Provides cache functionality to clear cached results of all key value rows from a table "table_name". Return true or false.

Requires mnesia already be started.

Executes a "count" operation against a "table_name".

Requires mnesia already be started.

Provides encapsulated behaviour for delete stored key value using transaction for

:mnesia.delete(table_name,id_row,:write)

for an table "table_name". Return :ok.

Requires mnesia already be started.

Provides encapsulated behaviour for load the FIRST stored key value using transaction for

:mnesia.first(table_name)

for an table "table_name". Return the stored value or nil.

Requires mnesia already be started.

Provides encapsulated behaviour for load the stored key value using transaction for

:mnesia.read({table_name,id_row})

for an key "id_row" from an table "table_name". Return the stored value or nil.

Requires mnesia already be started.

Provides encapsulated behaviour for load the LAST stored key value using transaction for

:mnesia.last(table_name)

for an table "table_name". Return the stored value or nil.

Requires mnesia already be started.

Provides a way to check if mnesia already started. Return true or false.

Provides encapsulated behaviour for data storage using transaction for call

:mnesia.write({table_name,id_row,data_row})

Works in key value storage style, where "id_row" is the key, and "data_row" the value. Both values could be of any data type. "table_name" should be an atom. This is intended to be more key-value object storage (like Redis), where "data_row" could be anything from a simple string to a list, a map, a sql resultset, and many others.

Return true or false.

Requires mnesia already be started.

Executes a "select" operation against a "table_name" filtering by "map_pattern"

Requires mnesia already be started.

Provides encapsulated behaviour for data storage using transaction for call

data = [table_name | [id_row | data_row]]
data = data |> List.to_tuple() # result in {table_name,id_row,data_row[0] ... data_row[n]}
:mnesia.write(data)

Works in key value storage style, where "id_row" is the key, and "data_row" the value. Both values could be of any data type. "table_name" should be an atom. This run fine for normal mnesia usage way (storing objects as in database row).

Return true or false.

Requires mnesia already be started.