This blog post delves into caching strategies, which are crucial for improving software performance. It begins by explaining what caching is and why it's important, then details the different types of caching and their uses. It focuses on speed and performance-focused caching strategies, their role in modern software, and methods for improving website performance. It offers guidance on which type of caching is ideal for which scenarios, as well as potential drawbacks and key considerations. It concludes with strategies to prevent SEO disruptions and successful caching implementations. This guide provides a comprehensive resource for developers who want to achieve success in their software projects by effectively using caching.

What is Caching and Why is it Important?

Cache (caching)Simply put, caching is the process of temporarily storing frequently used data for faster access. This process is a critical way to improve performance, especially for websites and applications. By reducing server load, it improves the user experience and increases overall system efficiency. Caching reduces data access times, resulting in faster response times, which directly impacts user satisfaction.

Caching allows data to be served more quickly from the cache, rather than repeatedly retrieving it from the same source. This is particularly advantageous for static content (such as images, CSS files, and JavaScript files). It's also possible to cache dynamic content, but it's important to consider how long the cache remains valid. An incorrectly configured cache can result in stale data being served, potentially allowing users to access outdated information.

Caching Type	Explanation	Advantages
Browser Cache	Web browsers store static content.	Faster page load times, reduced server load.
Server Cache	Storing data on the server side.	Reduced database load, faster response times.
Content Delivery Network (CDN)	Storing content on geographically distributed servers.	Faster global access, better user experience.
Database Cache	Storing the results of database queries.	Reducing the load on the database, faster query responses.

Cache (caching) The importance of using caching is increasing in modern software development processes. Especially for high-traffic websites and applications, caching is an essential tool for eliminating performance bottlenecks and improving the user experience. By implementing the right caching strategies, you can both save on server costs and increase user satisfaction.

Benefits of Using Caching
• Faster page load times
• Reduced server load
• Better user experience
• Reduction in database load
• Reduced network bandwidth usage
• Cost savings

cache (caching)Caching is critical for optimizing software performance and improving the user experience. When implemented with the right strategies, it enables systems to operate more efficiently and provides users with a faster, smoother experience. However, it's important to remember that caching strategies must be carefully planned and implemented.

Cache Types and Usage Areas

Cache (caching)Cache is a technique frequently used to improve performance in computer systems. Various types of cache exist to meet different needs and usage scenarios. In this section, we will examine in detail the most common types of cache, including hardware-based and software-based caches, and the applications in which they are used. Each cache type has its own advantages and disadvantages, and choosing the right cache type is critical for optimizing system performance.

Classification of caches This is typically done based on storage locations and access speeds. For example, CPU caches offer the fastest access at the hardware level, while disk caches have slower access times but can store larger amounts of data. Database caches, on the other hand, store the results of frequently accessed database queries, reducing database load and increasing application speed. These different types can be used and configured in different ways, depending on the needs of the application or system.

Cache Type	Area of Use	Key Benefits
CPU Cache	Processor acceleration, frequently used instructions and data	Very fast access, low latency
Disk Cache	Speeding up hard disk access, frequently used files	Larger storage capacity, relatively fast access
Database Cache	Storing database query results, accelerating applications	Reducing database load, fast data access
Web Cache	Storing web pages and their content, improving website performance	Reducing server load, saving bandwidth

Below are different cache types You can find a more detailed list:

1. CPU Cache: It is located inside the processor and has the fastest access time.
2. RAM Cache: It is a cache memory kept in random access memory (RAM).
3. Disk Cache: It speeds up access to data on the hard disk.
4. Database Cache: It improves performance by storing the results of database queries.
5. Web Browser Cache: It stores web pages and other web resources.
6. Server Side Cache: It is a cache that is kept on the server side and provides faster response to clients.

Hardware-Based Caches

Hardware-based caches are generally CPU And RAM These caches are located on physical hardware components such as processors, processors, and other hardware components. These types of caches provide very fast access to data and significantly increase system performance. By storing frequently used instructions and data, a CPU cache reduces the processor's need to access main memory, allowing for faster processing.

Software-Based Caches

Software-based caches are caches managed by applications or systems and typically stored on RAM or disk. Database caches, web caches, and application caches fall into this category. These types of caches are used to improve performance, particularly in web applications and large-scale systems. For example, a website can reduce server load and provide a faster user experience by caching frequently accessed pages.

Caching Strategies: Speed and Performance

Caching Caching strategies are critical for improving the performance of software applications and websites. Choosing the right strategy can significantly improve your application's speed, reduce server load, and enhance the user experience. In this section, we'll take a detailed look at different caching strategies and how to implement them.

Different caching strategies serve different needs and scenarios. For example, some strategies enable fast delivery of static content, while others focus on more efficient management of dynamic data. When deciding which strategy is best for you, it's important to consider your application's specific requirements and constraints.

Comparison of Caching Strategies

Strategy	Explanation	Advantages	Disadvantages
Write-Through	Data is written to both the cache and main storage simultaneously.	Data consistency is high.	Write operations are slower.
Write-Back	Data is first written to the cache and then transferred to the main storage.	Write operations are faster.	There is a risk of data loss (if the cache fails).
Cache-Aside	The application first searches the cache for data, if not available it fetches it from the main storage.	Resiliency is high, the cache stores only the data needed.	There may be a delay in initial access.
Content Delivery Network (CDN)	Caching of static content on distributed servers.	It provides high speed and low latency, facilitating global access.	Can be costly and complex to configure.

Caching In addition to optimizing your application's performance, these strategies also help you use server resources more efficiently. For example, by caching frequently accessed data, you can reduce the load on your database server and serve more users. This translates to cost savings and a better user experience.

Basic Strategies

Caching In the world of caching, there are several basic strategies. Each of these strategies addresses different use cases and performance goals. Determining the strategy or strategies that best suit your application's needs is a critical step for a successful caching implementation.

Here are some of the most commonly used caching strategies:

1. Browser Cache: Web browsers store static content (images, CSS files, JavaScript files) locally.
2. Server Side Cache: It provides faster response to repeated requests by caching data on the server.
3. Database Cache: It is the reduction of the load on the database by caching the results of database queries.
4. Content Delivery Network (CDN): Static content is cached on servers in different geographical regions and served from a point closer to the users.
5. Object Caching: Caching application objects (e.g., user profiles, product information) speeds up access to objects.
6. Fragment Caching: Caching certain parts of web pages (e.g., menus, sidebars) reduces page rendering time.

Remember, choosing the right caching strategy isn't just a technical decision; it's also a strategic one that requires considering your business needs and user expectations. Always focus on your application's specific needs and constraints, and don't hesitate to experiment with different strategies to achieve the best results.

Caching is not just a performance optimization technique, but also a way to improve user experience and gain a competitive advantage.

The Role of Caching in Modern Software

Today, the software world is constantly searching for new solutions for performance optimization, driven by rising user expectations and the proliferation of complex applications. This is precisely where cache (caching)Caching has become an essential part of modern software. By reducing data access times, caching enables applications to run faster and more efficiently. Proper use of caching is a critical factor that directly impacts the user experience, especially in high-traffic web applications, big data processing systems, and mobile applications.

In modern software cache (caching) The primary purpose of using it is to access frequently accessed data more quickly. This reduces reliance on slower resources like databases and results in better system-wide performance. For example, caching the most viewed products on an e-commerce site can increase sales by allowing users to access them faster. Furthermore, caching reduces server load, allowing the system to serve more users.

• Effects of Cache on Software
• Increases application speed.
• Reduces database load.
• Improves user experience.
• Reduces server costs.
• Increases scalability.
• Reduces network traffic.

Cache (caching) These mechanisms aren't limited to web applications; they're used across a wide range of applications, from mobile apps to desktop software. Caching is crucial in mobile apps, especially when it comes to offline functionality. Caching previously accessed data on the device ensures the app remains usable even without an internet connection. This increases user satisfaction and helps the app reach a wider audience.

Cache Type	Areas of Use	Advantages
Browser Cache	Websites, static content	Fast loading times, low server load
Server Cache	Dynamic web applications	Reducing database load, fast response times
Database Cache	Database-driven applications	Fast access to frequently accessed data, shortening query times
Client Side Cache	Mobile and desktop applications	Offline operation, fast data access

cache (caching)It's a critical tool for improving the performance of modern software, enhancing the user experience, and utilizing system resources more efficiently. With the right caching strategies, software can be made faster, more reliable, and more scalable. Therefore, it's crucial for software developers to understand caching and implement appropriate caching mechanisms in their projects.

Increasing Website Performance with Caching

To improve your website's performance, enhance user experience and boost SEO rankings cache (caching) Its use is critical. An effective caching strategy reduces server load, shortens page load times, and optimizes bandwidth usage. This is especially crucial for high-traffic websites. A properly configured caching system will make your website faster and more responsive.

Website Caching Performance Metrics

Metric	Before Caching	Post-Caching	Recovery Rate
Page Loading Time (sec)	3.5	1.2	%65
Server Response Time (ms)	800	250	%69
Error Rate (%)	2	0.5	%75
Bandwidth Usage (GB/month)	50	30	%40

Cache (caching) Systems can handle static and dynamic content differently. Static content (images, CSS files, JavaScript files) is typically stored in the browser cache or on CDNs, while dynamic content (database queries, API responses) can be cached server-side. This allows your website to serve pre-rendered and stored versions of content to each visitor, rather than serving the same content repeatedly. This reduces server load and improves your website's overall performance.

Cache Settings Step by Step
1. Set Cache Policy: Define which content should be cached and for how long.
2. Enable Browser Cache: Configure browser caching via the .htaccess file or server settings.
3. Use CDN: For static content, serve content from geographically distributed servers using a CDN (Content Delivery Network).
4. Server-Side Caching: Use server-side caching solutions to cache database queries and API responses.
5. Develop Cache Invalidation Strategies: Create automatic mechanisms to clear the cache when content is updated.

To further improve the user experience of your website, cache (caching) Regularly review and optimize your caching strategies. Properly configured caching systems ensure a faster and smoother user experience on your website. This also positively impacts your SEO performance, helping you rank higher in search engines.

Site Speed Techniques

There are various techniques to improve your website's speed. These include image optimization, code minimization, and compression (Gzip). Image optimization involves reducing the size of image files and presenting them in suitable formats (e.g., WebP). Code minimization reduces file sizes by removing unnecessary characters and whitespace from CSS and JavaScript files. Gzip compression, on the other hand, compresses the size of files sent by the web server, making them reach the browser faster.

Effective caching strategies and other site acceleration techniques can significantly increase conversion rates as well as improve user satisfaction.

Which Cache Type Should Be Used In Which Situation?

Caching Strategies vary depending on the performance needs of software projects. Choosing the right cache type is critical for improving application speed and efficiency. In-memory caching provides fast access to data, while distributed caching facilitates data sharing across multiple servers. Disk-based caching offers a suitable solution for larger data sets.

The table below provides an overview of the scenarios in which different cache types are more suitable:

Cache Type	Areas of Use	Advantages	Disadvantages
In-Memory Caching	Frequently accessed, small-sized data; session management	Very fast access, low latency	Limited memory capacity, data loss when the application is restarted
Disk-Based Caching	Large data sets, media files, static content	High storage capacity, permanent data retention	Slower access than in-memory cache
Distributed Caching	High-traffic applications, data sharing across multiple servers	Scalability, high availability	Installation and management complexity, network latency
Client-Side Caching	Static content, images, JavaScript files	Reducing server load, improving user experience	Cache control is limited, updates may take time to propagate

Each type of cache has its own advantages and disadvantages. Therefore, it's important to determine the most appropriate caching strategy based on the project's requirements and constraints. For example, in-memory caching may be ideal for applications requiring high-speed access, while disk-based caching may be more suitable for storing large data sets.

Recommendations for Using Cache Types
• In-Memory Caching: Session data is ideal for frequently accessed data that requires fast access, such as user profiles.
• Disk-Based Caching: Suitable for large media files, static content, and less frequently accessed data.
• Distributed Caching: Recommended for high-traffic web applications and systems that require sharing data across multiple servers.
• Client-Side Caching: It is effective for reducing the loading time of static content (CSS, JavaScript, images) by using browser caching.
• Content Delivery Network (CDN): It reduces loading times and improves user experience by caching static content for geographically distributed users.

Choosing the right cache type can significantly impact application performance. Carefully assessing the project's needs and priorities will help you determine the most appropriate cache strategy. efficient and fast It's a critical step in developing an application. Furthermore, regularly reviewing and optimizing cache policies is crucial for long-term performance success.

It's important to remember that caching isn't a standalone solution and is best used in conjunction with other optimization techniques. Optimizing database queries, writing efficient code, and utilizing appropriate hardware resources also contribute to improved performance.

Disadvantages of Caching and Things to Consider

CachingWhile caching is a powerful tool for improving software performance, it also comes with some drawbacks and considerations. As with any technology, if not managed properly, caching may not provide the expected benefits and, in some cases, may even cause problems. Therefore, it's critical to understand the potential risks and considerations before integrating caching into your systems.

One of the most obvious disadvantages of cache is that Data consistency This is a problem. Cache data can be outdated, causing the application to run with incorrect or outdated information. This can be a serious problem, especially for applications that work with frequently changing data. To ensure data consistency, cache invalidation strategies must be carefully planned and implemented.

Possible Cache-Related Problems
• Data Inconsistency: Old data in the cache may cause the app to produce incorrect results.
• Cache Poisoning: If malicious actors inject incorrect data into the cache, the security of the application can be compromised.
• Excessive Memory Usage: An incorrectly configured cache can negatively impact system performance by consuming more memory than necessary.
• Complexity: Caching adds additional complexity to the system architecture and can complicate debugging processes.
• Cost: Distributed cache systems, in particular, may incur additional hardware and software costs.
• Override Difficulty: Deciding when to invalidate cached data can be a complex and challenging process.

Also, managing the cache is a challenge in itself. size, invalidation policies, and consistency strategies Parameters like these need to be configured correctly. An incorrectly configured cache can actually worsen performance instead of improving it. For example, a cache that's too small can negatively impact performance by causing frequent data refreshes, while a cache that's too large can consume unnecessary resources.

Disadvantage	Explanation	Possible Solutions
Data Inconsistency	The data in the cache is out of date	Cache invalidation strategies, TTL (Time To Live) values
Excessive Memory Usage	Cache consuming more memory than necessary	Limiting cache size, LRU (Least Recently Used) algorithm
Complexity	Complexity of the caching system	Well-documented libraries, appropriate architectural patterns
Cost	Cost of cache systems	Open source solutions, cost optimization

cache poisoning Security risks such as these should also be considered. Malicious actors injecting incorrect or malicious data into the cache can cause the application to malfunction or introduce security vulnerabilities. Therefore, appropriate security measures should be implemented to ensure the accuracy and reliability of cached data. Caution in cache use will help minimize potential risks.

Effective Use of Caching Applications

Caching Effective use of software applications is a critical part of optimizing the performance of software systems and improving the user experience. With the right strategies, cachecan significantly reduce data access times, lighten server load, and increase overall system efficiency. In this section, cache We will focus on some key techniques and best practices that can be implemented to optimize the use of

An effective cache strategy should be tailored to your application's specific needs and use cases. Which data cached should be taken, cache validity periods and cache Factors such as renewal policies should be carefully evaluated. An incorrectly configured cachecan cause performance issues and inconsistent data. Therefore, cache It is important to regularly monitor and adjust the mechanisms.

Effective Caching Techniques

1. Cache the Right Data: By identifying data that is frequently accessed and changes relatively rarely cached forehead.
2. Optimize Cache Validity Times: With data up-to-dateness cache Balance performance. Too long periods can lead to stale data; too short periods can lead to cache reduces its usefulness.
3. Use Cache Cancellation Strategies: When data changes cache You can use methods such as timeout (TTL) or event-based cancellation.
4. Implement Layered Caching: Client-side, server-side, and distributed caches in different layers such as caching Increase performance by doing.
5. Use Cache Monitoring and Analysis Tools: Cache Evaluate performance and identify areas for improvement by monitoring hit rates, memory usage, and other metrics.
6. Leverage CDNs (Content Delivery Networks): Use CDNs, especially for static content, to ensure that content is served from servers closest to users' geographic locations.

Cache Another important point to be considered in management is cache In distributed systems, multiple cache Keeping data consistent can be a complex issue when instances are present. In such cases, distributed cache It is important to take advantage of the consistency mechanisms offered by the systems and implement appropriate synchronization strategies. In addition, cache determines which data to discard when full cache Eviction policies can also impact performance. Different eviction algorithms, such as LRU (Least Recently Used) or LFU (Least Frequently Used), should be selected based on the needs of the application.

Comparison of Caching Strategies

Strategy	Explanation	Advantages	Disadvantages
Time-To-Live (TTL)	Cache automatically invalidating the received data after a certain period of time.	Simple application, automatic data refresh.	Data up-to-dateness checking is difficult and unnecessary cache renewals.
Invalidation (Cancellation)	When data changes cached deletion of relevant entries.	Access to up-to-date data with high data consistency.	Its implementation is complex and requires tracking of data changes.
Write-Through	Every time the data is updated, cache and updating the main data source simultaneously.	Data consistency guarantee.	High latency, performance degradation.
Write-Back	Data only in the cache is updated and then written to the main data source.	High write performance.	Risk of data loss (cache in case of malfunction).

Caching and SEO Disruptions

CachingCaching is a critical technique for improving website and application performance. However, misconfigured or carelessly implemented caching strategies can negatively impact SEO performance. In this section, we'll examine the potential impacts of caching on SEO and measures that can be taken to minimize these effects. Specifically, we'll focus on its impact on factors such as search engine bot access to content, page load speeds, and user experience.

The impact of caching on SEO can manifest in a variety of ways. For example, search engine bots may have difficulty crawling dynamic content, and cached old content can result in outdated information being displayed in search results. Furthermore, incorrectly configured caching settings can lead to users seeing multiple versions of their content, resulting in an inconsistent user experience. This can increase bounce rates and negatively impact search rankings.

Potential Effects of Caching on SEO

Area of Influence	Potential Problem	Solution Proposal
Page Loading Speed	An incorrectly configured cache can negatively impact page loading speed.	Optimize with the right caching policies and CDN usage.
Content Up-to-dateness	Search engines may not be able to access up-to-date content.	Reduce cache times for frequently updated content.
User Experience	Inconsistent content display can lead to user dissatisfaction.	Configure cache variations correctly.
Mobile Compatibility	Caching issues may occur on mobile devices.	Implement mobile caching strategies.

Therefore, implementing caching strategies in an SEO-friendly manner is crucial. Search engine optimization (SEO) experts and developers should collaborate to both improve performance and prevent a drop in search engine rankings. In particular, caching times for dynamic content and frequently updated pages should be carefully adjusted. Furthermore, caching settings that block or restrict search engine bots' access to the site should be avoided.

SEO Tips

The following tips can help you make your caching strategies SEO-friendly:

Effects on SEO Algorithms
1. Set Correct Caching Times: Set appropriate caching times based on how frequently your content is updated. You might want to set shorter times for frequently updated content and longer times for infrequently updated content.
2. Use CDN: A content delivery network (CDN) caches your website's content on servers around the world, allowing users to experience faster load times. This is important for SEO because page speed is considered a ranking factor by search engines.
3. Ensure Accessibility to Search Engine Bots: Make sure search engine bots can access important parts of your site by checking your robots.txt file and other access control mechanisms.
4. Develop Mobile Caching Strategies: Page load speeds are especially important on mobile devices. Improve the mobile user experience by using mobile caching strategies.
5. Configure Cache Variations Correctly: If you serve different content variations for different devices or users, ensure consistency by configuring cache variations correctly.
6. Test and Monitor: Regularly test and monitor how your caching settings impact your SEO performance. Use tools like Google Analytics and Google Search Console to track changes in page load speeds, bounce rates, and search rankings.

By following these tips, you can help your caching strategies both improve your website's performance and support your SEO success. Remember, a properly configured caching system, improves user experience and allows search engines to better understand your site.

Strategies for Achieving Success with Caching

Caching Caching strategies play a critical role in the success of software projects. With the right strategies, you can significantly improve application performance, enhance the user experience, and reduce infrastructure costs. However, determining an effective caching strategy requires understanding your application's specific needs and usage scenarios. In this section, we'll focus on strategies that maximize cache utilization.

Strategy Name	Explanation	Application Areas
Content Delivery Network (CDN)	It serves static content (images, videos, CSS, JavaScript) from servers closest to users.	Websites, mobile applications, media platforms
Database Caching	Stores the results of frequently accessed database queries in a cache.	E-commerce sites, social media platforms, blogs
Object Caching	Stores application objects (user profiles, product information) in the cache.	APIs, microservices, web applications
Browser Caching	Allows web browsers to store static content locally.	Websites, web applications

An effective caching strategy aims to improve performance while maintaining data consistency. To ensure that the data in the cache is up-to-date, invalidation It's important to use strategies. For example, when a product's price changes, the old price information in the cache must be updated or deleted. Otherwise, users may access incorrect information. Therefore, careful planning of cache policies and invalidation mechanisms is necessary.

Tips for Success

1. Choose the Right Cache Type: Determine the cache type (e.g., Redis, Memcached, CDN) that best suits your application's needs.
2. Develop Cache Invalidation Strategies: Implement effective invalidation mechanisms to ensure data consistency.
3. Monitor Cache Size: Check the size of the cache regularly to prevent it from growing too large and causing performance issues.
4. Measure Cache Performance: Monitor performance metrics (e.g., hit rate, latency) to evaluate the effectiveness of the cache.
5. Optimize CDN Usage: Ensure static content is served quickly and efficiently by configuring your CDN correctly.
6. Separate Cache Layers: Increase performance and simplify management by using separate cache tiers for different data types.

When implementing caching strategies, measurement and analysis This is crucial. By regularly monitoring cache hit ratios, latencies, and resource usage, you can evaluate the effectiveness of your strategy and identify areas for improvement. You can also compare the performance impact of different cache configurations through A/B testing. This continuous improvement approach ensures your cache strategy consistently delivers optimal results.

Your cache security It's also important to consider its security. When storing sensitive data in the cache, appropriate security measures must be implemented. Restricting access to the cache, using encryption, and performing regular security audits are important for ensuring its security. Remember, an effective caching strategy not only improves performance but also supports the security and reliability of your application.

Frequently Asked Questions

What exactly does using caches offer in the software development process and why is it considered so important?

Caching improves application performance, reduces server load, and improves the user experience by providing faster access to data. It optimizes resource utilization and reduces costs by quickly responding to requests for frequently accessed data, especially from the cache, rather than repeatedly navigating to the database or other resources.

What are the different types of caches, and can you elaborate a bit more on the ideal use cases for each type? For example, which type of cache is best suited for dynamic content?

Various types of caches include browser cache, server-side cache (RAM, Redis, Memcached), CDN cache, and database cache. Browser cache is ideal for static content, while server-side cache is suitable for dynamic content (Redis and Memcached are commonly used). CDN cache is used to deliver content more quickly to geographically distributed users, while database cache provides fast access to frequently queried data.

What should we consider when developing caching strategies? What fundamental principles should we consider to maximize performance?

When developing cache strategies, it's important to consider factors such as the frequency, size, and validity period of the data to be cached. Furthermore, it's important to maximize the cache hit ratio and correctly define cache invalidation strategies. Consistency, scalability, and cost optimization are also important principles to consider.

What role does cache play in modern software architectures? How does caches provide a solution in distributed systems like microservices?

In modern software architectures, caching plays a critical role in improving performance, reducing latency, and ensuring scalability. In distributed systems such as microservices, it is used to accelerate communication between services and reduce the load on each service. Distributed caching systems (e.g., Redis Clusters) are commonly used in such architectures.

How can we significantly improve a website's performance with caching techniques? Can you explain with practical examples?

Caching techniques for improving website performance include enabling browser caching, using server-side page caching, and delivering static content using a CDN. For example, caching frequently visited product pages on an ecommerce site can significantly improve performance by quickly serving them from the cache rather than having to go to the database with every request.

What are the potential disadvantages of using caches and what precautions should we take to minimize these disadvantages?

Disadvantages of using cache include data inconsistency, cache invalidation difficulties, and potential problems if the cache server fails. To minimize these disadvantages, it's important to implement appropriate cache invalidation strategies, utilize consistency mechanisms, and implement redundant cache systems for high availability.

What strategies should we follow to be successful in caching applications? How do we create a good caching strategy?

Successful cache implementation requires first understanding your application's needs and usage patterns. Next, select the appropriate cache type, optimize cache size and lifetime, and implement effective cache invalidation strategies. It's also important to regularly monitor and improve cache performance.

How can caching positively or negatively impact SEO performance? What should we pay attention to in terms of SEO?

Caching can positively impact SEO performance by improving website speed. Fast-loading pages are ranked better by search engines. However, incorrectly configured caching can prevent search engine bots from seeing up-to-date content. Therefore, it's important to carefully set the caching time and ensure search engine bots can crawl the content properly.

Daha fazla bilgi: Cloudflare’in önbellekleme (caching) açıklaması