Update next navigation

Author: wangbin579

Chapter1.md

@@ -118,4 +118,4 @@ This chapter analyzed how users approach solving MySQL problems. MySQL 8.0 has m
 
 The next chapter will demonstrate the considerable challenge of solving obscure MySQL problems through various case studies. It necessitates a broad knowledge base and extensive logical reasoning to pinpoint the root causes of these problems.
 
-​                                                                  [Next](Chapter2.md)
+[Next](Chapter2.md)

Chapter10.md

@@ -479,4 +479,4 @@ Notably, maximum replay speed is directly correlated with concurrency. At 150 co
 
 With better hardware, further improvements in maximum replay speed might be possible, but the test results are already very close to the achievable maximum.
 
-​                                                                  [Next](Part4.md)
+[Next](Part4.md)

Chapter11.md

@@ -385,4 +385,4 @@ This chapter focuses on optimizing MySQL application performance without modifyi
 
 The effectiveness of these optimization methods varies depending on the MySQL version, configuration parameters, hardware environment, and specific application characteristics. While a parameter might significantly impact performance in one scenario, its effectiveness may decrease in another. This variability arises from the complex interactions between multiple performance-affecting queues and potential bottlenecks, making performance testing particularly challenging.
 
-​                                                                  [Next](Part5.md)
+[Next](Part5.md)

Chapter12.md

@@ -75,4 +75,4 @@ We firmly believe that high availability solutions based on Paxos log persistenc
 
 Although MySQL optimization is a long and winding process, we are confident that MySQL will continue to improve over time.
 
-​                                                                  [Next](References.md)
+[Next](References.md)

Chapter2.md

@@ -243,4 +243,4 @@ The figure reveals that disabling NUMA at the BIOS level results in a balanced r
 
 This chapter delves into classic and intricate MySQL problems, which pose significant challenges for analysis. The resolution of these problems begins with a detailed logical analysis, as outlined in the following chapter. Addressing and solving these problems necessitates a profound understanding of computer fundamentals and MySQL internals. Computer fundamentals encompass a broad range of topics including computer architecture, data structures, algorithms, operating systems, computer networks, compilers, queueing theory, and distributed systems theory, among others. These topics will be thoroughly explored in Chapter 4. Chapter 5 will focus specifically on MySQL internals.
 
-​                                                                  [Next](Part2.md)
+[Next](Part2.md)

Chapter3.md

@@ -216,4 +216,4 @@ Figure 3-6. A general framework for solving program problems.
 
 The figure integrates logical reasoning and information retrieval. Maintaining logical thinking ensures each step's reliability. Without it, one risks falling into traps that hinder effective software problem-solving.
 
-​                                                                  [Next](Chapter4.md)
+[Next](Chapter4.md)

Chapter4.md

@@ -1758,4 +1758,4 @@ In MySQL, a common strategy involves taking a MySQL secondary instance offline f
 
 Testing serves not only to verify known problems but also to uncover new ones. Verification of problems is the initial step to ensure that the software behaves as expected. Subsequently, the focus shifts to actively discovering potential problems within the program, preempting their discovery by testers. Adopting this strategy during the process of improving MySQL fundamentally ensures the quality of MySQL modifications. Practical experience has validated this approach as highly effective. Where possible, replicating online traffic for testing provides a robust means to identify potential problems within the software, further enhancing its overall quality.
 
-​                                                                  [Next](Chapter5.md)
+[Next](Chapter5.md)

Chapter5.md

@@ -684,4 +684,4 @@ It is worth noting that the main basis for performance testing and comparison in
 
 In this book, BenchmarkSQL is predominantly used for TPC-C testing. This choice is based not only on BenchmarkSQL's representative TPC-C testing capabilities but also on its higher alignment with real-world online environments.
 
-​                                                                  [Next](Chapter6.md)
+ [Next](Chapter6.md)

Chapter6.md

@@ -210,4 +210,4 @@ Figure 6-7. Mechanism for replicating MySQL traffic from production to testing s
 
 Testing real-world online traffic is crucial for MySQL, as it effectively reveals potential problems such as performance stability, memory leaks, and the robustness of new MySQL versions.
 
-​                                                                  [Next](Part3.md)
+[Next](Part3.md)

Chapter7.md

@@ -558,4 +558,4 @@ From the figure, it can be seen that setting *binlog_row_image=minimal* can also
 
 Overall, MySQL 8.0 offers effective solutions to address the problem of binlogs consuming substantial I/O space. Users can leverage binlog compression and, where feasible, further reduce binlog size by using *binlog_row_image=minimal* to save on storage costs. It's important to note that the compression ratio can vary across different applications.
 
-​                                                                  [Next](Chapter8.md)
+[Next](Chapter8.md)