| ▼Naxi | The axi namespace contains classes and definitions related to the AXI standard |
| ▼Ncfg | Examples of valid AXI configs |
| Cstandard | A standard AXI configuration |
| Cno_wresp | An AXI configuration with no write responses |
| Cno_wstrb | An AXI configuration with no write strobes |
| Clite | An AXI configuration corresponding to the AXI4-Lite standard |
| Clite_nowstrb | A configuration similar to AXI4-Lite, but without write strobes |
| ▼Caxi4 | The base axi4 class parameterized according a valid config |
| CAddrPayload | A struct composed of the signals associated with AXI read and write requests |
| ▼Cread | The AXI read class |
| Cchan | The AXI read channel, used for connecting an AXI manager and AXI subordinate |
| Cmanager | The AXI read manager port. This port has an AR request channel as output and an R response channel as input |
| Csubordinate | The AXI read subordinate port. This port has an AR request channel as input and an R response channel as output |
| CReadPayload | A struct composed of the signals associated with an AXI read response |
| CWRespPayload | A struct composed of the signals associated with an AXI write response |
| ▼Cwrite | The AXI write class |
| Cchan | The AXI write channel, used for connecting an AXI manager and AXI subordinate |
| Cmanager | The AXI write manager port. This port has AW and W request channels as outputs and a B response channel as input |
| Csubordinate | The AXI write subordinate port. This port has AW and W request channels as inputs and a B response channel as output |
| CWritePayload | A struct composed of the signals associated with AXI write data |
| ▼CAXI4_Encoding | Hardcoded values associated with the AXI4 standard |
| CARCACHE | Hardcoded values for the ARCACHE field |
| CAWCACHE | Hardcoded values for the AWCACHE field |
| CAXBURST | Hardcoded values shared by the ARBURST and AWBURST fields |
| CXRESP | Hardcoded values shared by the RRESP and BRESP fields |
| ▼NConnections | |
| CCombinationalBufferedPorts | |
| CCombinationalBufferedPorts< Message, BufferSizeRead, 0 > | |
| CCombinationalBufferedPorts< Message, 0, BufferSizeWrite > | |
| CInBuffered | |
| COutBuffered | |
| CStateSignal | |
| CStateSignal< Message, SYN_PORT > | |
| CStateSignal< Message, MARSHALL_PORT > | |
| CStateSignal< Message, DIRECT_PORT > | |
| CStateSignal< Message, TLM_PORT > | |
| CBypass | |
| CBypass< Message, TLM_PORT > | |
| CPipeline | |
| CPipeline< Message, TLM_PORT > | |
| CBypassBuffered | |
| CBypassBuffered< Message, NumEntries, TLM_PORT > | |
| CBuffer | |
| CBuffer< Message, NumEntries, TLM_PORT > | |
| CSink | |
| CDummySink | |
| CDummySource | |
| CChannelBinder | |
| CInNetwork | |
| COutNetwork | |
| CInNetworkCredit | |
| COutNetworkCredit | |
| ▼Nmatch | |
| CModule | Matchlib Module class: a wrapper of sc_module with tracing and stats support |
| CFlusher | |
| CTracer | Tracer class to dump simulation stats to an output stream (stdout by default) |
| ▼Nnvhls | |
| Cnv_array_pow2 | |
| Cnv_array_pow2< 1 > | |
| Cnv_array_bank_array_no_assert_base | |
| Cnv_array_bank_array_no_assert_base< B, 1 > | |
| Cnv_array | An implementation of array that declares VectorLength variables for array of size VectorLength |
| ▼Cs_N | |
| Cs_X | |
| ▼Cs_N< 0 > | |
| Cs_X | |
| Cnbits | Compute number of bits to represent a constant |
| Clog2_floor | Compute Floor of log2 of a constant |
| Clog2_floor< 0 > | Log2 of 0 is not defined: generate compiler error |
| Clog2_ceil | Compute Celing of log2 of a constant |
| Clog2_ceil< 0 > | Log2 of 0 is not defined: generate compiler error |
| Cnext_pow2 | Compute power of 2 value greater than a given value |
| Cindex_width | Compute index width of a constant |
| Cnvhls_t | Definition of vendor agnostic integer data types |
| Cnvhls_t< N, true > | |
| Cnvhls_t< N, false > | |
| Cnv_scvector | Vector helper container with vector operations |
| CEmptyField | Used for rudimentary support for members of a struct that can be configured to have zero width |
| CUIntOrEmptywCheck | A class to determine whether to instantiate an NVUINT or an EmptyField |
| CUIntOrEmptywCheck< true, W > | Template specialization to instantiate an NVUINT if the width of the UIntOrEmpty is greater than 0 |
| CUIntOrEmptywCheck< false, W > | Template specialization to instantiate an EmptyField if the width of the UIntOrEmpty is 0 |
| CUIntOrEmpty | The UIntOrEmpty class is used to define a bitvector that can have a bitwidth of 0 |
