and allow for multiple null rules on the Nullifier.
Also create an empty list on the Nullifier constructor to simplify the
logic afterwards, in the case no "null" rule exist.
Move the token creation/renewal code into the NordigenClient and remove
external access. The NordigenClient now also takes the DB client in the
constructor.
While creating the unit test, noticed that the nordigen mocks for
downloaded transactions could match the simple transactions mock, thus
helping in the online download command.
Also created the nordigen.NordigenClient mock, with the used methods
mocked and raising a NotImplement when a new endpoint is requested.
Adds a new table, nordigen, with the access and refresh token, along
with their validity.
The Export/Import test would raise an integrety with the use of a real
DB and the export of the transaction IDs, so add a try-except block to
the database session to catch the error and re-raise an ImportError.
Using the same logic as the single Export/Import commands, implement the
entire backup command by exporting all the serializable classes into a
single json file.
To select the correct class upon import, save a new property on the
backup json, the class_, which contains the name of the class to be
imported.
Fix the note serialization.
Pickling directly from a DB object will also save DB related attributes,
namely the state of the object. When exporting values from a DB select,
they will be in detached state, which means on the import, the session
will not insert the object back into the DB, it already assumes they are
there.
Add the transaction ID to the export of transactions and enable the
import of SplitTransactions. The ID should function as a stable
transaction identifier.
Fix tag import on transactions.
Fix rules import of date for DBs that need datetime.date format.
The FK are correctly initialized when the rules are created as part of
the base category/tag.
Also removes the name from the CategorySchedule, same logic applies.
The new command ImportCommand takes a Serializable type, from which it
can call the deserialize method to generate a DB ORM type. The
Serializable interface also declares the serialize method.
(De)serialization moved to the ORM types, due to the inability to
properly use overloading.
Possible improvement for the future is to merge serialization
information on JSONDecoder/Encoder classes.
Adds a MockClient with the in-memory SQLite DB which can be used by
tests.
Most types export/import functionally tested using two DBs and comparing
entries.
There pains of using a set as the aggregation of rules overweight the
small advantage. While it would make detecting similar rules faster, the
use of a collection type not inherently supporting by JSON brings some
issues in the serialization.
The `CategorySelector` was possibly added to be incremented with other
attributes. However, since none other that the selector enum is used at
the moment, it is only adding unnecessary cluter.
The category selector value is moved to the parent
`TransactionCategory`.
The `Client` was never closing the `Session` in `DatabaseSession`, which
meant that tests that compared transactions and banks would work since
attributes loaded only on select would still work.
However, this was not the intended behavior. Calling select from the
client with using sessions should detach objects completely from a DB
session. Therefore, attributes on Transaction, TransactionCategory and
Bank are now loaded on a join (lazy parameter).
CSV is not a good format, since it does not have a good support for
complex types, e.g. lists.
It served when the exported format was only a linear transaction, but it
is not worth the extra work around it anymore.
Set unsafe_hash parameter of dataclasses to true on types that need to
be hashed.
The __hash__ method won't be automatically generated since the types
can't be declared as frozen.
Due to the use of the dataclasses mixin on the SQLAlchemy types, a
back_populates creates a RecursiveError when comparing two types. This
occurs because the dataclass will overwrite the __eq__ operator, and it
doesn't know when to stop comparing relationships.
Removing the dataclasses isn't the best approach, since then __init__,
__eq__ and __repr__ methods would have to be added to all types. Thus
the solution was to remove the relationship on the child (on a
one-to-one relationship) from the __eq__ operation, with the use of the
compare parameter.
Took the opportunity to define more logical __init__ methods on the
`Rule` and child classes.
Also revised the parameter options on some DB types.
Swap almost all remaining calls to the old postgresql only DB class with
the new DB client.
Warning! Some operations are currently not implement, such as setting
category schedules and dismantling links.
`update` and `delete` methods added to DB `Client`.
For DB connections that want to keep a session alive, there's a new
`DatabaseSession` class that holds a SQLAlchemy session inside and
offers methods similar to the `Database` class.
The `Database` moves to use the `DatabaseSession` to remove duplicated
code.
The database `Client` wasn't working correcly when no session was
passed, as the inserted transactions would still be bound to the newly
created session inside.
Creates a copy of the input transactions to insert on the DB.
`add` method replaced with `insert`.
`insert` and `select` implemented for new database base class.
Database unit test added.
Due to SQLite implementation of the primary key autoinc, the type of the
IDs on the database for SQLite changed to Integer.
https://www.sqlite.org/autoinc.html
Having a comprehension unit testing allows for peace of mind
refactoring.
Changed the PSD2Client constructor and extract method to accept
credentials and banks, respectively.
Create Exception tree for the Extract module.
Adds mocks to the NordigenClient requests' methods.
