public void PutOnOneCacheGetOnAnotherCache()
{
var geodeServer = new GeodeServer();
var cacheXml = new CacheXml(new FileInfo("cache.xml"), geodeServer);
var cacheFactory = new CacheFactory();
cacheOne = cacheFactory.Create();
cacheOne.InitializeDeclarativeCache(cacheXml.File.FullName);
cacheTwo = cacheFactory.Create();
cacheTwo.InitializeDeclarativeCache(cacheXml.File.FullName);
var regionForCache1 = cacheOne.GetRegion <string, string>("testRegion1");
var regionForCache2 = cacheTwo.GetRegion <string, string>("testRegion1");
const string key = "hello";
const string expectedResult = "dave";
regionForCache1.Put(key, expectedResult, null);
var actualResult = regionForCache2.Get(key, null);
Assert.Equal(expectedResult, actualResult);
cacheXml.Dispose();
geodeServer.Dispose();
}
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 void ConstructAndGenerate()
{
using (var gfs = new GeodeServer())
{
var template = new FileInfo("cache.xml");
var cacheXml = new CacheXml(template, gfs);
Assert.NotNull(cacheXml.File);
Assert.True(cacheXml.File.Exists);
using (var input = cacheXml.File.OpenText())
{
var content = input.ReadToEnd();
Assert.True(content.Contains(gfs.LocatorPort.ToString()));
}
}
}
public void ConstructAndGenerate()
{
string testDir = CreateTestCaseDirectoryName();
CleanTestCaseDirectory(testDir);
var template = new FileInfo("cache.xml");
var cacheXml = new CacheXml(template, 1234);
Assert.NotNull(cacheXml.File);
Assert.True(cacheXml.File.Exists);
using (var input = cacheXml.File.OpenText())
{
var content = input.ReadToEnd();
Assert.True(content.Contains(1234.ToString()));
}
}
public void DisposeAndCleanup()
{
using (var gfs = new GeodeServer())
{
FileInfo file;
var template = new FileInfo("cache.xml");
using (var cacheXml = new CacheXml(template, gfs))
{
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));
}
}
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 DisposeAndCleanup()
{
var testDir = CreateTestCaseDirectoryName();
CleanTestCaseDirectory(testDir);
FileInfo file;
var template = new FileInfo("cache.xml");
using (var cacheXml = new CacheXml(template, 1234))
{
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));
}
