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After that, we have to set the OpenGL drawing color by dissecting a UIColor and pulling the individual RGB components out of it. Fortunately, because we used the convenience class methods, we don t have to worry about which color model the UIColor uses. We can safely assume it will use the RGBA color space:

Distributed systems have been built for many years by using synchronous RPCs. This means the sender application must be online during each request while the receiver carries out the requested task. The receiver must be online for the sender to make requests, and the sender must be online to issue requests. In other words, both the sender and receiver need to be online to make the task operational. Some applications (especially ones supporting disconnected environments) need to communicate in an asynchronous manner. Asynchronousbased communication through messages has become one of the alternatives in distributed computing. In this communication model, the client begins the process by sending messages and then continues doing other work or even goes offline without waiting for the operation to complete. If the receiver is offline, the entire request from the sender gets stored in queues. Once the receiver is ready, it can consume the messages from the queue and do the necessary operations on it. The best advantage is that the sender and receiver do not need to be available at the same time. It also ensures the reliable delivery of messages in a loosely coupled environment.

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CGColorRef color = currentColor.CGColor; const CGFloat *components = CGColorGetComponents(color); CGFloat red = components[0]; CGFloat green = components[1]; CGFloat blue = components[2]; glColor4f(red,green, blue, 1.0);

Next, we turn off OpenGL ES s ability to map textures:

Asynchronous-based communication requires a custom messaging infrastructure. Fortunately, many middleware systems such as IBM s MQSeries and Microsoft s MSMQ provide built-in powerful capabilities to address these issues. (These packaged software products provide transactional support, guaranteed delivery, and security.) Message queues are stores that hold application-specific messages. Applications can read, send, store, and delete the messages in queues. MSMQ is a set of objects that allows you to perform queue messaging in Windows. You can use this technology to collect a series of messages, send them to the server for processing, and receive the results when they are finished. MSMQ essentially provides the infrastructure to develop highly available business-critical applications. System.Messaging is the .NET layer on top of MSMQ. It gives you the ability to build queued applications through .NET. One of the limitations in MSMQ is the ability to deal with corrupted messages. A message is referred to as corrupted when the message cannot get processed after several attempts. These corrupted message(s) block other messages in the queue. Since MSMQ does not support this feature, developers used to write a lot of code to deal with corrupted messages. Few features of MSMQ (such as security and searching on public queues) are tightly integrated with Active Directory. Another issue with MSMQ is that developers need to write MSMQ-specific plumbing code in client and service code especially while writing a complex listener code to listen these queues.

glDisable(GL_TEXTURE_2D);

DECLARE @MaxID INT, @CurrID INT, @SQL NVARCHAR(MAX), @LoginName sysname, @RoleName sysname, @Machine sysname DECLARE @Logins TABLE (LoginID INT IDENTITY(1, 1) NOT NULL PRIMARY KEY, [Name] sysname NOT NULL, [SID] varbinary(85) NOT NULL, IsDisabled INT NOT NULL) DECLARE @Roles TABLE (RoleID INT IDENTITY(1, 1) NOT NULL PRIMARY KEY, RoleName sysname NOT NULL, LoginName sysname NOT NULL) SET NOCOUNT ON IF CHARINDEX('\', @PartnerServer) > 0 BEGIN SET @Machine = LEFT(@PartnerServer, CHARINDEX('\', @PartnerServer) - 1) END ELSE BEGIN SET @Machine = @PartnerServer END -- Get all Windows logins from principal server SET @SQL = 'Select name, sid, is_disabled' + CHAR(10) + 'From ' + QUOTENAME(@PartnerServer) + '.master.sys.server_principals' + CHAR(10) + 'Where type In (''U'', ''G'')' + CHAR(10) + 'And CharIndex(''' + @Machine + ''', name) = 0'; INSERT INTO @Logins (Name, SID, IsDisabled) EXEC sp_executesql @SQL; -- Get all roles from principal server SET @SQL = 'Select RoleP.name, LoginP.name' + CHAR(10) + 'From ' + QUOTENAME(@PartnerServer) + '.master.sys.server_role_members RM' + CHAR(10) + 'Inner Join ' +

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