open-vm-tools is a set of services and modules that enable several features in VMware products for better management of, and seamless user interactions with, guests. It includes kernel modules for enhancing the performance of virtual machines running Linux or other VMware supported Unix like guest operating systems.
open-vm-tools enables the following features in VMware products:
The following components have been released as open source software:
Yes. open-vm-tools packages for user space components are available with new versions of major Linux distributions, and are installed as part of the OS installation in several cases. Please refer to VMware KB article http://kb.vmware.com/kb/2073803 for details. All leading Linux vendors support open-vm-tools and bundle it with their products. For information about OS compatibility for open-vm-tools, see the VMware Compatibility Guide at http://www.vmware.com/resources/compatibility Automatic installation of open-vm-tools along with the OS installation eliminates the need to separately install open-vm-tools in guests. If open-vm-tools is not installed automatically, you may be able to manually install it from the guest OS vendor's public repository. Installing open-vm-tools from the Linux vendor's repository reduces virtual machine downtime because future updates to open-vm-tools are included with the OS maintenance patches and updates. NOTE: Most of the Linux distributions ship two or more open-vm-tools packages. "open-vm-tools" is the core package without any dependencies on X libraries and "open-vm-tools-desktop" is an additional package with dependencies on "open-vm-tools" core package and X libraries. The "open-vm-tools-sdmp" package contains a plugin for Service Discovery. There may be additional packages, please refer to the documentation of the OS vendor. Note that the open-vm-tools packages available with Linux distributions do not include Linux drivers because Linux drivers are available as part of Linux kernel itself. Linux kernel versions 3.10 and later include all of the Linux drivers present in open-vm-tools except the vmhgfs driver. The vmhgfs driver was required for enabling shared folders feature, but is superseded by vmhgfs-fuse which does not require a kernel driver.
VMware Tools will continue to be available under a commercial license. It is recommended that open-vm-tools be used for the Linux distributions where open-vm-tools is available. VMware will not provide OSPs for operating systems where open-vm-tools is available.
Under the terms of the GPL, open source community members are able to use the open-vm-tools code to develop their own applications, extend it, and contribute to the community. They can also incorporate some or all of the code into their projects, provided they comply with the terms of the GPL.
The code is being released under GPL v2 and GPL v2 compatible licenses. To be more specific, the Linux kernel modules are being released under the GPL v2, while almost all of the user level components are being released under the LGPL v2.1. The SVGA and mouse drivers have been available under the X11 license for quite some time. There are certain third party components released under BSD style licenses, to which VMware has in some cases contributed, and will continue to distribute with open-vm-tools.
We chose the GPL v2 for the kernel components to be consistent with the Linux kernel's license. We chose the LGPL v2.1 for the user level components because some of the code is implemented as shared libraries and we do not wish to restrict proprietary code from linking against those libraries. For consistency, we decided to license the rest of the userlevel code under the LGPL v2.1 as well.
Each of these licenses have different obligations. For questions about the GPL, LGPL licenses, the Free Software Foundation's GPL FAQ page provides lots of useful information. For questions about the other licenses like the X11, BSD licenses, the Open Source Initiative has numerous useful resources including mailing lists. The Software Freedom Law Center provides legal expertise and consulting for free and open source software (FOSS) developers.
Different open source licenses have different requirements regarding the release of source code. Since the code is being released under various open source licenses, you will need to comply with the terms of the corresponding licenses.
No, you aren't required to contribute any changes that you make back to the open-vm-tools project. However, we encourage you to do so.
Yes, as long as you comply with the appropriate license(s).
Yes! Please do.
Our goal is to work towards making the open source version as close to the commercial version as possible. However, we do currently make use of certain components licensed from third parties as well as components from other VMware products which are only available in binary form.
No, since your project/product is not a VMware project/product.
open-vm-tools uses the GNU Automake tool for generating Makefiles to build all sources. More information about Automake can be found here: http://www.gnu.org/software/automake/
The following steps will work on most recent Linux distributions:
autoreconf -i
./configure
make
sudo make install
sudo ldconfigTo build the optional sdmp (Service Discovery) plugin use the --enable-servicediscovery option to invoke the configure script:
./configure --enable-servicediscoveryThe Salt support on Linux consists of a single bash script to setup Salt Minion on VMware virtual machines. The script requires the "curl" and "awk" commands to be available on the system.
Linux providers supplying open-vm-tools packages are recommended to provide Salt Minion support in a separate optional package - "open-vm-tools-salt-minion".
To include the Salt Minion Setup in the open-vm-tools build use the --enable-salt-minion option when invoking the configure script.
./configure --enable-salt-minionThe component Manager manages a preconfigured set of components available from VMware that can be made available on the Linux guest. Currently the only component that can be managed is the Salt Minion Setup.
The optional containerInfo plugin retrieves a list of the containers running on a Linux guest and publishes the list to the guest variable "guestinfo.vmtools.containerinfo" in JSON format. The containerInfo plugin communicates with the containerd daemon using gRPC to retrieve the desired information. For containers that are managed by Docker, the plugin uses libcurl to communicate with the Docker daemon and get the names of the containers.
Since this plugin requires additional build and runtime dependencies, Linux vendors are recommended to release it in a separate, optional package - "open-vm-tools-containerinfo". This avoids unnecessary dependencies for customers not using the feature.
| Build Dependencies | Runtime |
|---|---|
libcurl4-openssl-dev |
curl |
protobuf-compiler |
protobuf |
libprotobuf-dev |
grpc++ |
protobuf-compiler-grpc |
|
libgrpc++-dev |
|
golang-github-containerd-containerd-dev |
|
golang-github-gogo-protobuf-dev |
| Build Dependencies | Runtime |
|---|---|
libcurl-devel |
curl |
protobuf-compiler |
protobuf |
protobuf-devel |
grpc-cpp |
grpc-plugins |
|
grpc-devel |
|
containerd-devel |
The configure script defaults to building the ContainerInfo when all the needed dependencies are available. ContainerInfo will not be built if there are missing dependencies. Invoke the configure script with --enable-containerinfo=no to explicitly inhibit building the plugin.
./configure --enable-containerinfo=noIf the configure script is given the option --enable-containerinfo=yes and any necessary dependency is not available, the configure script will terminate with an error.
./configure --enable-containerinfo=yesIf you are looking for help or additional settings for the building of this project, the following configure command will display a list of help options:
./configure --helpWhen using configure in the steps above it is only necessary to call ./configure once unless there was a problem after the first invocation.
You can get involved today in several different ways:
Start porting the code to other operating systems. Here is the list of operating systems with open-vm-tools:
Yes. Initially, VMware engineers will be the only committers. As we roll out our development infrastructure, we will be looking to add external committers to the project as well.
Initially, you can submit bug fixes, patches and new features to the project development mailing list as attachments to emails or bug reports. To contribute source code, you will need to fill out a contribution agreement form as part of the submission process. We will have more details on this process shortly.
The feature roadmap and schedules for the open-vm-tools project will continue to be defined by VMware. Initially, VMware engineers will be the only approved committers. We will review incoming submissions for suitability for merging into the project. We will be looking to add community committers to the project based on their demonstrated contributions to the project. Finally, we also plan to set up a process for enhancement proposals, establishing sub-projects and so on.
Contributions that are accepted into the open-vm-tools project's main source tree will likely be a part of VMware Tools. We also recognize the value of attribution and value your contributions. Consequently, we will acknowledge contributions from the community that are distributed with VMware's products.
Yes. We have a standard contribution agreement that covers all contributions made to the project. It gives VMware and you joint copyright interests in the code you are contributing. The agreement also gives VMware flexibility with licensing and also helps avoid any copyright/licensing related issues that may arise in the future. In order for us to include your contribution in our source tree, we ask that you send us a signed copy of the agreement. You can do this in one of two ways: Fax to +1.650.427.5003, Attn: Product & Technology Law Group Scan and email it to oss-queries_at_vmware.com Agreement: http://open-vm-tools.sourceforge.net/files/vca.pdf
The open-vm-tools source contains a table mapping the guest distro name to the officially recognized short name. Please do not submit pull requests altering this table and associated code. Any changes here must be accompanied by additional changes in the VMware host. Values that are not recognized by the VMware host will be ignored.
Use the appropriate generic Linux designation when configuring a VM for your Linux version. The selection available will vary by virtual hardware version being used.
The Guest OS Customization Support Matrix provides details about the guest operating systems supported for customization.
The VMware Product Interoperability Matrix provides details about the compatibility of different versions of VMware Tools (includes open-vm-tools) and other VMware Products.
open-vm-tools supports the following languages:
Please send an email to one of these mailing lists based on the nature of your question.