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run.py
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run.py
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#!/usr/bin/env python
# -*- coding:utf-8 -*-
import sys
import os
import time
import math
import random
import commands
import logging
import logging.config
import datetime
import hashlib
import base64
import multiprocessing
import results
import Util
import obsPyCmd
import myLib.cloghandler
from StringIO import StringIO
import string
from constant import Mode
from constant import Role
import threading
import urllib
VERSION = '-------------------obscmdbench: v3.1.7, Python: %s-------------------\n' % sys.version.split(' ')[0]
valid_start_time = None
class User:
doc = """
This is user class
"""
def __init__(self, username, ak, sk):
self.username = username
self.ak = ak
self.sk = sk
def read_config(config_file='config.dat'):
"""
:rtype : None
:param config_file: string
"""
try:
f = open(config_file, 'r')
lines = f.readlines()
for line in lines:
line = line.strip()
if line and line[0] != '#':
CONFIG[line[:line.find('=')].strip()] = line[line.find('=') + 1:].strip()
else:
continue
f.close()
CONFIG['OSCs'] = CONFIG['OSCs'].replace(' ', '').replace(',,', ',')
if CONFIG['OSCs'][-1:] == ',':
CONFIG['OSCs'] = CONFIG['OSCs'][:-1]
if CONFIG['IsHTTPs'].lower() == 'true':
CONFIG['IsHTTPs'] = True
else:
CONFIG['IsHTTPs'] = False
CONFIG['ConnectTimeout'] = int(CONFIG['ConnectTimeout'])
if int(CONFIG['ConnectTimeout']) < 5:
CONFIG['ConnectTimeout'] = 5
if CONFIG['LongConnection'].lower() == 'true':
CONFIG['LongConnection'] = True
else:
CONFIG['LongConnection'] = False
if CONFIG['UseDomainName'].lower() == 'true':
CONFIG['UseDomainName'] = True
# 如果使用域名，则OSCs为域名
CONFIG['OSCs'] = CONFIG['DomainName']
else:
CONFIG['UseDomainName'] = False
if CONFIG['VirtualHost'].lower() == 'true':
CONFIG['VirtualHost'] = True
else:
CONFIG['VirtualHost'] = False
if CONFIG['ObjectLexical'].lower() == 'true':
CONFIG['ObjectLexical'] = True
else:
CONFIG['ObjectLexical'] = False
if CONFIG['CalHashMD5'].lower() == 'true':
CONFIG['CalHashMD5'] = True
else:
CONFIG['CalHashMD5'] = False
CONFIG['Testcase'] = int(CONFIG['Testcase'])
CONFIG['Users'] = int(CONFIG['Users'])
CONFIG['UserStartIndex'] = int(CONFIG['UserStartIndex'])
CONFIG['ThreadsPerUser'] = int(CONFIG['ThreadsPerUser'])
CONFIG['Threads'] = CONFIG['Users'] * CONFIG['ThreadsPerUser']
CONFIG['RequestsPerThread'] = int(CONFIG['RequestsPerThread'])
CONFIG['BucketsPerUser'] = int(CONFIG['BucketsPerUser'])
if CONFIG['copyDstObjFixed'] and '/' not in CONFIG['copyDstObjFixed']:
CONFIG['copyDstObjFixed'] = ''
if CONFIG['copySrcObjFixed'] and '/' not in CONFIG['copySrcObjFixed']:
CONFIG['copySrcObjFixed'] = ''
CONFIG['ObjectsPerBucketPerThread'] = int(CONFIG['ObjectsPerBucketPerThread'])
CONFIG['DeleteObjectsPerRequest'] = int(CONFIG['DeleteObjectsPerRequest'])
CONFIG['PartsForEachUploadID'] = int(CONFIG['PartsForEachUploadID'])
if CONFIG['ConcurrentUpParts'].lower() == 'true':
CONFIG['ConcurrentUpParts'] = True
if CONFIG['PartsForEachUploadID'] % CONFIG['ThreadsPerUser']:
if CONFIG['PartsForEachUploadID'] < CONFIG['ThreadsPerUser']:
CONFIG['PartsForEachUploadID'] = CONFIG['ThreadsPerUser']
else:
CONFIG['PartsForEachUploadID'] = int(
round(1.0 * CONFIG['PartsForEachUploadID'] / CONFIG['ThreadsPerUser']) * CONFIG[
'ThreadsPerUser'])
logging.warning('change PartsForEachUploadID to %d' % CONFIG['PartsForEachUploadID'])
else:
CONFIG['ConcurrentUpParts'] = False
CONFIG['PutTimesForOneObj'] = int(CONFIG['PutTimesForOneObj'])
if CONFIG['MixLoopCount'] is not None and CONFIG['MixLoopCount']:
CONFIG['MixLoopCount'] = int(CONFIG['MixLoopCount'])
if CONFIG['RunSeconds']:
CONFIG['RunSeconds'] = int(CONFIG['RunSeconds'])
if CONFIG['TpsPerThread']:
CONFIG['TpsPerThread'] = float(CONFIG['TpsPerThread'])
if CONFIG['RecordDetails'].lower() == 'true':
CONFIG['RecordDetails'] = True
else:
CONFIG['RecordDetails'] = False
CONFIG['StatisticsInterval'] = int(CONFIG['StatisticsInterval'])
if CONFIG['BadRequestCounted'].lower() == 'true':
CONFIG['BadRequestCounted'] = True
else:
CONFIG['BadRequestCounted'] = False
if CONFIG['AvoidSinBkOp'].lower() == 'true':
CONFIG['AvoidSinBkOp'] = True
else:
CONFIG['AvoidSinBkOp'] = False
if CONFIG['PrintProgress'].lower() == 'true':
CONFIG['PrintProgress'] = True
else:
CONFIG['PrintProgress'] = False
if CONFIG['LatencyPercentileMap'].lower() == 'true':
CONFIG['LatencyPercentileMap'] = True
else:
CONFIG['LatencyPercentileMap'] = False
if CONFIG['LatencyRequestsNumber'].lower() == 'true':
CONFIG['LatencyRequestsNumber'] = True
else:
CONFIG['LatencyRequestsNumber'] = False
if CONFIG['ObjNamePatternHash'].lower() == 'true':
CONFIG['ObjNamePatternHash'] = True
else:
CONFIG['ObjNamePatternHash'] = False
if CONFIG['CollectBasicData'].lower() == 'true':
CONFIG['CollectBasicData'] = True
else:
CONFIG['CollectBasicData'] = False
if CONFIG['IsMaster'].lower() == 'true':
CONFIG['IsMaster'] = True
else:
CONFIG['IsMaster'] = False
if CONFIG['IsRandomGet'].lower() == 'true':
CONFIG['IsRandomGet'] = True
else:
CONFIG['IsRandomGet'] = False
if CONFIG['IsRandomDelete'].lower() == 'true':
CONFIG['IsRandomDelete'] = True
else:
CONFIG['IsRandomDelete'] = False
if CONFIG['Anonymous'].lower() == 'true':
CONFIG['Anonymous'] = True
else:
CONFIG['Anonymous'] = False
if CONFIG['PutTimesForOnePart']:
CONFIG['PutTimesForOnePart'] = int(CONFIG['PutTimesForOnePart'])
CONFIG['StopWindowSeconds'] = int(CONFIG['StopWindowSeconds']) if CONFIG['StopWindowSeconds'] else 0
CONFIG['RunWindowSeconds'] = int(CONFIG['RunWindowSeconds']) if CONFIG['RunWindowSeconds'] else 0
if CONFIG['StopWindowSeconds'] > 0 and CONFIG['RunWindowSeconds'] > 0:
CONFIG['WindowMode'] = True
CONFIG['WindowTime'] = CONFIG['StopWindowSeconds'] + CONFIG['RunWindowSeconds']
else:
CONFIG['WindowMode'] = False
if CONFIG['GetPositionFromMeta'].lower() == 'true':
CONFIG['GetPositionFromMeta'] = True
else:
CONFIG['GetPositionFromMeta'] = False
if CONFIG['IsDataFromFile'].lower() == 'true':
CONFIG['IsDataFromFile'] = True
if CONFIG['LocalFilePath'] is None or not CONFIG['LocalFilePath']:
raise Exception('local file path is not provided.')
else:
CONFIG['IsDataFromFile'] = False
CONFIG['LocalFilePath'] = None
if CONFIG['IsCdn'].lower() == 'true':
CONFIG['IsCdn'] = True
if not CONFIG['CdnAK'] or not CONFIG['CdnSK'] or CONFIG['CdnSTSToken']:
raise Exception('cdn ak or sk or stsToken is not provided.')
else:
CONFIG['IsCdn'] = False
if CONFIG['IsHTTP2'].lower() == 'true':
CONFIG['IsHTTP2'] = True
else:
CONFIG['IsHTTP2'] = False
if CONFIG['TestNetwork'].lower() == 'true':
CONFIG['TestNetwork'] = True
else:
CONFIG['TestNetwork'] = False
if CONFIG['IsShareConnection'].lower() == 'true':
CONFIG['IsShareConnection'] = True
else:
CONFIG['IsShareConnection'] = False
if CONFIG['IsFileInterface'].lower() == 'true':
CONFIG['IsFileInterface'] = True
else:
CONFIG['IsFileInterface'] = False
if not ('processID' in CONFIG['ObjectNamePartten'] and 'ObjectNamePrefix' in CONFIG[
'ObjectNamePartten'] and 'Index' in CONFIG['ObjectNamePartten']):
raise Exception('both of processID,Index,ObjectNamePartten should be in config ObjectNamePartten')
if CONFIG['IsDataFromFile'] and CONFIG['CalHashMD5']:
raise Exception('IsDataFromFile and CalHashMD5 can not be true at the same time.')
if CONFIG['IsHTTP2']:
print '[Attention] currently, http2 is not stable in this test tool, make sure you have already set CalHashMD5 = false'
except Exception, e:
print '[ERROR] Read config file %s error: %s' % (config_file, e)
sys.exit()
def initialize_object_index():
global CONFIG, LIST_INDEX
LIST_INDEX = range(int(CONFIG['ObjectsPerBucketPerThread']))
def is_needed_to_build_list_index():
global CONFIG
if str(CONFIG['Testcase']) == '202' and CONFIG['IsRandomGet']:
return True
elif str(CONFIG['Testcase']) == '204' and CONFIG['IsRandomDelete']:
return True
elif str(CONFIG['Testcase']) == '900':
if '202' in CONFIG['MixOperations']:
return True
if '204' in CONFIG['MixOperations']:
return True
return False
def read_users():
"""
load users.dat
"""
global USERS, CONFIG
index = -1
try:
with open('./users.dat', 'r') as fd:
for line in fd:
if not line:
continue
index += 1
if index >= CONFIG['UserStartIndex'] and len(USERS) <= CONFIG['Users']:
user_info = line.strip()
user = User(user_info.split(',')[0], user_info.split(',')[1], user_info.split(',')[2])
USERS.append(user)
fd.close()
logging.debug("load user file end")
except Exception, data:
print "\033[1;31;40m[ERROR]\033[0m Load users Error, check file users.dat. Use iamPyTool.py to create users [%r]" % (
data)
logging.error(
'Load users Error, check file users.dat. Use iamPyTool.py to create users')
sys.exit()
def create_file_in_memory():
f = StringIO()
f.write(bytearray(random.getrandbits(8) for _ in xrange(1024 * 1024)))
pos = random.randint(0, 4096)
f.seek(pos, 0)
return f
def generate_append_object_position():
global CONFIG
lines = []
for i in range(int(CONFIG['ThreadsPerUser'])):
bucket_name = CONFIG['BucketNameFixed']
object_name = CONFIG['ObjectNamePrefix']
obj_file = 'position/%s-%s-%s.dat' % (bucket_name, object_name, str(i))
if os.path.exists(obj_file) and os.path.getsize(obj_file) > 0:
logging.debug("read object from file: [%s] done." % obj_file)
tmp = [tuple(map(str, line.rstrip('\n')[1:-1].split(','))) for line in open(obj_file, 'r')]
lines.extend(tmp)
else:
logging.debug("file: [%s] does not exist. please check." % obj_file)
return
logging.debug("[%d] objects detected." % len(lines))
return dict(lines)
def generate_image_process_parameters():
global CONFIG
if CONFIG['ImageManipulationType'] is not None and CONFIG['ImageManipulationType']:
# CONFIG['x-image-process'] = 'image'
params = ''
if 'format' in CONFIG['ImageManipulationType'] and CONFIG['ImageFormat'] is not None and CONFIG['ImageFormat']:
params = params + '/format,' + CONFIG['IamgeFormat']
if 'resize' in CONFIG['ImageManipulationType'] and CONFIG['ResizeParams'] is not None and CONFIG['ResizeParams']:
params = params + '/resize,' + CONFIG['ResizeParams']
if 'crop' in CONFIG['ImageManipulationType'] and CONFIG['CropParams'] is not None and CONFIG['CropParams']:
params = params + '/crop,' + CONFIG['CropParams']
if 'info' in CONFIG['ImageManipulationType']:
params = params + '/info'
if params:
CONFIG['x-image-process'] = 'image%s' % params
logging.debug('image process param is: [%s]' % CONFIG['x-image-process'])
else:
raise Exception('ImageManipulationType or other parameters config is not correct.')
else:
raise Exception('ImageManipulationType or other parameters config is not correct.')
def list_user_buckets(process_id, user, conn, result_queue):
request_type = 'ListUserBuckets'
rest = obsPyCmd.OBSRequestDescriptor(request_type, ak=user.ak, sk=user.sk,
auth_algorithm=CONFIG['AuthAlgorithm'], virtual_host=CONFIG['VirtualHost'],
domain_name=CONFIG['DomainName'], region=CONFIG['Region'],
is_http2=CONFIG['IsHTTP2'], host=conn.host)
start_time = None
if CONFIG['TpsPerThread']:
start_time = time.time() # 开始时间
i = 0
while i < CONFIG['RequestsPerThread']:
if CONFIG['TpsPerThread']: # 限制tps
# 按限制的tps数计算当前应该到的时间。计算方法： 当前已完成的请求/限制TPS + 并发开始时间
dst_time = i * 1.0 / CONFIG['TpsPerThread'] + start_time
wait_time = dst_time - time.time()
if wait_time > 0:
time.sleep(wait_time)
i += 1
resp = obsPyCmd.OBSRequestHandler(rest, conn).make_request()
result_queue.put(
(process_id, user.username, rest.recordUrl, request_type, resp.start_time,
resp.end_time, resp.send_bytes, resp.recv_bytes, '', resp.request_id, resp.status, resp.id2))
def create_bucket(process_id, user, conn, result_queue):
request_type = 'CreateBucket'
send_content = ''
if CONFIG['BucketLocation']:
send_content = '<CreateBucketConfiguration xmlns="http://s3.amazonaws.com/doc/2006-03-01/">\
<LocationConstraint>%s</LocationConstraint></CreateBucketConfiguration >' % random.choice(
CONFIG['BucketLocation'].split(','))
rest = obsPyCmd.OBSRequestDescriptor(request_type, ak=user.ak, sk=user.sk,
auth_algorithm=CONFIG['AuthAlgorithm'], send_content=send_content,
virtual_host=CONFIG['VirtualHost'], domain_name=CONFIG['DomainName'],
region=CONFIG['Region'], is_http2=CONFIG['IsHTTP2'], host=conn.host)
if CONFIG['CreateWithACL']:
rest.headers['x-amz-acl'] = CONFIG['CreateWithACL']
if CONFIG['StorageClass']:
if CONFIG['StorageClass'][-1:] == ',':
CONFIG['StorageClass'] = CONFIG['StorageClass'][:-1]
if CONFIG['StorageClass'].__contains__(','):
storage_class_provided = CONFIG['StorageClass'].split(',')
rest.headers['x-default-storage-class'] = random.choice(storage_class_provided)
else:
rest.headers['x-default-storage-class'] = CONFIG['StorageClass']
if CONFIG['BucketNameFixed']:
rest.bucket = CONFIG['BucketNameFixed']
if CONFIG['IsFileInterface']:
rest.headers['x-obs-fs-file-interface'] = "Enabled"
start_time = None
if CONFIG['TpsPerThread']:
start_time = time.time() # 开始时间
i = 0
while i < CONFIG['BucketsPerUser']:
if not CONFIG['BucketNameFixed']:
rest.bucket = '%s.%s.%d' % (user.ak.lower(), CONFIG['BucketNamePrefix'], i)
if CONFIG['TpsPerThread']: # 限制tps
# 按限制的tps数计算当前应该到的时间。计算方法： 当前已完成的请求 / 限制TPS + 并发开始时间
dst_time = (i - process_id % CONFIG['ThreadsPerUser']) / CONFIG['ThreadsPerUser'] * 1.0 / CONFIG[
'TpsPerThread'] + start_time
wait_time = dst_time - time.time()
if wait_time > 0:
time.sleep(wait_time)
i += 1
resp = obsPyCmd.OBSRequestHandler(rest, conn).make_request()
result_queue.put(
(process_id, user.username, rest.recordUrl, request_type, resp.start_time,
resp.end_time, resp.send_bytes, resp.recv_bytes, '', resp.request_id, resp.status, resp.id2))
def list_objects_in_bucket(process_id, user, conn, result_queue):
request_type = 'ListObjectsInBucket'
rest = obsPyCmd.OBSRequestDescriptor(request_type, ak=user.ak, sk=user.sk,
auth_algorithm=CONFIG['AuthAlgorithm'], virtual_host=CONFIG['VirtualHost'],
domain_name=CONFIG['DomainName'], region=CONFIG['Region'],
is_http2=CONFIG['IsHTTP2'], host=conn.host)
rest.queryArgs['max-keys'] = CONFIG['Max-keys']
if CONFIG.__contains__('prefix') and CONFIG['prefix']:
rest.queryArgs['prefix'] = CONFIG['prefix']
i = 0
if CONFIG['BucketNameFixed']:
rest.bucket = CONFIG['BucketNameFixed']
if CONFIG['TpsPerThread']:
start_time = time.time() # 开始时间
total_requests = 0
while i < CONFIG['BucketsPerUser']:
if not CONFIG['BucketNameFixed']:
rest.bucket = '%s.%s.%d' % (user.ak.lower(), CONFIG['BucketNamePrefix'], i)
i += 1
marker = ''
while marker is not None:
if CONFIG['TpsPerThread']: # 限制tps
# 按限制的tps数计算当前应该到的时间。计算方法： 当前已完成的请求 / 限制TPS + 并发开始时间
dst_time = total_requests * 1.0 / CONFIG['TpsPerThread'] + start_time
wait_time = dst_time - time.time()
if wait_time > 0:
time.sleep(wait_time)
total_requests += 1
rest.queryArgs['marker'] = urllib.unquote_plus(marker)
resp = obsPyCmd.OBSRequestHandler(rest, conn).make_request()
marker = resp.return_data
result_queue.put(
(process_id, user.username, rest.recordUrl, request_type, resp.start_time,
resp.end_time, resp.send_bytes, resp.recv_bytes, '', resp.request_id, resp.status, resp.id2))
def head_bucket(process_id, user, conn, result_queue):
request_type = 'HeadBucket'
rest = obsPyCmd.OBSRequestDescriptor(request_type, ak=user.ak, sk=user.sk,
auth_algorithm=CONFIG['AuthAlgorithm'], virtual_host=CONFIG['VirtualHost'],
domain_name=CONFIG['DomainName'], region=CONFIG['Region'],
is_http2=CONFIG['IsHTTP2'], host=conn.host)
i = process_id % CONFIG['ThreadsPerUser']
if CONFIG['BucketNameFixed']:
rest.bucket = CONFIG['BucketNameFixed']
if CONFIG['TpsPerThread']:
start_time = time.time() # 开始时间
while i < CONFIG['BucketsPerUser']:
if CONFIG['TpsPerThread']: # 限制tps
# 按限制的tps数计算当前应该到的时间。计算方法： 当前已完成的请求 / 限制TPS + 并发开始时间
dst_time = (i - process_id % CONFIG['ThreadsPerUser']) / CONFIG['ThreadsPerUser'] * 1.0 / CONFIG[
'TpsPerThread'] + start_time
wait_time = dst_time - time.time()
if wait_time > 0:
time.sleep(wait_time)
if not CONFIG['BucketNameFixed']:
rest.bucket = '%s.%s.%d' % (user.ak.lower(), CONFIG['BucketNamePrefix'], i)
i += CONFIG['ThreadsPerUser']
resp = obsPyCmd.OBSRequestHandler(rest, conn).make_request()
result_queue.put(
(process_id, user.username, rest.recordUrl, request_type, resp.start_time,
resp.end_time, resp.send_bytes, resp.recv_bytes, '', resp.request_id, resp.status, resp.id2))
def delete_bucket(process_id, user, conn, result_queue):
request_type = 'DeleteBucket'
rest = obsPyCmd.OBSRequestDescriptor(request_type, ak=user.ak, sk=user.sk,
auth_algorithm=CONFIG['AuthAlgorithm'], virtual_host=CONFIG['VirtualHost'],
domain_name=CONFIG['DomainName'], region=CONFIG['Region'],
is_http2=CONFIG['IsHTTP2'], host=conn.host)
i = process_id % CONFIG['ThreadsPerUser']
if CONFIG['BucketNameFixed']:
rest.bucket = CONFIG['BucketNameFixed']
if CONFIG['TpsPerThread']:
start_time = time.time() # 开始时间
while i < CONFIG['BucketsPerUser']:
if CONFIG['TpsPerThread']: # 限制tps
# 按限制的tps数计算当前应该到的时间。计算方法： 当前已完成的请求 / 限制TPS + 并发开始时间
dst_time = (i - process_id % CONFIG['ThreadsPerUser']) / CONFIG['ThreadsPerUser'] * 1.0 / CONFIG[
'TpsPerThread'] + start_time
wait_time = dst_time - time.time()
if wait_time > 0:
time.sleep(wait_time)
if not CONFIG['BucketNameFixed']:
rest.bucket = '%s.%s.%d' % (user.ak.lower(), CONFIG['BucketNamePrefix'], i)
i += CONFIG['ThreadsPerUser']
resp = obsPyCmd.OBSRequestHandler(rest, conn).make_request()
result_queue.put(
(process_id, user.username, rest.recordUrl, request_type, resp.start_time,
resp.end_time, resp.send_bytes, resp.recv_bytes, '', resp.request_id, resp.status, resp.id2))
def bucket_delete(process_id, user, conn, result_queue):
request_type = 'BucketDelete'
rest = obsPyCmd.OBSRequestDescriptor(request_type, ak=user.ak, sk=user.sk,
auth_algorithm=CONFIG['AuthAlgorithm'], virtual_host=CONFIG['VirtualHost'],
domain_name=CONFIG['DomainName'], region=CONFIG['Region'],
is_http2=CONFIG['IsHTTP2'], host=conn.host)
rest.queryArgs['deletebucket'] = None
i = process_id % CONFIG['ThreadsPerUser']
if CONFIG['BucketNameFixed']:
rest.bucket = CONFIG['BucketNameFixed']
if CONFIG['TpsPerThread']:
start_time = time.time() # 开始时间
while i < CONFIG['BucketsPerUser']:
if CONFIG['TpsPerThread']: # 限制tps
# 按限制的tps数计算当前应该到的时间。计算方法： 当前已完成的请求 / 限制TPS + 并发开始时间
dst_time = (i - process_id % CONFIG['ThreadsPerUser']) / CONFIG['ThreadsPerUser'] * 1.0 / CONFIG[
'TpsPerThread'] + start_time
wait_time = dst_time - time.time()
if wait_time > 0:
time.sleep(wait_time)
if not CONFIG['BucketNameFixed']:
rest.bucket = '%s.%s.%d' % (user.ak.lower(), CONFIG['BucketNamePrefix'], i)
i += CONFIG['ThreadsPerUser']
rest.sendContent = '<?xml version="1.0" encoding="UTF-8"?><DeleteBucket><Bucket>' + rest.bucket + '</Bucket></DeleteBucket>'
resp = obsPyCmd.OBSRequestHandler(rest, conn).make_request()
result_queue.put(
(process_id, user.username, rest.recordUrl, request_type, resp.start_time,
resp.end_time, resp.send_bytes, resp.recv_bytes, '', resp.request_id, resp.status, resp.id2))
def options_bucket(process_id, user, conn, result_queue):
request_type = 'OPTIONSBucket'
rest = obsPyCmd.OBSRequestDescriptor(request_type, ak=user.ak, sk=user.sk,
auth_algorithm=CONFIG['AuthAlgorithm'], virtual_host=CONFIG['VirtualHost'],
domain_name=CONFIG['DomainName'], region=CONFIG['Region'],
is_http2=CONFIG['IsHTTP2'], host=conn.host)
if CONFIG['AllowedMethod']:
if ',' in CONFIG['AllowedMethod']:
rest.headers['Access-Control-Request-Method'] = []
for i in CONFIG['AllowedMethod'].split(','):
rest.headers['Access-Control-Request-Method'].append(i.upper())
else:
rest.headers['Access-Control-Request-Method'] = CONFIG['AllowedMethod'].upper()
else:
rest.headers['Access-Control-Request-Method'] = 'GET'
i = process_id % CONFIG['ThreadsPerUser']
if CONFIG['BucketNameFixed']:
rest.bucket = CONFIG['BucketNameFixed']
if CONFIG['TpsPerThread']:
start_time = time.time() # 开始时间
rest.headers['Origin'] = CONFIG['DomainName']
while i < CONFIG['BucketsPerUser']:
if CONFIG['TpsPerThread']: # 限制tps
# 按限制的tps数计算当前应该到的时间。计算方法： 当前已完成的请求 / 限制TPS + 并发开始时间
dst_time = (i - process_id % CONFIG['ThreadsPerUser']) / CONFIG['ThreadsPerUser'] * 1.0 / CONFIG[
'TpsPerThread'] + start_time
wait_time = dst_time - time.time()
if wait_time > 0:
time.sleep(wait_time)
if not CONFIG['BucketNameFixed']:
rest.bucket = '%s.%s.%d' % (user.ak.lower(), CONFIG['BucketNamePrefix'], i)
i += CONFIG['ThreadsPerUser']
resp = obsPyCmd.OBSRequestHandler(rest, conn).make_request()
result_queue.put(
(process_id, user.username, rest.recordUrl, request_type, resp.start_time,
resp.end_time, resp.send_bytes, resp.recv_bytes, '', resp.request_id, resp.status, resp.id2))
def put_bucket_versioning(process_id, user, conn, result_queue):
request_type = 'PutBucketVersioning'
rest = obsPyCmd.OBSRequestDescriptor(request_type, ak=user.ak, sk=user.sk, auth_algorithm=CONFIG['AuthAlgorithm'],
virtual_host=CONFIG['VirtualHost'], domain_name=CONFIG['DomainName'],
region=CONFIG['Region'], is_http2=CONFIG['IsHTTP2'], host=conn.host)
rest.queryArgs['versioning'] = None
rest.sendContent = '<VersioningConfiguration><Status>%s</Status></VersioningConfiguration>' % CONFIG[
'VersionStatus']
rest.headers['Content-MD5'] = base64.b64encode(hashlib.md5(rest.sendContent).digest())
i = process_id % CONFIG['ThreadsPerUser']
if CONFIG['BucketNameFixed']:
rest.bucket = CONFIG['BucketNameFixed']
if CONFIG['TpsPerThread']:
start_time = time.time() # 开始时间
while i < CONFIG['BucketsPerUser']:
if CONFIG['TpsPerThread']: # 限制tps
# 按限制的tps数计算当前应该到的时间。计算方法： 当前已完成的请求 / 限制TPS + 并发开始时间
dst_time = (i - process_id % CONFIG['ThreadsPerUser']) / CONFIG['ThreadsPerUser'] * 1.0 / CONFIG[
'TpsPerThread'] + start_time
wait_time = dst_time - time.time()
if wait_time > 0:
time.sleep(wait_time)
if not CONFIG['BucketNameFixed']:
rest.bucket = '%s.%s.%d' % (user.ak.lower(), CONFIG['BucketNamePrefix'], i)
logging.info('bucket:' + rest.bucket)
i += CONFIG['ThreadsPerUser']
resp = obsPyCmd.OBSRequestHandler(rest, conn).make_request()
result_queue.put(
(process_id, user.username, rest.recordUrl, request_type, resp.start_time,
resp.end_time, resp.send_bytes, resp.recv_bytes, '', resp.request_id, resp.status, resp.id2))
def get_bucket_versioning(process_id, user, conn, result_queue):
request_type = 'GetBucketVersioning'
rest = obsPyCmd.OBSRequestDescriptor(request_type, ak=user.ak, sk=user.sk,
auth_algorithm=CONFIG['AuthAlgorithm'], virtual_host=CONFIG['VirtualHost'],
domain_name=CONFIG['DomainName'], region=CONFIG['Region'],
is_http2=CONFIG['IsHTTP2'], host=conn.host)
rest.queryArgs['versioning'] = None
i = process_id % CONFIG['ThreadsPerUser']
if CONFIG['BucketNameFixed']:
rest.bucket = CONFIG['BucketNameFixed']
start_time = None
if CONFIG['TpsPerThread']:
start_time = time.time() # 开始时间
while i < CONFIG['BucketsPerUser']:
if CONFIG['TpsPerThread']: # 限制tps
# 按限制的tps数计算当前应该到的时间。计算方法： 当前已完成的请求 / 限制TPS + 并发开始时间
dst_time = (i - process_id % CONFIG['ThreadsPerUser']) / CONFIG['ThreadsPerUser'] * 1.0 / CONFIG[
'TpsPerThread'] + start_time
wait_time = dst_time - time.time()
if wait_time > 0:
time.sleep(wait_time)
if not CONFIG['BucketNameFixed']:
rest.bucket = '%s.%s.%d' % (user.ak.lower(), CONFIG['BucketNamePrefix'], i)
i += CONFIG['ThreadsPerUser']
resp = obsPyCmd.OBSRequestHandler(rest, conn).make_request()
result_queue.put(
(process_id, user.username, rest.recordUrl, request_type, resp.start_time,
resp.end_time, resp.send_bytes, resp.recv_bytes, '', resp.request_id, resp.status, resp.id2))
def put_bucket_website(process_id, user, conn, result_queue):
request_type = 'PutBucketWebsite'
rest = obsPyCmd.OBSRequestDescriptor(request_type, ak=user.ak, sk=user.sk,
auth_algorithm=CONFIG['AuthAlgorithm'], virtual_host=CONFIG['VirtualHost'],
domain_name=CONFIG['DomainName'], region=CONFIG['Region'],
is_http2=CONFIG['IsHTTP2'], host=conn.host)
rest.queryArgs['website'] = None
i = process_id % CONFIG['ThreadsPerUser']
if CONFIG['BucketNameFixed']:
rest.bucket = CONFIG['BucketNameFixed']
start_time = None
if CONFIG['TpsPerThread']:
start_time = time.time() # 开始时间
while i < CONFIG['BucketsPerUser']:
if CONFIG['TpsPerThread']: # 限制tps
# 按限制的tps数计算当前应该到的时间。计算方法： 当前已完成的请求 / 限制TPS + 并发开始时间
dst_time = (i - process_id % CONFIG['ThreadsPerUser']) / CONFIG['ThreadsPerUser'] * 1.0 / CONFIG[
'TpsPerThread'] + start_time
wait_time = dst_time - time.time()
if wait_time > 0:
time.sleep(wait_time)
if not CONFIG['BucketNameFixed']:
rest.bucket = '%s.%s.%d' % (user.ak.lower(), CONFIG['BucketNamePrefix'], i)
i += CONFIG['ThreadsPerUser']
rest.sendContent = '<WebsiteConfiguration><RedirectAllRequestsTo><HostName>' + CONFIG[
'RedirectHostName'] + '</HostName></RedirectAllRequestsTo></WebsiteConfiguration>'
resp = obsPyCmd.OBSRequestHandler(rest, conn).make_request()
result_queue.put(
(process_id, user.username, rest.recordUrl, request_type, resp.start_time,
resp.end_time, resp.send_bytes, resp.recv_bytes, '', resp.request_id, resp.status, resp.id2))
def get_bucket_website(process_id, user, conn, result_queue):
request_type = 'GetBucketWebsite'
rest = obsPyCmd.OBSRequestDescriptor(request_type, ak=user.ak, sk=user.sk,
auth_algorithm=CONFIG['AuthAlgorithm'], virtual_host=CONFIG['VirtualHost'],
domain_name=CONFIG['DomainName'], region=CONFIG['Region'],
is_http2=CONFIG['IsHTTP2'], host=conn.host)
rest.queryArgs['website'] = None
i = process_id % CONFIG['ThreadsPerUser']
if CONFIG['BucketNameFixed']:
rest.bucket = CONFIG['BucketNameFixed']
start_time = None
if CONFIG['TpsPerThread']:
start_time = time.time() # 开始时间
while i < CONFIG['BucketsPerUser']:
if CONFIG['TpsPerThread']: # 限制tps
# 按限制的tps数计算当前应该到的时间。计算方法： 当前已完成的请求 / 限制TPS + 并发开始时间
dst_time = (i - process_id % CONFIG['ThreadsPerUser']) / CONFIG['ThreadsPerUser'] * 1.0 / CONFIG[
'TpsPerThread'] + start_time
wait_time = dst_time - time.time()
if wait_time > 0:
time.sleep(wait_time)
if not CONFIG['BucketNameFixed']:
rest.bucket = '%s.%s.%d' % (user.ak.lower(), CONFIG['BucketNamePrefix'], i)
i += CONFIG['ThreadsPerUser']
resp = obsPyCmd.OBSRequestHandler(rest, conn).make_request()
result_queue.put(
(process_id, user.username, rest.recordUrl, request_type, resp.start_time,
resp.end_time, resp.send_bytes, resp.recv_bytes, '', resp.request_id, resp.status, resp.id2))
def delete_bucket_website(process_id, user, conn, result_queue):
request_type = 'DeleteBucketWebsite'
rest = obsPyCmd.OBSRequestDescriptor(request_type, ak=user.ak, sk=user.sk,
auth_algorithm=CONFIG['AuthAlgorithm'], virtual_host=CONFIG['VirtualHost'],
domain_name=CONFIG['DomainName'], region=CONFIG['Region'],
is_http2=CONFIG['IsHTTP2'], host=conn.host)
rest.queryArgs['website'] = None
i = process_id % CONFIG['ThreadsPerUser']
if CONFIG['BucketNameFixed']:
rest.bucket = CONFIG['BucketNameFixed']
start_time = None
if CONFIG['TpsPerThread']:
start_time = time.time() # 开始时间
while i < CONFIG['BucketsPerUser']:
if CONFIG['TpsPerThread']: # 限制tps
# 按限制的tps数计算当前应该到的时间。计算方法： 当前已完成的请求 / 限制TPS + 并发开始时间
dst_time = (i - process_id % CONFIG['ThreadsPerUser']) / CONFIG['ThreadsPerUser'] * 1.0 / CONFIG[
'TpsPerThread'] + start_time
wait_time = dst_time - time.time()
if wait_time > 0:
time.sleep(wait_time)
if not CONFIG['BucketNameFixed']:
rest.bucket = '%s.%s.%d' % (user.ak.lower(), CONFIG['BucketNamePrefix'], i)
i += CONFIG['ThreadsPerUser']
rest.sendContent = '<WebsiteConfiguration><RedirectAllRequestsTo><HostName>' + CONFIG[
'RedirectHostName'] + '</HostName></RedirectAllRequestsTo></WebsiteConfiguration>'
resp = obsPyCmd.OBSRequestHandler(rest, conn).make_request()
result_queue.put(
(process_id, user.username, rest.recordUrl, request_type, resp.start_time,
resp.end_time, resp.send_bytes, resp.recv_bytes, '', resp.request_id, resp.status, resp.id2))
def put_bucket_cors(process_id, user, conn, result_queue):
request_type = 'PutBucketCORS'
rest = obsPyCmd.OBSRequestDescriptor(request_type, ak=user.ak, sk=user.sk,
auth_algorithm=CONFIG['AuthAlgorithm'], virtual_host=CONFIG['VirtualHost'],
domain_name=CONFIG['DomainName'], region=CONFIG['Region'],
is_http2=CONFIG['IsHTTP2'], host=conn.host)
rest.queryArgs['cors'] = None
allow_method = ''
if CONFIG['AllowedMethod']:
if ',' in CONFIG['AllowedMethod']:
for i in CONFIG['AllowedMethod'].split(','):
allow_method += '<AllowedMethod>%s</AllowedMethod>' % i.upper()
else:
allow_method += '<AllowedMethod>%s</AllowedMethod>' % CONFIG['AllowedMethod'].upper()
else:
allow_method = '<AllowedMethod>GET</AllowedMethod>'
rest.sendContent = '<CORSConfiguration><CORSRule>%s<AllowedOrigin>%s</AllowedOrigin></CORSRule></CORSConfiguration>' % \
(allow_method, CONFIG['DomainName'])
rest.headers['Content-MD5'] = base64.b64encode(hashlib.md5(rest.sendContent).digest())
i = process_id % CONFIG['ThreadsPerUser']
if CONFIG['BucketNameFixed']:
rest.bucket = CONFIG['BucketNameFixed']
start_time = None
if CONFIG['TpsPerThread']:
start_time = time.time() # 开始时间
while i < CONFIG['BucketsPerUser']:
if CONFIG['TpsPerThread']: # 限制tps
# 按限制的tps数计算当前应该到的时间。计算方法： 当前已完成的请求 / 限制TPS + 并发开始时间
dst_time = (i - process_id % CONFIG['ThreadsPerUser']) / CONFIG['ThreadsPerUser'] * 1.0 / CONFIG[
'TpsPerThread'] + start_time
wait_time = dst_time - time.time()
if wait_time > 0:
time.sleep(wait_time)
if not CONFIG['BucketNameFixed']:
rest.bucket = '%s.%s.%d' % (user.ak.lower(), CONFIG['BucketNamePrefix'], i)
i += CONFIG['ThreadsPerUser']
resp = obsPyCmd.OBSRequestHandler(rest, conn).make_request()
result_queue.put(
(process_id, user.username, rest.recordUrl, request_type, resp.start_time,
resp.end_time, resp.send_bytes, resp.recv_bytes, '', resp.request_id, resp.status, resp.id2))
def get_bucket_cors(process_id, user, conn, result_queue):
request_type = 'GetBucketCORS'
rest = obsPyCmd.OBSRequestDescriptor(request_type, ak=user.ak, sk=user.sk,
auth_algorithm=CONFIG['AuthAlgorithm'], virtual_host=CONFIG['VirtualHost'],
domain_name=CONFIG['DomainName'], region=CONFIG['Region'],
is_http2=CONFIG['IsHTTP2'], host=conn.host)
rest.queryArgs['cors'] = None
i = process_id % CONFIG['ThreadsPerUser']
if CONFIG['BucketNameFixed']:
rest.bucket = CONFIG['BucketNameFixed']
start_time = None
if CONFIG['TpsPerThread']:
start_time = time.time() # 开始时间
while i < CONFIG['BucketsPerUser']:
if CONFIG['TpsPerThread']: # 限制tps
# 按限制的tps数计算当前应该到的时间。计算方法： 当前已完成的请求 / 限制TPS + 并发开始时间
dst_time = (i - process_id % CONFIG['ThreadsPerUser']) / CONFIG['ThreadsPerUser'] * 1.0 / CONFIG[
'TpsPerThread'] + start_time
wait_time = dst_time - time.time()
if wait_time > 0:
time.sleep(wait_time)
if not CONFIG['BucketNameFixed']:
rest.bucket = '%s.%s.%d' % (user.ak.lower(), CONFIG['BucketNamePrefix'], i)
i += CONFIG['ThreadsPerUser']
resp = obsPyCmd.OBSRequestHandler(rest, conn).make_request()
result_queue.put(
(process_id, user.username, rest.recordUrl, request_type, resp.start_time,
resp.end_time, resp.send_bytes, resp.recv_bytes, '', resp.request_id, resp.status, resp.id2))
def delete_bucket_cors(process_id, user, conn, result_queue):
request_type = 'DeleteBucketCORS'
rest = obsPyCmd.OBSRequestDescriptor(request_type, ak=user.ak, sk=user.sk,
auth_algorithm=CONFIG['AuthAlgorithm'], virtual_host=CONFIG['VirtualHost'],
domain_name=CONFIG['DomainName'], region=CONFIG['Region'],
is_http2=CONFIG['IsHTTP2'], host=conn.host)
rest.queryArgs['cors'] = None
i = process_id % CONFIG['ThreadsPerUser']
if CONFIG['BucketNameFixed']:
rest.bucket = CONFIG['BucketNameFixed']
start_time = None
if CONFIG['TpsPerThread']:
start_time = time.time() # 开始时间
while i < CONFIG['BucketsPerUser']:
if CONFIG['TpsPerThread']: # 限制tps
# 按限制的tps数计算当前应该到的时间。计算方法： 当前已完成的请求 / 限制TPS + 并发开始时间
dst_time = (i - process_id % CONFIG['ThreadsPerUser']) / CONFIG['ThreadsPerUser'] * 1.0 / CONFIG[
'TpsPerThread'] + start_time
wait_time = dst_time - time.time()
if wait_time > 0:
time.sleep(wait_time)
if not CONFIG['BucketNameFixed']:
rest.bucket = '%s.%s.%d' % (user.ak.lower(), CONFIG['BucketNamePrefix'], i)
i += CONFIG['ThreadsPerUser']
rest.sendContent = '<WebsiteConfiguration><RedirectAllRequestsTo><HostName>' + CONFIG[
'RedirectHostName'] + '</HostName></RedirectAllRequestsTo></WebsiteConfiguration>'
resp = obsPyCmd.OBSRequestHandler(rest, conn).make_request()
result_queue.put(
(process_id, user.username, rest.recordUrl, request_type, resp.start_time,
resp.end_time, resp.send_bytes, resp.recv_bytes, '', resp.request_id, resp.status, resp.id2))
def random_english(length):
chars = string.ascii_letters + string.digits + '_-'
return ''.join([random.choice(chars) for _ in range(length)])
def random_chinese(length):
return ''.join([unichr(random.randint(0x4E00, 0x9FBF)).encode('utf-8') for _ in range(length)])
def put_bucket_tag(process_id, user, conn, result_queue):
request_type = 'PutBucketTag'
rest = obsPyCmd.OBSRequestDescriptor(request_type, ak=user.ak, sk=user.sk,
auth_algorithm=CONFIG['AuthAlgorithm'], virtual_host=CONFIG['VirtualHost'],
domain_name=CONFIG['DomainName'], region=CONFIG['Region'],
is_http2=CONFIG['IsHTTP2'], host=conn.host)
rest.queryArgs['tagging'] = None
key_values = 1
if CONFIG['KeyValueNumber'] and int(CONFIG['KeyValueNumber']) <= 10:
key_values = int(CONFIG['KeyValueNumber'])
tempStr = ''
for i in xrange(key_values):
tempStr += '<Tag><Key>%s</Key><Value>%s</Value></Tag>' % (
random.choice([random_chinese(random.randint(1, 36)), random_english(random.randint(1, 36))]),
random.choice([random_chinese(random.randint(0, 43)), random_english(random.randint(0, 43))]))
rest.sendContent = '<Tagging><TagSet>%s</TagSet></Tagging>' % tempStr
rest.headers['Content-MD5'] = base64.b64encode(hashlib.md5(rest.sendContent).digest())
i = process_id % CONFIG['ThreadsPerUser']
if CONFIG['BucketNameFixed']:
rest.bucket = CONFIG['BucketNameFixed']
start_time = None
if CONFIG['TpsPerThread']:
start_time = time.time() # 开始时间
while i < CONFIG['BucketsPerUser']:
if CONFIG['TpsPerThread']: # 限制tps
# 按限制的tps数计算当前应该到的时间。计算方法： 当前已完成的请求 / 限制TPS + 并发开始时间
dst_time = (i - process_id % CONFIG['ThreadsPerUser']) / CONFIG['ThreadsPerUser'] * 1.0 / CONFIG[
'TpsPerThread'] + start_time
wait_time = dst_time - time.time()
if wait_time > 0:
time.sleep(wait_time)
if not CONFIG['BucketNameFixed']:
rest.bucket = '%s.%s.%d' % (user.ak.lower(), CONFIG['BucketNamePrefix'], i)
i += CONFIG['ThreadsPerUser']
resp = obsPyCmd.OBSRequestHandler(rest, conn).make_request()
result_queue.put(
(process_id, user.username, rest.recordUrl, request_type, resp.start_time,
resp.end_time, resp.send_bytes, resp.recv_bytes, '', resp.request_id, resp.status, resp.id2))
def get_bucket_tag(process_id, user, conn, result_queue):
request_type = 'GetBucketTag'
rest = obsPyCmd.OBSRequestDescriptor(request_type, ak=user.ak, sk=user.sk,
auth_algorithm=CONFIG['AuthAlgorithm'], virtual_host=CONFIG['VirtualHost'],
domain_name=CONFIG['DomainName'], region=CONFIG['Region'],
is_http2=CONFIG['IsHTTP2'], host=conn.host)
rest.queryArgs['tagging'] = None
i = process_id % CONFIG['ThreadsPerUser']
if CONFIG['BucketNameFixed']:
rest.bucket = CONFIG['BucketNameFixed']
start_time = None
if CONFIG['TpsPerThread']:
start_time = time.time() # 开始时间
while i < CONFIG['BucketsPerUser']:
if CONFIG['TpsPerThread']: # 限制tps
# 按限制的tps数计算当前应该到的时间。计算方法： 当前已完成的请求 / 限制TPS + 并发开始时间
dst_time = (i - process_id % CONFIG['ThreadsPerUser']) / CONFIG['ThreadsPerUser'] * 1.0 / CONFIG[
'TpsPerThread'] + start_time
wait_time = dst_time - time.time()
if wait_time > 0:
time.sleep(wait_time)
if not CONFIG['BucketNameFixed']:
rest.bucket = '%s.%s.%d' % (user.ak.lower(), CONFIG['BucketNamePrefix'], i)
i += CONFIG['ThreadsPerUser']
resp = obsPyCmd.OBSRequestHandler(rest, conn).make_request()
result_queue.put(
(process_id, user.username, rest.recordUrl, request_type, resp.start_time,
resp.end_time, resp.send_bytes, resp.recv_bytes, '', resp.request_id, resp.status, resp.id2))
def delete_bucket_tag(process_id, user, conn, result_queue):
request_type = 'DeleteBucketTag'
rest = obsPyCmd.OBSRequestDescriptor(request_type, ak=user.ak, sk=user.sk,
auth_algorithm=CONFIG['AuthAlgorithm'], virtual_host=CONFIG['VirtualHost'],
domain_name=CONFIG['DomainName'], region=CONFIG['Region'])
rest.queryArgs['tagging'] = None
i = process_id % CONFIG['ThreadsPerUser']
if CONFIG['BucketNameFixed']:
rest.bucket = CONFIG['BucketNameFixed']
start_time = None
if CONFIG['TpsPerThread']:
start_time = time.time() # 开始时间
while i < CONFIG['BucketsPerUser']:
if CONFIG['TpsPerThread']: # 限制tps
# 按限制的tps数计算当前应该到的时间。计算方法： 当前已完成的请求 / 限制TPS + 并发开始时间
dst_time = (i - process_id % CONFIG['ThreadsPerUser']) / CONFIG['ThreadsPerUser'] * 1.0 / CONFIG[
'TpsPerThread'] + start_time
wait_time = dst_time - time.time()
if wait_time > 0:
time.sleep(wait_time)
if not CONFIG['BucketNameFixed']:
rest.bucket = '%s.%s.%d' % (user.ak.lower(), CONFIG['BucketNamePrefix'], i)
i += CONFIG['ThreadsPerUser']
resp = obsPyCmd.OBSRequestHandler(rest, conn).make_request()
result_queue.put(
(process_id, user.username, rest.recordUrl, request_type, resp.start_time,
resp.end_time, resp.send_bytes, resp.recv_bytes, '', resp.request_id, resp.status, resp.id2))
def get_bucket_multi_parts_upload(process_id, user, conn, result_queue):
request_type = 'GetBucketMultiPartsUpload'
rest = obsPyCmd.OBSRequestDescriptor(request_type, ak=user.ak, sk=user.sk,
auth_algorithm=CONFIG['AuthAlgorithm'], virtual_host=CONFIG['VirtualHost'],
domain_name=CONFIG['DomainName'], region=CONFIG['Region'],
is_http2=CONFIG['IsHTTP2'], host=conn.host)
rest.queryArgs['uploads'] = None
i = process_id % CONFIG['ThreadsPerUser']
if CONFIG['BucketNameFixed']:
rest.bucket = CONFIG['BucketNameFixed']
start_time = None
if CONFIG['TpsPerThread']:
start_time = time.time() # 开始时间
while i < CONFIG['BucketsPerUser']:
if CONFIG['TpsPerThread']: # 限制tps
# 按限制的tps数计算当前应该到的时间。计算方法： 当前已完成的请求 / 限制TPS + 并发开始时间
dst_time = (i - process_id % CONFIG['ThreadsPerUser']) / CONFIG['ThreadsPerUser'] * 1.0 / CONFIG[
'TpsPerThread'] + start_time
wait_time = dst_time - time.time()
if wait_time > 0:
time.sleep(wait_time)
if not CONFIG['BucketNameFixed']:
rest.bucket = '%s.%s.%d' % (user.ak.lower(), CONFIG['BucketNamePrefix'], i)
i += CONFIG['ThreadsPerUser']
resp = obsPyCmd.OBSRequestHandler(rest, conn).make_request()
result_queue.put(
(process_id, user.username, rest.recordUrl, request_type, resp.start_time,
resp.end_time, resp.send_bytes, resp.recv_bytes, '', resp.request_id, resp.status, resp.id2))
def get_bucket_location(process_id, user, conn, result_queue):
request_type = 'GetBucketLocation'
rest = obsPyCmd.OBSRequestDescriptor(request_type, ak=user.ak, sk=user.sk,
auth_algorithm=CONFIG['AuthAlgorithm'], virtual_host=CONFIG['VirtualHost'],
domain_name=CONFIG['DomainName'], region=CONFIG['Region'],
is_http2=CONFIG['IsHTTP2'], host=conn.host)
rest.queryArgs['location'] = None
i = process_id % CONFIG['ThreadsPerUser']
if CONFIG['BucketNameFixed']:
rest.bucket = CONFIG['BucketNameFixed']
start_time = None
if CONFIG['TpsPerThread']:
start_time = time.time() # 开始时间
while i < CONFIG['BucketsPerUser']:
if CONFIG['TpsPerThread']: # 限制tps
# 按限制的tps数计算当前应该到的时间。计算方法： 当前已完成的请求 / 限制TPS + 并发开始时间
dst_time = (i - process_id % CONFIG['ThreadsPerUser']) / CONFIG['ThreadsPerUser'] * 1.0 / CONFIG[
'TpsPerThread'] + start_time
wait_time = dst_time - time.time()
if wait_time > 0:
time.sleep(wait_time)
if not CONFIG['BucketNameFixed']:
rest.bucket = '%s.%s.%d' % (user.ak.lower(), CONFIG['BucketNamePrefix'], i)
i += CONFIG['ThreadsPerUser']
resp = obsPyCmd.OBSRequestHandler(rest, conn).make_request()
result_queue.put(
(process_id, user.username, rest.recordUrl, request_type, resp.start_time,
resp.end_time, resp.send_bytes, resp.recv_bytes, '', resp.request_id, resp.status, resp.id2))
def put_bucket_log(process_id, user, conn, result_queue):