rdlc qr code

rdlc qr code

rdlc qr code

rdlc qr code

rdlc qr code

rdlc qr code,
rdlc qr code,

rdlc qr code,
rdlc qr code,

rdlc qr code,
rdlc qr code,
rdlc qr code,

rdlc qr code,
rdlc qr code,
rdlc qr code,
rdlc qr code,
rdlc qr code,
rdlc qr code,
rdlc qr code,
rdlc qr code,
rdlc qr code,
rdlc qr code,
rdlc qr code,
rdlc qr code,
rdlc qr code,
rdlc qr code,

rdlc qr code,
rdlc qr code,
rdlc qr code,
rdlc qr code,
rdlc qr code,
rdlc qr code,
rdlc qr code,
rdlc qr code,
rdlc qr code,
rdlc qr code,
rdlc qr code,
rdlc qr code,
rdlc qr code,
rdlc qr code,
rdlc qr code,
rdlc qr code,
rdlc qr code,
rdlc qr code,
rdlc qr code,
rdlc qr code,
rdlc qr code,
rdlc qr code,
rdlc qr code,
rdlc qr code,
rdlc qr code,
rdlc qr code,
rdlc qr code,
rdlc qr code,
rdlc qr code,
rdlc qr code,
rdlc qr code,
rdlc qr code,
rdlc qr code,
rdlc qr code,
rdlc qr code,
rdlc qr code,
rdlc qr code,
rdlc qr code,
rdlc qr code,
rdlc qr code,
rdlc qr code,
rdlc qr code,
rdlc qr code,
rdlc qr code,
rdlc qr code,
rdlc qr code,
rdlc qr code,
rdlc qr code,

So now you have a fully compiled kernel just waiting to be installed You probably have a couple of questions: Just where is the compiled kernel, and where the heck do I install it The first question is easy to answer Assuming you have a PC and are working out of the /usr/src/<kernel-source-tree>/ directory, the compiled kernel that was created in the previous exercise will be called /usr/src/<kernel-source-tree>/arch/i386/boot/bzImage or, to be precise, /usr/src/linux-2627/arch/i386/boot/bzImage The corresponding map file for this will be located at /usr/src/<kernel-source-tree>/ Systemmap You ll need both files for the install phase The Systemmap file is useful when the kernel is misbehaving and generating Oops messages An Oops is generated on some kernel errors It may be due to kernel bugs or faulty hardware The Oops error is akin to the Blue Screen of Death (BSOD) in Microsoft Windows These messages include a lot of detail about the current state of the system, including several hexadecimal numbers Systemmap gives Linux a chance to turn those hexadecimal numbers into readable names, making debugging easier Though this is mostly for the benefit of developers, it can be handy when you re reporting a problem Let s go through the steps required to install the new kernel image 1 While in the root of your kernel build directory, copy and rename the bzImage file into the /boot directory:

such situations, Java provides a mechanism called finalization By using finalization, you can define specific actions that will occur when an object is just about to be reclaimed by the garbage collector To add a finalizer to a class, you simply define the finalize( ) method The Java run time calls that method whenever it is about to recycle an object of that class Inside the finalize( ) method, you will specify those actions that must be performed before an object is destroyed The garbage collector runs periodically, checking for objects that are no longer referenced by any running state or indirectly through other referenced objects Right before an asset is freed, the Java run time calls the finalize( ) method on the object The finalize( ) method has this general form: protected void finalize( ) { // finalization code here } Here, the keyword protected is a specifier that prevents access to finalize( ) by code defined outside its class This and the other access specifiers are explained in 7 It is important to understand that finalize( ) is only called just prior to garbage collection It is not called when an object goes out-of-scope, for example This means that you cannot know when or even if finalize( ) will be executed Therefore, your program should provide other means of releasing system resources, etc, used by the object It must not rely on finalize( ) for normal program operation

a class, which is called when an object goes out-of-scope Java does not support this idea or provide for destructors The finalize( ) method only approximates the function of a destructor As you get more experienced with Java, you will see that the need for destructor functions is minimal because of Java s garbage collection subsystem

[root@serverA linux-26**]# cp arch/i386/boot/bzImage /boot/vmlinuz-< kernel-version > \

While the Box class is useful to illustrate the essential elements of a class, it is of little practical value To show the real power of classes, this chapter will conclude with a more sophisticated example As you recall from the discussion of object-oriented programming (OOP) presented in 2, one of OOP s most important benefits is the encapsulation of data and the code that manipulates that data As you have seen, the class is the mechanism by which encapsulation is achieved in Java By creating a class, you are creating a new data type that defines both the nature of the data being manipulated and the routines used to manipulate it Further, the methods define a consistent and controlled interface to the class data Thus, you can use the class through its methods without having to worry about the details of its implementation or how the data is actually managed within the class In a sense, a class is like a data engine No knowledge of what goes on inside the engine is required to use the engine through its controls In fact, since the details are hidden, its inner workings can be changed as needed As long as your code uses the class through its methods, internal details can change without causing side effects outside the class

6:

where kernel-version is the version number of the kernel For the sample kernel we are using in this exercise, the filename would be vmlinuz-2627-custom So the exact command for this example is