public void Burn_MissingNonVitalPackage()
{
// Build the packages.
string packageA = new PackageBuilder(this, "A")
{
Extensions = Extensions
}.Build().Output;
string packageB = new PackageBuilder(this, "B")
{
Extensions = Extensions
}.Build().Output;
// Create the named bind paths to the packages.
Dictionary <string, string> bindPaths = new Dictionary <string, string>();
bindPaths.Add("packageA", packageA);
bindPaths.Add("packageB", packageB);
// Build the bundle.
string bundleC = new BundleBuilder(this, "BundleC")
{
BindPaths = bindPaths, Extensions = Extensions
}.Build().Output;
// Delete the non-vital package to force the ignorable failure.
File.Delete(Path.Combine(Path.GetDirectoryName(bundleC), "~Burn_MissingNonVitalPackage_PackageA.msi"));
// Install the bundle.
BundleInstaller installerC = new BundleInstaller(this, bundleC).Install();
Assert.False(MsiVerifier.IsPackageInstalled(packageA));
Assert.True(LogVerifier.MessageInLogFileRegex(installerC.LastLogFile, "Skipping apply of package: PackageA due to cache error: 0x80070002. Continuing..."));
Assert.True(MsiVerifier.IsPackageInstalled(packageB));
// Uninstall bundle.
installerC.Uninstall();
Assert.False(MsiVerifier.IsPackageInstalled(packageA));
Assert.False(MsiVerifier.IsPackageInstalled(packageB));
this.Complete();
}
public void Burn_MixedScopeUpgradedBundle()
{
const string upgradeVersion = "1.0.1.0";
// Build the packages.
string packageA = new PackageBuilder(this, "A")
{
Extensions = Extensions
}.Build().Output;
string packageD1 = new PackageBuilder(this, "D")
{
Extensions = Extensions
}.Build().Output;
string packageD2 = new PackageBuilder(this, "D")
{
Extensions = Extensions, PreprocessorVariables = new Dictionary <string, string>()
{
{ "Version", upgradeVersion }
}
}.Build().Output;
// Create the named bind paths to the packages.
Dictionary <string, string> bindPaths = new Dictionary <string, string>();
bindPaths.Add("packageA", packageA);
bindPaths.Add("packageD", packageD1);
// Build the base bundle.
string bundleH1 = new BundleBuilder(this, "BundleH")
{
BindPaths = bindPaths, Extensions = Extensions
}.Build().Output;
// Override the path for D1 to D2 and build the upgrade bundle.
bindPaths["packageD"] = packageD2;
string bundleH2 = new BundleBuilder(this, "BundleH")
{
BindPaths = bindPaths, Extensions = Extensions, PreprocessorVariables = new Dictionary <string, string>()
{
{ "Version", upgradeVersion }
}
}.Build().Output;
// Install the base bundle.
BundleInstaller installerH1 = new BundleInstaller(this, bundleH1).Install();
// Make sure the MSIs are installed.
Assert.IsTrue(MsiVerifier.IsPackageInstalled(packageA));
Assert.IsTrue(MsiVerifier.IsPackageInstalled(packageD1));
Assert.IsTrue(LogVerifier.MessageInLogFileRegex(installerH1.LastLogFile, @"Skipping cross-scope dependency registration on package: PackageA, bundle scope: PerUser, package scope: PerMachine"));
// Install the upgrade bundle. Verify the base bundle was removed.
BundleInstaller installerH2 = new BundleInstaller(this, bundleH2).Install();
// Verify packageD2 was installed and packageD1 was uninstalled.
Assert.IsTrue(MsiVerifier.IsPackageInstalled(packageA));
Assert.IsFalse(MsiVerifier.IsPackageInstalled(packageD1));
Assert.IsTrue(MsiVerifier.IsPackageInstalled(packageD2));
Assert.IsTrue(LogVerifier.MessageInLogFileRegex(installerH2.LastLogFile, @"Skipping cross-scope dependency registration on package: PackageA, bundle scope: PerUser, package scope: PerMachine"));
Assert.IsTrue(LogVerifier.MessageInLogFileRegex(installerH2.LastLogFile, @"Detected related bundle: \{[0-9A-Za-z\-]{36}\}, type: Upgrade, scope: PerUser, version: 1\.0\.0\.0, operation: MajorUpgrade"));
// Uninstall the upgrade bundle now.
installerH2.Uninstall();
// Verify that permanent packageA is still installed and then remove.
Assert.IsTrue(MsiVerifier.IsPackageInstalled(packageA));
MSIExec.UninstallProduct(packageA, MSIExec.MSIExecReturnCode.SUCCESS);
// Make sure the MSIs were uninstalled.
Assert.IsFalse(MsiVerifier.IsPackageInstalled(packageA));
Assert.IsFalse(MsiVerifier.IsPackageInstalled(packageD2));
this.CleanTestArtifacts = true;
}
public void Burn_InstallUninstallAddonPatchRelatedBundle()
{
// Build the packages.
string packageA = new PackageBuilder(this, "A").Build().Output;
string packageC1 = new PackageBuilder(this, "C").Build().Output;
string packageC2 = new PackageBuilder(this, "C")
{
PreprocessorVariables = new Dictionary <string, string>()
{
{ "Version", "1.0.1.0" }
}
}.Build().Output;
string packageD = new PackageBuilder(this, "D").Build().Output;
// Create the named bind paths to the packages.
Dictionary <string, string> bindPaths = new Dictionary <string, string>();
bindPaths.Add("packageA", packageA);
bindPaths.Add("packageC", packageC1);
bindPaths.Add("packageD", packageD);
// Build the base and addon bundles.
string bundleA = new BundleBuilder(this, "BundleA")
{
BindPaths = bindPaths, Extensions = Extensions
}.Build().Output;
string bundleC = new BundleBuilder(this, "BundleC")
{
BindPaths = bindPaths, Extensions = Extensions
}.Build().Output;
// Update path to C2 and build the addon patch bundle.
bindPaths["packageC"] = packageC2;
string bundleE = new BundleBuilder(this, "BundleE")
{
BindPaths = bindPaths, Extensions = Extensions, PreprocessorVariables = new Dictionary <string, string>()
{
{ "Version", "1.0.1.0" }
}
}.Build().Output;
// Install the base and addon bundles.
BundleInstaller installerA = new BundleInstaller(this, bundleA).Install();
BundleInstaller installerC = new BundleInstaller(this, bundleC).Install();
// Test that packages A and C1 but not D are installed.
Assert.True(MsiVerifier.IsPackageInstalled(packageA));
Assert.True(MsiVerifier.IsPackageInstalled(packageC1));
Assert.False(MsiVerifier.IsPackageInstalled(packageC2));
Assert.False(MsiVerifier.IsPackageInstalled(packageD));
// Install the patch to the addon.
BundleInstaller installerE = new BundleInstaller(this, bundleE).Install();
// Test that packages A and C2 but not D are installed, and that C1 was upgraded.
Assert.True(MsiVerifier.IsPackageInstalled(packageA));
Assert.False(MsiVerifier.IsPackageInstalled(packageC1));
Assert.True(MsiVerifier.IsPackageInstalled(packageC2));
Assert.False(MsiVerifier.IsPackageInstalled(packageD));
// Attempt to uninstall bundleA.
installerA.Uninstall();
// Test that uninstalling bundle A detected and removed bundle C, which removed bundle E (can't easily reference log).
Assert.True(LogVerifier.MessageInLogFileRegex(installerA.LastLogFile, @"Detected related bundle: \{[0-9A-Za-z\-]{36}\}, type: Addon, scope: PerMachine, version: 1\.0\.0\.0, operation: Remove"));
// Test that all packages are uninstalled.
Assert.False(MsiVerifier.IsPackageInstalled(packageA));
Assert.False(MsiVerifier.IsPackageInstalled(packageC1));
Assert.False(MsiVerifier.IsPackageInstalled(packageC2));
Assert.False(MsiVerifier.IsPackageInstalled(packageD));
this.Complete();
}
public void Burn_InstallUninstallUpgradePatchRelatedBundleWithAddon()
{
const string patchVersion1 = "1.0.1.0";
const string patchVersion2 = "1.0.2.0";
// Build the packages.
string packageA1 = new PackageBuilder(this, "A").Build().Output;
string packageA2 = new PackageBuilder(this, "A")
{
PreprocessorVariables = new Dictionary <string, string>()
{
{ "Version", patchVersion1 }
}, NeverGetsInstalled = true
}.Build().Output;
string packageA3 = new PackageBuilder(this, "A")
{
PreprocessorVariables = new Dictionary <string, string>()
{
{ "Version", patchVersion2 }
}, NeverGetsInstalled = true
}.Build().Output;
string packageC = new PackageBuilder(this, "C").Build().Output;
string packageD = new PackageBuilder(this, "D").Build().Output;
string patchA1 = new PatchBuilder(this, "PatchA")
{
PreprocessorVariables = new Dictionary <string, string>()
{
{ "Version", patchVersion1 }
}, TargetPath = packageA1, UpgradePath = packageA2
}.Build().Output;
string patchA2 = new PatchBuilder(this, "PatchA")
{
PreprocessorVariables = new Dictionary <string, string>()
{
{ "Version", patchVersion2 }
}, TargetPath = packageA1, UpgradePath = packageA3
}.Build().Output;
// Create the named bind paths to the packages.
Dictionary <string, string> bindPaths = new Dictionary <string, string>();
bindPaths.Add("packageA", packageA1);
bindPaths.Add("packageC", packageC);
bindPaths.Add("packageD", packageD);
bindPaths.Add("patchA", patchA1);
// Build the bundles.
string bundleA = new BundleBuilder(this, "BundleA")
{
BindPaths = bindPaths, Extensions = Extensions
}.Build().Output;
string bundleC = new BundleBuilder(this, "BundleC")
{
BindPaths = bindPaths, Extensions = Extensions
}.Build().Output;
string bundleD1 = new BundleBuilder(this, "BundleD")
{
PreprocessorVariables = new Dictionary <string, string>()
{
{ "Version", patchVersion1 }
}, BindPaths = bindPaths, Extensions = Extensions
}.Build().Output;
// Build the v2 patch bundle.
bindPaths["patchA"] = patchA2;
string bundleD2 = new BundleBuilder(this, "BundleD")
{
PreprocessorVariables = new Dictionary <string, string>()
{
{ "Version", patchVersion2 }
}, BindPaths = bindPaths, Extensions = Extensions
}.Build().Output;
// Install the bundles.
BundleInstaller installerA = new BundleInstaller(this, bundleA).Install();
BundleInstaller installerD1 = new BundleInstaller(this, bundleD1).Install();
// Test both packages are installed.
Assert.True(MsiVerifier.IsPackageInstalled(packageA1));
using (RegistryKey root = this.GetTestRegistryRoot())
{
string actualVersion = root.GetValue("A") as string;
Assert.Equal(patchVersion1, actualVersion);
}
// Install the addon bundle.
BundleInstaller installerC = new BundleInstaller(this, bundleC).Install();
// Test that package C but not D is installed.
Assert.True(MsiVerifier.IsPackageInstalled(packageC));
Assert.False(MsiVerifier.IsPackageInstalled(packageD));
// Install the v2 patch bundles.
BundleInstaller installerD2 = new BundleInstaller(this, bundleD2).Install();
// Test that all packages but D are installed.
Assert.True(MsiVerifier.IsPackageInstalled(packageA1));
Assert.True(MsiVerifier.IsPackageInstalled(packageC));
Assert.False(MsiVerifier.IsPackageInstalled(packageD));
using (RegistryKey root = this.GetTestRegistryRoot())
{
string actualVersion = root.GetValue("A") as string;
Assert.Equal(patchVersion2, actualVersion);
}
// Test that installing D2 upgrades D1.
Assert.True(LogVerifier.MessageInLogFileRegex(installerD2.LastLogFile, @"Detected related bundle: \{[0-9A-Za-z\-]{36}\}, type: Upgrade, scope: PerMachine, version: 1\.0\.1\.0, operation: MajorUpgrade"));
// Attempt to uninstall bundleA.
installerA.Uninstall();
// Test that uninstalling bundle A detected and would remove bundles C and D.
Assert.True(LogVerifier.MessageInLogFileRegex(installerA.LastLogFile, @"Detected related bundle: \{[0-9A-Za-z\-]{36}\}, type: Addon, scope: PerMachine, version: 1\.0\.0\.0, operation: Remove"));
Assert.True(LogVerifier.MessageInLogFileRegex(installerA.LastLogFile, @"Detected related bundle: \{[0-9A-Za-z\-]{36}\}, type: Patch, scope: PerMachine, version: 1\.0\.2\.0, operation: Remove"));
// Test all packages are uninstalled.
Assert.False(MsiVerifier.IsPackageInstalled(packageA1));
Assert.False(MsiVerifier.IsPackageInstalled(packageC));
Assert.False(MsiVerifier.IsPackageInstalled(packageD));
Assert.Null(this.GetTestRegistryRoot());
this.Complete();
}
public void Burn_InstallUninstallStickyAddonRelatedBundle()
{
// Build the packages.
string packageA = new PackageBuilder(this, "A").Build().Output;
string packageB = new PackageBuilder(this, "B").Build().Output;
string packageC = new PackageBuilder(this, "C").Build().Output;
string packageD = new PackageBuilder(this, "D").Build().Output;
// Create the named bind paths to the packages.
Dictionary <string, string> bindPaths = new Dictionary <string, string>();
bindPaths.Add("packageA", packageA);
bindPaths.Add("packageB", packageB);
bindPaths.Add("packageC", packageC);
bindPaths.Add("packageD", packageD);
// Build the bundles.
string bundleA = new BundleBuilder(this, "BundleA")
{
BindPaths = bindPaths, Extensions = Extensions
}.Build().Output;
string bundleB = new BundleBuilder(this, "BundleB")
{
BindPaths = bindPaths, Extensions = Extensions
}.Build().Output;
string bundleC = new BundleBuilder(this, "BundleC")
{
BindPaths = bindPaths, Extensions = Extensions
}.Build().Output;
// Install the bundles.
BundleInstaller installerA = new BundleInstaller(this, bundleA).Install();
BundleInstaller installerC = new BundleInstaller(this, bundleC).Install();
// Make sure that bundle C detected dependent bundle A.
Assert.True(LogVerifier.MessageInLogFileRegex(installerC.LastLogFile, @"Detected related bundle: \{[0-9A-Za-z\-]{36}\}, type: Dependent, scope: PerMachine, version: 1\.0\.0\.0, operation: None"));
// Test that packages A and C but not D are installed.
Assert.True(MsiVerifier.IsPackageInstalled(packageA));
Assert.True(MsiVerifier.IsPackageInstalled(packageC));
Assert.False(MsiVerifier.IsPackageInstalled(packageD));
// Install bundle B (tests sticky addons).
BundleInstaller installerB = new BundleInstaller(this, bundleB).Install();
Assert.True(LogVerifier.MessageInLogFileRegex(installerB.LastLogFile, @"Detected related bundle: \{[0-9A-Za-z\-]{36}\}, type: Addon, scope: PerMachine, version: 1\.0\.0\.0, operation: Install"));
Assert.True(LogVerifier.MessageInLogFileRegex(installerB.LastLogFile, @"Detected related bundle: \{[0-9A-Za-z\-]{36}\}, type: Detect, scope: PerMachine, version: 1\.0\.0\.0, operation: None"));
// Test that all packages are installed.
Assert.True(MsiVerifier.IsPackageInstalled(packageA));
Assert.True(MsiVerifier.IsPackageInstalled(packageB));
Assert.True(MsiVerifier.IsPackageInstalled(packageC));
Assert.True(MsiVerifier.IsPackageInstalled(packageD));
// Attempt to uninstall bundleA.
installerA.Uninstall();
// Test that packageA is still installed (ref-counted).
Assert.True(MsiVerifier.IsPackageInstalled(packageA));
// Test that uninstalling bundle A detected bundle C (ref-counted).
Assert.True(LogVerifier.MessageInLogFileRegex(installerA.LastLogFile, @"Detected related bundle: \{[0-9A-Za-z\-]{36}\}, type: Addon, scope: PerMachine, version: 1\.0\.0\.0, operation: Remove"));
Assert.True(LogVerifier.MessageInLogFileRegex(installerA.LastLogFile, @"Will not uninstall package: \{[0-9A-Za-z\-]{36}\}, found dependents: 1"));
// Attempt to uninstall bundleB.
installerB.Uninstall();
// Test that all packages are uninstalled.
Assert.False(MsiVerifier.IsPackageInstalled(packageA));
Assert.False(MsiVerifier.IsPackageInstalled(packageB));
Assert.False(MsiVerifier.IsPackageInstalled(packageC));
Assert.False(MsiVerifier.IsPackageInstalled(packageD));
// Test that uninstalling bundle B detected and removed bundle C (ref-counted).
Assert.True(LogVerifier.MessageInLogFileRegex(installerB.LastLogFile, @"Detected related bundle: \{[0-9A-Za-z\-]{36}\}, type: Addon, scope: PerMachine, version: 1\.0\.0\.0, operation: Remove"));
this.Complete();
}
public void Burn_InstallUninstallStickyPatchRelatedBundle()
{
const string patchVersion = "1.0.1.0";
// Build the packages.
string packageA1 = new PackageBuilder(this, "A").Build().Output;
string packageA2 = new PackageBuilder(this, "A")
{
PreprocessorVariables = new Dictionary <string, string>()
{
{ "Version", patchVersion }
}, NeverGetsInstalled = true
}.Build().Output;
string packageB1 = new PackageBuilder(this, "B").Build().Output;
string packageB2 = new PackageBuilder(this, "B")
{
PreprocessorVariables = new Dictionary <string, string>()
{
{ "Version", patchVersion }
}, NeverGetsInstalled = true
}.Build().Output;
string patchA = new PatchBuilder(this, "PatchA")
{
PreprocessorVariables = new Dictionary <string, string>()
{
{ "Version", patchVersion }
},
TargetPaths = new string[] { packageA1, packageB1 },
UpgradePaths = new string[] { packageA2, packageB2 }
}.Build().Output;
// Create the named bind paths to the packages.
Dictionary <string, string> bindPaths = new Dictionary <string, string>();
bindPaths.Add("packageA", packageA1);
bindPaths.Add("packageB", packageB1);
bindPaths.Add("patchA", patchA);
// Build the bundles.
string bundleA = new BundleBuilder(this, "BundleA")
{
BindPaths = bindPaths, Extensions = Extensions
}.Build().Output;
string bundleB = new BundleBuilder(this, "BundleB")
{
BindPaths = bindPaths, Extensions = Extensions
}.Build().Output;
string bundleD = new BundleBuilder(this, "BundleD")
{
PreprocessorVariables = new Dictionary <string, string>()
{
{ "Version", patchVersion }
}, BindPaths = bindPaths, Extensions = Extensions
}.Build().Output;
// Install the bundles.
BundleInstaller installerA = new BundleInstaller(this, bundleA).Install();
BundleInstaller installerD = new BundleInstaller(this, bundleD).Install();
// Make sure that bundle D detected dependent bundle A.
Assert.True(LogVerifier.MessageInLogFileRegex(installerD.LastLogFile, @"Detected related bundle: \{[0-9A-Za-z\-]{36}\}, type: Dependent, scope: PerMachine, version: 1\.0\.0\.0, operation: None"));
// Test that packageA1 and patchA are installed.
Assert.True(MsiVerifier.IsPackageInstalled(packageA1));
using (RegistryKey root = this.GetTestRegistryRoot())
{
string actualVersion = root.GetValue("A") as string;
Assert.Equal(patchVersion, actualVersion);
}
// Install bundle B (tests sticky patching).
BundleInstaller installerB = new BundleInstaller(this, bundleB).Install();
Assert.True(LogVerifier.MessageInLogFileRegex(installerB.LastLogFile, @"Detected related bundle: \{[0-9A-Za-z\-]{36}\}, type: Patch, scope: PerMachine, version: 1\.0\.1\.0, operation: Install"));
Assert.True(LogVerifier.MessageInLogFileRegex(installerB.LastLogFile, @"Detected related bundle: \{[0-9A-Za-z\-]{36}\}, type: Detect, scope: PerMachine, version: 1\.0\.0\.0, operation: None"));
// Test that packageB and patchA are installed.
Assert.True(MsiVerifier.IsPackageInstalled(packageB1));
using (RegistryKey root = this.GetTestRegistryRoot())
{
string actualVersion = root.GetValue("B") as string;
Assert.Equal(patchVersion, actualVersion);
}
// Attempt to uninstall bundleA.
installerA.Uninstall();
// Test that packageA is still installed (ref-counted).
Assert.True(MsiVerifier.IsPackageInstalled(packageA1));
// Test that uninstalling bundle A detected bundle D (ref-counted).
Assert.True(LogVerifier.MessageInLogFileRegex(installerA.LastLogFile, @"Detected related bundle: \{[0-9A-Za-z\-]{36}\}, type: Patch, scope: PerMachine, version: 1\.0\.1\.0, operation: Remove"));
Assert.True(LogVerifier.MessageInLogFileRegex(installerA.LastLogFile, @"Will not uninstall package: \{[0-9A-Za-z\-]{36}\}, found dependents: 1"));
// Attempt to uninstall bundleB.
installerB.Uninstall();
// Test that all packages are uninstalled.
Assert.False(MsiVerifier.IsPackageInstalled(packageA1));
Assert.False(MsiVerifier.IsPackageInstalled(packageB1));
Assert.Null(this.GetTestRegistryRoot());
// Test that uninstalling bundle B detected and removed bundle D (ref-counted).
Assert.True(LogVerifier.MessageInLogFileRegex(installerB.LastLogFile, @"Detected related bundle: \{[0-9A-Za-z\-]{36}\}, type: Patch, scope: PerMachine, version: 1\.0\.1\.0, operation: Remove"));
this.Complete();
}
public void Burn_InstallUninstallPatchBundle()
{
const string patchVersion = "1.0.1.0";
// Build the packages.
string packageA1 = new PackageBuilder(this, "A").Build().Output;
string packageA2 = new PackageBuilder(this, "A")
{
PreprocessorVariables = new Dictionary <string, string>()
{
{ "Version", patchVersion }
}, NeverGetsInstalled = true
}.Build().Output;
string packageB1 = new PackageBuilder(this, "B").Build().Output;
string packageB2 = new PackageBuilder(this, "B")
{
PreprocessorVariables = new Dictionary <string, string>()
{
{ "Version", patchVersion }
}, NeverGetsInstalled = true
}.Build().Output;
string patchB = new PatchBuilder(this, "PatchB")
{
PreprocessorVariables = new Dictionary <string, string>()
{
{ "Version", patchVersion }
}, TargetPath = packageB1, UpgradePath = packageB2
}.Build().Output;
PatchBuilder patchBuilderAB = new PatchBuilder(this, "PatchAB")
{
PreprocessorVariables = new Dictionary <string, string>()
{
{ "Version", patchVersion }
}
};
patchBuilderAB.TargetPaths = new string[] { packageA1, packageB1 };
patchBuilderAB.UpgradePaths = new string[] { packageA2, packageB2 };
string patchAB = patchBuilderAB.Build().Output;
// Create the named bind paths to the packages.
Dictionary <string, string> bindPaths = new Dictionary <string, string>();
bindPaths.Add("packageA", packageA1);
bindPaths.Add("patchAB", patchAB);
bindPaths.Add("packageB", packageB1);
bindPaths.Add("patchB", patchB);
// Build the bundles.
string bundleA = new BundleBuilder(this, "BundleA")
{
BindPaths = bindPaths, Extensions = Extensions
}.Build().Output;
string bundleB = new BundleBuilder(this, "BundleB")
{
PreprocessorVariables = new Dictionary <string, string>()
{
{ "Version", patchVersion }
}, BindPaths = bindPaths, Extensions = Extensions
}.Build().Output;
// Install the msi bundles.
BundleInstaller installerA = new BundleInstaller(this, bundleA).Install();
// Test both packages are installed.
Assert.True(MsiVerifier.IsPackageInstalled(packageA1));
Assert.True(MsiVerifier.IsPackageInstalled(packageB1));
// Install the patch bundle.
// Slow the caching of patchB to ensure that patchAB finishes caching and needs to wait for patchB to be cached.
this.SetPackageSlowCache("patchB", 10000);
BundleInstaller installerB = new BundleInstaller(this, bundleB).Install();
using (RegistryKey root = this.GetTestRegistryRoot())
{
string actualVersion = root.GetValue("A2") as string;
Assert.Equal(patchVersion, actualVersion);
actualVersion = root.GetValue("B") as string;
Assert.Equal(patchVersion, actualVersion);
actualVersion = root.GetValue("B2") as string;
Assert.Equal(patchVersion, actualVersion);
}
// Attempt to uninstall bundleA.
installerA.Uninstall();
// Test that uninstalling bundle A detected and would remove bundle B.
Assert.True(LogVerifier.MessageInLogFileRegex(installerA.LastLogFile, @"Detected related bundle: \{[0-9A-Za-z\-]{36}\}, type: Patch, scope: PerMachine, version: 1\.0\.1\.0, operation: Remove"));
// Test both packages are uninstalled.
Assert.False(MsiVerifier.IsPackageInstalled(packageA1));
Assert.Null(this.GetTestRegistryRoot());
this.Complete();
}
public void Burn_InstallUninstallPatchRelatedBundle()
{
const string patchVersion = "1.0.1.0";
// Build the packages.
string packageA1 = new PackageBuilder(this, "A").Build().Output;
string packageA2 = new PackageBuilder(this, "A")
{
PreprocessorVariables = new Dictionary <string, string>()
{
{ "Version", patchVersion }
}, NeverGetsInstalled = true
}.Build().Output;
string patchA = new PatchBuilder(this, "PatchA")
{
PreprocessorVariables = new Dictionary <string, string>()
{
{ "Version", patchVersion }
}, TargetPath = packageA1, UpgradePath = packageA2
}.Build().Output;
// Create the named bind paths to the packages.
Dictionary <string, string> bindPaths = new Dictionary <string, string>();
bindPaths.Add("packageA", packageA1);
bindPaths.Add("patchA", patchA);
// Build the bundles.
string bundleA = new BundleBuilder(this, "BundleA")
{
BindPaths = bindPaths, Extensions = Extensions
}.Build().Output;
string bundleD = new BundleBuilder(this, "BundleD")
{
PreprocessorVariables = new Dictionary <string, string>()
{
{ "Version", patchVersion }
}, BindPaths = bindPaths, Extensions = Extensions
}.Build().Output;
// Install the bundles.
BundleInstaller installerA = new BundleInstaller(this, bundleA).Install();
BundleInstaller installerD = new BundleInstaller(this, bundleD).Install();
// Test both packages are installed.
Assert.IsTrue(MsiVerifier.IsPackageInstalled(packageA1));
using (RegistryKey root = this.GetTestRegistryRoot())
{
string actualVersion = root.GetValue("A") as string;
Assert.AreEqual(patchVersion, actualVersion);
}
// Attempt to uninstall bundleA.
installerA.Uninstall();
// Test that uninstalling bundle A detected and would remove bundle D.
Assert.IsTrue(LogVerifier.MessageInLogFileRegex(installerA.LastLogFile, @"Detected related bundle: \{[0-9A-Za-z\-]{36}\}, type: Patch, scope: PerMachine, version: 1\.0\.1\.0, operation: Remove"));
// Test both packages are uninstalled.
Assert.IsFalse(MsiVerifier.IsPackageInstalled(packageA1));
Assert.IsNull(this.GetTestRegistryRoot());
this.CleanTestArtifacts = true;
}