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batch_scripts.py
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701 lines (635 loc) · 24.6 KB
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#!/bin/bash/python3
import base64
from json import ObjectId
import csv
import getpass
import json
import os
import readline
import requests
import subprocess
from typing import Any, Callable, List
import sys
# Constants
VALID_STATUSES = {
'1': 'Applied',
'2': 'Accepted',
'3': 'Waitlisted',
'4': 'Declined',
'5': 'Confirmed',
'6': 'Withdrawn',
'7': 'Checked-in'
}
VALID_REVIEWER_STATUSES = {
'1': 'None',
'2': 'Poor',
'3': 'Weak',
'4': 'Average',
'5': 'Strong',
'6': 'Outstanding',
'7': 'Whitelist'
}
BATCH_ACTIONS = {
'1': 'updateStatus',
'2': 'dayOf',
'3': 'weekOf',
'4': 'downloadResume',
'5': 'inviteUsers',
'6': 'getHackers',
'7': 'updateReviewerStatus'
}
LOG_VERBOSITIES = {
'0': 'None',
'1': 'Error',
'2': 'Warning',
'3': 'Info'
}
CHOSEN_VERBOSITY = 3
API_URL = 'https://api.mchacks.ca'
s = requests.Session()
def _print(msg, msgType=3, index=None, total=None):
"""
Wrapper around print function such that we only print to the granularity that the user wants.
Also, allow for formatting of sequential print statements ex: (10/114)
"""
global CHOSEN_VERBOSITY
if msgType <= CHOSEN_VERBOSITY:
out_file = sys.stdout if msgType > 1 else sys.stderr
if index is None or total is None:
print('{0}: {1}'.format(
LOG_VERBOSITIES[str(msgType)], msg), file=out_file)
else:
print('({0}/{1}) {2}: {3}'.format(index, total,
LOG_VERBOSITIES[str(msgType)], msg), file=out_file)
def requestUntilSuccess(
string: str,
invalid_msg: str = 'Invalid input',
validInput: Callable[[Any], bool] = lambda x: x is not None,
transformInput: Callable[[str], Any] = lambda x: x
) -> str:
"""
Requests user input until validInput predicate is satisfied.
Returns the output of transformInput.
"""
user_input = None
while not validInput(user_input):
print('=====================================')
user_input = input(string)
if not validInput(user_input):
print(invalid_msg)
return transformInput(user_input)
def login(session=requests.Session()):
"""
Logs in a user to the inputted session, and returns the session.
"""
global API_URL
user_input = requestUntilSuccess(
'Enter Target API (Default {0}): '.format(API_URL))
if user_input != '':
API_URL = user_input
# Get credentials
username = requestUntilSuccess(
'Enter credentials for {0}: '.format(API_URL))
logged_in = False
while not logged_in:
password = getpass.getpass("Password: ")
credentials = {
'email': username,
'password': password
}
r = session.post('{0}/api/auth/login'.format(API_URL), credentials)
if r.status_code != 200:
print("Incorrect password, please try again.")
else:
print('Logged in as {0}'.format(username))
logged_in = True
return session
def chooseLogVerbosity():
global CHOSEN_VERBOSITY
verbosity_list = ['{0}: {1}\n'.format(k, v)
for k, v in LOG_VERBOSITIES.items()]
chosen_verbosity = requestUntilSuccess(
'Input log verbosity (default {0}):\n{1}'.format(
CHOSEN_VERBOSITY, ''.join(verbosity_list)),
'Invalid verbosity',
lambda x: x == '' or x in LOG_VERBOSITIES.keys(),
lambda x: CHOSEN_VERBOSITY if x == '' else int(x)
)
CHOSEN_VERBOSITY = chosen_verbosity
def loadInvites() -> List[str]:
"""
Load the list of invites provided by user inputted file path.
"""
# Get information about batch actions
invite_file = requestUntilSuccess(
'Path to Invite CSV: ',
'Invalid file',
lambda x: x is not None and os.path.isfile(x) and os.access(x, os.R_OK)
)
invites = []
with open(invite_file, 'r') as csvfile:
reader = csv.DictReader(csvfile)
index = 1
for row in reader:
index = index + 1
email = row['email']
accountType = row['accountType']
if email is not None and accountType is not None:
invites.append({
'email': email,
'accountType': accountType
})
else:
_print('{2} is not a valid invite format'.format(
row), 1, index, len(reader))
return invites
def loadIDs() -> List[str]:
"""
Load the list of IDs provided by user inputted file path.
"""
# Get information about batch actions
id_file = requestUntilSuccess(
'Path to file to MongoIDs: ',
'Invalid file',
lambda x: x is not None and os.path.isfile(x) and os.access(x, os.R_OK)
)
ids = []
with open(id_file, 'r') as f:
rows = f.readlines()
for index, r in enumerate(rows):
index = index + 1
r = r.strip()
if ObjectId.is_valid(r):
ids.append(r)
else:
_print('{2} is not a valid ObjectID'.format(
r), 1, index, len(rows))
# remove duplicates
ids = list(set(ids))
return ids
def getDownloadDirectory() -> str:
directory = requestUntilSuccess(
'Directory to download files to: ',
'Invalid directory',
lambda x: x is not None and os.path.isdir(x) and os.access(x, os.W_OK)
)
directory.rstrip('/')
return directory
def status(prefixStr) -> str:
status_list = ['{0}: {1}\n'.format(k, v)
for k, v in VALID_STATUSES.items()]
initial_status = requestUntilSuccess(
'Input {0} status:\n{1}'.format(prefixStr, ''.join(status_list)),
'Invalid {0} status'.format(prefixStr),
lambda x: x in VALID_STATUSES.keys(),
lambda x: VALID_STATUSES[x]
)
return initial_status
def batchAction() -> str:
status_list = ['{0}: {1}\n'.format(k, v) for k, v in BATCH_ACTIONS.items()]
batch_action = requestUntilSuccess(
'Batch Action desired:\n{0}'.format(''.join(status_list)),
'Invalid batch action',
lambda x: x in BATCH_ACTIONS.keys(),
lambda x: BATCH_ACTIONS[x]
)
return batch_action
def reviewerStatus(prefixStr) -> str:
reviewerStatus_list = ['{0}: {1}\n'.format(k, v)
for k, v in VALID_REVIEWER_STATUSES.items()]
initial_reviewerStatus = requestUntilSuccess(
'Input {0} status:\n{1}'.format(prefixStr, ''.join(reviewerStatus_list)),
'Invalid {0} status'.format(prefixStr),
lambda x: x in VALID_REVIEWER_STATUSES.keys(),
lambda x: VALID_REVIEWER_STATUSES[x]
)
return initial_reviewerStatus
def reviewerStatus2(prefixStr) -> str:
reviewerStatus2_list = ['{0}: {1}\n'.format(k, v)
for k, v in VALID_REVIEWER_STATUSES.items()]
initial_reviewerStatus2 = requestUntilSuccess(
'Input {0} status:\n{1}'.format(prefixStr, ''.join(reviewerStatus2_list)),
'Invalid {0} status'.format(prefixStr),
lambda x: x in VALID_REVIEWER_STATUSES.keys(),
lambda x: VALID_REVIEWER_STATUSES[x]
)
return initial_reviewerStatus2
def reviewerName(prefixStr) -> str:
reviewerName_list = ['{0}: {1}\n'.format(k, v)
for k, v in str]
initial_reviewerName = requestUntilSuccess(
'Input {0} status:\n{1}'.format(prefixStr, ''.join(reviewerName_list)),
'Invalid {0} status'.format(prefixStr),
# lambda x: x in VALID_REVIEWER_STATUSES.keys(),
# lambda x: VALID_REVIEWER_STATUSES[x]
)
return initial_reviewerName
def reviewerName2(prefixStr) -> str:
reviewerName2_list = ['{0}: {1}\n'.format(k, v)
for k, v in str]
initial_reviewerName2 = requestUntilSuccess(
'Input {0} status:\n{1}'.format(prefixStr, ''.join(reviewerName2_list)),
'Invalid {0} status'.format(prefixStr),
# lambda x: x in VALID_REVIEWER_STATUSES.keys(),
# lambda x: VALID_REVIEWER_STATUSES[x]
)
return initial_reviewerName2
def reviewerComments(prefixStr) -> str:
reviewerComments_list = ['{0}: {1}\n'.format(k, v)
for k, v in str]
initial_reviewerComments = requestUntilSuccess(
'Input {0} status:\n{1}'.format(prefixStr, ''.join(reviewerComments_list)),
'Invalid {0} status'.format(prefixStr),
# lambda x: x in VALID_REVIEWER_STATUSES.keys(),
# lambda x: VALID_REVIEWER_STATUSES[x]
)
return initial_reviewerComments
def reviewerComments2(prefixStr) -> str:
reviewerComments2_list = ['{0}: {1}\n'.format(k, v)
for k, v in str]
initial_reviewerComments2 = requestUntilSuccess(
'Input {0} status:\n{1}'.format(prefixStr, ''.join(reviewerComments2_list)),
'Invalid {0} status'.format(prefixStr),
# lambda x: x in VALID_REVIEWER_STATUSES.keys(),
# lambda x: VALID_REVIEWER_STATUSES[x]
)
return initial_reviewerComments2
def getHacker(ID):
r = s.get('{0}/api/hacker/{1}'.format(API_URL, ID))
if r.status_code != 200:
return None
else:
hackerInfo = json.loads(r.content)['data']
return hackerInfo
def hasValidStatus(status, hackerInfo):
if hackerInfo is not None and hackerInfo['status'] == status:
return True
else:
return False
def hasValidReviewerStatus(reviewerStatus, hackerInfo):
if hackerInfo is not None and hackerInfo['reviewerStatus'] == reviewerStatus:
return True
else:
return False
def hasValidReviewerStatus2(reviewerStatus2, hackerInfo):
if hackerInfo is not None and hackerInfo['reviewerStatus2'] == reviewerStatus2:
return True
else:
return False
def hasValidReviewerName(reviewerName, hackerInfo):
if hackerInfo is not None and hackerInfo['reviewerName'] == reviewerName:
return True
else:
return False
def hasValidReviewerName2(reviewerName2, hackerInfo):
if hackerInfo is not None and hackerInfo['reviewerName2'] == reviewerName2:
return True
else:
return False
def hasValidReviewerComments(reviewerComments, hackerInfo):
if hackerInfo is not None and hackerInfo['reviewerComments'] == reviewerComments:
return True
else:
return False
def hasValidReviewerComments2(reviewerComments2, hackerInfo):
if hackerInfo is not None and hackerInfo['reviewerComments2'] == reviewerComments2:
return True
else:
return False
def search(model: str = 'hacker', query=[], expand: bool = True):
q = json.dumps(query)
expand = 'true' if expand else 'false'
r = s.get(
'{0}/api/search?model={1}&q={2}&expand={3}'.format(API_URL, model, q, expand))
if r.status_code != 200:
_print('Could not perform search (Status code {0})'.format(
r.status_code), 1)
return []
else:
results = json.loads(r.content)['data']
return results
def updateStatus():
INITIAL_STATUS = status('initial')
NEW_STATUS = status('new')
HACKER_IDs = loadIDs()
for index, ID in enumerate(HACKER_IDs):
# so that we aren't 0-based index
index = index + 1
hacker = getHacker(ID)
validStatus = hasValidStatus(INITIAL_STATUS, hacker)
if validStatus:
r = s.patch('{0}/api/hacker/status/{1}'.format(API_URL, ID),
{"status": NEW_STATUS})
if r.status_code != 200:
_print('cannot update status for {0}'.format(
ID), 1, index, len(HACKER_IDs))
else:
_print('{0} {1}'.format(
NEW_STATUS, ID), 3, index, len(HACKER_IDs))
elif hacker is not None:
_print('invalid status for {0}'.format(
ID), 1, index, len(HACKER_IDs))
else:
_print('could not find {0}'.format(
ID), 1, index, len(HACKER_IDs))
def updateReviewerStatus():
INITIAL_REVIEWER_STATUS = reviewerStatus('initial')
NEW_REVIEWER_STATUS = reviewerStatus('new')
HACKER_IDs = loadIDs()
for index, ID in enumerate(HACKER_IDs):
# so that we aren't 0-based index
index = index + 1
hacker = getHacker(ID)
validReviewerStatus = hasValidReviewerStatus(INITIAL_REVIEWER_STATUS, hacker)
if validReviewerStatus:
r = s.patch('{0}/api/hacker/reviewerStatus/{1}'.format(API_URL, ID),
{"reviewerStatus": NEW_REVIEWER_STATUS})
# if r.status_code != 200:
# _print('cannot update status for {0}'.format(
# ID), 1, index, len(HACKER_IDs))
# else:
_print('{0} {1}'.format(
NEW_REVIEWER_STATUS, ID), 3, index, len(HACKER_IDs))
elif hacker is not None:
_print('invalid status for {0}'.format(
ID), 1, index, len(HACKER_IDs))
else:
_print('could not find {0}'.format(
ID), 1, index, len(HACKER_IDs))
def updateReviewerStatus2():
INITIAL_REVIEWER_STATUS2 = reviewerStatus2('initial')
NEW_REVIEWER_STATUS2 = reviewerStatus2('new')
HACKER_IDs = loadIDs()
for index, ID in enumerate(HACKER_IDs):
# so that we aren't 0-based index
index = index + 1
hacker = getHacker(ID)
validReviewerStatus2 = hasValidReviewerStatus2(INITIAL_REVIEWER_STATUS2, hacker)
if validReviewerStatus2:
r = s.patch('{0}/api/hacker/reviewerStatus2/{1}'.format(API_URL, ID),
{"reviewerStatus2": NEW_REVIEWER_STATUS2})
# if r.status_code != 200:
# _print('cannot update status for {0}'.format(
# ID), 1, index, len(HACKER_IDs))
# else:
_print('{0} {1}'.format(
NEW_REVIEWER_STATUS2, ID), 3, index, len(HACKER_IDs))
elif hacker is not None:
_print('invalid status for {0}'.format(
ID), 1, index, len(HACKER_IDs))
else:
_print('could not find {0}'.format(
ID), 1, index, len(HACKER_IDs))
def updateReviewerName():
INITIAL_REVIEWER_NAME = reviewerName('initial')
NEW_REVIEWER_NAME = reviewerName('new')
HACKER_IDs = loadIDs()
for index, ID in enumerate(HACKER_IDs):
# so that we aren't 0-based index
index = index + 1
hacker = getHacker(ID)
validReviewerName = hasValidReviewerName(INITIAL_REVIEWER_NAME, hacker)
if validReviewerName:
r = s.patch('{0}/api/hacker/reviewerName/{1}'.format(API_URL, ID),
{"reviewerName": NEW_REVIEWER_NAME})
# if r.status_code != 200:
# _print('cannot update status for {0}'.format(
# ID), 1, index, len(HACKER_IDs))
# else:
_print('{0} {1}'.format(
NEW_REVIEWER_NAME, ID), 3, index, len(HACKER_IDs))
elif hacker is not None:
_print('invalid status for {0}'.format(
ID), 1, index, len(HACKER_IDs))
else:
_print('could not find {0}'.format(
ID), 1, index, len(HACKER_IDs))
def updateReviewerName2():
INITIAL_REVIEWER_NAME2 = reviewerName2('initial')
NEW_REVIEWER_NAME2 = reviewerName2('new')
HACKER_IDs = loadIDs()
for index, ID in enumerate(HACKER_IDs):
# so that we aren't 0-based index
index = index + 1
hacker = getHacker(ID)
validReviewerName2 = hasValidReviewerName2(INITIAL_REVIEWER_NAME2, hacker)
if validReviewerName2:
r = s.patch('{0}/api/hacker/reviewerName2/{1}'.format(API_URL, ID),
{"reviewerName2": NEW_REVIEWER_NAME2})
# if r.status_code != 200:
# _print('cannot update status for {0}'.format(
# ID), 1, index, len(HACKER_IDs))
# else:
_print('{0} {1}'.format(
NEW_REVIEWER_NAME2, ID), 3, index, len(HACKER_IDs))
elif hacker is not None:
_print('invalid status for {0}'.format(
ID), 1, index, len(HACKER_IDs))
else:
_print('could not find {0}'.format(
ID), 1, index, len(HACKER_IDs))
def updateReviewerComments():
INITIAL_REVIEWER_COMMENTS = reviewerComments('initial')
NEW_REVIEWER_COMMENTS = reviewerComments('new')
HACKER_IDs = loadIDs()
for index, ID in enumerate(HACKER_IDs):
# so that we aren't 0-based index
index = index + 1
hacker = getHacker(ID)
validReviewerComments = hasValidReviewerComments(INITIAL_REVIEWER_COMMENTS, hacker)
if validReviewerComments:
r = s.patch('{0}/api/hacker/reviewerComments/{1}'.format(API_URL, ID),
{"reviewerComments": NEW_REVIEWER_COMMENTS})
# if r.status_code != 200:
# _print('cannot update status for {0}'.format(
# ID), 1, index, len(HACKER_IDs))
# else:
_print('{0} {1}'.format(
NEW_REVIEWER_COMMENTS, ID), 3, index, len(HACKER_IDs))
elif hacker is not None:
_print('invalid status for {0}'.format(
ID), 1, index, len(HACKER_IDs))
else:
_print('could not find {0}'.format(
ID), 1, index, len(HACKER_IDs))
def updateReviewerComments2():
INITIAL_REVIEWER_COMMENTS2 = reviewerComments2('initial')
NEW_REVIEWER_COMMENTS2 = reviewerComments2('new')
HACKER_IDs = loadIDs()
for index, ID in enumerate(HACKER_IDs):
# so that we aren't 0-based index
index = index + 1
hacker = getHacker(ID)
validReviewerComments2 = hasValidReviewerComments2(INITIAL_REVIEWER_COMMENTS2, hacker)
if validReviewerComments2:
r = s.patch('{0}/api/hacker/reviewerComments2/{1}'.format(API_URL, ID),
{"reviewerComments2": NEW_REVIEWER_COMMENTS2})
# if r.status_code != 200:
# _print('cannot update status for {0}'.format(
# ID), 1, index, len(HACKER_IDs))
# else:
_print('{0} {1}'.format(
NEW_REVIEWER_COMMENTS2, ID), 3, index, len(HACKER_IDs))
elif hacker is not None:
_print('invalid status for {0}'.format(
ID), 1, index, len(HACKER_IDs))
else:
_print('could not find {0}'.format(
ID), 1, index, len(HACKER_IDs))
def sendDayOfEmail():
INITIAL_STATUS = status('initial')
HACKER_IDs = loadIDs()
for index, ID in enumerate(HACKER_IDs):
# so that we aren't 0-based index
index = index + 1
hacker = getHacker(ID)
validStatus = hasValidStatus(INITIAL_STATUS, hacker)
if validStatus:
r = s.post(
'{0}/api/hacker/email/dayOf/{1}'.format(API_URL, ID))
if r.status_code != 200:
_print('cannot send email to {0}'.format(
ID), 1, index, len(HACKER_IDs))
else:
_print('Sent email to {0}'.format(
ID), 3, index, len(HACKER_IDs))
elif hacker is not None:
_print('Sent invalid status for {0}'.format(
ID), 1, index, len(HACKER_IDs))
else:
_print('Could not find {0}'.format(
ID), 1, index, len(HACKER_IDs))
def sendWeekOfEmail():
INITIAL_STATUS = status('initial')
HACKER_IDs = loadIDs()
for index, ID in enumerate(HACKER_IDs):
# so that we aren't 0-based index
index = index + 1
hacker = getHacker(ID)
validStatus = hasValidStatus(INITIAL_STATUS, hacker)
if validStatus:
r = s.post(
'{0}/api/hacker/email/weekOf/{1}'.format(API_URL, ID))
if r.status_code != 200:
_print('Cannot send email to {0}'.format(
ID), 1, index, len(HACKER_IDs))
else:
_print('Sent email to {0}'.format(
ID), 3, index, len(HACKER_IDs))
elif hacker is not None:
_print('Invalid status for {0}'.format(
ID), 1, index, len(HACKER_IDs))
else:
_print('Could not find {0}'.format(
ID), 1, index, len(HACKER_IDs))
def downloadResume():
INITIAL_STATUS = status('initial')
HACKER_IDs = loadIDs()
DOWNLOAD_DIR = getDownloadDirectory()
for index, ID in enumerate(HACKER_IDs):
# so that we aren't 0-based index
index = index + 1
hacker = getHacker(ID)
validStatus = hasValidStatus(INITIAL_STATUS, hacker)
if validStatus:
r = s.get(
'{0}/api/hacker/resume/{1}'.format(API_URL, ID))
if r.status_code != 200:
_print('Could not find resume for {0}'.format(
ID), 1, index, len(HACKER_IDs))
else:
resume = json.loads(r.content)['data']['resume'][0]['data']
download_path = "{0}/{1}.pdf".format(DOWNLOAD_DIR, ID)
with open(download_path, "wb") as fh:
byte_data = bytearray(resume)
fh.write(byte_data)
_print('Downloaded resume for {0} to {1}'.format(
ID, download_path), 3, index, len(HACKER_IDs))
elif hacker is not None:
_print('invalid status for {0}'.format(
ID), 3, index, len(HACKER_IDs))
else:
_print('Could not find hacker {0}'.format(
ID), 1, index, len(HACKER_IDs))
def inviteUsers():
INVITES = loadInvites()
for index, invite in enumerate(INVITES):
index = index + 1
r = s.post(
'{0}/api/account/invite/'.format(API_URL), invite)
if r.status_code != 200:
_print('Could not invite {0}, {1}'.format(
invite['email'], invite['accountType']), 1, index, len(INVITES))
else:
_print('Invited {0}, {1}'.format(
invite['email'], invite['accountType']), 3, index, len(INVITES))
def getHackers():
CUR_STATUS = status('current')
DOWNLOAD_DIR = getDownloadDirectory()
results = search(
'hacker',
[{'param': 'status', 'operation': 'equals', 'value': CUR_STATUS}]
)
with open('{0}/hackerIDs_{1}.csv'.format(DOWNLOAD_DIR, CUR_STATUS), 'w') as out_file:
fieldnames = [
'id',
'First Name',
'Last Name',
'Email',
'School',
'Degree',
'Graduation Year',
'Job Interest',
'Github',
'LinkedIn'
]
csv_writer = csv.DictWriter(out_file, fieldnames=fieldnames)
csv_writer.writeheader()
for result in results:
csv_writer.writerow({
'id': result['id'],
'First Name': result['accountId']['firstName'],
'Last Name': result['accountId']['lastName'],
'Email': result['accountId']['email'],
'School': result['application']['general']['school'],
'Degree': result['application']['general']['degree'],
'Graduation Year': result['application']['general']['graduationYear'],
'Job Interest': result['application']['general']['jobInterest'],
'Github': result['application']['general']['URL']['github'],
'LinkedIn': result['application']['general']['URL']['linkedIn'],
})
if __name__ == "__main__":
# execute only if run as a script
chooseLogVerbosity()
login(s)
while True:
BATCH_ACTION = batchAction()
try:
if BATCH_ACTION == 'weekOf':
sendWeekOfEmail()
elif BATCH_ACTION == 'dayOf':
sendDayOfEmail()
elif BATCH_ACTION == 'updateStatus':
updateStatus()
elif BATCH_ACTION == 'downloadResume':
downloadResume()
elif BATCH_ACTION == 'inviteUsers':
inviteUsers()
elif BATCH_ACTION == 'getHackers':
getHackers()
elif BATCH_ACTION == 'updateReviewerStatus':
updateReviewerStatus()
elif BATCH_ACTION == 'updateReviewerStatus2':
updateReviewerStatus2()
elif BATCH_ACTION == 'updateReviewerName':
updateReviewerName()
elif BATCH_ACTION == 'updateReviewerName2':
updateReviewerName2()
elif BATCH_ACTION == 'updateReviewerComments':
updateReviewerComments()
elif BATCH_ACTION == 'updateReviewerComments2':
updateReviewerComments2()
print('Finished {0}'.format(BATCH_ACTION))
except Exception as e:
_print('Failed to perform action {0}: {1}'.format(
BATCH_ACTION, e), 1)