The issue: There is no shortage of creative solutions for accelerating construction. They have all kinds of justifications for why their favourite concept will enable you to finish a five-day project in 3.8 seconds. Consider the -pipe option in the gcc compiler. The first pass of the compiler is typically executed, and the result is written to a temporary file. In the second pass, this file will be read and a second temporary will be written. until the required number of passes have been made. Every pass is executed simultaneously when the -pipe option is used, with the output of one pass' output linked to its input by a pipe. According to the hypothesis, by doing this, you may completely eliminate temporary files and disc I/O for them by performing everything in memory. Therefore, the -pipe option must speed up processes. The option is used in the kernel Makefiles, so if we still needed more persuasion, it must be a good choice since the Linux kernel uses it.
The issue: There is no shortage of creative solutions for accelerating construction. They have all kinds of justifications for why their favourite concept will enable you to finish a five-day project in 3.8 seconds.
Consider the -pipe option in the gcc compiler. The first pass of the compiler is typically executed, and the result is written to a temporary file. In the second pass, this file will be read and a second temporary will be written. until the required number of passes have been made.
Every pass is executed simultaneously when the -pipe option is used, with the output of one pass' output linked to its input by a pipe. According to the hypothesis, by doing this, you may completely eliminate temporary files and disc I/O for them by performing everything in memory.
Therefore, the -pipe option must speed up processes. The option is used in the kernel Makefiles, so if we still needed more persuasion, it must be a good choice since the Linux kernel uses it.
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