mininet @ ea97dea9
|bin||84ea8d7f||about 7 years||Cody Burkard||added waitConnected attribute to mininet class|
|custom||dec1f402||almost 9 years||Brandon Heller||custom topo: remove author name No need for th...|
|debian||f66e9af5||about 8 years||Bob Lantz||Update for 2.1.0 final packaging|
|doc||c04ef88e||almost 9 years||Bob Lantz||Add note regarding removing old OVS junk.|
|examples||3a52ad2f||about 7 years||Cody Burkard||fixed linearbandwidth and waitconnected|
|mininet||ea97dea9||about 7 years||Cody Burkard||adding waitConnected to linear5 test|
|util||e49c9d26||over 7 years||Brian O'Connor||build.py: making ovf generation more generic|
|.gitattributes||17 Bytes||29884297||about 9 years||Bob Lantz||show method names in git diff output|
|.gitignore||106 Bytes||4f33cad0||about 9 years||Bob Lantz||Ignore more stuff, notably generated docs and m...|
|.pylint||8.74 KB||350fdbfe||over 9 years||Bob Lantz||Allow modules (node.py) to be 1500 lines. Maybe...|
|CONTRIBUTORS||759 Bytes||87c37bb1||about 8 years||Bob Lantz||Add jpoliv|
|INSTALL||5.27 KB||4b65570b||over 7 years||Gregory Gee||Add notes about specific release branches.|
|LICENSE||1.66 KB||96952b92||almost 8 years||Bob Lantz||2.1.0 -> 2.1.0+|
|Makefile||1.49 KB||8842e450||almost 8 years||Jose Pedro Oliveira||Turns on gcc warnings (CFLAGS += -Wall -Wextra)|
|README.md||4.6 KB||96952b92||almost 8 years||Bob Lantz||2.1.0 -> 2.1.0+|
|mnexec.c||5.23 KB||9c3ecfe3||about 7 years||Cody Burkard||conforming to mininet style|
|setup.py||1.19 KB||896c4cbc||about 8 years||Bob Lantz||Edits for 2.1.0|
Mininet: Rapid Prototyping for Software Defined Networks
The best way to emulate almost any network on your laptop!
What is Mininet?
Mininet emulates a complete network of hosts, links, and switches on a single machine. To create a sample two-host, one-switch network, just run:
Mininet is useful for interactive development, testing, and demos, especially those using OpenFlow and SDN. OpenFlow-based network controllers prototyped in Mininet can usually be transferred to hardware with minimal changes for full line-rate execution.
How does it work?
Mininet creates virtual networks using process-based virtualization
and network namespaces - features that are available in recent Linux
kernels. In Mininet, hosts are emulated as
bash processes running in
a network namespace, so any code that would normally run on a Linux
server (like a web server or client program) should run just fine
within a Mininet "Host". The Mininet "Host" will have its own private
network interface and can only see its own processes. Switches in
Mininet are software-based switches like Open vSwitch or the OpenFlow
reference switch. Links are virtual ethernet pairs, which live in the
Linux kernel and connect our emulated switches to emulated hosts
A command-line launcher (
mn) to instantiate networks.
A handy Python API for creating networks of varying sizes and topologies.
Examples (in the
examples/directory) to help you get started.
Full API documentation via Python
help()docstrings, as well as the ability to generate PDF/HTML documentation with
Parametrized topologies (
Toposubclasses) using the Mininet object. For example, a tree network may be created with the command:
mn --topo tree,depth=2,fanout=3
A command-line interface (
CLIclass) which provides useful diagnostic commands (like
ping), as well as the ability to run a command to a node. For example,
mininet> h11 ifconfig -a
tells host h11 to run the command
A "cleanup" command to get rid of junk (interfaces, processes, files in /tmp, etc.) which might be left around by Mininet or Linux. Try this if things stop working!
New features in 2.1.0+
Mininet 2.1.0+ provides a number of bug fixes as well as several new features, including:
- Convenient access to
Mininet()as a dict of nodes
- X11 tunneling (wireshark in Mininet hosts, finally!)
- Accurate reflection of the
Mininet()object in the CLI
- Automatically detecting and adjusting resource limits
- Automatic cleanup on failure of the
- Preliminary support for running OVS in user space mode
- Preliminary support (
IVSSwitch()) for the Indigo Virtual Switch
- support for installing the OpenFlow 1.3 versions of the reference user switch and NOX from CPqD
- The ability to import modules from
We have provided several new examples (which can easily be imported to provide useful functionality) including:
- Modeling separate control and data networks:
- Connecting Mininet hosts the internet (or a LAN) using NAT:
- Creating per-host custom directories using bind mounts:
Note that examples contain experimental features which might "graduate" into mainline Mininet in the future, but they should not be considered a stable part of the Mininet API!
INSTALL for installation instructions and details.
In addition to the API documentation (
make doc), much useful
information, including a Mininet walkthrough and an introduction
to the Python API, is available on the
Mininet Web Site.
There is also a wiki which you are encouraged to read and to
contribute to, particularly the Frequently Asked Questions (FAQ.)
Mininet is community-supported. We encourage you to join the
Mininet mailing list,
Mininet is an open source project and is currently hosted at https://github.com/mininet. You are encouraged to download the code, examine it, modify it, and submit bug reports, bug fixes, feature requests, new features and other issues and pull requests. Thanks to everyone who has contributed to the project (see CONTRIBUTORS for more info!)
Best wishes, and we look forward to seeing what you can do with Mininet to change the networking world!
The Mininet 2.1.0+ Team:
- Bob Lantz
- Brian O'Connor
Also available in: Atom