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As a lightweight and concise product form, “Exit-As-You-Go” is the biggest feature of Mini Programs. Therefore, Mini Programs must be lightweight with key functions highlighted. Scenarios must be directly switched with the shortest path to help users complete their operations. We recommend that a Mini Program only focuses on one usage scenario. If there are multiple business scenarios for a product, different Mini Programs can be developed for each scenario. The technical features of Mini Programs allow for natural and smooth switching between different Mini Programs without creating an obvious sense of fragmentation. Streamline The Number Of Tab BarsIf not necessary, do not use the bottom tab bar in the Mini Program. Allow users to see the main functions of the Mini Program on one page. Take the shortest path to the
target function instead of switching pages to search for the function through the bottom tab
bar. Highlight The Key Points Of A PageEach Mini Program page must be as simple and clear as possible with the key points highlighted. This helps users understand the content of a page and perform tasks with ease.
Optimize The Operation ProcessDesign each business function with the minimum necessary steps to prevent the user flow from being interrupted by non-task related content. This helps users focus on the current task and smoothly complete their operations.
All programmers are familiar with writing sequential programs. You�ve probably written a program that displays "Hello World!" or sorts a list of names or computes a list of prime numbers. These are sequential programs. That is, each has a beginning, an execution sequence, and an end. At any given time during the runtime of the program, there is a single point of execution. A thread is similar to the sequential programs described previously. A single thread also has a beginning, a sequence, and an end. At any given time during the runtime of the thread, there is a single point of execution. However, a thread itself is not a program; a thread cannot run on its own. Rather, it runs within a program. The following figure shows this relationship. 
The real excitement surrounding threads is not about a single sequential thread. Rather, it�s about the use of multiple threads running at the same time and performing different tasks in a single program. This use is illustrated in the next figure. Some texts call a thread a lightweight process. A thread is similar to a real process in that both have a single sequential flow of control. However, a thread is considered lightweight because it runs within the context of a full-blown program and takes advantage of the resources allocated for that program and the program�s environment. As a sequential flow of control, a thread must carve out some of its own resources within a running program. For example, a thread must have its own execution stack and program counter. The code running within the thread works only within that context. Some other texts use execution context as a synonym for thread. Thread programming can be tricky, so if you think you might need to implement threads, consider using high-level thread APIs. For example, if your program must perform a task repeatedly, consider using the
Timer class is also useful for performing a task after a delay. Examples of its use are in the section
Using the Timer and TimerTask Classes If you�re writing a program with a graphical user interface (GUI), you might want to use the java.util.Timer. Another utility class, SwingWorker, helps you with another common job: performing a task in a background thread,
optionally updating the GUI when the task completes. You can find information about both the Swing Timer class and the SwingWorker class in How to Use
Threads Basic support for threads in the Java platform is in the class
To implement a thread using the Since threads share a program�s resources, it is important to understand how to synchronize access to those resources so that the resources aren�t corrupted. The section Synchronizing Threads The next section, Thread Pools What does the NBT part of NBTscan stand for?What does the “NBT” part of “NBTscan” stand for? NetBIOS over TCP/IP. What enumeration tool is extremely useful when working with Windows NT, 2000, and Windows XP systems.
What device is designed specifically to reduce broadcast traffic that passes over a network and to choose the best path for moving those packets?What is the purpose if a router? reduce broadcast traffic passing over a network and choose the best path for moving packets.
Does HTML use branching?HTML doesn't use branching, looping, or testing.
Which Windows 10 feature uses virtualization to protect?Device Guard also includes a powerful system mitigation called hypervisor-protected code integrity (HVCI), which uses virtualization-based security (VBS) to protect Windows' kernel-mode code integrity validation process.
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Which of the following is a mini-program within a main program that carries out a task?
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