Things change rapidly in the world of Software Development. Nothing is set in stone. Languages, APIs, processes can change in a heartbeat. The only constant is a drive for efficiency and performance. Even soft aspects from management processes evolve in a space of months.
While these are all noble pursuits, older codes can never truly disappear from a system. Some core functions utilize old code because of which compatibility needs to be ensured, this is ensured by way of ensuring that there is api-ms-win-crt-runtime-l1-1-0.dll download on your system.
The difference in compiling and an actual computer
When an application is launched, the usual way of making it run is through an executable file, which requires runtime prerequisites to function properly.
This occurs in this manner because the environment of a compiler is an isolated one, but when it actually executes, it runs in the systems environment, which can have millions of possible permutations and combinations of underlying hardware and software at play, which often complicates the scenario for the code that is being executed at that given moment in time.
Just to clarify, a compiler can be any environment where the code is prepared, written, and tested. It can be a command-line interface (CLI) or a full-blown Integrated Development Environment (IDE).
However, a compiler or an IDE can not simulate a proper, and realistic environment in which the program would be running. A better analogy to elucidate this would be that the compiler is more of a testing environment to validate and test the core logic and function of the code, while the real-life code execution is the final true test of the code.
In such an environment, the code is subject to a thousand different outside factors, all of which are out of its control, it can not edit them to make its job easier, and in some cases, they may disrupt its proper functioning.
Why does it not run?
For example, a firewall may block the code from connecting to a network, which may be an essential facet of its code. This fact may be unknown to the end-user who may just assume that his program does not work properly, and give the wrong idea as a result.
In some cases, there are prerequisite functions and settings that may need to be enabled, that may be disabled on that specific system, that may result in an error.
Issues like this would never come up in the compiler, as that is a curated environment in which the code and program are created in complete isolation to ensure proper control and quality of development for every use case.
How can one fix it?
As systems are used by millions of customers and subject to millions of variants, some setting or prerequisite may be missing, which prevents the programs from running properly. Hence, proper run times and files must be installed on one’s PC to ensure maximum compatibility with all software. One essential file is the C Runtimes, which enables C-coded applications to function well on Windows.
To ensure that this base is covered, the user needs to initiate an api-ms-win-crt-runtime-l1-1-0.dll download from a preferred DLL site on the internet. Once this file is downloaded, it needs to be copied to the system directory, as well as the root directory of the application. Once this file is installed on one’s system, proper compatibility and performance are assured, and no program will exhibit a problem in its usual functioning.
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