1./memtier_benchmark  -s *** -a *** -p 8635 -c 4 -t 30 -n 1000000 --random-data --randomize --distinct-client-seed -d 128 --key-maximum=50331648 --key-minimum=1 --key-prefix= --ratio=1:0 --out-file=./result/result_small_128_set.log

1./src/redis-benchmark -h r-bp1s02ae14mr****.redis.rds.aliyuncs.com -p 6379 -a testaccount:Rp829dlwa -n 3000000 -r 10000000  -c 256 -t set -d 64 --threads 16

1memtier_benchmark  -s ${host} -p ${port} -a ${password}  --command "PING"  -t 1 -c 1  --test-time=30  --out-file=ping_latency.log

1#!/bin/bash
2bench_bin="memtier_benchmark"
3thread=30
4client=20
5host="192.168.96.116"
6port=6379
7password="Cat12345"
8data_size=256
9test_time=60
10key_maximum=300
11key_prefix=""
12command=$1
13file=$2
14start_time=$(date "+%m月 %d日 %A %H:%M:%S")
15
16echo "${bench_bin} -t ${thread} -c ${client} -s ${host} -p ${port} -a ${password} --distinct-client-seed --command="${command}"  --key-prefix="${key_prefix}" --key-minimum=1 --key-maximum=${key_maximum} --random-data --data-size=${data_size} --test-time=${test_time}  --out-file=out/${file}"
17
18${bench_bin} -t ${thread} -c ${client} -s ${host} -p ${port} -a ${password} --distinct-client-seed --command="${command}"  --key-prefix="${key_prefix}" --key-minimum=1 --key-maximum=${key_maximum} --random-data --data-size=${data_size} --test-time=${test_time}  --out-file=out/${file}
19
20end_time=$(date "+%m月 %d日 %A %H:%M:%S")
21
22echo "${command}  start: ${start_time}  end: ${end_time}" >> run.log

1#!/bin/bash
2
3# 定义命令列表和对应的类型标识（按顺序）
4declare -a commands=( \
5    "set:set __key__ __data__" \
6    "get:get __key__" \
7    "del:del __key__" \
8    "sadd:sadd myset __data__" \
9    "spop:spop myset" \
10    "hset:hset mydict __key__ __data__" \
11    "hget:hget mydict __key__" \
12    "hdel:hdel mydict __key__" \
13    "zadd:zadd myzset __key__ __data__" \
14    "zcard:zcard myzset" \
15    "zcount:zcount myzset 1 __key__" \
16    "zrank:zrank myzset __data__" \
17    "zscore:zscore myzset __data__" \
18    "zrem:zrem myzset __key__" \
19)
20# 定义输出目录
21output_dir="out"
22
23# 检查目录是否存在，不存在则创建
24if [ ! -d "$output_dir" ]; then  # 注意 [ ] 前后的空格，变量用双引号包裹
25    mkdir -p "$output_dir"
26    echo "目录 $output_dir 不存在，已创建。"
27else
28    echo "目录 $output_dir 已存在，无需创建。"
29fi
30
31# 顺序执行命令并保存输出到文件
32for entry in "${commands[@]}"; do
33    # 解析类型和命令
34    type=$(echo "$entry" | cut -d':' -f1)
35    command=$(echo "$entry" | cut -d':' -f2)
36
37    #output="$output_dir/${type}"
38    echo "Running command for $type: $command"
39
40    # 执行命令并保存输出
41    ./press.sh "$command" "$type" 
42done
43
44# 调用之前的提取脚本，将 out 目录下的所有文件数据提取到 summary.md
45timestamp=$(date +"%Y%m%d_%H%M%S")
46output_file="summary_${timestamp}.md"
47> "$output_file"
48
49echo "| Type | Ops/sec | Avg. Latency | p50 Latency | p99 Latency | p99.9 Latency |" >> "$output_file"
50echo "|------|---------|--------------|-------------|-------------|---------------|" >> "$output_file"
51
52# 定义期望的顺序（与 commands 顺序一致）
53declare -a types=("Set" "Get" "Del" "SAdd" "Spop" "Hset"  "Hget"   "Hdel" "Zadd" "Zcard" "Zcount"  "Zrank" "Zscore" "Zrem")
54
55# 创建一个临时文件来存储提取的数据
56temp_file=$(mktemp)
57
58# 遍历 out 目录下的所有文件
59for file in "$output_dir"/*; do
60    awk '
61    /^(Set|Get|Del|SAdd|Spop|Hset|Hget|Hdel|Zadd|Zcard|Zcount|Zrank|Zscore|Zrem)/ {
62        printf "%s|%s|%s|%s|%s|%s\n", $1, $2, $3, $4, $5, $6
63    }' "$file" >> "$temp_file"
64done
65
66# 按预定顺序处理并输出数据
67for type in "${types[@]}"; do
68    data=$(grep "^$type" "$temp_file" | head -n 1)
69    if [ -n "$data" ]; then
70        IFS='|' read -r type_name ops_sec avg_latency p50_latency p99_latency p999_latency <<< "$data"
71        printf "| %s | %s | %s | %s | %s | %s |\n" "$type_name" "$ops_sec" "$avg_latency" "$p50_latency" "$p99_latency" "$p999_latency" >> "$output_file"
72    fi
73done
74
75# 删除临时文件
76rm "$temp_file"
77
78echo "数据已提取并保存到 $output_file 文件中，可直接复制到 Markdown 文档。"