feat: download survey results, plot graph and export to csv
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import os
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import csv
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import json
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from pprint import pprint
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import numpy as np
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import requests
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import matplotlib.pyplot as plt
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def write_data_file():
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cookie = {"survey-admin-auth": os.environ["SURVEY_ADMIN_AUTH"]}
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page = 0
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results = {}
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while True:
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resp = requests.get(
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f"https://survey.mcaptcha.org/admin/api/v1/campaign/b81b9214-aa60-4c1b-9ee4-29d842e3039f/results?page={page}",
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cookies=cookie,
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)
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print(page)
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data = resp.json()
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if len(data) == 0:
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break
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for element in data:
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if element["id"] not in results:
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results[element["id"]] = element
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page += 1
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pprint(results)
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with open("data.json", "w", encoding="utf-8") as f:
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json.dump(json.dumps(results), f, ensure_ascii=False, indent=4)
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def plot():
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with open("data.json") as data:
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f = json.loads(json.load(data))
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diff1_time = []
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diff2_time = []
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diff3_time = []
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diff4_time = []
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diff1_diff = []
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diff2_diff = []
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diff3_diff = []
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diff4_diff = []
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print(type(f))
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for element in f:
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element = f[element]
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benches = element["benches"]
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for b in benches:
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duration = b["duration"]
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duration /= 10**3
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difficulty = b["difficulty"] / 10**7
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if b["difficulty"] == 14_760_000:
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diff1_time.append(duration)
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diff1_diff.append(difficulty)
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if b["difficulty"] == 1_069_993:
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diff2_time.append(duration)
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diff2_diff.append(difficulty)
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if b["difficulty"] == 4_150_002:
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diff3_time.append(duration)
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diff3_diff.append(difficulty)
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if b["difficulty"] == 6_550_004:
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diff4_time.append(duration)
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diff4_diff.append(difficulty)
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time = diff1_time + diff2_time + diff3_time + diff4_time
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diff = diff1_diff + diff2_diff + diff3_diff + diff4_diff
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print(len(f))
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for diff, arr in [
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(diff1_diff, diff1_time),
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(diff2_diff, diff2_time),
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(diff3_diff, diff3_time),
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(diff4_diff, diff4_time),
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]:
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print(f"difficulty factor: {diff[0]}")
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print("50th percentile of time : ", np.percentile(arr, 50))
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print("25th percentile of time : ", np.percentile(arr, 25))
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print("75th percentile of time : ", np.percentile(arr, 75))
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print("90th percentile of time : ", np.percentile(arr, 90))
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print("99th percentile of time : ", np.percentile(arr, 99))
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print()
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plt.scatter(diff1_diff, diff1_time, c="green")
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plt.scatter(diff2_diff, diff2_time, c="red")
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plt.scatter(diff3_diff, diff3_time, c="blue")
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plt.scatter(diff4_diff, diff4_time, c="orange")
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plt.xlabel("Difficulty Factor (1e7)")
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plt.ylabel("Time (s)")
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plt.show()
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def write_csv():
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with open("data.json") as data:
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f = json.loads(json.load(data))
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rows = []
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for element in f:
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element = f[element]
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diff1 = 0
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diff2 = 0
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diff3 = 0
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diff4 = 0
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benches = element["benches"]
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for b in benches:
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duration = b["duration"]
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if b["difficulty"] == 1_069_993:
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diff1 = duration
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if b["difficulty"] == 4_150_002:
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diff2 = duration
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if b["difficulty"] == 6_550_004:
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diff3 = duration
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if b["difficulty"] == 14_760_000:
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diff4 = duration
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device_software_recognised = element["device_software_recognised"]
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device_software_recognised = format(f'"{device_software_recognised}"')
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row = [
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element["id"],
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element["user"]["id"],
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element["device_user_provided"],
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device_software_recognised,
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element["threads"],
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element["submitted_at"],
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element["submission_type"],
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diff1,
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diff2,
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diff3,
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diff4,
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]
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print(row[5])
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rows.append(row)
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filename = "survey-export.csv"
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with open(filename, "w") as csvfile:
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fields = [
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"ID",
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"user",
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"device_user_provided",
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"device_software_recognised",
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"threads",
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"submitted_at",
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"submission_type",
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"Difficulty 1069993",
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"Difficulty 4150002",
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"Difficulty 6550004",
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"Difficulty 14760000",
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]
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csvwriter = csv.writer(csvfile)
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csvwriter.writerow(fields)
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csvwriter.writerows(rows)
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write_csv()
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