This namespace implements a wrapper for the Cassandra C++ driver. More...

Classes
class	BasicCassandraBackend
	Implements BackendInterface for Cassandra/ScyllaDB. More...

class	CassandraError
	A simple container for both error message and error code. More...

class	Handle
	Represents a handle to the cassandra database cluster. More...

struct	Limit
	A strong type wrapper for int32_t. More...

class	Schema
	Manages the DB schema and provides access to prepared statements. More...

class	SettingsProvider
	Provides settings for BasicCassandraBackend. More...

struct	Text
	A strong type wrapper for string. More...

Concepts
concept	SomeSettingsProvider
	The requirements of a settings provider.

concept	SomeExecutionStrategy
	The requirements of an execution strategy.

concept	SomeRetryPolicy
	The requirements of a retry policy.

Typedefs
using	Settings = impl::Settings

using	Future = impl::Future

using	FutureWithCallback = impl::FutureWithCallback

using	Result = impl::Result

using	Statement = impl::Statement

using	PreparedStatement = impl::PreparedStatement

using	Batch = impl::Batch

using	MaybeError = std::expected<void, CassandraError>

using	ResultOrError = std::expected<Result, CassandraError>

using	Error = std::unexpected<CassandraError>

using	CassandraBackend = BasicCassandraBackend<SettingsProvider, impl::DefaultExecutionStrategy<>>

Functions
template<typename... Types>
impl::ResultExtractor< Types... >	extract (Handle::ResultType const &result)
	Extracts the results into series of std::tuple<Types...> by creating a simple wrapper with an STL input iterator inside.

template<SomeSettingsProvider SettingsProviderType>
std::string	qualifiedTableName (SettingsProviderType const &provider, std::string_view name)
	Returns the table name qualified with the keyspace and table prefix.

Detailed Description

This namespace implements a wrapper for the Cassandra C++ driver.

Function Documentation

template<typename... Types>

impl::ResultExtractor< Types... > data::cassandra::extract ( Handle::ResultType const & result )

nodiscard

Extracts the results into series of std::tuple<Types...> by creating a simple wrapper with an STL input iterator inside.

You can call .begin() and .end() in order to iterate as usual. This also means that you can use it in a range-based for or with some algorithms.

Template Parameters

Types The types to extract

Parameters

result The result to iterate

template<SomeSettingsProvider SettingsProviderType>

std::string data::cassandra::qualifiedTableName	(	SettingsProviderType const &	provider,
		std::string_view	name )

inlinenodiscard

Returns the table name qualified with the keyspace and table prefix.

Template Parameters

SettingsProviderType The settings provider type

Parameters

provider	The settings provider
name	The name of the table