def search(self, point, limit=float("inf")):
"""Return a generator of caches around some point.
Search for caches around some point by loading search pages and parsing the data from these
pages. Yield :class:`.Cache` objects filled with data from search page. You can provide limit
as a convinient way to stop generator after certain number of caches.
:param .geo.Point point: Search center point.
:param int limit: Maximum number of caches to generate.
"""
logging.info("Searching at {}".format(point))
start_index = 0
while True:
# get one page
page = self._search_get_page(point, start_index)
if not page:
# result is empty - no more caches
raise StopIteration()
# parse caches in result
for start_index, row in enumerate(page.find_all("tr"), start_index):
limit -= 1 # handle limit
if limit < 0:
raise StopIteration()
# parse raw data
cache_details = row.find("span", "cache-details").text.split("|")
wp = cache_details[1].strip()
# create and fill cache object
c = Cache(self, wp)
c.type = Type.from_string(cache_details[0].strip())
c.name = row.find("span", "cache-name").text
c.found = row.find("img", title="Found It!") is not None
c.favorites = int(row.find(attrs={"data-column": "FavoritePoint"}).text)
c.state = not (row.get("class") and "disabled" in row.get("class"))
c.pm_only = row.find("td", "pm-upsell") is not None
if c.pm_only:
# PM only caches doesn't have other attributes filled in
yield c
continue
c.size = Size.from_string(row.find(attrs={"data-column": "ContainerSize"}).text)
c.difficulty = float(row.find(attrs={"data-column": "Difficulty"}).text)
c.terrain = float(row.find(attrs={"data-column": "Terrain"}).text)
c.hidden = parse_date(row.find(attrs={"data-column": "PlaceDate"}).text)
c.author = row.find("span", "owner").text[3:] # delete "by "
logging.debug("Cache parsed: {}".format(c))
yield c
start_index += 1
def search(self, point, limit=float("inf")):
"""Return a generator of caches around some point.
Search for caches around some point by loading search pages and parsing the data from these
pages. Yield :class:`.Cache` objects filled with data from search page. You can provide limit
as a convinient way to stop generator after certain number of caches.
:param .geo.Point point: Search center point.
:param int limit: Maximum number of caches to generate.
"""
logging.info("Searching at {}".format(point))
start_index = 0
while True:
# get one page
page = self._search_get_page(point, start_index)
if not page:
# result is empty - no more caches
raise StopIteration()
# parse caches in result
for start_index, row in enumerate(page.find_all("tr"),
start_index):
limit -= 1 # handle limit
if limit < 0:
raise StopIteration()
# parse raw data
cache_details = row.find("span",
"cache-details").text.split("|")
wp = cache_details[1].strip()
# create and fill cache object
c = Cache(self, wp)
c.type = Type.from_string(cache_details[0].strip())
c.name = row.find("span", "cache-name").text
badge = row.find("svg", class_="badge")
c.found = "found" in str(badge) if badge is not None else False
c.favorites = int(
row.find(attrs={
"data-column": "FavoritePoint"
}).text)
c.state = not (row.get("class")
and "disabled" in row.get("class"))
c.pm_only = row.find("td", "pm-upsell") is not None
if c.pm_only:
# PM only caches doesn't have other attributes filled in
yield c
continue
c.size = Size.from_string(
row.find(attrs={
"data-column": "ContainerSize"
}).text)
c.difficulty = float(
row.find(attrs={
"data-column": "Difficulty"
}).text)
c.terrain = float(
row.find(attrs={
"data-column": "Terrain"
}).text)
c.hidden = parse_date(
row.find(attrs={
"data-column": "PlaceDate"
}).text)
c.author = row.find("span", "owner").text[3:] # delete "by "
logging.debug("Cache parsed: {}".format(c))
yield c
start_index += 1
def search(self, point, limit=float("inf")):
"""Return a generator of caches around some point.
Search for caches around some point by loading search pages and parsing the data from these
pages. Yield :class:`.Cache` objects filled with data from search page. You can provide limit
as a convenient way to stop generator after certain number of caches.
:param .geo.Point point: Search center point.
:param int limit: Maximum number of caches to generate.
"""
logging.info("Searching at {}".format(point))
start_index = 0
while True:
# get one page
geocaches_table, whole_page = self._search_get_page(point, start_index)
rows = geocaches_table.find_all("tr")
# leave loop if there are no (more) results
if not rows:
return
# prepare language-dependent mappings
if start_index == 0:
cache_sizes_filter_wrapper = whole_page.find("div", class_="cache-sizes-wrapper")
localized_size_mapping = {
# key = "Small" (localized), value = Size.small
label.find("span").text.strip(): Size.from_number(label.find("input").get("value"))
for label in cache_sizes_filter_wrapper.find_all("label")
}
# parse caches in result
for start_index, row in enumerate(rows, start_index):
limit -= 1 # handle limit
if limit < 0:
return
# parse raw data
cache_details = row.find("span", "cache-details").text.split("|")
wp = cache_details[1].strip()
# create and fill cache object
# values are sanitized and converted in Cache setters
c = Cache(self, wp)
c.type = cache_details[0]
c.name = row.find("span", "cache-name").text
badge = row.find("svg", class_="badge")
c.found = "found" in str(badge) if badge is not None else False
c.favorites = row.find(attrs={"data-column": "FavoritePoint"}).text
c.state = not (row.get("class") and "disabled" in row.get("class"))
c.pm_only = row.find("td", "pm-upsell") is not None
if c.pm_only:
# PM only caches doesn't have other attributes filled in
yield c
continue
c.size = localized_size_mapping[row.find(attrs={"data-column": "ContainerSize"}).text.strip()]
c.difficulty = row.find(attrs={"data-column": "Difficulty"}).text
c.terrain = row.find(attrs={"data-column": "Terrain"}).text
c.hidden = row.find(attrs={"data-column": "PlaceDate"}).text
c.author = row.find("span", "owner").text[3:] # delete "by "
logging.debug("Cache parsed: {}".format(c))
yield c
start_index += 1
def search(self, point, limit=float("inf")):
"""Return a generator of caches around some point.
Search for caches around some point by loading search pages and parsing the data from these
pages. Yield :class:`.Cache` objects filled with data from search page. You can provide limit
as a convinient way to stop generator after certain number of caches.
:param .geo.Point point: Search center point.
:param int limit: Maximum number of caches to generate.
"""
logging.info("Searching at {}".format(point))
start_index = 0
while True:
# get one page
geocaches_table, whole_page = self._search_get_page(point, start_index)
if not geocaches_table:
# result is empty - no more caches
return
# prepare language-dependant mappings
if start_index == 0:
cache_sizes_filter_wrapper = whole_page.find("div", class_="cache-sizes-wrapper")
localized_size_mapping = {
# key = "Small" (localized), value = Size.small
label.find("span").text.strip(): Size.from_number(label.find("input").get("value"))
for label in cache_sizes_filter_wrapper.find_all("label")
}
# parse caches in result
for start_index, row in enumerate(geocaches_table.find_all("tr"), start_index):
limit -= 1 # handle limit
if limit < 0:
return
# parse raw data
cache_details = row.find("span", "cache-details").text.split("|")
wp = cache_details[1].strip()
# create and fill cache object
# values are sanitized and converted in Cache setters
c = Cache(self, wp)
c.type = cache_details[0]
c.name = row.find("span", "cache-name").text
badge = row.find("svg", class_="badge")
c.found = "found" in str(badge) if badge is not None else False
c.favorites = row.find(attrs={"data-column": "FavoritePoint"}).text
c.state = not (row.get("class") and "disabled" in row.get("class"))
c.pm_only = row.find("td", "pm-upsell") is not None
if c.pm_only:
# PM only caches doesn't have other attributes filled in
yield c
continue
c.size = localized_size_mapping[row.find(attrs={"data-column": "ContainerSize"}).text.strip()]
c.difficulty = row.find(attrs={"data-column": "Difficulty"}).text
c.terrain = row.find(attrs={"data-column": "Terrain"}).text
c.hidden = row.find(attrs={"data-column": "PlaceDate"}).text
c.author = row.find("span", "owner").text[3:] # delete "by "
logging.debug("Cache parsed: {}".format(c))
yield c
start_index += 1