public async Task SinglePackage_RunAsync_LogContainsPreparationMessages()
{
var packages = new[] { new PackageInfo("App1Type", "1.0.0", "fabric:/app1") };
try
{
await SetupAsync(packages);
var manifest = TestManifestBuilder
.From(TestInfo.Connection)
.WithGroup(new DeploymentItem
{
PackagePath = packages[0].TestPackagePath,
ParameterFile = packages[0].TestParameterPath,
RemoveApplicationFirst = true
})
.Build();
await DeploymentService.RunAsync(manifest, new[] { "File" });
var log = OutputParser.Parse(_outputPath);
ShouldContainPreparationMessage(log, "Processing the manifest");
ShouldContainPreparationMessage(log, "Populating the manifest with calculated values");
ShouldContainPreparationMessage(log, "About to run the deployment on the manifest...");
ShouldContainPreparationMessage(log, "Created a fabric client to connect to the cluster");
ShouldContainPreparationMessage(log, "Checking the connection to the cluster...");
ShouldContainPreparationMessage(log, "Connection to the cluster succeeded");
ShouldContainPreparationMessage(log, "Checking the cluster is healthy...");
ShouldContainPreparationMessage(log, "Cluster is healthy");
}
finally
{
await TearDownAsync(packages);
}
}
public async Task SinglePackage_RunAsync_LogContainsNoErrors()
{
var packages = new[] { new PackageInfo("App1Type", "1.0.0", "fabric:/app1") };
try
{
await SetupAsync(packages);
var manifest = TestManifestBuilder
.From(TestInfo.Connection)
.WithGroup(new DeploymentItem
{
PackagePath = packages[0].TestPackagePath,
ParameterFile = packages[0].TestParameterPath,
RemoveApplicationFirst = true
})
.Build();
await DeploymentService.RunAsync(manifest, new[] { "File" });
var log = OutputParser.Parse(_outputPath);
ShouldContainNoErrors(log);
}
finally
{
await TearDownAsync(packages);
}
}
public async Task SinglePackage_RunAsync_LogContainsCleanupMessages()
{
var packages = new[] { new PackageInfo("App1Type", "1.0.0", "fabric:/app1") };
try
{
await SetupAsync(packages);
var manifest = TestManifestBuilder
.From(TestInfo.Connection)
.WithGroup(new DeploymentItem
{
PackagePath = packages[0].TestPackagePath,
ParameterFile = packages[0].TestParameterPath,
RemoveApplicationFirst = true
})
.Build();
await DeploymentService.RunAsync(manifest, new[] { "File" });
var log = OutputParser.Parse(_outputPath);
ShouldContainCleanupMessage(log, "Checking the cluster is healthy...");
ShouldContainCleanupMessage(log, "Cluster is healthy");
ShouldContainCleanupMessage(log, "Local folder has been cleaned");
}
finally
{
await TearDownAsync(packages);
}
}
public async Task PackageAlreadyExists_RunAsync_LogContainsDeploymentErrorMessage()
{
var packages = new[] { new PackageInfo("App1Type", "1.0.0", "fabric:/app1") };
try
{
await SetupAsync(packages);
var manifest = TestManifestBuilder
.From(TestInfo.Connection)
.WithGroup(new DeploymentItem
{
PackagePath = packages[0].TestPackagePath,
ParameterFile = packages[0].TestParameterPath
})
.Build();
var succeeded = await DeploymentService.RunAsync(manifest, new[] { "File" });
succeeded.ShouldBeTrue();
manifest = TestManifestBuilder
.From(TestInfo.Connection)
.WithGroup(new DeploymentItem
{
PackagePath = packages[0].TestPackagePath,
ParameterFile = packages[0].TestParameterPath
})
.Build();
succeeded = await DeploymentService.RunAsync(manifest, new[] { "File" });
succeeded.ShouldBeFalse();
var log = OutputParser.Parse(_outputPath);
ShouldContainDeploymentMessage(
log, "Failed to create application type App1Type: Application type and version already exists");
}
finally
{
await TearDownAsync(packages);
}
}
public async Task UpgradePackage_RunAsync_LogContainsUpgradeDeploymentMessage()
{
var packages = new[]
{
new PackageInfo("App1Type", "1.0.0", "fabric:/app1"),
new PackageInfo("App1Type", "1.0.1", "fabric:/app1")
};
try
{
await SetupAsync(packages);
var manifest = TestManifestBuilder
.From(TestInfo.Connection)
.WithGroup(new DeploymentItem
{
PackagePath = packages[0].TestPackagePath,
ParameterFile = packages[0].TestParameterPath
})
.WithGroup(new DeploymentItem
{
PackagePath = packages[1].TestPackagePath,
ParameterFile = packages[1].TestParameterPath,
MaxApplicationReadyWaitTime = 60
})
.Build();
var succeeded = await DeploymentService.RunAsync(manifest, new[] { "File" });
succeeded.ShouldBeTrue();
var log = OutputParser.Parse(_outputPath);
ShouldContainDeploymentMessage(log, "Upgrading application fabric:/app1 to version 1.0.1...");
ShouldContainDeploymentMessage(log, "Upgraded application fabric:/app1 successfully");
}
finally
{
await TearDownAsync(packages);
}
}
public async Task SinglePackage_RunAsync_LogContainsDeploymentMessages()
{
var packages = new[] { new PackageInfo("App1Type", "1.0.0", "fabric:/app1") };
try
{
await SetupAsync(packages);
var manifest = TestManifestBuilder
.From(TestInfo.Connection)
.WithGroup(new DeploymentItem
{
PackagePath = packages[0].TestPackagePath,
ParameterFile = packages[0].TestParameterPath,
RemoveApplicationFirst = true
})
.Build();
await DeploymentService.RunAsync(manifest, new[] { "File" });
var log = OutputParser.Parse(_outputPath);
ShouldContainDeploymentMessage(log, "Coping packages to the local working directory...");
ShouldContainDeploymentMessage(log, "Copy package App1 locally succeeded");
ShouldContainDeploymentMessage(log, "Removing application type App1Type...");
ShouldContainDeploymentMessage(log, "Removed application type App1Type successfully");
ShouldContainDeploymentMessage(log, "Copying package App1 to the image store...");
ShouldContainDeploymentMessage(log, "Copied the package App1 to the image store");
ShouldContainDeploymentMessage(log, "Creating application type App1Type...");
ShouldContainDeploymentMessage(log, "Created application type App1Type successfully");
ShouldContainDeploymentMessage(log,
"Checking to see if application fabric:/app1 requires creation or upgrade...");
ShouldContainDeploymentMessage(log, "Creating application fabric:/app1...");
ShouldContainDeploymentMessage(log, "Created application fabric:/app1 successfully");
}
finally
{
await TearDownAsync(packages);
}
}
