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Any drawing code that fires from the time we make this call until there s a call to glEnable(GL_TEXTURE_2D) will be drawn without a texture, which is what we want. If we allow a texture to be used, the color we just set won t show. To draw a line, we need two vertices, which means we need an array with four elements. As we ve discussed, a point in two-dimensional space is represented by two values, x and y. In Quartz, we used a CGPoint struct to hold these. In OpenGL, points are not embedded in structs. Instead, we pack an array with all the points that make up the shape we need to draw. So, to draw a line from point (100, 150) to point (200, 250) in OpenGL ES, we would create a vertex array that looked like this:

Web services have become the unvarying way for consuming the business logic across platforms. The core architecture of web services only formulates the way that a message gets formatted and how a web service can be defined in a standardized manner. This core architecture enables you to consume web services in an interoperable manner. As the business requirements that drive web services become more and more complex, developers require additional capabilities that current web services standards do not address. A few of those capabilities include the following: Security Routing Reliable messaging Transactions Rather than providing these capabilities in a proprietary manner, it was necessary for the future of web services to provide these capabilities in an open way. Industry leaders such as Microsoft and IBM came together to provide these additional capabilities in a standardized manner and drafted some web service standards also known as the WS-* suite of protocols. This was done in order to create a standard infrastructure for building the next generation of web services. Some of the WS-* suite of protocols are HTTP, standards-based XML, SOAP, WSAddressing, and Message Transmission Optimization Mechanism (MTOM). These protocols are merely the specifications and do not provide the implementation details. Microsoft has been generous enough to provide the class library on the top of the .NET Framework called WSE that encapsulates the implementations details and provides an easy-to-use API to consume these specifications. WSE is a runtime that is built on the .NET Framework and uses outbound and inbound message filters to intercept SOAP messages.

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vertex[0] vertex[1] vertex[2] vertex[3] = = = = 100; 150; 200; 250;

Our array has the format {x1, y1, x2, y2, x3, y3}. The next code in this method converts two CGPoint structs into a vertex array:

s Microsoft enhances WSE as new web service specifications come into the picture. To learn about the Tip

GLfloat vertices[4]; vertices[0] = firstTouch.x; vertices[1] = self.frame.size.height - firstTouch.y; vertices[2] = lastTouch.x; vertices[3] = self.frame.size.height - lastTouch.y;

QUOTENAME(@PartnerServer) + '.master.sys.server_principals RoleP' + CHAR(10) + CHAR(9) + 'On RoleP.principal_id = RM.role_principal_id' + CHAR(10) + 'Inner Join ' + QUOTENAME(@PartnerServer) + '.master.sys.server_principals LoginP' + CHAR(10) + CHAR(9) + 'On LoginP.principal_id = RM.member_principal_id' + CHAR(10) + 'Where LoginP.type In (''U'', ''G'')' + CHAR(10) + 'And RoleP.type = ''R''' + CHAR(10) + 'And CharIndex(''' + @Machine + ''', LoginP.name) = 0'; INSERT INTO @Roles (RoleName, LoginName) EXEC sp_executesql @SQL; SELECT @MaxID = MAX(LoginID), @CurrID = 1 FROM @Logins WHILE @CurrID <= @MaxID BEGIN SELECT @SQL = 'If Not Exists (Select 1' + CHAR(10) + CHAR(9) + 'From sys.server_principals' + CHAR(10) + CHAR(9) + 'Where name = ''' + Name + ''')' + CHAR(10) + CHAR(9) + 'Create Login ' + QUOTENAME(Name) + ' From Windows;' + CASE IsDisabled WHEN 1 THEN CHAR(10) + CHAR(9) + ' Alter Login ' + QUOTENAME(Name) + ' Disable;' ELSE '' END FROM @Logins WHERE LoginID = @CurrID EXEC sp_executesql @SQL SET @CurrID = @CurrID + 1 END SELECT @MaxID = MAX(RoleID), @CurrID = 1 FROM @Roles WHILE @CurrID <= @MaxID BEGIN SELECT @LoginName = LoginName, @RoleName = RoleName FROM @Roles

Once we ve defined the vertex array that describes what we want to draw (in this example, a line), we specify the line width, pass the array into OpenGL ES using the method glVertexPointer(), and tell OpenGL ES to draw the arrays:

most recent updates on WSE, visit http://msdn.microsoft.com/webservices/webservices/ building/wse/default.aspx.

glLineWidth(2.0); glVertexPointer (2, GL_FLOAT , 0, vertices); glDrawArrays (GL_LINES, 0, 2);

Whenever we finish drawing in OpenGL ES, we have to tell it to render its buffer, and tell our view s context to show the newly rendered buffer:

WSE is an appealing technology in that it fundamentally helps accelerate the adoption of WS-* standards. WSE 3 is the latest version of WSE.

glBindRenderbufferOES(GL_RENDERBUFFER_OES, viewRenderbuffer); [context presentRenderbuffer:GL_RENDERBUFFER_OES];

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