public async Task CacheSearchCliSymbolNameFilterTest()
{
TemplateDiscoveryMetadata mockTemplateDiscoveryMetadata = SetupDiscoveryMetadata(true);
MockCliNuGetMetadataSearchSource.SetupMockData(mockTemplateDiscoveryMetadata);
_engineEnvironmentSettings.SettingsLoader.Components.Register(typeof(MockCliNuGetMetadataSearchSource));
INewCommandInput commandInput = new MockNewCommandInput("foo").WithTemplateOption("framework", "netcoreapp2.0");
TemplateSearchCoordinator searchCoordinator = CliTemplateSearchCoordinatorFactory.CreateCliTemplateSearchCoordinator(_engineEnvironmentSettings, commandInput, DefaultLanguage);
SearchResults searchResults = await searchCoordinator.SearchAsync().ConfigureAwait(false);
Assert.True(searchResults.AnySources);
Assert.Equal(1, searchResults.MatchesBySource.Count);
Assert.Equal(1, searchResults.MatchesBySource[0].PacksWithMatches.Count);
Assert.Single(searchResults.MatchesBySource[0].PacksWithMatches[_packTwoInfo].TemplateMatches.Where(t => string.Equals(t.Info.Name, _fooTwoTemplate.Name)));
INewCommandInput shortNameCommandInput = new MockNewCommandInput("foo").WithTemplateOption("f", "netcoreapp2.0");
TemplateSearchCoordinator shortNameSearchCoordinator = CliTemplateSearchCoordinatorFactory.CreateCliTemplateSearchCoordinator(_engineEnvironmentSettings, shortNameCommandInput, DefaultLanguage);
SearchResults shortNameSearchResults = await searchCoordinator.SearchAsync().ConfigureAwait(false);
Assert.True(shortNameSearchResults.AnySources);
Assert.Equal(1, shortNameSearchResults.MatchesBySource.Count);
Assert.Equal(1, shortNameSearchResults.MatchesBySource[0].PacksWithMatches.Count);
Assert.Single(shortNameSearchResults.MatchesBySource[0].PacksWithMatches[_packTwoInfo].TemplateMatches.Where(t => string.Equals(t.Info.Name, _fooTwoTemplate.Name)));
}
public async Task CacheSearchPackageFilterTest(string commandTemplate, string commandPackage, int packMatchCount, int templateMatchCount)
{
TemplateDiscoveryMetadata mockTemplateDiscoveryMetadata = SetupDiscoveryMetadata(false);
MockCliNuGetMetadataSearchSource.SetupMockData(mockTemplateDiscoveryMetadata);
EngineEnvironmentSettings.SettingsLoader.Components.Register(typeof(MockCliNuGetMetadataSearchSource));
Dictionary <string, string> rawCommandInputs = new Dictionary <string, string>();
MockNewCommandInput commandInput = new MockNewCommandInput(rawCommandInputs)
{
TemplateName = commandTemplate,
PackageFilter = commandPackage
};
TemplateSearchCoordinator searchCoordinator = CliTemplateSearchCoordinatorFactory.CreateCliTemplateSearchCoordinator(EngineEnvironmentSettings, commandInput, DefaultLanguage);
SearchResults searchResults = await searchCoordinator.SearchAsync();
Assert.True(searchResults.AnySources);
if (packMatchCount == 0)
{
Assert.Equal(0, searchResults.MatchesBySource.Count);
}
else
{
Assert.Equal(1, searchResults.MatchesBySource.Count);
Assert.Equal(packMatchCount, searchResults.MatchesBySource[0].PacksWithMatches.Count);
Assert.Equal(templateMatchCount, searchResults.MatchesBySource[0].PacksWithMatches[_packThreeInfo].TemplateMatches.Count);
}
}
public async Task CacheSearchLanguageMismatchFilterTest()
{
TemplateDiscoveryMetadata mockTemplateDiscoveryMetadata = SetupDiscoveryMetadata(false);
MockCliNuGetMetadataSearchSource.SetupMockData(mockTemplateDiscoveryMetadata);
_engineEnvironmentSettings.SettingsLoader.Components.Register(typeof(MockCliNuGetMetadataSearchSource));
MockNewCommandInput commandInput = new MockNewCommandInput("bar", "VB");
TemplateSearchCoordinator searchCoordinator = CliTemplateSearchCoordinatorFactory.CreateCliTemplateSearchCoordinator(_engineEnvironmentSettings, commandInput, DefaultLanguage);
SearchResults searchResults = await searchCoordinator.SearchAsync().ConfigureAwait(false);
Assert.True(searchResults.AnySources);
Assert.Equal(0, searchResults.MatchesBySource.Count);
}
public async Task CacheSearchCliSymbolNameMismatchFilterTest()
{
TemplateDiscoveryMetadata mockTemplateDiscoveryMetadata = SetupDiscoveryMetadata(true);
MockCliNuGetMetadataSearchSource.SetupMockData(mockTemplateDiscoveryMetadata);
_engineEnvironmentSettings.SettingsLoader.Components.Register(typeof(MockCliNuGetMetadataSearchSource));
// "tfm" is not a vaild symbol for the "foo" template. So it should not match.
INewCommandInput commandInput = new MockNewCommandInput("foo").WithTemplateOption("tfm", "netcoreapp2.0");
TemplateSearchCoordinator searchCoordinator = CliTemplateSearchCoordinatorFactory.CreateCliTemplateSearchCoordinator(_engineEnvironmentSettings, commandInput, DefaultLanguage);
SearchResults searchResults = await searchCoordinator.SearchAsync().ConfigureAwait(false);
Assert.True(searchResults.AnySources);
Assert.Equal(0, searchResults.MatchesBySource.Count);
}
private static bool TryWriteSearchMetadata(PackSourceCheckResult packSourceCheckResults, string reportPath)
{
try
{
TemplateDiscoveryMetadata searchMetadata = CreateSearchMetadata(packSourceCheckResults);
JObject toSerialize = JObject.FromObject(searchMetadata);
string outputFileName = Path.Combine(reportPath, SearchMetadataFilename);
File.WriteAllText(outputFileName, toSerialize.ToString());
return(true);
}
catch
{
return(false);
}
}
public async Task CacheSearchLanguageFilterTest()
{
TemplateDiscoveryMetadata mockTemplateDiscoveryMetadata = SetupDiscoveryMetadata(false);
MockCliNuGetMetadataSearchSource.SetupMockData(mockTemplateDiscoveryMetadata);
_engineEnvironmentSettings.SettingsLoader.Components.Register(typeof(MockCliNuGetMetadataSearchSource));
Dictionary <string, string> rawCommandInputs = new Dictionary <string, string>();
MockNewCommandInput commandInput = new MockNewCommandInput("bar", "F#");
TemplateSearchCoordinator searchCoordinator = CliTemplateSearchCoordinatorFactory.CreateCliTemplateSearchCoordinator(_engineEnvironmentSettings, commandInput, DefaultLanguage);
SearchResults searchResults = await searchCoordinator.SearchAsync().ConfigureAwait(false);
Assert.True(searchResults.AnySources);
Assert.Equal(1, searchResults.MatchesBySource.Count);
Assert.Equal(1, searchResults.MatchesBySource[0].PacksWithMatches.Count);
Assert.Single(searchResults.MatchesBySource[0].PacksWithMatches[_packThreeInfo].TemplateMatches.Where(t => string.Equals(t.Info.Name, _barFSharpTemplate.Name)));
}
public async Task CacheSearchNameMatchTest()
{
TemplateDiscoveryMetadata mockTemplateDiscoveryMetadata = SetupDiscoveryMetadata(false);
MockCliNuGetMetadataSearchSource.SetupMockData(mockTemplateDiscoveryMetadata);
EngineEnvironmentSettings.SettingsLoader.Components.Register(typeof(MockCliNuGetMetadataSearchSource));
INewCommandInput commandInput = new MockNewCommandInput("foo");
TemplateSearchCoordinator searchCoordinator = CliTemplateSearchCoordinatorFactory.CreateCliTemplateSearchCoordinator(EngineEnvironmentSettings, commandInput, DefaultLanguage);
SearchResults searchResults = await searchCoordinator.SearchAsync();
Assert.True(searchResults.AnySources);
Assert.Equal(1, searchResults.MatchesBySource.Count);
Assert.Equal(2, searchResults.MatchesBySource[0].PacksWithMatches.Count);
Assert.Single(searchResults.MatchesBySource[0].PacksWithMatches[_packOneInfo].TemplateMatches.Where(t => string.Equals(t.Info.Name, _fooOneTemplate.Name)));
Assert.Single(searchResults.MatchesBySource[0].PacksWithMatches[_packTwoInfo].TemplateMatches.Where(t => string.Equals(t.Info.Name, _fooTwoTemplate.Name)));
}
public async Task CacheSearchCliSymbolNameFilterTest()
{
TemplateDiscoveryMetadata mockTemplateDiscoveryMetadata = SetupDiscoveryMetadata(true);
MockCliNuGetMetadataSearchSource.SetupMockData(mockTemplateDiscoveryMetadata);
EngineEnvironmentSettings.SettingsLoader.Components.Register(typeof(MockCliNuGetMetadataSearchSource));
// The template symbol is "Framework" (capital "F"). This checks that the host specific override is applied
Dictionary <string, string> rawCommandInputs = new Dictionary <string, string>()
{
{ "framework", "netcoreapp2.0" }
};
INewCommandInput commandInput = new MockNewCommandInput(rawCommandInputs)
{
TemplateName = "foo"
};
TemplateSearchCoordinator searchCoordinator = CliTemplateSearchCoordinatorFactory.CreateCliTemplateSearchCoordinator(EngineEnvironmentSettings, commandInput, DefaultLanguage);
SearchResults searchResults = await searchCoordinator.SearchAsync();
Assert.True(searchResults.AnySources);
Assert.Equal(1, searchResults.MatchesBySource.Count);
Assert.Equal(1, searchResults.MatchesBySource[0].PacksWithMatches.Count);
Assert.Single(searchResults.MatchesBySource[0].PacksWithMatches[_packTwoInfo].TemplateMatches.Where(t => string.Equals(t.Info.Name, _fooTwoTemplate.Name)));
// same check, except with the short version of Framework, namely "f"
Dictionary <string, string> shortNameCheckRawCommandInputs = new Dictionary <string, string>()
{
{ "f", "netcoreapp2.0" }
};
INewCommandInput shortNameCommandInput = new MockNewCommandInput(shortNameCheckRawCommandInputs)
{
TemplateName = "foo"
};
TemplateSearchCoordinator shortNameSearchCoordinator = CliTemplateSearchCoordinatorFactory.CreateCliTemplateSearchCoordinator(EngineEnvironmentSettings, shortNameCommandInput, DefaultLanguage);
SearchResults shortNameSearchResults = await searchCoordinator.SearchAsync();
Assert.True(shortNameSearchResults.AnySources);
Assert.Equal(1, shortNameSearchResults.MatchesBySource.Count);
Assert.Equal(1, shortNameSearchResults.MatchesBySource[0].PacksWithMatches.Count);
Assert.Single(shortNameSearchResults.MatchesBySource[0].PacksWithMatches[_packTwoInfo].TemplateMatches.Where(t => string.Equals(t.Info.Name, _fooTwoTemplate.Name)));
}
public async Task CacheSearchTypeFilterTest(string commandTemplate, string commandType, int matchCount)
{
TemplateDiscoveryMetadata mockTemplateDiscoveryMetadata = SetupDiscoveryMetadata(false);
MockCliNuGetMetadataSearchSource.SetupMockData(mockTemplateDiscoveryMetadata);
_engineEnvironmentSettings.SettingsLoader.Components.Register(typeof(MockCliNuGetMetadataSearchSource));
MockNewCommandInput commandInput = new MockNewCommandInput(commandTemplate, type: commandType);
TemplateSearchCoordinator searchCoordinator = CliTemplateSearchCoordinatorFactory.CreateCliTemplateSearchCoordinator(_engineEnvironmentSettings, commandInput, DefaultLanguage);
SearchResults searchResults = await searchCoordinator.SearchAsync().ConfigureAwait(false);
Assert.True(searchResults.AnySources);
if (matchCount == 0)
{
Assert.Equal(0, searchResults.MatchesBySource.Count);
}
else
{
Assert.Equal(1, searchResults.MatchesBySource.Count);
Assert.Equal(matchCount, searchResults.MatchesBySource[0].PacksWithMatches.Count);
}
}
public void SetupMockData(TemplateDiscoveryMetadata templateDiscoveryMetadata)
{
_templateDiscoveryMetadata = templateDiscoveryMetadata;
}
private bool TryReadScraperOutput(string scrapeFilePath, out TemplateDiscoveryMetadata discoveryMetadata)
{
ISearchCacheConfig cacheConfig = new NuGetSearchCacheConfig(scrapeFilePath);
return(FileMetadataTemplateSearchCacheReader.TryReadDiscoveryMetadata(_environmentSettings, cacheConfig, out discoveryMetadata));
}
#pragma warning disable CS0618 // Type or member is obsolete
private static string SetupDiscoveryMetadata(string fileLocation, bool includehostData = false)
{
const string version = "1.0.0.0";
List <ITemplateInfo> templateCache = new List <ITemplateInfo>();
templateCache.Add(_fooOneTemplate);
templateCache.Add(_fooTwoTemplate);
templateCache.Add(_barCSharpTemplate);
templateCache.Add(_barFSharpTemplate);
Dictionary <string, PackToTemplateEntry> packToTemplateMap = new Dictionary <string, PackToTemplateEntry>();
List <TemplateIdentificationEntry> packOneTemplateInfo = new List <TemplateIdentificationEntry>()
{
new TemplateIdentificationEntry(_fooOneTemplate.Identity, _fooOneTemplate.GroupIdentity)
};
packToTemplateMap[_packOneInfo.Name] = new PackToTemplateEntry(_packOneInfo.Version ?? "", packOneTemplateInfo);
List <TemplateIdentificationEntry> packTwoTemplateInfo = new List <TemplateIdentificationEntry>()
{
new TemplateIdentificationEntry(_fooTwoTemplate.Identity, _fooTwoTemplate.GroupIdentity)
};
packToTemplateMap[_packTwoInfo.Name] = new PackToTemplateEntry(_packTwoInfo.Version ?? "", packTwoTemplateInfo);
List <TemplateIdentificationEntry> packThreeTemplateInfo = new List <TemplateIdentificationEntry>()
{
new TemplateIdentificationEntry(_barCSharpTemplate.Identity, _barCSharpTemplate.GroupIdentity),
new TemplateIdentificationEntry(_barFSharpTemplate.Identity, _barFSharpTemplate.GroupIdentity)
};
packToTemplateMap[_packThreeInfo.Name] = new PackToTemplateEntry(_packThreeInfo.Version ?? "", packThreeTemplateInfo);
Dictionary <string, object> additionalData = new Dictionary <string, object>();
if (includehostData)
{
Dictionary <string, string> frameworkParamSymbolInfo = new Dictionary <string, string>()
{
{ "longName", "framework" },
{ "shortName", "f" }
};
HostSpecificTemplateData fooTemplateHostData = new MockHostSpecificTemplateData(
new Dictionary <string, IReadOnlyDictionary <string, string> >()
{
{ "Framework", frameworkParamSymbolInfo }
}
);
Dictionary <string, HostSpecificTemplateData> cliHostData = new Dictionary <string, HostSpecificTemplateData>()
{
{ _fooOneTemplate.Identity, fooTemplateHostData },
{ _fooTwoTemplate.Identity, fooTemplateHostData }
};
additionalData[CliHostSearchCacheData.DataName] = cliHostData;
}
TemplateDiscoveryMetadata discoveryMetadata = new TemplateDiscoveryMetadata(version, templateCache, packToTemplateMap, additionalData);
string targetPath = Path.Combine(fileLocation, "searchCacheV1.json");
File.WriteAllText(targetPath, discoveryMetadata.ToJObject().ToString());
return(Path.Combine(fileLocation, "searchCacheV1.json"));
}
#pragma warning disable CS0618, CS0612 // Type or member is obsolete
private bool TryReadScraperOutput(string scrapeFilePath, out TemplateDiscoveryMetadata discoveryMetadata)
{
return(LegacySearchCacheReader.TryReadDiscoveryMetadata(_environmentSettings, scrapeFilePath, null, out discoveryMetadata));
}
private static TemplateDiscoveryMetadata SetupDiscoveryMetadata(bool includehostData = false)
{
const string version = "1.0.0.0";
List <ITemplateInfo> templateCache = new List <ITemplateInfo>();
templateCache.Add(_fooOneTemplate);
templateCache.Add(_fooTwoTemplate);
templateCache.Add(_barCSharpTemplate);
templateCache.Add(_barFSharpTemplate);
Dictionary <string, PackToTemplateEntry> packToTemplateMap = new Dictionary <string, PackToTemplateEntry>();
List <TemplateIdentificationEntry> packOneTemplateInfo = new List <TemplateIdentificationEntry>()
{
new TemplateIdentificationEntry(_fooOneTemplate.Identity, _fooOneTemplate.GroupIdentity)
};
packToTemplateMap[_packOneInfo.Name] = new PackToTemplateEntry(_packOneInfo.Version, packOneTemplateInfo);
List <TemplateIdentificationEntry> packTwoTemplateInfo = new List <TemplateIdentificationEntry>()
{
new TemplateIdentificationEntry(_fooTwoTemplate.Identity, _fooTwoTemplate.GroupIdentity)
};
packToTemplateMap[_packTwoInfo.Name] = new PackToTemplateEntry(_packTwoInfo.Version, packTwoTemplateInfo);
List <TemplateIdentificationEntry> packThreeTemplateInfo = new List <TemplateIdentificationEntry>()
{
new TemplateIdentificationEntry(_barCSharpTemplate.Identity, _barCSharpTemplate.GroupIdentity),
new TemplateIdentificationEntry(_barFSharpTemplate.Identity, _barFSharpTemplate.GroupIdentity)
};
packToTemplateMap[_packThreeInfo.Name] = new PackToTemplateEntry(_packThreeInfo.Version, packThreeTemplateInfo);
Dictionary <string, object> additionalData = new Dictionary <string, object>();
if (includehostData)
{
Dictionary <string, string> frameworkParamSymbolInfo = new Dictionary <string, string>()
{
{ "longName", "framework" },
{ "shortName", "f" }
};
HostSpecificTemplateData fooTemplateHostData = new MockHostSpecificTemplateData(
new Dictionary <string, IReadOnlyDictionary <string, string> >()
{
{ "Framework", frameworkParamSymbolInfo }
}
);
Dictionary <string, HostSpecificTemplateData> cliHostData = new Dictionary <string, HostSpecificTemplateData>()
{
{ _fooOneTemplate.Identity, fooTemplateHostData },
{ _fooTwoTemplate.Identity, fooTemplateHostData }
};
additionalData[CliNuGetSearchCacheConfig.CliHostDataName] = cliHostData;
}
TemplateDiscoveryMetadata discoveryMetadta = new TemplateDiscoveryMetadata(version, templateCache, packToTemplateMap, additionalData);
return(discoveryMetadta);
}
