def _do_flickr(self, subcmd, opts, method, *args):
"""${cmd_name}: Call the given Flickr API method (for debugging).
${cmd_usage}
${cmd_option_list}
Examples:
pics flickr reflection.getMethods
pics flickr reflection.getMethodInfo method_name=flickr.photos.getInfo
pics flickr photos.getInfo photo_id=140542114
pics flickr -d photos.recentlyUpdated min_date=2007-02-11 extras=last_update
"""
api_key = utils.get_flickr_api_key()
secret = utils.get_flickr_secret()
flickr = simpleflickrapi.SimpleFlickrAPI(api_key, secret)
auth_token = flickr.get_auth_token(perms="read")
kwargs = dict(a.split('=', 1) for a in args)
if opts.format_dates:
if method == "photos.recentlyUpdated" and "min_date" in kwargs:
d = kwargs["min_date"]
if re.match("\d+-\d+-\d+", d):
dt = datetime.datetime.strptime(d, "%Y-%m-%d")
t = str(int(utils.timestamp_from_datetime(dt)))
log.debug("min_date: %r -> %r", kwargs["min_date"], t)
kwargs["min_date"] = t
if opts.paging:
per_page = int(kwargs.get("per_page", 100))
for i, item in enumerate(flickr.paging_call("flickr."+method, **kwargs)):
if i and i % per_page == 0:
raw_input("Press <Enter> for next page of results...")
utils.xpprint(item)
else:
xml = flickr.call("flickr."+method, **kwargs)
utils.xpprint(xml)
def info(self, path):
"""Dump info (retrieved from flickr) about the identified photos."""
for p in utils.paths_from_path_patterns([path],
dirs="if-not-recursive",
recursive=False,
on_error="yield"):
for dir, id in self._local_photo_dirs_and_ids_from_target(p):
log.debug("dump info for photo", id)
info = self.api.photos_getInfo(photo_id=id)
xpprint(info)
def _do_play(self, subcmd, opts):
"""Run my current play/dev code.
${cmd_usage}
${cmd_option_list}
"""
if False:
api_key = utils.get_flickr_api_key()
secret = utils.get_flickr_secret()
flickr = simpleflickrapi.SimpleFlickrAPI(api_key, secret)
auth_token = flickr.get_auth_token(perms="read")
t = time.time()
t -= 30 * 24 * 60 * 60.0
t = str(int(t))
utils.xpprint(
#flickr.favorites_getList()
flickr.photos_recentlyUpdated(min_date=t, extras="date_taken,media,original_format")
)
if True:
import sqlite3
cx = sqlite3.connect("photos.sqlite3")
cu = cx.cursor()
cu.executescript("""
-- List of photos in the working copy.
CREATE TABLE photos (
id INTEGER UNIQUE,
datedir TEXT
);
-- List of photos to update.
CREATE TABLE updates (
id INTEGER UNIQUE,
datedir TEXT
);
""")
cx.commit()
# Gather all the updates to do.
for row in [(1,'a'), (2,'b'), (3,'c')]:
cu.execute("INSERT INTO updates VALUES (?,?)", row)
cx.commit()
# Do all the updates.
cu.execute("SELECT * from updates")
for row in cu:
print row
cu.close()
cx.close()