def get_allimages_path(self):
res = []
if self.metainfo.has_key('db_key'):
db_key = self.metainfo['db_key']
return redisc.zrange(db_key, 0, -1)
else:
common.write_log("no infor")
return res
def process(self, item_id): # 获得查询item的cat (cat_id, words) = self.dim_items_index.get(item_id, (-1, -1)) if cat_id == -1 : return [] # 获得这个cat的相似cat sim_cat_ids = self.cat_sim_rindex.get(cat_id, -1) if sim_cat_ids == -1 : return [] write_log(msg = 'process item_id:%d, sim_cat_ids size:%d' % (item_id, len(sim_cat_ids)) ) return self.__get_rec_item_ids(item_id, sim_cat_ids)
def run(log_path):
test_project = "12v"
log_content = test_project + " test start"
common.write_log(log_path, test_project, "info", log_content)
state = True
count_num = 600
pass_num = 0
fail_num = 0
url_di = "http://" + host_ip + ":" + host_ip + "/gs-robot/data/device_status"
for i in range(count_num):
common.write_log(log_path, test_project, "info", url_di)
data = common.getUrlData(url_di)
time.sleep(1)
di_value = int(data["data"]["detailedDi"])
one_list = []
common.check_value(di_value, one_list)
if 3 in one_list:
common.write_log(log_path, test_project, "info", str(data))
pass_num += 1
else:
common.write_log(log_path, test_project, "error", str(data))
state = False
fail_num += 1
return {
test_project: {
"state": state,
"count_num": count_num,
"pass_num": pass_num,
"fail_num": fail_num
}
}
def add_dir(self, dir_path):
'''
note: Only support one dir at same time.
'''
# get image info from dir
file_list = common.get_filelist(dir_path)
# update image info in redis
res = self._insert_images(file_list)
if res is not None:
common.write_log(common.REDIS_ERROR)
return
num = len(file_list)
# update metainfo in object and redis
self.metainfo["dir_path"] = dir_path
self.metainfo["img_num"] = num
self._update_metainfo()
return
def run(log_path):
test_project = "扫地图"
log_content = test_project + " test start"
common.write_log(log_path, test_project, "info", log_content)
state = True
count_num = 10
pass_num = 0
fail_num = 0
time.sleep(1)
return {
test_project: {
"state": True,
"count_num": 10,
"pass_num": 9,
"fail_num": 1
}
}
def __get_rec_item_ids(self, item_id, sim_cat_ids): """ 获取推荐item_id Args: item_id: query的item_id sim_cat_ids : item_id的相似cat_id列表 Returns: [(rec_item_id, sim_value), (rec_item_id, sim_value), ...],长度为strategy.get_total_rec_num() """ target_item = self.dim_items_index.get(item_id, -1) if target_item == -1: write_log(sys._getframe().f_lineno, "cannot get info of item_id:%d" % (item_id) ) return rec_items = [] sim_cat_ids = sim_cat_ids[0: self.strategy.get_max_sim_cat_process()] count = 0 timer_total = Timer() for i in range(0, len(sim_cat_ids)): (cat_id, sim_value) = sim_cat_ids[i] sim_item_ids = self.cat_to_item_rindex.get(cat_id, []) if len(sim_item_ids) == 0 : write_log(sys._getframe().f_lineno, "cat_id:%d has no item" % (cat_id) ) continue timer = Timer() count += len(sim_item_ids) res_list = self.__find_sim_item_from_a_list(target_item, sim_item_ids, i) write_log(msg = "__find_sim_item_from_a_list cost time:%f, sim_item_ids size:%d, i:%d" % (timer.get_diff(), len(sim_item_ids), i)) rec_items.extend(res_list) write_log(msg = "all__find_sim_item_from_a_list cost time:%f, all_sim_item_ids size:%d" % (timer_total.get_diff(), count)) write_log(msg = 'process item_id:%d, rec_items size:%d' % (item_id, len(rec_items)) ) rec_items.sort(lambda y,x : cmp(x[1], y[1])) rec_items = rec_items[0: self.strategy.get_total_rec_num()] final_res = [] for (id, value) in rec_items: final_res.append(id) return final_res
def run(log_path):
test_project = "can"
log_content = test_project + " test start"
common.write_log(log_path, test_project, "info", log_content)
url = common.get_url(
"/gs-robot/real_time_data/ultrasonic_raw?frame_id=ultrasonic0")
state = True
count_num = 600
pass_num = 0
fail_num = 0
for i in range(count_num):
data = common.getUrlData(url)
if data == 1:
state = False
fail_num += 1
common.write_log(log_path, test_project, "error", str(data))
else:
pass_num += 1
common.write_log(log_path, test_project, "info", str(data))
time.sleep(1)
return {
test_project: {
"state": state,
"count_num": count_num,
"pass_num": pass_num,
"fail_num": fail_num
}
}
def __create_a_sample(self, item_id_a, item_id_b): item_a = self.dim_items_index.get(item_id_a, None) if not item_a != None: write_log(msg = '__create_a_sample get no item, id:%d' % item_id_a) return item_b = self.dim_items_index.get(item_id_b, None) if not item_b != None: write_log(msg = '__create_a_sample get no item, id:%d' % item_id_a) return item_a.pos = 1 item_b.pos = 2 fea_a = self.feature_builder.get_feature(item_a) fea_b = self.feature_builder.get_feature(item_b) fea = fea_a + fea_b if len(fea) == 0 : write_log(msg = 'fea len is 0, item_id %d %d' % (item_id_a, item_id_b) ) fea = sorted(fea) self.__add_to_dis(fea) self.__add_to_map(fea, 1) self.__print_feature(fea, 1) item_a.pos = 2 item_b.pos = 1 fea_a = self.feature_builder.get_feature(item_a) fea_b = self.feature_builder.get_feature(item_b) fea = fea_a + fea_b fea = sorted(fea) self.__add_to_dis(fea) self.__add_to_map(fea, 1) self.__print_feature(fea, 1)
def __find_sim_item_from_a_list(self, target_item, sim_item_ids, idx): target_title = target_item[1] count = 0 rec_items = [] for sim_id in sim_item_ids: sim_item = self.dim_items_index.get(sim_id, -1) if sim_item == -1 : continue count += 1 if count > 20000: break sim_title = sim_item[1] timer = Timer() val = self.__cal_title_sim(target_title, sim_title) write_log(msg = "__cal_title_sim cost time:%f, target_title size:%d, sim_title size:%d" % (timer.get_diff(), len(target_title), len(sim_title))) rec_items.append( (sim_id, val) ) num_to_get = self.strategy.num_to_return_of_this_sim_cat(idx) if len(rec_items) > num_to_get: rec_items.sort(lambda y,x : cmp(x[1], y[1])) rec_items = rec_items[0: num_to_get] return rec_items
def run(log_path):
test_project = "motor"
log_content = test_project + " test start"
common.write_log(log_path, test_project, "info", log_content)
state = True
count_num = 600
pass_num = 0
fail_num = 0
url = common.get_url("/gs-robot/data/health_status")
for i in range(count_num):
common.write_log(log_path, test_project, "info", url)
data = common.getUrlData(url)
time.sleep(1)
if data["rightMotor"] and data["leftMotor"]:
common.write_log(log_path, test_project, "info", str(data))
pass_num += 1
else:
common.write_log(log_path, test_project, "error", str(data))
fail_num += 1
return {test_project:{"state":state, "count_num":count_num, "pass_num":pass_num, "fail_num":fail_num}}
def run(log_path):
test_project = "lan_wan"
log_content = test_project + " test start"
common.write_log(log_path, test_project, "info", log_content)
ips = [
"10.7.5.1", "10.7.5.88", "10.7.5.199", "10.7.5.100", "www.baidu.com"
]
ip_t = []
respons = []
for ip in ips:
t = MyThread(ping_ip, args=(ip))
ip_t.append(t)
t.start()
for t in ip_t:
t.join()
respons.append(t.get_result())
count_num = 0
fail_num = 0
for i in respons:
count_num = count_num + i[0]
fail_num = fail_num + i[1]
if not i[1]:
common.write_log(log_path, test_project, "info", str(i[2]))
else:
common.write_log(log_path, test_project, "error", str(i[2]))
pass_num = count_num - fail_num
state = None
if fail_num == 0:
state = True
else:
state = False
return {
test_project: {
"state": state,
"count_num": count_num,
"pass_num": pass_num,
"fail_num": fail_num
}
}
def create_a_test(self, test_id, match_id): test_item = self.dim_items_index.get(test_id, None) if not test_item != None: write_log(msg = '__create_a_test get no item, id:%d' % test_id) return match_item = self.dim_items_index.get(match_id, None) if not match_item != None: write_log(msg = '__create_a_test get no item, id:%d' % match_id) return test_item.pos = 1 match_item.pos = 2 fea_a = self.feature_builder.get_feature(test_item) fea_b = self.feature_builder.get_feature(match_item) fea = fea_a + fea_b if fea == None or len(fea) == 0 : write_log(msg = 'fea len is 0, item_id %d %d' % (test_id, match_id) ) fea = sorted(fea) self.__print_feature(test_id, match_id, fea) return fea
def run(log_path):
test_project = "input"
log_content = test_project + " test start"
common.write_log(log_path, test_project, "info", log_content)
url = common.get_url("/gs-robot/data/device_status")
state = True
count_num = 10
pass_num = 0
fail_num = 0
do_value_dict = {}
for i in range(8):
do_value = pow(2, i)
do_value_key = "do" + str(i + 1)
do_value_dict[do_value_key] = do_value
all_do_value_comb = combination_all(do_value_dict.keys())
all_do_value_comb_list = []
for i in all_do_value_comb:
value = 0
for j in do_value_dict.keys():
if j in i:
value += do_value_dict[j]
all_do_value_comb_list.append(value)
all_do_value_comb_list.append(0)
all_do_value_comb_list = sorted(all_do_value_comb_list)
count_num = len(all_do_value_comb_list) * 2
for j in range(2):
for i in all_do_value_comb_list:
do_commond = 'rosservice call /device/operate_device \"operation:\n- key: \'do\'\n value: \'%d\'\"' % i
common.write_log(log_path, test_project, "info", do_commond)
res = os.popen(do_commond).read()
if "True" in res:
common.write_log(log_path, test_project, "info", res)
else:
common.write_log(log_path, test_project, "error", res)
time.sleep(1)
data = common.getUrlData(url)
di_value = int(data["data"]["detailedDi"])
if di_value != i:
state = False
common.write_log(log_path, test_project, "error", str(data))
fail_num += 1
else:
common.write_log(log_path, test_project, "info", str(data))
pass_num += 1
return {
test_project: {
"state": state,
"count_num": count_num,
"pass_num": pass_num,
"fail_num": fail_num
}
}
def gen_disk_light_topo_tb(infile, rn, outdir, outfile0, cth_file, log_file,
json_file):
# {{{
outfile = outdir + outfile0
common.write_log(log_file, 'START disk_light_topo_tb')
lat_fy4a = gdal.Open(
'./lut4k_1.tif').\
ReadAsArray(0, 0, 2748, 2748) # 纬度数据
lon_fy4a = gdal.Open(
'./lut4k_2.tif').\
ReadAsArray(0, 0, 2748, 2748) # 经度数据
f = h5.File(infile, 'r')
Channel = 12
NOMChannel = f['NOMChannel%s' % (Channel)][:]
CALChannel = f['CALChannel%s' % (Channel)][:]
tb = Data_Cal(NOMChannel, CALChannel)
bln = f.attrs[u'Begin Line Number'][0]
eln = f.attrs[u'End Line Number'][0]
bpn = f.attrs[u'Begin Pixel Number'][0]
epn = f.attrs[u'End Pixel Number'][0]
f.close()
if False:
cth_file = re.sub(r'\.HDF', r'.NC', infile)
cth_file = re.sub(r'FDI', r'CTH', cth_file)
cth_file = re.sub(r'L1', r'L2', cth_file)
cth_file = re.sub(r'\/DISK\/', '/DISK/NOM/', cth_file)
f = h5.File(cth_file, 'r')
cth = f['CTH'][:]
f.close()
tb0 = lon_fy4a * 0 - 100
tb0[bln:eln + 1, bpn:epn + 1] = tb
tb = tb0
cth0 = lon_fy4a * 0
cth0[bln:eln + 1, bpn:epn + 1] = cth
cth = cth0
f = h5.File('topo_fy4a_4km.nc', 'r')
topo = f['topo'][:]
topo = np.flip(topo.T, 0)
f.close()
# tb[np.where(tb < 50)] = np.nan
print(tb.dtype)
# tb[np.where(cth < 0)] = tb[np.where(cth < 0)]+100
if False:
tb = cv2.resize(tb.astype(np.double), (2748 * 2, 2748 * 2))
lon_fy4a = cv2.resize(lon_fy4a.astype(np.double), (2748 * 2, 2748 * 2))
lat_fy4a = cv2.resize(lat_fy4a.astype(np.double), (2748 * 2, 2748 * 2))
print(tb.shape)
if True:
x4 = np.linspace(0, 10, num=2748)
y4 = np.linspace(0, 10, num=2748)
x42, y42 = np.meshgrid(x4, y4)
xo = np.linspace(0, 10, num=2748 * rn)
yo = np.linspace(0, 10, num=2748 * rn)
# id = np.where((tb > 0) & (lon_fy4a > -190) & (lat_fy4a > -100))
sn = 4
if rn > 2:
sn = 8
tb = griddata.stb(sn, x42, y42, tb, xo, yo).transpose()
topo = griddata.stb(sn, x42, y42, topo, xo, yo).transpose()
lon_fy4a = griddata.stb(sn, x42, y42, lon_fy4a, xo, yo)
lat_fy4a = griddata.stb(sn, x42, y42, lat_fy4a, xo, yo)
cth = griddata.stb(sn, x42, y42, cth, xo, yo).transpose()
topo[np.where(cth > 0)] = cth[np.where(cth > 0)]
topo = topo / 1000
# cth = 10-tb/20/100*50
# topo[np.where(tb < -10+273.15)] = cth[np.where(tb < -10+273.15)]
# imshow total
# tb[np.where(tb < 50)] = np.nan
rg = [-110 + 273.15, 50 + 100 + 273.15]
# rg = [-90+273.15, 60+273.15]
tb3 = num2rgb(tb, ch8, rg)
if True:
tb_nocloud = tb
tb3_nocloud = num2rgb(tb_nocloud, tcc, [-50 + 273.15, 20 + 273.15])
r = tb3[:, :, 0]
g = tb3[:, :, 1]
b = tb3[:, :, 2]
rn = tb3_nocloud[:, :, 0]
gn = tb3_nocloud[:, :, 1]
bn = tb3_nocloud[:, :, 2]
rn[np.where(cth > 0)] = r[np.where(cth > 0)]
gn[np.where(cth > 0)] = g[np.where(cth > 0)]
bn[np.where(cth > 0)] = b[np.where(cth > 0)]
# tb3[np.where(tb3_nocloud > 0)] = tb3_nocloud[np.where(tb3_nocloud > 0)]
tb3[:, :, 0] = rn
tb3[:, :, 1] = gn
tb3[:, :, 2] = bn
# tb3 = tb3_nocloud
print(tb3.shape)
print(cth.shape)
lt = light.point(lon_fy4a, lat_fy4a, topo, np.array([-1, 1, 1]))
if True:
lt[lt < 0] = 0
lt = lt + 0.3
lt[lt > 1] = 1
g = 3
for i in range(0, 2):
lt = cv2.filter2D(lt, -1, np.ones((g, g))) /\
cv2.filter2D(np.ones(lt.shape), -1, np.ones((g, g)))
tb4 = tb3 + 0
# lt = lt*0+1
tb4[:, :, 0] = tb3[:, :, 2] * lt
tb4[:, :, 1] = tb3[:, :, 1] * lt
tb4[:, :, 2] = tb3[:, :, 0] * lt
cv2.imwrite(outfile, (tb4 * 255).astype(np.int32))
common.write_log(log_file, 'FINISH disk_light_topo_tb')
out_info = common.OutInfo(json_file)
out_info.update_file_info(outfile0, 'LIGHT', 'R')
return out_info
shms = tmp.group(4)
setime = tmp.group(5)
out_file0 = '/FY4A/AGRI/L3/'+reg+'/HHMM/LIGHT-/NOM/' + \
syear+'/'+syear+smonth+sdom+'/FY4A-_AGRI--_N_'+reg+\
'_1047E_L3_LIGHT-_MULT_NOM_'+syear+smonth+sdom+shms+\
'_'+setime+'_'+str(int(4/rn))+'000M_HHMM_ADS_V0001.TIFF'
out_file = output_dir + out_file0
out_path = re.sub(r'[^\/]+$', '', out_file)
if os.path.exists(out_path):
pass
else:
os.system('mkdir -p ' + out_path)
try:
common.write_log(log_file, 'run LIGHT')
t1 = time.process_time()
out_info = gen_disk_light_topo_tb(infile, rn, output_dir, out_file0,
cth_file, log_file, json_file)
except Exception as inst:
# msg = ' '.join(['Fire_Detection:', str(inst.args)])
msg = traceback.format_exc() # 捕捉异常消息
out_info = common.OutInfo(json_file)
out_info.update('1', msg)
common.write_log(log_file, msg)
finally:
t2 = time.process_time()
lapse_time = t2 - t1
msg = ' '.join(['program run', str(round(lapse_time, 2)), 'seconds'])
common.write_log(log_file, msg)
out_info.write_json()
feature_builder.add_an_item(item)
print 'feature_builder item_feature_map size:%d' % (len(feature_builder.item_feature) )
#print feature_builder.item_feature
import test_builder
from test_builder import *
test_builder = TestBuilder(common.test_data_output, feature_builder, dim_items_index)
input_fd = open(common.test_items_file)
for line in input_fd:
item_id = (int)(line.strip())
test_item = dim_items_index.get(item_id)
if not test_item != None:
write_log(sys._getframe().f_lineno, "cannot get info of item_id:%d" % (item_id) )
continue
sim_cat_ids = cat_sim_rindex.get(test_item.cat_id, -1)
if sim_cat_ids == -1 : continue
sim_cat_ids = sim_cat_ids[0: strategy.get_max_sim_cat_process()]
rec_items = []
for i in range(0, len(sim_cat_ids)):
(cat_id, sim_value) = sim_cat_ids[i]
sim_item_ids = cat_to_item_rindex.get(cat_id, [])
if len(sim_item_ids) == 0 :
write_log(sys._getframe().f_lineno, "cat_id:%d has no item" % (cat_id) )
continue
def fetch_stores(data):
"""
获得门店信息
:param data:
:return:
"""
url = data['url']
try:
html = common.get_data(data['url'])
except Exception:
print 'Error occured: %s' % url
dump_data = {
'level': 1,
'time': common.format_time(),
'data': {
'url': url
},
'brand_id': brand_id
}
common.dump(dump_data)
return []
# 第二个<ul>...</ul>
start = 0
for i in xrange(2):
start = html.find('<ul>', start)
if start == -1:
return []
start += len('<ul>')
end = html.find('</ul>', start)
html = html[start:end]
store_list = []
for m in re.findall(ur'<li>(.+?)</li>', html, re.S):
entry = common.init_store_entry(brand_id, brandname_e, brandname_c)
entry[common.store_type] = 'FASHION'
m1 = re.findall(ur'<h2>(.+?)</h2>', m)
if len(m1) > 0:
entry[common.name_e] = common.reformat_addr(m1[0])
# Google Maps网址
m1 = re.findall(ur'href="(https://maps.google.com/maps[^\s]+?)"', m)
if len(m1) > 0:
entry[common.url] = m1[0]
addr = common.reformat_addr('\n\r'.join(
[m1 for m1 in re.findall(ur'<p>(.+?)</p>', m)]))
entry[common.addr_e] = addr
terms = addr.split(',')
# 是否所有的geosensing都未命中？
hit_flag = False
# 最后一项是否为国家
country = ''
ret = gs.look_up(terms[-1], 1)
if ret is not None:
entry[common.country_e] = ret['name_e']
country = ret['name_e']
terms = terms[:-1]
hit_flag = True
# 查找州和城市
m = re.match(ur'.*(\d{5,})', terms[-1])
zip_cdt = ''
if m is not None:
zip_cdt = m.group(1)
tmp = re.sub(ur'\d{5,}', '', terms[-1]).strip().upper()
ret = gs.look_up(terms[-1], 2)
if ret is not None:
entry[common.province_e] = ret['name_e']
entry[common.zip_code] = zip_cdt
terms = terms[:-1]
hit_flag = True
ret = gs.look_up(terms[-1], 3)
if ret is not None:
entry[common.city_e] = ret['name_e']
entry[common.zip_code] = zip_cdt
hit_flag = True
if not hit_flag:
# 所有都未命中，输出：
common.write_log('Failed in geosensing: %s' % addr)
gs.field_sense(entry)
print '%s Found store: %s, %s (%s, %s)' % (
brandname_e, entry[common.name_e], entry[common.addr_e],
entry[common.country_e], entry[common.continent_e])
db.insert_record(entry, 'stores')
store_list.append(entry)
def fetch_stores(data):
"""
获得门店信息
:param data:
:return:
"""
url = data['url']
try:
html = common.get_data(data['url'])
except Exception:
print 'Error occured: %s' % url
dump_data = {'level': 1, 'time': common.format_time(), 'data': {'url': url}, 'brand_id': brand_id}
common.dump(dump_data)
return []
# 第二个<ul>...</ul>
start = 0
for i in xrange(2):
start = html.find('<ul>', start)
if start == -1:
return []
start += len('<ul>')
end = html.find('</ul>', start)
html = html[start:end]
store_list = []
for m in re.findall(ur'<li>(.+?)</li>', html, re.S):
entry = common.init_store_entry(brand_id, brandname_e, brandname_c)
entry[common.store_type] = 'FASHION'
m1 = re.findall(ur'<h2>(.+?)</h2>', m)
if len(m1) > 0:
entry[common.name_e] = common.reformat_addr(m1[0])
# Google Maps网址
m1 = re.findall(ur'href="(https://maps.google.com/maps[^\s]+?)"', m)
if len(m1) > 0:
entry[common.url] = m1[0]
addr = common.reformat_addr('\n\r'.join([m1 for m1 in re.findall(ur'<p>(.+?)</p>', m)]))
entry[common.addr_e] = addr
terms = addr.split(',')
# 是否所有的geosensing都未命中？
hit_flag = False
# 最后一项是否为国家
country = ''
ret = gs.look_up(terms[-1], 1)
if ret is not None:
entry[common.country_e] = ret['name_e']
country = ret['name_e']
terms = terms[:-1]
hit_flag = True
# 查找州和城市
m = re.match(ur'.*(\d{5,})', terms[-1])
zip_cdt = ''
if m is not None:
zip_cdt = m.group(1)
tmp = re.sub(ur'\d{5,}', '', terms[-1]).strip().upper()
ret = gs.look_up(terms[-1], 2)
if ret is not None:
entry[common.province_e] = ret['name_e']
entry[common.zip_code] = zip_cdt
terms = terms[:-1]
hit_flag = True
ret = gs.look_up(terms[-1], 3)
if ret is not None:
entry[common.city_e] = ret['name_e']
entry[common.zip_code] = zip_cdt
hit_flag = True
if not hit_flag:
# 所有都未命中，输出：
common.write_log('Failed in geosensing: %s' % addr)
gs.field_sense(entry)
print '%s Found store: %s, %s (%s, %s)' % (
brandname_e, entry[common.name_e], entry[common.addr_e], entry[common.country_e],
entry[common.continent_e])
db.insert_record(entry, 'stores')
store_list.append(entry)
def run(log_path):
test_project = "charge"
log_content = test_project + " test start"
common.write_log(log_path, test_project, "info", log_content)
state = True
count_num = 100
pass_num = 0
fail_num = 0
url_di = "http://" + host_ip + ":" + host_ip + "/gs-robot/data/device_status"
url_auto = common.get_url("/gs-robot/cmd/start_charge")
url_hand = common.get_url("/gs-robot/cmd/stop_charge")
for i in range(count_num):
common.write_log(log_path, test_project, "info", url_hand)
data = common.getUrlData(url_hand)
time.sleep(1)
if data["successed"]:
common.write_log(log_path, test_project, "info", url_di)
data = common.getUrlData(url_di)
time.sleep(1)
di_value = int(data["data"]["detailedDi"])
one_list = []
common.check_value(di_value, one_list)
if 1 in one_list and 2 not in one_list:
common.write_log(log_path, test_project, "info", str(data))
common.write_log(log_path, test_project, "info", url_auto)
data = common.getUrlData(url_auto)
time.sleep(1)
if data["successed"]:
common.write_log(log_path, test_project, "info", str(data))
common.write_log(log_path, test_project, "info", url_di)
data = common.getUrlData(url_di)
time.sleep(1)
di_value = int(data["data"]["detailedDi"])
one_list = []
common.check_value(di_value, one_list)
if 2 in one_list and 1 not in one_list:
common.write_log(log_path, test_project, "info",
str(data))
common.write_log(log_path, test_project, "info",
url_hand)
data = common.getUrlData(url_hand)
time.sleep(1)
if data["successed"]:
common.write_log(log_path, test_project, "info",
str(data))
common.write_log(log_path, test_project, "info",
url_di)
data = common.getUrlData(url_di)
time.sleep(1)
di_value = int(data["data"]["detailedDi"])
if di_value == 1:
common.write_log(log_path, test_project,
"info", str(data))
pass_num += 1
else:
common.write_log(log_path, test_project,
"error", str(data))
state = False
fail_num += 1
else:
common.write_log(log_path, test_project, "error",
str(data))
state = False
fail_num += 1
else:
common.write_log(log_path, test_project, "error",
str(data))
state = False
fail_num += 1
else:
common.write_log(log_path, test_project, "error",
str(data))
state = False
fail_num += 1
else:
common.write_log(log_path, test_project, "error", str(data))
state = False
fail_num += 1
else:
common.write_log(log_path, test_project, "error", str(data))
state = False
fail_num += 1
return {
test_project: {
"state": state,
"count_num": count_num,
"pass_num": pass_num,
"fail_num": fail_num
}
}
def run(log_path):
test_project = "emergency"
log_content = test_project + " test start"
common.write_log(log_path, test_project, "info", log_content)
state = True
count_num = 10
pass_num = 0
fail_num = 0
url = "http://" + host_ip + ":" + host_ip + "/gs-robot/cmd/operate_device"
url_emerg = common.get_url("/gs-robot/data/device_status")
open_value = str(int("01010101", 2))
close_value = str(int("01010110", 2))
for i in range(count_num):
value = [{
"name": "relay",
"type": "int",
"value": close_value,
"delayTime": 0
}]
common.write_log(log_path, test_project, "info", url)
common.write_log(log_path, test_project, "info", value)
data = common.postUrlData(url, value)
time.sleep(1)
if data["successed"]:
common.write_log(log_path, test_project, "info", data)
common.write_log(log_path, test_project, "info", url_emerg)
data = common.get_url(url_emerg)
time.sleep(1)
if not data["data"]["emergency"]:
common.write_log(log_path, test_project, "info", data)
value = [{
"name": "relay",
"type": "int",
"value": open_value,
"delayTime": 0
}]
common.write_log(log_path, test_project, "info", url)
common.write_log(log_path, test_project, "info", value)
data = common.postUrlData(url, value)
time.sleep(1)
if data["successed"]:
common.write_log(log_path, test_project, "info", data)
common.write_log(log_path, test_project, "info", url_emerg)
data = common.get_url(url_emerg)
time.sleep(1)
if data["data"]["emergency"]:
common.write_log(log_path, test_project, "info", data)
value = [{
"name": "relay",
"type": "int",
"value": close_value,
"delayTime": 0
}]
common.write_log(log_path, test_project, "info", url)
common.write_log(log_path, test_project, "info", value)
data = common.postUrlData(url, value)
time.sleep(1)
if data["successed"]:
common.write_log(log_path, test_project, "info",
data)
common.write_log(log_path, test_project, "info",
url_emerg)
data = common.get_url(url_emerg)
time.sleep(1)
if not data["data"]["emergency"]:
common.write_log(log_path, test_project, "info",
data)
pass_num += 1
else:
common.write_log(log_path, test_project, "error",
"No Data...")
state = False
fail_num += 1
else:
common.write_log(log_path, test_project, "error",
"No Data...")
state = False
fail_num += 1
else:
common.write_log(log_path, test_project, "error",
"No Data...")
state = False
fail_num += 1
else:
common.write_log(log_path, test_project, "error", "No Data...")
state = False
fail_num += 1
else:
common.write_log(log_path, test_project, "error", "No Data...")
state = False
fail_num += 1
return {
test_project: {
"state": state,
"count_num": count_num,
"pass_num": pass_num,
"fail_num": fail_num
}
}
word_iterm_based_builder.build_from_file(common.dim_fashion_matchsets_file)
word_iterm_based_rindex_builder = WordItermBasedRindexBuilder()
word_iterm_based_rindex_builder.build_from_WordItermBasedBuilder(word_iterm_based_builder)
dim_items_index_builder.clear_notimportant_word_from_title(word_iterm_based_rindex_builder)
#sys.exit(0)
predictor = Predictor(dim_items_index_builder,
cat_to_item_rindex_builder,
cat_sim_builder,
cat_sim_rindex_builder,
word_iterm_based_builder)
write_log(msg = 'begin predict')
input_fd = open(common.test_items_file)
output_fd = open(common.res_test_items_file, 'w')
for line in input_fd:
item_id = (int)(line.strip())
res = predictor.process(item_id)
if len(res) > 0:
res_str = ",".join( map(str, res) )
print >> output_fd, "%d %s" % (item_id, res_str)
else:
print >> output_fd, "%d" % item_id
def run(log_path):
test_project = "key"
log_content = test_project + " test start"
common.write_log(log_path, test_project, "info", log_content)
state = True
count_num = 10
pass_num = 0
fail_num = 0
url = "http://" + host_ip + ":" + host_ip + "/gs-robot/cmd/operate_device"
open_value = str(int("01010110", 2))
close_value = str(int("01011010", 2))
for i in range(count_num):
value = [{
"name": "relay",
"type": "int",
"value": open_value,
"delayTime": 0
}]
common.write_log(log_path, test_project, "info", url)
common.write_log(log_path, test_project, "info", value)
commond = "ping -c 1 10.7.5.88"
data = common.postUrlData(url, value)
time.sleep(1)
if data["successed"]:
common.write_log(log_path, test_project, "info", data)
try:
common.write_log(log_path, test_project, "info", commond)
backinfo = subprocess.check_output([commond], shell=True)
common.write_log(log_path, test_project, "info", backinfo)
value = [{
"name": "relay",
"type": "int",
"value": close_value,
"delayTime": 0
}]
common.write_log(log_path, test_project, "info", url)
common.write_log(log_path, test_project, "info", value)
data = common.postUrlData(url, value)
time.sleep(5)
if data["successed"]:
common.write_log(log_path, test_project, "info", data)
try:
common.write_log(log_path, test_project, "info",
commond)
backinfo = subprocess.check_output([commond],
shell=True)
if backinfo:
common.write_log(log_path, test_project, "error",
str(backinfo))
state = False
fail_num += 1
except:
common.write_log(log_path, test_project, "info",
"No Data...")
value = [{
"name": "relay",
"type": "int",
"value": open_value,
"delayTime": 0
}]
common.write_log(log_path, test_project, "info", url)
common.write_log(log_path, test_project, "info", value)
data = common.postUrlData(url, value)
time.sleep(60)
if data["successed"]:
common.write_log(log_path, test_project, "info",
data)
try:
common.write_log(log_path, test_project,
"info", commond)
backinfo = subprocess.check_output([commond],
shell=True)
common.write_log(log_path, test_project,
"info", backinfo)
pass_num += 1
except:
common.write_log(log_path, test_project,
"error", "No Data...")
state = False
fail_num += 1
else:
common.write_log(log_path, test_project, "error",
"No Data...")
state = False
fail_num += 1
else:
common.write_log(log_path, test_project, "error",
"No Data...")
state = False
fail_num += 1
except:
common.write_log(log_path, test_project, "error", "No Data...")
state = False
fail_num += 1
else:
common.write_log(log_path, test_project, "error", str(data))
state = False
fail_num += 1
return {
test_project: {
"state": state,
"count_num": count_num,
"pass_num": pass_num,
"fail_num": fail_num
}
}
def run(log_path):
test_project = "relay"
log_content = test_project + " test start"
common.write_log(log_path, test_project, "info", log_content)
state = True
count_num = 75
pass_num = 0
fail_num = 0
url_relay = common.get_url("/gs-robot/cmd/operate_device")
url_di = "http://" + host_ip + ":" + host_ip + "/gs-robot/data/device_status"
for i in range(count_num):
value = [{"name" : "do","type" : "int","value" : "0","delayTime" : 0}]
common.write_log(log_path, test_project, "info", url_relay)
common.write_log(log_path, test_project, "info", str(value))
data = common.postUrlData(url_relay, value)
time.sleep(1)
if data["successed"]:
common.write_log(log_path, test_project, "info", str(data))
common.write_log(log_path, test_project, "info", url_di)
data = common.getUrlData(url_di)
time.sleep(1)
di_value = int(data["data"]["detailedDi"])
one_list = []
common.check_value(di_value, one_list)
if 4 not in one_list and 5 not in one_list:
common.write_log(log_path, test_project, "info", str(data))
value = [{"name" : "do","type" : "int","value" : "1","delayTime" : 0}]
common.write_log(log_path, test_project, "info", url_relay)
data = common.postUrlData(url_relay, value)
time.sleep(1)
if data["successed"]:
common.write_log(log_path, test_project, "info", str(data))
common.write_log(log_path, test_project, "info", url_di)
data = common.getUrlData(url_di)
time.sleep(1)
di_value = int(data["data"]["detailedDi"])
one_list = []
common.check_value(di_value, one_list)
if 4 in one_list and 5 not in one_list:
common.write_log(log_path, test_project, "info", str(data))
value = [{"name" : "do","type" : "int","value" : "2","delayTime" : 0}]
common.write_log(log_path, test_project, "info", url_relay)
data = common.postUrlData(url_relay, value)
time.sleep(1)
if data["successed"]:
common.write_log(log_path, test_project, "info", str(data))
common.write_log(log_path, test_project, "info", url_di)
data = common.getUrlData(url_di)
time.sleep(1)
di_value = int(data["data"]["detailedDi"])
one_list = []
common.check_value(di_value, one_list)
if 4 not in one_list and 5 in one_list:
common.write_log(log_path, test_project, "info", str(data))
value = [{"name" : "do","type" : "int","value" : "3","delayTime" : 0}]
common.write_log(log_path, test_project, "info", url_relay)
data = common.postUrlData(url_relay, value)
time.sleep(1)
if data["successed"]:
common.write_log(log_path, test_project, "info", str(data))
common.write_log(log_path, test_project, "info", url_di)
data = common.getUrlData(url_di)
time.sleep(1)
di_value = int(data["data"]["detailedDi"])
one_list = []
common.check_value(di_value, one_list)
if 4 in one_list and 5 in one_list:
common.write_log(log_path, test_project, "info", str(data))
pass_num += 1
else:
common.write_log(log_path, test_project, "error", str(data))
state = False
fail_num += 1
else:
common.write_log(log_path, test_project, "error", str(data))
state = False
fail_num += 1
else:
common.write_log(log_path, test_project, "error", str(data))
state = False
fail_num += 1
else:
common.write_log(log_path, test_project, "error", str(data))
state = False
fail_num += 1
else:
common.write_log(log_path, test_project, "error", str(data))
state = False
fail_num += 1
else:
common.write_log(log_path, test_project, "error", str(data))
state = False
fail_num += 1
else:
common.write_log(log_path, test_project, "error", str(data))
state = False
fail_num += 1
else:
common.write_log(log_path, test_project, "error", str(data))
state = False
fail_num += 1
time.sleep(1)
return {test_project:{"state":state, "count_num":count_num, "pass_num":pass_num, "fail_num":fail_num}}
def load(self):
metainfo = self._get_metainfo()
if metainfo is None:
common.write_log("get metainfo fail")
else:
self.metainfo = metainfo