public async Task Create_EndToEnd()
{
var schemaName = GetRandomName;
await SchemaClient.AssertNoSchemasExist("aut", delay : TimeSpan.FromSeconds(0.5));
var createschema = await SchemaClient.CreateSchema("aut", AssetLoader.Schema1(schemaName));
var publishedschema = await SchemaClient.PublishSchema("aut", schemaName);
// act
dynamic create1response = await ContentClient.CreateContent("aut", schemaName, AssetLoader.AsDynamic(AssetLoader.Schema1Data1PostName));
dynamic create2response = await ContentClient.CreateContent("aut", schemaName, AssetLoader.AsDynamic(AssetLoader.Schema1Data2PostName));
string create1id = Convert.ToString(create1response.id);
string create2id = Convert.ToString(create2response.id);
await ContentClient.PublishContent("aut", schemaName, create1id);
await ContentClient.PublishContent("aut", schemaName, create2id);
// note : eventual consistency and all that sometimes we don't get away with validating right away.
await Task.Delay(TimeSpan.FromSeconds(1));
await ContentClient.AssertContentMustExists("aut", schemaName, create1id, delay : TimeSpan.FromSeconds(0.5));
await ContentClient.AssertContentMustExists("aut", schemaName, create2id, delay : TimeSpan.FromSeconds(0.5));
// todo : verify export content
await SchemaClient.DeleteSchema("aut", schemaName);
}
public async Task ContentDelete_Execute_EndToEnd()
{
var name1 = GetRandomSchemaName;
await SchemaClient.CreateSchema("aut", AssetLoader.Schema1(name1));
await SchemaClient.PublishSchema("aut", name1);
dynamic create1response = await ContentClient.CreateContent("aut", name1, AssetLoader.AsDynamic(AssetLoader.Schema1Data1PostName));
dynamic create2response = await ContentClient.CreateContent("aut", name1, AssetLoader.AsDynamic(AssetLoader.Schema1Data2PostName));
string create1id = Convert.ToString(create1response.id);
string create2id = Convert.ToString(create2response.id);
await ContentClient.PublishContent("aut", name1, create1id);
await ContentClient.PublishContent("aut", name1, create2id);
// act
await ContentStories.DeleteContent(ContentDeleteSystemUnderTest, "aut", name1, create1id);
// todo : verify export content
await ContentClient.AssertContentMustNotExists("aut", name1, create1id, delay : TimeSpan.FromSeconds(0.5));
await ContentClient.AssertContentMustExists("aut", name1, create2id, delay : TimeSpan.FromSeconds(0.5));
// clean up
await SchemaClient.DeleteSchema("aut", name1);
await SchemaClient.AssertNoSchemasExist("aut", delay : TimeSpan.FromSeconds(0.5));
}
public async Task Get_EndToEnd()
{
var schemaName = GetRandomName;
await SchemaClient.AssertNoSchemasExist("aut", delay : TimeSpan.FromSeconds(0.5));
var createschema = await SchemaClient.CreateSchema("aut", AssetLoader.Schema1(schemaName));
var publishedschema = await SchemaClient.PublishSchema("aut", schemaName);
dynamic create1response = await ContentClient.CreateContent("aut", schemaName, AssetLoader.AsDynamic(AssetLoader.Schema1Data1PostName));
dynamic create2response = await ContentClient.CreateContent("aut", schemaName, AssetLoader.AsDynamic(AssetLoader.Schema1Data2PostName));
string create1id = Convert.ToString(create1response.id);
string create2id = Convert.ToString(create2response.id);
await ContentClient.PublishContent("aut", schemaName, create1id);
await ContentClient.PublishContent("aut", schemaName, create2id);
// act
var get1response = await ContentClient.GetContent("aut", schemaName, create1id);
var get2response = await ContentClient.GetContent("aut", schemaName, create2id);
// todo : verify export content
await SchemaClient.DeleteSchema("aut", schemaName);
}
public async Task ContentPost_Execute_EndToEnd()
{
var name1 = GetRandomSchemaName;
await SchemaClient.CreateSchema("aut", AssetLoader.Schema1(name1));
await SchemaClient.PublishSchema("aut", name1);
var expectedFirst = AssetLoader.AsDynamic(AssetLoader.Schema1DataQueryResponseName).Items[0];
var expectedSecond = AssetLoader.AsDynamic(AssetLoader.Schema1DataQueryResponseName).Items[1];
// act
await ContentStories.PostContent(ContentPostSystemUnderTest, "aut", name1, AssetLoader.AsPath(AssetLoader.Schema1Data1PostName), publish : true);
await ContentStories.PostContent(ContentPostSystemUnderTest, "aut", name1, AssetLoader.AsPath(AssetLoader.Schema1Data2PostName), publish : true);
var content = await ContentClient.QueryContent("aut", name1, new QueryRequest()
{
Skip = 0,
Top = 100
});
int contentTotal = Convert.ToInt32(content.Total);
contentTotal.Should().Be(2);
var actualFirst = content.Items[0];
var actualSecond = content.Items[1];
// todo : verify export content
await SchemaClient.DeleteSchema("aut", name1);
await SchemaClient.AssertNoSchemasExist("aut", delay : TimeSpan.FromSeconds(0.5));
}
public async Task ContentImport_Execute_EndToEnd()
{
var name1 = GetRandomSchemaName;
await SchemaClient.CreateSchema("aut", AssetLoader.Schema1(name1));
await SchemaClient.PublishSchema("aut", name1);
var expected1 = AssetLoader.AsDynamic(AssetLoader.Schema1DataQueryResponseName).Items[0];
var expected2 = AssetLoader.AsDynamic(AssetLoader.Schema1DataQueryResponseName).Items[1];
await ContentStories.ImportContent(ContentImportSystemUnderTest, "aut", name1, AssetLoader.AsPath(AssetLoader.Schema1DataImportName), publish : true);
var actuals = await ContentClient.QueryContent("aut", name1, new QueryRequest()
{
Skip = 0,
Top = 100
});
var actualsTotal = actuals.Total;
actualsTotal.Should().Be(2);
var actual1 = actuals.Items[0];
var actual2 = actuals.Items[1];
// todo : verify
await SchemaClient.DeleteSchema("aut", name1);
await SchemaClient.AssertNoSchemasExist("aut", delay : TimeSpan.FromSeconds(0.5));
}
protected override void BeginProcessing()
{
if (!DefaultTimeToLive.HasValue) DefaultTimeToLive = TimeSpan.FromDays(999);
if (DefaultTimeToLive <= TimeSpan.Zero) throw new PSArgumentException("DefaultTimeToLive must be a positive value. Try using [TimeSpan]::FromMinutes(123) or similar.");
if (string.IsNullOrEmpty(SchemaName)) throw new PSArgumentException("SchemaName is required.");
base.BeginProcessing();
schemaClient = new SchemaClient(ConnectionString, SchemaName);
}
public async Task Restore_EndToEnd()
{
// Query only 'sees' published records so that is a quick way to determine publish state
// - insert some records
// - publish them
// - archive them
// - assert there are none (because we archived them)
var schemaName = GetRandomName;
await SchemaClient.AssertNoSchemasExist("aut", delay : TimeSpan.FromSeconds(0.5));
var createschema = await SchemaClient.CreateSchema("aut", AssetLoader.Schema1(schemaName));
var publishedschema = await SchemaClient.PublishSchema("aut", schemaName);
var create1response = await ContentClient.CreateContent("aut", schemaName, AssetLoader.AsDynamic(AssetLoader.Schema1Data1PostName));
var create2response = await ContentClient.CreateContent("aut", schemaName, AssetLoader.AsDynamic(AssetLoader.Schema1Data2PostName));
await Task.Delay(TimeSpan.FromSeconds(1));
await ContentClient.PublishContent("aut", schemaName, create1response.Id);
await ContentClient.PublishContent("aut", schemaName, create2response.Id);
await Task.Delay(TimeSpan.FromSeconds(1));
await ContentClient.ArchiveContent("aut", schemaName, create1response.Id);
await ContentClient.ArchiveContent("aut", schemaName, create2response.Id);
// act
// note : eventual consistency and all that sometimes we don't get away with validating right away.
await Task.Delay(TimeSpan.FromSeconds(1));
await ContentClient.RestoreContent("aut", schemaName, create1response.Id);
await ContentClient.RestoreContent("aut", schemaName, create2response.Id);
await Task.Delay(TimeSpan.FromSeconds(1));
//var content = await ContentClient.Query<dynamic>("aut", schemaName, new QueryRequest()
//{
// Skip = 0,
// Top = 100
//});
var content = await ContentClient.QueryContent("aut", schemaName, top : 100, skip : 0);
// ma
content.Total.Should().Be(2);
// clean up
await SchemaClient.DeleteSchema("aut", schemaName);
}
public async Task DeleteSchema_EndToEnd()
{
var schemaName = GetRandomName;
await SchemaClient.AssertNoSchemasExist("aut", delay : TimeSpan.FromSeconds(0.5));
var createresult = await SchemaClient.CreateSchema("aut", AssetLoader.Schema1(schemaName));
var deleteresult = await SchemaClient.DeleteSchema("aut", schemaName);
await SchemaClient.AssertNoSchemasExist("aut", delay : TimeSpan.FromSeconds(0.5));
}
public async Task SchemaImport_Execute_EndToEnd()
{
var name1 = GetRandomSchemaName;
await SchemaClient.AssertNoSchemasExist("aut", delay : TimeSpan.FromSeconds(0.5));
await SchemaStories.ImportSchema(SchemaImportSystemUnderTest, "aut", name1, AssetLoader.AsPath(AssetLoader.Schema1Name));
await SchemaClient.AssertSchemaMustExist("aut", name1, delay : TimeSpan.FromSeconds(0.5));
await SchemaClient.DeleteSchema("aut", name1);
await SchemaClient.AssertNoSchemasExist("aut", delay : TimeSpan.FromSeconds(0.5));
}
public async Task SchemaDelete_Execute_EndToEnd()
{
var name1 = GetRandomSchemaName;
await SchemaClient.AssertNoSchemasExist("aut");
await SchemaClient.CreateSchema("aut", AssetLoader.Schema1(name1));
await SchemaClient.PublishSchema("aut", name1);
await SchemaStories.DeleteSchema(SchemaDeleteSystemUnderTest, "aut", name1);
await SchemaClient.AssertSchemaMustNotExist("aut", name1, delay : TimeSpan.FromSeconds(5));
await SchemaClient.AssertNoSchemasExist("aut", delay : TimeSpan.FromSeconds(0.5));
}
public async Task PublishSchema_EndToEnd()
{
var schema1name = GetRandomName;
await SchemaClient.AssertNoSchemasExist("aut", delay : TimeSpan.FromSeconds(0.5));
var create1result = await SchemaClient.CreateSchema("aut", AssetLoader.Schema1(schema1name));
var result = await SchemaClient.PublishSchema("aut", schema1name);
//int count = Convert.ToInt32(that.Count);
//count.Should().Be(2);
var delete1result = await SchemaClient.DeleteSchema("aut", schema1name);
await SchemaClient.AssertNoSchemasExist("aut", delay : TimeSpan.FromSeconds(0.5));
}
private async Task PurgeSchema()
{
var data = await SchemaClient.GetAllSchemas("aut");
var count = Convert.ToInt32(data.Count);
if (count == 0)
{
return;
}
var allnames = ((IEnumerable <dynamic>)data).Select(d => Convert.ToString(d.name));
foreach (var name in allnames)
{
await SchemaClient.DeleteSchema("aut", name);
}
}
public async Task Patch_EndToEnd()
{
var schemaName = GetRandomName;
await SchemaClient.AssertNoSchemasExist("aut", delay : TimeSpan.FromSeconds(0.5));
var createschema = await SchemaClient.CreateSchema("aut", AssetLoader.Schema1(schemaName));
var publishedschema = await SchemaClient.PublishSchema("aut", schemaName);
dynamic create1response = await ContentClient.CreateContent("aut", schemaName, AssetLoader.AsDynamic(AssetLoader.Schema1Data1PostName));
string create1id = Convert.ToString(create1response.id);
dynamic patch1response = await ContentClient.PatchContent("aut", schemaName, create1id, AssetLoader.AsDynamic(AssetLoader.Schema1Data2PostName));
// clean up
await SchemaClient.DeleteSchema("aut", schemaName);
}
protected void Initialize(string baseAddress, TimeSpan commandTimeout, string username = "", string password = "")
{
Client = new HttpClient();
Client.BaseAddress = new Uri(baseAddress);
Client.Timeout = commandTimeout;
Token = null;
Security = new SecurityClient(this);
Schema = new SchemaClient(this);
Transaction = new TransactionClient(this);
Document = new DocumentClient(this);
Query = new QueryClient(this);
if (string.IsNullOrWhiteSpace(username) == false)
{
Security.Login(username, password);
}
}
public async Task Publish_EndToEnd()
{
// Query only 'sees' published records so that is a quick way to determine publish state
// - insert some records
// - assert that there are none (because we havent published them)
// - publish them
// - assert there are two (because we published two)
var schemaName = GetRandomName;
await SchemaClient.AssertNoSchemasExist("aut", delay : TimeSpan.FromSeconds(0.5));
var createschema = await SchemaClient.CreateSchema("aut", AssetLoader.Schema1(schemaName));
var publishedschema = await SchemaClient.PublishSchema("aut", schemaName);
dynamic create1response = await ContentClient.CreateContent("aut", schemaName, AssetLoader.AsDynamic(AssetLoader.Schema1Data1PostName));
dynamic create2response = await ContentClient.CreateContent("aut", schemaName, AssetLoader.AsDynamic(AssetLoader.Schema1Data2PostName));
string create1id = Convert.ToString(create1response.id);
string create2id = Convert.ToString(create2response.id);
// act
// note : eventual consistency and all that sometimes we don't get away with validating right away.
await Task.Delay(TimeSpan.FromSeconds(1));
await ContentClient.PublishContent("aut", schemaName, create1id);
await ContentClient.PublishContent("aut", schemaName, create2id);
await Task.Delay(TimeSpan.FromSeconds(1));
await ContentClient.AssertContentMustExists("aut", schemaName, create1id, delay : TimeSpan.FromSeconds(0.5));
await ContentClient.AssertContentMustExists("aut", schemaName, create2id, delay : TimeSpan.FromSeconds(0.5));
// clean up
await SchemaClient.DeleteSchema("aut", schemaName);
}
public async Task Query_EndToEnd()
{
var schemaName = GetRandomName;
await SchemaClient.AssertNoSchemasExist("aut", delay : TimeSpan.FromSeconds(0.5));
var createschema = await SchemaClient.CreateSchema("aut", AssetLoader.Schema1(schemaName));
var publishedschema = await SchemaClient.PublishSchema("aut", schemaName);
dynamic create1response = await ContentClient.CreateContent("aut", schemaName, AssetLoader.AsDynamic(AssetLoader.Schema1Data1PostName));
dynamic create2response = await ContentClient.CreateContent("aut", schemaName, AssetLoader.AsDynamic(AssetLoader.Schema1Data2PostName));
string create1id = Convert.ToString(create1response.id);
string create2id = Convert.ToString(create2response.id);
await ContentClient.PublishContent("aut", schemaName, create1id);
await ContentClient.PublishContent("aut", schemaName, create2id);
// act
// note : eventual consistency and all that sometimes we don't get away with validating right away.
await Task.Delay(TimeSpan.FromSeconds(1));
//var content = await ContentClient.Query<dynamic>("aut", schemaName, new QueryRequest()
//{
// Skip = 0,
// Top = 100
//});
var content = await ContentClient.QueryContent("aut", schemaName, top : 100, skip : 0);
int contenttotal = Convert.ToInt32(content.total);
contenttotal.Should().Be(2);
var actualFirst = content.items[0];
var actualSecond = content.items[1];
// todo : verify export content
await SchemaClient.DeleteSchema("aut", schemaName);
}
public async Task SchemaExists_EndToEnd()
{
var schemaName = GetRandomName;
var nothingExists = await SchemaClient.SchemaExists("aut");
nothingExists.Should().BeFalse();
var somethingDoesNotExist = await SchemaClient.SchemaExists("aut", schemaName);
somethingDoesNotExist.Should().BeFalse();
var createresult = await SchemaClient.CreateSchema("aut", AssetLoader.Schema1(schemaName));
var somethingDefinatelyExist = await SchemaClient.SchemaExists("aut", schemaName);
somethingDefinatelyExist.Should().BeTrue();
var deleteresult = await SchemaClient.DeleteSchema("aut", schemaName);
}
public async Task GetAllSchemas_EndToEnd()
{
var schema1name = GetRandomName;
var schema2name = GetRandomName;
await SchemaClient.AssertNoSchemasExist("aut", delay : TimeSpan.FromSeconds(0.5));
var create1result = await SchemaClient.CreateSchema("aut", AssetLoader.Schema1(schema1name));
var create2result = await SchemaClient.CreateSchema("aut", AssetLoader.Schema1(schema2name));
var all = await SchemaClient.GetAllSchemas("aut");
int count = Convert.ToInt32(all.Count);
count.Should().Be(2);
var delete1result = await SchemaClient.DeleteSchema("aut", schema1name);
var delete2result = await SchemaClient.DeleteSchema("aut", schema2name);
await SchemaClient.AssertNoSchemasExist("aut", delay : TimeSpan.FromSeconds(0.5));
}
public async Task SchemaExport_Execute_EndToEnd()
{
var name1 = GetRandomSchemaName;
var exportPath1 = Path.Combine(AssetLoader.ExportPath, $"{nameof(SchemaHandlersIntegrationTest)} {nameof(SchemaExport_Execute_EndToEnd)}-out.json");
await SchemaClient.AssertNoSchemasExist("aut");
await SchemaClient.CreateSchema("aut", AssetLoader.Schema1(name1));
await SchemaClient.PublishSchema("aut", name1);
await SchemaStories.ExportSchema(SchemaExportSystemUnderTest, "aut", name1, exportPath1);
var exportedFileExists = File.Exists(exportPath1);
exportedFileExists.Should().BeTrue($"{nameof(SchemaExportRequest)} failed to export file");
// todo validate export file
await SchemaClient.DeleteSchema("aut", name1);
await SchemaClient.AssertNoSchemasExist("aut", delay : TimeSpan.FromSeconds(0.5));
}
public async Task ContentExport_Execute_EndToEnd()
{
var name1 = GetRandomSchemaName;
var export = Path.Combine(AssetLoader.ExportPath, $"{nameof(ContentHandlersIntegrationTest)} {nameof(ContentExport_Execute_EndToEnd)}-out.json");
await SchemaClient.CreateSchema("aut", AssetLoader.Schema1(name1));
await SchemaClient.PublishSchema("aut", name1);
dynamic create1response = await ContentClient.CreateContent("aut", name1, AssetLoader.AsDynamic(AssetLoader.Schema1Data1PostName));
dynamic create2response = await ContentClient.CreateContent("aut", name1, AssetLoader.AsDynamic(AssetLoader.Schema1Data2PostName));
string create1id = Convert.ToString(create1response.id);
string create2id = Convert.ToString(create2response.id);
await ContentClient.PublishContent("aut", name1, create1id);
await ContentClient.PublishContent("aut", name1, create2id);
var expected1 = AssetLoader.AsDynamic(AssetLoader.Schema1DataQueryResponseName).Items[0];
var expected2 = AssetLoader.AsDynamic(AssetLoader.Schema1DataQueryResponseName).Items[1];
// act
await ContentStories.ExportContent(ContentExportSystemUnderTest, "aut", name1, export, top : "10", skip : "0");
var exportExists = File.Exists(export);
exportExists.Should().BeTrue($"{nameof(SchemaExportRequest)} failed to export file");
// todo : verify export content
await SchemaClient.DeleteSchema("aut", name1);
await SchemaClient.AssertNoSchemasExist("aut", delay : TimeSpan.FromSeconds(0.5));
}
public static async Task HandlerAsync(InvocationContext invocationContext, Uri server, string connectionString, CancellationToken cancellationToken = default)
{
var region = new Region(
0,
0,
Console.WindowWidth,
Console.WindowHeight,
true);
List <CurrentVersion> currentVersions = null;
ISchemaClient schemaClient = new SchemaClient(server);
try
{
// Base schema is required to run the schema migration tool.
// This method also initializes the database if not initialized yet.
await BaseSchemaRunner.EnsureBaseSchemaExistsAsync(connectionString, cancellationToken);
// If InstanceSchema table is just created(as part of baseSchema), it takes a while to insert a version record
// since the Schema job polls and upserts at the specified interval in the service.
await BaseSchemaRunner.EnsureInstanceSchemaRecordExistsAsync(connectionString, cancellationToken);
currentVersions = await schemaClient.GetCurrentVersionInformationAsync(cancellationToken);
}
catch (SchemaManagerException ex)
{
CommandUtils.PrintError(ex.Message);
return;
}
catch (HttpRequestException)
{
CommandUtils.PrintError(string.Format(Resources.RequestFailedMessage, server));
return;
}
var tableView = new TableView <CurrentVersion>
{
Items = currentVersions,
};
tableView.AddColumn(
cellValue: currentVersion => currentVersion.Id,
header: new ContentView("Version"));
tableView.AddColumn(
cellValue: currentVersion => currentVersion.Status,
header: new ContentView("Status"));
tableView.AddColumn(
cellValue: currentVersion => string.Join(", ", currentVersion.Servers),
header: new ContentView("Servers"));
var consoleRenderer = new ConsoleRenderer(
invocationContext.Console,
mode: invocationContext.BindingContext.OutputMode(),
resetAfterRender: true);
using (var screen = new ScreenView(renderer: consoleRenderer))
{
screen.Child = tableView;
screen.Render(region);
}
}
protected override void BeginProcessing()
{
if (string.IsNullOrEmpty(SchemaName)) throw new PSArgumentException("SchemaName is required.");
base.BeginProcessing();
schemaClient = new SchemaClient(ConnectionString, SchemaName);
}
public static async Task HandlerAsync(string connectionString, Uri server, MutuallyExclusiveType exclusiveType, bool force, CancellationToken cancellationToken = default)
{
ISchemaClient schemaClient = new SchemaClient(server);
if (force && !EnsureForce())
{
return;
}
try
{
// Base schema is required to run the schema migration tool.
// This method also initializes the database if not initialized yet.
await BaseSchemaRunner.EnsureBaseSchemaExistsAsync(connectionString, cancellationToken);
// If InstanceSchema table is just created(as part of baseSchema), it takes a while to insert a version record
// since the Schema job polls and upserts at the specified interval in the service.
await BaseSchemaRunner.EnsureInstanceSchemaRecordExistsAsync(connectionString, cancellationToken);
availableVersions = await schemaClient.GetAvailabilityAsync(cancellationToken);
// If the user hits apply command multiple times in a row, then the service schema job might not poll the updated available versions
// so there are retries to give it a fair amount of time.
int attemptCount = 1;
await Policy.Handle <SchemaManagerException>()
.WaitAndRetryAsync(
retryCount: RetryAttempts,
sleepDurationProvider: (retryCount) => RetrySleepDuration,
onRetry: (exception, retryCount) =>
{
Console.WriteLine(string.Format(Resources.RetryCurrentSchemaVersion, attemptCount++, RetryAttempts));
})
.ExecuteAsync(token => FetchUpdatedAvailableVersionsAsync(schemaClient, connectionString, token), cancellationToken);
if (availableVersions.Count == 1)
{
CommandUtils.PrintError(Resources.AvailableVersionsDefaultErrorMessage);
return;
}
// Removes the current version since the first available version is always the current version which is already applied.
availableVersions.RemoveAt(0);
var targetVersion = exclusiveType.Next == true?availableVersions.First().Id:
exclusiveType.Latest == true?availableVersions.Last().Id:
exclusiveType.Version;
availableVersions = availableVersions.Where(availableVersion => availableVersion.Id <= targetVersion)
.ToList();
// Checking the specified version is not out of range of available versions
if (availableVersions.Count < 1 || targetVersion < availableVersions.First().Id || targetVersion > availableVersions.Last().Id)
{
throw new SchemaManagerException(string.Format(Resources.SpecifiedVersionNotAvailable, targetVersion));
}
if (!force)
{
await ValidateVersionCompatibility(schemaClient, availableVersions.Last().Id, cancellationToken);
}
if (availableVersions.First().Id == 1)
{
// Upgrade schema directly to the latest schema version
Console.WriteLine(string.Format(Resources.SchemaMigrationStartedMessage, availableVersions.Last().Id));
string script = await GetScriptAsync(schemaClient, 1, availableVersions.Last().ScriptUri, cancellationToken);
await UpgradeSchemaAsync(connectionString, availableVersions.Last().Id, script, cancellationToken);
return;
}
foreach (AvailableVersion availableVersion in availableVersions)
{
int executingVersion = availableVersion.Id;
Console.WriteLine(string.Format(Resources.SchemaMigrationStartedMessage, executingVersion));
if (!force)
{
attemptCount = 1;
await Policy.Handle <SchemaManagerException>()
.WaitAndRetryAsync(
retryCount: RetryAttempts,
sleepDurationProvider: (retryCount) => RetrySleepDuration,
onRetry: (exception, retryCount) =>
{
Console.WriteLine(string.Format(Resources.RetryCurrentVersions, attemptCount++, RetryAttempts));
})
.ExecuteAsync(token => ValidateInstancesVersionAsync(schemaClient, executingVersion, token), cancellationToken);
}
string script = await GetScriptAsync(schemaClient, executingVersion, availableVersion.ScriptUri, cancellationToken, availableVersion.DiffUri);
await UpgradeSchemaAsync(connectionString, executingVersion, script, cancellationToken);
}
}
catch (Exception ex) when(ex is SchemaManagerException || ex is InvalidOperationException)
{
CommandUtils.PrintError(ex.Message);
return;
}
catch (HttpRequestException)
{
CommandUtils.PrintError(string.Format(Resources.RequestFailedMessage, server));
return;
}
catch (Exception ex)
{
if (ex is SqlException || ex is ExecutionFailureException)
{
CommandUtils.PrintError(string.Format(Resources.QueryExecutionErrorMessage, ex.Message));
return;
}
if (ex is SchemaManagerException || ex is InvalidOperationException)
{
CommandUtils.PrintError(ex.Message);
return;
}
throw;
}
}
public static async Task HandlerAsync(InvocationContext invocationContext, Uri server, CancellationToken cancellationToken)
{
var region = new Region(
0,
0,
Console.WindowWidth,
Console.WindowHeight,
true);
List <AvailableVersion> availableVersions = null;
ISchemaClient schemaClient = new SchemaClient(server);
try
{
availableVersions = await schemaClient.GetAvailabilityAsync(cancellationToken);
// To ensure that schema version null/0 is not printed
if (availableVersions.First().Id == 0)
{
availableVersions.RemoveAt(0);
}
}
catch (SchemaManagerException ex)
{
CommandUtils.PrintError(ex.Message);
return;
}
catch (HttpRequestException)
{
CommandUtils.PrintError(string.Format(Resources.RequestFailedMessage, server));
return;
}
var tableView = new TableView <AvailableVersion>
{
Items = availableVersions,
};
tableView.AddColumn(
cellValue: availableVersion => availableVersion.Id,
header: new ContentView("Version"));
tableView.AddColumn(
cellValue: availableVersion => availableVersion.ScriptUri,
header: new ContentView("Script"));
tableView.AddColumn(
cellValue: availableVersion => string.IsNullOrEmpty(availableVersion.DiffUri) ? "N/A" : availableVersion.DiffUri,
header: new ContentView("Diff"));
var consoleRenderer = new ConsoleRenderer(
invocationContext.Console,
mode: invocationContext.BindingContext.OutputMode(),
resetAfterRender: true);
using (var screen = new ScreenView(renderer: consoleRenderer))
{
screen.Child = tableView;
screen.Render(region);
}
}
