public void StartServerStringsTest()
{
var Gfsh = new GfshExecute(output);
var currentDir = Environment.CurrentDirectory;
var server = Gfsh
.start()
.server();
var s = server.ToString();
Assert.Equal("start server", s);
server = Gfsh
.start()
.server()
.withName("server")
.withDir("someDir")
.withBindAddress("someAddress")
.withPort(1234)
.withLocators("someLocator")
.withLogLevel("debug")
.withMaxHeap("1.21gigabytes")
.withSslEnableComponents("server,locator,jmx")
.withSslKeyStore("some/path/keystore.jks")
.withSslKeyStorePassword("password1")
.withSslTrustStore("some/path/truststore.jks")
.withSslTrustStorePassword("password2");
s = server.ToString();
Assert.Equal("start server --name=server " +
"--dir=someDir --bind-address=someAddress --server-port=1234 --locators=someLocator --log-level=debug " +
"--max-heap=1.21gigabytes --J=-Dgemfire.ssl-enabled-components=server,locator,jmx " +
"--J=-Dgemfire.ssl-keystore=some/path/keystore.jks --J=-Dgemfire.ssl-keystore-password=password1 " +
"--J=-Dgemfire.ssl-truststore=some/path/truststore.jks --J=-Dgemfire.ssl-truststore-password=password2", s);
}
public void Start1Locator1ServerWithSSL()
{
var gfsh = new GfshExecute(output);
var testDir = CreateTestCaseDirectoryName();
CleanTestCaseDirectory(testDir);
var sslPassword = "******";
var keystore = Config.SslServerKeyPath + @"/server_keystore_chained.jks";
var truststore = Config.SslServerKeyPath + @"/server_truststore_chained_root.jks";
var jmxManagerPort = Framework.FreeTcpPort();
try
{
Assert.Equal(0, gfsh
.start()
.locator()
.withDir(testDir)
.withHttpServicePort(0)
.withPort(Framework.FreeTcpPort())
.withJmxManagerPort(jmxManagerPort)
.withJmxManagerStart(true)
.withSslEnableComponents("locator,jmx")
.withSslKeyStore(keystore)
.withSslKeyStorePassword(sslPassword)
.withSslTrustStore(truststore)
.withSslTrustStorePassword(sslPassword)
.withConnect(false)
.execute());
Assert.Equal(0, gfsh
.connect()
.withJmxManager("localhost", jmxManagerPort)
.withUseSsl(true)
.withKeyStore(keystore)
.withKeyStorePassword(sslPassword)
.withTrustStore(truststore)
.withTrustStorePassword(sslPassword)
.execute());
Assert.Equal(0, gfsh
.start()
.server()
.withDir(testDir + "/server/0")
.withPort(0)
.withSslEnableComponents("server,locator,jmx")
.withSslKeyStore(keystore)
.withSslKeyStorePassword(sslPassword)
.withSslTrustStore(truststore)
.withSslTrustStorePassword(sslPassword)
.execute());
}
finally
{
Assert.Equal(0, gfsh
.shutdown()
.withIncludeLocators(true)
.execute());
}
}
public void Start1Locator1Server()
{
var gfsh = new GfshExecute(output);
var testDir = CreateTestCaseDirectoryName();
CleanTestCaseDirectory(testDir);
try
{
Assert.Equal(0, gfsh.start()
.locator()
.withDir(testDir)
.withHttpServicePort(0)
.withPort(Framework.FreeTcpPort())
.withJmxManagerPort(Framework.FreeTcpPort())
.execute());
Assert.Equal(0, gfsh.start()
.server()
.withDir(testDir + "/server/0")
.withPort(0)
.execute());
}
finally
{
Assert.Equal(0, gfsh
.shutdown()
.withIncludeLocators(true)
.execute());
}
}
public void StartLocatorStringsTest()
{
var Gfsh = new GfshExecute(output);
var locator = Gfsh
.start()
.locator();
var s = locator.ToString();
Assert.Equal("start locator", s);
locator = Gfsh
.start()
.locator()
.withName("name")
.withDir("dir")
.withBindAddress("address")
.withPort(420)
.withJmxManagerPort(1111)
.withHttpServicePort(2222)
.withLogLevel("fine")
.withMaxHeap("someHugeAmount")
.withConnect(false)
.withSslEnableComponents("locator,jmx")
.withSslKeyStore("some/path/keystore.jks")
.withSslKeyStorePassword("password1")
.withSslTrustStore("some/path/truststore.jks")
.withSslTrustStorePassword("password2");
s = locator.ToString();
Assert.Equal("start locator --name=name --dir=dir --bind-address=address --port=420 " +
"--J=-Dgemfire.jmx-manager-port=1111 --http-service-port=2222 --log-level=fine --max-heap=someHugeAmount " +
"--connect=false --J=-Dgemfire.ssl-enabled-components=locator,jmx " +
"--J=-Dgemfire.ssl-keystore=some/path/keystore.jks --J=-Dgemfire.ssl-keystore-password=password1 " +
"--J=-Dgemfire.ssl-truststore=some/path/truststore.jks --J=-Dgemfire.ssl-truststore-password=password2", s);
}
public void ConnectStringsTest()
{
var Gfsh = new GfshExecute();
var currentDir = Environment.CurrentDirectory;
Gfsh.Keystore = "some/path/keystore.jks";
Gfsh.KeystorePassword = "******";
Gfsh.Truststore = "some/path/truststore.jks";
Gfsh.TruststorePassword = "******";
var connect = Gfsh
.connect();
var s = connect.ToString();
Assert.Equal(s, "connect");
connect = Gfsh
.connect()
.withJmxManager("localhost", 1234)
.withUseSsl();
s = connect.ToString();
Assert.Equal(s, "connect --jmx-manager=localhost[1234] --use-ssl " +
"--key-store=some/path/keystore.jks --key-store-password=password " +
"--trust-store=some/path/truststore.jks --trust-store-password=password");
}
public void GfshExecuteStartTwoServersTest()
{
using (var gfsh1 = new GfshExecute())
{
var testDir = CreateTestCaseDirectoryName();
CleanTestCaseDirectory(testDir);
try
{
Assert.Equal(gfsh1.start()
.locator()
.withDir(testDir)
.withHttpServicePort(0)
.execute(), 0);
Assert.Equal(gfsh1.start()
.server()
.withDir(testDir + "/server/0")
.withPort(0)
.execute(), 0);
Assert.Equal(gfsh1.start()
.server()
.withDir(testDir + "/server/1")
.withPort(0)
.execute(), 0);
}
finally
{
Assert.Equal(gfsh1.shutdown()
.withIncludeLocators(true)
.execute(), 0);
}
}
}
public void ConstructAndGenerate()
{
using (var gfsh = new GfshExecute())
{
try
{
string testDir = CreateTestCaseDirectoryName();
CleanTestCaseDirectory(testDir);
Assert.Equal(gfsh.start()
.locator()
.withDir(testDir)
.withHttpServicePort(0)
.execute(), 0);
var template = new FileInfo("cache.xml");
var cacheXml = new CacheXml(template, gfsh.LocatorPort);
Assert.NotNull(cacheXml.File);
Assert.True(cacheXml.File.Exists);
using (var input = cacheXml.File.OpenText())
{
var content = input.ReadToEnd();
Assert.True(content.Contains(gfsh.LocatorPort.ToString()));
}
}
finally
{
Assert.Equal(gfsh.shutdown()
.withIncludeLocators(true)
.execute(), 0);
}
}
}
public Cluster(ITestOutputHelper output, string name, int locatorCount, int serverCount)
{
started_ = false;
Gfsh = new GfshExecute(output);
UseSSL = false;
name_ = name;
locatorCount_ = locatorCount;
serverCount_ = serverCount;
locators_ = new List <Locator>();
}
public Cluster(string name, int locatorCount, int serverCount)
{
started_ = false;
Gfsh = new GfshExecute();
UseSSL = false;
name_ = name;
locatorCount_ = locatorCount;
serverCount_ = serverCount;
locators_ = new List <Locator>();
servers_ = new List <Server>();
}
public void Start1LocatorWithSSL()
{
var gfsh = new GfshExecute(output);
var testDir = CreateTestCaseDirectoryName();
CleanTestCaseDirectory(testDir);
var sslPassword = "******";
var currentDir = Environment.CurrentDirectory;
var keystore = currentDir + @"\ServerSslKeys\server_keystore.jks";
var truststore = currentDir + @"\ServerSslKeys\server_truststore.jks";
var jmxManagerPort = Framework.FreeTcpPort();
try
{
Assert.Equal(0, gfsh
.start()
.locator()
.withDir(testDir)
.withHttpServicePort(0)
.withPort(Framework.FreeTcpPort())
.withJmxManagerPort(jmxManagerPort)
.withJmxManagerStart(true)
.withSslEnableComponents("locator,jmx")
.withSslKeyStore(keystore)
.withSslKeyStorePassword(sslPassword)
.withSslTrustStore(truststore)
.withSslTrustStorePassword(sslPassword)
.withConnect(false)
.execute());
Assert.Equal(0, gfsh
.connect()
.withJmxManager("localhost", jmxManagerPort)
.withUseSsl(true)
.withKeyStore(keystore)
.withKeyStorePassword(sslPassword)
.withTrustStore(truststore)
.withTrustStorePassword(sslPassword)
.execute());
}
finally
{
Assert.Equal(0, gfsh
.shutdown()
.withIncludeLocators(true)
.execute());
}
}
public void StopLocatorStringsTest()
{
var locator = new GfshExecute()
.stop()
.locator();
var s = locator.ToString();
Assert.True(s.Equals("stop locator"));
locator = new GfshExecute().stop().locator()
.withName("name")
.withDir("dir");
s = locator.ToString();
Assert.True(s.Equals("stop locator --name=name --dir=dir"));
}
public void StopServerStringsTest()
{
var server = new GfshExecute()
.stop()
.server();
var s = server.ToString();
Assert.True(s.Equals("stop server"));
server = new GfshExecute()
.stop()
.server()
.withName("server")
.withDir("someDir");
s = server.ToString();
Assert.True(s.Equals("stop server --name=server --dir=someDir"));
}
public void CreateRegionStringsTest()
{
var region = new GfshExecute()
.create()
.region();
var s = region.ToString();
Assert.True(s.Equals("create region"));
region = new GfshExecute()
.create()
.region()
.withName("region")
.withType("PARTITION");
s = region.ToString();
Assert.True(s.Equals("create region --name=region --type=PARTITION"));
}
public void GfshExecuteStartLocatorAndServerWithUseSslTest()
{
using (var gfsh = new GfshExecute())
{
var testDir = CreateTestCaseDirectoryName();
CleanTestCaseDirectory(testDir);
var sslPassword = "******";
var currentDir = Environment.CurrentDirectory;
gfsh.Keystore = currentDir + "/ServerSslKeys/server_keystore.jks";
gfsh.KeystorePassword = sslPassword;
gfsh.Truststore = currentDir + "/ServerSslKeys/server_truststore.jks";
gfsh.TruststorePassword = sslPassword;
gfsh.UseSSL = true;
try
{
Assert.Equal(gfsh
.start()
.locator()
.withDir(testDir)
.withHttpServicePort(0)
.withUseSsl()
.withConnect(false)
.execute(), 0);
Assert.Equal(gfsh
.start()
.server()
.withDir(testDir + "/server/0")
.withPort(0)
.withUseSsl()
.execute(), 0);
}
finally
{
Assert.Equal(gfsh
.shutdown()
.withIncludeLocators(true)
.execute(), 0);
}
}
}
public void ConfigurePdxStringsTest()
{
var configurePdx = new GfshExecute()
.configurePdx();
var s = configurePdx.ToString();
Assert.Equal(s, "configure pdx");
configurePdx = new GfshExecute()
.configurePdx()
.withReadSerialized(true);
s = configurePdx.ToString();
Assert.Equal(s, "configure pdx --read-serialized=true");
configurePdx = new GfshExecute()
.configurePdx()
.withReadSerialized(false);
s = configurePdx.ToString();
Assert.Equal(s, "configure pdx --read-serialized=false");
}
public void ShutdownStringsTest()
{
var shutdown = new GfshExecute()
.shutdown();
var s = shutdown.ToString();
Assert.True(s.Equals("shutdown"));
shutdown = new GfshExecute()
.shutdown()
.withIncludeLocators(true);
s = shutdown.ToString();
Assert.True(s.Equals("shutdown --include-locators=true"));
shutdown = new GfshExecute()
.shutdown()
.withIncludeLocators(false);
s = shutdown.ToString();
Assert.True(s.Equals("shutdown --include-locators=false"));
}
public void GfshExecuteStartLocatorAndVerifyPortTest()
{
using (var gfsh = new GfshExecute())
{
var testDir = CreateTestCaseDirectoryName();
CleanTestCaseDirectory(testDir);
Assert.Equal(gfsh.start()
.locator()
.withDir(testDir)
.withHttpServicePort(0)
.execute(), 0);
Assert.NotEqual(0, gfsh.LocatorPort);
Assert.Equal(gfsh.shutdown()
.withIncludeLocators(true)
.execute(), 0);
}
}
public void DisposeAndCleanup()
{
using (var gfsh = new GfshExecute())
{
try
{
var testDir = CreateTestCaseDirectoryName();
CleanTestCaseDirectory(testDir);
Assert.Equal(gfsh.start()
.locator()
.withDir(testDir)
.withHttpServicePort(0)
.execute(), 0);
FileInfo file;
var template = new FileInfo("cache.xml");
using (var cacheXml = new CacheXml(template, gfsh.LocatorPort))
{
Assert.NotNull(cacheXml.File);
file = cacheXml.File;
Assert.True(file.Exists);
}
file.Refresh();
// File deletion via File.Delete (inside the file.Refresh() call)
// is not synchronous so we need to potentially wait until the file
// has been deleted here
Assert.True(SpinWait.SpinUntil(() => !file.Exists, 10000));
}
finally
{
Assert.Equal(gfsh.shutdown()
.withIncludeLocators(true)
.execute(), 0);
}
}
}
public void StartLocatorStringsTest()
{
var Gfsh = new GfshExecute();
var currentDir = Environment.CurrentDirectory;
Gfsh.Keystore = "some/path/keystore.jks";
Gfsh.KeystorePassword = "******";
Gfsh.Truststore = "some/path/truststore.jks";
Gfsh.TruststorePassword = "******";
var locator = Gfsh
.start()
.locator();
var s = locator.ToString();
Assert.True(s.Equals("start locator"));
locator = Gfsh
.start()
.locator()
.withName("name")
.withDir("dir")
.withBindAddress("address")
.withPort(420)
.withJmxManagerPort(1111)
.withHttpServicePort(2222)
.withLogLevel("fine")
.withMaxHeap("someHugeAmount")
.withConnect(false)
.withUseSsl();
s = locator.ToString();
Assert.Equal(s, "start locator --name=name --dir=dir " +
"--http-service-port=2222 --log-level=fine --max-heap=someHugeAmount " +
"--connect=false --J=-Dgemfire.ssl-enabled-components=locator,jmx " +
"--J=-Dgemfire.ssl-keystore=some/path/keystore.jks --J=-Dgemfire.ssl-keystore-password=password " +
"--J=-Dgemfire.ssl-truststore=some/path/truststore.jks --J=-Dgemfire.ssl-truststore-password=password");
}
public void ConnectStringsTest()
{
var Gfsh = new GfshExecute(output);
var connect = Gfsh
.connect();
var s = connect.ToString();
Assert.Equal(s, "connect");
connect = Gfsh
.connect()
.withJmxManager("localhost", 1234)
.withUseSsl(true)
.withKeyStore("some/path/keystore.jks")
.withKeyStorePassword("password1")
.withTrustStore("some/path/truststore.jks")
.withTrustStorePassword("password2");
s = connect.ToString();
Assert.Equal("connect --jmx-manager=localhost[1234] --use-ssl=true " +
"--key-store=some/path/keystore.jks --key-store-password=password1 " +
"--trust-store=some/path/truststore.jks --trust-store-password=password2", s);
}
public void InstantiateGfshClassesTest()
{
var gfsh = new GfshExecute();
var start = gfsh.start();
Assert.NotNull(start);
var stop = gfsh.stop();
Assert.NotNull(stop);
var create = gfsh.create();
Assert.NotNull(create);
var shutdown = gfsh.shutdown();
Assert.NotNull(shutdown);
var configurePdx = gfsh.configurePdx();
Assert.NotNull(configurePdx);
}