ifw-core 7.0.0
 
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Class List
Here are the classes, structs, unions and interfaces with brief descriptions:
[detail level 123456]
 ▼Nifw
 ▼Ncore
 ▼Ndit
 ▼Ndid
 CDidData Interface Dictionary class
 CFormatSpecifierClass to handle the format specifier of a DID record. Format is: %[parameter][flags][width][.precision][length]type
 CHeaderData Interface Dictionary header class
 CRecordData Interface Dictionary keyword record class
 ▼Nfits
 CFormatSpec
 ▼Nprotocol
 ▼Nbase
 CCommFactory
 CCommMakerHelper template to simplify the process of generating Comm-maker
 ▼CDispatcher
 CCbId
 CIComm
 CICommMaker
 CVariantStr
 CVariantValue
 ▼Nopcua
 CClientConfig
 CIDataChangeHandlerDefines an entry point for data change notifications
 Cis_std_vector
 Cis_std_vector< std::vector< T, A > >
 CMonitoredItem
 COpcuaConnectionConnection Struct
 COpen62541The Open62541 class
 CSubscription
 CTaskPoll
 CUaScalarTraits
 CUaScalarTraits< bool >
 CUaScalarTraits< double >
 CUaScalarTraits< float >
 CUaScalarTraits< int >
 CUaScalarTraits< int8_t >
 CUaScalarTraits< short >
 CUaScalarTraits< std::string >
 CUaScalarTraits< uint16_t >
 CUaScalarTraits< uint8_t >
 CUaScalarTraits< unsigned int >
 CVariantArrayConverterConverts a variant holding a vector (OPC UA array)
 CVariantArrayConverter< bool, UA_Boolean, TypeIndex >Specialization for std::vector<bool>
 CVariantArrayConverter< std::string, UA_String, UA_TYPES_STRING >Specialization for std::vector<std::string>
 CVariantScalarConverterConverts a variant holding a scalar value
 CVariantScalarConverter< std::string, UA_String, UA_TYPES_STRING >
 ▼Nutils
 ▼Nbat
 CCliConfigThe CliConfig struct
 CConfig
 CDbInterface
 CDbInterfaceRedis
 CIConfig
 CTaskOldb
 ▼Nfile
 CParameterFileClass to handle a set of parameters
 CYamlClass implementing the handling of Yaml files in the ICS environment
 ▼Nparam
 CParameterClass to handle information for one parameter
 CParameterSetClass to handle a set of parameters
 ▼Nsystem
 CMutexThe Mutex class: Scope based mutex semaphore. The ifw::core::utils::system::Mutex semaphore is used to implement a safe mutex semaphore, at scope level. When entering the scope the semaphore is automatically created, based on a ID, if not existing, and locked. The semaphore created is recursive. When leaving the scope, the destructor will automatically unlock the semaphore
 CFolderConfig
 CMethodArgConfig
 CMethodConfig
 CMethodSimulationConfig
 CMockOpen62541
 COpen62541The Open62541 class
 COverload
 CScalarSimulationRuntime
 CServerConfigYaml
 CTestConfig
 CVariableNodeConfig
 CVariableSimulationConfig