Here are the data structures with brief descriptions:
[detail level 1234]
  kdb | This is the main namespace for the C++ binding and libraries |
 tools | This namespace is for the libtool library |
| merging | |
  MergingKDB | Provides a merging wrapper around a KDB instance |
 BackendInterface | Minimal interface to add plugins |
| SerializeInterface | Interface to serialize a backend |
| MountBackendInterface | Interface to work with mountpoints (backends) for factory |
| Backend | A low-level representation of the backend (= set of plugins) that can be mounted |
| BackendFactory | Factory for MountBackendInterface |
| PluginAdder | Adds plugins in a generic map |
| GlobalPlugins | Low level representation of global plugins |
| ImportExportBackend | Backend for import/export functionality |
| BackendBuilderInit | Used as argument of constructor of *BackendBuilder |
| BackendBuilder | Highlevel interface to build a backend |
| GlobalPluginsBuilder | Build global plugins |
| MountBackendBuilder | High-level functionality to build a mountpoint |
| BackendInfo | Info about a backend |
| Backends | Allows one to list backends |
| Modules | Allows one to load plugins |
| Plugin | This is a C++ representation of a plugin |
| PluginDatabase | Loads all plugins and allows us to query them |
| ModulesPluginDatabase | A plugin database that works with installed modules |
| MockPluginDatabase | A plugin database that works with added fake data |
| Plugins | A collection of plugins (either get, set or error) |
| GetPlugins | Plugins to get configuration |
| SetPlugins | Plugins to set configuration |
| ErrorPlugins | Plugins to handle errors during configuration access |
| PluginSpec | Specifies a plugin by its name and configuration |
| PluginSpecHash | Only to be used with PluginSpecName! |
| SpecBackendBuilder | Build individual backend while reading specification |
| SpecReader | Highlevel interface to build a backend from specification |
| ToolException | All exceptions from the elektratools library are derived from this exception |
| KDB | Constructs a class KDB. |
| Context | Provides a context for configuration |
| ThreadSubject | Subject from Observer pattern for ThreadContext |
| PerContext | A data structure that is stored by context inside the Coordinator |
| Coordinator | Thread safe coordination of ThreadContext per Threads |
| none_t | This type is being used as bottom type that always fails |
| Layer | Base class for all layers |
| Wrapped | Everything implementing this interface can be used as layer |
| ValueObserver | Base class for values to be observed |
| Command | Used by contexts for callbacks (to run code using a mutex) |
| DefaultGetPolicy | Implements lookup with spec |
| DefaultSetPolicy | Implements creating user/ key when key is not found |
| GetPolicyIs | Needed by the user to set one of the policies |
| SetPolicyIs | Needed by the user to set one of the policies |
| ContextPolicyIs | Needed by the user to set one of the policies |
| WritePolicyIs | Needed by the user to set one of the policies |
| ObserverPolicyIs | Needed by the user to set one of the policies |
| LockPolicyIs | Needed by the user to set one of the policies |
| Key | Key is an essential class that encapsulates key name , value and metainfo . |
| NameIterator | For C++ forward Iteration over Names |
| NameReverseIterator | For C++ reverse Iteration over Names |
| VaAlloc | Needed to avoid constructor ambiguity |
| KeySet | A keyset holds together a set of keys |
| KeySetIterator | For C++ forward Iteration over KeySets |
| KeySetReverseIterator | For C++ reverse Iteration over KeySets |
| std | STL namespace |
| hash< kdb::Key > | Support for putting Key in a hash |
| Edge | Edge represents the edge of the bipartite graph and is also the key |
| OPMPHM | OPMPHM represents the final order preserving hash map |
| Vertex | Vertex represents the vertex of the bipartite graph |
