def test_only_update_notes_that_have_changed(self, mocker, test_notebook, test_tags, test_note_metadata, test_note):
"""
Test update only changed notes.
"""
mocker.patch('app.evernote_utils.get_note', return_value=test_note)
mocker.spy(app.evernote_utils, 'get_note')
# insert the requisite notebook
load_notebook(test_notebook)
db_notebook = Notebook.query.filter_by(guid=test_notebook.guid).first()
# Load the test tags into the database
load_tags(test_tags)
# load test note into the database
load_notes(test_note_metadata, db_notebook)
app.evernote_utils.get_note.call_count == 1
app.evernote_utils.get_note.reset_mock()
# attempt note reload with no changes
load_notes(test_note_metadata, db_notebook)
app.evernote_utils.get_note.call_count == 1
app.evernote_utils.get_note.reset_mock()
# attempt note reload with a changed updated timestamp
new_timestamp = time.time()*1000
test_note_metadata[0].updated = new_timestamp
test_note.updated = new_timestamp
load_notes(test_note_metadata, db_notebook)
app.evernote_utils.get_note.call_count == 1
def test_change_note_title(self, mocker, test_notebook, test_note_metadata, test_note):
"""
Test change a note title.
"""
mocker.patch('app.evernote_utils.get_note', return_value=test_note)
# insert the requisite notebook
load_notebook(test_notebook)
db_notebook = Notebook.query.filter_by(guid=test_notebook.guid).first()
# load test note into the database
load_notes(test_note_metadata, db_notebook)
# Change the note title and the updated timestamp
new_title = "New Note Title"
test_note.title = new_title
new_timestamp = time.time()*1000
test_note_metadata[0].updated = new_timestamp
test_note.updated = new_timestamp
# re-load test note into the database
load_notes(test_note_metadata, db_notebook)
db_note = Note.query.filter_by(guid=test_note.guid).first()
assert db_note.title == new_title
def test_add_note_tags(self, mocker, test_notebook, test_tags, test_note_metadata, test_note):
"""
Test add note with tags.
"""
mocker.patch('app.evernote_utils.get_note', return_value=test_note)
# insert the requisite notebook
load_notebook(test_notebook)
db_notebook = Notebook.query.filter_by(guid=test_notebook.guid).first()
# load all of the test tags into the database
load_tags(test_tags)
assert Tag.query.count() == 3
# load test note into the database
load_notes(test_note_metadata, db_notebook)
# test that tag guids are equal
instance = Note.query.first()
assert [tag.guid for tag in instance.tags].sort() == test_note_metadata[0].tagGuids.sort()
# add a new tag to the note
new_tag = '02015957-f861-4750-b6cf-74f0802b4be4'
test_note_metadata[0].tagGuids.append(new_tag)
test_note.tagGuids.append(new_tag)
# adding tags does not seem to change the update date
# load test note into the database
load_notes(test_note_metadata, db_notebook)
# test that the tag guids are still equal
assert new_tag in [tag.guid for tag in instance.tags]
assert [tag.guid for tag in instance.tags] == test_note_metadata[0].tagGuids
def test_change_notebook_name(self, test_notebook):
"""
Test changing the notebook name
"""
load_notebook(test_notebook)
assert test_notebook.guid in [n.guid for n in Notebook.query.all()]
guid = test_notebook.guid
test_notebook.name = "New Name"
load_notebook(test_notebook)
instance = Notebook.query.filter_by(guid=guid).first()
assert instance.name == test_notebook.name
def test_set_active_notebook(self, test_notebook, test_notebook2):
"""
Test setting the active notebook.
"""
# Insert the first notebook
load_notebook(test_notebook)
db_notebook = Notebook.query.filter_by(guid=test_notebook.guid).first()
assert db_notebook.guid == test_notebook.guid
assert db_notebook.active is True
# Insert the second notebook
load_notebook(test_notebook2)
db_notebook2 = Notebook.query.filter_by(guid=test_notebook2.guid).first()
assert db_notebook2.guid == test_notebook2.guid
assert db_notebook2.active is True
assert len(Notebook.query.filter_by(active=True).all()) == 1, "Should only be one active notebook"
def test_update_resources(self, mocker, test_notebook, test_note_metadata, test_note):
"""
Test inserting a note and its resources
"""
mocker.patch('app.evernote_utils.get_note', return_value=test_note)
# insert the requisite notebook
load_notebook(test_notebook)
db_notebook = Notebook.query.filter_by(guid=test_notebook.guid).first()
# load the notes into the database
load_notes(test_note_metadata, db_notebook)
# Test for one note in the database
assert Note.query.count() == 1
# Make sure it has one resource associated with it.
assert Note.query.first().resources.count() == 1
def test_update_resources3(self, mocker, test_notebook, test_note_metadata, test_note):
"""
Test that resources are removed from the database if a note is deleted
"""
mocker.patch('app.evernote_utils.get_note', return_value=test_note)
# insert the requisite notebook
load_notebook(test_notebook)
db_notebook = Notebook.query.filter_by(guid=test_notebook.guid).first()
# load the notes and resources into the database
load_notes(test_note_metadata, db_notebook)
assert Note.query.first().resources.count() == 1, "Note with one resource should be present in the database"
# Simulate that we are removing all notes
delete_notes([], db_notebook)
assert Resource.query.count() == 0, "Deleting all notes should also remove all resources."
def test_load_notes(self, mocker, test_notebook, test_note_metadata, test_note):
"""
Test load notes into the database.
"""
mocker.patch('app.evernote_utils.get_note', return_value=test_note)
# insert the requisite notebook
load_notebook(test_notebook)
# load test note into the database
db_notebook = Notebook.query.filter_by(guid=test_notebook.guid).first()
load_notes(test_note_metadata, db_notebook)
# Test that the notes were inserted into the database
db_notes = Note.query.all()
assert [n.guid for n in db_notes] == [n.guid for n in test_note_metadata]
# Test that each note has its notebook_id set
for n in db_notes:
assert db_notebook.id == n.notebook_id
def test_update_resources2(self, mocker, test_notebook, test_note_metadata, test_note):
"""
Test removing resources from an existing note
"""
mocker.patch('app.evernote_utils.get_note', return_value=test_note)
# insert the requisite notebook
load_notebook(test_notebook)
db_notebook = Notebook.query.filter_by(guid=test_notebook.guid).first()
# load the notes and resources into the database
load_notes(test_note_metadata, db_notebook)
assert Note.query.first().resources.count() == 1
# Simulate removing all resources from the note
test_note.resources = None
new_timestamp = time.time()*1000
test_note_metadata[0].updated = new_timestamp
test_note.updated = new_timestamp
delete_resources(test_note_metadata)
assert Note.query.first().resources.count() == 0
def test_delete_notes(self, mocker, test_notebook, test_note_metadata, test_note):
"""
Test deleting notes.
"""
mocker.patch('app.evernote_utils.get_note', return_value=test_note)
# insert the requisite notebook
load_notebook(test_notebook)
db_notebook = Notebook.query.filter_by(guid=test_notebook.guid).first()
# load the notes into the database
load_notes(test_note_metadata, db_notebook)
# test that the notes loaded successfully
db_notes = db_notebook.notes
assert len(db_notes) == len(test_note_metadata)
# simulate deleting all notes from the notebook
test_note_metadata = []
delete_notes(test_note_metadata, db_notebook)
# test that the notes have been removed
assert len(Note.query.all()) == 0
def test_load_notebook(self, test_notebook):
"""
Test inserting notebook into the database
"""
load_notebook(test_notebook)
assert test_notebook.guid in [n.guid for n in Notebook.query.all()]
