def annotations_to_text(self, annotations_db, book_mi):
"""
Return annotations in text format
"""
def _row_to_dict(ann):
# Convert sqlite row object to dict
# Convert timestamp to float
# Translation table: sqlite field:Annotation
xl = {
"last_modification": "timestamp",
"highlight_color": "highlightcolor",
"note_text": "note",
"highlight_text": "text",
}
ann_dict = {}
for key in ann.keys():
new_key = xl[key]
if key == "last_modification" and ann[key] is not None:
ann_dict[new_key] = float(ann[key])
elif key in ["note_text", "highlight_text"]:
# Store text/notes as lists, split on line breaks
if ann[key]:
ann_dict[new_key] = ann[key].split("\n")
else:
ann_dict[new_key] = None
else:
ann_dict[new_key] = ann[key]
return ann_dict
# Create an Annotations object to hold annotations
stored_annotations = Annotations(self.opts, title=book_mi["title"])
annotations = self.get_annotations(annotations_db, book_mi[b"book_id"])
for ann in annotations:
ann = _row_to_dict(ann)
ann["reader_app"] = book_mi["reader_app"]
this_annotation = Annotation(ann)
stored_annotations.annotations.append(this_annotation)
return stored_annotations.to_text()
def annotations_to_text(self, annotations_db, book_mi):
"""
Return annotations in text format
"""
def _row_to_dict(ann):
# Convert sqlite row object to dict
# Convert timestamp to float
# Translation table: sqlite field:Annotation
xl = {
'last_modification': 'timestamp',
'highlight_color': 'highlightcolor',
'note_text': 'note',
'highlight_text': 'text'
}
ann_dict = {}
for key in ann.keys():
new_key = xl[key]
if key == 'last_modification' and ann[key] is not None:
ann_dict[new_key] = float(ann[key])
elif key in ['note_text', 'highlight_text']:
# Store text/notes as lists, split on line breaks
if ann[key]:
ann_dict[new_key] = ann[key].split('\n')
else:
ann_dict[new_key] = None
else:
ann_dict[new_key] = ann[key]
return ann_dict
# Create an Annotations object to hold annotations
stored_annotations = Annotations(self.opts, title=book_mi['title'])
annotations = self.get_annotations(annotations_db, book_mi[b'book_id'])
for ann in annotations:
ann = _row_to_dict(ann)
ann['reader_app'] = book_mi['reader_app']
this_annotation = Annotation(ann)
stored_annotations.annotations.append(this_annotation)
return stored_annotations.to_text()
def annotations_to_text(self, annotations_db, book_mi):
"""
Return annotations in text format
"""
def _row_to_dict(ann):
# Convert sqlite row object to dict
# Convert timestamp to float
# Translation table: sqlite field:Annotation
xl = {
'last_modification': 'timestamp',
'highlight_color': 'highlightcolor',
'note_text': 'note',
'highlight_text': 'text'
}
ann_dict = {}
for key in ann.keys():
new_key = xl[key]
if key == 'last_modification' and ann[key] is not None:
ann_dict[new_key] = float(ann[key])
elif key in ['note_text', 'highlight_text']:
# Store text/notes as lists, split on line breaks
if ann[key]:
ann_dict[new_key] = ann[key].split('\n')
else:
ann_dict[new_key] = None
else:
ann_dict[new_key] = ann[key]
return ann_dict
# Create an Annotations object to hold annotations
stored_annotations = Annotations(self.opts, title=book_mi['title'])
annotations = self.get_annotations(annotations_db, book_mi[b'book_id'])
for ann in annotations:
ann = _row_to_dict(ann)
ann['reader_app'] = book_mi['reader_app']
this_annotation = Annotation(ann)
stored_annotations.annotations.append(this_annotation)
return stored_annotations.to_text()
