| ►Nns3 | SatArqSequenceNumber is handling the sequence numbers for the ARQ process |
| CDateTime | The DateTime struct |
| CDevStatusAns | Implementation of the DevStatusAns LoRaWAN MAC command |
| CDevStatusReq | Implementation of the DevStatusReq LoRaWAN MAC command |
| CDlChannelAns | Implementation of the DlChannelAns LoRaWAN MAC command |
| CDropTailQueue | |
| CDutyCycleAns | Implementation of the DutyCycleAns LoRaWAN MAC command |
| CDutyCycleReq | Implementation of the DutyCycleReq LoRaWAN MAC command |
| CEncapKey | EncapKey class is used as a key in the encapsulator/decapsulator container |
| CEncapKeyCompare | EncapKeyCompare is used as a custom compare method within EncapContainer map |
| CGeoCoordinate | GeoCoordinate class is used to store and operate with geodetic coordinates |
| ►CIersData | |
| CEopParameters | |
| CJulianDate | Class to handle Julian days and provide respective Earth Orientation Parameters (EOP) |
| CLinkAdrAns | Implementation of the LinkAdrAns LoRaWAN MAC command |
| CLinkAdrReq | Implementation of the LinkAdrReq LoRaWAN MAC command |
| CLinkCheckAns | Implementation of the LinkCheckAns LoRaWAN MAC command |
| CLinkCheckReq | Implementation of the LinkCheckReq LoRaWAN MAC command |
| CLinkResultTestSuite | Unit test suite for link results (sat-link-results-test) |
| CLoraAdrComponent | |
| CLoraBeamTag | Tag used to save various data about a packet, like its Spreading Factor and data about interference |
| CLoraConfirmedMessagesComponent | |
| CLoraDeviceAddress | This class represents the device address of a LoraWAN End Device |
| CLoraDeviceAddressGenerator | This class generates sequential LoraDeviceAddress instances |
| ►CLoraEndDeviceStatus | This class represents the Network Server's knowledge about an End Device in the LoRaWAN network it is administering |
| CPacketInfoPerGw | Structure saving information regarding the packet reception in each gateway |
| CReceivedPacketInfo | Structure saving information regarding all packet receptions |
| CReply | Structure representing the reply that the network server will send this device at the first opportunity |
| CLoraForwarder | This application forwards packets between NetDevices: SatLorawanNetDevice -> PointToPointNetDevice and vice versa |
| CLoraForwarderHelper | This class can be used to install LoraForwarder applications on a set of gateways |
| CLoraFrameHeader | This class represents the Frame header (FHDR) used in a LoraWAN network |
| CLoraGatewayStatus | |
| CLoraLinkCheckComponent | |
| CLoraLogicalChannel | This class represents a logical LoRaWAN channel |
| CLoraLogicalChannelHelper | This class supports LorawanMac instances by managing a list of the logical channels that the device is supposed to be using, and establishes their relationship with LoraSubBands |
| CLoraNetworkController | This class collects a series of components that deal with various aspects of managing the network, and queries them for action when a new packet is received or other events occur in the network |
| CLoraNetworkControllerComponent | Generic class describing a component of the NetworkController |
| CLoraNetworkScheduler | |
| CLoraNetworkServer | The LoraNetworkServer is an application standing on top of a node equipped with links that connect it with the gateways |
| CLoraNetworkServerHelper | This class can install Network Server applications on multiple nodes at once |
| CLoraNetworkStatus | This class represents the knowledge about the state of the network that is available at the Network Server |
| CLoraPeriodicSender | |
| CLoraSubBand | Class representing a LoraSubBand, i.e., a frequency band subject to some regulations on duty cycle and transmission power |
| CLoraTag | Tag used to save various data about a packet, like its Spreading Factor and data about interference |
| CLoraTxParameters | Structure to collect all parameters that are used to compute the duration of a packet (excluding payload length) |
| CLorawanGroundMacGateway | |
| CLorawanMac | Class representing the LoRaWAN MAC layer |
| CLorawanMacCommand | This base class is used to represent a general MAC command |
| ►CLorawanMacEndDevice | Class representing the MAC layer of a LoRaWAN device |
| CLoraRetxParameters | Structure representing the parameters that will be used in the retransmission procedure |
| CLorawanMacEndDeviceClassA | Class representing the MAC layer of a Class A LoRaWAN device |
| CLorawanMacGateway | |
| CLorawanMacHeader | This class represents the Mac header of a LoRaWAN packet |
| CLorawanOrbiterMacGateway | |
| CNewChannelAns | Implementation of the NewChannelAns LoRaWAN MAC command |
| CNewChannelReq | Implementation of the NewChannelReq LoRaWAN MAC command |
| CNwkAddr | Class representing the Network Address component of a LoraDeviceAddress (25 bits) |
| CNwkID | Class representing the NetworkId component of a LoraDeviceAddress (7 bits) |
| ►CPointToPointIslChannel | Point to Point ISL Channel |
| CLink | Wire model for the PointToPointIslChannel |
| CPointToPointIslHelper | |
| CPointToPointIslNetDevice | |
| CRxParamSetupAns | Implementation of the RxParamSetupAns LoRaWAN MAC command |
| CRxParamSetupReq | Implementation of the RxParamSetupReq LoRaWAN MAC command |
| CRxTimingSetupAns | Implementation of the RxTimingSetupAns LoRaWAN MAC command |
| CRxTimingSetupReq | Implementation of the RxTimingSetupReq LoRaWAN MAC command |
| CSatAddressE2ETag | This class implements a tag that carries the satellite MAC of GW and UT |
| CSatAddressTag | This class implements a tag that carries the MAC address of the sender of the packet |
| CSatAntennaGainPattern | SatAntennaGainPattern class holds the antenna gain pattern data for a one single spot-beam |
| CSatAntennaGainPatternContainer | Antenna gain pattern container holds all antenna patterns related to a satellite system |
| CSatArpCache | An ARP cache interface for satellite module |
| CSatArqAckMessage | The packet for the Automatic Repeat reQuest (ARQ) acknowledgment (ACK) messages |
| CSatArqBufferContext | ARQ buffer context is holding information related to the ARQ transmission or reception depending on whether packet(s) are being transmitted or received |
| CSatArqHeader | ARQ header implementation contains the sequence number related to the packet in question |
| CSatArqSequenceNumber | |
| CSatBaseEncapsulator | A base encapsulator implementation which does not support encapsulation, fragmentation or packing |
| CSatBaseFader | Base class for faders such as the Rayleigh fader |
| CSatBaseFaderConf | Base class for fader configuration classes |
| CSatBaseFading | Base class for fading models such as Markov-based fading or fading trace |
| CSatBaseTraceContainer | Base class for trace containers such as interference or fading traces |
| CSatBasicCnoEstimator | Class for module SatCnoEstimator |
| CSatBbFrame | SatBbFrame class implements functionality for BB frames |
| CSatBbFrameConf | This class implements the BB Frame configurations for DVB-S2 |
| CSatBbFrameContainer | BB Frame container class |
| CSatBeamHelper | SatBeamHelper builds a set Satellite beams with needed objects and configuration |
| ►CSatBeamScheduler | Class for module Beam Scheduler |
| CCnoCompare | CnoCompare class to sort UT request according to C/N0 information |
| CSatUtInfo | UT information helper class for SatBeamScheduler |
| CSatBeamUserInfo | Class that holds information for each beam regarding UTs and their users camped in each beam |
| CSatBstpController | SatBstpController class is responsible of enabling and disabling configurable spot-beams defined by a Beam Switching Time Plan (BSTP) |
| CSatBtuConf | This class implements configuration for Bandwidth Time Unit (BTU) |
| CSatChannel | Satellite channel implementation |
| CSatChannelEstimationError | SatChannelEstimatorError reads from file and stores the channel estimation error mean and standard deviation values for a set of SINR values |
| CSatChannelEstimationErrorContainer | SatChannelEstimationErrorContainer is responsible of adding a channel estimation error on top of raw measured SINR |
| CSatChannelPair | Container of Satellite channels pairs |
| CSatCmtMessage | This control message is used to give time, power and frequency correction to UTs |
| CSatCnoEstimator | SatCnoEstimator class defines interface for C/N0 estimators |
| ►CSatCnoHelper | This helper allows to set customs C/N0 values for some GW or UT nodes |
| CcnoCustomParams_s | Struct for storing the custom C/N0 for some nodes |
| CSatCnoReportMessage | C/N0 (CNI) estimation report message |
| CSatCompositeSinrOutputTraceContainer | Class for composite SINR output trace container |
| CSatConf | A configuration class for the satellite reference system |
| CSatConstantInterference | Satellite constant interference |
| CSatConstantPositionMobilityModel | Satellite mobility model for which the current position does not change once it has been set and until it is set again explicitly to a new value |
| CSatConstantPropagationDelayModel | The propagation delay is constant in time |
| CSatControlMessage | Abstract satellite control message class |
| CSatControlMsgContainer | The container to store control messages |
| CSatControlMsgTag | This class implements a tag that is used to identify control messages (packages) |
| CSatCrdsaReplicaTag | This class implements a tag that carries information about the slot IDs of CRDSA packet replicas |
| CSatCrMessage | The packet for the Capacity Request (CR) messages |
| CSatDamaEntry | Class for module SatDamaEntry |
| CSatDefaultSuperframeAllocator | Helper class for Satellite Beam Scheduler |
| CSatDevLinkTimeTag | Time tag used to identify the time when packet is enqueued at device level |
| CSatDevTimeTag | Time tag used to identify the time when packet is enqueued at device level |
| CSatDvbS2Waveform | This class implements the content of one individual DVB-S2 waveform |
| CSatEncapPduStatusTag | SatEncapPduStatusTag is used temporarily to tag packets with the fragmentation status in the encapsulation and fragmentation process |
| CSatEnums | SatEnums class is for simplifying the use of enumerators in the satellite module |
| CSatEnvVariables | Class for environmental variables |
| CSatFadingExternalInputTrace | The class for satellite fading external input trace |
| CSatFadingExternalInputTraceContainer | Container class for external input fading traces |
| CSatFadingInputTrace | Class for fading input trace |
| CSatFadingInputTraceContainer | Class for fading input trace container |
| CSatFadingOscillator | Oscillator class for faders |
| CSatFadingOutputTraceContainer | Class for fading output trace container |
| CSatFlowIdTag | SatFlowIdTag implements a tag which carries the flow identifier of a packet |
| ►CSatFrameAllocator | Helper class for Satellite Superframe Allocator |
| CBandwidthComparator | BandwidthComparator is a custom functor meant as comparison function for std::map |
| CCcReqCompare | CcReqCompare class for CC type comparisons |
| CSatFrameAllocInfo | SatFrameAllocInfo is used to hold a frame's allocation info in symbols |
| CSatFrameAllocInfoItem | Allocation information item for requests and allocations [symbols] used internally by SatFrameAllocator |
| CSatFrameAllocReq | SatFrameAllocReq is used to define frame allocation parameters when requesting allocation from SatFrameAllocator (calling method AllocateSymbols) |
| CSatFrameAllocReqItem | Allocation information item for the UT/RC requests [bytes] |
| CUtAllocItem_t | Allocation information for a UT |
| ►CSatFrameConf | This class implements configuration for frames (for super frames) |
| CSatFrameConfParams_t | Helper struct to reduce the number of parameters fed into the SatFrameConf constructor |
| CSatFrameSymbolLoadProbe | Probe to translate from a FrameLoadTrace trace source |
| CSatFrameUserLoadProbe | Probe to translate from a FrameUtLoadTrace trace source |
| CSatFreeSpaceLoss | This class is responsible of calculating the free space loss (FSL) based on two given node positions and used (center) frequency |
| CSatFwdCarrierConf | This class implements configuration for forward link carrier |
| CSatFwdLinkChannelEstimationErrorContainer | |
| CSatFwdLinkScheduler | SatFwdLinkScheduler schedules BB frames for forward link |
| CSatFwdLinkSchedulerDefault | SatFwdLinkSchedulerDefault schedules BB frames for forward link |
| CSatFwdLinkSchedulerTimeSlicing | SatFwdLinkSchedulerTimeSlicing schedules BB frames for forward link |
| CSatGenericStreamEncapsulator | SatGenericStreamEncapsulator class is used in the FWD link for GSE encapsulation and fragmentation of higher layer packets |
| CSatGenericStreamEncapsulatorArq | SatGenericStreamEncapsulatorArq class is inherited from the SatGenericStreamEncapsulator class, which is used in FWD link for encapsulation and fragmentation of higher layer packets |
| CSatGroundStationAddressTag | Tag to store ground station destination address |
| CSatGroupHelper | This helper is used to create groups of UTs |
| CSatGseHeader | SatGseHeader implementation |
| ►CSatGwHelper | Creates needed objects for GW nodes like SatOrbiterNetDevice objects |
| CRandomAccessSettings_s | Random access setting options |
| CSatGwHelperDvb | Creates needed objects for DVB GW nodes like SatOrbiterNetDevice objects |
| CSatGwHelperLora | Creates needed objects for LORA GW nodes like SatorbiterNetDevice objects |
| CSatGwLlc | SatGwLlc holds the GW implementation of LLC layer |
| CSatGwMac | GW specific Mac class for Sat Net Devices |
| CSatGwPhy | The SatGwPhy models the physical layer of the satellite system (UT, GW, satellite) |
| CSatHandoverModule | UT handover module |
| CSatHandoverRecommendationMessage | Handover recommendation control message (Tagged by SatControlMsgTag with type value SAT_HR_CTRL_MSG) |
| CSatHelper | Build a satellite network set with needed objects and configuration |
| CSatIdMapper | Class for ID-mapper |
| CSatInputFileStreamTimeDoubleContainer | Class for input file stream container for storing double values |
| CSatInputFileStreamTimeLongDoubleContainer | Class for input file stream container for storing long double values |
| CSatInputFileStreamWrapper | A class encapsulating an STL input stream |
| ►CSatInterference | Abstract class defining interface for interference calculations objects |
| CInterferenceChangeEvent | Event for identifying interference change events (receiving) |
| CSatInterferenceElimination | Abstract class defining interface for interference elimination calculation objects |
| CSatInterferenceInputTraceContainer | Class for interference input trace container |
| CSatInterferenceOutputTraceContainer | Class for interference output trace container |
| CSatInterferenceParameters | |
| CSatIslArbiter | |
| CSatIslArbiterUnicast | |
| CSatIslArbiterUnicastHelper | |
| CSatLinkResults | Abstract class for storing link results |
| CSatLinkResultsDvbRcs2 | Link results for DVB-RCS2 |
| CSatLinkResultsDvbRcs2TestCase | Test case for comparing a BLER value computed by DVB-RCS2 link results with a BLER value taken from a reference |
| CSatLinkResultsDvbS2 | Link results for DVB-S2 |
| CSatLinkResultsDvbS2TestCase | Test case for comparing a BLER value computed by DVB-S2 link results with a BLER value taken from a reference |
| CSatLinkResultsDvbS2X | Link results for DVB-S2X |
| CSatLinkResultsFSim | Link results for F-SIM |
| CSatLinkResultsFwd | Link results for forward link |
| CSatLinkResultsLora | Link results for F-SIM |
| CSatLinkResultsPlot | Example for plotting satellite link results data |
| CSatLinkResultsRtn | Link results for DVB-RCS2 |
| CSatListPositionAllocator | Allocate positions from a deterministic list specified by the user |
| CSatLlc | SatLlc base class holds the UT specific SatBaseEncapsulator instances, which are responsible of fragmentation, defragmentation, encapsulation and decapsulation |
| CSatLog | Class for simulator output logging such as warnings and error messages |
| CSatLogoffMessage | This control message is used to inform the UT that it has been deconnected by GW (Tagged by SatControlMsgTag with type value SAT_LOGOFF_CTRL_MSG) |
| CSatLogonMessage | This control message is used to inform the GW that a UT wants to connect (Tagged by SatControlMsgTag with type value SAT_LOGON_CTRL_MSG) |
| CSatLogonResponseMessage | This control message is used to inform the UT of a connection success (Tagged by SatControlMsgTag with type value SAT_LOGON_RESPONSE_CTRL_MSG) |
| CSatLooConf | A configuration class for Loo's model fader |
| CSatLookUpTable | Loads a link result file and provide query service for BLER |
| CSatLooModel | Class for Loo's model fader |
| CSatLoraConf | A configuration class for the satellite reference system |
| CSatLoraPhyRx | Class adding methods linked to Lora, needed to be used in a satellite context |
| CSatLoraPhyTx | Class adding methods linked to Lora, needed to be used in a satellite context |
| CSatLorawanNetDevice | SatLorawanNetDevice to be utilized in the UT and GW nodes for IoT configuration |
| CSatLowerLayerServiceConf | Holds information of all configures lower layer service entries |
| CSatLowerLayerServiceDaEntry | The SatLowerLayerService class holds information of a satellite lower layer service DA entry |
| CSatLowerLayerServiceRaEntry | The SatLowerLayerService class holds information of a satellite lower layer service RA entry |
| CSatMac | Base MAC class for SatNetDevices |
| CSatMacLinkTimeTag | Time tag used to identify the time when packet is enqueued at MAC on current link level |
| CSatMacTag | This class implements a tag that carries the satellite MAC specific information, such as source and destination MAC address |
| CSatMacTimeTag | Time tag used to identify the time when packet is enqueued at MAC level |
| CSatMarkovConf | A configuration class for three state Markov model |
| CSatMarkovContainer | Container for Markov-model |
| CSatMarkovFadingExamplePlot | |
| CSatMarkovModel | Class for Markov state machine |
| CSatMobilityModel | Keep track of the current position and velocity of an object in satellite network |
| CSatMobilityObserver | Observes given mobilities and keeps track of certain wanted properties |
| CSatMutualInformationTable | Loads a mutual information file and provide query service |
| CSatNcc | Class for module NCC used as shared module among Gateways (GWs) |
| CSatNcrMessage | This control message is used to broadcast NCR date to UTs |
| CSatNetDevice | SatNetDevice to be utilized in the UT and GW nodes |
| CSatNodeInfo | The SatNodeInfo implements a container for all needed node related information |
| CSatOnOffApplication | This class implements Satellite specific OnOff application |
| CSatOnOffHelper | A helper to make it easier to instantiate an ns3::SatOnOffApplication on a set of nodes |
| CSatOrbiterFeederLlc | SatOrbiterFeederLlc holds the orbiter feeder implementation of LLC layer |
| CSatOrbiterFeederMac | The SatOrbiterFeederMac models the user link MAC layer of the satellite node |
| CSatOrbiterFeederPhy | The SatOrbiterFeederPhy models the feeder link physical layer of the satellite node |
| ►CSatOrbiterHelper | Creates needed objects for Satellite node like SatorbiterNetDevice objects |
| CRandomAccessSettings_s | Random access setting options |
| CSatOrbiterHelperDvb | Creates needed objects for Satellite node like SatorbiterNetDevice objects |
| CSatOrbiterHelperLora | Creates needed objects for Satellite node like SatorbiterNetDevice objects |
| CSatOrbiterLlc | SatOrbiterLlc holds the orbiter implementation of LLC layer |
| CSatOrbiterMac | The SatOrbiterMac models the global link MAC layer of the satellite node |
| CSatOrbiterNetDevice | SatOrbiterNetDevice to be utilized in geostationary satellite |
| CSatOrbiterNetDeviceDvb | SatOrbiterNetDeviceDvb to be utilized in geostationary satellite |
| CSatOrbiterNetDeviceLora | SatOrbiterNetDeviceLora to be utilized in geostationary satellite |
| CSatOrbiterUserLlc | SatOrbiterUserLlc holds the orbiter user implementation of LLC layer |
| CSatOrbiterUserMac | The SatOrbiterUserMac models the user link MAC layer of the satellite node |
| CSatOrbiterUserPhy | The SatOrbiterUserPhy models the user link physical layer of the satellite node |
| CSatOutputFileStreamDoubleContainer | Class for output file stream container for double values |
| CSatOutputFileStreamLongDoubleContainer | Class for output file stream container for long double values |
| CSatOutputFileStreamStringContainer | Class for output file stream container for strings |
| CSatOutputFileStreamWrapper | A class encapsulating an STL output stream |
| CSatPacketClassifier | SatPacketClassifier is responsible of classifying packets into certain flow identifier |
| CSatPacketTrace | The SatPacketTrace implements a packet trace functionality |
| CSatPerfectInterferenceElimination | Satellite perfect interference elimination |
| CSatPerFragmentInterference | Packet fragment by packet fragment interference |
| CSatPerPacketInterference | Packet by packet interference |
| ►CSatPhy | The SatPhy models the basic physical layer of the satellite system |
| CCreateParam_t | Creation parameters for base PHY object |
| CSatPhyLinkTimeTag | Time tag used to identify the time when packet is enqueued at PHY on current link level |
| CSatPhyRx | The SatPhyRx models the physical layer receiver of satellite system |
| ►CSatPhyRxCarrier | Base class for all SatPhyRxCarriers |
| CrxParams_s | Struct for storing the packet specific Rx parameters |
| CSatPhyRxCarrierConf | Information of beam users liken UTs and their users |
| CSatPhyRxCarrierMarsala | Bite |
| CSatPhyRxCarrierPacketProbe | Probe to translate from a TraceSource to two more easily parsed TraceSources |
| ►CSatPhyRxCarrierPerFrame | Inherited the functionality of ground station SatPhyRxCarriers and extended it with CRDSA functionality |
| CcrdsaPacketRxParams_s | Struct for storing the CRDSA packet specific Rx parameters |
| CSatPhyRxCarrierPerSlot | Inherited the base functionality of SatPhyRxCarriers for ground station nodes |
| ►CSatPhyRxCarrierPerWindow | Inherited the functionality of ground station SatPhyRxCarriers and extended it with CRDSA functionality |
| CessaPacketRxParams_s | Struct for storing the E-SSA packet specific Rx parameters |
| CSatPhyRxCarrierUplink | Inherited functionality of the base SatPhyRxCarrier for satellite node |
| CSatPhyTimeTag | Time tag used to identify the time when packet is enqueued at PHY on first link between GW and UT level |
| CSatPhyTx | The SatellitePhyTx models the physical layer transmitter of satellite system |
| CSatPositionAllocator | Allocate a set of satellite positions |
| CSatPositionInputTraceContainer | Class for Rx power input trace container |
| CSatPPduHeader | SatPPduHeader implementation |
| ►CSatQueue | SatQueue implements a queue utilized in the satellite module |
| CQueueStats_t | QueueStats_t definition for passing queue related statistics to any interested modules |
| CSatRaMessage | Random access load control message (Tagged by SatControlMsgTag with type value SAT_RA_CTRL_MSG) |
| ►CSatRandomAccess | Class for random access algorithms |
| CRandomAccessTxOpportunities_s | Random access Tx opportunities |
| CSatRandomAccessAllocationChannel | Class for random access allocation channel configuration |
| CSatRandomAccessConf | Class for random access configuration |
| CSatRandomBoxPositionAllocator | Allocate random positions within a 3D box according to a set of three random variables (longitude, latitude, altitude) |
| CSatRandomCirclePositionAllocator | Allocate random positions within a circle (center and radius), uniformly distributed |
| CSatRayleighConf | A configuration class for Rayleigh model fader |
| CSatRayleighModel | Class for Rayleigh model fader |
| CSatRequestManager | SatRequestManager analyzes periodically or on-a-need-basis UT's buffer status for different RC indices (= queues), and sends Capacity Requests to NCC according to need and lower layer service configuration |
| CSatResidualInterferenceElimination | Satellite interference elimination with residual power |
| CSatReturnLinkEncapsulator | SatReturnLinkEncapsulator class is used in the RTN link for RLE encapsulation and fragmentation of higher layer packets |
| CSatReturnLinkEncapsulatorArq | SatReturnLinkEncapsulatorArq class is inherited from the SatReturnLinkEncapsulator class, which is used in RTN link for encapsulation and fragmentation of higher layer packets |
| CSatRtnLinkChannelEstimationErrorContainer | |
| CSatRtnLinkTime | SatRtnLinkTime is a singleton class initialized with superframe sequence |
| CSatRxCnoInputTraceContainer | Class for Rx C/N0 input trace container |
| CSatRxPowerInputTraceContainer | Class for Rx power input trace container |
| CSatRxPowerOutputTraceContainer | Class for Rx power output trace container |
| CSatSchedulingObject | SatSchedulingObject is on object which passes the LLC/encapsulator layer related information for MAC layer to be used by the scheduler (either at GW by the forward link scheduler or at the UT by the RTN link UT scheduler) |
| CSatScpcScheduler | SatFwdLinkSchedulerDefault schedules BB frames for forward link |
| ►CSatSGP4MobilityModel | Keep track of the current position and velocity of satellite using SGP4 model |
| CMatrix | Matrix data structure to make coordinate conversion code clearer and less verbose |
| CRow | Row of a Matrix |
| ►CSatSignalParameters | Actual physical layer transmission container |
| CtxInfo_s | Struct for storing the packet specific Tx information |
| CSatSimpleChannel | The satellite simple channel, for satellite public and backbone networks |
| CSatSimpleChannelEstimationErrorContainer | |
| CSatSimpleNetDevice | Satellite simple net device for satellite public and backbone network use |
| CSatSinrProbe | Probe to translate from a TraceSource to two more easily parsed TraceSources |
| CSatSliceSubscriptionMessage | This control message is used to inform the UT it has to subscribe to a new slice |
| CSatSpotBeamPositionAllocator | Allocate random positions within the area of a certain spot-beam |
| CSatStaticBstp | SatStaticBstp class models the static beam switching time plan (BSTP) configuration, which is defined in an external file read by this class |
| CSatStatsAntennaGainHelper | Base class for antenna gain statistics helpers |
| CSatStatsBackloggedRequestHelper | |
| CSatStatsBeamServiceTimeHelper | |
| CSatStatsCapacityRequestHelper | Produce capacity request statistics of Random Access Slotted ALOHA from a satellite module simulation |
| CSatStatsCarrierIdHelper | |
| CSatStatsCompositeSinrHelper | Abstract class inherited by SatStatsFwdCompositeSinrHelper and SatStatsRtnCompositeSinrHelper |
| CSatStatsDelayHelper | Base class for delay statistics helpers |
| CSatStatsFeederCrdsaPacketCollisionHelper | Produce packet collision statistics of Random Access CRDSA from a satellite module simulation |
| CSatStatsFeederCrdsaPacketErrorHelper | Produce packet error statistics of Random Access CRDSA on feeder link from a satellite module simulation |
| CSatStatsFeederEssaPacketCollisionHelper | Produce packet collision statistics of Random Access E-SSA from a satellite module simulation |
| CSatStatsFeederEssaPacketErrorHelper | Produce packet error statistics of Random Access E-SSA on feeder link from a satellite module simulation |
| CSatStatsFeederPacketCollisionHelper | |
| CSatStatsFeederSlottedAlohaPacketCollisionHelper | Produce packet collision statistics of Random Access Slotted ALOHA from a satellite module simulation |
| CSatStatsFeederSlottedAlohaPacketErrorHelper | Produce packet error statistics of Random Access Slotted ALOHA on feeder link from a satellite module simulation |
| CSatStatsFrameLoadHelper | Helper for frame load statistics |
| CSatStatsFrameSymbolLoadHelper | Helper for frame symbol load statistics |
| CSatStatsFrameTypeUsageHelper | |
| CSatStatsFrameUserLoadHelper | Helper for frame user load statistics |
| CSatStatsFwdAppDelayHelper | Produce forward link application-level delay statistics from a satellite module simulation |
| CSatStatsFwdAppJitterHelper | |
| CSatStatsFwdAppPltHelper | |
| CSatStatsFwdAppThroughputHelper | Produce forward link application-level throughput statistics from a satellite module simulation |
| CSatStatsFwdCompositeSinrHelper | Produce forward link composite SINR statistics from a satellite module simulation |
| CSatStatsFwdDevDelayHelper | Produce forward link device-level delay statistics from a satellite module simulation |
| CSatStatsFwdDevJitterHelper | |
| CSatStatsFwdFeederDaPacketErrorHelper | Produce packet error statistics of Dedicated Access in forward feeder link from a satellite module simulation |
| CSatStatsFwdFeederDevLinkDelayHelper | Produce forward feeder link DEV-level delay statistics from a satellite module simulation |
| CSatStatsFwdFeederDevLinkJitterHelper | Produce forward feeder link DEV-level jitter statistics from a satellite module simulation |
| CSatStatsFwdFeederDevThroughputHelper | Produce forward feeder link device-level throughput statistics from a satellite module simulation |
| CSatStatsFwdFeederLinkModcodHelper | Produce forward feeder link modcod statistics from a satellite module simulation |
| CSatStatsFwdFeederLinkRxPowerHelper | Produce forward feeder link RX power statistics from a satellite module simulation |
| CSatStatsFwdFeederLinkSinrHelper | Produce forward feeder link SINR statistics from a satellite module simulation |
| CSatStatsFwdFeederMacLinkDelayHelper | Produce forward feeder link MAC-level delay statistics from a satellite module simulation |
| CSatStatsFwdFeederMacLinkJitterHelper | Produce forward feeder link MAC-level jitter statistics from a satellite module simulation |
| CSatStatsFwdFeederMacThroughputHelper | Produce forward feeder link MAC-level throughput statistics from a satellite module simulation |
| CSatStatsFwdFeederPhyLinkDelayHelper | Produce forward feeder link PHY-level delay statistics from a satellite module simulation |
| CSatStatsFwdFeederPhyLinkJitterHelper | Produce forward feeder link PHY-level jitter statistics from a satellite module simulation |
| CSatStatsFwdFeederPhyThroughputHelper | Produce forward feeder link PHY-level throughput statistics from a satellite module simulation |
| CSatStatsFwdLinkSchedulerSymbolRateHelper | Helper for forward link scheduler symbol rate statistic |
| CSatStatsFwdMacDelayHelper | Produce forward link MAC-level delay statistics from a satellite module simulation |
| CSatStatsFwdMacJitterHelper | |
| CSatStatsFwdPhyDelayHelper | Produce forward link PHY-level delay statistics from a satellite module simulation |
| CSatStatsFwdPhyJitterHelper | |
| CSatStatsFwdQueueBytesHelper | Helper for forward link queue statistics using byte as unit |
| CSatStatsFwdQueueHelper | Helper for forward link queue statistics |
| CSatStatsFwdQueuePacketsHelper | Helper for forward link queue statistics using packet as unit |
| CSatStatsFwdSignallingLoadHelper | Produce forward link signalling load statistics from a satellite module simulation |
| CSatStatsFwdUserDaPacketErrorHelper | Produce packet error statistics of Dedicated Access in forward user link from a satellite module simulation |
| CSatStatsFwdUserDevLinkDelayHelper | Produce forward user link DEV-level delay statistics from a satellite module simulation |
| CSatStatsFwdUserDevLinkJitterHelper | Produce forward user link DEV-level jitter statistics from a satellite module simulation |
| CSatStatsFwdUserDevThroughputHelper | Produce forward user link device-level throughput statistics from a satellite module simulation |
| CSatStatsFwdUserLinkModcodHelper | Produce forward user link modcod statistics from a satellite module simulation |
| CSatStatsFwdUserLinkRxPowerHelper | Produce forward user link RX power statistics from a satellite module simulation |
| CSatStatsFwdUserLinkSinrHelper | Produce forward user link SINR statistics from a satellite module simulation |
| CSatStatsFwdUserMacLinkDelayHelper | Produce forward user link MAC-level delay statistics from a satellite module simulation |
| CSatStatsFwdUserMacLinkJitterHelper | Produce forward user link MAC-level jitter statistics from a satellite module simulation |
| CSatStatsFwdUserMacThroughputHelper | Produce forward user link MAC-level throughput statistics from a satellite module simulation |
| CSatStatsFwdUserPhyLinkDelayHelper | Produce forward user link PHY-level delay statistics from a satellite module simulation |
| CSatStatsFwdUserPhyLinkJitterHelper | Produce forward user link PHY-level jitter statistics from a satellite module simulation |
| CSatStatsFwdUserPhyThroughputHelper | Produce forward user link PHY-level throughput statistics from a satellite module simulation |
| CSatStatsFwdUserQueueBytesHelper | Produce queue size statistics in packets for return feeder link |
| CSatStatsFwdUserQueuePacketsHelper | Produce queue size statistics in packets for return feeder link |
| CSatStatsHelper | Parent abstract class of all satellite statistics helpers |
| CSatStatsHelperContainer | Container of SatStatsHelper instances |
| CSatStatsJitterHelper | Base class for jitter statistics helpers |
| CSatStatsLinkDelayHelper | Base class for delay statistics helpers |
| CSatStatsLinkJitterHelper | Base class for jitter statistics helpers |
| CSatStatsLinkModcodHelper | Base class for MODCOD statistics helpers |
| CSatStatsLinkRxPowerHelper | Base class for link RX power statistics helpers |
| CSatStatsLinkSinrHelper | Base class for link SINR statistics helpers |
| CSatStatsMarsalaCorrelationHelper | |
| CSatStatsPacketCollisionHelper | |
| CSatStatsPacketDropRateHelper | Base class for antenna gain statistics helpers |
| CSatStatsPacketErrorHelper | Base class for packet error statistics helpers |
| CSatStatsPltHelper | Base class for PLT statistics helpers |
| CSatStatsQueueHelper | Helper for queue statistics |
| CSatStatsRbdcRequestHelper | Base class for RBDC requests statistics helpers |
| CSatStatsResourcesGrantedHelper | |
| CSatStatsRtnAppDelayHelper | Produce return link application-level delay statistics from a satellite module simulation |
| CSatStatsRtnAppJitterHelper | |
| CSatStatsRtnAppPltHelper | |
| CSatStatsRtnAppThroughputHelper | Produce return link application-level throughput statistics from a satellite module simulation |
| CSatStatsRtnCompositeSinrHelper | Produce return link composite SINR statistics from a satellite module simulation |
| CSatStatsRtnDevDelayHelper | Produce return link device-level delay statistics from a satellite module simulation |
| CSatStatsRtnDevJitterHelper | |
| CSatStatsRtnFeederDaPacketErrorHelper | Produce packet error statistics of Dedicated Access in return feeder link from a satellite module simulation |
| CSatStatsRtnFeederDevLinkDelayHelper | Produce return feeder link DEV-level delay statistics from a satellite module simulation |
| CSatStatsRtnFeederDevLinkJitterHelper | Produce return feeder link DEV-level jitter statistics from a satellite module simulation |
| CSatStatsRtnFeederDevThroughputHelper | Produce return feeder link device-level throughput statistics from a satellite module simulation |
| CSatStatsRtnFeederLinkModcodHelper | Produce return feeder link modcod statistics from a satellite module simulation |
| CSatStatsRtnFeederLinkRxPowerHelper | Produce return feeder link RX power statistics from a satellite module simulation |
| CSatStatsRtnFeederLinkSinrHelper | Produce return feeder link SINR statistics from a satellite module simulation |
| CSatStatsRtnFeederMacLinkDelayHelper | Produce return feeder link MAC-level delay statistics from a satellite module simulation |
| CSatStatsRtnFeederMacLinkJitterHelper | Produce return feeder link MAC-level jitter statistics from a satellite module simulation |
| CSatStatsRtnFeederMacThroughputHelper | Produce return feeder link MAC-level throughput statistics from a satellite module simulation |
| CSatStatsRtnFeederPhyLinkDelayHelper | Produce return feeder link PHY-level delay statistics from a satellite module simulation |
| CSatStatsRtnFeederPhyLinkJitterHelper | Produce return feeder link PHY-level jitter statistics from a satellite module simulation |
| CSatStatsRtnFeederPhyThroughputHelper | Produce return feeder link PHY-level throughput statistics from a satellite module simulation |
| CSatStatsRtnFeederQueueBytesHelper | Produce queue size statistics in packets for return feeder link |
| CSatStatsRtnFeederQueuePacketsHelper | Produce queue size statistics in packets for return feeder link |
| CSatStatsRtnFeederWindowLoadHelper | Produce return feeder window load statistics from a satellite module simulation |
| CSatStatsRtnMacDelayHelper | Produce return link MAC-level delay statistics from a satellite module simulation |
| CSatStatsRtnMacJitterHelper | |
| CSatStatsRtnPhyDelayHelper | Produce return link PHY-level delay statistics from a satellite module simulation |
| CSatStatsRtnPhyJitterHelper | |
| CSatStatsRtnQueueBytesHelper | Helper for return link queue statistics using byte as unit |
| CSatStatsRtnQueueHelper | Helper for return link queue statistics |
| CSatStatsRtnQueuePacketsHelper | Helper for return link queue statistics using packet as unit |
| CSatStatsRtnSignallingLoadHelper | Produce return link signalling load statistics from a satellite module simulation |
| CSatStatsRtnUserDaPacketErrorHelper | Produce packet error statistics of Dedicated Access in return user link from a satellite module simulation |
| CSatStatsRtnUserDevLinkDelayHelper | Produce return user link DEV-level delay statistics from a satellite module simulation |
| CSatStatsRtnUserDevLinkJitterHelper | Produce return user link DEV-level jitter statistics from a satellite module simulation |
| CSatStatsRtnUserDevThroughputHelper | Produce return user link device-level throughput statistics from a satellite module simulation |
| CSatStatsRtnUserLinkModcodHelper | Produce return user link modcod statistics from a satellite module simulation |
| CSatStatsRtnUserLinkRxPowerHelper | Produce return user link RX power statistics from a satellite module simulation |
| CSatStatsRtnUserLinkSinrHelper | Produce return user link SINR statistics from a satellite module simulation |
| CSatStatsRtnUserMacLinkDelayHelper | Produce return user link MAC-level delay statistics from a satellite module simulation |
| CSatStatsRtnUserMacLinkJitterHelper | Produce return user link MAC-level jitter statistics from a satellite module simulation |
| CSatStatsRtnUserMacThroughputHelper | Produce return user link MAC-level throughput statistics from a satellite module simulation |
| CSatStatsRtnUserPhyLinkDelayHelper | Produce return user link PHY-level delay statistics from a satellite module simulation |
| CSatStatsRtnUserPhyLinkJitterHelper | Produce return user link PHY-level jitter statistics from a satellite module simulation |
| CSatStatsRtnUserPhyThroughputHelper | Produce return user link PHY-level throughput statistics from a satellite module simulation |
| CSatStatsSatelliteQueueHelper | Base class for sat queue statistics helpers |
| CSatStatsSignallingLoadHelper | Abstract class inherited by SatStatsFwdSignallingLoadHelper and SatStatsRtnSignallingLoadHelper |
| CSatStatsThroughputHelper | |
| CSatStatsUserCrdsaPacketCollisionHelper | Produce packet collision statistics of Random Access CRDSA from a satellite module simulation |
| CSatStatsUserCrdsaPacketErrorHelper | Produce packet error statistics of Random Access CRDSA on user link from a satellite module simulation |
| CSatStatsUserEssaPacketCollisionHelper | Produce packet collision statistics of Random Access E-SSA from a satellite module simulation |
| CSatStatsUserEssaPacketErrorHelper | Produce packet error statistics of Random Access E-SSA on user link from a satellite module simulation |
| CSatStatsUserPacketCollisionHelper | |
| CSatStatsUserSlottedAlohaPacketCollisionHelper | Produce packet collision statistics of Random Access Slotted ALOHA from a satellite module simulation |
| CSatStatsUserSlottedAlohaPacketErrorHelper | Produce packet error statistics of Random Access Slotted ALOHA on user link from a satellite module simulation |
| CSatStatsWaveformUsageHelper | |
| CSatStatsWindowLoadHelper | Abstract class inherited by SatStatsRtnFeederWindowLoadHelper |
| CSatSuperframeAllocator | Helper class for Satellite Beam Scheduler |
| CSatSuperframeConf | This abstract class defines and implements interface of configuration for super frames |
| CSatSuperframeConf0 | This class implements super frame configuration 0 |
| CSatSuperframeConf1 | This class implements super frame configuration 1 |
| CSatSuperframeConf2 | This class implements sup |
| CSatSuperframeConf3 | This class implements super frame configuration 3 |
| CSatSuperframeConf4 | This class implements super frame configuration 4 |
| CSatSuperframeSeq | This class implements super frame sequence |
| CSatTbtpContainer | A container of received TBTPs |
| CSatTbtpMessage | The packet for the Terminal Burst Time Plan (TBTP) messages |
| CSatTimeSlotConf | This class implements configuration for time slots (for super frames / frames) |
| CSatTimeTag | Time tag used to identify the time when packet is enqueued at LLC level |
| CSatTimuMessage | TIM unicast control message (Tagged by SatControlMsgTag with type value SAT_TIMU_CTRL_MSG) |
| ►CSatTopology | Class to store topology of the whole system |
| CGwLayers_s | |
| COrbiterLayers_s | |
| CUtLayers_s | |
| CSatTracedInterference | Satellite traced interference |
| CSatTracedMobilityModel | Satellite mobility model for which the current position change based on values read from a file |
| ►CSatTrafficHelper | Creates pre-defined trafics |
| CCustomTrafficInfo_s | Struct for info on last custom trafic created |
| CSatTrafficHelperConf | |
| CSatTypedefs | SatTypedefs class is for general typedefs used in satellite module |
| CSatUplinkInfoTag | Tag to store uplink phy info that need to be forwarded to the downlink |
| CSatUserHelper | Build a set of user nodes and links channels between user nodes and satellite nodes |
| ►CSatUtHelper | Creates needed objects for UT nodes like SatOrbiterNetDevice objects |
| CRandomAccessSettings_s | Define RandomAccessSettings as a struct |
| CSatUtHelperDvb | Creates needed objects for DVB UT nodes like SatOrbiterNetDevice objects |
| CSatUtHelperLora | Creates needed objects for LORA UT nodes like SatOrbiterNetDevice objects |
| CSatUtils | SatUtils class is for general conversions used in satellite module |
| CSatUtLlc | SatUtLlc holds the UT implementation of LLC layer |
| ►CSatUtMac | UT specific Mac class for Sat Net Devices |
| CSatTimuInfo | |
| CSatUtMacState | Class handling UT Mac states and transitions |
| CSatUtPhy | The SatUtPhy models the physical layer of the User Terminal of the satellite system |
| CSatUtScheduler | The SatUtScheduler is responsible of getting a packet of proper size from higher protocol layer |
| CSatWaveform | This class implements the content of one individual DVB-RCS2 waveform |
| CSatWaveformConf | This class implements the available waveform configurations of DVB-RCS2 return link |
| CSimulationHelper | A helper to make it easier to create example simulation cases |
| CSimulationHelperConf | |
| CSortByMetric | Sort metric which sorts a vector available RC indices based on "unallocated load" |
| CSortTimeSlots | This class sorts time slots within TBTP into increasing order based on start time |
| CTxParamSetupAns | Implementation of the TxParamSetupAns LoRaWAN MAC command |
| CTxParamSetupReq | Implementation of the TxParamSetupReq LoRaWAN MAC command |
| Celsetrec | |
| CGeoCoordinateTestCase | Test case to unit test that GeoCoordinate can be created with valid values |
| CGeoCoordinateTestSuite | Test suite for GeoCoordinate unit test cases |
| CGeoCoordinateValue | Hold objects of type ns3::GeoCoordinate |
| CPerfMemTestSuite | |
| CPm1 | 'Performance and memory tracking' test case implementation, id: pm-1 / TN4 |
| CPointToPoinIsltNetDevice | A Device for a Point to Point ISL Network Link |
| CRxCarrierCreateParams_s | Struct for storing the information for SatPhyRxCarrierConf |
| CSatAntennaPatternTestCase | |
| CSatAntennaPatternTestSuite | Satellite antenna pattern test suite |
| CSatArqSeqNoTraceSuite | Test suite for RLE |
| CSatArqTestSuite | Test suite for ARQ |
| CSatBaseTestCase | Test case to unit test the UT request manager |
| CSatBasicCnoEstimatorTestSuite | Test suite for Satellite C/N0 estimator unit test cases |
| CSatBasicEstimatorAverageTestCase | Test case to unit test satellite C/N0 estimator with mode AVERAGE |
| CSatBasicEstimatorLastTestCase | Test case to unit test satellite C/N0 estimator with mode LAST |
| CSatBasicEstimatorMinTestCase | Test case to unit test satellite C/N0 estimator with mode MINIMUM |
| CSatChannelEstimationErrorTestSuite | Test suite for satellite channel estimation error |
| CSatConstantInterferenceTestCase | Test case to unit test satellite constant interference model |
| CSatConstellationTest1 | 'Constellation, test 1' test case implementation |
| CSatConstellationTest2 | 'Constellation, test 2 test case implementation |
| CSatConstellationTest3 | 'Constellation, test 3 test case implementation |
| CSatConstellationTest4 | 'Constellation, test 4' test case implementation |
| CSatConstellationTestSuite | |
| CSatCraTest1 | 'CRA, test 1' test case implementation |
| CSatCraTestSuite | |
| CSatCrdsaTest1 | 'CRDSA, test 1' test case implementation |
| CSatCtrlMsgContainerTestSuite | Test suite for Satellite control message container unit test cases |
| CSatCtrlMsgContBaseTestCase | |
| CSatCtrlMsgContDelOffTestCase | Test case to unit test satellite control message container with flag deletedOnRead not set |
| CSatCtrlMsgContDelOnTestCase | Test case to unit test satellite control message container with flag deletedOnRead set |
| CSatDvbRcs2WaveformTableTestCase | |
| CSatDvbS2BbFrameConfTestCase | Test case to unit test to create BBFrame conf and its public methods |
| CSatEstimatorBaseTestCase | |
| CSatFadingExternalInputTraceTestCase | Test case to unit test satellite fading external input trace and container for these objects |
| CSatFadingExternalInputTraceTestSuite | Test suite for satellite fading external input trace |
| CSatFrameAllocatorTestCase | Test case to unit test Satellite Frame Allocator |
| CSatFrameAllocatorTestSuite | Test suite for Satellite Frame Allocator unit test cases |
| CSatFreeSpaceLossTestCase | Test case to unit test satellite free space loss (FSL) model |
| CSatFreeSpaceLossTestSuite | Test suite for Satellite free space loss unit test cases |
| CSatFwdArqTestCase | FWD link ARQ test case |
| CSatFwdChannelEstimationErrorTestCase | Test case for FWD link channel estimation error |
| CSatGseTestCase | Generic Stream Encapsulation (GSE) test case implementation |
| CSatGseTraceSuite | Test suite for GSE |
| CSatHandoverTest1 | 'Handover, test 1 test case implementation |
| CSatHandoverTest2 | 'Handover, test 2 test case implementation |
| CSatHandoverTestSuite | |
| CSatInterferenceTestSuite | Test suite for Satellite interference unit test cases |
| CSatLoraCbrTestCase | Test case to check if packet is received on App layer |
| CSatLoraConstellationFirstWindowTestCase | Test case to check if Lora ack arrives in first reception window when using a constellation |
| CSatLoraConstellationHandoverTestCase | Test case to check if Lora still works after hadovers |
| CSatLoraFirstWindowTestCase | Test case to check if Lora ack arrives in first reception window |
| CSatLoraOutOfWindowWindowNoRetransmissionTestCase | Test case to check that packet is not retransmitted if ack outside of both windows but no retransmission asked |
| CSatLoraOutOfWindowWindowTestCase | Test case to check if packet retransmitted if ack outside of both windows |
| CSatLoraRegenerativeCbrTestCase | Test case to check if packet is received on App layer |
| CSatLoraRegenerativeFirstWindowTestCase | Test case to check if Lora ack arrives in first reception window |
| CSatLoraRegenerativeOutOfWindowWindowNoRetransmissionTestCase | Test case to check that packet is not retransmitted if ack outside of both windows but no retransmission asked |
| CSatLoraRegenerativeOutOfWindowWindowTestCase | Test case to check if packet retransmitted if ack outside of both windows |
| CSatLoraRegenerativeSecondWindowTestCase | Test case to check if Lora ack arrives in second reception window |
| CSatLoraRegenerativeTestSuite | Test suite for Satellite mobility unit test cases |
| CSatLoraSecondWindowTestCase | Test case to check if Lora ack arrives in second reception window |
| CSatLoraTestSuite | Test suite for Satellite mobility unit test cases |
| CSatMobilityList1TestCase | Test case to unit test satellite mobility's position setting from list position allocator |
| CSatMobilityList2TestCase | Test case to unit test satellite mobility's position setting from list position allocator |
| CSatMobilityObserverTestCase | Test case to unit test Satellite Mobility Observer |
| CSatMobilityObserverTestSuite | Test suite for Satellite mobility observer unit test cases |
| CSatMobilityRandomTestCase | Test case to unit test satellite mobility's position setting from random box position allocator |
| CSatMobilityTestSuite | Test suite for Satellite mobility unit test cases |
| CSatNcrTest1 | 'NCR, test 1' test case implementation |
| CSatNcrTest2 | 'NCR, test 2' test case implementation |
| CSatNcrTest3 | 'NCR, test 3' test case implementation |
| CSatNcrTestSuite | |
| CSatPeriodicControlMessageTest1 | 'Periodic control message, test 1' test case implementation |
| CSatPeriodicControlMessageTestSuite | |
| CSatPerPacketBaseTestCase | |
| CSatPerPacketFwdLinkFullTestCase | |
| CSatPerPacketFwdLinkUserTestCase | |
| CSatPerPacketIfTestSuite | Test suite for Satellite interference unit test cases |
| CSatPerPacketInterferenceTestCase | Test case to unit test satellite per packet interference model |
| CSatPerPacketRtnLinkFullTestCase | |
| CSatPerPacketRtnLinkUserTestCase | |
| CSatRandomAccessTestSuite | |
| CSatRegenerationTest1 | 'Regeneration, test 1' test case implementation |
| CSatRegenerationTest2 | 'Regeneration, test 2' test case implementation |
| CSatRegenerationTest3 | 'Regeneration, test 3' test case implementation |
| CSatRegenerationTest4 | 'Regeneration, test 4' test case implementation |
| CSatRegenerationTest5 | 'Regeneration, test 5' test case implementation |
| CSatRegenerationTest6 | 'Regeneration, test 6' test case implementation |
| CSatRegenerationTest7 | 'Regeneration, test 7' test case implementation |
| CSatRegenerationTest8 | 'Regeneration, test 8' test case implementation |
| CSatRegenerationTestSuite | |
| CSatRequestManagerTestSuite | Test suite for Satellite Request Manager unit test cases |
| CSatRleTestCase | Return Link Encapsulation (RLE) test case implementation |
| CSatRleTraceSuite | Test suite for RLE |
| CSatRtnArqTestCase | RTN link ARQ test case |
| CSatRtnChannelEstimationErrorTestCase | Test case for RTN link channel estimation error |
| CSatSeqNoTestCase | |
| CSatSlottedAlohaTest1 | 'Slotted ALOHA, test 1' test case implementation |
| CSatWaveformConfTestSuite | Test suite for Satellite free space loss unit test cases |
| CScenarioCreationFull | 'Scenario Creation, Full' test case implementation, id: sc-3 / TN4 |
| CScenarioCreationLarger | 'Scenario Creation, Larger' test case implementation, id: sc-2 / TN4 |
| CScenarioCreationSimple | 'Scenario Creation, Simple' test case implementation, id: sc-1 / TN4 |
| CScenarioCreationTestSuite | |
| CScenarioCreationUser | 'Scenario Creation, User Defined' test case implementation, id: tbd / TN4 |
| CSimpleUnicast1 | 'Forward Link Unicast, Simple' test case implementation, id: simple_unicast-1 / TN4 |
| CSimpleUnicast2 | 'Forward Link Unicast, Larger' test case implementation, id: simple_unicast-2 / TN4 |
| CSimpleUnicast3 | 'Forward Link Unicast, Full' test case implementation, id: simple_unicast-3 / TN4 |
| CSimpleUnicast4 | 'Return Link Unicast, Simple' test case implementation, id: simple_unicast-4 / TN4 |
| CSimpleUnicast5 | 'Return Link Unicast, Larger' test case implementation, id: simple_unicast-5 / TN4 |
| CSimpleUnicast6 | 'Return Link Unicast, Full' test case implementation, id: simple_unicast-6 / TN4 |
| CSimpleUnicast7 | 'Forward Link Unicast, Simple' test case implementation, id: simple_unicast-1 / TN4 |
| CSimpleUnicast8 | 'Forward Link Unicast, Simple' test case implementation, id: simple_unicast-1 / TN4 |
| CSimpleUnicastTestSuite | |
| CTrafficConfiguration_t | |
1.9.1