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How to use check_dict method in autotest

Best Python code snippet using autotest_python

flask_api.py

Source:flask_api.py

1# encoding=utf-82from flask import Flask, url_for, render_template, request, session, redirect, flash, g, session, jsonify3import  os4from flask_sqlalchemy import SQLAlchemy5import config6import sqlite37from flask import g8from flask_mail import Mail, Message9import folium10from folium.plugins import HeatMap11import geocoder12mail = Mail()13app = Flask(__name__)14app.config.from_object(config)15DATABASE = 'user_feature.db'16mail.init_app(app)17def get_db():18    db = getattr(g, '_database', None)19    if db is None:20        db = g._database = sqlite3.connect(DATABASE)21    return db22@app.teardown_appcontext23def close_connection(exception):24    db = getattr(g, '_database', None)25    if db is not None:26        db.close()27@app.route("/")28def index():29    # msg = Message("Hello, this for test",30    #               sender=app.config["MAIL_USERNAME"],31    #               recipients=["b.ben.hjy@gmail.com"])32    # mail.send(msg)33    return "hello world"34@app.route("/sign_up", methods=["GET", "POST"])35def sign_up():36    if request.method == "GET":37        return render_template("registration.html")38    else:39        username = request.form.get("username")40        email = request.form.get("email")41        cur = get_db()42        cur.execute("delete from user_email where username='{}'".format(username))43        sql_command = "INSERT INTO user_email VALUES ('{}', '{}')".format(username, email)44        cur.execute(sql_command)45        cur.commit()46        # close db47        if cur is not None:48            cur.close()49        return "Sign up successfully"50@app.route("/send/<info>")51def send(info):52    # data should be seperate by "-"53    # username text, latitude  real, Longitude real, temperature real, pressure real, humidity real54    info = info.split("-")55    print(info)56    db = get_db()57    # cur.execute("delete from user_feature where username='{}'".format(info[0]))58    # sql_command = "INSERT INTO user_feature VALUES ('{}',{},{},{},{},{})".format(info[0], info[1], info[2], info[3], info[4], info[5])59    # cur.execute(sql_command)60    # cur.commit()61    cur = db.cursor()62    print(info[0])63    cur.execute("select * from user_email where username='{}'".format(info[0]))64    to_email = cur.fetchall()[0][1]65    msg = Message("Help!!! {} is in danger. The location is {}".format(info[0], info[1]),66                  sender=app.config["MAIL_USERNAME"],67                  recipients=[to_email])68    mail.send(msg)69    # close db70    if db is not None:71        db.close()72    return "Successfully send"73@app.route("/save_data/<info>")74def save_data(info):75    # username-lon-lat-risk76    info = info.split("&")77    print(info)78    username = info[0]79    cur = get_db()80    cur.execute("delete from user_info where username='{}'".format(username))81    sql_command = "INSERT INTO user_info VALUES ('{}', {}, {}, {})".format(username, info[1], info[2], info[3])82    cur.execute(sql_command)83    cur.commit()84    # close db85    if cur is not None:86        cur.close()87    return "save successfully"88@app.route("/heatmap", methods=["GET", "POST"])89def heatmap():90    if request.method == "GET":91        return render_template("heatmap.html")92    else:93        username = request.form.get("username")94        return redirect(url_for("get_heatmap", username=username))95@app.route("/get_heatmap/<username>")96def get_heatmap(username):97    check_dict = dict()98    db = get_db()99    cur = db.cursor()100    # cur.execute("select * from user_info where username='{}'".format(username))101    cur.execute("select * from user_info")102    user_info = cur.fetchall()103    cur.execute("select * from user_email")104    user_email = cur.fetchall()105    target_lon = 0106    target_lat = 0107    for i in range(len(user_info)):108        username1 = user_info[i][0]109        username2 = user_email[i][0]110        email = user_email[i][1]111        lon = user_info[i][1]112        lat = user_info[i][2]113        risk = user_info[i][3]114        if not username1 in check_dict:115            check_dict[username1] = {"email":'', "lat":0, "lon":0, "risk":'0'}116        if not username2 in check_dict:117            check_dict[username2] = {"email": '', "lat": 0, "lon": 0, "risk": '0'}118        check_dict[username1]["lon"] = lon119        check_dict[username1]["lat"] = lat120        check_dict[username1]["risk"] = risk121        check_dict[username2]['email'] = email122    if not username in check_dict:123        return "Cannot find this guy"124    folium_map = folium.Map(location=(check_dict[username]['lon'], check_dict[username]['lat']), zoom_start=14)125    hm_wide = HeatMap( list(zip([check_dict[username]['lon'] ], [check_dict[username]['lat'] ], [check_dict[username]["risk"]])), min_opacity=0.2, max_val=1, radius=20, blur=10, max_zoom=15, )126    folium_map.add_child(hm_wide)127    for key in check_dict.keys():128        folium.Marker((check_dict[key]["lon"], check_dict[key]['lat']), popup="username: "+key+"\n"+"risk: "+str(check_dict[key]['risk'])+ "\n"+check_dict[key]["email"] ).add_to(folium_map)129    # close db130    if db is not None:131        db.close()132    return folium_map._repr_html_()133@app.route("/get/<username>")134def get(username):135    cur = get_db().cursor()136    cur.execute("select * from user_feature where username='{}'".format(username))137    print(cur.fetchall()[0])138    return "get successfully"139if __name__ == '__main__':...

WaterJugProblem.py

Source:WaterJugProblem.py

1import collections23def main():4    start_node = [[0, 0]]5    jugs = get_jugs()6    target_capacity = get_target(jugs)7    check_dict = {}8    search(start_node, jugs, target_capacity, check_dict)910def get_index(node):11    return pow(4, node[0]) * pow(3, node[1])1213#Get volume of the jugs14def get_jugs():15    16    jugs = []17    temp = int(input("Enter first jug volume: "))18    while temp < 1:19            temp = int(input("Enter a valid amount (>1): "))       20    jugs.append(temp)21    22    temp = int(input("Enter second jug volume: "))23    while temp < 1:24            temp = int(input("Enter a valid amount (>1): "))     25    jugs.append(temp)26    27    return jugs28    29#**Desired water capacity30def get_target(jugs):31  32    max_capacity = max(jugs[0], jugs[1])33    s = "Desired water capacity : ".format(max_capacity)34    target_capacity = int(input(s))35    while target_capacity < 1 or target_capacity > max_capacity:36        target_capacity = int(input("Enter a valid amount (1 - {0}): ".format(max_capacity)))37        38    return target_capacity3940##########41#Check the jugs reached to Target capacity42def is_target(path, target_capacity):43    return path[-1][0] == target_capacity or path[-1][1] == target_capacity4445def been_there(node, check_dict):46    print(" {0} is a before visited state ".format(node))47    return check_dict.get(get_index(node), False)4849def next_transitions(jugs, path, check_dict):50   51    print("Search next state/ position")52    result = []53    next_nodes = []54    node = []55    56    a_max = jugs[0]57    b_max = jugs[1]58    59    # Start state Jug 0160    a = path[-1][0]  61    # Start state Jug 0262    b = path[-1][1]  6364    # 1. Fill 4l/ First jug65    node.append(a_max)66    node.append(b)67    if not been_there(node, check_dict):68        next_nodes.append(node)69    node = []7071    # 2. Fill 3l/ Second jug72    node.append(a)73    node.append(b_max)74    if not been_there(node, check_dict):75        next_nodes.append(node)76    node = []7778    # 3. 3l to 4l / 2nd jug to 1st jug79    node.append(min(a_max, a + b))80    node.append(b - (node[0] - a))  # b - ( a' - a)81    if not been_there(node, check_dict):82        next_nodes.append(node)83    node = []8485    # 4. 4l to 3l / 1st jug to 2nd jug86    node.append(min(a + b, b_max))87    node.insert(0, a - (node[0] - b))88    if not been_there(node, check_dict):89        next_nodes.append(node)90    node = []9192    # 5. Empty 4l/ 1st jug93    node.append(0)94    node.append(b)95    if not been_there(node, check_dict):96        next_nodes.append(node)97    node = []9899    # 6. Empty 3l/ 2nd jug100    node.append(a)101    node.append(0)102    if not been_there(node, check_dict):103        next_nodes.append(node)104105106    # Neighbour paths107    for i in range(0, len(next_nodes)):108        temp = list(path)109        temp.append(next_nodes[i])110        result.append(temp)111112    if len(next_nodes) == 0:113        print("No unvisited nodes\n\nTurn back")114    else:115        print("Possible states: ")116        for nnode in next_nodes:117            print(nnode)118119    return result120121122def transition(old, new, jugs):123    124    a = old[0]125    b = old[1]126    a_prime = new[0]127    b_prime = new[1]128    a_max = jugs[0]129    b_max = jugs[1]130131    if a > a_prime:132        if b == b_prime:133            return "Clear {0}-liter jug:\t\t".format(a_max)134        else:135            return "Pour {0}-liter jug into {1}-liter jug:\t".format(a_max, b_max)136    else:137        if b > b_prime:138            if a == a_prime:139                return "Clear {0}-liter jug:\t\t".format(b_max)140            else:141                return "Pour {0}-liter jug into {1}-liter jug:\t".format(b_max, a_max)142        else:143            if a == a_prime:144                return "Fill {0}-liter jug:\t\t".format(b_max)145            else:146                return "Fill {0}-liter jug:\t\t".format(a_max)147148149def print_path(path, jugs):150  151    print("Start State :", path[0])152    for i in  range(0, len(path) - 1):153        print(i+1,":", transition(path[i], path[i+1], jugs), path[i+1])154155156157158##########159160def search(start_node, jugs, target_capacity, check_dict):161    162    target = []163    accomplished = False164    165    q = collections.deque()166    q.appendleft(start_node)167    168    while len(q) != 0:169        path = q.popleft()170        check_dict[get_index(path[-1])] = True171        if len(path) >= 2:172            print(transition(path[-2], path[-1], jugs), path[-1])173        if is_target(path, target_capacity):174            accomplished = True175            target = path176            break177178        next_moves = next_transitions(jugs, path, check_dict)179        for i in next_moves:180                q.append(i)181182    if accomplished:183        print("\nReached to the Target capacity : Sequence")184        print_path(target, jugs)185    else:186        print("Can't find a solution.")187188189if __name__ == '__main__':
...

eventType.py

Source:eventType.py

1# encoding: UTF-82'''3æ¬æä»¶ä»ç¨äºåæ¾å¯¹äºäºä»¶ç±»åå¸¸éçå®ä¹ã4ç±äºpythonä¸ä¸åå¨çæ£çå¸¸éæ¦å¿µï¼å æ¤éæ©ä½¿ç¨å¨å¤§åçåéåæ¥ä»£æ¿å¸¸éã5è¿éè®¾è®¡çå½åè§åä»¥EVENT_åç¼å¼å¤´ã6å¸¸éçåå®¹éå¸¸éæ©ä¸ä¸ªè½å¤ä»£è¡¨çå®æä¹çåç¬¦ä¸²ï¼ä¾¿äºçè§£ï¼ã7å»ºè®®å°ææçå¸¸éå®ä¹æ¾å¨è¯¥æä»¶ä¸ï¼ä¾¿äºæ£æ¥æ¯å¦åå¨éå¤çç°è±¡ã8'''9EVENT_TIMER = 'eTimer'                  # è®¡æ¶å¨äºä»¶ï¼æ¯é1ç§åéä¸æ¬¡10#----------------------------------------------------------------------11def test():12    """æ£æ¥æ¯å¦åå¨åå®¹éå¤çå¸¸éå®ä¹"""13    check_dict = {}14    15    global_dict = globals()    16    17    for key, value in global_dict.items():18        if '__' not in key:                       # ä¸æ£æ¥pythonåç½®å¯¹è±¡19            if value in check_dict:20                check_dict[value].append(key)21            else:22                check_dict[value] = [key]23            24    for key, value in check_dict.items():25        if len(value)>1:26            print(u'åå¨éå¤çå¸¸éå®ä¹:' + str(key) )27            for name in value:28                print(name)29        30    print( u'æµè¯å®æ¯')31    32# ç´æ¥è¿è¡èæ¬å¯ä»¥è¿è¡æµè¯33if __name__ == '__main__':...

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