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tci-gateway-module
Grpc
Commits
8a2ff736
Commit
8a2ff736
authored
9 years ago
by
Vijay Pai
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Use more variables for better explanations
parent
ed3cd423
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test/cpp/qps/qps-sweep.sh
+18
-16
18 additions, 16 deletions
test/cpp/qps/qps-sweep.sh
with
18 additions
and
16 deletions
test/cpp/qps/qps-sweep.sh
+
18
−
16
View file @
8a2ff736
...
...
@@ -40,6 +40,8 @@ bins=`find . .. ../.. ../../.. -name bins | head -1`
set
-x
big
=
65536
wide
=
64
deep
=
100
half
=
`
echo
$QPS_WORKERS
|
awk
-F
,
'{print int(NF/2)}'
`
for
secure
in
true false
;
do
...
...
@@ -52,30 +54,30 @@ for secure in true false; do
# Scenario 2: generic async streaming "unconstrained" (QPS)
"
$bins
"
/opt/qps_driver
--rpc_type
=
STREAMING
--client_type
=
ASYNC_CLIENT
\
--server_type
=
ASYNC_GENERIC_SERVER
--outstanding_rpcs_per_channel
=
100
\
--client_channels
=
64
--bbuf_req_size
=
0
--bbuf_resp_size
=
0
\
--server_type
=
ASYNC_GENERIC_SERVER
--outstanding_rpcs_per_channel
=
$deep
\
--client_channels
=
$wide
--bbuf_req_size
=
0
--bbuf_resp_size
=
0
\
--async_client_threads
=
0
--async_server_threads
=
0
--secure_test
=
$secure
\
--num_servers
=
1
--num_clients
=
0 |&
tee
/tmp/qps-test.
$$
# Scenario 2b: QPS with a single server core
"
$bins
"
/opt/qps_driver
--rpc_type
=
STREAMING
--client_type
=
ASYNC_CLIENT
\
--server_type
=
ASYNC_GENERIC_SERVER
--outstanding_rpcs_per_channel
=
100
\
--client_channels
=
64
--bbuf_req_size
=
0
--bbuf_resp_size
=
0
\
--server_type
=
ASYNC_GENERIC_SERVER
--outstanding_rpcs_per_channel
=
$deep
\
--client_channels
=
$wide
--bbuf_req_size
=
0
--bbuf_resp_size
=
0
\
--async_client_threads
=
0
--async_server_threads
=
0
--secure_test
=
$secure
\
--num_servers
=
1
--num_clients
=
0
--server_core_limit
=
1
# Scenario 2c: protobuf-based QPS
"
$bins
"
/opt/qps_driver
--rpc_type
=
STREAMING
--client_type
=
ASYNC_CLIENT
\
--server_type
=
ASYNC_SERVER
--outstanding_rpcs_per_channel
=
100
\
--client_channels
=
64
--simple_req_size
=
0
--simple_resp_size
=
0
\
--server_type
=
ASYNC_SERVER
--outstanding_rpcs_per_channel
=
$deep
\
--client_channels
=
$wide
--simple_req_size
=
0
--simple_resp_size
=
0
\
--async_client_threads
=
0
--async_server_threads
=
0
--secure_test
=
$secure
\
--num_servers
=
1
--num_clients
=
0
# Scenario 3: Latency at sub-peak load (all clients equally loaded)
for
loadfactor
in
0.2 0.5 0.7
;
do
"
$bins
"
/opt/qps_driver
--rpc_type
=
STREAMING
--client_type
=
ASYNC_CLIENT
\
--server_type
=
ASYNC_GENERIC_SERVER
--outstanding_rpcs_per_channel
=
100
\
--client_channels
=
64
--bbuf_req_size
=
0
--bbuf_resp_size
=
0
\
--server_type
=
ASYNC_GENERIC_SERVER
--outstanding_rpcs_per_channel
=
$deep
\
--client_channels
=
$wide
--bbuf_req_size
=
0
--bbuf_resp_size
=
0
\
--async_client_threads
=
0
--async_server_threads
=
0
--secure_test
=
$secure
\
--num_servers
=
1
--num_clients
=
0
--poisson_load
=
`
awk
-v
lf
=
$loadfactor
\
'$5 == "QPS:" {print int(lf * $6); exit}'
/tmp/qps-test.
$$
`
...
...
@@ -85,7 +87,7 @@ for secure in true false; do
# Scenario 4: Single-channel bidirectional throughput test (like TCP_STREAM).
"
$bins
"
/opt/qps_driver
--rpc_type
=
STREAMING
--client_type
=
ASYNC_CLIENT
\
--server_type
=
ASYNC_GENERIC_SERVER
--outstanding_rpcs_per_channel
=
100
\
--server_type
=
ASYNC_GENERIC_SERVER
--outstanding_rpcs_per_channel
=
$deep
\
--client_channels
=
1
--bbuf_req_size
=
$big
--bbuf_resp_size
=
$big
\
--async_client_threads
=
1
--async_server_threads
=
1
--secure_test
=
$secure
\
--num_servers
=
1
--num_clients
=
1
...
...
@@ -118,35 +120,35 @@ for secure in true false; do
# Scenario 9: Crossbar QPS test
"
$bins
"
/opt/qps_driver
--rpc_type
=
STREAMING
--client_type
=
ASYNC_CLIENT
\
--server_type
=
ASYNC_GENERIC_SERVER
--outstanding_rpcs_per_channel
=
100
\
--client_channels
=
64
--bbuf_req_size
=
0
--bbuf_resp_size
=
0
\
--server_type
=
ASYNC_GENERIC_SERVER
--outstanding_rpcs_per_channel
=
$deep
\
--client_channels
=
$wide
--bbuf_req_size
=
0
--bbuf_resp_size
=
0
\
--async_client_threads
=
0
--async_server_threads
=
0
--secure_test
=
$secure
\
--num_servers
=
$half
--num_clients
=
0
# Scenario 10: Multi-channel bidir throughput test
"
$bins
"
/opt/qps_driver
--rpc_type
=
STREAMING
--client_type
=
ASYNC_CLIENT
\
--server_type
=
ASYNC_GENERIC_SERVER
--outstanding_rpcs_per_channel
=
1
00
\
--client_channels
=
64
--bbuf_req_size
=
$big
--bbuf_resp_size
=
$big
\
--server_type
=
ASYNC_GENERIC_SERVER
--outstanding_rpcs_per_channel
=
1
\
--client_channels
=
$wide
--bbuf_req_size
=
$big
--bbuf_resp_size
=
$big
\
--async_client_threads
=
0
--async_server_threads
=
0
--secure_test
=
$secure
\
--num_servers
=
1
--num_clients
=
1
# Scenario 11: Single-channel request throughput test
"
$bins
"
/opt/qps_driver
--rpc_type
=
STREAMING
--client_type
=
ASYNC_CLIENT
\
--server_type
=
ASYNC_GENERIC_SERVER
--outstanding_rpcs_per_channel
=
100
\
--server_type
=
ASYNC_GENERIC_SERVER
--outstanding_rpcs_per_channel
=
$deep
\
--client_channels
=
1
--bbuf_req_size
=
$big
--bbuf_resp_size
=
0
\
--async_client_threads
=
1
--async_server_threads
=
1
--secure_test
=
$secure
\
--num_servers
=
1
--num_clients
=
1
# Scenario 12: Single-channel response throughput test
"
$bins
"
/opt/qps_driver
--rpc_type
=
STREAMING
--client_type
=
ASYNC_CLIENT
\
--server_type
=
ASYNC_GENERIC_SERVER
--outstanding_rpcs_per_channel
=
100
\
--server_type
=
ASYNC_GENERIC_SERVER
--outstanding_rpcs_per_channel
=
$deep
\
--client_channels
=
1
--bbuf_req_size
=
0
--bbuf_resp_size
=
$big
\
--async_client_threads
=
1
--async_server_threads
=
1
--secure_test
=
$secure
\
--num_servers
=
1
--num_clients
=
1
# Scenario 13: Single-channel bidirectional protobuf throughput test
"
$bins
"
/opt/qps_driver
--rpc_type
=
STREAMING
--client_type
=
ASYNC_CLIENT
\
--server_type
=
ASYNC_SERVER
--outstanding_rpcs_per_channel
=
100
\
--server_type
=
ASYNC_SERVER
--outstanding_rpcs_per_channel
=
$deep
\
--client_channels
=
1
--simple_req_size
=
$big
--simple_resp_size
=
$big
\
--async_client_threads
=
1
--async_server_threads
=
1
--secure_test
=
$secure
\
--num_servers
=
1
--num_clients
=
1
...
...
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