| ▶6LoWPAN | Performs 6LoWPAN compression of IPv6 packets as specified by RFC 4944 and RFC 6282 |
| 6LoWPAN module tests | |
| ▶AODV Routing | This section documents the API of the ns-3 AODV module |
| AODV module tests | |
| ▶Applications | This section documents the API of the ns-3 applications module |
| BulkSendApplication | This traffic generator simply sends data as fast as possible up to MaxBytes or until the application is stopped (if MaxBytes is zero) |
| OnOffApplication | This traffic generator follows an On/Off pattern: after Application::StartApplication is called, "On" and "Off" states alternate |
| PacketSink | This application was written to complement OnOffApplication, but it is more general so a PacketSink name was selected |
| ThreeGppHttpClientServer | This traffic generator simulates web browsing traffic using the Hypertext Transfer Protocol (HTTP) |
| UdpClientServer | |
| UdpEcho | |
| applications module tests | |
| BRITE Topology Generator | Create topologies with BRITE |
| Bridge Network Device | Virtual net device that bridges multiple LAN segments |
| CSMA Layout Helpers | |
| CSMA Network Device | This section documents the API of the ns-3 csma module |
| Click Routing | This section documents the API of the ns-3 click module |
| Configuration Store/Load | Store and load simulation attribute configuration |
| Constants | Constants you can change |
| ▶Core | The "core" module contains: |
| ▶Attributes | The ns-3 attribute system is the mechanism used in ns-3 to organize, document, and modify the values used by the various component models |
| Address Attribute |
Attribute implementation for Address |
| ▶Attribute Helper | All these macros can be used to generate automatically the code for subclasses of AttributeValue, AttributeAccessor, and, AttributeChecker, which can be used to give attribute powers to a normal class |
| Attribute Implementation | These are the internal implementation functions for the Attribute system |
| Boolean Attribute |
Attribute implementation for Boolean |
| Box Attribute |
Attribute implementation for Box |
| Callback Attribute |
Attribute implementation for Callback |
| DataRate Attribute |
Attribute implementation for DataRate |
| Double Attribute |
Attribute implementation for Double |
| DsssParameterSet Attribute |
Attribute implementation for DsssParameterSet |
| EdcaParameterSet Attribute |
Attribute implementation for EdcaParameterSet |
| EmptyAttribute Attribute |
Attribute implementation for EmptyAttribute |
| Enum Attribute |
Attribute implementation for Enum |
| ErpInformation Attribute |
Attribute implementation for ErpInformation |
| ExtendedCapabilities Attribute |
Attribute implementation for ExtendedCapabilities |
| HeCapabilities Attribute |
Attribute implementation for HeCapabilities |
| HeOperation Attribute |
Attribute implementation for HeOperation |
| HtCapabilities Attribute |
Attribute implementation for HtCapabilities |
| HtOperation Attribute |
Attribute implementation for HtOperation |
| IeMeshId Attribute |
Attribute implementation for IeMeshId |
| Integer Attribute |
Attribute implementation for Integer |
| Ipv4Address Attribute |
Attribute implementation for Ipv4Address |
| Ipv4Mask Attribute |
Attribute implementation for Ipv4Mask |
| Ipv6Address Attribute |
Attribute implementation for Ipv6Address |
| Ipv6Prefix Attribute |
Attribute implementation for Ipv6Prefix |
| Mac16Address Attribute |
Attribute implementation for Mac16Address |
| Mac48Address Attribute |
Attribute implementation for Mac48Address |
| Mac64Address Attribute |
Attribute implementation for Mac64Address |
| ObjectFactory Attribute |
Attribute implementation for ObjectFactory |
| ObjectMap Attribute |
Attribute implementation for ObjectMap |
| ObjectPtrContainer Attribute |
Attribute implementation for ObjectPtrContainer |
| ObjectVector Attribute |
Attribute implementation for ObjectVector |
| OrganizationIdentifier Attribute |
Attribute implementation for OrganizationIdentifier |
| Pointer Attribute |
Attribute implementation for Pointer |
| RandomVariable Attribute |
Attribute implementation for RandomVariable |
| Rectangle Attribute |
Attribute implementation for Rectangle |
| Ssid Attribute |
Attribute implementation for Ssid |
| String Attribute |
Attribute implementation for String |
| Time Attribute |
Attribute implementation for Time |
| TypeId Attribute |
Attribute implementation for TypeId |
| UanModesList Attribute |
Attribute implementation for UanModesList |
| Uinteger Attribute |
Attribute implementation for Uinteger |
| Vector2D Attribute |
Attribute implementation for Vector2D |
| Vector3D Attribute |
Attribute implementation for Vector3D |
| VhtCapabilities Attribute |
Attribute implementation for VhtCapabilities |
| VhtOperation Attribute |
Attribute implementation for VhtOperation |
| Waypoint Attribute |
Attribute implementation for Waypoint |
| WifiMode Attribute |
Attribute implementation for WifiMode |
| ▶Callbacks | Wrap functions, objects, and arguments into self contained callbacks |
| Callback Implementation | Callback implementation classes |
| MakeBoundCallback from functions bound with up to three arguments. | Build bound Callbacks which take varying numbers of arguments, and potentially returning a value |
| MakeCallback from function pointers | Build Callbacks for functions which take varying numbers of arguments and potentially returning a value |
| MakeCallback from member function pointer | Build Callbacks for class method members which take varying numbers of arguments and potentially returning a value |
| MakeCallback with no arguments | Define empty (Null) callbacks as placeholders for unset callback variables |
| ▶Command Line Parsing | A uniform way to specify program documentation, allowed command line arguments and help strings, and set any attribute or global value, all from the command line directly |
| Helpers to Specialize on bool | |
| Configuration | Configuration of simulation parameters and tracing |
| Core module examples | Programs which illustrate use of core module functionality |
| Core module helper classes | Helper classes for the Core module |
| ▶Core module tests | TestSuites for the Core module |
| CommandLine test suite | |
| Config test suite | |
| EventGarbageCollector test suite | |
| Example use of TestSuite | |
| GlobalValue test suite | |
| Hash test suite | |
| NS_BUILD_PROFILE macros test suite | |
| Object Names test suite | |
| Object test suite | |
| Smart pointer test suite | |
| ▶Debugging tools | Assertions, breakpoints, logging, and abnormal program termination |
| Assertions | Assert functions and macros |
| Breakpoints | Trigger a debugger breakpoint |
| Logging | Logging functions and macros |
| ▶Fatal Error Handlers | Functions to help clean up when a fatal error is encountered |
| Fatal Implementation. | |
| Geometry primitives | Primitives for geometry, such as vectors and angles |
| ▶Hash Functions | Generic Hash function interface |
| FNV Hash Implementation | |
| Hash test suite | |
| Murmur3 Hash Implementation | |
| High Precision Q64.64 | Functions and class for high precision Q64.64 fixed point arithmetic |
| NonCopyable and Singleton | Helpers to make classes non-copyable or singleton |
| Object | Base classes which provide memory management and object aggregation |
| ▶Random Variables | Ns-3 random numbers are provided via instances of ns3::RandomVariableStream |
| RNG Implementation | |
| ▶Scheduler and Events | Manage the event list by creating and scheduling events |
| ▶Events | |
| MakeEvent from Function Pointers. | Create EventImpl instances from function pointers which take varying numbers of arguments |
| MakeEvent from Member Function Pointer. | Create EventImpl instances from class member functions which take varying numbers of arguments |
| ▶Simulator | Control the virtual time and the execution of simulation events |
| Realtime Simulator | Realtime simulator implementation |
| Smart Pointer | Heap memory management |
| ▶System Services | System-independent interfaces to operating system services: files system, threading, wall clock time |
| Host Filesystem | Encapsulate OS-specific functions to manipulate file and directory paths |
| Threading and Signaling. | System-independent interfaces to threads, signal conditions, and mutex |
| ▶Testing | Tools to define and execute unit tests |
| Testing Implementation | Internal implementation of the Testing system |
| Tracing | Publish/subscribe tools to collect and report changes to any values used by the various model components |
| ▶Virtual Time | Management of virtual time in real world units |
| Standard Time Units. | Convenience constructors in standard units |
| ▶Virtual Time Timer and Watchdog | The Timer and Watchdog objects both facilitate scheduling functions to execute a specified virtual time in the future |
| TimerImpl Implementation | |
| DSDV Routing | This section documents the API of the ns-3 DSDV module |
| DSDV module tests | |
| ▶DSR Routing | This section documents the API of the ns-3 DSR module |
| DSR routing module tests | |
| Energy Models | |
| Example programs | All example programs |
| File Descriptor Network Device | This section documents the API of the ns-3 fd-net-device module |
| ▶Flow Monitor | Collect and store performance data from a simulation |
| FlowMonitor module tests | |
| ▶Internet | This section documents the API of the ns-3 internet module |
| IPv4 Helper classes | |
| ▶IPv4 Routing Protocols. | The classes in this group implement different routing protocols for IPv4 |
| Global Routing. | Performs pre-simulation static route computation on a layer-3 IPv4 topology |
| RIP | The RIP protocol (RFC 2453) is a unicast-only IPv4 IGP (Interior Gateway Protocol) |
| ▶IPv4 classes and sub-modules | |
| ARP protocol. | The ARP protocol and its associated tables are responsible for the IPv4 - MAC address translation |
| ICMP protocol and associated headers. | |
| IPv6 Helper classes | |
| ▶IPv6 Routing Protocols. | The classes in this group implement different routing protocols for IPv6 |
| RIPng | The RIPng protocol (RFC 2080) is a unicast-only IPv6 IGP (Interior Gateway Protocol) |
| ▶IPv6 classes and sub-modules | |
| ICMPv6 protocol and associated headers. | |
| IPV6 Header extension system. | |
| NscTcp | An alternate implementation of TCP for ns-3 is provided by the Network Simulation Cradle (NSC) project |
| ▶TCP | This is an implementation of various Transmission Control Protocol flavors |
| Congestion Control Algorithms. | The various congestion control algorithms, also known as "TCP flavors" |
| Recovery Algorithms. | The various recovery algorithms used in recovery phase of TCP |
| UDP | This is an implementation of the User Datagram Protocol described in RFC 768 |
| internet module tests | |
| ▶Internet Applications | This section documents the API of the ns-3 Internet-specific applications module |
| ▶DHCPv4 Client and Server | |
| DHCP module tests | |
| Ping6 | |
| Radvd | |
| V4Ping | |
| ▶LR-WPAN models | This section documents the API of the IEEE 802.15.4-related models |
| LrWpan module tests | |
| ▶LTE Models | |
| FF MAC Schedulers | |
| lte module tests | |
| MPI Distributed Simulation | |
| ▶Mesh Device | MAC-layer mobile mesh networking |
| FLAME | Forwarding LAyer for MEshing protocol |
| IEEE 802.11s draft | IEEE 802.11s (mesh) draft standard implementation |
| ▶mesh module tests | |
| dot11s sub-module tests | |
| flame sub-module tests | |
| ▶Mobility | The mobility support includes: |
| mobility module tests | |
| ▶Network | This section documents the API of the ns-3 network module |
| Address | Network Address abstractions, including MAC, IPv4 and IPv6 |
| Channel | |
| Data Rate | |
| Error Model | |
| Network Device | |
| Network module unit tests | |
| Packet | |
| Packet Performance | The current implementation of the byte buffers and tag list is based on COW (Copy On Write |
| Queue | |
| Queue size | |
| Socket | |
| ▶Network Animation | This section documents the API of the ns-3 netanim module |
| animation module tests | |
| Nix-Vector Routing | Nix-vector routing is a simulation specific routing protocol and is intended for large network topologies |
| ▶OLSR Routing | This section documents the API of the ns-3 OLSR module |
| olsr module tests | |
| OpenFlow Switch Device | This section documents the API of the ns-3 OpenFlow module |
| Point-To-Point Network Device | This section documents the API of the ns-3 point-to-point module |
| Point-to-Point Layout Helpers | |
| Propagation Models | |
| Spectrum Models | |
| ▶Statistics | The statistics module includes some useful features to ease data collection from experiments |
| Data Aggregators | Data aggregators are classes used to collect data and produce output specialized for various purpose, e.g., Gnuplot, file output, etc |
| Data Output | Classes in Data Output group are used to collect and prepare and output data for subsequent output in a specific format, e.g., Omnet++, SQLite, etc |
| Gnuplot | Classes in Gnuplot group are used to collect and prepare and output data for subsequent processing by Gnuplot |
| Probes | Probes are used to probe an underlying ns3 TraceSource exporting its value |
| String-value-formatting | Check that StringValue parses complex values correctly |
| Tap Bridge Network Device | This section documents the API of the ns-3 tap-bridge module |
| ▶Test suites | All test suites |
| ▶Core module tests | TestSuites for the Core module |
| CommandLine test suite | |
| Config test suite | |
| EventGarbageCollector test suite | |
| Example use of TestSuite | |
| GlobalValue test suite | |
| Hash test suite | |
| NS_BUILD_PROFILE macros test suite | |
| Object Names test suite | |
| Object test suite | |
| Smart pointer test suite | |
| ▶Topology Input Readers | |
| Topology module tests | |
| ▶Traffic-control | The Traffic Control layer aims at introducing an equivalent of the Linux Traffic Control infrastructure into ns-3 |
| traffic-control module tests | |
| ▶UAN Models | This section documents the API of the ns-3 UAN module |
| uan module tests | |
| ▶Utils | The utils directory is for various programs and scripts related to code coverage, test suites, style checking, and benchmarking |
| check-style.py |
The check-style.py script will test and reformat code according to the ns-3 coding style posted at https://www.nsnam.org/developers/contributing-code/coding-style/ It requires that you install 'uncrustify' |
| Virtual Device | |
| Visualizer | |
| ▶WAVE module | |
| wave module tests | |
| ▶WiMAX Models | This section documents the API of the ns-3 wimax module |
| wimax module tests | |
| ▶Wifi Models | This section documents the API of the ns-3 Wifi module |
| wifi module tests | |
1.8.14