Here are the classes, structs, unions and interfaces with brief descriptions:

[detail level 1234]

Ndcn
Nasync
CSignalWorker
Nauth
CAuthError
CAuthManager
Nchain
CDeployError
CDeployReceipt
CExecuteError
CExecuteReceipt
CIChain
CResolvedScalarEntries
CScalarHashEntry
CScalarLabel
Ncmd
CArgParser
CCommandLineArgDef
Nconfig
CConfig
CIngestionConfig
Ncrypto
CKeccak256
Nevents
CChainBlockInfo
CChangeRecord
CDecodedEvent
CEventKey
CEventKeyHash
CEventRuntime
CEventRuntimeConfig
CEventShardId
CFinalityHeights
CFinalityState
CIChainEventSource
CIEmittedLogSource
CIEventDecoder
CIEventProjector
CIEventShardRouter
CIEventSink
CIHotEventStore
CIngestResumeState
CLocalEvmSource
CMonthlyEventShardRouter
CProjectorRetryConfig
CPTEventDecoder
CRawChainLog
CSourcePoll
CSQLiteHotStore
Nevm
CEVM
CEVMStorage
CAccount
CEmittedLogRecord
Nfeed
CCursorKey
CFeed
CFeedArchiveRow
CFeedHotKey
CFeedItem
CFeedPage
CFeedProjector	Materialises change-log rows from the events hot-store into the Feed database, using an independent change_seq cursor persisted in the feed DB. Implements events::IEventProjector so it can be driven by the existing EventsRuntime projection loop
CFeedQuery
CFeedRuntime
CFeedRuntimeConfig
CIFeedRepository
CIFeedStore
CMonthBounds
CSqliteFeedStore
CStreamDelta
CStreamPage
CStreamQuery
Nhttp
CMessageBase
CRequest
CResponse
CURL
Nparse
Cis_tuple_like_impl
Cis_tuple_like_impl< std::pair< T1, T2 > >
Cis_tuple_like_impl< std::tuple< Ts... > >
CParseError
CTupleParser
CTupleParser< TupleT, 2 >
CTupleParser< TupleT, 3 >
CTupleParser< TupleT, 4 >
Cuse_json_t	A tag type to indicate whether to use Protobuf or JSON for parsing
Cuse_protobuf_t	A tag type to indicate whether to use Protobuf or JSON for parsing
Npt
CConditionAddedEvent
CConnectorAddedEvent
CPTDeployError
CPTExecuteError
CTransformationAddedEvent
Nregistry
CConditionBatchItem
CConnectorBatchItem
CIRegistryStore
CLruCache
CEntry
CNameCursorPage
CRegistry
CRegistryProjector	Materialises finalised registry events from the hot-store changelog into the Registry database, using an independent change_seq cursor persisted in the registry DB. Implements events::IEventProjector so it can be driven by the existing EventsRuntime projection loop
CSQLiteRegistryStore
CTransformationBatchItem
Nsepolia
CBackendConfig
CSepoliaBackend
Nserver
CRouteArg	A class representing a route argument
CRouteArgDef	A pair of RouteArgType and RouteArgRequirement
CRouteHandlerFunc	A class representing a route handler function
CRouteKey	A class representing a route key, which is a combination of a HTTP method and a URL
CRouter	A class representing a router for handling HTTP requests
CServer	A class representing a server for handling HTTP requests
Nstorage
Nsqlite
CIWalStore
CStatement
CWalCheckpointStats
CWalSyncWorker
Nutils
CLogoASCII_t
CLogoUnicode_t
Nstd
Cformatter< dcn::auth::AuthError::Kind >
Cformatter< dcn::chain::DeployError::Kind >
Cformatter< dcn::chain::ExecuteError::Kind >
Cformatter< dcn::feed::CursorKey >
Cformatter< dcn::http::Code >
Cformatter< dcn::http::Header >
Cformatter< dcn::http::HeadersList >
Cformatter< dcn::http::Method >
Cformatter< dcn::http::Request >
Cformatter< dcn::http::Response >
Cformatter< dcn::http::URL >
Cformatter< dcn::parse::ParseError::Kind >
Cformatter< dcn::pt::PTDeployError::Kind >
Cformatter< dcn::pt::PTExecuteError::Kind >
Cformatter< dcn::server::RouteArg >
Cformatter< dcn::server::RouteArgRequirement >
Cformatter< dcn::server::RouteArgType >
Cformatter< evmc::address >
Cformatter< evmc::bytes32 >
Cformatter< evmc_address >
Cformatter< evmc_call_kind >
Cformatter< evmc_flags >
Cformatter< evmc_status_code >