What should I install to correct “ld: cannot find -lgbm and -linput” so that I can compile a Rust program?
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dnf search linput
and dnf search lgbm
don't yield any results. How can I get these in Fedora?
Edit: Backstory
I'm trying to build a Rust program, but it won't compile because apparently I'm missing some things. It said:
= note: /usr/bin/ld: cannot find -lxkbcommon
/usr/bin/ld: cannot find -lxkbcommon
/usr/bin/ld: cannot find -linput
/usr/bin/ld: cannot find -lgbm
collect2: error: ld returned 1 exit status
I installed lxkbcommon
(edit: I actually installed libxkbcommon
. Not sure how I missed that.) via dnf install libxkbcommon-devel
and then the output looked like this:
= note: /usr/bin/ld: cannot find -linput
/usr/bin/ld: cannot find -lgbm
collect2: error: ld returned 1 exit status
So I figured I needed something called linput
and lgbm
as well, only I cannot find those with dnf search
and I'm coming up empty-handed with google.
fedora repository
add a comment |
dnf search linput
and dnf search lgbm
don't yield any results. How can I get these in Fedora?
Edit: Backstory
I'm trying to build a Rust program, but it won't compile because apparently I'm missing some things. It said:
= note: /usr/bin/ld: cannot find -lxkbcommon
/usr/bin/ld: cannot find -lxkbcommon
/usr/bin/ld: cannot find -linput
/usr/bin/ld: cannot find -lgbm
collect2: error: ld returned 1 exit status
I installed lxkbcommon
(edit: I actually installed libxkbcommon
. Not sure how I missed that.) via dnf install libxkbcommon-devel
and then the output looked like this:
= note: /usr/bin/ld: cannot find -linput
/usr/bin/ld: cannot find -lgbm
collect2: error: ld returned 1 exit status
So I figured I needed something called linput
and lgbm
as well, only I cannot find those with dnf search
and I'm coming up empty-handed with google.
fedora repository
I don't understand why I got downvoted. I googled "fedora linput", "linux linput", and "linux input" hoping to find some repository I could add to dnf or find whatever package it lives in so I can install it. Nothing comes up.
– Rokit
Mar 17 at 19:24
Could you give a little backstory as to how you came across those packages? Why do you believe they exist and are called that?
– Jeff Schaller♦
Mar 17 at 19:39
@JeffSchaller Question updated.
– Rokit
Mar 17 at 19:54
4
That is an excellent update, thank you! It helps potential answerers understand why you want what you're asking for and what the potential misunderstanding(s) are.
– Jeff Schaller♦
Mar 17 at 19:55
2
It's important to be careful how you word things here; there's a phenomenon known as an "XY problem" where you think you need "X" but it turns out you really need "Y". If, for example, there happened to be a Fedora repo named "lgbm", an answerer could have solved your apparent problem by showing how to add that repo, when in reality your problem lies with compiling a rust program and havingld
complain about missing libraries. (I may have swapped "X" and "Y", but I hope you followed)
– Jeff Schaller♦
Mar 17 at 19:59
add a comment |
dnf search linput
and dnf search lgbm
don't yield any results. How can I get these in Fedora?
Edit: Backstory
I'm trying to build a Rust program, but it won't compile because apparently I'm missing some things. It said:
= note: /usr/bin/ld: cannot find -lxkbcommon
/usr/bin/ld: cannot find -lxkbcommon
/usr/bin/ld: cannot find -linput
/usr/bin/ld: cannot find -lgbm
collect2: error: ld returned 1 exit status
I installed lxkbcommon
(edit: I actually installed libxkbcommon
. Not sure how I missed that.) via dnf install libxkbcommon-devel
and then the output looked like this:
= note: /usr/bin/ld: cannot find -linput
/usr/bin/ld: cannot find -lgbm
collect2: error: ld returned 1 exit status
So I figured I needed something called linput
and lgbm
as well, only I cannot find those with dnf search
and I'm coming up empty-handed with google.
fedora repository
dnf search linput
and dnf search lgbm
don't yield any results. How can I get these in Fedora?
Edit: Backstory
I'm trying to build a Rust program, but it won't compile because apparently I'm missing some things. It said:
= note: /usr/bin/ld: cannot find -lxkbcommon
/usr/bin/ld: cannot find -lxkbcommon
/usr/bin/ld: cannot find -linput
/usr/bin/ld: cannot find -lgbm
collect2: error: ld returned 1 exit status
I installed lxkbcommon
(edit: I actually installed libxkbcommon
. Not sure how I missed that.) via dnf install libxkbcommon-devel
and then the output looked like this:
= note: /usr/bin/ld: cannot find -linput
/usr/bin/ld: cannot find -lgbm
collect2: error: ld returned 1 exit status
So I figured I needed something called linput
and lgbm
as well, only I cannot find those with dnf search
and I'm coming up empty-handed with google.
fedora repository
fedora repository
edited Mar 17 at 21:59
Rokit
asked Mar 17 at 19:16
RokitRokit
1244
1244
I don't understand why I got downvoted. I googled "fedora linput", "linux linput", and "linux input" hoping to find some repository I could add to dnf or find whatever package it lives in so I can install it. Nothing comes up.
– Rokit
Mar 17 at 19:24
Could you give a little backstory as to how you came across those packages? Why do you believe they exist and are called that?
– Jeff Schaller♦
Mar 17 at 19:39
@JeffSchaller Question updated.
– Rokit
Mar 17 at 19:54
4
That is an excellent update, thank you! It helps potential answerers understand why you want what you're asking for and what the potential misunderstanding(s) are.
– Jeff Schaller♦
Mar 17 at 19:55
2
It's important to be careful how you word things here; there's a phenomenon known as an "XY problem" where you think you need "X" but it turns out you really need "Y". If, for example, there happened to be a Fedora repo named "lgbm", an answerer could have solved your apparent problem by showing how to add that repo, when in reality your problem lies with compiling a rust program and havingld
complain about missing libraries. (I may have swapped "X" and "Y", but I hope you followed)
– Jeff Schaller♦
Mar 17 at 19:59
add a comment |
I don't understand why I got downvoted. I googled "fedora linput", "linux linput", and "linux input" hoping to find some repository I could add to dnf or find whatever package it lives in so I can install it. Nothing comes up.
– Rokit
Mar 17 at 19:24
Could you give a little backstory as to how you came across those packages? Why do you believe they exist and are called that?
– Jeff Schaller♦
Mar 17 at 19:39
@JeffSchaller Question updated.
– Rokit
Mar 17 at 19:54
4
That is an excellent update, thank you! It helps potential answerers understand why you want what you're asking for and what the potential misunderstanding(s) are.
– Jeff Schaller♦
Mar 17 at 19:55
2
It's important to be careful how you word things here; there's a phenomenon known as an "XY problem" where you think you need "X" but it turns out you really need "Y". If, for example, there happened to be a Fedora repo named "lgbm", an answerer could have solved your apparent problem by showing how to add that repo, when in reality your problem lies with compiling a rust program and havingld
complain about missing libraries. (I may have swapped "X" and "Y", but I hope you followed)
– Jeff Schaller♦
Mar 17 at 19:59
I don't understand why I got downvoted. I googled "fedora linput", "linux linput", and "linux input" hoping to find some repository I could add to dnf or find whatever package it lives in so I can install it. Nothing comes up.
– Rokit
Mar 17 at 19:24
I don't understand why I got downvoted. I googled "fedora linput", "linux linput", and "linux input" hoping to find some repository I could add to dnf or find whatever package it lives in so I can install it. Nothing comes up.
– Rokit
Mar 17 at 19:24
Could you give a little backstory as to how you came across those packages? Why do you believe they exist and are called that?
– Jeff Schaller♦
Mar 17 at 19:39
Could you give a little backstory as to how you came across those packages? Why do you believe they exist and are called that?
– Jeff Schaller♦
Mar 17 at 19:39
@JeffSchaller Question updated.
– Rokit
Mar 17 at 19:54
@JeffSchaller Question updated.
– Rokit
Mar 17 at 19:54
4
4
That is an excellent update, thank you! It helps potential answerers understand why you want what you're asking for and what the potential misunderstanding(s) are.
– Jeff Schaller♦
Mar 17 at 19:55
That is an excellent update, thank you! It helps potential answerers understand why you want what you're asking for and what the potential misunderstanding(s) are.
– Jeff Schaller♦
Mar 17 at 19:55
2
2
It's important to be careful how you word things here; there's a phenomenon known as an "XY problem" where you think you need "X" but it turns out you really need "Y". If, for example, there happened to be a Fedora repo named "lgbm", an answerer could have solved your apparent problem by showing how to add that repo, when in reality your problem lies with compiling a rust program and having
ld
complain about missing libraries. (I may have swapped "X" and "Y", but I hope you followed)– Jeff Schaller♦
Mar 17 at 19:59
It's important to be careful how you word things here; there's a phenomenon known as an "XY problem" where you think you need "X" but it turns out you really need "Y". If, for example, there happened to be a Fedora repo named "lgbm", an answerer could have solved your apparent problem by showing how to add that repo, when in reality your problem lies with compiling a rust program and having
ld
complain about missing libraries. (I may have swapped "X" and "Y", but I hope you followed)– Jeff Schaller♦
Mar 17 at 19:59
add a comment |
2 Answers
2
active
oldest
votes
What you are getting are error messages from the linker (ld
), which is complaining that the libraries you are looking for are not available.
A message such as /usr/bin/ld: cannot find -linput
actually means it was looking for a file named libinput.so
. The -l
flag is a command-line argument (to ld
or to gcc
) that expects the library name to follow and then the library name is used to form the file name which includes the lib
prefix and the .so
suffix (for dynamically loadable library, which is what is typically used in most distributions, Fedora included.)
So it turns out that the files you need are libinput.so
and libgbm.so
.
You can then use dnf provides
to search for those files. Assuming you're using a 64-bit distribution, these libraries would be in /usr/lib64
, so the full commands would be:
$ dnf provides /usr/lib64/libinput.so
libinput-devel-1.12.6-3.fc30.x86_64 : Development files for libinput
Repo : rawhide
Matched from:
Filename : /usr/lib64/libinput.so
$ dnf provides /usr/lib64/libgbm.so
mesa-libgbm-devel-19.0.0~rc7-1.fc30.x86_64 : Mesa libgbm development package
Repo : rawhide
Matched from:
Filename : /usr/lib64/libgbm.so
If you don't know the exact directory, you can also use dnf provides '*/libinput.so'
or other wildcards if you know even less information about the files you want to search (and are willing to sort through more search results in look for something useful.)
In your case, it seems what you need is to:
$ sudo dnf install libinput-devel mesa-libgbm-devel
From that point on, dnf
should also bring all other dependencies you need. Hopefully this is all you're missing to build the software you're building. But if you have further issues of missing libraries, using this information you might be able to find packages that ship those, assuming they're available in Fedora.
3
Excellent providing-of-fish and teaching-how-to-fish!
– Jeff Schaller♦
Mar 17 at 21:07
That did it! Thanks for the excellent answer. I have one question regarding thednf search '*/libinput.so
. When I execute that command I get a>
in the terminal which is waiting for more input. I was expecting just a longer list. What does it need there?
– Rokit
Mar 17 at 21:34
1
@Rokit sorry I missed the closing quote in that command... Should have beendnf provides '*/libinput.so'
. I fixed the answer to correct that. Glad this solved the issue you were having!
– filbranden
Mar 17 at 21:39
1
Also, should have beenprovides
(looks for files in the package) rather thansearch
(looks for terms in package name and description.) Answer updated for that as well!
– filbranden
Mar 17 at 21:41
add a comment |
If this is the same thing I found related to this:
https://lightgbm.readthedocs.io/en/latest/Installation-Guide.html
lightGBM is a gradient boosting framework that uses tree-based learning algorithms. It is designed to be distributed and efficient with the following advantages:
- Faster training speed and higher efficiency.
- Lower memory usage.
- Better accuracy.
- Support of parallel and GPU learning.
- Capable of handling large-scale data.
On Linux LightGBM can be built using CMake and gcc or Clang.
Install CMake.
Run the following commands:
git clone --recursive https://github.com/Microsoft/LightGBM ; cd LightGBM
mkdir build ; cd build
cmake ..
make -j4
good so far; are you able to address the-linput
portion?
– Jeff Schaller♦
Mar 17 at 20:31
1
I think in this case-lgbm
wants the "Generic Buffer Management" API of Mesa for graphics rendering, which can be found in themesa-libgbm
package in Fedora. Also, typically my first advice is to look for an available package in your own distro (in this case, Fedora) rather than building from source. When available from the distro, life is much easier...
– filbranden
Mar 17 at 20:54
2
I just built LightGBM. I also neededgcc-c++
. How do I install it once it is built? I've always just installed packages via a package manager of some sort, never built from source. I also already hadmesa-libgbm
installed. Thanks for the help!
– Rokit
Mar 17 at 21:04
1
@Rokit just a side note: after usingmake
it is usually possible (if the authors included aninstall
target) to usemake install
(orsudo make install
if the Makefile wants to install system-wide) to copy the built objects to useful directories, but note thatmake install
can be difficult to undo in many cases
– cat
Mar 17 at 21:52
1
@Rokit if there's noinstall
target (make: no rule to make target install
) then you'll have to copy the built objects to the right folders yourself
– cat
Mar 17 at 21:53
add a comment |
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2 Answers
2
active
oldest
votes
2 Answers
2
active
oldest
votes
active
oldest
votes
active
oldest
votes
What you are getting are error messages from the linker (ld
), which is complaining that the libraries you are looking for are not available.
A message such as /usr/bin/ld: cannot find -linput
actually means it was looking for a file named libinput.so
. The -l
flag is a command-line argument (to ld
or to gcc
) that expects the library name to follow and then the library name is used to form the file name which includes the lib
prefix and the .so
suffix (for dynamically loadable library, which is what is typically used in most distributions, Fedora included.)
So it turns out that the files you need are libinput.so
and libgbm.so
.
You can then use dnf provides
to search for those files. Assuming you're using a 64-bit distribution, these libraries would be in /usr/lib64
, so the full commands would be:
$ dnf provides /usr/lib64/libinput.so
libinput-devel-1.12.6-3.fc30.x86_64 : Development files for libinput
Repo : rawhide
Matched from:
Filename : /usr/lib64/libinput.so
$ dnf provides /usr/lib64/libgbm.so
mesa-libgbm-devel-19.0.0~rc7-1.fc30.x86_64 : Mesa libgbm development package
Repo : rawhide
Matched from:
Filename : /usr/lib64/libgbm.so
If you don't know the exact directory, you can also use dnf provides '*/libinput.so'
or other wildcards if you know even less information about the files you want to search (and are willing to sort through more search results in look for something useful.)
In your case, it seems what you need is to:
$ sudo dnf install libinput-devel mesa-libgbm-devel
From that point on, dnf
should also bring all other dependencies you need. Hopefully this is all you're missing to build the software you're building. But if you have further issues of missing libraries, using this information you might be able to find packages that ship those, assuming they're available in Fedora.
3
Excellent providing-of-fish and teaching-how-to-fish!
– Jeff Schaller♦
Mar 17 at 21:07
That did it! Thanks for the excellent answer. I have one question regarding thednf search '*/libinput.so
. When I execute that command I get a>
in the terminal which is waiting for more input. I was expecting just a longer list. What does it need there?
– Rokit
Mar 17 at 21:34
1
@Rokit sorry I missed the closing quote in that command... Should have beendnf provides '*/libinput.so'
. I fixed the answer to correct that. Glad this solved the issue you were having!
– filbranden
Mar 17 at 21:39
1
Also, should have beenprovides
(looks for files in the package) rather thansearch
(looks for terms in package name and description.) Answer updated for that as well!
– filbranden
Mar 17 at 21:41
add a comment |
What you are getting are error messages from the linker (ld
), which is complaining that the libraries you are looking for are not available.
A message such as /usr/bin/ld: cannot find -linput
actually means it was looking for a file named libinput.so
. The -l
flag is a command-line argument (to ld
or to gcc
) that expects the library name to follow and then the library name is used to form the file name which includes the lib
prefix and the .so
suffix (for dynamically loadable library, which is what is typically used in most distributions, Fedora included.)
So it turns out that the files you need are libinput.so
and libgbm.so
.
You can then use dnf provides
to search for those files. Assuming you're using a 64-bit distribution, these libraries would be in /usr/lib64
, so the full commands would be:
$ dnf provides /usr/lib64/libinput.so
libinput-devel-1.12.6-3.fc30.x86_64 : Development files for libinput
Repo : rawhide
Matched from:
Filename : /usr/lib64/libinput.so
$ dnf provides /usr/lib64/libgbm.so
mesa-libgbm-devel-19.0.0~rc7-1.fc30.x86_64 : Mesa libgbm development package
Repo : rawhide
Matched from:
Filename : /usr/lib64/libgbm.so
If you don't know the exact directory, you can also use dnf provides '*/libinput.so'
or other wildcards if you know even less information about the files you want to search (and are willing to sort through more search results in look for something useful.)
In your case, it seems what you need is to:
$ sudo dnf install libinput-devel mesa-libgbm-devel
From that point on, dnf
should also bring all other dependencies you need. Hopefully this is all you're missing to build the software you're building. But if you have further issues of missing libraries, using this information you might be able to find packages that ship those, assuming they're available in Fedora.
3
Excellent providing-of-fish and teaching-how-to-fish!
– Jeff Schaller♦
Mar 17 at 21:07
That did it! Thanks for the excellent answer. I have one question regarding thednf search '*/libinput.so
. When I execute that command I get a>
in the terminal which is waiting for more input. I was expecting just a longer list. What does it need there?
– Rokit
Mar 17 at 21:34
1
@Rokit sorry I missed the closing quote in that command... Should have beendnf provides '*/libinput.so'
. I fixed the answer to correct that. Glad this solved the issue you were having!
– filbranden
Mar 17 at 21:39
1
Also, should have beenprovides
(looks for files in the package) rather thansearch
(looks for terms in package name and description.) Answer updated for that as well!
– filbranden
Mar 17 at 21:41
add a comment |
What you are getting are error messages from the linker (ld
), which is complaining that the libraries you are looking for are not available.
A message such as /usr/bin/ld: cannot find -linput
actually means it was looking for a file named libinput.so
. The -l
flag is a command-line argument (to ld
or to gcc
) that expects the library name to follow and then the library name is used to form the file name which includes the lib
prefix and the .so
suffix (for dynamically loadable library, which is what is typically used in most distributions, Fedora included.)
So it turns out that the files you need are libinput.so
and libgbm.so
.
You can then use dnf provides
to search for those files. Assuming you're using a 64-bit distribution, these libraries would be in /usr/lib64
, so the full commands would be:
$ dnf provides /usr/lib64/libinput.so
libinput-devel-1.12.6-3.fc30.x86_64 : Development files for libinput
Repo : rawhide
Matched from:
Filename : /usr/lib64/libinput.so
$ dnf provides /usr/lib64/libgbm.so
mesa-libgbm-devel-19.0.0~rc7-1.fc30.x86_64 : Mesa libgbm development package
Repo : rawhide
Matched from:
Filename : /usr/lib64/libgbm.so
If you don't know the exact directory, you can also use dnf provides '*/libinput.so'
or other wildcards if you know even less information about the files you want to search (and are willing to sort through more search results in look for something useful.)
In your case, it seems what you need is to:
$ sudo dnf install libinput-devel mesa-libgbm-devel
From that point on, dnf
should also bring all other dependencies you need. Hopefully this is all you're missing to build the software you're building. But if you have further issues of missing libraries, using this information you might be able to find packages that ship those, assuming they're available in Fedora.
What you are getting are error messages from the linker (ld
), which is complaining that the libraries you are looking for are not available.
A message such as /usr/bin/ld: cannot find -linput
actually means it was looking for a file named libinput.so
. The -l
flag is a command-line argument (to ld
or to gcc
) that expects the library name to follow and then the library name is used to form the file name which includes the lib
prefix and the .so
suffix (for dynamically loadable library, which is what is typically used in most distributions, Fedora included.)
So it turns out that the files you need are libinput.so
and libgbm.so
.
You can then use dnf provides
to search for those files. Assuming you're using a 64-bit distribution, these libraries would be in /usr/lib64
, so the full commands would be:
$ dnf provides /usr/lib64/libinput.so
libinput-devel-1.12.6-3.fc30.x86_64 : Development files for libinput
Repo : rawhide
Matched from:
Filename : /usr/lib64/libinput.so
$ dnf provides /usr/lib64/libgbm.so
mesa-libgbm-devel-19.0.0~rc7-1.fc30.x86_64 : Mesa libgbm development package
Repo : rawhide
Matched from:
Filename : /usr/lib64/libgbm.so
If you don't know the exact directory, you can also use dnf provides '*/libinput.so'
or other wildcards if you know even less information about the files you want to search (and are willing to sort through more search results in look for something useful.)
In your case, it seems what you need is to:
$ sudo dnf install libinput-devel mesa-libgbm-devel
From that point on, dnf
should also bring all other dependencies you need. Hopefully this is all you're missing to build the software you're building. But if you have further issues of missing libraries, using this information you might be able to find packages that ship those, assuming they're available in Fedora.
edited Mar 17 at 21:37
answered Mar 17 at 20:47
filbrandenfilbranden
10.8k21848
10.8k21848
3
Excellent providing-of-fish and teaching-how-to-fish!
– Jeff Schaller♦
Mar 17 at 21:07
That did it! Thanks for the excellent answer. I have one question regarding thednf search '*/libinput.so
. When I execute that command I get a>
in the terminal which is waiting for more input. I was expecting just a longer list. What does it need there?
– Rokit
Mar 17 at 21:34
1
@Rokit sorry I missed the closing quote in that command... Should have beendnf provides '*/libinput.so'
. I fixed the answer to correct that. Glad this solved the issue you were having!
– filbranden
Mar 17 at 21:39
1
Also, should have beenprovides
(looks for files in the package) rather thansearch
(looks for terms in package name and description.) Answer updated for that as well!
– filbranden
Mar 17 at 21:41
add a comment |
3
Excellent providing-of-fish and teaching-how-to-fish!
– Jeff Schaller♦
Mar 17 at 21:07
That did it! Thanks for the excellent answer. I have one question regarding thednf search '*/libinput.so
. When I execute that command I get a>
in the terminal which is waiting for more input. I was expecting just a longer list. What does it need there?
– Rokit
Mar 17 at 21:34
1
@Rokit sorry I missed the closing quote in that command... Should have beendnf provides '*/libinput.so'
. I fixed the answer to correct that. Glad this solved the issue you were having!
– filbranden
Mar 17 at 21:39
1
Also, should have beenprovides
(looks for files in the package) rather thansearch
(looks for terms in package name and description.) Answer updated for that as well!
– filbranden
Mar 17 at 21:41
3
3
Excellent providing-of-fish and teaching-how-to-fish!
– Jeff Schaller♦
Mar 17 at 21:07
Excellent providing-of-fish and teaching-how-to-fish!
– Jeff Schaller♦
Mar 17 at 21:07
That did it! Thanks for the excellent answer. I have one question regarding the
dnf search '*/libinput.so
. When I execute that command I get a >
in the terminal which is waiting for more input. I was expecting just a longer list. What does it need there?– Rokit
Mar 17 at 21:34
That did it! Thanks for the excellent answer. I have one question regarding the
dnf search '*/libinput.so
. When I execute that command I get a >
in the terminal which is waiting for more input. I was expecting just a longer list. What does it need there?– Rokit
Mar 17 at 21:34
1
1
@Rokit sorry I missed the closing quote in that command... Should have been
dnf provides '*/libinput.so'
. I fixed the answer to correct that. Glad this solved the issue you were having!– filbranden
Mar 17 at 21:39
@Rokit sorry I missed the closing quote in that command... Should have been
dnf provides '*/libinput.so'
. I fixed the answer to correct that. Glad this solved the issue you were having!– filbranden
Mar 17 at 21:39
1
1
Also, should have been
provides
(looks for files in the package) rather than search
(looks for terms in package name and description.) Answer updated for that as well!– filbranden
Mar 17 at 21:41
Also, should have been
provides
(looks for files in the package) rather than search
(looks for terms in package name and description.) Answer updated for that as well!– filbranden
Mar 17 at 21:41
add a comment |
If this is the same thing I found related to this:
https://lightgbm.readthedocs.io/en/latest/Installation-Guide.html
lightGBM is a gradient boosting framework that uses tree-based learning algorithms. It is designed to be distributed and efficient with the following advantages:
- Faster training speed and higher efficiency.
- Lower memory usage.
- Better accuracy.
- Support of parallel and GPU learning.
- Capable of handling large-scale data.
On Linux LightGBM can be built using CMake and gcc or Clang.
Install CMake.
Run the following commands:
git clone --recursive https://github.com/Microsoft/LightGBM ; cd LightGBM
mkdir build ; cd build
cmake ..
make -j4
good so far; are you able to address the-linput
portion?
– Jeff Schaller♦
Mar 17 at 20:31
1
I think in this case-lgbm
wants the "Generic Buffer Management" API of Mesa for graphics rendering, which can be found in themesa-libgbm
package in Fedora. Also, typically my first advice is to look for an available package in your own distro (in this case, Fedora) rather than building from source. When available from the distro, life is much easier...
– filbranden
Mar 17 at 20:54
2
I just built LightGBM. I also neededgcc-c++
. How do I install it once it is built? I've always just installed packages via a package manager of some sort, never built from source. I also already hadmesa-libgbm
installed. Thanks for the help!
– Rokit
Mar 17 at 21:04
1
@Rokit just a side note: after usingmake
it is usually possible (if the authors included aninstall
target) to usemake install
(orsudo make install
if the Makefile wants to install system-wide) to copy the built objects to useful directories, but note thatmake install
can be difficult to undo in many cases
– cat
Mar 17 at 21:52
1
@Rokit if there's noinstall
target (make: no rule to make target install
) then you'll have to copy the built objects to the right folders yourself
– cat
Mar 17 at 21:53
add a comment |
If this is the same thing I found related to this:
https://lightgbm.readthedocs.io/en/latest/Installation-Guide.html
lightGBM is a gradient boosting framework that uses tree-based learning algorithms. It is designed to be distributed and efficient with the following advantages:
- Faster training speed and higher efficiency.
- Lower memory usage.
- Better accuracy.
- Support of parallel and GPU learning.
- Capable of handling large-scale data.
On Linux LightGBM can be built using CMake and gcc or Clang.
Install CMake.
Run the following commands:
git clone --recursive https://github.com/Microsoft/LightGBM ; cd LightGBM
mkdir build ; cd build
cmake ..
make -j4
good so far; are you able to address the-linput
portion?
– Jeff Schaller♦
Mar 17 at 20:31
1
I think in this case-lgbm
wants the "Generic Buffer Management" API of Mesa for graphics rendering, which can be found in themesa-libgbm
package in Fedora. Also, typically my first advice is to look for an available package in your own distro (in this case, Fedora) rather than building from source. When available from the distro, life is much easier...
– filbranden
Mar 17 at 20:54
2
I just built LightGBM. I also neededgcc-c++
. How do I install it once it is built? I've always just installed packages via a package manager of some sort, never built from source. I also already hadmesa-libgbm
installed. Thanks for the help!
– Rokit
Mar 17 at 21:04
1
@Rokit just a side note: after usingmake
it is usually possible (if the authors included aninstall
target) to usemake install
(orsudo make install
if the Makefile wants to install system-wide) to copy the built objects to useful directories, but note thatmake install
can be difficult to undo in many cases
– cat
Mar 17 at 21:52
1
@Rokit if there's noinstall
target (make: no rule to make target install
) then you'll have to copy the built objects to the right folders yourself
– cat
Mar 17 at 21:53
add a comment |
If this is the same thing I found related to this:
https://lightgbm.readthedocs.io/en/latest/Installation-Guide.html
lightGBM is a gradient boosting framework that uses tree-based learning algorithms. It is designed to be distributed and efficient with the following advantages:
- Faster training speed and higher efficiency.
- Lower memory usage.
- Better accuracy.
- Support of parallel and GPU learning.
- Capable of handling large-scale data.
On Linux LightGBM can be built using CMake and gcc or Clang.
Install CMake.
Run the following commands:
git clone --recursive https://github.com/Microsoft/LightGBM ; cd LightGBM
mkdir build ; cd build
cmake ..
make -j4
If this is the same thing I found related to this:
https://lightgbm.readthedocs.io/en/latest/Installation-Guide.html
lightGBM is a gradient boosting framework that uses tree-based learning algorithms. It is designed to be distributed and efficient with the following advantages:
- Faster training speed and higher efficiency.
- Lower memory usage.
- Better accuracy.
- Support of parallel and GPU learning.
- Capable of handling large-scale data.
On Linux LightGBM can be built using CMake and gcc or Clang.
Install CMake.
Run the following commands:
git clone --recursive https://github.com/Microsoft/LightGBM ; cd LightGBM
mkdir build ; cd build
cmake ..
make -j4
edited Mar 17 at 20:31
Jeff Schaller♦
45k1164147
45k1164147
answered Mar 17 at 19:50
Mark ScheckMark Scheck
167
167
good so far; are you able to address the-linput
portion?
– Jeff Schaller♦
Mar 17 at 20:31
1
I think in this case-lgbm
wants the "Generic Buffer Management" API of Mesa for graphics rendering, which can be found in themesa-libgbm
package in Fedora. Also, typically my first advice is to look for an available package in your own distro (in this case, Fedora) rather than building from source. When available from the distro, life is much easier...
– filbranden
Mar 17 at 20:54
2
I just built LightGBM. I also neededgcc-c++
. How do I install it once it is built? I've always just installed packages via a package manager of some sort, never built from source. I also already hadmesa-libgbm
installed. Thanks for the help!
– Rokit
Mar 17 at 21:04
1
@Rokit just a side note: after usingmake
it is usually possible (if the authors included aninstall
target) to usemake install
(orsudo make install
if the Makefile wants to install system-wide) to copy the built objects to useful directories, but note thatmake install
can be difficult to undo in many cases
– cat
Mar 17 at 21:52
1
@Rokit if there's noinstall
target (make: no rule to make target install
) then you'll have to copy the built objects to the right folders yourself
– cat
Mar 17 at 21:53
add a comment |
good so far; are you able to address the-linput
portion?
– Jeff Schaller♦
Mar 17 at 20:31
1
I think in this case-lgbm
wants the "Generic Buffer Management" API of Mesa for graphics rendering, which can be found in themesa-libgbm
package in Fedora. Also, typically my first advice is to look for an available package in your own distro (in this case, Fedora) rather than building from source. When available from the distro, life is much easier...
– filbranden
Mar 17 at 20:54
2
I just built LightGBM. I also neededgcc-c++
. How do I install it once it is built? I've always just installed packages via a package manager of some sort, never built from source. I also already hadmesa-libgbm
installed. Thanks for the help!
– Rokit
Mar 17 at 21:04
1
@Rokit just a side note: after usingmake
it is usually possible (if the authors included aninstall
target) to usemake install
(orsudo make install
if the Makefile wants to install system-wide) to copy the built objects to useful directories, but note thatmake install
can be difficult to undo in many cases
– cat
Mar 17 at 21:52
1
@Rokit if there's noinstall
target (make: no rule to make target install
) then you'll have to copy the built objects to the right folders yourself
– cat
Mar 17 at 21:53
good so far; are you able to address the
-linput
portion?– Jeff Schaller♦
Mar 17 at 20:31
good so far; are you able to address the
-linput
portion?– Jeff Schaller♦
Mar 17 at 20:31
1
1
I think in this case
-lgbm
wants the "Generic Buffer Management" API of Mesa for graphics rendering, which can be found in the mesa-libgbm
package in Fedora. Also, typically my first advice is to look for an available package in your own distro (in this case, Fedora) rather than building from source. When available from the distro, life is much easier...– filbranden
Mar 17 at 20:54
I think in this case
-lgbm
wants the "Generic Buffer Management" API of Mesa for graphics rendering, which can be found in the mesa-libgbm
package in Fedora. Also, typically my first advice is to look for an available package in your own distro (in this case, Fedora) rather than building from source. When available from the distro, life is much easier...– filbranden
Mar 17 at 20:54
2
2
I just built LightGBM. I also needed
gcc-c++
. How do I install it once it is built? I've always just installed packages via a package manager of some sort, never built from source. I also already had mesa-libgbm
installed. Thanks for the help!– Rokit
Mar 17 at 21:04
I just built LightGBM. I also needed
gcc-c++
. How do I install it once it is built? I've always just installed packages via a package manager of some sort, never built from source. I also already had mesa-libgbm
installed. Thanks for the help!– Rokit
Mar 17 at 21:04
1
1
@Rokit just a side note: after using
make
it is usually possible (if the authors included an install
target) to use make install
(or sudo make install
if the Makefile wants to install system-wide) to copy the built objects to useful directories, but note that make install
can be difficult to undo in many cases– cat
Mar 17 at 21:52
@Rokit just a side note: after using
make
it is usually possible (if the authors included an install
target) to use make install
(or sudo make install
if the Makefile wants to install system-wide) to copy the built objects to useful directories, but note that make install
can be difficult to undo in many cases– cat
Mar 17 at 21:52
1
1
@Rokit if there's no
install
target (make: no rule to make target install
) then you'll have to copy the built objects to the right folders yourself– cat
Mar 17 at 21:53
@Rokit if there's no
install
target (make: no rule to make target install
) then you'll have to copy the built objects to the right folders yourself– cat
Mar 17 at 21:53
add a comment |
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I don't understand why I got downvoted. I googled "fedora linput", "linux linput", and "linux input" hoping to find some repository I could add to dnf or find whatever package it lives in so I can install it. Nothing comes up.
– Rokit
Mar 17 at 19:24
Could you give a little backstory as to how you came across those packages? Why do you believe they exist and are called that?
– Jeff Schaller♦
Mar 17 at 19:39
@JeffSchaller Question updated.
– Rokit
Mar 17 at 19:54
4
That is an excellent update, thank you! It helps potential answerers understand why you want what you're asking for and what the potential misunderstanding(s) are.
– Jeff Schaller♦
Mar 17 at 19:55
2
It's important to be careful how you word things here; there's a phenomenon known as an "XY problem" where you think you need "X" but it turns out you really need "Y". If, for example, there happened to be a Fedora repo named "lgbm", an answerer could have solved your apparent problem by showing how to add that repo, when in reality your problem lies with compiling a rust program and having
ld
complain about missing libraries. (I may have swapped "X" and "Y", but I hope you followed)– Jeff Schaller♦
Mar 17 at 19:59