public void ServerUrlWithTrailingSlash()
{
ws = new SonarWebService(downloader, "http://myhost:222/");
downloader.Pages["http://myhost:222/api/profiles/list?language=cs&project=foo+bar"] = "[{\"name\":\"profile1\",\"language\":\"cs\",\"default\":true}]";
string qualityProfile;
bool result = ws.TryGetQualityProfile("foo bar", "cs", out qualityProfile);
Assert.IsTrue(result);
Assert.AreEqual("profile1", qualityProfile);
downloader.Pages["http://myhost:222/api/profiles/index?language=cs&name=Sonar+way"] = "[{\"name\":\"Sonar way\",\"language\":\"cs\",\"default\":true}]";
var expected1 = new List<string>();
var actual1 = new List<string>(ws.GetActiveRuleKeys("Sonar way", "cs", "foo"));
Assert.AreEqual(true, expected1.SequenceEqual(actual1));
downloader.Pages["http://myhost:222/api/rules/search?f=internalKey&ps=" + int.MaxValue + "&repositories=fxcop"] = "{\"total\":2,\"p\":1,\"ps\":10,\"rules\":[{\"key\":\"fxcop:My_Own_FxCop_Rule\"},{\"key\":\"fxcop:UriParametersShouldNotBeStrings\",\"internalKey\":\"CA1054\"}]}";
var expected2 = new Dictionary<string, string>();
expected2["fxcop:My_Own_FxCop_Rule"] = null;
expected2["fxcop:UriParametersShouldNotBeStrings"] = "CA1054";
var actual2 = ws.GetInternalKeys("fxcop");
Assert.AreEqual(true, expected2.Count == actual2.Count && !expected2.Except(actual2).Any());
downloader.Pages["http://myhost:222/api/properties?resource=foo+bar"] = "[{\"key\": \"sonar.property1\",\"value\": \"value1\"},{\"key\": \"sonar.property2\",\"value\": \"value2\"}]";
var expected3 = new Dictionary<string, string>();
expected3["sonar.property1"] = "value1";
expected3["sonar.property2"] = "value2";
expected3["sonar.cs.msbuild.testProjectPattern"] = SonarProperties.DefaultTestProjectPattern;
var actual3 = ws.GetProperties("foo bar", new TestLogger());
Assert.AreEqual(true, expected3.Count == actual3.Count && !expected3.Except(actual3).Any());
downloader.Pages["http://myhost:222/api/updatecenter/installed_plugins"] = "[{\"key\":\"visualstudio\",\"name\":\"...\",\"version\":\"1.2\"},{\"key\":\"csharp\",\"name\":\"C#\",\"version\":\"4.0\"}]";
var expected4 = new List<string>();
expected4.Add("visualstudio");
expected4.Add("csharp");
var actual4 = new List<string>(ws.GetInstalledPlugins());
Assert.AreEqual(true, expected4.SequenceEqual(actual4));
}
public void GetInternalKeys()
{
downloader.Pages["http://myhost:222/api/rules/search?f=internalKey&ps=" + int.MaxValue + "&repositories=fxcop"] = "{\"total\":2,\"p\":1,\"ps\":10,\"rules\":[{\"key\":\"fxcop:My_Own_FxCop_Rule\"},{\"key\":\"fxcop:UriParametersShouldNotBeStrings\",\"internalKey\":\"CA1054\"}]}";
var expected = new Dictionary<string, string>();
expected["fxcop:My_Own_FxCop_Rule"] = null;
expected["fxcop:UriParametersShouldNotBeStrings"] = "CA1054";
var actual = ws.GetInternalKeys("fxcop");
Assert.AreEqual(true, expected.Count == actual.Count && !expected.Except(actual).Any());
}
public void GetProperties()
{
downloader.Pages["http://myhost:222/api/properties?resource=foo+bar"] = "[{\"key\": \"sonar.property1\",\"value\": \"value1\"},{\"key\": \"sonar.property2\",\"value\": \"value2\"}]";
var expected = new Dictionary<string, string>();
expected["sonar.property1"] = "value1";
expected["sonar.property2"] = "value2";
expected["sonar.cs.msbuild.testProjectPattern"] = SonarProperties.DefaultTestProjectPattern;
var actual = ws.GetProperties("foo bar", new TestLogger());
Assert.AreEqual(true, expected.Count == actual.Count && !expected.Except(actual).Any());
}
public override List<ClaimNameInvolvementDto> GetNameNIListForPayment()
{
//// This method is used to filter and fetch the name involvemnts for the payemnts
//// Fetch the name involvements linked with driver and claimants and based on the claim Detail type set the list of valid payee's
//// We are using mainly three dictionary to hold the NI's linked with Driver , linked with claimant and not linked claimnt
//// if the Transaction source is not payment the return the NI's as per core functionality
if (this.ClaimTransactionSource == (short)StaticValues.ClaimTransactionSource.Payment)
{
Dictionary<Guid, ClaimNameInvolvementDto> linkedClaimants = new Dictionary<Guid, ClaimNameInvolvementDto>();
Dictionary<Guid, ClaimNameInvolvementDto> nonLinkedClaimants = new Dictionary<Guid, ClaimNameInvolvementDto>();
Dictionary<Guid, ClaimNameInvolvementDto> linkedDriverAndVehicles = new Dictionary<Guid, ClaimNameInvolvementDto>();
Dictionary<Guid, ClaimNameInvolvementDto> validClaimNameInvolvements = new Dictionary<Guid, ClaimNameInvolvementDto>();
//// Get all the ClaimNameInvolvements of From Header
Dictionary<Guid, ClaimNameInvolvementDto> headerNIs = this.GetClaimHeaderNameInvolvement(this.HeaderDto);
Dictionary<Guid, ClaimNameInvolvementDto> claimNameInvolvements = base.GetNameNIListForPayment().ToDictionary(p => p.Data.DataId, p => p);
IEnumerable<ClaimNameInvolvementDto> drivers = this.GetNameInvolvemntList(StaticValues.NameInvolvementType.Driver);
IEnumerable<ClaimNameInvolvementDto> claimants = this.GetNameInvolvemntList(StaticValues.NameInvolvementType.AdditionalClaimant);
////Get the Claim Detail Id on which current payment is added
Guid claimDetailID = (this.HeaderDto.InProgressClaimTransactionHeaders.First().ClaimTransactionGroups.First().Data as ClaimTransactionGroupData).ClaimDetailDataID;
ClaimDetailDto claimDetail = this.HeaderDto.ClaimDetails.Where(cd => cd.Data.DataId == claimDetailID).FirstOrDefault();
//// For AD Claim Detail Type
if (claimDetail.ClaimDetailData.ClaimDetailTypeCode == AXAClaimConstants.CLAIMDETAILTYPE_AD)
{
if (drivers != null)
{ //// Get all the Name Involvement linked with Driver
linkedDriverAndVehicles = this.GetNILinkedToDriver(drivers);
}
if (claimants != null)
{ //// Get all the Name Involvement linked with All Claimants and store them in NonLinkedClaimants list
nonLinkedClaimants = this.GetNonLinkedClaimantForADList(claimants);
}
headerNIs = headerNIs.Except(nonLinkedClaimants).ToDictionary(p => p.Key , p => p.Value);
claimNameInvolvements = claimNameInvolvements.Where(c => c.Value.ClaimNameInvolvementData.NameInvolvementType != (short)StaticValues.NameInvolvementType.AdditionalClaimant).ToDictionary(c => c.Key, c => c.Value);
validClaimNameInvolvements = claimNameInvolvements.Except(nonLinkedClaimants).ToDictionary(p => p.Key, p => p.Value);
headerNIs = headerNIs.Where(c => c.Value.ClaimNameInvolvementData.NameInvolvementType != (short)StaticValues.NameInvolvementType.AdditionalClaimant).ToDictionary(c => c.Key, c => c.Value);
foreach (ClaimNameInvolvementDto cd in linkedDriverAndVehicles.Values)
{
if (!validClaimNameInvolvements.ContainsKey(cd.Data.DataId))
{
validClaimNameInvolvements.Add(cd.Data.DataId, cd);
}
}
foreach (ClaimNameInvolvementDto cd in headerNIs.Values)
{
if (!validClaimNameInvolvements.ContainsKey(cd.Data.DataId))
{
validClaimNameInvolvements.Add(cd.Data.DataId, cd);
}
}
if (validClaimNameInvolvements != null)
{
//// Filter the NI on which payment is permitted and status is latest
validClaimNameInvolvements = validClaimNameInvolvements.Where(ni => (ni.Value.Data as IClaimNameInvolvementData).IsPaymentPermitted.GetValueOrDefault() && (ni.Value.Data as IClaimNameInvolvementData).NameInvolvementMaintenanceStatus == (short)StaticValues.ClaimNameInvolvementMaintenanceStatus.Latest).ToDictionary(p => p.Key, p => p.Value);
}
}
else
{
//// This Block will be executed for all ClaimDetails except AD
if (drivers != null)
{
//// Get all the Name Involvement linked with Driver
linkedDriverAndVehicles = this.GetNILinkedToDriver(drivers);
}
if (claimants != null)
{
//// get all the NI's for other claimants
nonLinkedClaimants = this.GetNonlinkedClaimantNIList(claimants, claimDetailID);
//// get all the NI's of the claimant on which payments is in progress
linkedClaimants = this.GetLinkedClaimantNIList(claimants, claimDetailID);
}
headerNIs = headerNIs.Except(nonLinkedClaimants).ToDictionary(p => p.Key, p => p.Value);
headerNIs = headerNIs.Except(linkedDriverAndVehicles).ToDictionary(p => p.Key, p => p.Value);
claimNameInvolvements = claimNameInvolvements.Where(c => c.Value.ClaimNameInvolvementData.NameInvolvementType != (short)StaticValues.NameInvolvementType.AdditionalClaimant).ToDictionary(c => c.Key, c => c.Value);
validClaimNameInvolvements = claimNameInvolvements.Except(nonLinkedClaimants).ToDictionary(p => p.Key, p => p.Value);
validClaimNameInvolvements = validClaimNameInvolvements.Except(linkedDriverAndVehicles).ToDictionary(p => p.Key, p => p.Value);
headerNIs = headerNIs.Where(c => c.Value.ClaimNameInvolvementData.NameInvolvementType != (short)StaticValues.NameInvolvementType.AdditionalClaimant).ToDictionary(c => c.Key, c => c.Value);
foreach (ClaimNameInvolvementDto cd in linkedClaimants.Values)
{
if (!validClaimNameInvolvements.ContainsKey(cd.Data.DataId))
{
validClaimNameInvolvements.Add(cd.Data.DataId, cd);
}
}
foreach (ClaimNameInvolvementDto cd in headerNIs.Values)
{
if (!validClaimNameInvolvements.ContainsKey(cd.Data.DataId))
{
validClaimNameInvolvements.Add(cd.Data.DataId, cd);
}
}
if (validClaimNameInvolvements != null)
{
//// Filter the NI on which payment is permitted and status is latest
validClaimNameInvolvements = validClaimNameInvolvements.Where(ni => (ni.Value.Data as IClaimNameInvolvementData).IsPaymentPermitted.GetValueOrDefault() && (ni.Value.Data as IClaimNameInvolvementData).NameInvolvementMaintenanceStatus == (short)StaticValues.ClaimNameInvolvementMaintenanceStatus.Latest).ToDictionary(p => p.Key, p => p.Value);
}
}
return validClaimNameInvolvements.Values.ToList();
}
else
{
return base.GetNameNIListForPayment();
}
}
