The fact that Next.js provides gzip compression by default is indeed correct. However, there could be a couple of reasons why certain files are not being compressed:
File Type: By default, Next.js compresses only certain file types, such as JavaScript, CSS, and JSON. Other file types like images (e.g., JPEG, PNG) and some binary files are typically not compressed. This is because these file types are often already compressed in their own formats, and compressing them further might not yield significant savings.
File Size: While Next.js does offer gzip compression, there may be a size limit or threshold. Files that are below a certain size might not be compressed, as the savings gained from compression would be minimal, and the compression process itself could consume more resources than it saves.
Custom Configuration: It's also possible that your Next.js project has custom configurations that affect which files are compressed. For instance, you might have specific settings that exclude certain files or file types from compression.
To resolve this issue, you can check your Next.js project's configuration to see if there are any custom settings that might be affecting compression. You can also consider manually compressing files that you believe would benefit from it, or optimizing the files to reduce their size before compression. Additionally, if you're dealing with very small files, compression might not be necessary, and it's perfectly reasonable for them not to be compressed.
Really depends on what type of climate you live in. If theres any doubt an expansion joint should be used
The expansion joint in a sidewalk keeps the concrete from cracking just as what its called. It allows the concrete to expand when heated and contract when cold. Without the joint, the concrete will crack and become uneven or mountain up.
Asphalt is used because primarily because it is cheaper than concrete. Asphalt is also more pliable, and can expand and contract in changing weather. Concrete, however, cannot expand or contract as well, so gaps are placed periodically to ease this tension or compression. Also Asphalt creates less noise than Concrete. it helps me walk better on da ground yasss very much
A little bit, but not much. If it is really hot, and then really cold, then your cement will crack.
because they expand and contract with heat.
The joint doesn't prevent expansion and contraction but it limits the damage caused by thermal stress. It allows room for the concrete ( or steel ) to expand and contract without creating the severe cracks that would form without them.
No. Concrete never gets any bigger than the day it is poured.
The expansion joint in a sidewalk keeps the concrete from cracking just as what its called. It allows the concrete to expand when heated and contract when cold. Without the joint, the concrete will crack and become uneven or mountain up.
With the weather the concrete can expand or contract and the gaps in the concrete are left to allow for this expansion of contraction so the concrete doesn't crack or break.
A concrete patio usually cracks due to heat cold. If it is to cold it contract and break. If it is to hot it will expand and break. Then water can seep into those cracks and freeze causing the crack to expand
Prevent or reduce cracking of the concrete due to thermal expansion. Most materials expand when heated and contract when cooled. The strips are usually a fibrous material that allows the concrete expand and contract without breaking. Without those strips, random and irregular cracks would occur.
Asphalt is used because primarily because it is cheaper than concrete. Asphalt is also more pliable, and can expand and contract in changing weather. Concrete, however, cannot expand or contract as well, so gaps are placed periodically to ease this tension or compression. Also Asphalt creates less noise than Concrete. it helps me walk better on da ground yasss very much