def test_api_set_region_incorrect_region(self):
with self.assertRaises(UnsupportedRegion) as excinfo:
api = API()
api.set_region('oc')
assert 'Region \'oc\' is not supported for this API!' in str(
excinfo.exception)
from pcpartpicker import API
import pandas as pd
import numpy as np
api = API(multithreading=False)
api.set_region('in')
df = api.retrieve('cpu')['cpu']
new = []
for obj in df:
new.append({'brand': obj.brand if obj.brand else np.nan,
'model': obj.model if obj.model else np.nan,
'cores': obj.cores if obj.cores else np.nan,
'base_clock': obj.base_clock.cycles if obj.base_clock else np.nan,
'boost_clock': obj.base_clock.cycles if obj.boost_clock else np.nan,
'tdp': obj.tdp if obj.tdp else np.nan,
'integrated_graphics': np.nan if obj.integrated_graphics is None else obj.integrated_graphics,
'multithreading': np.nan if obj.multithreading is None else obj.multithreading})
new_df = pd.DataFrame(new)
new_df.to_csv('pcpp-cpu.csv', index=False)
def test_api_set_region(self):
api = API()
self.assertEqual(api.region, 'us')
api.set_region('nz')
self.assertEqual(api.region, 'nz')
class PCParts:
log.basicConfig(filename='debug.log', level=log.DEBUG)
def __init__(self, debug=False, region='us'):
self.pcpp_api = API(region)
self.parts = {}
self.path = './Parts_Scraper/pickle/'
log.debug("PCParts object init")
#self.refresh_data()
def set_region(self, new_region):
'''
Set region per pcpartspicker API requirements.
'''
if new_region in self.pcpp_api.supported_regions:
self.pcpp_api.set_region(new_region)
return
def refresh_data(self):
'''
Refresh temp storage cache
'''
self.__load_part_data(refresh=True)
def get_JSON(self, part='cpu'):
if part not in self.pcpp_api.supported_parts:
raise Exception("Argument 'part' is not a supported part.")
return
if not self.parts: self.__load_part_data()
js = self.parts[part].to_json(orient='split')
return js
def get_components(self):
'''
Returns dictionary of parts and their components as an array
'''
if not self.parts:
log.debug("Loading data for all parts...")
self.__load_part_data("all")
log.debug("Getting part components...")
components = {}
for part, df in self.parts.items():
components[part] = [c for c in df.columns]
return components
def get_quantities(self):
'''
List out all parts and there quantities
'''
if not self.parts: self.__load_part_data("all")
log.debug("Getting part quantities...")
num_parts = 0
quantities = {}
for part, df in self.parts.items():
quantities[part] = len(df.index)
num_parts += len(df.index)
log.debug("Quantity of parts: " + str(num_parts))
return quantities
def __load_part_data(self, refresh=False):
'''
Loads all part data. Refresh=true will refresh temp data storage cache
'''
if refresh: load_type = "Refreshing"
else: load_type = "Loading"
log.debug("{0} data...".format(load_type))
for part in self.pcpp_api.supported_parts:
self.__add_part_df_to_dict(part, refresh)
log.debug("{0} complete.".format(load_type))
return
def __add_part_df_to_dict(self, part="all", refresh=False):
'''
Convert part objects retrieved from PcPartsPicker API to dataframe
and save as temp data storage(pickle).
If refresh is specified, overwrite pickle storage files
'''
path = self.path + part + '.pkl'
if os.path.exists(path) and not refresh:
df = pd.read_pickle(path)
else:
parts_dict = defaultdict(list)
retrieved_parts = self.pcpp_api.retrieve(part)[part]
for p in retrieved_parts:
for key, comp in vars(p).items():
parts_dict[key].append(comp)
df = pd.DataFrame.from_dict(parts_dict)
df.to_pickle(path)
self.parts[part] = df
return