Statifier is a software tool that merges an executable file with its dynamically linked libraries, including any LD_PRELOAD libraries, into a single standalone file.
If you're looking for a software tool that allows you to create a single executable file from dynamically linked executables and their libraries for easy distribution, look no further than ELF statifier. With this tool, you can quickly and easily create a single file that can be copied and run on another machine, without the need to drag along all of its libraries.
Dynamically linked executables are typically smaller than statically linked ones, but they can also be slower, since they rely on shared libraries compiled in PIC (position independent code). Statifier's "pseudo-static" files offer a way to combine the best of both worlds, but they do come with some drawbacks. Namely, these files tend to be quite large, even larger than statically linked files, and they still use PIC code.
So, why use statifier at all? Well, there are some advantages to using "pseudo-static" files, such as the fact that everything is contained in a single file, making distribution simple. Additionally, the same file can be used on computers with different library versions, and startup times are generally faster. However, all of these benefits can also be achieved with standard static files.
When should you consider using statifier instead of static links? Some possible scenarios include: when you don't have access to the source code or compiler/build-chain, when static linking doesn't work, or when it's important to preserve the memory layout (since static linking can change it and introduce hidden bugs). Another option is to "permanently link" a LD_PRELOAD library into the executable.
Overall, ELF statifier is a solid tool for creating "pseudo-static" files on Linux x86, Linux x86_64, and Linux alpha platforms. While it may not be the right choice in every situation, it offers a unique approach to executable file distribution that can be especially helpful in some cases.
Dynamically linked executables are typically smaller than statically linked ones, but they can also be slower, since they rely on shared libraries compiled in PIC (position independent code). Statifier's "pseudo-static" files offer a way to combine the best of both worlds, but they do come with some drawbacks. Namely, these files tend to be quite large, even larger than statically linked files, and they still use PIC code.
So, why use statifier at all? Well, there are some advantages to using "pseudo-static" files, such as the fact that everything is contained in a single file, making distribution simple. Additionally, the same file can be used on computers with different library versions, and startup times are generally faster. However, all of these benefits can also be achieved with standard static files.
When should you consider using statifier instead of static links? Some possible scenarios include: when you don't have access to the source code or compiler/build-chain, when static linking doesn't work, or when it's important to preserve the memory layout (since static linking can change it and introduce hidden bugs). Another option is to "permanently link" a LD_PRELOAD library into the executable.
Overall, ELF statifier is a solid tool for creating "pseudo-static" files on Linux x86, Linux x86_64, and Linux alpha platforms. While it may not be the right choice in every situation, it offers a unique approach to executable file distribution that can be especially helpful in some cases.
What's New
Version 1.6.15: N/A