def reference_scan(self, md_text):
"""Scan Markdown document for reference
Adapted from <https://github.com/smathot/academicmarkdown>
"""
data = utils.read_json(self.zotquery.json_data)
keys = data.keys()
ref_count = 1
zot_items = []
found_cks = []
# Needs to match patter created in QUICK_COPY
regexp = re.compile(r'{@([^_]*?)_(\d*?)_([A-Z1-9]{3})}')
for reg_obj in re.finditer(regexp, md_text):
family, date, key_end = reg_obj.groups()
citekey = '{@' + '_'.join([family, date, key_end]) + '}'
if key_end in found_cks:
continue
ref_count += 1
possible_keys = [key for key in keys if key.endswith(key_end)]
if len(possible_keys) > 1:
for key in possible_keys:
item = data.get(key)
try:
if item['data']['date'] == date:
key = key
break
except KeyError:
pass
else:
key = possible_keys[0]
zot_items.append({'key': key, 'citekey': citekey})
found_cks.append(key_end)
return zot_items
def reference_scan(self, md_text):
"""Scan Markdown document for reference
Adapted from <https://github.com/smathot/academicmarkdown>
"""
data = utils.read_json(self.zotquery.json_data)
keys = data.keys()
ref_count = 1
zot_items = []
found_cks = []
# Needs to match patter created in QUICK_COPY
regexp = re.compile(r'{@([^_]*?)_(\d*?)_([A-Z1-9]{3})}')
for reg_obj in re.finditer(regexp, md_text):
family, date, key_end = reg_obj.groups()
citekey = '{@' + '_'.join([family, date, key_end]) + '}'
if key_end in found_cks:
continue
ref_count += 1
possible_keys = [key for key in keys if key.endswith(key_end)]
if len(possible_keys) > 1:
for key in possible_keys:
item = data.get(key)
try:
if item['data']['date'] == date:
key = key
break
except KeyError:
pass
else:
key = possible_keys[0]
zot_items.append({'key': key, 'citekey': citekey})
found_cks.append(key_end)
return zot_items
def open_attachment(self):
"""Open item's attachment in default app"""
if os.path.isfile(self.arg):
subprocess.check_output(['open', self.arg])
# if self.input is item key
else:
data = utils.read_json(self.zotquery.json_data)
item_id = self.arg.split('_')[1]
item = data.get(item_id, None)
if item:
for att in item['attachments']:
if os.path.exists(att['path']):
subprocess.check_output(['open', att['path']])
def open_attachment(self):
"""Open item's attachment in default app"""
if os.path.isfile(self.arg):
subprocess.check_output(['open', self.arg])
# if self.input is item key
else:
data = utils.read_json(self.zotquery.json_data)
item_id = self.arg.split('_')[1]
item = data.get(item_id, None)
if item:
for att in item['attachments']:
if os.path.exists(att['path']):
subprocess.check_output(['open', att['path']])
def search_items(self):
"""Search individual items.
"""
# Get JSON data of user's Zotero library
data = utils.read_json(self.zotquery.json_data)
# Get keys of all items that match specific query
keys = self._get_items()
for key_rank in keys:
# Ignore rank score in (rank, key)
key = key_rank[-1]
# Get JSON info for that item
item = data.get(key, None)
if item:
# Prepare dictionary for Alfred
alfred = self._prepare_item_feedback(item)
self.wf.add_item(**alfred)
def search_items(self):
"""Search individual items.
"""
# Get JSON data of user's Zotero library
data = utils.read_json(self.zotquery.json_data)
# Get keys of all items that match specific query
keys = self._get_items()
for key_rank in keys:
# Ignore rank score in (rank, key)
key = key_rank[-1]
# Get JSON info for that item
item = data.get(key, None)
if item:
# Prepare dictionary for Alfred
alfred = self._prepare_item_feedback(item)
self.wf.add_item(**alfred)
def search_in_groups(self):
"""Search for items within selected group.
"""
# Get name of group stored in cache
group = self._get_group_name()
# Get keys of all items that match query in `group`
keys = self._get_in_group(group)
# Get JSON data of user's Zotero library
data = utils.read_json(self.zotquery.json_data)
for key in keys:
# Ignore rank score
key = key[-1]
# Get JSON info for that item
item = data.get(key, None)
if item:
# Prepare dictionary for Alfred
alfred = self._prepare_item_feedback(item)
self.wf.add_item(**alfred)
def search_in_groups(self):
"""Search for items within selected group.
"""
# Get name of group stored in cache
group = self._get_group_name()
# Get keys of all items that match query in `group`
keys = self._get_in_group(group)
# Get JSON data of user's Zotero library
data = utils.read_json(self.zotquery.json_data)
for key in keys:
# Ignore rank score
key = key[-1]
# Get JSON info for that item
item = data.get(key, None)
if item:
# Prepare dictionary for Alfred
alfred = self._prepare_item_feedback(item)
self.wf.add_item(**alfred)