How to use check_results method in localstack

Best Python code snippet using localstack_python

app.py

Source:app.py Github

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1#!/​usr/​bin/​env python2# Cron-style schedule for when to run checks against PD3# every minute:4CHECK_SCHEDULE = "* * * * *"5#6# every hour at :00:7# CHECK_SCHEDULE = "0 * * * *"8#9# every hour at :00, :15, :30, and :60:10# CHECK_SCHEDULE = "*/​15 * * * *"11#12# Check out https:/​/​crontab.guru if you need help with cron expressions13# Optional email of a user to assign test incidents to. This user will receive14# low-urgency notifications of test incident whenever the check is run. This15# user must exist or else the 'rest' check will fail16#17# Set it to None if you just want to get the first user alphabetically in the domain.18#19CHECK_USER = None20# Optional ID of a team within which to create Services and Escalation21# Policies (and hence Incidents) - use this with a private team ID to hide22# PDprobe-generated incidents from all non-admin users.23TEAM_ID = None24import os25import time26from datetime import datetime27import requests28import pd29import json30import secrets31import threading32# for making tunnels with external URLs so we can listen for webhooks33from pyngrok import ngrok34# cron scheduler35from apscheduler.schedulers.background import BackgroundScheduler36from apscheduler.triggers.cron import CronTrigger37# webhook listener38from flask import Flask, request39app = Flask(__name__)40def report_results(check_results):41 # This is where you would customize what to do with test results. 42 # You could send to a dashboarding system, or do further processing...43 # 44 # check_results will be a JSON structure that looks like this:45 # {46 # "time_started": <UTC time when the test was started, in ISO8601 format>,47 # "rest": <one of "success", "fail", "not tested">,48 # "events": <one of "success", "fail", "not tested">,49 # "webhooks": <one of "success", "fail", "not tested">,50 # "errors": [an array of strings representing any errors that were encountered while testing],51 # "time_ended": <UTC time when the test was ended, in ISO8601 format>,52 # }53 #54 # Example for a successful test:55 # {56 # "time_started": "2020-03-10T15:11:00Z",57 # "rest": "success",58 # "events": "success",59 # "webhooks": "success",60 # "errors": []61 # }62 #63 # Example for a test where webhooks didn't arrive:64 #65 # {66 # "time_started": "2020-03-12T14:57:00Z",67 # "rest": "success",68 # "events": "success",69 # "webhooks": "fail",70 # "errors": [71 # "Timed out waiting for webhook"72 # ],73 # "time_ended": "2020-03-12T14:57:14Z"74 # }75 #76 print("PD check results:")77 print("----------------------------------")78 print(json.dumps(check_results, indent=4))79 print("----------------------------------")80@app.route('/​', methods=['GET', 'POST'])81def index():82 global check_results83 token = os.environ.get('TOKEN')84 # just look for an incident.trigger event85 if request.method == 'POST':86 try:87 content = request.get_json(force=True)88 event = content['messages'][0]['event']89 service_name = content['messages'][0]['incident']['service']['name']90 print(f"Got {event} on service {service_name}")91 if event == "incident.trigger":92 check_results[service_name]['webhooks'] = 'success'93 teardown(service_name, token)94 except Exception as e:95 print(f"oops! {e}")96 pass97 return 'ok'98def create_escalation_policy(token, name):99 """ create an escalation policy in PD """100 users = pd.request(token=token, endpoint="users", params={"limit": 1, "query": CHECK_USER})101 user = users['users'][0]102 body = {103 "escalation_policy": {104 "type": "escalation_policy",105 "name": name,106 "escalation_rules": [107 {108 "escalation_delay_in_minutes": 10,109 "targets": [110 {111 "id": user['id'],112 "type": "user_reference"113 }114 ]115 }116 ],117 "description": "PDprobe transient"118 }119 }120 if TEAM_ID:121 body['teams'] = [122 {123 "type": "team_reference",124 "id": TEAM_ID125 }126 ]127 return pd.request(token=token, endpoint="escalation_policies", method="POST", data=body)128def create_service(token, name, ep_id):129 """ create a service in PD """130 body = {131 "service": {132 "type": "service",133 "name": name,134 "escalation_policy": {135 "id": ep_id,136 "type": "escalation_policy_reference"137 },138 "incident_urgency_rule": {139 "type": "constant",140 "urgency": "low"141 },142 "alert_creation": "create_alerts_and_incidents"143 }144 }145 if TEAM_ID:146 body['teams'] = [147 {148 "type": "team_reference",149 "id": TEAM_ID150 }151 ]152 return pd.request(token=token, endpoint="services", method="POST", data=body)153def create_integration(token, service_id):154 """ create an integration in a PD service """155 body = {156 "type": "events_api_v2_inbound_integration",157 "name": "PDprobe",158 }159 return pd.request(token=token, endpoint=f"services/​{service_id}/​integrations", method="POST", data=body)160def create_webhook(token, name, service_id, public_url):161 """ create a webhook in a PD service """162 body = {163 "webhook": {164 "type": "webhook_reference",165 "name": name,166 "endpoint_url": public_url,167 "webhook_object": {168 "id": service_id,169 "type": "service_reference"170 },171 "outbound_integration": {172 "id": "PJFWPEP",173 "type": "outbound_integration"174 }175 }176 }177 return pd.request(token=token, endpoint=f"webhooks", method="POST", data=body)178def send_trigger(routing_key, dedup_key):179 """ send a trigger alert """180 payload = {181 "payload": {182 "summary": f"Test {dedup_key}",183 "source": f"{dedup_key}",184 "severity": "critical",185 },186 "routing_key": routing_key,187 "dedup_key": dedup_key,188 "event_action": "trigger"189 }190 return pd.send_v2_event(payload)191def send_resolve(routing_key, dedup_key):192 """ send a resolve alert """193 payload = {194 "payload": {195 "summary": f"Test {dedup_key}",196 "source": f"{dedup_key}",197 "severity": "critical",198 },199 "routing_key": routing_key,200 "dedup_key": dedup_key,201 "event_action": "resolve"202 }203 return pd.send_v2_event(payload)204def destroy_escalation_policy(token, ep_id):205 """ destroy an escalation policy in PD """206 return pd.request(token=token, endpoint=f"escalation_policies/​{ep_id}", method="DELETE")207def destroy_service(token, ep_id):208 """ destroy a service in PD """209 return pd.request(token=token, endpoint=f"services/​{ep_id}", method="DELETE")210def teardown(name, token):211 global checks212 global check_results213 global timers214 if name in check_results:215 check_results[name]['time_ended'] = datetime.utcnow().replace(microsecond=0).isoformat() + 'Z'216 if check_results[name]['events'] == 'success' and check_results[name]['webhooks'] == 'not tested':217 # we sent an event but didn't get a webhook218 check_results[name]['webhooks'] = 'fail'219 check_results[name]['errors'].append("Timed out waiting for webhook")220 report_results(check_results[name])221 del check_results[name]222 if name in timers and isinstance(timers[name], threading.Timer):223 timers[name].cancel()224 del timers[name]225 if name in checks:226 if 'service_id' in checks[name]:227 print(f"Destroying service {checks[name]['service_id']}")228 destroy_service(token, checks[name]['service_id'])229 if 'ep_id' in checks[name]:230 print(f"Destroying escalation policy {checks[name]['ep_id']}")231 destroy_escalation_policy(token, checks[name]['ep_id'])232 del checks[name]233def check_pd():234 """ check all the PD things """235 # make up a unique name for created objects236 name = f"PDprobe-{secrets.token_hex(32)}"237 token = os.environ.get('TOKEN')238 service_id = None239 ep_id = None240 global checks241 global check_results242 global timers243 check_results[name] = {244 'time_started': datetime.utcnow().replace(microsecond=0).isoformat() + 'Z',245 'rest': 'not tested',246 'events': 'not tested',247 'webhooks': 'not tested',248 'errors': []249 }250 try:251 # create an EP252 print(f"Creating escalation policy {name}")253 ep = create_escalation_policy(token=token, name=name)254 ep_id = ep['escalation_policy']['id']255 print(f"Created EP {ep['escalation_policy']['name']}")256 # create a service257 print(f"Creating service {name}")258 service = create_service(token=token, name=name, ep_id=ep_id)259 service_id = service['service']['id']260 print(f"Created service {service['service']['name']}")261 # add a v2 integration262 print(f"Adding integration")263 integration = create_integration(token=token, service_id=service_id)264 routing_key = integration['integration']['integration_key']265 print(f"Added integration with key {routing_key}")266 # add a webhook267 print(f"Adding webhook {name}")268 webhook = create_webhook(token, name, service_id, public_url)269 print(f"Added webhook {webhook['webhook']['name']}")270 if ep_id and service_id and routing_key:271 check_results[name]['rest'] = 'success'272 checks[name] = {273 "service_id": service_id,274 "ep_id": ep_id275 }276 else:277 check_results[name]['rest'] = 'fail'278 except Exception as e:279 check_results[name]['rest'] = 'fail'280 check_results[name]['errors'].append(str(e))281 try:282 if routing_key:283 # send an event284 print(f"Sending trigger to {routing_key}")285 trigger_response = send_trigger(routing_key=routing_key, dedup_key=name)286 if trigger_response['status'] == 'success' and trigger_response['dedup_key'] == name:287 check_results[name]['events'] = 'success'288 else:289 check_results[name]['events'] = 'fail'290 check_results[name]['errors'].append(str(trigger_response))291 print(f"Sending resolve to {routing_key}")292 resolve_response = send_resolve(routing_key=routing_key, dedup_key=name)293 if resolve_response['status'] == 'success' and resolve_response['dedup_key'] == name:294 pass295 else:296 check_results[name]['events'] = 'fail'297 check_results[name]['errors'].append(str(resolve_response))298 except:299 check_results[name]['events'] = 'fail'300 301 # destroy everything later302 timers[name] = threading.Timer(10.0, teardown, kwargs={"name": name, "token": token})303 timers[name].start()304checks = {}305check_results = {}306timers = {}307# Make a public URL to tunnel to this webhook listener308ngrok.connect(5000)309tunnels = ngrok.get_tunnels()310public_url = tunnels[0].public_url311print(f"Webhook listener public url is {public_url}")312# check PD on a schedule313scheduler = BackgroundScheduler()314scheduler.add_job(check_pd, CronTrigger.from_crontab(CHECK_SCHEDULE))315scheduler.start()316if __name__ == '__main__':...

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test_readcgcef.py

Source:test_readcgcef.py Github

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...21 return p.communicate()22 def run_read(self, flag, testfile):23 return self.run_cmd(['readcgcef', flag, "--wide",24 os.path.join('files', testfile)])25 def check_results(self, results, expected):26 expected_re = re.compile(expected)27 for line in results:28 if expected_re.search(line):29 return30 # KLUDGE alert. Just throw an error31 self.assertEqual(expected, results)32 def test_good(self):33 results = self.run_read('-d', 'cgc-testcase')34 self.check_results(results, "There is no dynamic section in this file")35 results = self.run_read('-e', 'cgc-testcase')36 self.check_results(results, "LOAD\s+0x000000 0x08048000 0x08048000")37 results = self.run_read('-h', 'cgc-testcase')38 self.check_results(results, "Magic:\s+7f 43 47 43 01 01 01 43 01 4d 65 72 69 6e 6f 00")39 results = self.run_read('-l', 'cgc-testcase')40 self.check_results(results, "LOAD\s+0x000000 0x08048000 0x08048000")41 self.check_results(results, "Entry point 0x8048")42 self.check_results(results,43 "CGCEf file type is EXEC \(Executable file\)")44 results = self.run_read('-n', 'cgc-testcase')45 self.assertEqual(results[0], "")46 results = self.run_read('-r', 'cgc-testcase')47 self.assertEqual(results[0], "")48 results = self.run_read('-s', 'cgc-testcase')49 self.check_results(results, "FUNC\s+GLOBAL\s+[0-9]\s+main")50 self.check_results(results, "FUNC\s+GLOBAL\s+[0-9]\s+_start")51 self.check_results(results, "NOTYPE\s+GLOBAL\s+[0-9]\s+_end")52 results = self.run_read('-t', 'cgc-testcase')53 self.assertEqual(results[0], "")54 results = self.run_read('-D', 'cgc-testcase')55 self.assertEqual(results[0], "")56 results = self.run_read('-S', 'cgc-testcase')57 self.check_results(results, "[[\s*[0-9]+\]\s+\.text\s+PROGBITS\s+[0-9a-f]+")58 self.check_results(results, "[[\s*[0-9]+\]\s+\.shstrtab\s+STRTAB\s+[0-9a-f]+")59 self.check_results(results, "[[\s*[0-9]+\]\s+\.strtab\s+STRTAB\s+[0-9a-f]+")60 self.check_results(results, "[[\s*[0-9]+\]\s+\.symtab\s+SYMTAB\s+[0-9a-f]+")61if __name__ == '__main__':62 unittest.main()...

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apk_private.py

Source:apk_private.py Github

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1# ! /​usr/​bin/​env python2# -*- coding:utf-8 -*-3'''4Created on 2016-11-85@author: danny.deng6'''7from app.utils.apk import apk_check8def checkapk(apkpath):9 """10 检查apk，返回包体信息和检查结果11 :param apkpath: apk路径12 :return: dict， dict13 """14 check_obj = apk_check.CheckApk(apkpath)15 # 获取Apk基本信息16 rst_data = get_apk_info(check_obj)17 # 获取检查结果18 check_results = get_check_result(check_obj)19 return rst_data, check_results20def get_apk_info(check_obj):21 data = {}22 # 获取Apk包体基本信息23 data['packagename'] = check_obj.apkobj.get_package()24 data['versioncode'] = check_obj.apkobj.get_androidversion_code()25 data['versionname'] = check_obj.apkobj.get_androidversion_name()26 data['appname'] = check_obj.apkobj.get_app_name()27 return data28def get_check_result(check_obj):29 check_results = {}30 # 检查文件31 check_results = dict(check_results, **check_obj.check_apk_include_file())32 # 检查安装33 check_results = dict(check_results, **check_obj.check_installLocation())34 # 检查权限配置35 check_results = dict(check_results, **check_obj.check_manifest_include_arg('uses-permission'))36 # 检查meta-data37 check_results = dict(check_results, **check_obj.check_manifest_include_arg('meta-data'))38 # 检查element属性39 check_results = dict(check_results, **check_obj.check_manifest_include_element())40 # 检查intent-filter配置41 check_results = dict(check_results, **check_obj.check_manifest_include_intent())42 # 检查activity配置43 check_results = dict(check_results, **check_obj.check_manifest_include_arg('activity'))44 # 检查service45 check_results = dict(check_results, **check_obj.check_manifest_include_arg('service'))46 # 检查receiver47 check_results = dict(check_results, **check_obj.check_manifest_include_arg('receiver'))48 # 特殊检查点49 check_results = dict(check_results, **check_obj.check_customized())...

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