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Figure 9-3. Caching map tiles asynchronously
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The EntryPointToken field of the common language runtime header contains a token (metadata identifier) of either a method definition (MethodDef) or a file reference (File). A MethodDef token identifies a method defined in the module (a managed PE file) as the entry point method. A File token is used in one case only: in the runtime header of the prime module of a multimodule assembly, when the entry point method is defined in another module (identified by the file reference) of this assembly. In this case, the module identified by the file reference must contain the respective MethodDef token in the EntryPointToken field of its runtime header. EntryPointToken must be specified in runnable executables (EXE files). The IL assembler, for example, does not even try to generate an EXE file if the source code does not define the entry point. The CLR loader imposes limitations on the signature of the entry point method: the method must return a signed or unsigned 4-byte integer or void, and it must have at most one parameter of type string or string[] (vector of strings). With nonrunnable executables (DLL files), it s a different story. Pure-IL DLLs don t need the entry point method defined, and the EntryPointToken field in their runtime headers should be set to 0. Mixed-code DLLs DLLs containing IL and embedded unmanaged code generated by the VC++ compiler and linker must run the unmanaged native function DllMain immediately at the DLL invocation in order to perform the initialization necessary for the unmanaged native components of the DLL. The signature of this unmanaged function must be as follows: int DllMain(HINSTANCE, DWORD, void *); To be visible from the managed code and the runtime, the function DllMain must be declared as a platform invocation of an embedded native method (local P/Invoke, also known in enlightened circles as IJW It Just Works). See 18 for details about the interoperation of managed and unmanaged code. Starting with version 2.0, you can specify the unmanaged entry point method without local platform invocation. In this case, indicated by setting flag COMIMAGE_FLAGS_NATIVE_ENTRYPOINT, the field EntryPointRVA (alias of EntryPointToken) contains the RVA of the native entry point method. The method referred to by the EntryPointToken/EntryPointRVA field of the common language runtime header has nothing to do with the function to which the AddressOfEntryPoint field of the PE header points. AddressOfEntryPoint always points to the runtime invocation stub, which is invisible to the runtime, is not reflected in metadata and hence cannot have a token.
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The producer-consumer technique has never been defined as a pattern, but is used very often. It has some similarities to the Observer pattern, but doesn t include the asynchronous callback. The producer-consumer technique is more generalized than the Pipes and Filters pattern outlined in 4. The difference is that the producer-consumer technique is simpler in scope and context. This raises the question as to whether or not to cover the producer-consumer, and the answer is yes, the reason being the producer-consumer is the counterpart to the reader-writer. The reader-writer technique is very useful, but is geared towards synchronization scenarios where the data is mostly read. It s possible to use the reader-writer in a scenario of less read and more write, but that would cause a slowdown of the overall implementation, as there would be more writer lock wait times.
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Provides support for Windows Forms, WPF, and Web Forms data binding against editable business objects Provide abstract access to the business and validation rules behavior and implement the IDataErrorInfo interface Provide abstract access to the authorization rules behavior Keeps track of whether the object is new, old, dirty, clean, or marked for deletion Implement behaviors so the object can function as a root object, a parent object, or a child of another object or collection Provides access to the underlying n-level undo functionality implemented in UndoableBase and implements the IEditableObject interface Implements the ICloneable interface Provides access to the data portal and supports necessary data portal interaction for object persistence
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The .NET Framework supports all the mechanisms just discussed, so you can choose to create your objects as local, anchored, or mobile, depending on the requirements of your design. As you might guess, there are good reasons for each approach. WPF, Windows Forms, and ASP.NET objects are all local they re inaccessible from outside the processes in which they were created. The assumption is that other applications shouldn t be allowed to just reach into your program and manipulate your interface objects. Anchored objects are important because they will always run on a specific machine. If you write an object that interacts with a database, you ll want to ensure that the object will always run on a machine that has access to the database. Because of this, anchored objects are typically used on application servers. Many business objects, on the other hand, will be more useful if they can move from the application server to a client or web server, as needed. By creating business objects as mobile objects, you can pass smart data from machine to machine, thereby reusing your business logic anywhere the business data is sent. Typically, anchored and mobile objects are used in concert. Later in the book, I ll show how to use an anchored object on the application server to ensure that specific methods are run on that server. Then mobile objects will be passed as parameters to those methods, which will cause those mobile objects to move from the client to the server. Some of the anchored server-side methods will return mobile objects as results, in which case the mobile object will move from the server back to the client.
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Used to track and move list items through a series of states. Can be configured to react differently at various stages. Routes a document for approval. Approvers can approve or reject the document, reassign the approval task, or request changes to the document. Routes a document for review. Reviewers can provide feedback, which is compiled and sent to the document owner when the workflow has completed.
EVENT MILLI1 MILLI2 MILLI4 MILLI8 MILLI16 ------------------------ ---------- ---------- ---------- ---------- ---------db file parallel read 5 6 5 20 85 db file parallel write 70,453 5,346 3,496 2,892 3,702 db file scattered read 30,361 4,488 4,509 1,748 1,871 db file sequential read 2,930,609 9,906 13,896 20,235 15,285 db file single write 16 0 0 0 0 If one of the top wait events for the period had been buffer busy waits (and/or the associated read by other session wait introduced in Oracle 10.1), an investigation of the delta values from the V$WAITSTAT view would reveal the type of blocks involved in the waits for the period. Starting with Oracle 10.1, the P3 parameter of a buffer busy waits wait event in V$SESSION_WAIT (and V$SESSION) indicates the block class (data block, sort block, undo header, and so forth), while on earlier releases the P3 parameter indicates the reason code for the wait. ROW_WAIT_OBJ#, ROW_WAIT_FILE#, and ROW_WAIT_BLOCK# from V$SESSION may be used to locate the specific object and block responsible for the buffer busy waits wait events. The V$SESSION_WAIT view shows in-process wait events for sessions. The columns in the V$SESSION_WAIT view as well as its equivalent columns in V$SESSION cannot be correctly interpreted without first checking the STATE column. A session is waiting in a wait event only if the STATE column indicates WAITING. When the session is waiting in a wait event, the WAIT_TIME column shows a value of 0, and the SECONDS_IN_WAIT column indicates the number of seconds the session has waited so far. Note that the SECONDS_IN_WAIT column is updated only approximately every 3 seconds. If the STATE column shows Waited Known Time, the WAIT_TIME column indicates the duration in centiseconds of the last wait event (you must divide by 100 to arrive at seconds). The SECONDS_IN_WAIT column indicates the number of seconds since the last wait started in seconds, indicating that the session is currently not waiting and has been active on the CPU for SECONDS_IN_WAIT - (WAIT_TIME / 100) seconds. If the STATE column contains Waited Unknown Time or Waited Short Time, the WAIT_TIME column is meaningless. Note that Waited Unknown Time likely indicates that the TIMED_STATISTICS initialization parameter is set to FALSE. Oracle 11.1 adds the column WAIT_TIME_MICRO, which provides much greater accuracy than the SECONDS_IN_WAIT column, but the column values must be divided by 1,000,000 to scale the column values to seconds. This column indicates the current duration of an in-process wait and the duration of the previous wait when the session is active on the CPU. Also added in is the column TIME_SINCE_LAST_WAIT_MICRO, which indicates the approximate amount of time the session has been active on the CPU since the last wait ended. This column is essentially a greater-precision version of the formula SECONDS_IN_WAIT (WAIT_TIME / 100), which utilizes two columns that are deprecated as of Oracle 11.1.
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CHAPTER 2: Yet Another Google Reader
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