRecord([FromQuery] string phn, Can
{
return await covidSupportService.RetrieveVaccineRecordAsync(phn, ct);
}
-
- ///
- /// Submitting a completed anti viral screening form.
- ///
- /// The covid therapy assessment request to use for submission.
- /// to manage the async request.
- /// A covid therapy assessment response.
- /// Returns a covid therapy assessment response.
- /// The client must authenticate itself to get the requested response.
- ///
- /// The client does not have access rights to the content; that is, it is unauthorized, so the server
- /// is refusing to give the requested resource. Unlike 401, the client's identity is known to the server.
- ///
- /// The service is unavailable for use.
- [HttpPost]
- [Produces("application/json")]
- [Route("CovidAssessment")]
- [Authorize(Roles = "SupportUser,AdminUser")]
- [ProducesResponseType(StatusCodes.Status200OK)]
- [ProducesResponseType(StatusCodes.Status401Unauthorized)]
- [ProducesResponseType(StatusCodes.Status403Forbidden)]
- [ProducesResponseType(StatusCodes.Status503ServiceUnavailable)]
- public async Task SubmitCovidAssessment([FromBody] CovidAssessmentRequest request, CancellationToken ct)
- {
- return await covidSupportService.SubmitCovidAssessmentAsync(request, ct);
- }
}
}
diff --git a/Apps/Admin/Server/Services/CovidSupportService.cs b/Apps/Admin/Server/Services/CovidSupportService.cs
index ff97957125..8951783339 100644
--- a/Apps/Admin/Server/Services/CovidSupportService.cs
+++ b/Apps/Admin/Server/Services/CovidSupportService.cs
@@ -20,7 +20,6 @@ namespace HealthGateway.Admin.Server.Services
using System.Threading.Tasks;
using HealthGateway.AccountDataAccess.Patient;
using HealthGateway.Admin.Common.Models.CovidSupport;
- using HealthGateway.Admin.Server.Api;
using HealthGateway.Admin.Server.Delegates;
using HealthGateway.Common.AccessManagement.Authentication;
using HealthGateway.Common.Constants;
@@ -45,7 +44,6 @@ namespace HealthGateway.Admin.Server.Services
/// The auth delegate to fetch tokens.
/// The injected delegate to get the vaccine proof.
/// The injected delegate to get the vaccine status.
- /// The api client to use for immunization.
/// The injected patient repository.
public class CovidSupportService(
IConfiguration configuration,
@@ -53,7 +51,6 @@ public class CovidSupportService(
IAuthenticationDelegate authenticationDelegate,
IVaccineProofDelegate vaccineProofDelegate,
IVaccineStatusDelegate vaccineStatusDelegate,
- IImmunizationAdminApi immunizationAdminApi,
IPatientRepository patientRepository) : ICovidSupportService
{
private readonly BcMailPlusConfig bcmpConfig = configuration.GetSection(BcMailPlusConfig.ConfigSectionKey).Get() ?? new();
@@ -78,15 +75,6 @@ public async Task RetrieveVaccineRecordAsync(string phn, Cancellati
return await this.GetVaccineProofReportAsync(vaccineProofResponse.AssetUri, ct);
}
- ///
- public async Task SubmitCovidAssessmentAsync(CovidAssessmentRequest request, CancellationToken ct = default)
- {
- string accessToken = await this.GetAccessTokenAsync(ct);
-
- request.Submitted = DateTime.UtcNow;
- return await immunizationAdminApi.SubmitCovidAssessmentAsync(request, accessToken, ct);
- }
-
private async Task GetAccessTokenAsync(CancellationToken ct)
{
string? accessToken = await authenticationDelegate.FetchAuthenticatedUserTokenAsync(ct);
diff --git a/Apps/Admin/Server/Services/ICovidSupportService.cs b/Apps/Admin/Server/Services/ICovidSupportService.cs
index d4026a87dd..6287cea385 100644
--- a/Apps/Admin/Server/Services/ICovidSupportService.cs
+++ b/Apps/Admin/Server/Services/ICovidSupportService.cs
@@ -40,13 +40,5 @@ public interface ICovidSupportService
/// A cancellation token.
/// The encoded document.
Task RetrieveVaccineRecordAsync(string phn, CancellationToken ct = default);
-
- ///
- /// Submits a covid therapy assessment request.
- ///
- /// The request containing the assessment.
- /// A cancellation token.
- /// Returns the covid therapy assessment response.
- Task SubmitCovidAssessmentAsync(CovidAssessmentRequest request, CancellationToken ct = default);
}
}
diff --git a/Apps/Admin/Server/Services/SupportService.cs b/Apps/Admin/Server/Services/SupportService.cs
index a0be636d15..08fb58013b 100644
--- a/Apps/Admin/Server/Services/SupportService.cs
+++ b/Apps/Admin/Server/Services/SupportService.cs
@@ -27,7 +27,6 @@ namespace HealthGateway.Admin.Server.Services
using HealthGateway.Admin.Common.Constants;
using HealthGateway.Admin.Common.Models;
using HealthGateway.Admin.Common.Models.CovidSupport;
- using HealthGateway.Admin.Server.Api;
using HealthGateway.Admin.Server.Delegates;
using HealthGateway.Admin.Server.Models;
using HealthGateway.Common.AccessManagement.Authentication;
@@ -51,7 +50,6 @@ namespace HealthGateway.Admin.Server.Services
/// The user profile delegate to interact with the DB.
/// The auth delegate to fetch tokens.
/// The injected immunization admin delegate.
- /// The injected immunization admin api.
/// The injected audit repository.
/// The injected cache provider.
/// The injected logger provider.
@@ -65,7 +63,6 @@ public class SupportService(
IUserProfileDelegate userProfileDelegate,
IAuthenticationDelegate authenticationDelegate,
IImmunizationAdminDelegate immunizationAdminDelegate,
- IImmunizationAdminApi immunizationAdminApi,
IAuditRepository auditRepository,
ICacheProvider cacheProvider,
ILogger logger) : ISupportService
@@ -89,9 +86,6 @@ public async Task GetPatientSupportDetailsAsync(
Task? getVaccineDetails =
query.IncludeCovidDetails ? this.GetVaccineDetailsAsync(patient, query.RefreshVaccineDetails, ct) : null;
- Task? getCovidAssessmentDetails =
- query.IncludeCovidDetails ? immunizationAdminApi.GetCovidAssessmentDetailsAsync(new() { Phn = patient.Phn }, await this.GetAccessTokenAsync(ct), ct) : null;
-
IEnumerable? messagingVerifications =
query.IncludeMessagingVerifications ? await this.GetMessagingVerificationsAsync(patient.Hdid, ct) : null;
@@ -111,7 +105,6 @@ public async Task GetPatientSupportDetailsAsync(
AgentActions = agentActions,
Dependents = dependents,
VaccineDetails = getVaccineDetails == null ? null : await getVaccineDetails,
- CovidAssessmentDetails = getCovidAssessmentDetails == null ? null : await getCovidAssessmentDetails,
};
}
diff --git a/Apps/Admin/Tests/Functional/cypress/fixtures/SupportService/patient-details-one-dose.json b/Apps/Admin/Tests/Functional/cypress/fixtures/SupportService/patient-details-one-dose.json
index 2446273cd8..613d1b99de 100644
--- a/Apps/Admin/Tests/Functional/cypress/fixtures/SupportService/patient-details-one-dose.json
+++ b/Apps/Admin/Tests/Functional/cypress/fixtures/SupportService/patient-details-one-dose.json
@@ -31,497 +31,5 @@
"data": "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"
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diff --git a/Apps/Admin/Tests/Functional/cypress/fixtures/SupportService/patient-details.json b/Apps/Admin/Tests/Functional/cypress/fixtures/SupportService/patient-details.json
index 3321b731eb..701aab1115 100644
--- a/Apps/Admin/Tests/Functional/cypress/fixtures/SupportService/patient-details.json
+++ b/Apps/Admin/Tests/Functional/cypress/fixtures/SupportService/patient-details.json
@@ -101,497 +101,5 @@
"data": 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"
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- {
- "dateTimeOfAssessment": "2023-09-21T20:20:57.7271968",
- "formId": "96da1da9-b5d8-4a56-b370-2dfff57854fa"
- },
- {
- "dateTimeOfAssessment": "0001-01-01T00:00:00",
- "formId": "8bcf96f2-44fe-4092-8978-2fcd91152d93"
- },
- {
- "dateTimeOfAssessment": "2023-09-18T22:57:04.6527569",
- "formId": "a06e0d12-8ca9-4ea6-8502-35b47e244b76"
- },
- {
- "dateTimeOfAssessment": "2022-08-23T15:45:53.4824614",
- "formId": "5315ff1c-0144-4a8e-8611-3842f5c1e48a"
- },
- {
- "dateTimeOfAssessment": "2023-09-28T19:41:45.2163207",
- "formId": "6d1dc648-e9dd-44aa-b16a-389ede46cf19"
- },
- {
- "dateTimeOfAssessment": "2023-10-03T22:09:20.1443278",
- "formId": "38c3012b-2cd3-42f2-be34-3a66bd2cbcf3"
- },
- {
- "dateTimeOfAssessment": "2023-09-27T21:29:48.4287953",
- "formId": "5841b15c-5f18-45c4-abf8-3b66ab8ad45b"
- },
- {
- "dateTimeOfAssessment": "2023-09-19T22:51:24.2568709",
- "formId": "0636b966-9a9e-4c1c-a4e8-40a1182a6874"
- },
- {
- "dateTimeOfAssessment": "2023-10-05T11:12:09.1597417",
- "formId": "42111441-6ec9-4278-b33a-42a84e9fdf95"
- },
- {
- "dateTimeOfAssessment": "2023-09-18T22:53:36.3467699",
- "formId": "cbe68e1e-2938-4291-875d-43cb7d5cc34b"
- },
- {
- "dateTimeOfAssessment": "2023-09-22T13:36:52.1934512",
- "formId": "b04763b0-44a9-46b6-be34-43e19031bc2a"
- },
- {
- "dateTimeOfAssessment": "2023-09-19T23:55:51.0487055",
- "formId": "9fbfc462-ac15-454b-94db-45e7e0b5c3a1"
- },
- {
- "dateTimeOfAssessment": "2023-09-29T01:22:02.2547899",
- "formId": "e338fbce-9b44-4f3a-b697-4843addd6779"
- },
- {
- "dateTimeOfAssessment": "2023-10-05T02:49:11.0462311",
- "formId": "bd1aad79-ad01-451d-8319-4aba26d61e3a"
- },
- {
- "dateTimeOfAssessment": "2023-09-22T22:39:30.441972",
- "formId": "da0663a9-2f69-4f3b-8fea-4cfcd109e4c8"
- },
- {
- "dateTimeOfAssessment": "2023-10-04T22:01:31.8444382",
- "formId": "5cf9d175-9d4d-4210-8e87-5009a2741702"
- },
- {
- "dateTimeOfAssessment": "0001-01-01T00:00:00",
- "formId": "d0d7329d-83aa-48bb-b092-58289b50c9d1"
- },
- {
- "dateTimeOfAssessment": "2023-09-18T21:57:37.4534231",
- "formId": "f427a354-a792-452d-b5da-5a1aacb41047"
- },
- {
- "dateTimeOfAssessment": "2023-09-19T17:25:40.8330347",
- "formId": "aeb2085e-b01d-4822-8a76-5a8cc4059c26"
- },
- {
- "dateTimeOfAssessment": "2023-09-19T00:06:56.8972675",
- "formId": "837c1193-447d-46ac-b50e-5a9bc58d6d10"
- },
- {
- "dateTimeOfAssessment": "2023-09-21T01:26:18.4929095",
- "formId": "c39791f6-8ba4-4057-9315-5d48ec64be43"
- },
- {
- "dateTimeOfAssessment": "2023-09-29T13:36:58.0562286",
- "formId": "694c5aa6-4d52-48af-9bd9-5e2a6d43ac2a"
- },
- {
- "dateTimeOfAssessment": "2023-09-18T22:57:10.4881385",
- "formId": "61278cea-9c32-4f3a-81d6-5ee6d8c02861"
- },
- {
- "dateTimeOfAssessment": "2023-09-27T22:19:47.0930824",
- "formId": "c954e5c3-012a-4661-8948-5f3b754b471a"
- },
- {
- "dateTimeOfAssessment": "2023-10-05T07:24:57.1014181",
- "formId": "a9dd222f-ced0-49a5-a5c2-6baf7a8da74f"
- },
- {
- "dateTimeOfAssessment": "2023-10-03T19:07:29.2607612",
- "formId": "90a83b70-9ff8-4da2-97b5-6bce5e3d501c"
- },
- {
- "dateTimeOfAssessment": "2023-09-18T20:57:37.7818313",
- "formId": "b55fbe59-6681-4274-88d7-6ddaa6152c7f"
- },
- {
- "dateTimeOfAssessment": "2023-09-21T22:19:59.2840293",
- "formId": "72203396-f624-4bb7-874f-73fd6afe9e48"
- },
- {
- "dateTimeOfAssessment": "2023-09-29T19:40:00.6753488",
- "formId": "70cdb6eb-00d4-48aa-9c1f-7753fd6a48a7"
- },
- {
- "dateTimeOfAssessment": "2023-10-04T16:10:33.7376396",
- "formId": "e93bf5bf-1ae4-4f82-a18b-78a4ab093b7d"
- },
- {
- "dateTimeOfAssessment": "2023-10-03T19:14:39.1537376",
- "formId": "603de19d-fd7b-4958-86ff-7ee234edb4ab"
- },
- {
- "dateTimeOfAssessment": "2023-09-28T13:26:55.5845116",
- "formId": "e17f6338-41e0-4502-a051-863b96063e05"
- },
- {
- "dateTimeOfAssessment": "2023-09-28T22:22:58.3380488",
- "formId": "0631ee16-000f-4c28-a812-88120d0b930b"
- },
- {
- "dateTimeOfAssessment": "2023-10-02T13:37:39.9730478",
- "formId": "1b169037-a059-4b70-95db-89417c068b0c"
- },
- {
- "dateTimeOfAssessment": "2023-09-18T22:52:13.2540298",
- "formId": "61e52d3e-0a5e-417c-a374-8aaec0d523fb"
- },
- {
- "dateTimeOfAssessment": "2023-08-31T20:52:51.0871478",
- "formId": "c2bdbefb-54ce-4d24-a981-8ae371adce8e"
- },
- {
- "dateTimeOfAssessment": "2023-10-03T22:42:57.7760246",
- "formId": "5338fbae-ad2c-4375-8a25-8bd2599a619d"
- },
- {
- "dateTimeOfAssessment": "2023-09-18T22:47:19.9680081",
- "formId": "6d399bd1-d9c6-4921-a9aa-8c255e637623"
- },
- {
- "dateTimeOfAssessment": "2023-10-03T19:03:20.931116",
- "formId": "9bfde957-0248-47ef-825d-907dcb7e51b3"
- },
- {
- "dateTimeOfAssessment": "2022-03-21T21:50:00.2204511",
- "formId": "792ac2e7-d3f4-41f2-9d0b-91294696029d"
- },
- {
- "dateTimeOfAssessment": "2023-10-03T18:31:51.1900271",
- "formId": "9d9a586e-236d-40bc-b136-91330cf803c6"
- },
- {
- "dateTimeOfAssessment": "2023-09-18T20:50:59.4479548",
- "formId": "acfe23c4-7e41-473b-aa2a-93a09b4d8df2"
- },
- {
- "dateTimeOfAssessment": "2023-09-27T23:54:18.902849",
- "formId": "5d736aa0-96b3-48cd-a422-93a10c877d2c"
- },
- {
- "dateTimeOfAssessment": "2023-10-03T18:58:17.86721",
- "formId": "710fe91d-1889-44e6-a4b9-97177174c7b3"
- },
- {
- "dateTimeOfAssessment": "2023-10-03T13:37:19.0602725",
- "formId": "0c22065e-6b98-468a-9a0c-991b01d20a94"
- },
- {
- "dateTimeOfAssessment": "2023-09-27T17:47:12.4938407",
- "formId": "2258fd8c-73f7-4cb9-ab51-998da1c9b10f"
- },
- {
- "dateTimeOfAssessment": "2023-09-18T20:54:10.320258",
- "formId": "c0a20a90-2417-4259-8f13-9ff83996f7f5"
- },
- {
- "dateTimeOfAssessment": "2022-03-22T21:38:09.202412",
- "formId": "bb6728c9-283e-48d0-bccd-a0cec97457df"
- },
- {
- "dateTimeOfAssessment": "2023-09-18T21:22:05.272122",
- "formId": "9d0e1d83-649d-4659-a2fd-a2c81aa2d5df"
- },
- {
- "dateTimeOfAssessment": "2023-09-19T16:57:37.473131",
- "formId": "5af1aa12-9c35-41c1-a420-a71aa3f20278"
- },
- {
- "dateTimeOfAssessment": "2023-09-28T22:40:17.7585303",
- "formId": "8c2bdb62-c414-4297-8f84-a82a2af06b0d"
- },
- {
- "dateTimeOfAssessment": "2023-09-19T00:28:24.3214058",
- "formId": "7edd25a0-31d1-41e4-8dc9-aaf602a06c83"
- },
- {
- "dateTimeOfAssessment": "2023-09-21T20:46:44.4014224",
- "formId": "c169c64d-3bf7-48f6-bb71-abe50d060a40"
- },
- {
- "dateTimeOfAssessment": "2023-09-26T16:19:52.5890654",
- "formId": "d38654ec-c2a5-4cf9-ba66-ac356deeb86e"
- },
- {
- "dateTimeOfAssessment": "2023-09-28T18:24:07.5748731",
- "formId": "b232ffd6-af64-41ae-9cf6-adf98a049e83"
- },
- {
- "dateTimeOfAssessment": "2023-10-04T23:09:30.0358548",
- "formId": "341ba9bb-1abf-47a6-845f-afe240e2c07c"
- },
- {
- "dateTimeOfAssessment": "2023-09-29T22:21:34.0502535",
- "formId": "f45b5d65-ce8d-475e-940d-b31d1c2bee88"
- },
- {
- "dateTimeOfAssessment": "2023-09-18T23:44:26.1012254",
- "formId": "94bec943-b2ee-41de-b42e-b33d9fa87fc8"
- },
- {
- "dateTimeOfAssessment": "2023-09-25T23:02:23.5531822",
- "formId": "a5f18933-4f1e-4aa2-901c-b5b23dd47f68"
- },
- {
- "dateTimeOfAssessment": "2023-09-26T13:35:15.9748526",
- "formId": "3cb1f760-3365-4afd-b430-b6f882ae6497"
- },
- {
- "dateTimeOfAssessment": "2023-10-04T01:11:16.023469",
- "formId": "fd657928-0bfd-419a-8a77-b89d6cbd9ccb"
- },
- {
- "dateTimeOfAssessment": "2023-09-18T23:02:00.1520937",
- "formId": "7c54f2c5-9927-4b9b-a7cf-bab3113f1cc6"
- },
- {
- "dateTimeOfAssessment": "2023-10-05T17:36:03.5244232",
- "formId": "91f01ccf-3559-4955-bb7a-bbf0728baf3a"
- },
- {
- "dateTimeOfAssessment": "2023-10-03T21:25:19.106469",
- "formId": "2626b310-566c-44b1-8f11-bc32910dc4c3"
- },
- {
- "dateTimeOfAssessment": "2023-09-25T13:35:19.138485",
- "formId": "c943e4f9-2bf1-44a9-9a68-bd00914e379e"
- },
- {
- "dateTimeOfAssessment": "2023-09-28T18:02:11.0949155",
- "formId": "f909d800-4e0f-4b74-9606-c0b5602360b7"
- },
- {
- "dateTimeOfAssessment": "2023-09-28T22:29:33.046724",
- "formId": "404f9626-dfad-429a-b078-c32562c8f204"
- },
- {
- "dateTimeOfAssessment": "2023-09-21T13:35:18.2442849",
- "formId": "093a0175-cf94-4291-8f6a-c5bf7b8273ee"
- },
- {
- "dateTimeOfAssessment": "2023-09-30T01:09:07.4778961",
- "formId": "fd67bc58-1e5f-4b79-abcd-c680008066eb"
- },
- {
- "dateTimeOfAssessment": "2023-09-26T18:19:41.4508579",
- "formId": "94dc3b4d-1fde-4914-96fa-c7a10d20e5d3"
- },
- {
- "dateTimeOfAssessment": "2023-10-05T03:55:43.0797489",
- "formId": "8e854d92-90c0-42c3-84bb-c806bbbb53b6"
- },
- {
- "dateTimeOfAssessment": "2023-10-03T19:48:02.2724964",
- "formId": "55669980-a7f1-4eaf-b210-d01d76af3452"
- },
- {
- "dateTimeOfAssessment": "2023-09-18T22:56:04.1519734",
- "formId": "bfb5ed99-73de-4dde-be32-d0577e50d8e6"
- },
- {
- "dateTimeOfAssessment": "2023-09-18T22:54:45.9930665",
- "formId": "9dde5f17-53c6-49b7-8584-d1058131b0d0"
- },
- {
- "dateTimeOfAssessment": "2023-09-18T19:15:26.1542771",
- "formId": "aa1f0e35-f45f-488e-8503-d3712367feea"
- },
- {
- "dateTimeOfAssessment": "0001-01-01T00:00:00",
- "formId": "4bdfa9c4-ab45-4ffb-9de7-d37532e6f71b"
- },
- {
- "dateTimeOfAssessment": "2023-09-18T20:55:49.1926856",
- "formId": "8c17a1be-40d7-4e0e-8a55-d4de273e7915"
- },
- {
- "dateTimeOfAssessment": "2023-09-29T23:28:36.4165759",
- "formId": "7e4b6209-5f16-4bc3-8cf0-d682388667c1"
- },
- {
- "dateTimeOfAssessment": "2023-08-31T20:42:52.3595297",
- "formId": "34fbc192-a912-42dc-9cac-d71f00314c1e"
- },
- {
- "dateTimeOfAssessment": "2023-09-28T20:42:23.925835",
- "formId": "3a192fc9-4882-4941-b444-daad194172b1"
- },
- {
- "dateTimeOfAssessment": "2023-09-20T13:35:38.1868822",
- "formId": "847f6b99-6fce-4c90-bc8c-daee8b52e106"
- },
- {
- "dateTimeOfAssessment": "2023-09-19T00:05:15.7355431",
- "formId": "1e708a1c-bce2-41fa-a5a8-db72ee10975b"
- },
- {
- "dateTimeOfAssessment": "2023-09-28T20:27:46.8945619",
- "formId": "6ec6a8e5-d252-41cb-a95f-dc8c5bf01df5"
- },
- {
- "dateTimeOfAssessment": "2023-09-26T20:21:14.3291272",
- "formId": "fff1d574-6b23-4c1e-806b-ddab44616111"
- },
- {
- "dateTimeOfAssessment": "2023-09-29T03:33:23.0140597",
- "formId": "26f5753e-d920-45ef-83b7-de492e63de2c"
- },
- {
- "dateTimeOfAssessment": "2023-09-22T13:35:11.8241404",
- "formId": "1a8838d2-7f98-462a-a7a5-df0fdde0d1f9"
- },
- {
- "dateTimeOfAssessment": "2023-09-29T03:17:39.5101449",
- "formId": "b815a903-5931-43f7-9d7d-dfce443f66ce"
- },
- {
- "dateTimeOfAssessment": "2023-09-28T19:06:16.6336515",
- "formId": "56089c62-e067-44f4-b434-e14774bd05bf"
- },
- {
- "dateTimeOfAssessment": "2022-08-09T21:26:15.6058959",
- "formId": "4d25818d-9bf3-425d-8609-e328fca90b21"
- },
- {
- "dateTimeOfAssessment": "2023-09-25T19:47:21.2473521",
- "formId": "7364712b-4e9a-4b1e-bb9d-e33417239aa8"
- },
- {
- "dateTimeOfAssessment": "2023-09-19T22:15:33.3853824",
- "formId": "fb9f3259-1eea-43cb-9a18-ebcb7fb03453"
- },
- {
- "dateTimeOfAssessment": "2023-09-29T20:20:18.9043078",
- "formId": "65bc972f-a74f-4715-8bb9-ef9907c5ff4f"
- },
- {
- "dateTimeOfAssessment": "2023-09-28T19:08:20.3143469",
- "formId": "c77e3281-9215-4598-a8aa-f7882314b3ee"
- },
- {
- "dateTimeOfAssessment": "2023-09-21T17:36:55.9712567",
- "formId": "51c4caf6-d3ba-433b-97d9-f98b3966c5ff"
- },
- {
- "dateTimeOfAssessment": "2023-09-30T00:15:39.9885048",
- "formId": "cfee32db-0672-480a-90a8-fa1eb6bb91b6"
- },
- {
- "dateTimeOfAssessment": "2023-09-20T20:58:32.8805394",
- "formId": "27d57d56-03b5-4b5c-ab62-fc5d2b37b3db"
- },
- {
- "dateTimeOfAssessment": "2022-02-22T16:44:58.517698",
- "formId": "4e6acced-4897-4f3e-b683-ff67bc51866e"
- }
- ]
}
}
diff --git a/Apps/Admin/Tests/Functional/cypress/integration/e2e/patient-details.cy.js b/Apps/Admin/Tests/Functional/cypress/integration/e2e/patient-details.cy.js
index 0979eb665d..2b5e4f51d4 100644
--- a/Apps/Admin/Tests/Functional/cypress/integration/e2e/patient-details.cy.js
+++ b/Apps/Admin/Tests/Functional/cypress/integration/e2e/patient-details.cy.js
@@ -111,190 +111,6 @@ function validateMailAddressFormSubmission() {
cy.get("[data-testid=address-confirmation-form]").should("not.exist");
}
-function validateCovid19TreatmentAssessmentFormBackCancel() {
- cy.get("[data-testid=start-covid-19-treatment-assessment-button]").click();
- cy.url().should("include", "/covid-19-treatment-assessment");
- setupPatientDetailsAliases();
- cy.get("[data-testid=back-button]").click();
- waitForPatientDetailsDataLoad();
- cy.get("[data-testid=patient-details-back-button]").should("be.visible");
- cy.url().should("include", "/patient-details");
- cy.get("[data-testid=start-covid-19-treatment-assessment-button]").click();
- cy.url().should("include", "/covid-19-treatment-assessment");
- cy.scrollTo("bottom", { ensureScrollable: false });
- cy.get("[data-testid=cancel-covid-19-treatment-assessment]").click();
- cy.url().should("include", "/patient-details");
-}
-
-function validateCovid19TreatmentAssessmentInfoMessageForRadioSelection() {
- cy.get("[data-testid=start-covid-19-treatment-assessment-button]").click();
-
- cy.get("[data-testid=assessment-question-1]").within(() => {
- cy.get("[data-testid=assessment-option-yes]").click();
- cy.get("[data-testid=treatment-benefit-not-indicated]").should(
- "not.exist"
- );
- cy.get("[data-testid=assessment-option-no]").click();
- cy.get("[data-testid=treatment-benefit-not-indicated]").should(
- "be.visible"
- );
- });
-
- cy.get("[data-testid=assessment-question-2]").within(() => {
- cy.get("[data-testid=assessment-option-yes]").click();
- cy.get("[data-testid=treatment-benefit-not-indicated]").should(
- "not.exist"
- );
- cy.get("[data-testid=assessment-option-no]").click();
- cy.get("[data-testid=treatment-benefit-not-indicated]").should(
- "be.visible"
- );
- });
-
- cy.scrollTo("bottom", { ensureScrollable: false });
-
- cy.get("[data-testid=assessment-question-6]").within(() => {
- cy.get("[data-testid=assessment-option-yes]").click();
- cy.get("[data-testid=treatment-benefit-indicated]").should(
- "be.visible"
- );
- cy.get("[data-testid=assessment-option-no]").click();
- cy.get(" [data-testid=treatment-benefit-indicated]").should(
- "not.exist"
- );
- cy.get("[data-testid=assessment-option-not-sure]").click();
- cy.get("[data-testid=treatment-benefit-indicated]").should("not.exist");
- });
-
- cy.get("[data-testid=assessment-question-7]").within(() => {
- cy.get("[data-testid=assessment-option-yes]").click();
- cy.get(" [data-testid=treatment-benefit-indicated]").should(
- "be.visible"
- );
- cy.get("[data-testid=assessment-option-no]").click();
- cy.get("[data-testid=treatment-benefit-indicated]").should("not.exist");
- cy.get("[data-testid=assessment-option-not-sure]").click();
- cy.get("[data-testid=treatment-benefit-indicated]").should("not.exist");
- });
-
- cy.get("[data-testid=cancel-covid-19-treatment-assessment]").click();
- cy.url().should("include", "/patient-details");
-}
-
-function validateCovid19TreatmentAssessmentFormRequiredInputs() {
- cy.get("[data-testid=start-covid-19-treatment-assessment-button]").click();
- cy.url().should("include", "/covid-19-treatment-assessment");
- cy.scrollTo("bottom", { ensureScrollable: false });
- cy.get("[data-testid=submit-covid-19-treatment-assessment]").click();
-
- cy.scrollTo("top", { ensureScrollable: false });
- validateCovid19InputContainsError("[data-testid=phone-number-input]");
- cy.get("[data-testid=assessment-question-]")
- .contains("Do you have a family doctor or nurse practitioner?")
- .parent()
- .within(() => {
- cy.get("div").contains("Required").should("not.exist");
- });
- cy.get("[data-testid=assessment-question-1] div")
- .contains("Required")
- .should("be.visible");
- cy.get("[data-testid=assessment-question-2] div")
- .contains("Required")
- .should("be.visible");
- cy.get("[data-testid=assessment-question-3] div")
- .contains("Required")
- .should("be.visible");
- cy.get("[data-testid=assessment-question-4] div")
- .contains("Required")
- .should("be.visible");
-
- cy.get("[data-testid=assessment-question-4]").scrollIntoView();
- cy.get("[data-testid=assessment-question-5] div")
- .contains("Required")
- .should("not.exist");
- cy.get("[data-testid=assessment-question-6] div")
- .contains("Required")
- .should("be.visible");
- cy.get("[data-testid=assessment-question-7] div")
- .contains("Required")
- .should("not.exist");
-
- cy.scrollTo("bottom", { ensureScrollable: false });
- cy.get("[data-testid=assessment-question-8] div")
- .contains("Required")
- .should("be.visible");
-
- cy.get("[data-testid=cancel-covid-19-treatment-assessment]").click();
- cy.url().should("include", "/patient-details");
-}
-
-function validateCovid19TreatmentAssessmentFormSubmission() {
- cy.get("[data-testid=start-covid-19-treatment-assessment-button]").click();
- cy.url().should("include", "/covid-19-treatment-assessment");
-
- cy.get("[data-testid=phone-number-input]").clear().type("2505556000");
-
- cy.get("[data-testid=assessment-question-]")
- .contains("Do you have a family doctor or nurse practitioner?")
- .parent()
- .within(() => {
- cy.get(
- "[data-testid=assessment-option-input] [data-testid=assessment-option-yes]"
- ).click();
- });
-
- cy.get(
- "[data-testid=assessment-question-1] [data-testid=assessment-option-no]"
- ).click();
- cy.get(
- "[data-testid=assessment-question-2] [data-testid=assessment-option-no]"
- ).click();
- cy.get(
- "[data-testid=assessment-question-3] [data-testid=assessment-option-no]"
- ).click();
- cy.get(
- "[data-testid=assessment-question-4] [data-testid=assessment-option-not-sure]"
- ).click();
-
- cy.scrollTo("bottom", { ensureScrollable: false });
-
- cy.get(
- '[data-testid=assessment-question-5] button[aria-label="Open Date Picker"]'
- ).click();
- cy.get(
- "[data-testid=assessment-question-5] .mud-picker-container .mud-picker-content .mud-picker-calendar-container .mud-picker-calendar-transition .mud-picker-calendar"
- ).within(() => {
- cy.get(
- "button.mud-current.mud-button-outlined.mud-button-outlined-primary"
- ).click();
- });
-
- cy.get(
- "[data-testid=assessment-question-6] [data-testid=assessment-option-yes]"
- ).click();
- cy.get(
- "[data-testid=assessment-question-7] [data-testid=assessment-option-yes]"
- ).click();
- cy.get(
- "[data-testid=assessment-question-8] [data-testid=assessment-option-no]"
- ).click();
-
- cy.get("[data-testid=notes-input]")
- .clear()
- .type("Test Covid19 Treatment Assessment Note Input.");
-
- cy.get("[data-testid=submit-covid-19-treatment-assessment]").click();
- cy.get("[data-testid=address-confirmation-form]").should("be.visible");
-
- cy.intercept("POST", "**/Support/CovidAssessment").as(
- "postCovidAssessment"
- );
- cy.get("[data-testid=address-confirmation-button]").click();
- cy.wait("@postCovidAssessment", { timeout: defaultTimeout });
- cy.get("[data-testid=address-confirmation-form]").should("not.exist");
- cy.url().should("include", "/patient-details");
-}
-
function validatePrintVaccineCardSubmission() {
cy.intercept("GET", `**/Document?phn=${phnWithInvalidDoses}`).as(
"getVaccineCard"
@@ -487,7 +303,7 @@ describe("Patient details page as admin user", () => {
validateDatasetAccess();
});
- it("Verify covid immunization section (not blocked), assessment section, contains invalid dose, mails address submission, prints vaccine card and submits covid19 treatment assessment", () => {
+ it("Verify covid immunization section (not blocked), contains invalid dose, mails address submission and prints vaccine card", () => {
performSearch("PHN", phnWithInvalidDoses);
selectPatientTab("Profile");
@@ -503,27 +319,16 @@ describe("Patient details page as admin user", () => {
0
);
cy.get("[data-testid=invalid-dose-alert").should("be.visible");
- getTableRows("[data-testid=assessment-history-table]").should(
- "have.length.greaterThan",
- 0
- );
cy.get("[data-testid=mail-button]").should("be.visible", "be.enabled");
cy.get("[data-testid=print-button]").should("be.visible", "be.enabled");
- cy.get(
- "[data-testid=start-covid-19-treatment-assessment-button]"
- ).should("be.visible", "be.enabled");
validateMailAddressFormCancel();
validateMailAddressFormRequiredInputs();
- validateCovid19TreatmentAssessmentFormBackCancel();
- validateCovid19TreatmentAssessmentFormRequiredInputs();
- validateCovid19TreatmentAssessmentInfoMessageForRadioSelection();
validateMailAddressFormSubmission();
- validateCovid19TreatmentAssessmentFormSubmission();
validatePrintVaccineCardSubmission();
});
- it("Verify covid immunization section (not blocked), assessment section and contains valid dose", () => {
+ it("Verify covid immunization section (not blocked) and contains valid dose", () => {
performSearch("PHN", phnWithValidDoses);
selectPatientTab("Profile");
@@ -537,10 +342,6 @@ describe("Patient details page as admin user", () => {
"have.length.greaterThan",
0
);
- getTableRows("[data-testid=assessment-history-table]").should(
- "have.length.greaterThan",
- 0
- );
cy.get("[data-testid=invalid-dose-alert").should("not.exist");
});
});
@@ -585,7 +386,7 @@ describe("Patient Details as Support", () => {
);
});
- it("Verify covid immunization section (not blocked), assessment section and contains invalid dose", () => {
+ it("Verify covid immunization section (not blocked) and contains invalid dose", () => {
performSearch("PHN", phnWithInvalidDoses);
selectPatientTab("Profile");
@@ -604,18 +405,11 @@ describe("Patient Details as Support", () => {
0
);
cy.get("[data-testid=invalid-dose-alert").should("be.visible");
- getTableRows("[data-testid=assessment-history-table]").should(
- "have.length.greaterThan",
- 0
- );
cy.get("[data-testid=mail-button]").should("be.visible", "be.enabled");
cy.get("[data-testid=print-button]").should("be.visible", "be.enabled");
- cy.get(
- "[data-testid=start-covid-19-treatment-assessment-button]"
- ).should("be.visible", "be.enabled");
});
- it("Verify covid immunization section (not blocked), assessment section and contains valid dose", () => {
+ it("Verify covid immunization section (not blocked) and contains valid dose", () => {
performSearch("PHN", phnWithValidDoses);
selectPatientTab("Profile");
@@ -632,14 +426,10 @@ describe("Patient Details as Support", () => {
"have.length.greaterThan",
0
);
- getTableRows("[data-testid=assessment-history-table]").should(
- "have.length.greaterThan",
- 0
- );
cy.get("[data-testid=invalid-dose-alert").should("not.exist");
});
- it("Verify covid immunization and assessment sections blocked", () => {
+ it("Verify covid immunization blocked", () => {
performSearch("PHN", phnWithBlockedImmunizations);
selectPatientTab("Profile");
@@ -653,7 +443,6 @@ describe("Patient Details as Support", () => {
cy.get("[data-testid=patient-hdid]").should("not.exist");
cy.get("[data-testid=immunization-table]").should("not.exist");
- cy.get("[data-testid=assessment-history-table]").should("not.exist");
cy.get("[data-testid=blocked-immunization-alert").should("be.visible");
});
diff --git a/Apps/Admin/Tests/Services/CovidSupportServiceTests.cs b/Apps/Admin/Tests/Services/CovidSupportServiceTests.cs
index e92716ae4c..13781fc03d 100644
--- a/Apps/Admin/Tests/Services/CovidSupportServiceTests.cs
+++ b/Apps/Admin/Tests/Services/CovidSupportServiceTests.cs
@@ -23,7 +23,6 @@ namespace HealthGateway.Admin.Tests.Services
using System.Threading.Tasks;
using HealthGateway.AccountDataAccess.Patient;
using HealthGateway.Admin.Common.Models.CovidSupport;
- using HealthGateway.Admin.Server.Api;
using HealthGateway.Admin.Server.Delegates;
using HealthGateway.Admin.Server.Services;
using HealthGateway.Common.AccessManagement.Authentication;
@@ -82,15 +81,11 @@ public async Task RetrieveVaccineRecordAsyncThrowsReportHasEmptyPayload()
ResourcePayload = null,
};
- Guid covidAssessmentId = Guid.NewGuid();
- CovidAssessmentResponse covidAssessmentResponse = GenerateCovidAssessmentResponse(covidAssessmentId);
-
ICovidSupportService service = CreateCovidSupportService(
GetPatientRepositoryMock((query, patient)),
GetAuthenticationDelegateMock(AccessToken),
GetVaccineStatusDelegateMock(vaccineStatusResult),
- GetVaccineProofDelegateMock(vaccineProofResult, expected),
- GetImmunizationAdminApiMock(covidAssessmentResponse));
+ GetVaccineProofDelegateMock(vaccineProofResult, expected));
// Act and Assert
NotFoundException exception = await Assert.ThrowsAsync(Actual);
@@ -134,15 +129,11 @@ public async Task RetrieveVaccineRecordAsyncThrowsReportHasResultError()
},
};
- Guid covidAssessmentId = Guid.NewGuid();
- CovidAssessmentResponse covidAssessmentResponse = GenerateCovidAssessmentResponse(covidAssessmentId);
-
ICovidSupportService service = CreateCovidSupportService(
GetPatientRepositoryMock((query, patient)),
GetAuthenticationDelegateMock(AccessToken),
GetVaccineStatusDelegateMock(vaccineStatusResult),
- GetVaccineProofDelegateMock(vaccineProofResult, expected),
- GetImmunizationAdminApiMock(covidAssessmentResponse));
+ GetVaccineProofDelegateMock(vaccineProofResult, expected));
// Act and Assert
UpstreamServiceException exception = await Assert.ThrowsAsync(Actual);
@@ -317,7 +308,7 @@ public async Task RetrieveVaccineRecordAsyncThrowsVaccineStatusMaximumRetryAttem
ICovidSupportService service = CreateCovidSupportService(
GetPatientRepositoryMock((query, patient)),
GetAuthenticationDelegateMock(AccessToken),
- GetVaccineStatusDelegateMock()); // this will setup maximum retry attempts reached
+ GetVaccineStatusDelegateMock()); // this will set up maximum retry attempts reached
// Act and Assert
UpstreamServiceException exception = await Assert.ThrowsAsync(Actual);
@@ -331,7 +322,7 @@ async Task Actual()
}
///
- /// Mail vaccine card async throws exception given given vaccine status result payload is empty.
+ /// Mail vaccine card async throws exception given vaccine status result payload is empty.
///
/// A representing the asynchronous unit test.
[Fact]
@@ -494,15 +485,11 @@ public async Task ShouldMailVaccineCardAsync()
Result = vaccineStatus, LoadState = new PhsaLoadState { Queued = false, RefreshInProgress = false },
};
- Guid covidAssessmentId = Guid.NewGuid();
- CovidAssessmentResponse covidAssessmentResponse = GenerateCovidAssessmentResponse(covidAssessmentId);
-
ICovidSupportService service = CreateCovidSupportService(
GetPatientRepositoryMock((query, patient)),
GetAuthenticationDelegateMock(AccessToken),
GetVaccineStatusDelegateMock(vaccineStatusResult),
- GetVaccineProofDelegateMock(vaccineProofResult),
- GetImmunizationAdminApiMock(covidAssessmentResponse));
+ GetVaccineProofDelegateMock(vaccineProofResult));
MailDocumentRequest request = GenerateMailDocumentRequest();
@@ -552,15 +539,11 @@ public async Task ShouldRetrieveVaccineRecordAsync(string status)
},
};
- Guid covidAssessmentId = Guid.NewGuid();
- CovidAssessmentResponse covidAssessmentResponse = GenerateCovidAssessmentResponse(covidAssessmentId);
-
ICovidSupportService service = CreateCovidSupportService(
GetPatientRepositoryMock((query, patient)),
GetAuthenticationDelegateMock(AccessToken),
GetVaccineStatusDelegateMock(vaccineStatusResult),
- GetVaccineProofDelegateMock(vaccineProofResult, expected),
- GetImmunizationAdminApiMock(covidAssessmentResponse));
+ GetVaccineProofDelegateMock(vaccineProofResult, expected));
// Act
ReportModel actual = await service.RetrieveVaccineRecordAsync(Phn);
@@ -569,78 +552,16 @@ public async Task ShouldRetrieveVaccineRecordAsync(string status)
Assert.Equal(expected.ResourcePayload, actual);
}
- ///
- /// Should submit covid assessment async successfully.
- ///
- /// bool indicating whether access token exists or not.
- /// A representing the asynchronous unit test.
- [Theory]
- [InlineData(true)]
- [InlineData(false)]
- public async Task ShouldSubmitCovidAssessmentAsyncAsync(bool accessTokenExists)
- {
- // Arrange
- Guid covidAssessmentId = Guid.NewGuid();
- CovidAssessmentResponse expected = GenerateCovidAssessmentResponse(covidAssessmentId);
- string? accessToken = accessTokenExists ? AccessToken : null;
-
- ICovidSupportService service = CreateCovidSupportService(
- GetAuthenticationDelegateMock(accessToken),
- GetImmunizationAdminApiMock(expected));
-
- CovidAssessmentRequest request = new()
- {
- Phn = Phn,
- };
-
- if (accessTokenExists)
- {
- // Act
- CovidAssessmentResponse actual = await service.SubmitCovidAssessmentAsync(request);
-
- // Assert
- Assert.Equal(expected, actual);
- }
- else
- {
- // Act
- async Task Actual()
- {
- await service.SubmitCovidAssessmentAsync(request);
- }
-
- // Assert
- UnauthorizedAccessException exception = await Assert.ThrowsAsync(Actual);
- Assert.Equal(ErrorMessages.CannotFindAccessToken, exception.Message);
- }
- }
-
- private static ICovidSupportService CreateCovidSupportService(
- Mock authenticationDelegateMock,
- Mock immunizationAdminApiMock)
- {
- return new CovidSupportService(
- Configuration,
- new Mock>().Object,
- authenticationDelegateMock.Object,
- new Mock().Object,
- new Mock().Object,
- immunizationAdminApiMock.Object,
- new Mock().Object);
- }
-
private static ICovidSupportService CreateCovidSupportService(
Mock? patientRepositoryMock = null,
Mock? authenticationDelegateMock = null,
Mock? vaccineStatusDelegateMock = null,
- Mock? vaccineProofDelegateMock = null,
- Mock? immunizationAdminApiMock = null)
+ Mock? vaccineProofDelegateMock = null)
{
patientRepositoryMock ??= new Mock();
authenticationDelegateMock ??= new Mock();
vaccineStatusDelegateMock ??= new Mock();
vaccineProofDelegateMock ??= new Mock();
- immunizationAdminApiMock ??= new Mock();
return new CovidSupportService(
Configuration,
@@ -648,18 +569,9 @@ private static ICovidSupportService CreateCovidSupportService(
authenticationDelegateMock.Object,
vaccineProofDelegateMock.Object,
vaccineStatusDelegateMock.Object,
- immunizationAdminApiMock.Object,
patientRepositoryMock.Object);
}
- private static CovidAssessmentResponse GenerateCovidAssessmentResponse(Guid id)
- {
- return new()
- {
- Id = id,
- };
- }
-
private static MailDocumentRequest GenerateMailDocumentRequest()
{
return new()
@@ -720,13 +632,6 @@ private static Mock GetAuthenticationDelegateMock(strin
return mock;
}
- private static Mock GetImmunizationAdminApiMock(CovidAssessmentResponse response)
- {
- Mock mock = new();
- mock.Setup(d => d.SubmitCovidAssessmentAsync(It.IsAny(), It.IsAny(), It.IsAny())).ReturnsAsync(response);
- return mock;
- }
-
private static Mock GetPatientRepositoryMock(params (PatientDetailsQuery Query, PatientModel? Patient)[] pairs)
{
Mock mock = new();
diff --git a/Apps/Admin/Tests/Services/SupportServiceTests.cs b/Apps/Admin/Tests/Services/SupportServiceTests.cs
index f0be256392..e5adde882e 100644
--- a/Apps/Admin/Tests/Services/SupportServiceTests.cs
+++ b/Apps/Admin/Tests/Services/SupportServiceTests.cs
@@ -29,9 +29,7 @@ namespace HealthGateway.Admin.Tests.Services
using HealthGateway.Admin.Common.Constants;
using HealthGateway.Admin.Common.Models;
using HealthGateway.Admin.Common.Models.CovidSupport;
- using HealthGateway.Admin.Server.Api;
using HealthGateway.Admin.Server.Delegates;
- using HealthGateway.Admin.Server.Models.CovidSupport;
using HealthGateway.Admin.Server.Services;
using HealthGateway.Admin.Tests.Utils;
using HealthGateway.Common.AccessManagement.Authentication;
@@ -125,7 +123,6 @@ public async Task ShouldGetPatientSupportDetailsAsync(
IList messagingVerifications = GenerateMessagingVerifications(SmsNumber, Email);
VaccineDetails vaccineDetails = GenerateVaccineDetails(GenerateVaccineDose());
- CovidAssessmentDetailsResponse covidAssessmentDetailsResponse = GenerateCovidAssessmentDetailsResponse();
AgentAuditQuery auditQuery = new(Hdid);
IEnumerable agentAudits = new[] { GenerateAgentAudit() };
IEnumerable blockedDataSources = new[]
@@ -150,7 +147,6 @@ public async Task ShouldGetPatientSupportDetailsAsync(
null,
GetAuthenticationDelegateMock(AccessToken),
GetImmunizationAdminDelegateMock(vaccineDetails),
- GetImmunizationAdminApiMock(covidAssessmentDetailsResponse),
GetAuditRepositoryMock((auditQuery, agentAudits)));
// Act
@@ -174,7 +170,6 @@ await supportService.GetPatientSupportDetailsAsync(
Assert.Equal(expectedBlockedDataSourceCount, actualResult.BlockedDataSources?.Count());
Assert.Equal(expectedDependentCount, actualResult.Dependents?.Count());
Assert.Equal(expectedCovidDetails, actualResult.VaccineDetails == null);
- Assert.Equal(expectedCovidDetails, actualResult.CovidAssessmentDetails == null);
}
///
@@ -202,6 +197,11 @@ public async Task GetPatientSupportDetailsAsyncThrowsInvalidPhnDob()
null,
GetAuthenticationDelegateMock(AccessToken));
+ // Verify
+ InvalidDataException exception = await Assert.ThrowsAsync(Actual);
+ Assert.Equal(ErrorMessages.PhnOrDateOfBirthInvalid, exception.Message);
+ return;
+
// Act
async Task Actual()
{
@@ -218,10 +218,6 @@ await supportService.GetPatientSupportDetailsAsync(
RefreshVaccineDetails = false,
});
}
-
- // Verify
- InvalidDataException exception = await Assert.ThrowsAsync(Actual);
- Assert.Equal(ErrorMessages.PhnOrDateOfBirthInvalid, exception.Message);
}
///
@@ -775,22 +771,6 @@ private static AgentAudit GenerateAgentAudit(
};
}
- private static CovidAssessmentDetailsResponse GenerateCovidAssessmentDetailsResponse()
- {
- return new()
- {
- Has3DoseMoreThan14Days = false,
- HasDocumentedChronicCondition = false,
- HasKnownPositiveC19Past7Days = false,
- CitizenIsConsideredImmunoCompromised = true,
- PreviousAssessmentDetailsList = new[]
- {
- new PreviousAssessmentDetails
- { DateTimeOfAssessment = DateTime.Now, FormId = "a81aa087-891a-441e-9f96-09ddae71f9db" },
- },
- };
- }
-
private static PatientModel GeneratePatientModel(
string phn,
string hdid,
@@ -911,13 +891,6 @@ private static Mock GetImmunizationAdminDelegateMock
return mock;
}
- private static Mock GetImmunizationAdminApiMock(CovidAssessmentDetailsResponse response)
- {
- Mock mock = new();
- mock.Setup(d => d.GetCovidAssessmentDetailsAsync(It.IsAny(), It.IsAny(), It.IsAny())).ReturnsAsync(response);
- return mock;
- }
-
private static ISupportService CreateSupportService(
Mock? messagingVerificationDelegateMock = null,
Mock? patientRepositoryMock = null,
@@ -925,7 +898,6 @@ private static ISupportService CreateSupportService(
Mock? userProfileDelegateMock = null,
Mock? authenticationDelegateMock = null,
Mock? immunizationAdminDelegateMock = null,
- Mock? immunizationAdminApiMock = null,
Mock? auditRepositoryMock = null)
{
userProfileDelegateMock ??= new Mock();
@@ -934,7 +906,6 @@ private static ISupportService CreateSupportService(
resourceDelegateDelegateMock ??= new Mock();
authenticationDelegateMock ??= new Mock();
immunizationAdminDelegateMock ??= new Mock();
- immunizationAdminApiMock ??= new Mock();
auditRepositoryMock ??= new Mock();
return new SupportService(
@@ -946,7 +917,6 @@ private static ISupportService CreateSupportService(
userProfileDelegateMock.Object,
authenticationDelegateMock.Object,
immunizationAdminDelegateMock.Object,
- immunizationAdminApiMock.Object,
auditRepositoryMock.Object,
new Mock().Object,
new Mock>().Object);
diff --git a/Apps/Database/src/Delegates/DbMessagingVerificationDelegate.cs b/Apps/Database/src/Delegates/DbMessagingVerificationDelegate.cs
index b3a8baa6bb..ba5b565313 100644
--- a/Apps/Database/src/Delegates/DbMessagingVerificationDelegate.cs
+++ b/Apps/Database/src/Delegates/DbMessagingVerificationDelegate.cs
@@ -121,11 +121,11 @@ public async Task UpdateAsync(MessagingVerification messageVerification, bool co
}
///
- public async Task ExpireAsync(MessagingVerification messageVerification, bool markDeleted, CancellationToken ct = default)
+ public async Task ExpireAsync(MessagingVerification messageVerification, bool markDeleted, bool commit = true, CancellationToken ct = default)
{
messageVerification.ExpireDate = DateTime.UtcNow;
messageVerification.Deleted = markDeleted;
- await this.UpdateAsync(messageVerification, ct: ct);
+ await this.UpdateAsync(messageVerification, commit, ct);
this.logger.LogDebug("Finished Expiring messaging verification from DB");
}
diff --git a/Apps/Database/src/Delegates/IMessagingVerificationDelegate.cs b/Apps/Database/src/Delegates/IMessagingVerificationDelegate.cs
index bb02e92256..f62cceff7b 100644
--- a/Apps/Database/src/Delegates/IMessagingVerificationDelegate.cs
+++ b/Apps/Database/src/Delegates/IMessagingVerificationDelegate.cs
@@ -67,9 +67,10 @@ public interface IMessagingVerificationDelegate
///
/// The message verification to expire.
/// Mark the verification as deleted.
+ /// If commit is set to true the change will be persisted immediately.
/// A cancellation token.
/// A representing the asynchronous operation.
- Task ExpireAsync(MessagingVerification messageVerification, bool markDeleted, CancellationToken ct = default);
+ Task ExpireAsync(MessagingVerification messageVerification, bool markDeleted, bool commit = true, CancellationToken ct = default);
///
/// Retrieves a list of messaging verifications matching the query.
diff --git a/Apps/GatewayApi/src/Controllers/UserProfileControllerV2.cs b/Apps/GatewayApi/src/Controllers/UserProfileControllerV2.cs
index 58ff59f1ec..7966eece4a 100644
--- a/Apps/GatewayApi/src/Controllers/UserProfileControllerV2.cs
+++ b/Apps/GatewayApi/src/Controllers/UserProfileControllerV2.cs
@@ -259,16 +259,16 @@ public async Task GetLastTermsOfService(CancellationToken c
}
///
- /// Validates an email address.
+ /// Verifies an email address.
///
/// The user hdid.
/// The email verification key.
/// to manage the async request.
- /// A boolean value indicating whether the validation was successful.
- /// Returns a boolean value indicating whether the validation was successful.
+ /// A boolean value indicating whether the verification was successful.
+ /// Returns a boolean value indicating whether the verification was successful.
/// The client must authenticate itself to get the requested response.
/// The verification key was not found.
- /// The validation has already been performed.
+ /// The verification has already been performed.
/// Internal server error.
[HttpGet]
[Route("{hdid}/email/validate/{verificationKey}")]
@@ -280,25 +280,25 @@ public async Task GetLastTermsOfService(CancellationToken c
[ProducesResponseType(StatusCodes.Status404NotFound)]
[ProducesResponseType(StatusCodes.Status409Conflict)]
[ProducesResponseType(StatusCodes.Status500InternalServerError)]
- public async Task ValidateEmail(string hdid, Guid verificationKey, CancellationToken ct)
+ public async Task VerifyEmailAddress(string hdid, Guid verificationKey, CancellationToken ct)
{
- return await this.userEmailService.ValidateEmailAsync(hdid, verificationKey, ct);
+ return await this.userEmailService.VerifyEmailAddressAsync(hdid, verificationKey, ct);
}
///
- /// Validates an SMS number.
+ /// Verifies an SMS number.
///
/// The user hdid.
- /// The SMS validation code.
+ /// The SMS verification code.
/// to manage the async request.
- /// A boolean value indicating whether the validation was successful.
- /// Returns a boolean value indicating whether the validation was successful.
+ /// A boolean value indicating whether the verification was successful.
+ /// Returns a boolean value indicating whether the verification was successful.
/// The client must authenticate itself to get the requested response.
/// User profile was not found.
/// Internal server error.
/// Upstream error.
[HttpGet]
- [Route("{hdid}/sms/validate/{validationCode}")]
+ [Route("{hdid}/sms/validate/{verificationCode}")]
[Authorize(Policy = UserProfilePolicy.Write)]
[Produces("application/json")]
[ProducesResponseType(StatusCodes.Status200OK)]
@@ -307,16 +307,16 @@ public async Task ValidateEmail(string hdid, Guid verificationKey, Cancell
[ProducesResponseType(StatusCodes.Status404NotFound)]
[ProducesResponseType(StatusCodes.Status500InternalServerError)]
[ProducesResponseType(StatusCodes.Status502BadGateway)]
- public async Task ValidateSms(string hdid, string validationCode, CancellationToken ct)
+ public async Task VerifySmsNumber(string hdid, string verificationCode, CancellationToken ct)
{
- return await this.userSmsService.ValidateSmsAsync(hdid, validationCode, ct);
+ return await this.userSmsService.VerifySmsNumberAsync(hdid, verificationCode, ct);
}
///
/// Updates a user's email address.
///
/// The user HDID.
- /// The new email.
+ /// The new email address.
/// to manage the async request.
/// An empty result.
/// The user's email address has been successfully updated.
@@ -338,9 +338,9 @@ public async Task ValidateSms(string hdid, string validationCode, Cancella
[ProducesResponseType(StatusCodes.Status403Forbidden)]
[ProducesResponseType(StatusCodes.Status404NotFound)]
[ProducesResponseType(StatusCodes.Status500InternalServerError)]
- public async Task UpdateUserEmail(string hdid, [FromBody] string emailAddress = "", CancellationToken ct = default)
+ public async Task UpdateUserEmailAddress(string hdid, [FromBody] string emailAddress = "", CancellationToken ct = default)
{
- await this.userEmailService.UpdateUserEmailAsync(hdid, emailAddress, ct);
+ await this.userEmailService.UpdateEmailAddressAsync(hdid, emailAddress, ct);
return this.Ok();
}
@@ -372,7 +372,7 @@ public async Task UpdateUserEmail(string hdid, [FromBody] string
[ProducesResponseType(StatusCodes.Status500InternalServerError)]
public async Task UpdateUserSmsNumberAsync(string hdid, [FromBody] string smsNumber, CancellationToken ct)
{
- await this.userSmsService.UpdateUserSmsAsync(hdid, smsNumber, ct);
+ await this.userSmsService.UpdateSmsNumberAsync(hdid, smsNumber, ct);
return this.Ok();
}
diff --git a/Apps/GatewayApi/src/Services/IUserEmailServiceV2.cs b/Apps/GatewayApi/src/Services/IUserEmailServiceV2.cs
index 76679808ec..7e8bc8a6c2 100644
--- a/Apps/GatewayApi/src/Services/IUserEmailServiceV2.cs
+++ b/Apps/GatewayApi/src/Services/IUserEmailServiceV2.cs
@@ -18,6 +18,7 @@ namespace HealthGateway.GatewayApi.Services
using System;
using System.Threading;
using System.Threading.Tasks;
+ using HealthGateway.Database.Models;
///
/// The user email service.
@@ -25,32 +26,35 @@ namespace HealthGateway.GatewayApi.Services
public interface IUserEmailServiceV2
{
///
- /// Validates an email address using the given invite key.
+ /// Verifies an email address using the given invite key.
///
/// The requested user hdid.
/// The email invite key.
/// A cancellation token.
- /// Returns a boolean value indicating whether the validation was successful.
- Task ValidateEmailAsync(string hdid, Guid inviteKey, CancellationToken ct = default);
+ /// A boolean value indicating whether the verification was successful.
+ Task VerifyEmailAddressAsync(string hdid, Guid inviteKey, CancellationToken ct = default);
///
- /// Initializes user's email address.
+ /// Updates user's email address.
///
/// The user hdid.
/// Email address to be set for the user.
- /// Indicates whether the email address is verified.
- /// If set to true the changes to database are persisted immediately.
/// A cancellation token.
- /// returns true if the email was successfully created.
- Task CreateUserEmailAsync(string hdid, string emailAddress, bool isVerified, bool commit = true, CancellationToken ct = default);
+ /// A representing the asynchronous operation.
+ Task UpdateEmailAddressAsync(string hdid, string emailAddress, CancellationToken ct = default);
///
- /// Updates the user email.
+ /// Generates a messaging verification and email template using the provided HDID, email address, and invite key.
///
/// The user hdid.
- /// Email address to be set for the user.
+ /// Email address to verify.
+ /// The email invite key.
+ ///
+ /// If the address is already verified, the verification will be marked as already validated
+ /// and the generated email will be marked as already sent.
+ ///
/// A cancellation token.
- /// A representing the asynchronous operation.
- Task UpdateUserEmailAsync(string hdid, string emailAddress, CancellationToken ct = default);
+ /// The generated messaging verification.
+ Task GenerateMessagingVerificationAsync(string hdid, string emailAddress, Guid inviteKey, bool isVerified, CancellationToken ct = default);
}
}
diff --git a/Apps/GatewayApi/src/Services/IUserSmsServiceV2.cs b/Apps/GatewayApi/src/Services/IUserSmsServiceV2.cs
index 23ba278094..dee685116c 100644
--- a/Apps/GatewayApi/src/Services/IUserSmsServiceV2.cs
+++ b/Apps/GatewayApi/src/Services/IUserSmsServiceV2.cs
@@ -25,30 +25,30 @@ namespace HealthGateway.GatewayApi.Services
public interface IUserSmsServiceV2
{
///
- /// Validates the SMS number that matches the given validation code.
+ /// Verifies an SMS number for a user with the given verification code.
///
- /// The requested user hdid.
- /// The SMS validation code.
+ /// The user hdid.
+ /// The SMS verification code.
/// A cancellation token.
- /// Returns a request result containing true if the SMS verification was found and validated.
- Task ValidateSmsAsync(string hdid, string validationCode, CancellationToken ct = default);
+ /// A value indicating whether the verification was successful.
+ Task VerifySmsNumberAsync(string hdid, string verificationCode, CancellationToken ct = default);
///
- /// Create the user SMS number.
+ /// Updates the user SMS number.
///
/// The user hdid.
/// SMS number to be set for the user.
/// A cancellation token.
- /// returns true if the sms number was successfully created.
- Task CreateUserSmsAsync(string hdid, string sms, CancellationToken ct = default);
+ /// A representing the asynchronous operation.
+ Task UpdateSmsNumberAsync(string hdid, string sms, CancellationToken ct = default);
///
- /// Updates the user SMS number.
+ /// Generates a messaging verification using the provided HDID and SMS number.
///
/// The user hdid.
- /// SMS number to be set for the user.
- /// A cancellation token.
- /// A representing the asynchronous operation.
- Task UpdateUserSmsAsync(string hdid, string sms, CancellationToken ct = default);
+ /// SMS number to verify.
+ /// If set to true, the provided SMS number will be sanitized before being used.
+ /// The generated messaging verification.
+ MessagingVerification GenerateMessagingVerification(string hdid, string sms, bool sanitize = true);
}
}
diff --git a/Apps/GatewayApi/src/Services/UserEmailService.cs b/Apps/GatewayApi/src/Services/UserEmailService.cs
index 607aed3503..167e050942 100644
--- a/Apps/GatewayApi/src/Services/UserEmailService.cs
+++ b/Apps/GatewayApi/src/Services/UserEmailService.cs
@@ -141,7 +141,7 @@ public async Task> ValidateEmailAsync(string hdid, Guid invi
if (matchingVerification.Validated)
{
- this.logger.LogDebug("Email already validated");
+ this.logger.LogDebug("Email already verified");
// Verification already verified
return new RequestResult
@@ -190,7 +190,7 @@ public async Task> ValidateEmailAsync(string hdid, Guid invi
public async Task CreateUserEmailAsync(string hdid, string emailAddress, bool isVerified, bool commit = true, CancellationToken ct = default)
{
this.logger.LogTrace("Creating user email...");
- await this.AddVerificationEmailAsync(hdid, emailAddress, Guid.NewGuid(), isVerified, commit, ct);
+ await this.AddVerificationEmailAsync(hdid, emailAddress, Guid.NewGuid(), isVerified, ct);
this.logger.LogDebug("Finished creating user email");
return true;
}
@@ -225,7 +225,7 @@ public async Task UpdateUserEmailAsync(string hdid, string emailAddress, C
{
this.logger.LogInformation("Expiring old email validation for user {Hdid}", hdid);
bool isDeleted = string.IsNullOrEmpty(emailAddress);
- await this.messageVerificationDelegate.ExpireAsync(lastEmailVerification, isDeleted, ct);
+ await this.messageVerificationDelegate.ExpireAsync(lastEmailVerification, isDeleted, ct: ct);
if (!isDeleted)
{
this.logger.LogInformation("Sending new email verification for user {Hdid}", hdid);
@@ -252,7 +252,7 @@ public async Task UpdateUserEmailAsync(string hdid, string emailAddress, C
}
[ExcludeFromCodeCoverage]
- private async Task AddVerificationEmailAsync(string hdid, string toEmail, Guid inviteKey, bool isVerified = false, bool commit = true, CancellationToken ct = default)
+ private async Task AddVerificationEmailAsync(string hdid, string toEmail, Guid inviteKey, bool isVerified = false, CancellationToken ct = default)
{
float verificationExpiryHours = (float)this.emailVerificationExpirySeconds / 3600;
@@ -273,13 +273,12 @@ private async Task AddVerificationEmailAsync(string hdid, string toEmail, Guid i
ExpireDate = DateTime.UtcNow.AddSeconds(this.emailVerificationExpirySeconds),
Email = this.emailQueueService.ProcessTemplate(toEmail, emailTemplate, keyValues),
EmailAddress = toEmail,
- Validated = isVerified,
};
if (isVerified)
{
messageVerification.Email.EmailStatusCode = EmailStatus.Processed;
- await this.messageVerificationDelegate.InsertAsync(messageVerification, commit, ct);
+ await this.messageVerificationDelegate.InsertAsync(messageVerification, ct: ct);
await this.ValidateEmailAsync(hdid, inviteKey, ct);
}
else
diff --git a/Apps/GatewayApi/src/Services/UserEmailServiceV2.cs b/Apps/GatewayApi/src/Services/UserEmailServiceV2.cs
index 2efcebe79b..ac2597c042 100644
--- a/Apps/GatewayApi/src/Services/UserEmailServiceV2.cs
+++ b/Apps/GatewayApi/src/Services/UserEmailServiceV2.cs
@@ -17,7 +17,6 @@ namespace HealthGateway.GatewayApi.Services
{
using System;
using System.Collections.Generic;
- using System.Diagnostics.CodeAnalysis;
using System.Globalization;
using System.Threading;
using System.Threading.Tasks;
@@ -42,17 +41,18 @@ namespace HealthGateway.GatewayApi.Services
public class UserEmailServiceV2 : IUserEmailServiceV2
{
private const int MaxVerificationAttempts = 5;
+ private const string EmailConfigExpirySecondsKey = "EmailVerificationExpirySeconds";
+ private const string WebClientConfigSection = "WebClient";
- private readonly string emailConfigExpirySecondsKey = "EmailVerificationExpirySeconds";
private readonly IEmailQueueService emailQueueService;
- private readonly int emailVerificationExpirySeconds;
private readonly ILogger logger;
private readonly IMessagingVerificationDelegate messageVerificationDelegate;
private readonly INotificationSettingsService notificationSettingsService;
private readonly IUserProfileDelegate profileDelegate;
- private readonly string webClientConfigSection = "WebClient";
- private readonly bool notificationsChangeFeedEnabled;
private readonly IMessageSender messageSender;
+
+ private readonly int emailVerificationExpirySeconds;
+ private readonly bool notificationsChangeFeedEnabled;
private readonly EmailTemplateConfig emailTemplateConfig;
///
@@ -79,41 +79,29 @@ public UserEmailServiceV2(
this.profileDelegate = profileDelegate;
this.emailQueueService = emailQueueService;
this.notificationSettingsService = notificationSettingsService;
- this.emailVerificationExpirySeconds = configuration.GetSection(this.webClientConfigSection).GetValue(this.emailConfigExpirySecondsKey, 5);
-
this.messageSender = messageSender;
- ChangeFeedOptions? changeFeedConfiguration = configuration.GetSection(ChangeFeedOptions.ChangeFeed)
- .Get();
- this.notificationsChangeFeedEnabled = changeFeedConfiguration?.Notifications.Enabled ?? false;
+
+ this.emailVerificationExpirySeconds = configuration.GetSection(WebClientConfigSection).GetValue(EmailConfigExpirySecondsKey, 5);
+ this.notificationsChangeFeedEnabled = configuration.GetSection(ChangeFeedOptions.ChangeFeed).Get()?.Notifications.Enabled ?? false;
this.emailTemplateConfig = configuration.GetSection(EmailTemplateConfig.ConfigurationSectionKey).Get() ?? new();
}
///
- public async Task ValidateEmailAsync(string hdid, Guid inviteKey, CancellationToken ct = default)
+ public async Task VerifyEmailAddressAsync(string hdid, Guid inviteKey, CancellationToken ct = default)
{
- this.logger.LogTrace("Validating email... {InviteKey}", inviteKey);
+ this.logger.LogTrace("Verifying email address... {InviteKey}", inviteKey);
MessagingVerification? matchingVerification = await this.messageVerificationDelegate.GetLastByInviteKeyAsync(inviteKey, ct);
UserProfile userProfile = await this.profileDelegate.GetUserProfileAsync(hdid, ct: ct) ?? throw new NotFoundException(ErrorMessages.UserProfileNotFound);
- if (matchingVerification == null ||
- matchingVerification.UserProfileId != hdid ||
- matchingVerification.Deleted)
+ if (matchingVerification == null || matchingVerification.UserProfileId != hdid || matchingVerification.Deleted)
{
this.logger.LogDebug("Invalid email verification");
-
- MessagingVerification? lastEmailVerification = await this.messageVerificationDelegate.GetLastForUserAsync(hdid, MessagingVerificationType.Email, ct);
- if (lastEmailVerification is { Validated: false })
- {
- lastEmailVerification.VerificationAttempts++;
- await this.messageVerificationDelegate.UpdateAsync(lastEmailVerification, ct: ct);
- }
-
+ await this.IncrementEmailVerificationAttempts(hdid, ct);
return false;
}
- if (matchingVerification.VerificationAttempts >= MaxVerificationAttempts ||
- matchingVerification.ExpireDate < DateTime.UtcNow)
+ if (matchingVerification.VerificationAttempts >= MaxVerificationAttempts || matchingVerification.ExpireDate < DateTime.UtcNow)
{
this.logger.LogDebug("Email verification expired");
return false;
@@ -121,89 +109,73 @@ public async Task ValidateEmailAsync(string hdid, Guid inviteKey, Cancella
if (matchingVerification.Validated)
{
- this.logger.LogDebug("Email already validated");
- throw new AlreadyExistsException("Email already validated");
+ this.logger.LogDebug("Email already verified");
+ throw new AlreadyExistsException("Email already verified");
}
- matchingVerification.Validated = true;
- await this.messageVerificationDelegate.UpdateAsync(matchingVerification, false, ct);
+ await this.SetAddressValidated(userProfile, matchingVerification, true, ct);
+ await this.NotifyVerificationSuccessful(hdid, matchingVerification.Email!.To, ct);
+ await this.QueueNotificationSettingsRequest(userProfile, ct);
- userProfile.Email = matchingVerification.Email!.To; // Gets the user email from the email sent.
- DbResult dbResult = await this.profileDelegate.UpdateAsync(userProfile, true, ct);
- if (dbResult.Status != DbStatusCode.Updated)
- {
- throw new DatabaseException(dbResult.Message);
- }
-
- if (this.notificationsChangeFeedEnabled)
- {
- MessageEnvelope[] events = [new(new NotificationChannelVerifiedEvent(hdid, NotificationChannel.Email, matchingVerification.Email!.To), hdid)];
- await this.messageSender.SendAsync(events, ct);
- }
-
- // Update the notification settings
- await this.notificationSettingsService.QueueNotificationSettingsAsync(new NotificationSettingsRequest(userProfile, userProfile.Email, userProfile.SmsNumber), ct);
-
- this.logger.LogDebug("Email validated");
+ this.logger.LogDebug("Email verified");
return true;
}
///
- [ExcludeFromCodeCoverage]
- public async Task CreateUserEmailAsync(string hdid, string emailAddress, bool isVerified, bool commit = true, CancellationToken ct = default)
- {
- this.logger.LogTrace("Creating user email...");
- await this.AddVerificationEmailAsync(hdid, emailAddress, Guid.NewGuid(), isVerified, commit, ct);
- this.logger.LogDebug("Finished creating user email");
- return true;
- }
-
- ///
- [ExcludeFromCodeCoverage]
- public async Task UpdateUserEmailAsync(string hdid, string emailAddress, CancellationToken ct = default)
+ public async Task UpdateEmailAddressAsync(string hdid, string emailAddress, CancellationToken ct = default)
{
this.logger.LogTrace("Updating user email...");
+ bool isEmpty = string.IsNullOrEmpty(emailAddress);
+ Guid inviteKey = Guid.NewGuid();
await new OptionalEmailAddressValidator().ValidateAndThrowAsync(emailAddress, ct);
UserProfile userProfile = await this.profileDelegate.GetUserProfileAsync(hdid, true, ct) ?? throw new NotFoundException(ErrorMessages.UserProfileNotFound);
- this.logger.LogInformation("Removing email from user {Hdid}", hdid);
- userProfile.Email = null;
- userProfile.BetaFeatureCodes = [];
- DbResult dbResult = await this.profileDelegate.UpdateAsync(userProfile, ct: ct);
- if (dbResult.Status != DbStatusCode.Updated)
- {
- throw new DatabaseException(dbResult.Message);
- }
-
- // Update the notification settings
- await this.notificationSettingsService.QueueNotificationSettingsAsync(new NotificationSettingsRequest(userProfile, userProfile.Email, userProfile.SmsNumber), ct);
-
- bool isEmpty = string.IsNullOrEmpty(emailAddress);
- Guid inviteKey = Guid.NewGuid();
-
+ // expire previous email verification in DB without committing changes
MessagingVerification? lastEmailVerification = await this.messageVerificationDelegate.GetLastForUserAsync(hdid, MessagingVerificationType.Email, ct);
if (lastEmailVerification != null)
{
this.logger.LogInformation("Expiring old email validation for user {Hdid}", hdid);
- await this.messageVerificationDelegate.ExpireAsync(lastEmailVerification, isEmpty, ct);
- if (emailAddress.Equals(lastEmailVerification.Email?.To, StringComparison.OrdinalIgnoreCase))
+ await this.messageVerificationDelegate.ExpireAsync(lastEmailVerification, isEmpty, false, ct);
+ if (string.Equals(emailAddress, lastEmailVerification.Email?.To, StringComparison.OrdinalIgnoreCase))
{
+ // reuse same invite key if the last verification was for the same email address
inviteKey = lastEmailVerification.InviteKey!.Value;
}
}
+ // add new messaging verification to DB without committing changes
+ MessagingVerification? messagingVerification = null;
if (!isEmpty)
+ {
+ messagingVerification = await this.GenerateMessagingVerificationAsync(hdid, emailAddress, inviteKey, false, ct);
+ await this.messageVerificationDelegate.InsertAsync(messagingVerification, false, ct);
+ }
+
+ this.logger.LogInformation("Removing email from user {Hdid}", hdid);
+ userProfile.Email = null;
+ userProfile.BetaFeatureCodes = [];
+
+ // update user profile in DB and commit changes
+ DbResult dbResult = await this.profileDelegate.UpdateAsync(userProfile, true, ct);
+ if (dbResult.Status != DbStatusCode.Updated)
+ {
+ throw new DatabaseException(dbResult.Message);
+ }
+
+ if (messagingVerification != null)
{
this.logger.LogInformation("Sending new email verification for user {Hdid}", hdid);
- await this.AddVerificationEmailAsync(hdid, emailAddress, inviteKey, ct: ct);
+ await this.emailQueueService.QueueNewEmailAsync(messagingVerification.Email, true, ct);
}
+ await this.QueueNotificationSettingsRequest(userProfile, ct);
+
this.logger.LogDebug("Finished updating user email");
}
- [ExcludeFromCodeCoverage]
- private async Task AddVerificationEmailAsync(string hdid, string toEmail, Guid inviteKey, bool isVerified = false, bool commit = true, CancellationToken ct = default)
+ ///
+ public async Task GenerateMessagingVerificationAsync(string hdid, string emailAddress, Guid inviteKey, bool isVerified, CancellationToken ct = default)
{
float verificationExpiryHours = (float)this.emailVerificationExpirySeconds / 3600;
@@ -217,27 +189,62 @@ private async Task AddVerificationEmailAsync(string hdid, string toEmail, Guid i
EmailTemplate emailTemplate = await this.emailQueueService.GetEmailTemplateAsync(EmailTemplateName.RegistrationTemplate, ct) ??
throw new DatabaseException(ErrorMessages.EmailTemplateNotFound);
- MessagingVerification messageVerification = new()
+ MessagingVerification messagingVerification = new()
{
InviteKey = inviteKey,
UserProfileId = hdid,
ExpireDate = DateTime.UtcNow.AddSeconds(this.emailVerificationExpirySeconds),
- Email = this.emailQueueService.ProcessTemplate(toEmail, emailTemplate, keyValues),
- EmailAddress = toEmail,
+ Email = this.emailQueueService.ProcessTemplate(emailAddress, emailTemplate, keyValues),
+ EmailAddress = emailAddress,
Validated = isVerified,
};
if (isVerified)
{
- messageVerification.Email.EmailStatusCode = EmailStatus.Processed;
- await this.messageVerificationDelegate.InsertAsync(messageVerification, commit, ct);
- await this.ValidateEmailAsync(hdid, inviteKey, ct);
+ // for verified email addresses, mark verification email as already sent
+ messagingVerification.Email.EmailStatusCode = EmailStatus.Processed;
+ }
+
+ return messagingVerification;
+ }
+
+ private async Task IncrementEmailVerificationAttempts(string hdid, CancellationToken ct)
+ {
+ MessagingVerification? latestEmailVerification = await this.messageVerificationDelegate.GetLastForUserAsync(hdid, MessagingVerificationType.Email, ct);
+ if (latestEmailVerification is { Validated: false })
+ {
+ latestEmailVerification.VerificationAttempts++;
+ await this.messageVerificationDelegate.UpdateAsync(latestEmailVerification, true, ct);
}
- else
+ }
+
+ private async Task SetAddressValidated(UserProfile userProfile, MessagingVerification matchingVerification, bool commit = true, CancellationToken ct = default)
+ {
+ // update Validated value in MessagingVerification
+ matchingVerification.Validated = true;
+ await this.messageVerificationDelegate.UpdateAsync(matchingVerification, false, ct);
+
+ // add email address to UserProfile
+ userProfile.Email = matchingVerification.Email!.To;
+ DbResult dbResult = await this.profileDelegate.UpdateAsync(userProfile, commit, ct);
+ if (commit && dbResult.Status != DbStatusCode.Updated)
{
- await this.messageVerificationDelegate.InsertAsync(messageVerification, ct: ct);
- await this.emailQueueService.QueueNewEmailAsync(messageVerification.Email, ct: ct);
+ throw new DatabaseException(dbResult.Message);
}
}
+
+ private async Task NotifyVerificationSuccessful(string hdid, string emailAddress, CancellationToken ct)
+ {
+ if (this.notificationsChangeFeedEnabled)
+ {
+ MessageEnvelope[] events = [new(new NotificationChannelVerifiedEvent(hdid, NotificationChannel.Email, emailAddress), hdid)];
+ await this.messageSender.SendAsync(events, ct);
+ }
+ }
+
+ private async Task QueueNotificationSettingsRequest(UserProfile userProfile, CancellationToken ct)
+ {
+ await this.notificationSettingsService.QueueNotificationSettingsAsync(new NotificationSettingsRequest(userProfile, userProfile.Email, userProfile.SmsNumber), ct);
+ }
}
}
diff --git a/Apps/GatewayApi/src/Services/UserProfileService.cs b/Apps/GatewayApi/src/Services/UserProfileService.cs
index 1815f6c1b1..0f439b52d3 100644
--- a/Apps/GatewayApi/src/Services/UserProfileService.cs
+++ b/Apps/GatewayApi/src/Services/UserProfileService.cs
@@ -259,15 +259,15 @@ await this.messageSender.SendAsync(
UserProfile dbModel = insertResult.Payload;
string? requestedSmsNumber = createProfileRequest.Profile.SmsNumber;
string? requestedEmail = createProfileRequest.Profile.Email;
+ bool isEmailVerified = !string.IsNullOrWhiteSpace(requestedEmail) && requestedEmail.Equals(jwtEmailAddress, StringComparison.OrdinalIgnoreCase);
UserProfileModel userProfileModel = await this.BuildUserProfileModelAsync(dbModel, ct: ct);
- NotificationSettingsRequest notificationRequest = new(dbModel, requestedEmail, requestedSmsNumber);
+ NotificationSettingsRequest notificationRequest = new(dbModel, isEmailVerified ? requestedEmail : string.Empty, requestedSmsNumber);
// Add email verification
if (!string.IsNullOrWhiteSpace(requestedEmail))
{
- bool isEmailVerified = requestedEmail.Equals(jwtEmailAddress, StringComparison.OrdinalIgnoreCase);
await this.userEmailService.CreateUserEmailAsync(hdid, requestedEmail, isEmailVerified, !this.notificationsChangeFeedEnabled, ct);
userProfileModel.Email = requestedEmail;
userProfileModel.IsEmailVerified = isEmailVerified;
diff --git a/Apps/GatewayApi/src/Services/UserProfileServiceV2.cs b/Apps/GatewayApi/src/Services/UserProfileServiceV2.cs
index 3a7946b619..ec4b9c6a44 100644
--- a/Apps/GatewayApi/src/Services/UserProfileServiceV2.cs
+++ b/Apps/GatewayApi/src/Services/UserProfileServiceV2.cs
@@ -164,23 +164,16 @@ public async Task GetUserProfileAsync(string hdid, DateTime jw
}
IList userProfileHistoryList = await this.userProfileDelegate.GetUserProfileHistoryListAsync(hdid, this.userProfileHistoryRecordLimit, ct);
- UserProfileModel userProfileModel = await this.BuildUserProfileModelAsync(userProfile, userProfileHistoryList, ct);
- if (!userProfileModel.IsEmailVerified)
- {
- this.logger.LogTrace("Retrieving last email invite... {Hdid}", hdid);
- MessagingVerification? emailInvite = await this.messageVerificationDelegate.GetLastForUserAsync(hdid, MessagingVerificationType.Email, ct);
- this.logger.LogDebug("Finished retrieving email invite... {Hdid}", hdid);
- userProfileModel.Email = emailInvite?.Email?.To;
- }
+ string? emailAddress = !string.IsNullOrEmpty(userProfile.Email)
+ ? userProfile.Email
+ : (await this.messageVerificationDelegate.GetLastForUserAsync(hdid, MessagingVerificationType.Email, ct))?.Email?.To;
- if (!userProfileModel.IsSmsNumberVerified)
- {
- this.logger.LogTrace("Retrieving last sms invite... {Hdid}", hdid);
- MessagingVerification? smsInvite = await this.messageVerificationDelegate.GetLastForUserAsync(hdid, MessagingVerificationType.Sms, ct);
- this.logger.LogDebug("Finished retrieving sms invite... {Hdid}", hdid);
- userProfileModel.SmsNumber = smsInvite?.SmsNumber;
- }
+ string? smsNumber = !string.IsNullOrEmpty(userProfile.SmsNumber)
+ ? userProfile.SmsNumber
+ : (await this.messageVerificationDelegate.GetLastForUserAsync(hdid, MessagingVerificationType.Sms, ct))?.SmsNumber;
+
+ UserProfileModel userProfileModel = await this.BuildUserProfileModelAsync(userProfile, userProfileHistoryList, emailAddress, smsNumber, ct);
return userProfileModel;
}
@@ -188,23 +181,31 @@ public async Task GetUserProfileAsync(string hdid, DateTime jw
///
public async Task CreateUserProfileAsync(CreateUserRequest createProfileRequest, DateTime jwtAuthTime, string? jwtEmailAddress, CancellationToken ct = default)
{
+ this.logger.LogTrace("Creating user profile... {Hdid}", createProfileRequest.Profile.HdId);
string hdid = createProfileRequest.Profile.HdId;
- this.logger.LogTrace("Creating user profile... {Hdid}", hdid);
-
- await new SmsNumberValidator().ValidateAndThrowAsync(createProfileRequest.Profile.SmsNumber, ct);
+ string? requestedEmail = createProfileRequest.Profile.Email;
+ string? requestedSmsNumber = createProfileRequest.Profile.SmsNumber;
+ bool isEmailVerified = !string.IsNullOrWhiteSpace(requestedEmail) && string.Equals(requestedEmail, jwtEmailAddress, StringComparison.OrdinalIgnoreCase);
+ // validate provided SMS number and patient age
+ await new SmsNumberValidator().ValidateAndThrowAsync(requestedSmsNumber, ct);
PatientDetails patient = await this.patientDetailsService.GetPatientAsync(hdid, ct: ct);
if (this.minPatientAge > 0)
{
await new AgeRangeValidator(this.minPatientAge).ValidateAndThrowAsync(patient.Birthdate.ToDateTime(TimeOnly.MinValue), ct);
}
+ // add SMS and email messaging verifications to DB without committing changes
+ MessagingVerification? smsVerification = await this.AddSmsVerification(hdid, requestedSmsNumber, ct);
+ MessagingVerification? emailVerification = await this.AddEmailVerification(hdid, requestedEmail, isEmailVerified, ct);
+
+ // initialize user profile
UserProfile profile = new()
{
HdId = hdid,
IdentityManagementId = null,
TermsOfServiceId = createProfileRequest.Profile.TermsOfServiceId,
- Email = string.Empty,
+ Email = isEmailVerified ? requestedEmail : string.Empty,
SmsNumber = null,
CreatedBy = hdid,
UpdatedBy = hdid,
@@ -214,41 +215,26 @@ public async Task CreateUserProfileAsync(CreateUserRequest cre
LastLoginClientCode = this.authenticationDelegate.FetchAuthenticatedUserClientType(),
};
- DbResult dbResult = await this.userProfileDelegate.InsertUserProfileAsync(profile, ct: ct);
+ // add user profile to DB and commit changes
+ DbResult dbResult = await this.userProfileDelegate.InsertUserProfileAsync(profile, true, ct);
if (dbResult.Status != DbStatusCode.Created)
{
this.logger.LogError("Error creating user profile... {Hdid}", hdid);
throw new DatabaseException(dbResult.Message);
}
- UserProfileModel userProfileModel = await this.BuildUserProfileModelAsync(dbResult.Payload, [], ct);
-
- string? requestedEmail = createProfileRequest.Profile.Email;
- bool isEmailVerified = !string.IsNullOrWhiteSpace(requestedEmail) && requestedEmail.Equals(jwtEmailAddress, StringComparison.OrdinalIgnoreCase);
- if (!string.IsNullOrWhiteSpace(requestedEmail))
- {
- userProfileModel.Email = requestedEmail;
- userProfileModel.IsEmailVerified = isEmailVerified;
-
- // Add email verification
- await this.userEmailService.CreateUserEmailAsync(hdid, requestedEmail, isEmailVerified, !this.notificationsChangeFeedEnabled, ct);
- }
-
- string? requestedSmsNumber = createProfileRequest.Profile.SmsNumber;
- NotificationSettingsRequest notificationRequest = new(dbResult.Payload, requestedEmail, requestedSmsNumber);
- if (!string.IsNullOrWhiteSpace(requestedSmsNumber))
+ // queue verification email
+ if (emailVerification != null && !isEmailVerified)
{
- userProfileModel.SmsNumber = requestedSmsNumber;
-
- // Add SMS verification
- MessagingVerification smsVerification = await this.userSmsService.CreateUserSmsAsync(hdid, requestedSmsNumber, ct);
- notificationRequest.SmsVerificationCode = smsVerification.SmsValidationCode;
+ await this.emailQueueService.QueueNewEmailAsync(emailVerification.Email, true, ct);
}
- await this.NotifyAccountCreated(hdid, notificationRequest, isEmailVerified, ct);
-
- this.logger.LogDebug("Finished creating user profile... {Hdid}", dbResult.Payload.HdId);
+ // notify partners about new account
+ await this.NotifyAccountCreated(profile, requestedEmail, requestedSmsNumber, isEmailVerified, smsVerification?.SmsValidationCode, ct);
+ // build and return model
+ UserProfileModel userProfileModel = await this.BuildUserProfileModelAsync(dbResult.Payload, [], requestedEmail, requestedSmsNumber, ct);
+ this.logger.LogTrace("Finished creating user profile... {Hdid}", dbResult.Payload.HdId);
return userProfileModel;
}
@@ -332,10 +318,17 @@ public async Task IsPhoneNumberValidAsync(string phoneNumber, Cancellation
return (await new SmsNumberValidator().ValidateAsync(phoneNumber, ct)).IsValid;
}
- private async Task BuildUserProfileModelAsync(UserProfile userProfile, ICollection historyCollection, CancellationToken ct = default)
+ private async Task BuildUserProfileModelAsync(
+ UserProfile userProfile,
+ ICollection historyCollection,
+ string emailAddress,
+ string smsNumber,
+ CancellationToken ct = default)
{
Guid? termsOfServiceId = await this.legalAgreementService.GetActiveLegalAgreementId(LegalAgreementType.TermsOfService, ct);
UserProfileModel userProfileModel = this.mappingService.MapToUserProfileModel(userProfile, termsOfServiceId);
+ userProfileModel.Email = emailAddress;
+ userProfileModel.SmsNumber = smsNumber;
DateTime? latestTourChangeDateTime = await this.applicationSettingsService.GetLatestTourChangeDateTimeAsync(ct);
userProfileModel.HasTourUpdated = historyCollection.Count != 0 &&
@@ -349,19 +342,47 @@ private async Task BuildUserProfileModelAsync(UserProfile user
return userProfileModel;
}
- private async Task NotifyAccountCreated(string hdid, NotificationSettingsRequest notificationRequest, bool isEmailVerified, CancellationToken ct)
+ private async Task AddSmsVerification(string hdid, string? requestedSmsNumber, CancellationToken ct)
+ {
+ MessagingVerification? smsVerification = null;
+ if (!string.IsNullOrWhiteSpace(requestedSmsNumber))
+ {
+ smsVerification = this.userSmsService.GenerateMessagingVerification(hdid, requestedSmsNumber);
+ await this.messageVerificationDelegate.InsertAsync(smsVerification, false, ct);
+ }
+
+ return smsVerification;
+ }
+
+ private async Task AddEmailVerification(string hdid, string? requestedEmail, bool isEmailVerified, CancellationToken ct)
+ {
+ MessagingVerification? emailVerification = null;
+ if (!string.IsNullOrWhiteSpace(requestedEmail))
+ {
+ emailVerification = await this.userEmailService.GenerateMessagingVerificationAsync(hdid, requestedEmail, Guid.NewGuid(), isEmailVerified, ct);
+ await this.messageVerificationDelegate.InsertAsync(emailVerification, false, ct);
+ }
+
+ return emailVerification;
+ }
+
+ private async Task NotifyAccountCreated(UserProfile profile, string requestedEmail, string requestedSmsNumber, bool isEmailVerified, string smsVerificationCode, CancellationToken ct)
{
+ // notify account was created
if (this.accountsChangeFeedEnabled)
{
- await this.messageSender.SendAsync([new MessageEnvelope(new AccountCreatedEvent(hdid, DateTime.UtcNow), hdid)], ct);
+ await this.messageSender.SendAsync([new MessageEnvelope(new AccountCreatedEvent(profile.HdId, DateTime.UtcNow), profile.HdId)], ct);
}
+ // notify email verification was successful
if (isEmailVerified && this.notificationsChangeFeedEnabled)
{
- await this.messageSender.SendAsync([new(new NotificationChannelVerifiedEvent(hdid, NotificationChannel.Email, notificationRequest.EmailAddress), hdid)], ct);
+ await this.messageSender.SendAsync([new(new NotificationChannelVerifiedEvent(profile.HdId, NotificationChannel.Email, requestedEmail), profile.HdId)], ct);
}
- await this.notificationSettingsService.QueueNotificationSettingsAsync(notificationRequest, ct);
+ // queue notification settings job
+ NotificationSettingsRequest notificationSettingsRequest = new(profile, profile.Email, requestedSmsNumber) { SmsVerificationCode = smsVerificationCode };
+ await this.notificationSettingsService.QueueNotificationSettingsAsync(notificationSettingsRequest, ct);
}
private async Task SendEmailAsync(string? emailAddress, string emailTemplateName, CancellationToken ct)
diff --git a/Apps/GatewayApi/src/Services/UserSmsService.cs b/Apps/GatewayApi/src/Services/UserSmsService.cs
index 11cac0f4c6..6b15032b33 100644
--- a/Apps/GatewayApi/src/Services/UserSmsService.cs
+++ b/Apps/GatewayApi/src/Services/UserSmsService.cs
@@ -159,7 +159,7 @@ public async Task UpdateUserSmsAsync(string hdid, string sms, Cancellation
if (lastSmsVerification != null)
{
this.logger.LogInformation("Expiring old sms validation for user {Hdid}", hdid);
- await this.messageVerificationDelegate.ExpireAsync(lastSmsVerification, isDeleted, ct);
+ await this.messageVerificationDelegate.ExpireAsync(lastSmsVerification, isDeleted, ct: ct);
}
NotificationSettingsRequest notificationRequest = new(userProfile, userProfile.Email, sanitizedSms);
diff --git a/Apps/GatewayApi/src/Services/UserSmsServiceV2.cs b/Apps/GatewayApi/src/Services/UserSmsServiceV2.cs
index 3cd6518736..46953e0e09 100644
--- a/Apps/GatewayApi/src/Services/UserSmsServiceV2.cs
+++ b/Apps/GatewayApi/src/Services/UserSmsServiceV2.cs
@@ -79,15 +79,15 @@ public UserSmsServiceV2(
}
///
- public async Task ValidateSmsAsync(string hdid, string validationCode, CancellationToken ct = default)
+ public async Task VerifySmsNumberAsync(string hdid, string verificationCode, CancellationToken ct = default)
{
- this.logger.LogTrace("Validating sms... {ValidationCode}", validationCode);
+ this.logger.LogTrace("Verifying sms... {ValidationCode}", verificationCode);
UserProfile userProfile = await this.profileDelegate.GetUserProfileAsync(hdid, ct: ct) ?? throw new NotFoundException(ErrorMessages.UserProfileNotFound);
MessagingVerification? smsVerification = await this.messageVerificationDelegate.GetLastForUserAsync(hdid, MessagingVerificationType.Sms, ct);
if (smsVerification is not { Validated: false, Deleted: false, VerificationAttempts: < MaxVerificationAttempts } ||
- smsVerification.SmsValidationCode != validationCode ||
+ smsVerification.SmsValidationCode != verificationCode ||
smsVerification.ExpireDate < DateTime.UtcNow)
{
if (smsVerification is { Validated: false })
@@ -96,7 +96,7 @@ public async Task ValidateSmsAsync(string hdid, string validationCode, Can
await this.messageVerificationDelegate.UpdateAsync(smsVerification, ct: ct);
}
- this.logger.LogDebug("Finished validating sms");
+ this.logger.LogDebug("Finished verifying sms");
return false;
}
@@ -119,22 +119,33 @@ public async Task ValidateSmsAsync(string hdid, string validationCode, Can
// Update the notification settings
await this.notificationSettingsService.QueueNotificationSettingsAsync(new NotificationSettingsRequest(userProfile, userProfile.Email, userProfile.SmsNumber), ct);
- this.logger.LogDebug("Finished validating sms");
+ this.logger.LogDebug("Finished verifying sms");
return true;
}
///
- public async Task CreateUserSmsAsync(string hdid, string sms, CancellationToken ct = default)
+ public MessagingVerification GenerateMessagingVerification(string hdid, string sms, bool sanitize = true)
{
- this.logger.LogInformation("Adding new sms verification for user {Hdid}", hdid);
- string sanitizedSms = SanitizeSms(sms);
- MessagingVerification messagingVerification = await this.AddVerificationSmsAsync(hdid, sanitizedSms, ct);
- this.logger.LogDebug("Finished updating user sms");
+ this.logger.LogInformation("Generating new sms verification for user {Hdid}", hdid);
+ if (sanitize)
+ {
+ sms = SanitizeSms(sms);
+ }
+
+ MessagingVerification messagingVerification = new()
+ {
+ UserProfileId = hdid,
+ SmsNumber = sms,
+ SmsValidationCode = CreateVerificationCode(),
+ VerificationType = MessagingVerificationType.Sms,
+ ExpireDate = DateTime.UtcNow.AddDays(VerificationExpiryDays),
+ };
+
return messagingVerification;
}
///
- public async Task UpdateUserSmsAsync(string hdid, string sms, CancellationToken ct = default)
+ public async Task UpdateSmsNumberAsync(string hdid, string sms, CancellationToken ct = default)
{
this.logger.LogTrace("Removing user sms number {Hdid}", hdid);
string sanitizedSms = SanitizeSms(sms);
@@ -155,14 +166,15 @@ public async Task UpdateUserSmsAsync(string hdid, string sms, CancellationToken
if (lastSmsVerification != null)
{
this.logger.LogInformation("Expiring old sms validation for user {Hdid}", hdid);
- await this.messageVerificationDelegate.ExpireAsync(lastSmsVerification, isDeleted, ct);
+ await this.messageVerificationDelegate.ExpireAsync(lastSmsVerification, isDeleted, ct: ct);
}
NotificationSettingsRequest notificationRequest = new(userProfile, userProfile.Email, sanitizedSms);
if (!isDeleted)
{
this.logger.LogInformation("Adding new sms verification for user {Hdid}", hdid);
- MessagingVerification messagingVerification = await this.AddVerificationSmsAsync(hdid, sanitizedSms, ct);
+ MessagingVerification messagingVerification = this.GenerateMessagingVerification(hdid, sanitizedSms, false);
+ await this.messageVerificationDelegate.InsertAsync(messagingVerification, true, ct);
notificationRequest.SmsVerificationCode = messagingVerification.SmsValidationCode;
}
@@ -195,21 +207,5 @@ private static string SanitizeSms(string smsNumber)
[GeneratedRegex("[^0-9]")]
private static partial Regex NonDigitRegex();
-
- private async Task AddVerificationSmsAsync(string hdid, string sms, CancellationToken ct = default)
- {
- this.logger.LogInformation("Sending new sms verification for user {Hdid}", hdid);
- MessagingVerification messagingVerification = new()
- {
- UserProfileId = hdid,
- SmsNumber = sms,
- SmsValidationCode = CreateVerificationCode(),
- VerificationType = MessagingVerificationType.Sms,
- ExpireDate = DateTime.UtcNow.AddDays(VerificationExpiryDays),
- };
-
- await this.messageVerificationDelegate.InsertAsync(messagingVerification, ct: ct);
- return messagingVerification;
- }
}
}
diff --git a/Apps/GatewayApi/src/Validations/OptionalEmailAddressValidator.cs b/Apps/GatewayApi/src/Validations/OptionalEmailAddressValidator.cs
index 8365006b7b..af15192845 100644
--- a/Apps/GatewayApi/src/Validations/OptionalEmailAddressValidator.cs
+++ b/Apps/GatewayApi/src/Validations/OptionalEmailAddressValidator.cs
@@ -17,11 +17,12 @@ namespace HealthGateway.GatewayApi.Validations
{
using System.Net.Mail;
using FluentValidation;
+ using HealthGateway.Common.Data.Validations;
///
/// Class encapsulating validation for email addresses.
///
- public class OptionalEmailAddressValidator : AbstractValidator
+ public class OptionalEmailAddressValidator : AbstractNullableValidator
{
///
/// Initializes a new instance of the class.
diff --git a/Apps/GatewayApi/test/unit/Services.Test/UserEmailServiceV2Tests.cs b/Apps/GatewayApi/test/unit/Services.Test/UserEmailServiceV2Tests.cs
new file mode 100644
index 0000000000..81ad7e0973
--- /dev/null
+++ b/Apps/GatewayApi/test/unit/Services.Test/UserEmailServiceV2Tests.cs
@@ -0,0 +1,821 @@
+//-------------------------------------------------------------------------
+// Copyright © 2019 Province of British Columbia
+//
+// Licensed under the Apache License, Version 2.0 (the "License");
+// you may not use this file except in compliance with the License.
+// You may obtain a copy of the License at
+//
+// http://www.apache.org/licenses/LICENSE-2.0
+//
+// Unless required by applicable law or agreed to in writing, software
+// distributed under the License is distributed on an "AS IS" BASIS,
+// WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.
+// See the License for the specific language governing permissions and
+// limitations under the License.
+//-------------------------------------------------------------------------
+namespace HealthGateway.GatewayApiTests.Services.Test
+{
+ using System;
+ using System.Collections.Generic;
+ using System.Globalization;
+ using System.Linq;
+ using System.Threading;
+ using System.Threading.Tasks;
+ using DeepEqual.Syntax;
+ using HealthGateway.Common.Constants;
+ using HealthGateway.Common.ErrorHandling.Exceptions;
+ using HealthGateway.Common.Messaging;
+ using HealthGateway.Common.Models;
+ using HealthGateway.Common.Models.Events;
+ using HealthGateway.Common.Services;
+ using HealthGateway.Database.Constants;
+ using HealthGateway.Database.Delegates;
+ using HealthGateway.Database.Models;
+ using HealthGateway.Database.Wrapper;
+ using HealthGateway.GatewayApi.Services;
+ using Microsoft.Extensions.Configuration;
+ using Microsoft.Extensions.Logging;
+ using Moq;
+ using Xunit;
+
+ ///
+ /// Unit Tests for UserEmailServiceV2Tests.
+ ///
+ public class UserEmailServiceV2Tests
+ {
+ private const string Hdid = "hdid-mock";
+ private const string InvalidHdid = "Does not match hdid-mock";
+ private const string MainEmailAddress = "main@healthgateway.gov.bc.ca";
+ private const string SecondaryEmailAddress = "secondary@healthgateway.gov.bc.ca";
+ private const string EmailTemplateHost = "https://www.healthgateway.gov.bc.ca";
+ private const int EmailVerificationExpirySeconds = 43200;
+
+ ///
+ /// ValidateEmailAsync - Happy path scenario.
+ ///
+ ///
+ /// The bool value indicating whether change feed on notifications is enabled or not.
+ ///
+ /// A representing the asynchronous unit test.
+ [Theory]
+ [InlineData(true)]
+ [InlineData(false)]
+ public async Task ValidateEmail(bool changeFeedEnabled)
+ {
+ // Arrange
+ VerifyEmailAddressMock mock = SetupVerifyEmailAddressMock(changeFeedEnabled);
+
+ // Act
+ bool actual = await mock.Service.VerifyEmailAddressAsync(mock.Hdid, mock.InviteKey, CancellationToken.None);
+
+ // Assert and Verify
+ actual.ShouldDeepEqual(mock.Expected);
+ Verify(mock.Verify);
+ }
+
+ ///
+ /// ValidateEmailAsync - Too many attempts.
+ ///
+ /// A representing the asynchronous unit test.
+ [Fact]
+ public async Task ValidateEmailTooManyAttempts()
+ {
+ // Arrange
+ VerifyEmailAddressMock mock = SetupVerifyEmailAddressTooManyAttemptsMock();
+
+ // Act
+ bool actual = await mock.Service.VerifyEmailAddressAsync(mock.Hdid, mock.InviteKey, CancellationToken.None);
+
+ // Assert and Verify
+ actual.ShouldDeepEqual(mock.Expected);
+ Verify(mock.Verify);
+ }
+
+ ///
+ /// ValidateEmailAsync - Already validated.
+ ///
+ /// A representing the asynchronous unit test.
+ [Fact]
+ public async Task ValidateEmailAlreadyValidated()
+ {
+ // Arrange
+ VerifyEmailAddressThrowsExceptionMock mock = SetupVerifyEmailAddressThrowsAlreadyExistsExceptionMock();
+
+ // Act and assert
+ await Assert.ThrowsAsync(
+ mock.Expected, // AlreadyExistsException
+ async () => { await mock.Service.VerifyEmailAddressAsync(mock.Hdid, mock.InviteKey); });
+ }
+
+ ///
+ /// ValidateEmailAsync - invalid invite.
+ ///
+ /// The hdid associated with the verification by invite key.
+ ///
+ /// The bool value indicating whether a matching verification exists.
+ ///
+ /// The matching verification's deleted value.
+ /// A representing the asynchronous unit test.
+ [Theory]
+ [InlineData(InvalidHdid, true, false)] // User Profile Hdid does not match hdid in matching verification.
+ [InlineData(Hdid, false, false)] // Matching verification does not exist.
+ [InlineData(Hdid, true, true)] // Matching verification is deleted.
+ public async Task InvalidInviteLastSent(string hdid, bool verificationExists, bool deleted)
+ {
+ // Arrange
+ VerifyEmailAddressMock mock = SetupVerifyEmailAddressInvalidInviteMock(
+ hdid,
+ deleted,
+ verificationExists);
+
+ // Act
+ bool actual = await mock.Service.VerifyEmailAddressAsync(mock.Hdid, mock.InviteKey);
+
+ // Assert and Verify
+ actual.ShouldDeepEqual(mock.Expected);
+ Verify(mock.Verify);
+ }
+
+ ///
+ /// ValidateEmailAsync - Update UserProfile database exception.
+ ///
+ /// A representing the asynchronous unit test.
+ [Fact]
+ public async Task ValidateEmailThrowsDatabaseException()
+ {
+ // Arrange
+ VerifyEmailAddressThrowsExceptionMock mock = SetupVerifyEmailAddressThrowsDatabaseExceptionMock();
+
+ // Act and Assert
+ await Assert.ThrowsAsync(
+ mock.Expected,
+ async () => { await mock.Service.VerifyEmailAddressAsync(mock.Hdid, mock.InviteKey); });
+ }
+
+ ///
+ /// GenerateMessagingVerificationAsync.
+ ///
+ /// The bool value indicating whether the messaging verification is verified or not.
+ /// A representing the asynchronous unit test.
+ [Theory]
+ [InlineData(true)]
+ [InlineData(false)]
+ public async Task GenerateMessagingVerificationAsync(bool isVerified)
+ {
+ // Arrange
+ GenerateMessagingVerificationMock mock = SetupGenerateMessagingVerificationMock(isVerified);
+
+ // Act
+ MessagingVerification actual = await mock.Service.GenerateMessagingVerificationAsync(mock.Hdid, mock.EmailAddress, mock.InviteKey, isVerified);
+
+ // Assert
+ Assert.Equal(mock.Expected.InviteKey, actual.InviteKey);
+ Assert.Equal(mock.Expected.UserProfileId, actual.UserProfileId);
+ Assert.Equal(mock.Expected.Validated, actual.Validated);
+ Assert.Equal(mock.Expected.EmailAddress, actual.EmailAddress);
+ Assert.Equal(
+ TruncateToSeconds(mock.Expected.ExpireDate),
+ TruncateToSeconds(actual.ExpireDate)
+ );
+ actual.Email.ShouldDeepEqual(mock.Expected.Email);
+ return;
+
+ static DateTime TruncateToSeconds(DateTime dateTime)
+ {
+ return new DateTime(
+ dateTime.Year,
+ dateTime.Month,
+ dateTime.Day,
+ dateTime.Hour,
+ dateTime.Minute,
+ dateTime.Second,
+ dateTime.Kind
+ );
+ }
+ }
+
+ ///
+ /// UpdateEmailAddressAsync.
+ ///
+ ///
+ /// The bool value indicating whether the latest messaging verification exists or
+ /// not.
+ ///
+ /// The email address to update.
+ /// A representing the asynchronous unit test.
+ [Theory]
+ [InlineData(true, MainEmailAddress)]
+ [InlineData(true, null)]
+ [InlineData(true, "")]
+ [InlineData(false, MainEmailAddress)]
+ [InlineData(true, SecondaryEmailAddress)]
+ [InlineData(false, SecondaryEmailAddress)]
+ public async Task UpdateEmailAddressAsync(bool latestVerificationExists, string? emailAddress)
+ {
+ // Arrange
+ UpdateEmailAddressMock mock = SetupUpdateEmailAddressMock(
+ latestVerificationExists,
+ emailAddress: emailAddress);
+
+ // Act and Verify
+ await mock.Service.UpdateEmailAddressAsync(mock.Hdid, mock.EmailAddress);
+ Verify(mock.Verify);
+ }
+
+ ///
+ /// UpdateEmailAddressAsync throws exception.
+ ///
+ ///
+ /// The bool value indicating whether the user profile exists or not.
+ ///
+ /// The status returned when user profile is updated.
+ /// A representing the asynchronous unit test.
+ [Theory]
+ [InlineData(false, DbStatusCode.Updated)] // Throws NotFoundException
+ [InlineData(true, DbStatusCode.Error)] // Throws DatabaseException
+ public async Task UpdateEmailAddressThrowsExceptionAsync(bool userProfileExists, DbStatusCode userProfileUpdateStatus)
+ {
+ // Arrange
+ UpdateEmailAddressThrowsExceptionMock mock = SetupUpdateEmailAddressThrowsExceptionMock(
+ userProfileExists,
+ userProfileUpdateStatus);
+
+ // Act and Assert
+ await Assert.ThrowsAsync(
+ mock.Expected,
+ async () => { await mock.Service.UpdateEmailAddressAsync(mock.Hdid, mock.EmailAddress); });
+ }
+
+ private static void Verify(VerifyMock mock)
+ {
+ mock.MessagingVerificationDelegateMock.Verify(
+ s => s.UpdateAsync(
+ It.Is(
+ mv => mv.Validated == true),
+ It.IsAny(),
+ It.IsAny()),
+ mock.ExpectedValidVerificationUpdateTimes);
+
+ mock.MessagingVerificationDelegateMock.Verify(
+ s => s.UpdateAsync(
+ It.Is(
+ mv => mv.Validated == false &&
+ mv.VerificationAttempts == 1),
+ It.IsAny(),
+ It.IsAny()),
+ mock.ExpectedInvalidVerificationUpdateTimes);
+
+ mock.MessagingVerificationDelegateMock.Verify(
+ s => s.ExpireAsync(
+ It.IsAny(),
+ It.IsAny(),
+ It.IsAny(),
+ It.IsAny()),
+ mock.ExpectedVerificationExpireTimes);
+
+ mock.MessagingVerificationDelegateMock.Verify(
+ s => s.InsertAsync(
+ It.IsAny(),
+ It.IsAny(),
+ It.IsAny()),
+ mock.ExpectedVerificationInsertTimes);
+
+ mock.UserProfileDelegateMock
+ .Verify(
+ s => s.UpdateAsync(
+ It.IsAny(),
+ It.IsAny(),
+ It.IsAny()),
+ mock.ExpectedUserProfileUpdateTimes);
+
+ mock.NotificationSettingsServiceMock
+ .Verify(
+ s => s.QueueNotificationSettingsAsync(
+ It.IsAny(),
+ It.IsAny()),
+ mock.ExpectedQueueNotificationSettingsTimes);
+
+ mock.MessageSenderMock.Verify(
+ m => m.SendAsync(
+ It.Is>(
+ envelopes => envelopes.First().Content is NotificationChannelVerifiedEvent),
+ CancellationToken.None),
+ mock.ExpectedMessageSenderSendTimes);
+
+ mock.EmailQueueServiceMock
+ .Verify(
+ s => s.QueueNewEmailAsync(
+ It.IsAny(),
+ It.IsAny(),
+ It.IsAny()),
+ mock.ExpectedQueueNewEmailTimes);
+ }
+
+ private static IConfiguration GetConfiguration(bool changeFeedEnabled)
+ {
+ const string changeFeedKey = $"{ChangeFeedOptions.ChangeFeed}:Notifications:Enabled";
+ const string emailVerificationExpirySecondsKey = "WebClient:EmailVerificationExpirySeconds";
+ const string emailTemplateHostKey = "EmailTemplate:Host";
+
+ Dictionary myConfiguration = new()
+ {
+ { changeFeedKey, changeFeedEnabled.ToString() },
+ { emailVerificationExpirySecondsKey, EmailVerificationExpirySeconds.ToString(CultureInfo.InvariantCulture) },
+ { emailTemplateHostKey, EmailTemplateHost },
+ };
+
+ return new ConfigurationBuilder()
+ .AddInMemoryCollection(myConfiguration.ToList())
+ .Build();
+ }
+
+ private static IUserEmailServiceV2 GetUserEmailService(
+ Mock? messagingVerificationDelegateMock = null,
+ Mock? userProfileDelegateMock = null,
+ Mock? notificationSettingsServiceMock = null,
+ Mock? messageSenderMock = null,
+ Mock? emailQueueServiceMock = null,
+ bool changeFeedEnabled = false)
+ {
+ messagingVerificationDelegateMock ??= new();
+ userProfileDelegateMock ??= new();
+ notificationSettingsServiceMock ??= new();
+ messageSenderMock ??= new();
+ emailQueueServiceMock ??= new();
+
+ return new UserEmailServiceV2(
+ new Mock>().Object,
+ messagingVerificationDelegateMock.Object,
+ userProfileDelegateMock.Object,
+ emailQueueServiceMock.Object,
+ notificationSettingsServiceMock.Object,
+ GetConfiguration(changeFeedEnabled),
+ messageSenderMock.Object);
+ }
+
+ private static Email GenerateEmail(Guid? emailId = null, string toEmailAddress = MainEmailAddress)
+ {
+ return new()
+ {
+ Id = emailId ?? Guid.NewGuid(),
+ To = toEmailAddress,
+ };
+ }
+
+ private static MessagingVerification GenerateMessagingVerification(
+ string userProfileId = Hdid,
+ string emailAddress = MainEmailAddress,
+ int verificationAttempts = 0,
+ bool validated = false,
+ bool deleted = false,
+ Email? email = null,
+ Guid? inviteKey = null,
+ DateTime? expireDate = null)
+ {
+ return new()
+ {
+ UserProfileId = userProfileId,
+ VerificationAttempts = verificationAttempts,
+ InviteKey = inviteKey ?? Guid.NewGuid(),
+ ExpireDate = expireDate ?? DateTime.UtcNow.AddSeconds(EmailVerificationExpirySeconds),
+ Validated = validated,
+ Deleted = deleted,
+ EmailAddress = emailAddress,
+ Email = email ?? GenerateEmail(toEmailAddress: emailAddress),
+ };
+ }
+
+ private static Mock SetupMessagingVerificationDelegateMock(
+ string userProfileId = Hdid,
+ bool setupMatchingVerification = true,
+ Guid? matchingVerificationInviteKey = null,
+ bool matchingVerificationExists = true,
+ int matchingVerificationAttempts = 0,
+ bool matchingVerificationValidated = false,
+ bool matchingVerificationDeleted = false,
+ string matchingVerificationEmailAddress = MainEmailAddress,
+ bool setupLatestVerification = false,
+ Guid? latestVerificationInviteKey = null,
+ bool latestVerificationExists = true,
+ string latestVerificationEmailAddress = MainEmailAddress)
+ {
+ matchingVerificationInviteKey ??= Guid.NewGuid();
+ latestVerificationInviteKey ??= Guid.NewGuid();
+ Mock messagingVerificationDelegateMock = new();
+
+ if (setupMatchingVerification)
+ {
+ Email email = GenerateEmail(toEmailAddress: matchingVerificationEmailAddress);
+
+ MessagingVerification? matchingVerification =
+ matchingVerificationExists
+ ? GenerateMessagingVerification(
+ userProfileId,
+ email: email,
+ inviteKey: matchingVerificationInviteKey,
+ verificationAttempts: matchingVerificationAttempts,
+ validated: matchingVerificationValidated,
+ deleted: matchingVerificationDeleted)
+ : null;
+
+ messagingVerificationDelegateMock.Setup(
+ s => s.GetLastByInviteKeyAsync(
+ It.IsAny(),
+ It.IsAny()))
+ .ReturnsAsync(matchingVerification);
+ }
+
+ if (setupLatestVerification)
+ {
+ Email email = GenerateEmail(toEmailAddress: latestVerificationEmailAddress);
+
+ MessagingVerification? latestEmailVerification =
+ latestVerificationExists
+ ? GenerateMessagingVerification(
+ userProfileId,
+ inviteKey: latestVerificationInviteKey,
+ email: email,
+ deleted: false)
+ : null;
+
+ messagingVerificationDelegateMock.Setup(
+ s => s.GetLastForUserAsync(
+ It.IsAny(),
+ It.IsAny(),
+ It.IsAny()))
+ .ReturnsAsync(latestEmailVerification);
+ }
+
+ return messagingVerificationDelegateMock;
+ }
+
+ private static Mock SetupUserProfileDelegateMock(bool userProfileExists = true, DbStatusCode? dbUpdateStatus = null)
+ {
+ UserProfile? userProfile = userProfileExists ? new() : null;
+ Mock userProfileDelegateMock = new();
+
+ userProfileDelegateMock.Setup(
+ u => u.GetUserProfileAsync(
+ It.IsAny(),
+ It.IsAny(),
+ It.IsAny()))
+ .ReturnsAsync(userProfile);
+
+ if (dbUpdateStatus != null)
+ {
+ userProfileDelegateMock.Setup(
+ s => s.UpdateAsync(
+ It.IsAny(),
+ It.IsAny(),
+ It.IsAny()))
+ .ReturnsAsync(
+ new DbResult
+ { Status = dbUpdateStatus.Value });
+ }
+
+ return userProfileDelegateMock;
+ }
+
+ private static VerifyMock SetupVerifyMock(
+ Mock? messagingVerificationDelegateMock = null,
+ Mock? userProfileDelegateMock = null,
+ Mock? notificationSettingsServiceMock = null,
+ Mock? emailQueueServiceMock = null,
+ Mock? messageSenderMock = null,
+ bool expectValidVerificationUpdate = false,
+ bool expectInvalidVerificationUpdate = false,
+ bool expectVerificationExpire = false,
+ bool expectVerificationInsert = false,
+ bool expectUserProfileUpdate = false,
+ bool expectQueueNotificationSettings = false,
+ bool expectQueueNewEmail = false,
+ bool expectMessageSenderSend = false)
+ {
+ messagingVerificationDelegateMock ??= new();
+ userProfileDelegateMock ??= new();
+ notificationSettingsServiceMock ??= new();
+ emailQueueServiceMock ??= new();
+ messageSenderMock ??= new();
+
+ return new(
+ messagingVerificationDelegateMock,
+ userProfileDelegateMock,
+ notificationSettingsServiceMock,
+ emailQueueServiceMock,
+ messageSenderMock,
+ Convert(expectValidVerificationUpdate), // ExpectedValidVerificationUpdateTimes
+ Convert(expectInvalidVerificationUpdate), // ExpectedInvalidVerificationUpdateTimes
+ Convert(expectVerificationExpire), // ExpectedVerificationExpireTimes
+ Convert(expectVerificationInsert), // ExpectedVerificationInsertTime
+ Convert(expectUserProfileUpdate), // ExpectedUserProfileUpdateTimes
+ Convert(expectQueueNotificationSettings), // ExpectedQueueNotificationSettingsTimes
+ Convert(expectQueueNewEmail), // ExpectedQueueNewEmailTimes
+ Convert(expectMessageSenderSend)); // ExpectedMessageSenderSendTimes
+
+ static Times Convert(bool expect)
+ {
+ return expect ? Times.Once() : Times.Never();
+ }
+ }
+
+ private static VerifyEmailAddressMock SetupVerifyEmailAddressMock(bool changeFeedEnabled)
+ {
+ Guid inviteKey = Guid.NewGuid();
+ Mock messagingVerificationDelegateMock = SetupMessagingVerificationDelegateMock(matchingVerificationInviteKey: inviteKey);
+ Mock userProfileDelegateMock = SetupUserProfileDelegateMock(dbUpdateStatus: DbStatusCode.Updated);
+ Mock notificationSettingsServiceMock = new();
+ Mock messageSenderMock = new();
+
+ IUserEmailServiceV2 service = GetUserEmailService(
+ messagingVerificationDelegateMock,
+ userProfileDelegateMock,
+ notificationSettingsServiceMock,
+ messageSenderMock,
+ changeFeedEnabled: changeFeedEnabled);
+
+ VerifyMock verifyMock = SetupVerifyMock(
+ messagingVerificationDelegateMock,
+ userProfileDelegateMock,
+ notificationSettingsServiceMock,
+ messageSenderMock: messageSenderMock,
+ expectValidVerificationUpdate: true,
+ expectUserProfileUpdate: true,
+ expectQueueNotificationSettings: true,
+ expectMessageSenderSend: changeFeedEnabled);
+
+ return new(
+ service,
+ Hdid,
+ inviteKey,
+ true, // Valid email
+ verifyMock);
+ }
+
+ private static VerifyEmailAddressMock SetupVerifyEmailAddressTooManyAttemptsMock()
+ {
+ Guid inviteKey = Guid.NewGuid();
+ Mock
+ messagingVerificationDelegateMock =
+ SetupMessagingVerificationDelegateMock(matchingVerificationInviteKey: inviteKey, matchingVerificationAttempts: 1000000000); // This will cause too many attempts error.
+ Mock userProfileDelegateMock = SetupUserProfileDelegateMock();
+
+ IUserEmailServiceV2 service = GetUserEmailService(
+ messagingVerificationDelegateMock,
+ userProfileDelegateMock);
+
+ VerifyMock verifyMock = SetupVerifyMock(
+ messagingVerificationDelegateMock,
+ userProfileDelegateMock);
+
+ return new(
+ service,
+ Hdid,
+ inviteKey,
+ false, // Invalid email
+ verifyMock);
+ }
+
+ private static VerifyEmailAddressThrowsExceptionMock SetupVerifyEmailAddressThrowsAlreadyExistsExceptionMock()
+ {
+ Guid inviteKey = Guid.NewGuid();
+ Mock
+ messagingVerificationDelegateMock =
+ SetupMessagingVerificationDelegateMock(matchingVerificationInviteKey: inviteKey, matchingVerificationValidated: true); // This will cause an AlreadyExistsException to be thrown.
+ Mock userProfileDelegateMock = SetupUserProfileDelegateMock();
+
+ IUserEmailServiceV2 service = GetUserEmailService(
+ messagingVerificationDelegateMock,
+ userProfileDelegateMock);
+
+ return new(
+ service,
+ Hdid,
+ inviteKey,
+ typeof(AlreadyExistsException)); // Invalid email - exception is thrown
+ }
+
+ private static VerifyEmailAddressMock SetupVerifyEmailAddressInvalidInviteMock(
+ string userProfileId = Hdid,
+ bool matchingVerificationDeleted = false,
+ bool matchingVerificationExists = true)
+ {
+ Guid inviteKey = Guid.NewGuid();
+
+ Mock
+ messagingVerificationDelegateMock = SetupMessagingVerificationDelegateMock(
+ matchingVerificationInviteKey: inviteKey,
+ userProfileId: userProfileId, // See if (matchingVerification == null || matchingVerification.UserProfileId != hdid || matchingVerification.Deleted)
+ matchingVerificationExists: matchingVerificationExists, // if (matchingVerification == null || matchingVerification.UserProfileId != hdid || matchingVerification.Deleted)
+ matchingVerificationDeleted: matchingVerificationDeleted, // See if (matchingVerification == null || matchingVerification.UserProfileId != hdid || matchingVerification.Deleted)
+ setupLatestVerification: true);
+
+ Mock userProfileDelegateMock = SetupUserProfileDelegateMock();
+
+ IUserEmailServiceV2 service = GetUserEmailService(
+ messagingVerificationDelegateMock,
+ userProfileDelegateMock);
+
+ VerifyMock verifyMock = SetupVerifyMock(
+ messagingVerificationDelegateMock,
+ userProfileDelegateMock,
+ expectInvalidVerificationUpdate: true);
+
+ return new(
+ service,
+ Hdid,
+ inviteKey,
+ false, // Invalid email
+ verifyMock);
+ }
+
+ private static VerifyEmailAddressThrowsExceptionMock SetupVerifyEmailAddressThrowsDatabaseExceptionMock()
+ {
+ Guid inviteKey = Guid.NewGuid();
+ Mock messagingVerificationDelegateMock = SetupMessagingVerificationDelegateMock(matchingVerificationInviteKey: inviteKey);
+ Mock userProfileDelegateMock = SetupUserProfileDelegateMock(dbUpdateStatus: DbStatusCode.Error); // This will cause a DatabaseException to be thrown.
+
+ IUserEmailServiceV2 service = GetUserEmailService(
+ messagingVerificationDelegateMock,
+ userProfileDelegateMock);
+
+ return new(
+ service,
+ Hdid,
+ inviteKey,
+ typeof(DatabaseException)); // Invalid email - exception is thrown
+ }
+
+ private static EmailQueueServiceMock SetupEmailQueueServiceMock(
+ string toEmailAddress,
+ string? emailAddress = null,
+ bool isVerified = true)
+ {
+ Guid inviteKey = Guid.NewGuid();
+ Guid emailId = Guid.NewGuid();
+ Guid emailTemplateId = Guid.NewGuid();
+
+ Email email = GenerateEmail(emailId, toEmailAddress);
+ EmailTemplate emailTemplate = new()
+ {
+ Id = emailTemplateId,
+ Name = EmailTemplateName.RegistrationTemplate,
+ };
+
+ Mock emailQueueServiceMock = new();
+ emailQueueServiceMock.Setup(
+ s => s.GetEmailTemplateAsync(
+ It.IsAny(),
+ It.IsAny()))
+ .ReturnsAsync(emailTemplate);
+
+ emailQueueServiceMock.Setup(
+ s => s.ProcessTemplate(
+ It.IsAny(),
+ It.IsAny(),
+ It.IsAny>()))
+ .Returns(email);
+
+ MessagingVerification expected = GenerateMessagingVerification(
+ inviteKey: inviteKey,
+ validated: isVerified,
+ email: email);
+
+ return new(emailQueueServiceMock, Hdid, inviteKey, emailAddress, expected);
+ }
+
+ private static GenerateMessagingVerificationMock SetupGenerateMessagingVerificationMock(bool isVerified)
+ {
+ EmailQueueServiceMock emailQueueServiceMock = SetupEmailQueueServiceMock(MainEmailAddress, MainEmailAddress, isVerified);
+ IUserEmailServiceV2 service = GetUserEmailService(emailQueueServiceMock: emailQueueServiceMock.Service);
+
+ return new(
+ service,
+ emailQueueServiceMock.Hdid,
+ emailQueueServiceMock.InviteKey,
+ emailQueueServiceMock.EmailAddress,
+ emailQueueServiceMock.Expected);
+ }
+
+ private static UpdateEmailAddressMock SetupUpdateEmailAddressMock(
+ bool latestVerificationExists,
+ DbStatusCode userProfileUpdateStatus = DbStatusCode.Updated,
+ string? emailAddress = null)
+ {
+ Mock messagingVerificationDelegateMock =
+ SetupMessagingVerificationDelegateMock(
+ setupMatchingVerification: false,
+ setupLatestVerification: true,
+ latestVerificationExists: latestVerificationExists,
+ latestVerificationEmailAddress: MainEmailAddress);
+
+ Mock userProfileDelegateMock = SetupUserProfileDelegateMock(dbUpdateStatus: userProfileUpdateStatus);
+ EmailQueueServiceMock emailQueueServiceMock = SetupEmailQueueServiceMock(MainEmailAddress, emailAddress);
+ Mock notificationSettingsServiceMock = new();
+
+ IUserEmailServiceV2 service = GetUserEmailService(
+ messagingVerificationDelegateMock,
+ userProfileDelegateMock,
+ notificationSettingsServiceMock,
+ emailQueueServiceMock: emailQueueServiceMock.Service);
+
+ VerifyMock verifyMock = SetupVerifyMock(
+ messagingVerificationDelegateMock,
+ userProfileDelegateMock,
+ notificationSettingsServiceMock,
+ emailQueueServiceMock.Service,
+ expectVerificationExpire: latestVerificationExists,
+ expectVerificationInsert: !string.IsNullOrEmpty(emailAddress),
+ expectUserProfileUpdate: true,
+ expectQueueNotificationSettings: true,
+ expectQueueNewEmail: !string.IsNullOrEmpty(emailAddress));
+
+ return new(
+ service,
+ emailQueueServiceMock.Hdid,
+ emailQueueServiceMock.EmailAddress,
+ verifyMock);
+ }
+
+ private static UpdateEmailAddressThrowsExceptionMock SetupUpdateEmailAddressThrowsExceptionMock(
+ bool userProfileExists = true, // if false, NotFoundException is thrown
+ DbStatusCode userProfileUpdateStatus = DbStatusCode.Updated) // if DbStatusCode.Error, DatabaseException is thrown
+ {
+ Mock messagingVerificationDelegateMock =
+ SetupMessagingVerificationDelegateMock(
+ setupMatchingVerification: false,
+ setupLatestVerification: true);
+
+ Mock userProfileDelegateMock = SetupUserProfileDelegateMock(userProfileExists, userProfileUpdateStatus);
+ EmailQueueServiceMock emailQueueServiceMock = SetupEmailQueueServiceMock(MainEmailAddress, MainEmailAddress);
+ Mock notificationSettingsServiceMock = new();
+
+ IUserEmailServiceV2 service = GetUserEmailService(
+ messagingVerificationDelegateMock,
+ userProfileDelegateMock,
+ notificationSettingsServiceMock,
+ emailQueueServiceMock: emailQueueServiceMock.Service);
+
+ Type expected = !userProfileExists ? typeof(NotFoundException) : typeof(DatabaseException);
+
+ return new(
+ service,
+ Hdid,
+ MainEmailAddress,
+ expected);
+ }
+
+ private sealed record EmailQueueServiceMock(
+ Mock Service,
+ string Hdid,
+ Guid InviteKey,
+ string EmailAddress,
+ MessagingVerification Expected);
+
+ private sealed record VerifyEmailAddressMock(
+ IUserEmailServiceV2 Service,
+ string Hdid,
+ Guid InviteKey,
+ bool Expected,
+ VerifyMock Verify);
+
+ private sealed record VerifyEmailAddressThrowsExceptionMock(
+ IUserEmailServiceV2 Service,
+ string Hdid,
+ Guid InviteKey,
+ Type Expected);
+
+ private sealed record GenerateMessagingVerificationMock(
+ IUserEmailServiceV2 Service,
+ string Hdid,
+ Guid InviteKey,
+ string EmailAddress,
+ MessagingVerification Expected);
+
+ private sealed record UpdateEmailAddressMock(
+ IUserEmailServiceV2 Service,
+ string Hdid,
+ string EmailAddress,
+ VerifyMock Verify);
+
+ private sealed record UpdateEmailAddressThrowsExceptionMock(
+ IUserEmailServiceV2 Service,
+ string Hdid,
+ string EmailAddress,
+ Type Expected);
+
+ private sealed record VerifyMock(
+ Mock MessagingVerificationDelegateMock,
+ Mock UserProfileDelegateMock,
+ Mock NotificationSettingsServiceMock,
+ Mock EmailQueueServiceMock,
+ Mock MessageSenderMock,
+ Times ExpectedValidVerificationUpdateTimes,
+ Times ExpectedInvalidVerificationUpdateTimes,
+ Times ExpectedVerificationExpireTimes,
+ Times ExpectedVerificationInsertTimes,
+ Times ExpectedUserProfileUpdateTimes,
+ Times ExpectedQueueNotificationSettingsTimes,
+ Times ExpectedQueueNewEmailTimes,
+ Times ExpectedMessageSenderSendTimes);
+ }
+}
diff --git a/Apps/GatewayApi/test/unit/Services.Test/UserProfileServiceV2Tests.cs b/Apps/GatewayApi/test/unit/Services.Test/UserProfileServiceV2Tests.cs
new file mode 100644
index 0000000000..53fac8e39f
--- /dev/null
+++ b/Apps/GatewayApi/test/unit/Services.Test/UserProfileServiceV2Tests.cs
@@ -0,0 +1,1386 @@
+//-------------------------------------------------------------------------
+// Copyright © 2019 Province of British Columbia
+//
+// Licensed under the Apache License, Version 2.0 (the "License");
+// you may not use this file except in compliance with the License.
+// You may obtain a copy of the License at
+//
+// http://www.apache.org/licenses/LICENSE-2.0
+//
+// Unless required by applicable law or agreed to in writing, software
+// distributed under the License is distributed on an "AS IS" BASIS,
+// WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.
+// See the License for the specific language governing permissions and
+// limitations under the License.
+//-------------------------------------------------------------------------
+namespace HealthGateway.GatewayApiTests.Services.Test
+{
+ using System;
+ using System.Collections.Generic;
+ using System.Globalization;
+ using System.Linq;
+ using System.Threading;
+ using System.Threading.Tasks;
+ using DeepEqual.Syntax;
+ using FluentValidation;
+ using HealthGateway.AccountDataAccess.Patient;
+ using HealthGateway.Common.AccessManagement.Authentication;
+ using HealthGateway.Common.Constants;
+ using HealthGateway.Common.Data.Constants;
+ using HealthGateway.Common.Data.Models;
+ using HealthGateway.Common.Delegates;
+ using HealthGateway.Common.ErrorHandling.Exceptions;
+ using HealthGateway.Common.Messaging;
+ using HealthGateway.Common.Models;
+ using HealthGateway.Common.Models.Events;
+ using HealthGateway.Common.Services;
+ using HealthGateway.Database.Constants;
+ using HealthGateway.Database.Delegates;
+ using HealthGateway.Database.Models;
+ using HealthGateway.Database.Wrapper;
+ using HealthGateway.GatewayApi.Models;
+ using HealthGateway.GatewayApi.Services;
+ using HealthGateway.GatewayApiTests.Utils;
+ using Microsoft.Extensions.Configuration;
+ using Microsoft.Extensions.Logging;
+ using Moq;
+ using Xunit;
+ using UserProfileHistory = HealthGateway.Database.Models.UserProfileHistory;
+
+ ///
+ /// UserProfileServiceV2's Unit Tests.
+ ///
+ public class UserProfileServiceV2Tests
+ {
+ private const string AuthenticatedUserId = "d45acc23-ab01-4f7d-a5b9-1076a20f3a5a";
+ private const string Hdid = "hdid-mock";
+ private const string EmailAddress = "user@HealthGateway.ca";
+ private const string SmsNumber = "2505556000";
+ private const string SmsVerificationCode = "12345";
+ private const string InvalidSmsNumber = "xxx000xxxx";
+
+ private static readonly IGatewayApiMappingService MappingService = new GatewayApiMappingService(MapperUtil.InitializeAutoMapper(), new Mock().Object);
+ private static readonly Guid TermsOfServiceGuid = Guid.Parse("c99fd839-b4a2-40f9-b103-529efccd0dcd");
+
+ ///
+ /// CloseUserProfileAsync.
+ ///
+ /// A representing the asynchronous unit test.
+ [Fact]
+ public async Task CloseUserProfileAsync()
+ {
+ // Arrange
+ BaseUserProfileServiceMock baseMock = SetupCloseUserProfileMock(profileUpdateStatus: DbStatusCode.Updated);
+
+ if (baseMock is CloseUserProfileMock mock)
+ {
+ // Act
+ await mock.Service.CloseUserProfileAsync(mock.Hdid);
+
+ // Verify
+ Verify(mock.Verify);
+ }
+ else
+ {
+ Assert.Fail("Expected CloseUserProfileMock but got a different type.");
+ }
+ }
+
+ ///
+ /// CloseUserProfileAsync when user profile is already closed.
+ ///
+ /// A representing the asynchronous unit test.
+ [Fact]
+ public async Task CloseUserProfileAlreadyClosed()
+ {
+ // Arrange
+ BaseUserProfileServiceMock baseMock = SetupCloseUserProfileMock(closedDateTime: DateTime.UtcNow);
+
+ if (baseMock is CloseUserProfileMock mock)
+ {
+ // Act
+ await mock.Service.CloseUserProfileAsync(mock.Hdid);
+
+ // Verify
+ Verify(mock.Verify);
+ }
+ else
+ {
+ Assert.Fail("Expected CloseUserProfileMock but got a different type.");
+ }
+ }
+
+ ///
+ /// CloseUserProfileAsync throws NotFoundException
+ ///
+ /// The value indicating whether user profile exists or not.
+ /// The db status returned when user profile is updated in the database.
+ /// A representing the asynchronous unit test.
+ [Theory]
+ [InlineData(false, null)] // NotFoundException
+ [InlineData(true, DbStatusCode.Error)] // DatabaseException
+ public async Task CloseUserProfileThrowsException(bool userProfileExists, DbStatusCode? profileUpdateStatus)
+ {
+ // Arrange
+ BaseUserProfileServiceMock baseMock = SetupCloseUserProfileMock(userProfileExists, profileUpdateStatus: profileUpdateStatus);
+
+ if (baseMock is CloseUserProfileThrowsExceptionMock mock)
+ {
+ // Act and Assert
+ await Assert.ThrowsAsync(
+ mock.Expected,
+ async () => { await mock.Service.CloseUserProfileAsync(mock.Hdid); });
+ }
+ else
+ {
+ Assert.Fail("Expected CloseUserProfileThrowsExceptionMock but got a different type.");
+ }
+ }
+
+ ///
+ /// CreateUserProfileAsync.
+ ///
+ /// The value representing the requested sms number.
+ /// The value representing the requested email address.
+ /// The value representing the jwt email address.
+ /// The value representing the valid minimum age to create a profile.
+ /// The value representing the patient's age.
+ /// The value indicates whether accounts change feed has been enabled or not.
+ ///
+ /// The value indicates whether notification change feed has been enabled or
+ /// not.
+ ///
+ /// A representing the asynchronous unit test.
+ [Theory]
+ [InlineData(SmsNumber, EmailAddress, EmailAddress, 18, 18, true, true)] // Happy path
+ [InlineData(SmsNumber, EmailAddress, EmailAddress, 18, 19, false, false)] // Happy path
+ [InlineData(null, null, EmailAddress, 18, 18, true, true)] // Both sms and email are null in request
+ [InlineData("", "", EmailAddress, 18, 18, true, true)] // Both sms and email are empty string in request
+ [InlineData(SmsNumber, EmailAddress, null, 18, 18, true, true)] // Jwt email address is null
+ [InlineData(SmsNumber, EmailAddress, "", 18, 18, true, true)] // Jwt email address is empty string
+ public async Task CreateUserProfileAsync(
+ string? requestedSmsNumber,
+ string? requestedEmailAddress,
+ string? jwtEmailAddress,
+ int minPatientAge,
+ int patientAge,
+ bool accountsChangeFeedEnabled,
+ bool notificationsChangeFeedEnabled)
+ {
+ // Arrange
+ CreateUserProfileMock mock = SetupCreateUserProfileMock(
+ requestedSmsNumber,
+ requestedEmailAddress,
+ jwtEmailAddress,
+ minPatientAge,
+ patientAge,
+ accountsChangeFeedEnabled,
+ notificationsChangeFeedEnabled);
+
+ // Act
+ UserProfileModel actual = await mock.Service.CreateUserProfileAsync(
+ mock.CreateProfileRequest,
+ mock.JwtAuthTime,
+ mock.JwtEmailAddress);
+
+ // Assert and Verify
+ actual.ShouldDeepEqual(mock.Expected);
+ Verify(mock.Verify);
+ }
+
+ ///
+ /// CreateUserProfileAsync throws Exception.
+ ///
+ /// The value representing the requested sms number.
+ /// The value representing the valid minimum age to create a profile.
+ /// The value representing the patient's age.
+ /// The db status returned when user profile is inserted in the database
+ /// A representing the asynchronous unit test.
+ [Theory]
+ [InlineData(InvalidSmsNumber, 18, 18, null)] // ValidationException
+ [InlineData(SmsNumber, 18, 17, null)] // ValidationException
+ [InlineData(SmsNumber, 18, 18, DbStatusCode.Error)] // DatabaseException
+ public async Task CreateUserProfileAsyncThrowsException(
+ string? requestedSmsNumber,
+ int minPatientAge,
+ int patientAge,
+ DbStatusCode? profileInsertStatus)
+ {
+ // Arrange
+ CreateUserProfileThrowsExceptionMock mock = SetupCreateUserProfileThrowsExceptionMock(
+ requestedSmsNumber,
+ minPatientAge,
+ patientAge,
+ profileInsertStatus);
+
+ // Act and assert
+ await Assert.ThrowsAsync(
+ mock.Expected,
+ async () =>
+ {
+ await mock.Service.CreateUserProfileAsync(
+ mock.CreateProfileRequest,
+ mock.JwtAuthTime,
+ mock.JwtEmailAddress);
+ });
+ }
+
+ ///
+ /// GetUserProfileAsync.
+ ///
+ /// The value indicating whether user profile exists or not.
+ /// The value indicating whether jwt auth time is different from last login or not.
+ /// The value indicating whether email address exists or not.
+ /// The value indicating whether sms number exists or not.
+ /// The value indicating whether tour change date is latest or not.
+ /// A representing the asynchronous unit test.
+ [Theory]
+ [InlineData(true, true, true, true, true)] // Happy path
+ [InlineData(true, false, true, true, true)] // jwt auth time is not different
+ [InlineData(true, true, true, true, false)] // Tour change is not latest
+ [InlineData(true, false, false, false, true)] // Profile email and sms do not exist; look at messaging verification
+ [InlineData(false, false, false, false, false)] // Cannot get profile because user profile does not exist
+ public async Task GetUserProfileAsync(
+ bool userProfileExists,
+ bool jwtAuthTimeIsDifferent,
+ bool emailAddressExists,
+ bool smsNumberExists,
+ bool tourChangeDateIsLatest)
+ {
+ // Arrange
+ UserProfileMock mock = SetupUserProfileMock(
+ userProfileExists,
+ jwtAuthTimeIsDifferent,
+ emailAddressExists,
+ smsNumberExists,
+ tourChangeDateIsLatest);
+
+ // Act
+ UserProfileModel actual = await mock.Service.GetUserProfileAsync(mock.Hdid, mock.JwtAuthTime);
+
+ // Assert and Verify
+ actual.ShouldDeepEqual(mock.Expected);
+ Verify(mock.Verify);
+ }
+
+ ///
+ /// IsPhoneNumberValidAsync.
+ ///
+ /// The phone number to validate.
+ /// A representing the asynchronous unit test.
+ [InlineData("3345678901")]
+ [InlineData("2507001000")]
+ [Theory]
+ public async Task PhoneNumberIsValidAsync(string phoneNumber)
+ {
+ // Arrange
+ PhoneNumberValidMock mock = SetupPhoneNumberValidMock(phoneNumber, true);
+
+ // Act
+ bool actual = await mock.Service.IsPhoneNumberValidAsync(mock.PhoneNumber);
+
+ // Assert
+ actual.ShouldDeepEqual(mock.Expected);
+ }
+
+ ///
+ /// IsPhoneNumberValidAsync.
+ ///
+ /// The phone number to validate.
+ /// A representing the asynchronous unit test.
+ [InlineData("xxx3277465")]
+ [InlineData("abc")]
+ [Theory]
+ public async Task PhoneNumberIsNotValidAsync(string phoneNumber)
+ {
+ // Arrange
+ PhoneNumberValidMock mock = SetupPhoneNumberValidMock(phoneNumber, false);
+
+ // Act
+ bool actual = await mock.Service.IsPhoneNumberValidAsync(mock.PhoneNumber);
+
+ // Assert
+ Assert.Equal(mock.Expected, actual);
+ }
+
+ ///
+ /// RecoverUserProfile - Happy Path.
+ ///
+ /// A representing the asynchronous unit test.
+ [Fact]
+ public async Task RecoverUserProfile()
+ {
+ // Arrange
+ BaseUserProfileServiceMock baseMock = SetupRecoverUserProfileMock(
+ profileClosedDateTime: DateTime.UtcNow,
+ profileUpdateStatus: DbStatusCode.Updated);
+
+ if (baseMock is RecoverUserProfileMock mock)
+ {
+ // Act
+ await mock.Service.RecoverUserProfileAsync(mock.Hdid);
+
+ // Verify
+ Verify(mock.Verify);
+ }
+ else
+ {
+ Assert.Fail("Expected RecoverUserProfileMock but got a different type.");
+ }
+ }
+
+ ///
+ /// RecoverUserProfile already recovered.
+ ///
+ /// A representing the asynchronous unit test.
+ [Fact]
+ public async Task RecoverUserProfileAlreadyRecovered()
+ {
+ // Arrange
+ BaseUserProfileServiceMock baseMock = SetupRecoverUserProfileMock(profileClosedDateTime: null);
+
+ if (baseMock is RecoverUserProfileMock mock)
+ {
+ // Act
+ await mock.Service.RecoverUserProfileAsync(mock.Hdid);
+
+ // Verify
+ Verify(mock.Verify);
+ }
+ else
+ {
+ Assert.Fail("Expected RecoverUserProfileMock but got a different type.");
+ }
+ }
+
+ ///
+ /// RecoverUserProfile already recovered.
+ ///
+ /// The value indicating whether user profile exists or not.
+ /// The db status returned when user profile is updated in the database.
+ /// A representing the asynchronous unit test.
+ [InlineData(false, null)] // NotFoundException
+ [InlineData(true, DbStatusCode.Error)] // DatabaseException
+ [Theory]
+ public async Task RecoverUserProfileThrowsException(bool userProfileExists, DbStatusCode? profileUpdateStatus)
+ {
+ // Arrange
+ BaseUserProfileServiceMock baseMock = SetupRecoverUserProfileMock(
+ userProfileExists,
+ DateTime.UtcNow,
+ profileUpdateStatus);
+
+ if (baseMock is RecoverUserProfileThrowsExceptionMock mock)
+ {
+ // Act and Assert
+ await Assert.ThrowsAsync(
+ mock.Expected,
+ async () => { await mock.Service.RecoverUserProfileAsync(mock.Hdid); });
+ }
+ else
+ {
+ Assert.Fail("Expected RecoverUserProfileThrowsExceptionMock but got a different type.");
+ }
+ }
+
+ ///
+ /// UpdateAcceptedTermsAsync.
+ ///
+ /// A representing the asynchronous unit test.
+ [Fact]
+ public async Task UpdateAcceptedTermsAsync()
+ {
+ // Arrange
+ BaseUserProfileServiceMock baseMock = SetupUpdateAcceptedTermsMock(DbStatusCode.Updated);
+
+ if (baseMock is UpdateAcceptedTermsMock mock)
+ {
+ // Act
+ await mock.Service.UpdateAcceptedTermsAsync(mock.Hdid, mock.TermsOfServiceId);
+
+ // Verify
+ Verify(mock.Verify);
+ }
+ else
+ {
+ Assert.Fail("Expected UpdateAcceptedTermsMock but got a different type.");
+ }
+ }
+
+ ///
+ /// UpdateAcceptedTermsAsync throws DatabaseException
+ ///
+ /// A representing the asynchronous unit test.
+ [Fact]
+ public async Task UpdateAcceptedTermsAsyncThrowsDatabaseException()
+ {
+ // Arrange
+ BaseUserProfileServiceMock baseMock = SetupUpdateAcceptedTermsMock(DbStatusCode.Error);
+
+ if (baseMock is UpdateAcceptedTermsThrowsExceptionMock mock)
+ {
+ // Act and Assert
+ await Assert.ThrowsAsync(
+ mock.Expected,
+ async () => { await mock.Service.UpdateAcceptedTermsAsync(mock.Hdid, mock.TermsOfServiceId); });
+ }
+ else
+ {
+ Assert.Fail("Expected UpdateAcceptedTermsThrowsExceptionMock but got a different type.");
+ }
+ }
+
+ ///
+ /// ValidateEligibilityAsync.
+ ///
+ /// The minimum patient age to validate against.
+ /// The patient age to validate.
+ /// A representing the asynchronous unit test.
+ [InlineData(0, 0)]
+ [InlineData(19, 19)]
+ [InlineData(19, 20)]
+ [InlineData(19, 18)]
+ [Theory]
+ public async Task ValidateEligibilityAsync(int minPatientAge, int patientAge)
+ {
+ // Arrange
+ ValidateEligibilityMock mock = SetupValidateEligibilityMock(minPatientAge, patientAge);
+
+ // Act
+ bool actual = await mock.Service.ValidateEligibilityAsync(mock.Hdid);
+
+ // Assert
+ actual.ShouldDeepEqual(mock.Expected);
+ }
+
+ private static void Verify(VerifyMock mock)
+ {
+ mock.MessagingVerificationDelegateMock.Verify(
+ v => v.InsertAsync(
+ It.Is(
+ x => !string.IsNullOrWhiteSpace(x.SmsNumber)
+ && x.Email == null
+ && string.IsNullOrWhiteSpace(x.EmailAddress)),
+ It.IsAny(),
+ It.IsAny()),
+ mock.ExpectedSmsVerificationInsertTimes);
+
+ mock.MessagingVerificationDelegateMock.Verify(
+ v => v.InsertAsync(
+ It.Is(
+ x => string.IsNullOrWhiteSpace(x.SmsNumber)
+ && x.Email != null
+ && !string.IsNullOrWhiteSpace(x.EmailAddress)),
+ It.IsAny(),
+ It.IsAny()),
+ mock.ExpectedEmailVerificationInsertTimes);
+
+ mock.UserProfileDelegateMock.Verify(
+ v => v.UpdateAsync(
+ It.IsAny(),
+ It.IsAny(),
+ It.IsAny()),
+ mock.ExpectedUserProfileUpdateTimes);
+
+ mock.EmailQueueServiceMock.Verify(
+ v => v.QueueNewEmailAsync(
+ It.IsAny(),
+ It.IsAny(),
+ It.IsAny>(),
+ It.IsAny(),
+ It.IsAny()),
+ mock.ExpectedQueueNewEmailByTemplateTimes);
+
+ mock.EmailQueueServiceMock.Verify(
+ v => v.QueueNewEmailAsync(
+ It.IsAny(),
+ It.IsAny(),
+ It.IsAny()),
+ mock.ExpectedQueueNewEmailByEntityTimes);
+
+ mock.MessageSenderMock.Verify(
+ v => v.SendAsync(
+ It.Is>(
+ envelopes => envelopes.First().Content is AccountCreatedEvent),
+ It.IsAny()),
+ mock.ExpectedSendAccountCreatedEventTimes);
+
+ mock.MessageSenderMock.Verify(
+ v => v.SendAsync(
+ It.Is>(
+ envelopes => envelopes.First().Content is NotificationChannelVerifiedEvent),
+ It.IsAny()),
+ mock.ExpectedSendNotificationChannelVerifiedEventTimes);
+
+ mock.NotificationSettingsServiceMock.Verify(
+ v => v.QueueNotificationSettingsAsync(
+ It.IsAny(),
+ It.IsAny()),
+ mock.ExpectedQueueNotificationSettingsTimes);
+ }
+
+ private static DateTime GenerateBirthDate(int patientAge = 18)
+ {
+ DateTime currentUtcDate = DateTime.UtcNow.Date;
+ return currentUtcDate.AddYears(-patientAge);
+ }
+
+ private static Email GenerateEmail(Guid? emailId = null, string toEmailAddress = EmailAddress)
+ {
+ return new()
+ {
+ Id = emailId ?? Guid.NewGuid(),
+ To = toEmailAddress,
+ };
+ }
+
+ private static MessagingVerification GenerateMessagingVerification(
+ string smsVerificationCode = SmsVerificationCode,
+ bool validated = true,
+ Guid? inviteKey = null,
+ string? emailAddress = null,
+ string? smsNumber = null)
+ {
+ return new()
+ {
+ Id = Guid.NewGuid(),
+ InviteKey = inviteKey ?? Guid.NewGuid(),
+ SmsNumber = smsNumber,
+ SmsValidationCode = smsVerificationCode,
+ EmailAddress = emailAddress,
+ Validated = validated,
+ Email = emailAddress != null ? GenerateEmail(toEmailAddress: emailAddress) : null,
+ };
+ }
+
+ private static UserProfile GenerateUserProfile(
+ string hdid = Hdid,
+ DateTime? loginDate = null,
+ DateTime? closedDateTime = null,
+ int daysFromLoginDate = 0,
+ string? email = null,
+ string? smsNumber = null,
+ BetaFeature? betaFeature = null)
+ {
+ DateTime lastLoginDateTime = loginDate?.Date ?? DateTime.UtcNow.Date;
+
+ return new()
+ {
+ HdId = hdid,
+ TermsOfServiceId = TermsOfServiceGuid,
+ Email = email,
+ SmsNumber = smsNumber,
+ ClosedDateTime = closedDateTime,
+ LastLoginDateTime = lastLoginDateTime.AddDays(-daysFromLoginDate),
+ BetaFeatureCodes =
+ [
+ new BetaFeatureCode
+ { Code = betaFeature ?? BetaFeature.Salesforce },
+ ],
+ };
+ }
+
+ private static UserProfileHistory GenerateUserProfileHistory(
+ string hdid = Hdid,
+ DateTime? loginDate = null,
+ int daysFromLoginDate = 0)
+ {
+ DateTime lastLoginDateTime = loginDate?.Date ?? DateTime.UtcNow.Date;
+
+ return new()
+ {
+ HdId = hdid,
+ Id = Guid.NewGuid(),
+ LastLoginDateTime = lastLoginDateTime.AddDays(-daysFromLoginDate),
+ };
+ }
+
+ private static PatientDetails GeneratePatientDetails(string hdid = Hdid, DateOnly? birthDate = null)
+ {
+ return new()
+ {
+ HdId = hdid,
+ Birthdate = birthDate ?? DateOnly.FromDateTime(GenerateBirthDate()),
+ };
+ }
+
+ private static DbResult GenerateUserProfileDbResult(
+ DbStatusCode status,
+ UserProfile? userProfile = null)
+ {
+ return new()
+ {
+ Status = status,
+ Payload = userProfile!,
+ };
+ }
+
+ private static IConfigurationRoot GetIConfiguration(
+ int minPatientAge = 12,
+ int profileHistoryRecordLimit = 2,
+ bool accountsChangeFeedEnabled = false,
+ bool notificationsChangeFeedEnabled = false)
+ {
+ Dictionary myConfiguration = new()
+ {
+ { "WebClient:MinPatientAge", minPatientAge.ToString(CultureInfo.InvariantCulture) },
+ { "WebClient:UserProfileHistoryRecordLimit", profileHistoryRecordLimit.ToString(CultureInfo.InvariantCulture) },
+ { "ChangeFeed:Accounts:Enabled", accountsChangeFeedEnabled.ToString() },
+ { "ChangeFeed:Notifications:Enabled", notificationsChangeFeedEnabled.ToString() },
+ };
+
+ return new ConfigurationBuilder()
+ .AddInMemoryCollection(myConfiguration.ToList())
+ .Build();
+ }
+
+ private static Mock SetupApplicationSettingsServiceMock(DateTime latestTourChangeDateTime)
+ {
+ Mock applicationSettingsServiceMock = new();
+ applicationSettingsServiceMock.Setup(
+ s => s.GetLatestTourChangeDateTimeAsync(
+ It.IsAny()))
+ .ReturnsAsync(latestTourChangeDateTime);
+
+ return applicationSettingsServiceMock;
+ }
+
+ private static Mock SetupAuthenticationDelegateMock(
+ UserLoginClientType userLoginClientType = UserLoginClientType.Web,
+ string authenticatedUserId = AuthenticatedUserId)
+ {
+ Mock authenticationDelegateMock = new();
+
+ authenticationDelegateMock.Setup(
+ s => s.FetchAuthenticatedUserClientType())
+ .Returns(userLoginClientType);
+
+ authenticationDelegateMock.Setup(
+ s => s.FetchAuthenticatedUserId())
+ .Returns(authenticatedUserId);
+
+ return authenticationDelegateMock;
+ }
+
+ private static Mock SetupLegalAgreementServiceMock(Guid latestTermsOfServiceId)
+ {
+ Mock legalAgreementServiceMock = new();
+ legalAgreementServiceMock.Setup(
+ s => s.GetActiveLegalAgreementId(
+ It.Is(x => x == LegalAgreementType.TermsOfService),
+ It.IsAny()))
+ .ReturnsAsync(latestTermsOfServiceId);
+
+ return legalAgreementServiceMock;
+ }
+
+ private static Mock SetupMessagingVerificationDelegateMock(
+ MessagingVerification emailAddressInvite,
+ MessagingVerification smsNumberInvite)
+ {
+ Mock messagingVerificationDelegateMock = new();
+
+ messagingVerificationDelegateMock.Setup(
+ s => s.GetLastForUserAsync(
+ It.IsAny(),
+ It.Is(x => x == MessagingVerificationType.Email),
+ It.IsAny()))
+ .ReturnsAsync(emailAddressInvite);
+
+ messagingVerificationDelegateMock.Setup(
+ s => s.GetLastForUserAsync(
+ It.IsAny