rdlc data matrix

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The flow is straightforward and reflects what you saw in Figure 6-4: when we receive data from the network, we pass it to AudioFileStream. When AudioFileStream finds a stream description, magic cookie, and packet data, it passes them to AudioQueue. When AudioQueue starts playing audio and finishes playing audio, it lets our delegate know. That s it! You ve now got audio data flowing from the network down to the iPhone hardware.

These problems can be solved functionally by separating any logical interval into successive subintervals, promoting necessary interval-level components to temporary level, and allowing any referencing object, including an aspect, to inject its logic between subinterval references This enables the core concerns to maintain control and makes the injection points as intelligent as possible, but it s also tedious and cumbersome A shorthand for this functionality is explicit inlets into a (single) interval The referenced interval has inlet names, each surrounded by double angle brackets, in the second column, to mark the inlets And the reference doesn t have a right angle bracket; its statement is followed by injection definitions, any of which are ignored if its name doesn t match any of the inlet names An injection begins with an injection header, which has the injection name enclosed in double angle brackets, and is followed by the statements to inject.

You ve now passed your first hurdle and have audio playing on the iPhone. Unfortunately, you have a few hurdles ahead before you ve achieved world-class, robust, and reliable audio streaming. Hopefully, the simplified groundwork we ve laid will let you pass these hurdles easily and quickly. Let s discuss what problems now await you.

Injections can t be syntactically nested The injection definitions are followed by the interval reference s right angle bracket in a statement by itself <Server Interval> * some core statements | <<Security -- Login>> * more core statements <Client Interval> | <(Server) Server Interval <<Security -- Login>> | <(Third-Party) User Validation> > With this device, the inlet names can be as general or specific as desired, independent of the implementations The string searches are on the inlet names, so only these require a naming standard This actually serves as a reverse reference for the server interval, extending a longtime technique passing a service object to the interval level Injections can be in an interval outside of an interval reference, for all subsequent interval references within that interval; so, later definitions replace earlier ones.

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One tricky aspect of AudioQueue is that it meticulously manages the delivery of audio with respect to time. This careful clock management enables complex audio synchronization tasks, but makes our job a little more difficult. The timeline of an AudioQueue continues

In this case, any noninjection code must be marked by a preceding statement that is just a (single) right angle bracket And they can be before the interval definitions, for all interval references within that class Further, they can stand alone or in a group, in an injection set, denoted by a file name with a caret prefix It is referred to (functionally copied), anywhere in a class or other injection set, with the injection set name, including the caret, enclosed in double angle brackets <<^ Security>> To serve clearer purpose, one more fundamental integration of aspect orientation is that each class must ascend from an aspect class, which is denoted by the keyword aspect as.