def api_keys(api_key_list, unassociated=False, dashboard_id=None, verify_mask=True):
"""
:param verify_mask: Choose whether to reject or expire non-conforming access masks
:param api_key_list: [(key_id, vcode), (), ...]
:param unassociated: True to add to unassociated API keys
:param dashboard_id: Set the associated dashboard id. Defaults to the session variable.
:return:
"""
if unassociated:
api_owner = "unassociated"
elif dashboard_id:
api_owner = dashboard_id
else:
api_owner = session["CharacterOwnerHash"]
with open("configs/base.json", "r") as base_config_file:
base_config = json.load(base_config_file)
errors_list = []
bulk_op = g.mongo.db.api_keys.initialize_ordered_bulk_op()
bulk_run = False
for key_id, vcode in api_key_list:
db_api_cache = g.mongo.db.api_keys.find_one({"_id": api_owner,
"keys.key_id": {"$eq": int(key_id)}})
cache_timer = 0
if db_api_cache and api_owner != "unassociated":
cache_timer_list = [key["cached_until"] for key in db_api_cache["keys"] if key["key_id"] == int(key_id)]
cache_timer = max(cache_timer_list)
elif api_owner == "unassociated":
cache_timer = 0
if not db_api_cache or cache_timer < time.time():
xml_contracts_payload = {
"keyID": key_id,
"vCode": vcode
}
xml_api_key_response = requests.get("https://api.eveonline.com/account/APIKeyInfo.xml.aspx",
data=xml_contracts_payload, headers=xml_headers)
# XML Parse
try:
xml_api_key_tree = ElementTree.fromstring(xml_api_key_response.text)
except ElementTree.ParseError:
print(xml_api_key_response.text)
return errors_list
# Store in database
xml_time_pattern = "%Y-%m-%d %H:%M:%S"
failed = False
expired = False
if xml_api_key_tree[1].tag == "error":
errors_list.append("CCP gave an error for key with id " +
"{}. Ensure the key is not expired and is valid.".format(key_id))
failed = True
elif xml_api_key_tree[1][0].attrib["accessMask"] != str(base_config["access_mask"]):
errors_list.append("Key with id {} is not (or no longer) a full API key.".format(key_id))
if verify_mask:
failed = True
else:
expired = True
elif xml_api_key_tree[1][0].attrib["type"] != "Account":
errors_list.append("Key with id {} is not an Account API key.".format(key_id))
failed = True
elif xml_api_key_tree[1][0].attrib["expires"].strip():
errors_list.append("Key with id {} expires. Must be a non-expiring API key.".format(key_id))
failed = True
# Check for fail
if failed:
conversions.invalidate_key([key_id], api_owner)
continue
else:
conversions.validate_key([key_id], api_owner, expired)
# If same character is input, remove old keys first
bulk_op.find({"_id": api_owner}).upsert().update(
{
"$pull": {
"keys": {"key_id": int(key_id)}
}
})
if api_owner != "unassociated":
# Remove keys from unassociated if found
bulk_op.find({"_id": "unassociated"}).upsert().update(
{
"$pull": {
"keys": {"key_id": int(key_id)}
}
}
)
for api_character in xml_api_key_tree[1][0][0]:
bulk_run = True
update_request = {"$push": {"keys": {
"key_id": int(key_id),
"vcode": vcode,
"character_id": int(api_character.attrib["characterID"]),
"character_name": api_character.attrib["characterName"],
"cached_until": int(calendar.timegm(time.strptime(xml_api_key_tree[2].text,
xml_time_pattern))),
"cached_str": xml_api_key_tree[2].text,
"corporation_id": int(api_character.attrib["corporationID"]),
"alliance_id": int(api_character.attrib["allianceID"]),
"corporation_name": api_character.attrib["corporationName"].strip(),
"alliance_name": api_character.attrib["allianceName"].strip()
}}}
if api_owner != "unassociated" or (api_owner == "unassociated" and not g.mongo.db.api_keys.find_one(
{"keys.key_id": {"$eq": int(key_id)}, "_id": {"$ne": "unassociated"}})):
bulk_op.find({"_id": api_owner}).upsert().update(update_request)
if bulk_run:
bulk_op.execute()
return errors_list
def api_keys(api_key_list, unassociated=False, dashboard_id=None, verify_mask=True):
"""
:param verify_mask: Choose whether to reject or expire non-conforming access masks
:param api_key_list: [(key_id, vcode), (), ...]
:param unassociated: True to add to unassociated API keys
:param dashboard_id: Set the associated dashboard id. Defaults to the session variable.
:return:
"""
if unassociated:
api_owner = "unassociated"
elif dashboard_id:
api_owner = dashboard_id
else:
api_owner = session["CharacterOwnerHash"]
with open("configs/base.json", "r") as base_config_file:
base_config = json.load(base_config_file)
errors_list = []
bulk_op = g.mongo.db.api_keys.initialize_ordered_bulk_op()
bulk_run = False
for key_id, vcode in api_key_list:
db_api_cache = g.mongo.db.api_keys.find_one({"_id": api_owner, "keys.key_id": {"$eq": int(key_id)}})
cache_timer = 0
if db_api_cache and api_owner != "unassociated":
cache_timer_list = [key["cached_until"] for key in db_api_cache["keys"] if key["key_id"] == int(key_id)]
cache_timer = max(cache_timer_list)
elif api_owner == "unassociated":
cache_timer = 0
if not db_api_cache or cache_timer < time.time():
xml_contracts_payload = {"keyID": key_id, "vCode": vcode}
xml_api_key_response = requests.get(
"https://api.eveonline.com/account/APIKeyInfo.xml.aspx", data=xml_contracts_payload, headers=xml_headers
)
# XML Parse
try:
xml_api_key_tree = ElementTree.fromstring(xml_api_key_response.text)
except ElementTree.ParseError:
print(xml_api_key_response.text)
return errors_list
# Store in database
xml_time_pattern = "%Y-%m-%d %H:%M:%S"
failed = False
expired = False
if xml_api_key_tree[1].tag == "error":
errors_list.append(
"CCP gave an error for key with id "
+ "{}. Ensure the key is not expired and is valid.".format(key_id)
)
failed = True
elif xml_api_key_tree[1][0].attrib["accessMask"] != str(base_config["access_mask"]):
errors_list.append("Key with id {} is not (or no longer) a full API key.".format(key_id))
if verify_mask:
failed = True
else:
expired = True
elif xml_api_key_tree[1][0].attrib["type"] != "Account":
errors_list.append("Key with id {} is not an Account API key.".format(key_id))
failed = True
elif xml_api_key_tree[1][0].attrib["expires"].strip():
errors_list.append("Key with id {} expires. Must be a non-expiring API key.".format(key_id))
failed = True
# Check for fail
if failed:
conversions.invalidate_key([key_id], api_owner)
continue
else:
conversions.validate_key([key_id], api_owner, expired)
# If same character is input, remove old keys first
bulk_op.find({"_id": api_owner}).upsert().update({"$pull": {"keys": {"key_id": int(key_id)}}})
if api_owner != "unassociated":
# Remove keys from unassociated if found
bulk_op.find({"_id": "unassociated"}).upsert().update({"$pull": {"keys": {"key_id": int(key_id)}}})
for api_character in xml_api_key_tree[1][0][0]:
bulk_run = True
update_request = {
"$push": {
"keys": {
"key_id": int(key_id),
"vcode": vcode,
"character_id": int(api_character.attrib["characterID"]),
"character_name": api_character.attrib["characterName"],
"cached_until": int(
calendar.timegm(time.strptime(xml_api_key_tree[2].text, xml_time_pattern))
),
"cached_str": xml_api_key_tree[2].text,
"corporation_id": int(api_character.attrib["corporationID"]),
"alliance_id": int(api_character.attrib["allianceID"]),
"corporation_name": api_character.attrib["corporationName"].strip(),
"alliance_name": api_character.attrib["allianceName"].strip(),
}
}
}
if api_owner != "unassociated" or (
api_owner == "unassociated"
and not g.mongo.db.api_keys.find_one(
{"keys.key_id": {"$eq": int(key_id)}, "_id": {"$ne": "unassociated"}}
)
):
bulk_op.find({"_id": api_owner}).upsert().update(update_request)
if bulk_run:
bulk_op.execute()
return errors_list
def contracts(keys=None, celery_time=0):
"""
:param keys: [("jf_service" or "personal", key_id, vcode, character_id), (), ...]
:param celery_time: Set to the next run time instance
:return:
"""
if celery_time:
g.mongo.db.caches.update({"_id": "jf_service"},
{"$set": {
"next_check": time.strftime("%Y-%m-%d %H:%M:%S",
time.gmtime(int(time.time()) + celery_time))}})
invalid_apis = set()
if not keys:
# Default Refreshes
keys = [("jf_service", secrets["jf_key_id"], secrets["jf_vcode"])]
bulk_op = g.mongo.db.contracts.initialize_unordered_bulk_op()
bulk_run = False
for service in keys:
if service[0] == "personal":
# If service is personal, uses key_caches database for cache values instead
db_cache = g.mongo.db.key_caches.find_one({"_id": service[3]})
cache_time = db_cache.get("contracts", 0) if db_cache else 0
else:
db_cache = g.mongo.db.caches.find_one({"_id": service[0]})
cache_time = db_cache.get("cached_until", 0) if db_cache else 0
if not db_cache or cache_time < time.time():
# Clean contract history
month_ago = int(time.time()) - 2629743 # Services are 1 month
two_weeks_ago = int(time.time()) - 1512000 # Personals are 2 1/2 weeks
filter_time = month_ago
if service[0] == "personal":
filter_time = two_weeks_ago
if service[0] == "personal":
xml_contracts_payload = {
"keyID": service[1],
"vCode": service[2],
"characterID": service[3]
}
xml_contracts_response = requests.get("https://api.eveonline.com/char/Contracts.xml.aspx",
data=xml_contracts_payload, headers=xml_headers)
else:
xml_contracts_payload = {
"keyID": service[1],
"vCode": service[2]
}
xml_contracts_response = requests.get("https://api.eveonline.com/Corp/Contracts.xml.aspx",
data=xml_contracts_payload, headers=xml_headers)
# XML Parse
try:
xml_contracts_tree = ElementTree.fromstring(xml_contracts_response.text)
except ElementTree.ParseError:
print(xml_contracts_response.text)
return list(invalid_apis)
# Store in database
xml_time_pattern = "%Y-%m-%d %H:%M:%S"
if service[0] == "personal":
g.mongo.db.key_caches.update({"_id": int(service[3])}, {"$set": {
"contracts": int(
calendar.timegm(time.strptime(xml_contracts_tree[2].text, xml_time_pattern))),
"contracts_str": xml_contracts_tree[2].text,
"key": int(service[1])}
}, upsert=True)
else:
g.mongo.db.caches.update({"_id": service[0]}, {"$set": {"cached_until": int(
calendar.timegm(time.strptime(xml_contracts_tree[2].text, xml_time_pattern))),
"cached_str": xml_contracts_tree[2].text}}, upsert=True)
if xml_contracts_tree[1].tag == "error":
print(xml_contracts_tree[1].attrib["code"], xml_contracts_tree[1].text, service[1])
conversions.invalidate_key([service[1]], session["CharacterOwnerHash"])
invalid_apis.add(service[1])
else:
for contract in xml_contracts_tree[1][0]:
issue_time = int(calendar.timegm(time.strptime(contract.attrib["dateIssued"], xml_time_pattern)))
if issue_time > filter_time:
bulk_run = True
bulk_op.find({
"_id.id": int(contract.attrib["contractID"]), "_id.service": service[0]
}).upsert().update(
{
"$set": {
"issuer_id": int(contract.attrib["issuerID"]),
"assignee_id": int(contract.attrib["assigneeID"]),
"acceptor_id": int(contract.attrib["acceptorID"]),
"start_station_id": int(contract.attrib["startStationID"]),
"end_station_id": int(contract.attrib["endStationID"]),
"type": contract.attrib["type"],
"status": contract.attrib["status"],
"title": contract.attrib["title"],
"for_corp": int(contract.attrib["forCorp"]),
"date_issued": contract.attrib["dateIssued"],
"date_expired": contract.attrib["dateExpired"],
"date_accepted": contract.attrib["dateAccepted"],
"num_days": int(contract.attrib["numDays"]),
"date_completed": contract.attrib["dateCompleted"],
"price": float(contract.attrib["price"]),
"reward": float(contract.attrib["reward"]),
"collateral": float(contract.attrib["collateral"]),
"volume": float(contract.attrib["volume"]),
"issued_int": issue_time
}
})
if bulk_run:
try:
bulk_op.execute()
except BulkWriteError as bulk_op_error:
print("error", bulk_op_error.details)
return list(invalid_apis)
def contracts(keys=None, celery_time=0):
"""
:param keys: [("jf_service" or "personal", key_id, vcode, character_id), (), ...]
:param celery_time: Set to the next run time instance
:return:
"""
if celery_time:
g.mongo.db.caches.update(
{"_id": "jf_service"},
{"$set": {"next_check": time.strftime("%Y-%m-%d %H:%M:%S", time.gmtime(int(time.time()) + celery_time))}},
)
invalid_apis = set()
if not keys:
# Default Refreshes
keys = [("jf_service", secrets["jf_key_id"], secrets["jf_vcode"])]
bulk_op = g.mongo.db.contracts.initialize_unordered_bulk_op()
bulk_run = False
for service in keys:
if service[0] == "personal":
# If service is personal, uses key_caches database for cache values instead
db_cache = g.mongo.db.key_caches.find_one({"_id": service[3]})
cache_time = db_cache.get("contracts", 0) if db_cache else 0
else:
db_cache = g.mongo.db.caches.find_one({"_id": service[0]})
cache_time = db_cache.get("cached_until", 0) if db_cache else 0
if not db_cache or cache_time < time.time():
# Clean contract history
month_ago = int(time.time()) - 2629743 # Services are 1 month
two_weeks_ago = int(time.time()) - 1512000 # Personals are 2 1/2 weeks
filter_time = month_ago
if service[0] == "personal":
filter_time = two_weeks_ago
if service[0] == "personal":
xml_contracts_payload = {"keyID": service[1], "vCode": service[2], "characterID": service[3]}
xml_contracts_response = requests.get(
"https://api.eveonline.com/char/Contracts.xml.aspx", data=xml_contracts_payload, headers=xml_headers
)
else:
xml_contracts_payload = {"keyID": service[1], "vCode": service[2]}
xml_contracts_response = requests.get(
"https://api.eveonline.com/Corp/Contracts.xml.aspx", data=xml_contracts_payload, headers=xml_headers
)
# XML Parse
try:
xml_contracts_tree = ElementTree.fromstring(xml_contracts_response.text)
except ElementTree.ParseError:
print(xml_contracts_response.text)
return list(invalid_apis)
# Store in database
xml_time_pattern = "%Y-%m-%d %H:%M:%S"
if service[0] == "personal":
g.mongo.db.key_caches.update(
{"_id": int(service[3])},
{
"$set": {
"contracts": int(
calendar.timegm(time.strptime(xml_contracts_tree[2].text, xml_time_pattern))
),
"contracts_str": xml_contracts_tree[2].text,
"key": int(service[1]),
}
},
upsert=True,
)
else:
g.mongo.db.caches.update(
{"_id": service[0]},
{
"$set": {
"cached_until": int(
calendar.timegm(time.strptime(xml_contracts_tree[2].text, xml_time_pattern))
),
"cached_str": xml_contracts_tree[2].text,
}
},
upsert=True,
)
if xml_contracts_tree[1].tag == "error":
print(xml_contracts_tree[1].attrib["code"], xml_contracts_tree[1].text, service[1])
conversions.invalidate_key([service[1]], session["CharacterOwnerHash"])
invalid_apis.add(service[1])
else:
for contract in xml_contracts_tree[1][0]:
issue_time = int(calendar.timegm(time.strptime(contract.attrib["dateIssued"], xml_time_pattern)))
if issue_time > filter_time:
bulk_run = True
bulk_op.find(
{"_id.id": int(contract.attrib["contractID"]), "_id.service": service[0]}
).upsert().update(
{
"$set": {
"issuer_id": int(contract.attrib["issuerID"]),
"assignee_id": int(contract.attrib["assigneeID"]),
"acceptor_id": int(contract.attrib["acceptorID"]),
"start_station_id": int(contract.attrib["startStationID"]),
"end_station_id": int(contract.attrib["endStationID"]),
"type": contract.attrib["type"],
"status": contract.attrib["status"],
"title": contract.attrib["title"],
"for_corp": int(contract.attrib["forCorp"]),
"date_issued": contract.attrib["dateIssued"],
"date_expired": contract.attrib["dateExpired"],
"date_accepted": contract.attrib["dateAccepted"],
"num_days": int(contract.attrib["numDays"]),
"date_completed": contract.attrib["dateCompleted"],
"price": float(contract.attrib["price"]),
"reward": float(contract.attrib["reward"]),
"collateral": float(contract.attrib["collateral"]),
"volume": float(contract.attrib["volume"]),
"issued_int": issue_time,
}
}
)
if bulk_run:
try:
bulk_op.execute()
except BulkWriteError as bulk_op_error:
print("error", bulk_op_error.details)
return list(invalid_apis)
