def Collection_Set(self, key):
"""
"""
name = 'Collection_Set'
attr = CollectionAttributes()
attr.setExpireTime(ExpireTime)
keyList = []
for i in range(4):
keyList.append(key + str(i))
# SopInsert
for i in range(4):
for j in range(19):
set_value = workloads[i] + str(j)
future = self.client.asyncSopInsert(keyList[i], set_value, attr)
result = self.arcusGet(future, name=name)
#print str(result)
# SopInsert Bulk (Piped)
elements = []
for i in range(50):
elements.append(str(i) + "_" + workloads[0])
future = self.client.asyncSopPipedInsertBulk(key, elements, CollectionAttributes())
result = self.arcusGet(future, name=name)
#print str(result)
# SopEmpty Create
future = self.client.asyncSopCreate(key, ElementValueType.STRING, CollectionAttributes())
result = self.arcusGet(future, name=name)
#print str(result)
# SopExist (Piped exist)
for i in range(4):
listValue = []
for j in range(9): # 10 value exsist
listValue.append(workloads[i] + str(j))
future = self.client.asyncSopPipedExistBulk(keyList[i], listValue)
result = self.arcusGet(future, name=name)
#print str(result)
# SetAttr (change Expire Time)
attr.setExpireTime(100)
future = self.client.asyncSetAttr(keyList[0], attr)
result = self.arcusGet(future, name=name)
#print str(result)
# SopDelete
for i in range(4):
for j in range(4): # 5 element value delete
delValue = workloads[i] + str(j)
future = self.client.asyncSopDelete(keyList[i], delValue, True)
result = self.arcusGet(future, name=name)
def Collection_List(self, key):
"""
"""
name = 'Collection_List'
attr = CollectionAttributes()
attr.setExpireTime(ExpireTime)
keyList = []
index = -1 # Tail insert
for i in range(4):
keyList.append(key + str(i))
# LopInsert
for i in range(4):
for j in range(50):
future = self.client.asyncLopInsert(keyList[i], index, random.choice(workloads), attr)
result = self.arcusGet(future, name=name)
#print str(result)
# LopInsert Bulk (Piped)
elements = []
for i in range(50):
elements.append(str(i) + "_" + workloads[0])
future = self.client.asyncLopPipedInsertBulk(keyList[0], -1, elements, CollectionAttributes())
result = self.arcusGet(future, name=name)
#print str(result)
# LopGet
for i in range(4):
index = 0
index_to = index + random.randint(20, 50)
future = self.client.asyncLopGet(keyList[i], index, index_to, False, False)
result = self.arcusGet(future, name=name)
#print str(result)
# LopAttr
attr.setExpireTime(100)
future = self.client.asyncSetAttr(keyList[0], attr)
result = self.arcusGet(future, name=name)
#print str(result)
# LopDelete
index = 0
index_to = 19
for i in range(1):
future = self.client.asyncLopDelete(keyList[i], index, index_to, True)
result = self.arcusGet(future, name=name)
def Collection_Set(self, key):
"""
"""
name = 'Collection_Set'
attr = CollectionAttributes()
attr.setExpireTime(ExpireTime)
keyList = []
for i in range(4):
keyList.append(key + str(i))
# SopInsert
for i in range(4):
for j in range(19):
set_value = workloads[i] + str(j)
future = self.client.asyncSopInsert(keyList[i], set_value,
attr)
result = self.arcusGet(future, name=name)
#print str(result)
# SopInsert Bulk (Piped)
elements = []
for i in range(50):
elements.append(str(i) + "_" + workloads[0])
future = self.client.asyncSopPipedInsertBulk(key, elements,
CollectionAttributes())
result = self.arcusGet(future, name=name)
#print str(result)
# SopEmpty Create
future = self.client.asyncSopCreate(key, ElementValueType.STRING,
CollectionAttributes())
result = self.arcusGet(future, name=name)
#print str(result)
# SopExist (Piped exist)
for i in range(4):
listValue = []
for j in range(9): # 10 value exsist
listValue.append(workloads[i] + str(j))
future = self.client.asyncSopPipedExistBulk(keyList[i], listValue)
result = self.arcusGet(future, name=name)
#print str(result)
# SetAttr (change Expire Time)
attr.setExpireTime(100)
future = self.client.asyncSetAttr(keyList[0], attr)
result = self.arcusGet(future, name=name)
#print str(result)
# SopDelete
for i in range(4):
for j in range(4): # 5 element value delete
delValue = workloads[i] + str(j)
future = self.client.asyncSopDelete(keyList[i], delValue, True)
result = self.arcusGet(future, name=name)
def Collection_List(self, key):
"""
"""
name = 'Collection_List'
attr = CollectionAttributes()
attr.setExpireTime(ExpireTime)
keyList = []
index = -1 # Tail insert
for i in range(4):
keyList.append(key + str(i))
# LopInsert
for i in range(4):
for j in range(50):
future = self.client.asyncLopInsert(keyList[i], index,
random.choice(workloads),
attr)
result = self.arcusGet(future, name=name)
#print str(result)
# LopInsert Bulk (Piped)
elements = []
for i in range(50):
elements.append(str(i) + "_" + workloads[0])
future = self.client.asyncLopPipedInsertBulk(keyList[0], -1, elements,
CollectionAttributes())
result = self.arcusGet(future, name=name)
#print str(result)
# LopGet
for i in range(4):
index = 0
index_to = index + random.randint(20, 50)
future = self.client.asyncLopGet(keyList[i], index, index_to,
False, False)
result = self.arcusGet(future, name=name)
#print str(result)
# LopAttr
attr.setExpireTime(100)
future = self.client.asyncSetAttr(keyList[0], attr)
result = self.arcusGet(future, name=name)
#print str(result)
# LopDelete
index = 0
index_to = 19
for i in range(1):
future = self.client.asyncLopDelete(keyList[i], index, index_to,
True)
result = self.arcusGet(future, name=name)
def Collection_Btree(self, key):
"""
"""
name = 'Collection_Btree'
keyList = []
for i in range(4): # Create 5 key
keyList.append(key + str(i))
bkeyBASE = "bkey_byteArry"
eflag = String("EFLAG").getBytes()
filter = ElementFlagFilter(ElementFlagFilter.CompOperands.Equal,
String("EFLAG").getBytes())
attr = CollectionAttributes()
attr.setExpireTime(ExpireTime)
# BopInsert + byte_array bkey
for j in range(4): # 5 Key
for i in range(50): # Insert 50 bkey
bk = bkeyBASE + str(j) + str(i) # Uniq bkey
bkey = String(String.valueOf(bk)).getBytes() ####____####
future = self.client.asyncBopInsert(keyList[j], bkey, eflag,
random.choice(workloads),
attr)
result = self.arcusGet(future, name=name)
#print str(result)
# Bop Bulk Insert (Piped Insert)
elements = []
for i in range(50):
bk = bkeyBASE + str(0) + str(i) + "bulk"
elements.append(
Element(String(str(bk)).getBytes(), workloads[0],
eflag)) ####____####
future = self.client.asyncBopPipedInsertBulk(keyList[0], elements,
CollectionAttributes())
result = self.arcusGet(future, name=name)
#print str(result)
# BopGet Range + filter
for j in range(4):
bk = bkeyBASE + str(j) + str(0)
bk_to = bkeyBASE + str(j) + str(50)
bkey = String(String.valueOf(bk)).getBytes()
bkey_to = String(String.valueOf(bk_to)).getBytes() ####____####
future = self.client.asyncBopGet(keyList[j], bkey,
bkey_to, filter, 0,
random.randint(20,
50), False, False)
result = self.arcusGet(future, name=name)
#print str(result)
# BopGetBulk // 20120319 Ad
bk = bkeyBASE + str(0) + str(0)
bk_to = bkeyBASE + str(4) + str(50)
bkey = String(String.valueOf(bk)).getBytes()
bkey_to = String(String.valueOf(bk_to)).getBytes() ####____####
future = self.client.asyncBopGetBulk(keyList, bkey, bkey_to, filter, 0,
random.randint(20, 50))
result = self.arcusGet(future, name=name)
#for entry in result.entrySet():
# print str(entry.getKey())
# if entry.getValue().getElements() is not None:
# print "["
# for element in entry.getValue().getElements().entrySet():
# print "bkey=%s, value=%s" % (str(element.getKey()), str(element.getValue().getValue()))
# print "]"
# else:
# print "[elements=%s, response=%s]" % (entry.getValue().getElements(), entry.getValue().getCollectionResponse().getMessage())
#print ""
#print str(result)
# BopEmpty Create
future = self.client.asyncBopCreate(key, ElementValueType.STRING,
CollectionAttributes())
result = self.arcusGet(future, name=name)
#print str(result)
# BopSMGet
bk = bkeyBASE + str(0) + str(0)
bk_to = bkeyBASE + str(4) + str(50)
bkey = String(String.valueOf(bk)).getBytes() ####____####
bkey_to = String(String.valueOf(bk_to)).getBytes() ####____####
future = self.client.asyncBopSortMergeGet(keyList, bkey, bkey_to,
filter, 0,
random.randint(20, 50))
result = self.arcusGet(future, name=name)
#print str(result)
# BopUpdate (eflag bitOP + value)
key = keyList[0]
eflagOffset = 0
value = "ThisIsChangeValue"
bitop = ElementFlagUpdate(eflagOffset,
ElementFlagFilter.BitWiseOperands.AND,
String("aflag").getBytes())
for i in range(2): # 3 element update
bk = bkeyBASE + str(0) + str(i)
bkey = String(String.valueOf(bk)).getBytes() ####____####
future = self.client.asyncBopUpdate(key, bkey, bitop, value)
result = self.arcusGet(future, name=name)
#print str(result)
# SetAttr (change Expire Time)
attr.setExpireTime(100)
future = self.client.asyncSetAttr(key, attr)
result = self.arcusGet(future, name=name)
#print str(result)
# BopDelete (eflag filter delete)
for j in range(4):
bk = bkeyBASE + str(j) + str(0)
bk_to = bkeyBASE + str(j) + str(10)
bkey = String(String.valueOf(bk)).getBytes() ####____####
bkey_to = String(String.valueOf(bk_to)).getBytes() ####____####
future = self.client.asyncBopDelete(keyList[j], bkey, bkey_to,
filter, 0, False)
result = self.arcusGet(future, name=name)
def Collection_Btree(self, key):
"""
"""
name = 'Collection_Btree'
keyList = []
for i in range(4): # Create 5 key
keyList.append(key + str(i))
bkeyBASE = "bkey_byteArry"
eflag = String("EFLAG").getBytes()
filter = ElementFlagFilter(ElementFlagFilter.CompOperands.Equal, String("EFLAG").getBytes())
attr = CollectionAttributes()
attr.setExpireTime(ExpireTime)
# BopInsert + byte_array bkey
for j in range(4): # 5 Key
for i in range(50): # Insert 50 bkey
bk = bkeyBASE + str(j) + str(i) # Uniq bkey
bkey = String(String.valueOf(bk)).getBytes() ####____####
future = self.client.asyncBopInsert(keyList[j], bkey, eflag, random.choice(workloads), attr)
result = self.arcusGet(future, name=name)
#print str(result)
# Bop Bulk Insert (Piped Insert)
elements = []
for i in range(50):
bk = bkeyBASE + str(0) + str(i) + "bulk"
elements.append(Element(String(str(bk)).getBytes(), workloads[0], eflag)) ####____####
future = self.client.asyncBopPipedInsertBulk(keyList[0], elements, CollectionAttributes())
result = self.arcusGet(future, name=name)
#print str(result)
# BopGet Range + filter
for j in range(4):
bk = bkeyBASE + str(j) + str(0)
bk_to = bkeyBASE + str(j) + str(50)
bkey = String(String.valueOf(bk)).getBytes()
bkey_to = String(String.valueOf(bk_to)).getBytes() ####____####
future = self.client.asyncBopGet(keyList[j], bkey, bkey_to, filter, 0, random.randint(20, 50), False, False)
result = self.arcusGet(future, name=name)
#print str(result)
# BopGetBulk // 20120319 Ad
bk = bkeyBASE + str(0) + str(0)
bk_to = bkeyBASE + str(4) + str(50)
bkey = String(String.valueOf(bk)).getBytes()
bkey_to = String(String.valueOf(bk_to)).getBytes() ####____####
future = self.client.asyncBopGetBulk(keyList, bkey, bkey_to, filter, 0, random.randint(20, 50))
result = self.arcusGet(future, name=name)
#for entry in result.entrySet():
# print str(entry.getKey())
# if entry.getValue().getElements() is not None:
# print "["
# for element in entry.getValue().getElements().entrySet():
# print "bkey=%s, value=%s" % (str(element.getKey()), str(element.getValue().getValue()))
# print "]"
# else:
# print "[elements=%s, response=%s]" % (entry.getValue().getElements(), entry.getValue().getCollectionResponse().getMessage())
#print ""
#print str(result)
# BopEmpty Create
future = self.client.asyncBopCreate(key, ElementValueType.STRING, CollectionAttributes())
result = self.arcusGet(future, name=name)
#print str(result)
# BopSMGet
bk = bkeyBASE + str(0) + str(0)
bk_to = bkeyBASE + str(4) + str(50)
bkey = String(String.valueOf(bk)).getBytes() ####____####
bkey_to = String(String.valueOf(bk_to)).getBytes() ####____####
future = self.client.asyncBopSortMergeGet(keyList, bkey, bkey_to, filter, 0, random.randint(20, 50))
result = self.arcusGet(future, name=name)
#print str(result)
# BopUpdate (eflag bitOP + value)
key = keyList[0]
eflagOffset = 0
value = "ThisIsChangeValue"
bitop = ElementFlagUpdate(eflagOffset, ElementFlagFilter.BitWiseOperands.AND, String("aflag").getBytes())
for i in range(2): # 3 element update
bk = bkeyBASE + str(0) + str(i)
bkey = String(String.valueOf(bk)).getBytes() ####____####
future = self.client.asyncBopUpdate(key, bkey, bitop, value)
result = self.arcusGet(future, name=name)
#print str(result)
# SetAttr (change Expire Time)
attr.setExpireTime(100)
future = self.client.asyncSetAttr(key, attr)
result = self.arcusGet(future, name=name)
#print str(result)
# BopDelete (eflag filter delete)
for j in range(4):
bk = bkeyBASE + str(j) + str(0)
bk_to = bkeyBASE + str(j) + str(10)
bkey = String(String.valueOf(bk)).getBytes() ####____####
bkey_to = String(String.valueOf(bk_to)).getBytes() ####____####
future = self.client.asyncBopDelete(keyList[j], bkey, bkey_to, filter, 0, False)
result = self.arcusGet(future, name=name)
