How to use fail_1 method in Sure

Best Python code snippet using sure_python

data_analysis.py

Source:data_analysis.py

1#!/home/shah/yes/bin/python2print("Content-Type: text/html")3print()4def htmlTop():5    print("""6<!DOCTYPE html>7<html>8<head>9<meta name="viewport" content="width=device-width, initial-scale=1">10  <link rel="stylesheet" href="https://maxcdn.bootstrapcdn.com/bootstrap/3.4.0/css/bootstrap.min.css">11  <script src="https://ajax.googleapis.com/ajax/libs/jquery/3.3.1/jquery.min.js"></script>12  <script src="https://maxcdn.bootstrapcdn.com/bootstrap/3.4.0/js/bootstrap.min.js"></script>13<script>14function myFunction() {15  window.print();16}17</script>18<style>19.pg {20  width: 100%;21  background-color: #ddd;22}23.mybr1 {24text-align: center;25 width: 1%;26  height: 30px;27  background-color: yellow;28}29.mybr2 {30text-align: center;31 32  width: 1%;33  height: 30px;34  background-color: green;35}36.mybr3 {37text-align: center;38 39  width: 1%;40  height: 30px;41  background-color: red;42}43@media print {44    #printbtn {45        display :  none;46    }47}48td,th{49font-weight: bold;50    vertical-align: inherit;51	text-align:center;52border: 1px solid black;53margin: 3px;54}55div.sticky {56  top: 0;57  padding: 5px;58  background-color: #cae8ca;59  border: 2px solid #4CAF50;60}61p.indent{ padding-left: 1.8em }62</style>63</head>64<body>65<script src="https://canvasjs.com/assets/script/canvasjs.min.js"></script>66    67""")68import cgi69import mysql.connector70form = cgi.FieldStorage()71session = form.getvalue("session")72branch = form.getvalue("branch")73sem = form.getvalue("sem")74subject = form.getvalue("subject")75def htmlBottom():76    print("""77<br> 78<br> 79<br> 80<br>81""")82    print("""       83	</body></html>84  """)85def connectDB():86    con = mysql.connector.connect(user='root', password='', host='localhost', database='result_demo')87    cur = con.cursor()88    return con, cur89def select(con, cur):90    sec_A = """91    select DISTINCT COUNT(*) from MASTER_TABLE where 92    (93    SESSION= {}  AND BRANCH_CODE = {} and SEMESTER= {} AND SUBJECT_CODE = '{}' AND SECTION ='A') """.format(session,branch,sem,subject)94    cur.execute(sec_A)95    myresult = cur.fetchall()96    sec_A_total_students=myresult[0][0]97    #print(sec_A_total_students)98    sec_B = """99     select DISTINCT COUNT(*) from MASTER_TABLE where 100        (101        SESSION= {}  AND BRANCH_CODE = {} and SEMESTER= {} AND SUBJECT_CODE = '{}' AND SECTION ='B') """.format(session,branch,sem,subject)102    cur.execute(sec_B)103    myresult = cur.fetchall()104    sec_B_total_students = myresult[0][0]105    #print(sec_B_total_students)106    sec_C = """107        select DISTINCT COUNT(*) from MASTER_TABLE where 108        (109        SESSION= {}  AND BRANCH_CODE = {} and SEMESTER= {} AND SUBJECT_CODE = '{}' AND SECTION ='C') """.format(session,110                                                                                                                branch,111                                                                                                                sem,112                                                                                                                subject)113    cur.execute(sec_C)114    myresult = cur.fetchall()115    sec_C_total_students = myresult[0][0]116    #print(sec_C_total_students)117    sec_D = """118           select DISTINCT COUNT(*) from MASTER_TABLE where 119           (120           SESSION= {}  AND BRANCH_CODE = {} and SEMESTER= {} AND SUBJECT_CODE = '{}' AND SECTION ='D') """.format(121        session,122        branch,123        sem,124        subject)125    cur.execute(sec_D)126    myresult = cur.fetchall()127    sec_D_total_students = myresult[0][0]128    #print(sec_D_total_students)129    fail_1 =  """130           select COUNT(*) from MASTER_TABLE where 131           (132           SESSION= {}  AND BRANCH_CODE = {} and SEMESTER= {} AND SUBJECT_CODE = '{}' AND SECTION ='A' AND GRADE ='F') """.format(133        session,134        branch,135        sem,136        subject)137    cur.execute(fail_1)138    fail_1=cur.fetchall()139    sec_A_fail=fail_1[0][0]140    fail_1 = """141             select COUNT(*) from MASTER_TABLE where 142             (143             SESSION= {}  AND BRANCH_CODE = {} and SEMESTER= {} AND SUBJECT_CODE = '{}' AND SECTION ='B' AND GRADE ='F') """.format(144        session,145        branch,146        sem,147        subject)148    cur.execute(fail_1)149    fail_1 = cur.fetchall()150    sec_B_fail = fail_1[0][0]151    fail_1 = """152             select COUNT(*) from MASTER_TABLE where 153             (154             SESSION= {}  AND BRANCH_CODE = {} and SEMESTER= {} AND SUBJECT_CODE = '{}' AND SECTION ='C' AND GRADE ='F') """.format(155        session,156        branch,157        sem,158        subject)159    cur.execute(fail_1)160    fail_1 = cur.fetchall()161    sec_C_fail = fail_1[0][0]162    fail_1 = """163             select COUNT(*) from MASTER_TABLE where 164             (165             SESSION= {}  AND BRANCH_CODE = {} and SEMESTER= {} AND SUBJECT_CODE = '{}' AND SECTION ='D' AND GRADE ='F') """.format(166        session,167        branch,168        sem,169        subject)170    cur.execute(fail_1)171    fail_1 = cur.fetchall()172    sec_D_fail = fail_1[0][0]173    return sec_A_total_students,sec_B_total_students,sec_C_total_students,sec_D_total_students,sec_A_fail,sec_B_fail,sec_C_fail,sec_D_fail174def print_data(s1_total,s2_total,s3_total,s4_total,fail1,fail2,fail3,fail4):175    print("""176    <div style="border: 15px SOLID grey" >177    <br><table width="80%" id="tableID" align="center">178    179    <center>180    <tr style="background-color: lightgrey" >181    <th width="100">SR. NO.</th> <th width="250">TEACHER NAME</th><th width="100">SECTION</th><th width="250">TOTAL STUDENTS</th> <th width="100">PASS</th> <th width="100">FAIL</th> <th width="100">PASS %</th></tr>182   183    """)184    try:185        x = round(((s1_total-fail1)/s1_total)*100,2)186    except:187        x= 0188    print("<tr>")189    print("<th align =\"center\" style=\"background-color: lightblue\">1</th>")190    print("<th align =\"center\">SHYAMU</th>")191    print("<th align =\"center\">A</th>")192    print("<th align =\"center\" style=\"background-color: yellow\" >{}</th>".format(s1_total))193    print("<th align =\"center\" style=\"background-color: lightgreen\">{}</th>".format(s1_total-fail1))194    print("<th align =\"center\" style=\"background-color: red\">{}</th>".format(fail1))195    print("<th align =\"center\" style=\"background-color: pink\">{}</th>".format(x))196    print("</tr>")197    try:198        x = round(((s2_total - fail2) / s2_total) * 100, 2)199    except:200        x = 0201    print("<tr>")202    print("<th align =\"center\" style=\"background-color: lightblue\">2</th>")203    print("<th align =\"center\">JAY</th>")204    print("<th align =\"center\">B</th>")205    print("<th align =\"center\" style=\"background-color: yellow\">{}</th>".format(s2_total))206    print("<th align =\"center\" style=\"background-color: lightgreen\">{}</th>".format(s2_total-fail2))207    print("<th align =\"center\" style=\"background-color: red\">{}</th>".format(fail2))208    print("<th align =\"center\" style=\"background-color: pink\">{}</th>".format(x))209    print("</tr>")210    try:211        x = round(((s3_total - fail3) / s3_total) * 100, 2)212    except:213        x = 0214    print("<tr>")215    print("<th align =\"center\" style=\"background-color: lightblue\">3</th>")216    print("<th align =\"center\">VEERU</th>")217    print("<th align =\"center\">C</th>")218    print("<th align =\"center\" style=\"background-color: yellow\">{}</th>".format(s3_total))219    print("<th align =\"center\" style=\"background-color: lightgreen\">{}</th>".format(s3_total-fail3))220    print("<th align =\"center\" style=\"background-color: red\">{}</th>".format(fail3))221    print("<th align =\"center\" style=\"background-color: pink\">{}</th>".format(x))222    print("</tr>")223    try:224        x = round(((s4_total - fail4) / s4_total) * 100, 2)225    except:226        x = 0227    print("<tr>")228    print("<th align =\"center\" style=\"background-color: lightblue\">4</th>")229    print("<th align =\"center\">MINTU</th>")230    print("<th align =\"center\">D</th>")231    print("<th align =\"center\" style=\"background-color: yellow\">{}</th>".format(s4_total))232    print("<th align =\"center\" style=\"background-color: lightgreen\">{}</th>".format(s4_total-fail4))233    print("<th align =\"center\" style=\"background-color: red\">{}</th>".format(fail4))234    print("<th align =\"center\" style=\"background-color: pink\">{}</th>".format(x))235    print("</tr>")236    print("</center></tbody></table>")237# con.commit()238# cur.close()239# con.close()240print("<br>")241def columns_chart(p1,p2,p3,p4,f1,f2,f3,f4):242    print("<br><center>")243    print("""<button onclick="abcd({},{},{},{},{},{},{},{})">click here for column chart</button></center>244        <button><a href='data_analysis.php'>Another Result</a></button>245<br><br>""".format(p1,p2,p3,p4,f1,f2,f3,f4))246    print("""247    <!DOCTYPE HTML>248<html>249<head>  250<meta charset="UTF-8">251<script>252function abcd(p1,p2,p3,p4,f1,f2,f3,f4){253var chart = new CanvasJS.Chart("chartContainer", {254	animationEnabled: true,255	title:{256		text: "Section Wise Result"257	},	258	axisY: {259		title: "Percentage",260		titleFontColor: "#4F81BC",261		lineColor: "#4F81BC",262		labelFontColor: "#4F81BC",263		tickColor: "#4F81BC"264	},265	toolTip: {266		shared: true267	},268	legend: {269		cursor:"pointer",270		itemclick: toggleDataSeries271	},272	data: [{273		type: "column",274		name: "Pass %",275		legendText: "Pass %",276		showInLegend: true, 277		dataPoints:[278			{ label: "SECTION A", y: p1 },279			{ label: "SECTION B", y: p2 },280			{ label: "SECTION C", y: p3 },281			{ label: "SECTION D", y: p4 },282			283		]284	},285	{286		type: "column",	287		name: "Fail %",288		legendText: "Fail %",289		showInLegend: true,290		dataPoints:[291			{ label: "SECTION A", y: f1 },292			{ label: "SECTION B", y: f2 },293			{ label: "SECTION C", y: f3 },294			{ label: "SECTION D", y: f4 },295			296		]297	}]298});299chart.render();300function toggleDataSeries(e) {301	if (typeof(e.dataSeries.visible) === "undefined" || e.dataSeries.visible) {302		e.dataSeries.visible = false;303	}304	else {305		e.dataSeries.visible = true;306	}307	chart.render();308}309}310</script>311</head>312<body>313<div id="chartContainer" style="height: 380px; max-width: 920px; margin: 0px auto;"></div>314<script src="../../canvasjs.min.js"></script>315""")316# print("the connection is closed")317if __name__ == "__main__":318    htmlTop()319    db, cursor = connectDB()320    s1_total,s2_total,s3_total,s4_total,fail1,fail2,fail3,fail4 = select(db, cursor)321    try:322        sec1_pass_per = round(((s1_total - fail1) / s1_total) * 100, 2)323        fail1_per = 100 - sec1_pass_per324    except:325        sec1_pass_per = 0326    try:327        sec2_pass_per = round(((s2_total - fail2) / s2_total) * 100, 2)328        fail2_per = 100 - sec2_pass_per329    except:330        sec2_pass_per = 0331    try:332        sec3_pass_per = round(((s3_total - fail3) / s3_total) * 100, 2)333        fail3_per = 100 - sec3_pass_per334    except:335        sec3_pass_per = 0336    try:337        sec4_pass_per = round(((s4_total - fail4) / s4_total) * 100, 2)338        fail4_per = 100 - sec4_pass_per339    except:340        sec4_pass_per = 0341    print("<h3><center>Data Analysis for <b><mark>{}<mark></b></center></h3>".format(subject))342    print_data(s1_total,s2_total,s3_total,s4_total,fail1,fail2,fail3,fail4)343    columns_chart(sec1_pass_per,sec2_pass_per,sec3_pass_per,sec4_pass_per,fail1_per,fail2_per,fail3_per,fail4_per)344    #pie_chart()...

app2.py

Source:app2.py

1import flask2from flask import request3import pickle4import datetime5from chart import logg_import as logg_import,logg_import26# import matplotlib.pyplot as plt7import pandas as pd8# Initialize the app9app = flask.Flask(__name__)10# @app.route("/")11# def hello():12#     return """welcome"""13# Let's turn this into an API where you can post input data and get14# back output data after some calculations.15# If a user makes a POST request to http://127.0.0.1:5000/predict, and16# sends an X vector (to predict a class y_pred) with it as its data,17# we will use our trained LogisticRegression model to make a18# prediction and send back another JSON with the answer. You can use19# this to make interactive visualizations.20@app.route("/", methods=["POST", "GET"])21def predict():22    video_num = 26370848323    fail_1 = 024    if (request.args):25        video_num = int(request.args.get('video_num')) or 26370848326        # fail_1 = int(request.args.get('myRange')) or 027    # if (request.args):28    #     video_num = int(request.args.get('video_num')) or 029    #     fail_1 = int(request.args.get('myRange')) or 030    # else:31    #     video_num = 032    #     fail_1 = 033    #34    time_play=(datetime.timedelta(seconds=fail_1))35    fail_2= fail_1 * 3036    hour_play=fail_2//360037    minute_play=(fail_2%3600) // 6038    second_play=(fail_2%3600)%6039    # group_seconds=logg_import(fail_1,video_num)40    df4,comments,df3=logg_import2(fail_1,video_num)41    df5= df4[pd.notnull(df4['outcome'])]42    return flask.render_template('predictor.html',43    data = df3.to_json(),44    data2=df4.to_json(),45    data3=df5.to_json(),46    word_data = comments,47    video_num =video_num  ,  min_time = 0, max_time =len(df3),max_time2 =len(df4)*30,48    fail_2=fail_2,49    )50# Start the server, continuously listen to requests.51# We'll have a running web app!52# For local development:53app.run(debug=True)54app.run(host='0.0.0.0',port='8001')55# For public web serving:...

수포자문제.py

Source:수포자문제.py

1def solution(answers):2    fail_1 = [1,2,3,4,5]3    fail_2 = [2,1,2,3,2,4,2,5]4    fail_3 = [3,3,1,1,2,2,4,4,5,5]5    fail_1_c = 06    fail_2_c = 07    fail_3_c = 08    if len(answers)>len(fail_1):9        for i in range(len(answers)-len(fail_1)):10            fail_1.append(fail_1[i])11    if len(answers)>len(fail_2):12        for i in range(len(answers) - len(fail_2)):13            fail_2.append(fail_2[i])14    if len(answers)>len(fail_3):15        for i in range(len(answers) - len(fail_3)):16            fail_3.append(fail_3[i])17    for i in range(len(answers)):18        if fail_1[i]==answers[i]:19            fail_1_c += 120        if fail_2[i] == answers[i]:21            fail_2_c += 122        if fail_3[i] == answers[i]:23            fail_3_c += 124        else:25            pass26    ww = {1 : fail_1_c, 2:fail_2_c, 3:fail_3_c}27    print(ww)28    answer = []29    for key, value in ww.items():30        if value == max(ww.values()):31            answer.append(key)...

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