def admin():
loggedIn = False
all_projects = None
all_users = None
all_projects_map = None
all_users_map = None
all_issues = None
all_issues_img = None
all_issues_map = None
if request.method == 'POST':
username = request.form['username']
password = request.form['password']
if(username=='admin' and password == 'admin'):
session['admin'] = True
return redirect(url_for('admin'))
else:
if 'admin' in session:
#logged in as admin
loggedIn = True
all_projects = json.loads(requests.get(url=DOMAIN+"/projects").text)["data"]
all_users = json.loads(requests.get(url=DOMAIN+"/users").text)["data"]
all_issues = json.loads(requests.get(url=DOMAIN+"/issues").text)["data"]
# all_issues_img = [requests.get(url=DOMAIN+"/issue_image/"+i["id"]) for i in all_issues]
all_issues_img = [i for i in range(len(all_issues))]
style="width:100%;height:400px;border: 1px solid black; border-radius: 15px;"
all_projects_map = create_map(style, [(i["lat"], i["lng"]) for i in all_projects], ["<p><strong>"+i["name"].upper()+"</strong></p><p><strong>Availability: </strong>"+str(i["count"])+"/"+str(i["num_people"])+"</p>" for i in all_projects], "projects01")
all_users_map = create_map(style, [(i["lat"], i["lng"]) for i in all_users], ["<p><strong>"+i["first_name"].upper()+" "+i["last_name"].upper()+"</strong></p>" for i in all_users], "users01")
all_issues_map = create_map(style, [(i["lat"], i["lng"]) for i in all_issues], ["<p><strong>"+i["kind"].upper()+"</strong></p>" for i in all_issues], "issues01")
tmp = [{"img":all_issues_img[i],"data":all_issues[i]} for i in range(len(all_issues))]
all_issues = tmp
return render_template('admin.html', loggedIn=loggedIn, all_projects=all_projects, all_projects_map=all_projects_map, all_users=all_users, all_users_map=all_users_map, all_issues=all_issues, all_issues_map=all_issues_map)
def jsonGenerate(model):
name = globals()
rules, prov_dict = ruleGenerate()
your_castle = ""
computer_castle = []
if model == 1:
map1 = create_map(your_castle, computer_castle)
prov = get_province()
computer_choice = play(prov, your_castle, computer_castle, rules)
computer_castle.append(computer_choice)
list_computer_castle = name[computer_choice].birth
list_computer_castle.sort()
for i in list_computer_castle:
computer_castle.append(prov_dict[str(i)])
if model == 1:
map2 = create_map(your_castle, computer_castle)
key = key_generate(rules, your_castle, computer_castle)
jsonObject = [{"rules": rules},
{"your_castle": your_castle, "computer_castle": computer_castle},
{"your_choice": "", "computer_choice": computer_choice},
{"key": key}]
encodedjson = json.dumps(jsonObject)
if model == 1:
return encodedjson, map1, map2
else:
return encodedjson
def screen_name():
form = LoginForm()
if request.method == 'POST':
print(request.form.get('username'))
print(create_map.create_map(request.form.get('username')))
return create_map.create_map(request.form.get('username'))
else:
return render_template('login.html', title='Map', form=form)
def update_prediction(date, model_names):
print('Updating prediction...')
for model_name in model_names:
create_map.create_map('prediction/' + model_name + '/' + date + '.png', filename='prediction/' + model_name + '/' + 'map_' + date + '.png')
list_earthquakes.list_earthquakes('prediction/' + model_name + '/' + date + '.csv', filename='prediction/' + model_name + '/' + 'list_' + date + '.csv')
with open('prediction/' + model_name + '/' + 'date.txt', 'w') as f:
f.write(date)
with open('prediction/' + model_name + '/' + 'archive.txt', 'a') as f:
f.write('\n' + date)
print('Prediction updated successfully!')
def get_map(authToken):
#get map file - return map as dictionary
try:
with open("../utils/map.txt") as json_file:
print("the file exists!")
data = json.load(json_file)
data = {int(k): v for k, v in data.items()}
return data
except FileNotFoundError:
print("that file doesn't exist!")
#do all the stuff to make a map
#return map from explore function or read from here after exploring
create_map(authToken)
get_map(authToken)
def application():
"""
() -> (html)
This function uses html queries type of "GET" and
builds a web map
returns: html map with markers of user`s friends
"""
try:
if not request.form['name'] or not request.form['counter']:
raise ValueError
elif request.form['name'] and request.form['counter']:
int(request.form['counter'])
cm.create_map(request.form['name'], request.form['counter'])
return render_template("Map.html")
except (ValueError, HTTPError):
return render_template("error.html")
def map():
# Accept an API key
values = request.get_json()
initializeURL = 'https://lambda-treasure-hunt.herokuapp.com/api/adv/init/'
headers = {'Authorization': 'Token ' + values['api_key']}
# Initialize room
initialize = requests.get(initializeURL, headers=headers)
initialize_data = initialize.json()
# Returns a dict with rooms with ids # traversing_map
rooms_with_ids = create_map(headers, initialize_data, 500)
print(rooms_with_ids)
return rooms_with_ids, 200
def index():
email = None
all_projects = None
all_projects_map = None
my_projects = None
if 'email' in session:
#loggedIn
email = session['email']
my_projects = json.loads(requests.get(url=DOMAIN+"/projects/"+email).text)["data"]
all_projects = json.loads(requests.get(url=DOMAIN+"/projects").text)["data"]
names_my_p = [i["name"] for i in my_projects]
greens = [(i["lat"], i["lng"]) for i in all_projects if i["name"] in names_my_p]
reds = [(i["lat"], i["lng"]) for i in all_projects if i["name"] not in names_my_p]
infoboxReds = ["<p><strong>"+i["name"].upper()+"</strong></p><p><strong>Availability: </strong>"+str(i["count"])+"/"+str(i["num_people"])+"</p>" for i in all_projects if i["name"] not in names_my_p]
infoboxGreens = ["<p><strong>"+i["name"].upper()+"</strong></p><p><strong>Availability: </strong>"+str(i["count"])+"/"+str(i["num_people"])+"</p>" for i in all_projects if i["name"] in names_my_p]
all_projects_map = create_map("width:100%;height:400px;border: 1px solid black; border-radius: 15px;", {"http://maps.google.com/mapfiles/ms/icons/green-dot.png":greens, "http://maps.google.com/mapfiles/ms/icons/red-dot.png":reds}, infoboxGreens+infoboxReds, "projects01")
all_projects = [i for i in all_projects if i["name"] not in names_my_p]
print('Logged in as {}'.format(email))
return render_template('index.html', email=email, all_projects=all_projects, all_projects_map=all_projects_map, my_projects=my_projects)
# Upload the ID files for each of the 7 studies
ID_mapping_ober = "/Users/KevinMagnaye/Documents/Mito_Asthma_Project/exome_chip_mitochondria/ID_Mapping/QAQC.ober.txt"
ID_mapping_williams = "/Users/KevinMagnaye/Documents/Mito_Asthma_Project/exome_chip_mitochondria/ID_Mapping/QAQC.williams.txt"
ID_mapping_london = "/Users/KevinMagnaye/Documents/Mito_Asthma_Project/exome_chip_mitochondria/ID_Mapping/QAQC.london.txt"
ID_mapping_burchard = "/Users/KevinMagnaye/Documents/Mito_Asthma_Project/exome_chip_mitochondria/ID_Mapping/QAQC.burchard.txt"
# Upload the phenotype files from each of the 7 studies (Weiss is separated into two files)
pheno_data_ober = "/Users/KevinMagnaye/Documents/Mito_Asthma_Project/exome_chip_mitochondria/MT_pheno_files/ober_MT_phenotypes2.csv"
pheno_data_williams = "/Users/KevinMagnaye/Documents/Mito_Asthma_Project/exome_chip_mitochondria/MT_pheno_files/williams_MT_phenotypes2.csv"
pheno_data_london = "/Users/KevinMagnaye/Documents/Mito_Asthma_Project/exome_chip_mitochondria/MT_pheno_files/london_MT_phenotypes2.csv"
pheno_data_burchard = "/Users/KevinMagnaye/Documents/Mito_Asthma_Project/exome_chip_mitochondria/MT_pheno_files/burchard_MT_phenotypes2.csv"
# Weiss and Barnes were done in a separate script
create_lgen.create_lgen(raw_data_ober, ID_mapping_ober, pheno_data_ober, "ober.lgen")
create_lgen.create_lgen(raw_data_williams, ID_mapping_williams, pheno_data_williams, "williams.lgen")
create_lgen.create_lgen(raw_data_london, ID_mapping_london, pheno_data_london, "london.lgen")
create_lgen.create_lgen(raw_data_burchard, ID_mapping_burchard, pheno_data_burchard, "burchard.lgen")
create_map.create_map("ober.map")
create_map.create_map("williams.map")
create_map.create_map("weiss.map")
create_map.create_map("london.map")
create_map.create_map("burchard.map")
create_map.create_map("barnes.map")
print('Saving the name list...')
with open('names.txt', 'w') as f:
for item in names:
f.write("%s\n" % item)
print('Getting all birth data...')
save_all_birthdata(names, databasename)
print('Getting all movement information...')
save_all_places(names, databasename)
# Generate the birthdate histogram
print('Generating birth histogram...')
birth_histogram()
print('Generating travel distance distribution...')
travel_distance_histogram()
# Generate the maps
# TODO generate a table of the most popular birth cities
print('Generating maps of birth places....')
create_map()
# UPload the figures to wikipast
print('Uploading the figures to the wikipast page...')
add_all_figures(upload_all_figures(login_obj), login_obj)
# Get the success rate by looking at the quantity of NotFound in the database
print('Creating success rate file...')
create_success_file()
def attack(encodedjson, model):
json_file = json.loads(encodedjson)
rules = json_file[0]['rules']
your_castle = json_file[1]['your_castle']
computer_castle = json_file[1]['computer_castle']
your_choice = json_file[2]['your_choice']
computer_choice = json_file[2]['computer_choice']
key = json_file[3]['key']
if key_check(rules, your_castle, computer_castle, key) != True:
rt = "抱歉，密钥匹配失败，请重新尝试！"
encodedjson = json_failed_Generate(rules, your_castle, computer_castle,
your_choice, computer_choice, rt)
return encodedjson
if your_choice in your_castle:
rt = "抱歉，您选择的城堡已经被己方占领，请重新尝试！"
encodedjson = json_failed_Generate(rules, your_castle, computer_castle,
your_choice, computer_choice, rt)
return encodedjson
if your_choice in computer_castle:
rt = "抱歉，您选择的城堡已经被敌方占领，请重新尝试！"
encodedjson = json_failed_Generate(rules, your_castle, computer_castle,
your_choice, computer_choice, rt)
return encodedjson
prov = get_province()
if your_choice not in prov:
rt = "抱歉，您选择的城堡不在中国的省份内，请重新尝试！"
encodedjson = json_failed_Generate(rules, your_castle, computer_castle,
your_choice, computer_choice, rt)
return encodedjson
your_castle, computer_castle = reset_castle(rules, your_castle,
computer_castle, your_choice,
"your")
print(your_castle, computer_castle)
if model == 1:
map1 = create_map(your_castle, computer_castle)
if check_gameover(your_castle, computer_castle):
final_score = score(your_castle)
rt = "恭喜你，您的游戏结束了，最后得分是：%s" % (final_score)
encodedjson = json_failed_Generate(rules, your_castle, computer_castle,
your_choice, computer_choice, rt)
if model == 1:
map2 = ""
return encodedjson, map1, map2
elif model == 0:
return encodedjson
computer_choice = play(prov, your_castle, computer_castle, rules)
your_castle, computer_castle = reset_castle(rules, your_castle,
computer_castle,
computer_choice, "computer")
print(your_castle, computer_castle)
if model == 1:
map2 = create_map(your_castle, computer_castle)
if check_gameover(your_castle, computer_castle):
final_score = score(your_castle)
rt = "恭喜你，您的游戏结束了，最后得分是：%s" % final_score
encodedjson = json_failed_Generate(rules, your_castle, computer_castle,
your_choice, computer_choice, rt)
if model == 1:
return encodedjson, map1, map2
elif model == 0:
return encodedjson
encodedjson = json_Generate(rules, your_castle, computer_castle,
computer_choice)
if model == 1:
return encodedjson, map1, map2
else:
return encodedjson