colMap, hstoreConstructData = datautil.getCSVData(OPT_DATA_EVICT_CONSTRUCT)
colMap, hstoreWriteData = datautil.getCSVData(OPT_DATA_EVICT_WRITE)
colMap, hstoreFetchData = datautil.getCSVData(OPT_DATA_EVICT_FETCH)
colMap, hstoreBlockMergeData = datautil.getCSVData(
OPT_DATA_EVICT_BLOCK_MERGE)
colMap, hstoreTupleMergeData = datautil.getCSVData(
OPT_DATA_EVICT_TUPLE_MERGE)
fig = createEvictGraph(colMap, hstoreConstructData, hstoreWriteData,
hstoreFetchData, hstoreTupleMergeData,
hstoreBlockMergeData)
graphutil.saveGraph(fig, "evict.pdf")
## TPCC Graph
hstoreTpccData = datautil.loadHStoreTPCC(OPT_DATA_HSTORE_TPCC)
hstoreApproxTpccData = datautil.loadHStoreTPCC(OPT_DATA_HSTORE_TPCC_APPROX)
mysqlTpccData = datautil.loadMySQLTPCC(memcached=False)
memcachedTpccData = datautil.loadMySQLTPCC(memcached=True)
fig = createTPCCThroughputGraph(hstoreTpccData, hstoreApproxTpccData,
mysqlTpccData, memcachedTpccData)
graphutil.saveGraph(fig, "tpcc.pdf")
## BlockSize graph
# blocksize128 = datautil.loadHStoreData(OPT_DATA_BLOCKSIZE_128)
# blocksize256 = datautil.loadHStoreData(OPT_DATA_BLOCKSIZE_256)
# blocksize512 = datautil.loadHStoreData(OPT_DATA_BLOCKSIZE_512)
blocksize1024 = datautil.loadHStoreData(OPT_DATA_BLOCKSIZE_1024)
blocksize2048 = datautil.loadHStoreData(OPT_DATA_BLOCKSIZE_2048)
blocksize4096 = datautil.loadHStoreData(OPT_DATA_BLOCKSIZE_4096)
fig = createLinkedListGraph(colMap, hstoreNoAnticacheData, hstoreSingleListData, hstoreDoubleListData)
graphutil.saveGraph(fig, "lru.pdf")
colMap, hstoreConstructData = datautil.getCSVData(OPT_DATA_EVICT_CONSTRUCT)
colMap, hstoreWriteData = datautil.getCSVData(OPT_DATA_EVICT_WRITE)
colMap, hstoreFetchData = datautil.getCSVData(OPT_DATA_EVICT_FETCH)
colMap, hstoreBlockMergeData = datautil.getCSVData(OPT_DATA_EVICT_BLOCK_MERGE)
colMap, hstoreTupleMergeData = datautil.getCSVData(OPT_DATA_EVICT_TUPLE_MERGE)
fig = createEvictGraph(colMap, hstoreConstructData, hstoreWriteData, hstoreFetchData, hstoreTupleMergeData, hstoreBlockMergeData)
graphutil.saveGraph(fig, "evict.pdf")
## TPCC Graph
hstoreTpccData = datautil.loadHStoreTPCC(OPT_DATA_HSTORE_TPCC)
hstoreApproxTpccData = datautil.loadHStoreTPCC(OPT_DATA_HSTORE_TPCC_APPROX)
mysqlTpccData = datautil.loadMySQLTPCC(memcached=False)
memcachedTpccData = datautil.loadMySQLTPCC(memcached=True)
fig = createTPCCThroughputGraph(hstoreTpccData, hstoreApproxTpccData, mysqlTpccData, memcachedTpccData)
graphutil.saveGraph(fig, "tpcc.pdf")
## BlockSize graph
# blocksize128 = datautil.loadHStoreData(OPT_DATA_BLOCKSIZE_128)
# blocksize256 = datautil.loadHStoreData(OPT_DATA_BLOCKSIZE_256)
# blocksize512 = datautil.loadHStoreData(OPT_DATA_BLOCKSIZE_512)
blocksize1024 = datautil.loadHStoreData(OPT_DATA_BLOCKSIZE_1024)
blocksize2048 = datautil.loadHStoreData(OPT_DATA_BLOCKSIZE_2048)
blocksize4096 = datautil.loadHStoreData(OPT_DATA_BLOCKSIZE_4096)
for mem in memorySizes:
for read_pct in readPcts:
fig = createWorkloadSkewGraphs(benchmark, mem, read_pct,
hstoreData[benchmark],
mysqlData[benchmark],
memcachedData[benchmark])
fileName = "skew-%s-%dx-%s.pdf" % (benchmark, mem, readLabels[read_pct])
graphutil.saveGraph(fig, fileName, height=OPT_GRAPH_HEIGHT)
#break
## FOR
#break
## FOR
## FOR
## TPCC Graph
hstoreTpccData = datautil.loadHStoreTPCC()
mysqlTpccData = datautil.loadMySQLTPCC(memcached=False)
memcachedTpccData = datautil.loadMySQLTPCC(memcached=True)
fig = createTPCCThroughputGraph(hstoreTpccData, mysqlTpccData, memcachedTpccData)
graphutil.saveGraph(fig, "tpcc.pdf")
## BlockSize graph
blocksize128 = datautil.loadHStoreData(OPT_DATA_BLOCKSIZE_128)
blocksize256 = datautil.loadHStoreData(OPT_DATA_BLOCKSIZE_256)
blocksize512 = datautil.loadHStoreData(OPT_DATA_BLOCKSIZE_512)
blocksize1024 = datautil.loadHStoreData(OPT_DATA_BLOCKSIZE_1024)
for benchmark in blocksize128.keys():
