package main

import (
	//"flag"
	"fmt"
	"os"
	"math/rand"
	"git.wecise.com/wecise/common/etcd"
	"time"
)



func main() {

		//var ctx web.Context
	cli, err := etcd.Get()
	if err != nil {
		_, _ = fmt.Fprintf(os.Stderr, "get etcd client error: %v", err)
		os.Exit(1)
	}

	for i:=0 ; i<10000 ; i++ {
	rule := fmt.Sprintf(`--class = /matrix/test
--parser = json
--fields = DATA
--ignore = false
--stat_interval = 10
--pool_size = 10


memcache.load("NODES","mql","/m3event/entity/node", {{'ip'}},10)
memcache.load("NODES1","mql","/m3event/entity/node", {{'ip'}},10)


NUM_MAX_LEN = 10

function digitsIntToString(int, len_max)
	-- 补0
	len_max = len_max or NUM_MAX_LEN
	local s = tostring(int)
	local zero_number = len_max - #s
	local s_zero = string.rep("0", zero_number)
	return table.concat({ s_zero, s })
end

local key = omni.join(DATA["Node"],DATA["oidGroupName"],DATA["ifName"],"current")

setvar(key, 1, 10, '', false)

if DATA["oidGroupName"] == "INTERFACE_TRAFFIC1" and string.match(DATA["ifName"],'eth%d') and _PREVIOUS ~= nil then
  log.info("loop ssnnmmpp ==> %d",json.string(DATA),json.string(_PREVIOUS),DATA["taskTime"]-_PREVIOUS["taskTime"],serverhostname())
  -- log.error(json.string(DATA),json.string(_PREVIOUS),DATA["taskTime"]-_PREVIOUS["taskTime"],serverhostname())
  
  log.info(DATA["ifHCInOctets"],_PREVIOUS["ifHCInOctets"])
end

-- DATA["a"] = 12345678901234567
-- DATA["b"] = 12345678901234577

-- local a = 12345678901234567
-- local b = 12345678901234577

-- local d = tostring(a)

-- local e = digitsIntToString(a,10)

-- local bb = "0"..DATA["b"]

-- local aa = "0"..DATA["a"]

-- log.info(a,b,aa,bb)

-- local c = omni.bps(bb,aa,10)

-- log.info(c,d,e,(DATA["b"]/10000-DATA["a"]/10000)*10000,"数值")

if DATA.SerialNumber ~= nil then
    --log.debug(json.string(DATA))
end
if DATA.manager == "prometheus" then
  --log.debug(json.string(DATA))
end
--log.debug(DATA.returnStatus, DATA.message)

--local res = relookup('test', {'key', 'val'}, DATA.message, true, false)
--for i, o in pairs(res) do
--    log.debug('relookup string:', i, o.msg)
--end
--local res2 = relookup(res, {'msg'}, 'testmsg5', true, false)
--for i, o in pairs(res2) do
--    log.debug('relookup table:', i, o.msg)
--end

if _PREVIOUS ~= nil then
  -- log.debug('PREVIOURS: ', json.string(_PREVIOUS)) 
end

-- local ret = rexplookup('trigger_vendor*', {monitortype='SNMP'}, true, false)

-- local ret = rexplookup('trigger_new*', {monitortype='SNMP'}, true, false)
-- log.info(ret)
-- for k,v in pairs(ret) do
--       for k1,v1 in pairs(v) do
        
--         if k1=="indicator" then
--             log.info(k1,v1)
--         end
      
--       end
--     -- log.info( v.indicator)
    
-- end

--omni.include('/matrix/rules/test/include/include_rule1')
--omni.include('/matrix/rules/test/include/include_rule2')

--local ret = rexplookup('test*', {key='pping'}, true, true)
--if ret ~= nil then
--    for i, d in pairs(ret) do
--        log.debug(d.msg, d.val)
--        --log.debug(i, d)
--    end
--end

--local ret = lookup('test', {key='ping'})
--if ret ~= nil then
--    for k, v in pairs(ret) do
--      log.debug(k, v)
--    end
--end


-- log.info("ssnnmmpp ==> %d")

_IGNORE = true`, i,i)
	
	if err = cli.Put("/ootest/rules/snmpd_rule", rule);err != nil {
		fmt.Printf(err.Error())
	}
	
	fmt.Println("===========>", i)
	n := rand.Intn(100)*10
	
	time.Sleep( time.Duration(n) * time.Millisecond)
}
}