andy/python_tools
1
0
Fork 0
Code Issues Pull Requests Actions Packages Projects Releases Wiki Activity

添加web

Browse Source
This commit is contained in:
andy
2024-01-14 22:38:04 +08:00
parent e44d5716cb
commit 5b3786dd36
154 changed files with 28778 additions and 0 deletions
Download Patch File Download Diff File Expand all files Collapse all files

126
web/layui/Checker/CheckerCurEcharts.js Normal file
View File

@@ -0,0 +1,126 @@
var ChecekerCurECharts_View_ID = -1;
var CheckerCurEcharts = null;
var CheckerCurOption = {
animation: false,
grid: {
top: 40,
left: 50,
right: 40,
bottom: 50
},
xAxis: {
name: '轮次',
minorTick: {
show: true
},
minorSplitLine: {
show: true
}
},
yAxis: {
name: '电流0.1uA',
minorTick: {
show: true
},
minorSplitLine: {
show: true
}
},
dataZoom: [
{
show: true,
type: 'inside',
filterMode: 'none',
xAxisIndex: [0],
},{
show: true,
type: 'slider',
filterMode: 'none',
xAxisIndex: [0],
},
{
show: true,
type: 'inside',
filterMode: 'none',
yAxisIndex: [0],
},{
show: true,
type: 'slider',
filterMode: 'none',
yAxisIndex: [0],
}
],
tooltip: {
trigger: 'axis'
},
series: [
{
type: 'line',
showSymbol: false,
clip: true,
smooth: true,
data: [],
}
],
};
var CheckerCurData = [];
function CheckerShowCurEcharts(cur)
{
if(ChecekerCurECharts_View_ID < 0)
{
CheckerCurData = [[1,cur]];
CheckerCurOption.series.data = CheckerCurData;
//CheckerCurEcharts.setOption(CheckerCurOption);
ChecekerCurECharts_View_ID = layer.open({
title:'电流趋势',
type: 1,
shade: false, // 不显示遮罩
content: $('#checker_Curgraph_Mes'), // 捕获的元素
area: 'auto',
end: function(){
ChecekerCurECharts_View_ID = -1
},
success:function(){
if(CheckerCurEcharts == null)
{
var CheckerCurEcharts_dom = document.getElementById('checker_cur_echarts');
CheckerCurEcharts = echarts.init(CheckerCurEcharts_dom, "walden");
}else{
CheckerCurEcharts.clear();
}
CheckerCurOption.series.data = CheckerCurData;
CheckerCurEcharts.setOption(CheckerCurOption);
CheckerCurEcharts.resize();
},
resizing:function(){
if(CheckerCurEcharts != null)
{
CheckerCurEcharts.resize();
}
},
});
}else{
var item = [CheckerCurData.length+1,cur];
CheckerCurData.push(item);
CheckerCurEcharts.setOption({
series: [
{
data: CheckerCurData,
}
]
});
}
}

480
web/layui/Checker/EWChecker.js Normal file
View File

@@ -0,0 +1,480 @@
var EWCheckerTaskInfo=[
{
TaskID:0,
TaskName:"电源准备",
TaskBrief:"检测前校准检测过程中需要使用的电压，便于检测过程中快速输出电压。电压范围55~270",
ParamInfo:["预设电压1","预设电压2","预设电压3","预设电压4","预设电压5","预设电压6","预设电压7","预设电压8","预设电压9","预设电压10",],
ReturnInfo:[],
CommTestCmd:"PowerPrapare",
},
{
TaskID:1,
TaskName:"延时等待",
TaskBrief:"延时流程，同时可以启动总线电流监测 设置单位0.1S。波动DAC换算 Vad/4096*3.3/100/11",
ParamInfo:["延时时间0.1s","使1/失0电流监控"],
ReturnInfo:["电流波动DAC"],
CommTestCmd:"WaitDelay",
},
{
TaskID:2,
TaskName:"桥丝电阻测试",
TaskBrief:"测量桥丝阻值。可配置测量模式 0 4线制， 1 2线1-4通，2 2线2-3通",
ParamInfo:["测量模式"],
ReturnInfo:["电阻0.01Ω"],
CommTestCmd:"ResistorSample",
},
{
TaskID:3,
TaskName:"上电充能",
TaskBrief:"统计模块的上电充能，具有电压设置功能,采集档位 R10_0p1mA_1p6mA_UC",
ParamInfo:["总线电压0.1V","超时时间 0.1ms","充电结束时的AD值"],
ReturnInfo:["总线电压0.1V","总线电流低于设置AD值的时间"],
CommTestCmd:"ResistorSample",
},
{
TaskID:4,
TaskName:"设置总线电压",
TaskBrief:"设置总线电压",
ParamInfo:["总线电压"],
ReturnInfo:["总线电压"],
CommTestCmd:"ResistorSample",
},
{
TaskID:5,
TaskName:"获取总线电流",
TaskBrief:"测量总线基本电流",
ParamInfo:[],
ReturnInfo:["总线正电流 0.1uA","总线反电流 0.1uA"],
CommTestCmd:"ResistorSample",
},
{
TaskID:6,
TaskName:"使能MTP",
TaskBrief:"使能MTP擦写，0失能/1使能",
ParamInfo:["是否使能"],
ReturnInfo:[],
CommTestCmd:"ResistorSample",
},
{
TaskID:7,
TaskName:"扫描UID",
TaskBrief:"扫描总线上的电子模块",
ParamInfo:["UID长度","是否使能UID对比","是否使能反馈监控"],
ReturnInfo:["最大反馈电流","最大反馈时间","最小反馈电流","最小反馈时间","UID 0~1","UID 2~3","UID 4~5","UID 6~7"],
CommTestCmd:"ResistorSample",
},
{
TaskID:8,
TaskName:"写配置参数",
TaskBrief:"写模块运行时的配置参数",
ParamInfo:["起爆MOS选择 0内部/1外部","通信信号源 0:rxh 1:rxl 2:rx","通信模式 1:差分 2:单端","起爆日志标记周期 0:不标记 1:5ms 2:10ms 3:20ms 4:50ms 5:10ms 6:150ms 7:200ms","UID长度","密码长度","模块版本"],
ReturnInfo:[],
CommTestCmd:"ResistorSample",
},
{
TaskID:9,
TaskName:"检测配置参数",
TaskBrief:"检测模块运行时的配置参数",
ParamInfo:["起爆MOS选择 0内部/1外部","通信信号源 0:rxh 1:rxl 2:rx","通信模式 1:差分 2:单端","起爆日志标记周期 0:不标记 1:5ms 2:10ms 3:20ms 4:50ms 5:10ms 6:150ms 7:200ms","UID长度","密码长度","模块版本"],
ReturnInfo:[],
CommTestCmd:"ResistorSample",
},
{
TaskID:10,
TaskName:"验证配置",
TaskBrief:"验证配置",
ParamInfo:["掩码低2byte","掩码高2byte","比较低2byte","比较高2byte"],
ReturnInfo:[],
CommTestCmd:"ResistorSample",
},
{
TaskID:11,
TaskName:"模拟注码",
TaskBrief:"写入测试用的UID和密码，此任务之前要先写配置参数",
ParamInfo:[],
ReturnInfo:[],
CommTestCmd:"ResistorSample",
},
{
TaskID:12,
TaskName:"模拟注码验证",
TaskBrief:"写入测试用的UID和密码，此任务之前要先写三码数据",
ParamInfo:[],
ReturnInfo:[],
CommTestCmd:"ResistorSample",
},
{
TaskID:13,
TaskName:"芯片自检",
TaskBrief:"芯片自检",
ParamInfo:["自检模式","自检时间ms"],
ReturnInfo:["自检模式0x08的回读数据"],
CommTestCmd:"ResistorSample",
},
{
TaskID:14,
TaskName:"状态检测",
TaskBrief:"状态码比较",
ParamInfo:["掩码参数","比较结果值"],
ReturnInfo:["状态值低2byte","状态值高2byte"],
CommTestCmd:"ResistorSample",
},
{
TaskID:15,
TaskName:"充电",
TaskBrief:"充电",
ParamInfo:["充电模式","充电分组"],
ReturnInfo:[],
CommTestCmd:"ResistorSample",
},
{
TaskID:16,
TaskName:"放电",
TaskBrief:"放电",
ParamInfo:[],
ReturnInfo:[],
CommTestCmd:"ResistorSample",
},
{
TaskID:17,
TaskName:"写延时",
TaskBrief:"写延时",
ParamInfo:["延时ms"],
ReturnInfo:[],
CommTestCmd:"ResistorSample",
},
{
TaskID:18,
TaskName:"读延时",
TaskBrief:"读延时",
ParamInfo:[],
ReturnInfo:["延时值ms"],
CommTestCmd:"ResistorSample",
},
{
TaskID:19,
TaskName:"时钟校准",
TaskBrief:"时钟校准",
ParamInfo:["校准周期ms","校准脉冲数"],
ReturnInfo:["校准值，真实值的4倍"],
CommTestCmd:"ResistorSample",
},
{
TaskID:20,
TaskName:"设置通信地址",
TaskBrief:"设置通信地址",
ParamInfo:["通信地址","设置模式 0:系统 1:UID配置地址 2:快速配置","延时"],
ReturnInfo:["延时"],
CommTestCmd:"ResistorSample",
},
{
TaskID:21,
TaskName:"状态巡检",
TaskBrief:"测试系统只能巡检一个地址，起始地址应该大于1，结束地址小于1024,两个地址差值应该小于256",
ParamInfo:["起始地址","结束地址","状态码"],
ReturnInfo:["地址结果"],
CommTestCmd:"ResistorSample",
},
{
TaskID:22,
TaskName:"起爆使能",
TaskBrief:"起爆使能",
ParamInfo:[],
ReturnInfo:[],
CommTestCmd:"ResistorSample",
},
{
TaskID:23,
TaskName:"起爆检测",
TaskBrief:"起爆",
ParamInfo:["采样超时0.01ms","起爆电流AD","延迟采样ms"],
ReturnInfo:["等待时间 0.01ms"],
CommTestCmd:"ResistorSample",
},
{
TaskID:24,
TaskName:"写入缓存数据",
TaskBrief:"写入缓存数据",
ParamInfo:["MTP地址","缓存地址","写入字节数"],
ReturnInfo:[],
CommTestCmd:"ResistorSample",
},
{
TaskID:25,
TaskName:"验证缓存数据",
TaskBrief:"验证缓存数据",
ParamInfo:["MTP地址","缓存地址","写入字节数"],
ReturnInfo:[],
CommTestCmd:"ResistorSample",
},
{
TaskID:26,
TaskName:"关总线",
TaskBrief:"关总线",
ParamInfo:[],
ReturnInfo:[],
CommTestCmd:"ResistorSample",
},
{
TaskID:27,
TaskName:"升级",
TaskBrief:"EW模块升级 升级模式 0:无app时升级 1:无条件升级",
ParamInfo:["充电时间 ms","app启动时间 ms","总线关断时间 ms","升级模式"],
ReturnInfo:["错误代码"],
CommTestCmd:"ResistorSample",
},
{
TaskID:28,
TaskName:"充能统计",
TaskBrief:"充能统计",
ParamInfo:["充电挡位","充电超时0.1us","充电电流判线 AD值","充末电流结束值 0.1uA","充电最长时间 0.1s","充电高压保持时间 0.1s"],
ReturnInfo:["充能值 0.1ms","充末电流 0.1uA","充电最大电流 0.1mA","充电抖动幅值 adv"],
CommTestCmd:"ResistorSample",
},
{
TaskID:29,
TaskName:"异常判定",
TaskBrief:"对已检项目进行异常判定，如果异常判定结果不在过滤范围内，则此任务失败",
ParamInfo:["过滤值1","过滤值2","过滤值3","过滤值4","过滤值5","过滤值6","过滤值7","过滤值8","过滤值9","过滤值10",],
ReturnInfo:[],
CommTestCmd:"ResistorSample",
},
{
TaskID:30,
TaskName:"重新执行任务",
TaskBrief:"重新执行指定序号的任务，本次执行会覆盖之前的结果",
ParamInfo:["需要重新执行的任务序号"],
ReturnInfo:[],
CommTestCmd:"ResistorSample",
},
{
TaskID:31,
TaskName:"写三码数据",
TaskBrief:"写入缓存的三码数据，此任务之前要先写配置参数",
ParamInfo:[],
ReturnInfo:[],
CommTestCmd:"ResistorSample",
},
{
TaskID:32,
TaskName:"校验三码数据",
TaskBrief:"验证写入的三码数据，此任务之前要先写三码数据",
ParamInfo:[],
ReturnInfo:[],
CommTestCmd:"ResistorSample",
},
{
TaskID:33,
TaskName:"配置三码数据到小板",
TaskBrief:"先把三码数据写入小板缓存，然后才能使用三码绑定任务",
ParamInfo:["uid,pwd长度","数据0,1","数据2,3","数据4,5","数据6,7","数据8,9","数据10,11","数据12,13","数据14,15","数据16,17",],
ReturnInfo:[],
CommTestCmd:"ResistorSample",
},
{
TaskID:34,
TaskName:"任务插槽",
TaskBrief:"程序可以动态添加要执行的任务，此任务将执行所有序号匹配的动态任务",
ParamInfo:["插槽序号"],
ReturnInfo:[],
CommTestCmd:"ResistorSample",
},
{
TaskID:35,
TaskName:"读取MTP",
TaskBrief:"从指定mtp地址读取数据",
ParamInfo:["mtp地址(4byte寻址)","读取长度(byte)",],
ReturnInfo:["数据0,1","数据2,3","数据4,5","数据6,7","数据8,9","数据10,11","数据12,13","数据14,15",],
CommTestCmd:"ResistorSample",
},
{
TaskID:36,
TaskName:"写入MTP",
TaskBrief:"写入数据到指定mtp地址",
ParamInfo:["mtp地址(4byte寻址)","写入长度(byte)","数据0,1","数据2,3","数据4,5","数据6,7","数据8,9","数据10,11","数据12,13","数据14,15",],
ReturnInfo:[],
CommTestCmd:"ResistorSample",
},
{
TaskID:37,
TaskName:"设置电阻校准值",
TaskBrief:"电阻测量的校准值，不建议将此任务添加进方案中",
ParamInfo:["电阻校准值"],
ReturnInfo:[],
CommTestCmd:"ResistorSample",
},
{
TaskID:38,
TaskName:"读取流水号",
TaskBrief:"读取27bit的流水号数据，对比失败则此任务失败",
ParamInfo:["要校验的流水号低2字节","要校验的流水号高2字节"],
ReturnInfo:["读取的流水号低2字节","读取的流水号高2字节"],
CommTestCmd:"ResistorSample",
},
{
TaskID:39,
TaskName:"写入流水号",
TaskBrief:"采用读改写的方式写入27bit的流水号数据",
ParamInfo:["要写入的流水号低2字节","要写入的流水号高2字节"],
ReturnInfo:[],
CommTestCmd:"ResistorSample",
},
{
TaskID:40,
TaskName:"写固定延时",
TaskBrief:"写入延时并掉电保存，需要复位后刷新",
ParamInfo:["延时值ms"],
ReturnInfo:[],
CommTestCmd:"ResistorSample",
},
{
TaskID:41,
TaskName:"复位",
TaskBrief:"0复位至bootloader，1复位至app",
ParamInfo:["复位类型"],
ReturnInfo:[],
CommTestCmd:"ResistorSample",
},
];
EW_ErrorInfo={
//错误描述
//主错误段
MajorErrInfo:[
{Info:"执行成功",MajorErrCode:0,SubErrCode:[]},
{Info:"检测器异常",MajorErrCode:1,SubErrCode:[21,23,254]},
{Info:"主电容异常",MajorErrCode:2,SubErrCode:[30,31,32,33,34,35,42]},
{Info:"接触异常",MajorErrCode:3,SubErrCode:[27]},
{Info:"桥丝阻值异常",MajorErrCode:4,SubErrCode:[30,41,42,51]},
{Info:"芯片异常",MajorErrCode:5,SubErrCode:[22,24,25,26,27,28,29,30,32,33,35,36,37,38,39,40,41,42,43,44,45,52,53,54]},
{Info:"判定任务缺失",MajorErrCode:6,SubErrCode:[212]},
{Info:"过流",MajorErrCode:7,SubErrCode:[]},
{Info:"短路",MajorErrCode:8,SubErrCode:[]},
{Info:"未执行槽任务",MajorErrCode:9,SubErrCode:[]},
{Info:"槽任务参数错误",MajorErrCode:10,SubErrCode:[]},
{Info:"其他异常",MajorErrCode:20,SubErrCode:[255,208,209,210,211,212,213]},
],//需要根据返回参数进行判断]
SubErrInfo:[
//详细错误段
{Info:"无异常",ErrCode:0,
ErrFac:["当检测任务不产生异常时使用此错误码"]},
{Info:"预设电压异常",ErrCode:21,
ErrFac:["1.检测小板电压调节失效，存在无法设置的电压"]},
{Info:"上电充能错误",ErrCode:22,
ErrFac:["1.检测器输出电压异常","2.模块上电容性负载大","3.模块基本电路异常"],
},
{Info:"电压设置异常",ErrCode:23,
ErrFac:["1.检测小板输出电压异常","2.外部短路，导致过流保护"]
},
{Info:"UID扫描错误",ErrCode:24,
ErrFac:["1.芯片通信异常","2.OTP中UID非0(启用了UID全0检测)"]},
{Info:"OTP错误",ErrCode:25,
ErrFac:["1.OTP数据非全0(启用了全0检测)"]
},
{Info:"通讯电流错误",ErrCode:26,
ErrFac:["1.芯片反码电流异常"]
},
{Info:"基本电流错误",ErrCode:27,
ErrFac:["1.芯片的静态功耗异常","2.检测器输出电压异常"]
},
{Info:"读取芯片ID错误",ErrCode:28,
ErrFac:["1.通信错误"]
},
{Info:"密码验证错误",ErrCode:29,
ErrFac:["1.芯片异常，内部密码与严重密码不一致"]
},
{Info:"DAC比较错误",ErrCode:30,
ErrFac:["1.芯片异常，检测DAC不准","2.电容端电压异常，不符合检测要求","3.高压或充电降压通信异常","4.芯片充电漏流偏大"]
},
{Info:"高压充能错误",ErrCode:31,
ErrFac:["1.电容漏流","2.电容容值偏低或偏大","3.芯片充电漏流,充电回路或起爆回路","4.芯片高压基本电流偏大","5.芯片异常，充电电流偏小"]
},
{Info:"充电电流错误",ErrCode:32,
ErrFac:["1.芯片异常，充电电流符合指标"]
},
{Info:"高压充末电流错误",ErrCode:33,
ErrFac:["1.电容漏流","2.芯片充电回路漏流或起爆回路漏流","3.芯片高压基本电流偏大"],
},
{Info:"低压充电能量错误",ErrCode:34,
ErrFac:["1.电容漏流","2.电容容值偏低或偏大","3.芯片充电漏流,充电回路或起爆回路","4.芯片低压基本电流偏大","5.芯片异常，充电电流偏小","6.高压充电后不能放电"],
},
{Info:"低压充末电流错误",ErrCode:35,
ErrFac:["1.电容漏流","2.芯片充电回路漏流或起爆回路漏流","3.芯片基本功耗偏大"],
},
{Info:"写延时错误",ErrCode:36,
ErrFac:["1.芯片设置延时功能异常","2.通信异常"]
},
{Info:"读延时错误",ErrCode:37,
ErrFac:["1.芯片读延时功能异常","2.通信异常"]
},
{Info:"芯片程测错误",ErrCode:38,
ErrFac:["1.芯片成测标记错误，非全FFFF","2.通信异常"]
},
{Info:"时钟校准错误",ErrCode:39,
ErrFac:["1.检测器命令执行异常"],
},
{Info:"写工厂信息错误",ErrCode:40,
ErrFac:["1.OTP数据写入出错","2.通信异常"]
},
{Info:"模拟起爆错误",ErrCode:41,
ErrFac:["1.发送起爆指令后无应答"]},
{Info:"芯片状态码异常",ErrCode:42,
ErrFac:["1.状态码与设置的掩码不匹配","2.通讯异常"]
},
{Info:"通信电流错误",ErrCode:43,
ErrFac:["1.芯片异常","2.检测器异常"],
},
{Info:"反码时长错误",ErrCode:44,
ErrFac:["1.芯片异常，通讯无反码","2.通讯反码电流低，不能识别"]
},
{Info:"复位放电错误",ErrCode:45,
ErrFac:["1.高压充电后降压通讯异常","2.芯片复位不能正常放电","3.芯片异常，指令不执行"],
},
{Info:"桥丝阻值异常",ErrCode:51,
ErrFac:["1.桥丝电阻不符合标准","2.测试设备校准偏差"],
},
{Info:"三码绑定失败",ErrCode:52,
ErrFac:["1.模块已注过码","2.芯片异常，无法注码"],
},
{Info:"三码验证失败",ErrCode:53,
ErrFac:["1.芯片异常，注码后验证失败"],
},
{Info:"升级失败",ErrCode:54,
ErrFac:["1.芯片异常","2.通信异常","3.模块程序执行异常"],
},
{Info:"通信超时",ErrCode:208,
ErrFac:["1.小板状态异常，不响应通信指令","2.小板与主板之间通信异常"],
},
{Info:"脚本执行失败",ErrCode:209,
ErrFac:["1.脚本功能异常","2.配置文件配置为不使用脚本"],
},
{Info:"数据长度与方案不符",ErrCode:210,
ErrFac:["1.小板和主板使用的方案不同，更新方案即可","2.脚本功能异常"],
},
{Info:"方案ID不符",ErrCode:211,
ErrFac:["1.使用的方案和脚本适配的方案不适配，更换相应的脚本或者方案即可"],
},
{Info:"检测项目不足",ErrCode:212,
ErrFac:["1.方案中未执行异常判定所需的任务，无法判定异常","2.脚本功能异常"],
},
{Info:"数据不合规",ErrCode:213,
ErrFac:["1.用于判定的数据不具有正常的电性能检测规律，模块检测时不应出现此错误","2.脚本功能异常",
"3.方案中相关异常判定参数设置不合理","4.小板和主板使用的方案不同但数据返回长度相同，导致错误解释了返回数据的含义"],
},
{Info:"检测器执行异常",ErrCode:254,
ErrFac:["广播类命令执行错误"],
},
{Info:"返回参数判断",ErrCode:255,
ErrFac:[],
},//需要通过指标判断
],
};
var EW_Product_Names=["EJ01","EJ03","EJ04","EJ05","EJ06","EJ09","EJ10","EQ09"];

490
web/layui/Checker/JQChecker.js Normal file
View File

@@ -0,0 +1,490 @@
var JQCheckerTaskInfo=[
{
TaskID: 0,
TaskName: "电源准备",
TaskBrief: "检测前校准检测过程中需要使用的电压，便于检测过程中快速输出电压。电压范围55~270",
ParamInfo: ["预设电压1", "预设电压2", "预设电压3", "预设电压4", "预设电压5", "预设电压6", "预设电压7", "预设电压8", "预设电压9", "预设电压10",],
ReturnInfo: [],
CommTestCmd: "PowerPrapare",
}, {
TaskID: 1,
TaskName: "上电充能",
TaskBrief: "统计上电瞬间，模块功耗。电流计数方式 A = 3.3*ADC/4096/510/11",
ParamInfo: ["总线电压", "采样超时0.1ms", "计时启停ADC"],
ReturnInfo: ["总线电压", "大于启停的时间"],
CommTestCmd: "PowerOn",
}, {
TaskID: 2,
TaskName: "设置总线电压",
TaskBrief: "设置总线电压为预设电压中的值",
ParamInfo: ["总线电压"],
ReturnInfo: ["总线电压"],
CommTestCmd: "SetBusV",
}, {
TaskID: 3,
TaskName: "获取总线电流",
TaskBrief: "获取总线正反两个极性电流",
ParamInfo: [],
ReturnInfo: ["总线正电流", "总线反电流"],
CommTestCmd: "BaseCur",
}, {
TaskID: 4,
TaskName: "扫描UID",
TaskBrief: "芯片通信测试，分配网络地址。芯片复位后，第一条通信测试命令",
ParamInfo: ["使1/失0反码采集", "使0/失1UID全0验证"],
ReturnInfo: ["最大反馈电流", "最大反馈时间", "最小反馈电流", "最小反馈时间", "1字节", "3字节", "5字节", "7字节"],
CommTestCmd: "ScanUID",
}, {
TaskID: 5,
TaskName: "密码验证",
TaskBrief: "芯片密码验证",
ParamInfo: ["0码/1原码验证"],
ReturnInfo: [],
CommTestCmd: "PWCheck",
}, {
TaskID: 6,
TaskName: "读取芯片代码",
TaskBrief: "读取芯片代码",
ParamInfo: [],
ReturnInfo: ["2字节代码"],
CommTestCmd: "ReadChipID",
}, {
TaskID: 7,
TaskName: "OTP检测",
TaskBrief: "对OTP数据进行检测,可屏蔽检测区域",
ParamInfo: ["1关/0检UID密码为0", "1关/0检延时保留区为0", "1关/0检用户区为0"],
ReturnInfo: [],
CommTestCmd: "OTPCheck",
}, {
TaskID: 8,
TaskName: "工厂程测检测",
TaskBrief: "芯片出厂检测，会在24 25区写0xFF",
ParamInfo: [],
ReturnInfo: [],
CommTestCmd: "FTCheck",
}, {
TaskID: 9,
TaskName: "读芯片状态",
TaskBrief: "将芯片状态值与参数值进行算术与操作，等于参数值表示执行成功",
ParamInfo: ["状态值掩码"],
ReturnInfo: [],
CommTestCmd: "ReadState",
}, {
TaskID: 10,
TaskName: "写工厂信息",
TaskBrief: "在OTP 20~23区间写入工厂数据",
ParamInfo: ["2字节数据", "2字节数据"],
ReturnInfo: [],
CommTestCmd: "WriteUserInfo",
}, {
TaskID: 11,
TaskName: "充能统计",
TaskBrief: "充能统会发送充电命令，计电流判线设定值，从上升到下降的时间。\
同时记录充过程中最大电流。以及结束高压充电的总线电流和充电电流监控时间。\
充电电流判线计数公式 电流=AD/4093*3.3/100/11",
ParamInfo: ["超时0.1us", "电流判线AD", "充电结束值0.1uA", "充电超时0.1S", "电流监控0.1S"],
ReturnInfo: ["充能值0.1ms", "充末电流0.1uA", "最大充电电流0.1mA", "充电抖动ADV"],
CommTestCmd: "ChgEnergy",
}, {
TaskID: 12,
TaskName: "充电电压检测",
TaskBrief: "由高向低扫描芯片电压检测值,扫描失败返回值为0",
ParamInfo: ["起始DAC", "结束DAC"],
ReturnInfo: ["扫描通过的DAC"],
CommTestCmd: "CheckDAC",
}, {
TaskID: 13,
TaskName: "延时等待",
TaskBrief: "延时流程，同时可以启动总线电流监测 设置单位0.1S。波动DAC换算 Vad/4096*3.3/100/11",
ParamInfo: ["延时时间", "使1/失0电流监控"],
ReturnInfo: ["电流波动DAC"],
CommTestCmd: "WaitDelay",
}, {
TaskID: 14,
TaskName: "写延时",
TaskBrief: "向延时寄存器写入数据",
ParamInfo: ["延时"],
ReturnInfo: [],
CommTestCmd: "SetDelay",
}, {
TaskID: 15,
TaskName: "读延时",
TaskBrief: "读延时寄存器",
ParamInfo: [],
ReturnInfo: ["延时值"],
CommTestCmd: "ReadDelay",
}, {
TaskID: 16,
TaskName: "时钟校准",
TaskBrief: "发送校准脉冲",
ParamInfo: ["脉冲周期", "脉冲个数"],
ReturnInfo: [],
CommTestCmd: "ClkTrim",
}, {
TaskID: 17,
TaskName: "放电",
TaskBrief: "发送放电命令,使能快速放电，还需要配置放电时间。快速放电仅JQ2012才有。放电时间单位0.1S，该值应该大于0快速放电才有效",
ParamInfo: ["0/1使能快速", "快速时间"],
ReturnInfo: [],
CommTestCmd: "Discharge",
}, {
TaskID: 18,
TaskName: "复位放电",
TaskBrief: "执行复位和放电，并检测复测成功",
ParamInfo: [],
ReturnInfo: [],
CommTestCmd: "Reset",
}, {
TaskID: 19,
TaskName: "起爆使能",
TaskBrief: "发送起爆使能命令",
ParamInfo: [],
ReturnInfo: [],
CommTestCmd: "BootEn",
}, {
TaskID: 20,
TaskName: "起爆充能",
TaskBrief: "发送起爆命令后，检测起爆完成后对电容的充电。判断电流上升沿到下降沿的时间。充能电流ADC/4096*3.3/100/21",
ParamInfo: ["电流判线AD", "起爆脉冲个数", "延时采集时间"],
ReturnInfo: ["充能时间", "充电电流", "充电电流波动"],
CommTestCmd: "BoomEnergy",
}, {
TaskID: 21,
TaskName: "使能通讯末电流采集",
TaskBrief: "启动命令通讯结束后电流采集，与获取通讯电流配合。两个任务间应该避免充电、OTP写和起爆操作",
ParamInfo: [],
ReturnInfo: [],
CommTestCmd: "EnCommEndCur",
}, {
TaskID: 22,
TaskName: "获取通讯末电流",
TaskBrief: "获取通讯电流配合与使能通讯末电流采集，获取两个任务间，通讯完成后的最大电流",
ParamInfo: [],
ReturnInfo: ["通讯末电流"],
CommTestCmd: "GetCommEndCur",
}, {
TaskID: 23,
TaskName: "写OTP数据",
TaskBrief: "向芯片OTP中写入数据",
ParamInfo: ["OTP地址", "数据长度", "1数据", "3数据", "5数据", "7数据"],
ReturnInfo: [],
CommTestCmd: "WriteOTP",
}, {
TaskID: 24,
TaskName: "读OTP数据",
TaskBrief: "从芯片OTP中读取数据",
ParamInfo: ["OTP地址", "数据长度"],
ReturnInfo: ["nBytesOTP数据"],
CommTestCmd: "ReadOTP",
}, {
TaskID: 25,
TaskName: "清除起爆命令",
TaskBrief: "起爆脉冲重新计算",
ParamInfo: [],
ReturnInfo: [],
CommTestCmd: "ClearBoom",
}, {
TaskID: 26,
TaskName: "关总线",
TaskBrief: "关闭总线输出",
ParamInfo: [],
ReturnInfo: [],
CommTestCmd: "PowerOff",
}, {
TaskID: 27,
TaskName: "缓存写入OTP",
TaskBrief: "缓存数据写入OTP数据",
ParamInfo: ["OTP 地址", "缓存区起始", "写入数据长度"],
ReturnInfo: [],
CommTestCmd: "PowerOff",
},
{
TaskID: 28,
TaskName: "三码绑定",
TaskBrief: "注码检测指令使用，直接使用命令中的三码数据",
ParamInfo: [],
ReturnInfo: [],
CommTestCmd: "BindUIDPWD",
}, {
TaskID: 29,
TaskName: "验证三码",
TaskBrief: "验证芯片三码数据，直接使用命令中的三码数据",
ParamInfo: [],
ReturnInfo: [],
CommTestCmd: "VerifyUIDPWD",
}, {
TaskID: 30,
TaskName: "电容压差",
TaskBrief: "充电后，总线断电测试电容给芯片供电，评估芯片延时功耗",
ParamInfo: ["断电时间0.1S"],
ReturnInfo: ["压差mV"],
CommTestCmd: "CapVoltage",
}, {
TaskID: 31,
TaskName: "桥丝电阻测试",
TaskBrief: "测量桥丝阻值。可配置测量模式 0 4线制， 1 2线1-4通，2 2线2-3通",
ParamInfo: ["测量模式"],
ReturnInfo: ["电阻0.01Ω"],
CommTestCmd: "ResistorSample",
}, {
TaskID: 32,
TaskName: "使能OTP",
TaskBrief: "OTP使能命令",
ParamInfo: [],
ReturnInfo: [],
CommTestCmd: "EnOTPW",
}, {
TaskID: 33,
TaskName: "写版本",
TaskBrief: "写入模块版本号到OTP 20地址，该值应该小于32",
ParamInfo: ["版本号"],
ReturnInfo: [],
CommTestCmd: "WriteVersion",
}, {
TaskID: 34,
TaskName: "读版本",
TaskBrief: "获取写入的版本号",
ParamInfo: [],
ReturnInfo: ["版本号"],
CommTestCmd: "ReadVersion",
}, {
TaskID: 35,
TaskName: "写缓存数据",
TaskBrief: "将系统缓存区的数据写入到OTP中，主要用于写工厂信息",
ParamInfo: ["OTP地址", "缓存地址", "写入长度"],
ReturnInfo: [],
CommTestCmd: "WriteFacBuff",
}, {
TaskID: 36,
TaskName: "验证缓存数据",
TaskBrief: "对比缓存数据与OTP数据",
ParamInfo: ["OTP地址", "缓存地址", "验证长度"],
ReturnInfo: [],
CommTestCmd: "VerifyFacBuff",
},
{
TaskID: 37,
TaskName: "验证延时时间",
TaskBrief: "验证延时和otp是否相等",
ParamInfo: [],
ReturnInfo: [],
CommTestCmd: "VerifyFacBuff",
},
{
TaskID: 38,
TaskName: "切换总线极性",
TaskBrief: "反复切换总线极性，输出最后一次极性切换后的电流",
ParamInfo: ["间隔时间ms", "切换次数"],
ReturnInfo: [],
CommTestCmd: "VerifyFacBuff",
},
{
TaskID: 39,
TaskName: "异常判定",
TaskBrief: "对已检项目进行异常判定，如果异常判定结果不在过滤范围内，则此任务失败",
ParamInfo: ["过滤值1", "过滤值2", "过滤值3", "过滤值4", "过滤值5", "过滤值6", "过滤值7", "过滤值8", "过滤值9", "过滤值10",],
ReturnInfo: [],
CommTestCmd: "ResistorSample",
},
{
TaskID: 40,
TaskName: "重新执行任务",
TaskBrief: "重新执行指定序号的任务，本次执行会覆盖之前的结果",
ParamInfo: ["需要重新执行的任务序号"],
ReturnInfo: [],
CommTestCmd: "ResistorSample",
},
{
TaskID: 41,
TaskName: "配置三码数据到小板",
TaskBrief: "先把三码数据写入小板缓存，然后才能使用三码绑定任务",
ParamInfo: ["uid,pwd长度", "数据0,1", "数据2,3", "数据4,5", "数据6,7", "数据8,9", "数据10,11", "数据12,13", "数据14,15", "数据16,17",],
ReturnInfo: [],
CommTestCmd: "ResistorSample",
},
{
TaskID: 42,
TaskName: "任务插槽",
TaskBrief: "程序可以动态添加要执行的任务，此任务将执行所有序号匹配的动态任务",
ParamInfo: ["插槽序号"],
ReturnInfo: [],
CommTestCmd: "ResistorSample",
},
{
TaskID: 43,
TaskName: "设置电阻校准值",
TaskBrief: "电阻测量的校准值，不建议将此任务添加进方案中",
ParamInfo: ["电阻校准值"],
ReturnInfo: [],
CommTestCmd: "ResistorSample",
},
{
TaskID: 44,
TaskName: "写入流水号",
TaskBrief: "采用读改写的方式写入27bit的流水号数据",
ParamInfo: ["要写入的流水号低2字节", "要写入的流水号高2字节"],
ReturnInfo: [],
CommTestCmd: "ResistorSample",
},
{
TaskID: 45,
TaskName: "读取流水号",
TaskBrief: "读取27bit的流水号数据，对比失败则此任务失败",
ParamInfo: ["要校验的流水号低2字节", "要校验的流水号高2字节"],
ReturnInfo: ["读取的流水号低2字节", "读取的流水号高2字节"],
CommTestCmd: "ResistorSample",
},
{
TaskID: 46,
TaskName: "写固定延时",
TaskBrief: "写入延时并掉电保存",
ParamInfo: ["延时值ms"],
ReturnInfo: [],
CommTestCmd: "ResistorSample",
},
];
JQ_ErrorInfo={
//错误描述
//主错误段
MajorErrInfo:[
{Info:"执行成功",MajorErrCode:0,SubErrCode:[]},
{Info:"检测器异常",MajorErrCode:1,SubErrCode:[21,23,254]},
// 主电容异常移除 dac比较错误30，状态错误42
// 如果有电容异常，在充能阶段已经暴露
{Info:"主电容异常",MajorErrCode:2,SubErrCode:[31,32,33,34,35]},
{Info:"接触异常",MajorErrCode:3,SubErrCode:[27]},
// 桥丝异常移除 41，42
// 如果有桥丝异常，在dac比较阶段和电阻检阶段已暴露
{Info:"桥丝阻值异常",MajorErrCode:4,SubErrCode:[30,51]},
// 移除上电充能异常22，加入其他异常
{Info:"芯片异常",MajorErrCode:5,SubErrCode:[24,25,26,27,28,29,30,32,33,35,36,37,38,39,40,41,42,43,44,45,52,53,54]},
{Info:"判定任务缺失",MajorErrCode:6,SubErrCode:[212]},
{Info:"过流",MajorErrCode:7,SubErrCode:[]},
{Info:"短路",MajorErrCode:8,SubErrCode:[]},
{Info:"未执行槽任务",MajorErrCode:9,SubErrCode:[]},
{Info:"槽任务参数错误",MajorErrCode:10,SubErrCode:[]},
{Info:"其他异常",MajorErrCode:20,SubErrCode:[22,255,208,209,210,211,212,213]},
],//需要根据返回参数进行判断]
SubErrInfo:[
//详细错误段
{Info:"无异常",ErrCode:0,
ErrFac:["当检测任务不产生异常时使用此错误码"]},
{Info:"预设电压异常",ErrCode:21,
ErrFac:["1.检测小板电压调节失效，存在无法设置的电压"]},
{Info:"上电充能错误",ErrCode:22,
ErrFac:["1.检测器输出电压异常","2.模块上电容性负载大","3.模块基本电路异常"],
},
{Info:"电压设置异常",ErrCode:23,
ErrFac:["1.检测小板输出电压异常","2.外部短路，导致过流保护"]
},
{Info:"UID扫描错误",ErrCode:24,
ErrFac:["1.芯片通信异常","2.OTP中UID非0(启用了UID全0检测)"]},
{Info:"OTP错误",ErrCode:25,
ErrFac:["1.OTP数据非全0(启用了全0检测)"]
},
{Info:"通讯电流错误",ErrCode:26,
ErrFac:["1.芯片反码电流异常"]
},
{Info:"基本电流错误",ErrCode:27,
ErrFac:["1.芯片的静态功耗异常","2.检测器输出电压异常"]
},
{Info:"读取芯片ID错误",ErrCode:28,
ErrFac:["1.通信错误"]
},
{Info:"密码验证错误",ErrCode:29,
ErrFac:["1.芯片异常，内部密码与严重密码不一致"]
},
{Info:"DAC比较错误",ErrCode:30,
ErrFac:["1.芯片异常，检测DAC不准","2.电容端电压异常，不符合检测要求","3.高压或充电降压通信异常","4.芯片充电漏流偏大"]
},
{Info:"高压充能错误",ErrCode:31,
ErrFac:["1.电容漏流","2.电容容值偏低或偏大","3.芯片充电漏流,充电回路或起爆回路","4.芯片高压基本电流偏大","5.芯片异常，充电电流偏小"]
},
{Info:"充电电流错误",ErrCode:32,
ErrFac:["1.芯片异常，充电电流符合指标"]
},
{Info:"高压充末电流错误",ErrCode:33,
ErrFac:["1.电容漏流","2.芯片充电回路漏流或起爆回路漏流","3.芯片高压基本电流偏大"],
},
{Info:"低压充电能量错误",ErrCode:34,
ErrFac:["1.电容漏流","2.电容容值偏低或偏大","3.芯片充电漏流,充电回路或起爆回路","4.芯片低压基本电流偏大","5.芯片异常，充电电流偏小","6.高压充电后不能放电"],
},
{Info:"低压充末电流错误",ErrCode:35,
ErrFac:["1.电容漏流","2.芯片充电回路漏流或起爆回路漏流","3.芯片基本功耗偏大"],
},
{Info:"写延时错误",ErrCode:36,
ErrFac:["1.芯片设置延时功能异常","2.通信异常"]
},
{Info:"读延时错误",ErrCode:37,
ErrFac:["1.芯片读延时功能异常","2.通信异常"]
},
{Info:"芯片程测错误",ErrCode:38,
ErrFac:["1.芯片成测标记错误，非全FFFF","2.通信异常"]
},
{Info:"时钟校准错误",ErrCode:39,
ErrFac:["1.检测器命令执行异常"],
},
{Info:"写工厂信息错误",ErrCode:40,
ErrFac:["1.OTP数据写入出错","2.通信异常"]
},
{Info:"模拟起爆错误",ErrCode:41,
ErrFac:["1.发送起爆指令后无应答"]},
{Info:"芯片状态码异常",ErrCode:42,
ErrFac:["1.状态码与设置的掩码不匹配","2.通讯异常"]
},
{Info:"通信电流错误",ErrCode:43,
ErrFac:["1.芯片异常","2.检测器异常"],
},
{Info:"反码时长错误",ErrCode:44,
ErrFac:["1.芯片异常，通讯无反码","2.通讯反码电流低，不能识别"]
},
{Info:"复位放电错误",ErrCode:45,
ErrFac:["1.高压充电后降压通讯异常","2.芯片复位不能正常放电","3.芯片异常，指令不执行"],
},
{Info:"桥丝阻值异常",ErrCode:51,
ErrFac:["1.桥丝电阻不符合标准","2.测试设备校准偏差"],
},
{Info:"三码绑定失败",ErrCode:52,
ErrFac:["1.模块已注过码","2.芯片异常，无法注码"],
},
{Info:"三码验证失败",ErrCode:53,
ErrFac:["1.芯片异常，注码后验证失败"],
},
{Info:"缓存信息写入失败",ErrCode:54,
ErrFac:["1.系统内部缓存数据异常","2.芯片数据写入异常"],
},
{Info:"通信超时",ErrCode:208,
ErrFac:["1.小板状态异常，不响应通信指令","2.小板与主板之间通信异常"],
},
{Info:"脚本执行失败",ErrCode:209,
ErrFac:["1.脚本功能异常","2.配置文件配置为不使用脚本"],
},
{Info:"数据长度与方案不符",ErrCode:210,
ErrFac:["1.小板和主板使用的方案不同，更新方案即可","2.脚本功能异常"],
},
{Info:"方案ID不符",ErrCode:211,
ErrFac:["1.使用的方案和脚本适配的方案不适配，更换相应的脚本或者方案即可"],
},
{Info:"检测项目不足",ErrCode:212,
ErrFac:["1.方案中未执行异常判定所需的任务，无法判定异常","2.脚本功能异常"],
},
{Info:"数据不合规",ErrCode:213,
ErrFac:["1.用于判定的数据不具有正常的电性能检测规律，模块检测时不应出现此错误","2.脚本功能异常",
"3.方案中相关异常判定参数设置不合理","4.小板和主板使用的方案不同但数据返回长度相同，导致错误解释了返回数据的含义"],
},
{Info:"检测器执行异常",ErrCode:254,
ErrFac:["广播类命令执行错误"],
},
{Info:"返回参数判断",ErrCode:255,
ErrFac:[],
},//需要通过指标判断
],
};
var JQ_Product_Names=["EJ01","EJ03","EJ04","EJ05","EJ06","EJ09","EJ10","EQ09","EQ05","EQ06","EQ07"];

452
web/layui/Checker/XTChecker.js Normal file
View File

@@ -0,0 +1,452 @@
var XTCheckerTaskInfo=[
{
TaskID:0,
TaskName:"电源准备",
TaskBrief:"检测前校准检测过程中需要使用的电压，便于检测过程中快速输出电压。电压范围55~270",
ParamInfo:["预设电压1","预设电压2","预设电压3","预设电压4","预设电压5","预设电压6","预设电压7","预设电压8","预设电压9","预设电压10",],
ReturnInfo:[],
CommTestCmd:"PowerPrapare",
},{
TaskID:1,
TaskName:"上电充能",
TaskBrief:"统计模块的上电充能，具有电压设置功能,电流= AD/4096/10/34",
ParamInfo:["总线电压","采样超时0.1ms","计时启停ADC"],
ReturnInfo:["总线电压","大于启停的时间"],
CommTestCmd:"PowerOn",
},{
TaskID:2,
TaskName:"设置总线电压",
TaskBrief:"设置总线电压为预设电压中的值",
ParamInfo:["总线电压"],
ReturnInfo:["总线电压"],
CommTestCmd:"SetBusV",
},{
TaskID:3,
TaskName:"获取总线电流",
TaskBrief:"获取总线正反两个极性电流",
ParamInfo:[],
ReturnInfo:["总线正电流","总线反电流"],
CommTestCmd:"BaseCur",
},{
TaskID:4,
TaskName:"扫描UID",
TaskBrief:"扫描总线上的电子模块 1发",
ParamInfo:["UID长度","使1/失0UID对比"],
ReturnInfo:[],
CommTestCmd:"ScanUID",
},{
TaskID:5,
TaskName:"写配置参数",
TaskBrief:"写入配置参数 UID 密码长度，反码电流挡位 版本号。 0:100uF大电解30um桥丝,1:68uF坦电容22um桥丝,2:68uF坦电容8Ω电阻,\
3:68uF坦电容6Ω电阻,4:33uF钽电容22um桥丝",
ParamInfo:["UID长度","密码长度","电流挡位","版本号"],
ReturnInfo:[],
CommTestCmd:"WriteChipCfg",
},{
TaskID:6,
TaskName:"验证配置",
TaskBrief:"写入配置参数 UID 密码长度，反码电流挡位 版本号。 0:100uF大电解30um桥丝,1:68uF坦电容22um桥丝,2:68uF坦电容8Ω电阻,\
3:68uF坦电容6Ω电阻,4:33uF钽电容22um桥丝",
ParamInfo:["UID长度","密码长度","电流挡位","版本号"],
ReturnInfo:[],
CommTestCmd:"CheckChipCfg",
},{
TaskID:7,
TaskName:"模拟注码",
TaskBrief:"写入测试UID和密码,优先配置写入配置项",
ParamInfo:[],
ReturnInfo:[],
CommTestCmd:"BindTestCode",
},{
TaskID:8,
TaskName:"充能统计",
TaskBrief:"充能统会发送充电命令，计电流判线设定值，从上升到下降的时间。\
同时记录充过程中最大电流。以及结束高压充电的总线电流和充电电流监控时间。\
充电电流判线计数公式 电流=AD/4093*3.3/100 R100_2mA_33mA_MC。\
充电挡位：17-1V 34-4V 51-10V 68-12V 85-14V 102-16V 119-18V 136-22V 153-20V",
ParamInfo:["充电挡位","统计超时","电流判线AD","充电结束值0.1uA","充电超时0.1S","电流监控0.1S"],
ReturnInfo:["充能值0.1ms","充末电流0.1uA","最大充电电流0.1mA","充电抖动ADV"],
CommTestCmd:"ChgEnergy",
},
{
TaskID:9,
TaskName:"设置现场值",
TaskBrief:"写现场值,如果UID已经写入，会将现场值读取进行比对",
ParamInfo:["编号","延时","孔号"],
ReturnInfo:[],
CommTestCmd:"WriteRunField",
},{
TaskID:10,
TaskName:"比对现场值",
TaskBrief:"对内部编号、延时、孔号进行比对,要求优先获取芯片UID",
ParamInfo:["编号","延时","孔号","1使/0失反馈采集"],
ReturnInfo:["最大反馈电流","最大反馈时间","最小反馈电流","最小反馈时间"],
CommTestCmd:"CheckRunField",
},
{
TaskID:11,
TaskName:"桥丝检测",
TaskBrief:"桥丝通断检测,如果测试器有uid，将采用uid方式通信",
ParamInfo:[],
ReturnInfo:["桥丝ADC"],
CommTestCmd:"Resister",
},{
TaskID:12,
TaskName:"电容测量",
TaskBrief:"电容容量检测,如果测试器有uid，将采用uid方式通信, 电压等级： 17-1V 34-4V 51-10V",
ParamInfo:["测试电压","超时时间0.1ms"],
ReturnInfo:["电容容量0.1uF"],
CommTestCmd:"Cap",
},{
TaskID:13,
TaskName:"延时等待",
TaskBrief:"延时等待，并监控总线电流波动",
ParamInfo:["延时时间0.1s","1使能监控"],
ReturnInfo:["电流波动AD"],
CommTestCmd:"WaitDelay",
},{
TaskID:14,
TaskName:"写管壳码",
TaskBrief:"写管壳码(工厂信息) 如果测试器有uid，将采用uid方式通信",
ParamInfo:["数据缓存起始","写入长度"],
ReturnInfo:[],
CommTestCmd:"WriteShell",
},{
TaskID:15,
TaskName:"写UID",
TaskBrief:"将缓存信息写入到芯片UID区域",
ParamInfo:["数据缓存起始","写入长度"],
ReturnInfo:[],
CommTestCmd:"WriteUID",
},{
TaskID:16,
TaskName:"写密码",
TaskBrief:"将缓存信息写入到芯片密码区域",
ParamInfo:["数据缓存起始","写入长度"],
ReturnInfo:[],
CommTestCmd:"WritePWD",
},{
TaskID:17,
TaskName:"备份区标记",
TaskBrief:"备份区标记检测,备份区用于存储检测标记",
ParamInfo:["0标记1比对","数据掩码","数据"],
ReturnInfo:[],
CommTestCmd:"CheckBackFlag",
},{
TaskID:18,
TaskName:"读取备份区",
TaskBrief:"读取备份区数据,备份区用于被标记检测，外部测量电阻值，内部测量ADC",
ParamInfo:["2Bytes数据","2Bytes数据"],
ReturnInfo:[],
CommTestCmd:"ReadBackFlag",
},{
TaskID:19,
TaskName:"时钟校准",
TaskBrief:"发送校准脉冲",
ParamInfo:[" 1快速0全","校准周期","校准时长"],
ReturnInfo:[],
CommTestCmd:"Trim",
},{
TaskID:20,
TaskName:"使能通信电流采集",
TaskBrief:"使能通信末电流采集，对下行命令发送完成后电流进行采集",
ParamInfo:[],
ReturnInfo:[],
CommTestCmd:"EnCommEndCur",
},{
TaskID:21,
TaskName:"获取通信末电流",
TaskBrief:"需要先执行使能通信电流采集，然后该命令获取使能后通信末的电流",
ParamInfo:[],
ReturnInfo:["通信末电流"],
CommTestCmd:"GetCommEndCur",
},{
TaskID:22,
TaskName:"放电",
TaskBrief:"执行快速放电命令",
ParamInfo:[],
ReturnInfo:[],
CommTestCmd:"Discharge",
},{
TaskID:23,
TaskName:"在线检测",
TaskBrief:"在线巡检，根据网络号点名，比对是否正确 ",
ParamInfo:["网络号","脉冲个数"],
ReturnInfo:[],
CommTestCmd:"OneLineCheck",
},{
TaskID:24,
TaskName:"状态码检测",
TaskBrief:"状态检测,如果UID已经存在，使用UID读取。否则通过扫描的方式",
ParamInfo:["比较掩码","比较位"],
ReturnInfo:["状态值"],
CommTestCmd:"CheckState",
},{
TaskID:25,
TaskName:"起爆",
TaskBrief:"检测是否满足起爆调节，执行起爆，接收起爆后反馈",
ParamInfo:["起爆超时0.1ms","巡检脉冲"],
ReturnInfo:["起爆用时","网络号"],
CommTestCmd:"Boom",
},{
TaskID:26,
TaskName:"复位",
TaskBrief:"执行软件复位命令",
ParamInfo:[],
ReturnInfo:[],
CommTestCmd:"Reset",
},{
TaskID:27,
TaskName:"关总线",
TaskBrief:"发送放电后关闭总线",
ParamInfo:[],
ReturnInfo:[],
CommTestCmd:"PowerOFF",
},{
TaskID:28,
TaskName:"芯片锁存",
TaskBrief:"锁存芯片C类指令",
ParamInfo:[],
ReturnInfo:[],
CommTestCmd:"LockCmdC",
},{
TaskID:29,
TaskName:"赋码设备使能",
TaskBrief:"设置赋码标志位，在接收到赋码命令后，可跳过总线开启和在线检测",
ParamInfo:[],
ReturnInfo:[],
CommTestCmd:"CodeBindEn",
},{
TaskID:30,
TaskName:"接入检测",
TaskBrief:"通过电流和通信，检测模块是否接入",
ParamInfo:[],
ReturnInfo:[],
CommTestCmd:"InputCheck",
},{
TaskID:31,
TaskName:"密码验证",
TaskBrief:"验证内部存储的密码，首先需要执行写入密码或模拟注码",
ParamInfo:[],
ReturnInfo:[],
CommTestCmd:"CheckPWD",
},{
TaskID:32,
TaskName:"加载配置",
TaskBrief:"获取芯片内部UID长度，密码长度、版本号信息、反码电流信息",
ParamInfo:[],
ReturnInfo:["UID长度","密码长度","版本号","反码挡位"],
CommTestCmd:"",
},{
TaskID:33,
TaskName:"电容压差",
TaskBrief:"充电后，总线断电测试电容给芯片供电，评估芯片延时功耗",
ParamInfo:["断电时间0.1S"],
ReturnInfo:["压差mV"],
CommTestCmd:"CapVoltage",
},{
TaskID:34,
TaskName:"桥丝电阻测试",
TaskBrief:"测量桥丝阻值。可配置测量模式 0 4线制， 1 2线1-4通，2 2线2-3通",
ParamInfo:["测量模式"],
ReturnInfo:["电容0.01Ω"],
CommTestCmd:"ResistorSample",
},{
TaskID:35,
TaskName:"三码绑定",
TaskBrief:"注码检测指令使用，直接使用命令中的三码数据",
ParamInfo:[],
ReturnInfo:[],
CommTestCmd:"BindUIDPWD",
},{
TaskID:36,
TaskName:"验证三码",
TaskBrief:"验证芯片三码数据，直接使用命令中的三码数据",
ParamInfo:[],
ReturnInfo:[],
CommTestCmd:"VerifyUIDPWD",
},{
TaskID:37,
TaskName:"在线检测",
TaskBrief:"在线检测 并扫描通信",
ParamInfo:["总线电压","超时1ms","UID长度"],
ReturnInfo:["总线电压"],
CommTestCmd:"OnLineSCAN",
},{
TaskID:38,
TaskName:"验证管壳/工厂信息",
TaskBrief:"验证存储再芯片管壳码区域的数据与缓存区是否一致",
ParamInfo:["缓存起始","缓存长度"],
ReturnInfo:["总线电压"],
CommTestCmd:"VerfyShell",
},
{
TaskID:201,
TaskName:"充电电流",
TaskBrief:"在线检测 并扫描通信",
ParamInfo:["充电使能","采样周期","采样次数"],
ReturnInfo:[],
CommTestCmd:"CurMonitor",
},{
TaskID:202,
TaskName:"写入缓存",
TaskBrief:"将16进制数据写入缓存空间",
ParamInfo:["缓存空间数据（不超过32字节，空格隔开）"],
ReturnInfo:[],
CommTestCmd:"SetWriteBufHex",
},
];
XT_ErrorInfo={
//错误描述
//主错误段
MajorErrInfo:[
{Info:"执行成功",MajorErrCode:0,SubErrCode:[]},
// 添加异常代码254
{Info:"检测器异常",MajorErrCode:1,SubErrCode:[21,23,254]},
{Info:"主电容异常",MajorErrCode:2,SubErrCode:[31,32,33,34,35]},
{Info:"接触异常",MajorErrCode:3,SubErrCode:[27,37]},
{Info:"桥丝阻值异常",MajorErrCode:4,SubErrCode:[30,51]},
{Info:"芯片异常",MajorErrCode:5,SubErrCode:[22,24,25,26,27,28,29,36,37,38,39,40,41,42,43,44,45,46,47,48,49,50,54,55]},
{Info:"判定任务缺失",MajorErrCode:6,SubErrCode:[212]},
{Info:"过流",MajorErrCode:7,SubErrCode:[]},
{Info:"短路",MajorErrCode:8,SubErrCode:[]},
{Info:"其他异常",MajorErrCode:20,SubErrCode:[255,208,209,210,211,212,213]},
],//需要根据返回参数进行判断]
SubErrInfo:[
//详细错误段
{Info:"预设电压异常",ErrCode:21,
ErrFac:["1.检测小板电压调节失效，存在无法设置的电压"]},
{Info:"上电充能错误",ErrCode:22,
ErrFac:["1.检测器输出电压异常","2.模块上电容性负载大","3.模块基本电路异常"],
},
{Info:"电压设置异常",ErrCode:23,
ErrFac:["1.检测小板输出电压异常","2.外部短路，导致过流保护"]
},
{Info:"UID扫描错误",ErrCode:24,
ErrFac:["1.芯片通信异常","2.芯片内部存储的UID与参考UID不一致"]},
{Info:"标记区验证错误",ErrCode:25,
ErrFac:["1.验证标志位没有置位（检测流程出错","2.芯片数据被擦写","3.通信异常"]
},
{Info:"通讯后电流错误",ErrCode:26,
ErrFac:["1.芯片执行指令异常","2.芯片通信接收功耗异常"]
},
{Info:"基本电流错误",ErrCode:27,
ErrFac:["1.芯片的静态功耗异常","2.检测器输出电压异常"]
},
{Info:"配置错误",ErrCode:28,
ErrFac:["1.芯片错误","2.通信异常"]
},
{Info:"验证配置",ErrCode:29,
ErrFac:["1.芯片内部数据与检测数据不一致，数据丢失","2.芯片通信异常","3.芯片数据被改写"]
},
{Info:"桥丝错误",ErrCode:30,
ErrFac:["1.桥丝开路，或阻值异常","2.芯片异常，检测不准"]
},
{Info:"高压充能错误",ErrCode:31,
ErrFac:["1.电容漏流","2.电容容值偏低或偏大","3.芯片充电漏流,充电回路或起爆回路","4.芯片高压基本电流偏大","5.芯片异常，充电电流偏小"]
},
{Info:"充电电流错误",ErrCode:32,
ErrFac:["1.芯片异常，充电电流符合指标"]
},
{Info:"高压充末电流错误",ErrCode:33,
ErrFac:["1.电容漏流","2.芯片充电回路漏流或起爆回路漏流","3.芯片高压基本电流偏大"],
},
{Info:"低压充电能量错误",ErrCode:34,
ErrFac:["1.电容漏流","2.电容容值偏低或偏大","3.芯片充电漏流,充电回路或起爆回路","4.芯片低压基本电流偏大","5.芯片异常，充电电流偏小","6.高压充电后不能放电"],
},
{Info:"低压充末电流错误",ErrCode:35,
ErrFac:["1.电容漏流","2.芯片充电回路漏流或起爆回路漏流","3.芯片基本功耗偏大"],
},
{Info:"写延时错误",ErrCode:36,
ErrFac:["1.芯片设置延时功能异常","2.通信异常"]
},
{Info:"读延时错误",ErrCode:37,
ErrFac:["1.芯片读延时功能异常","2.通信异常"]
},
{Info:"芯片程测错误",ErrCode:38,
ErrFac:["1.芯片成测标记错误，非全FFFF","2.通信异常"]
},
{Info:"时钟校准错误",ErrCode:39,
ErrFac:["1.检测器命令执行异常"],
},
{Info:"写工厂信息错误",ErrCode:40,
ErrFac:["1.OTP数据写入出错","2.通信异常"]
},
{Info:"模拟起爆错误",ErrCode:41,
ErrFac:["1.发送起爆指令后无应答"]},
{Info:"芯片状态码异常",ErrCode:42,
ErrFac:["1.状态码与设置的掩码不匹配","2.通讯异常"]
},
{Info:"反馈电流错误",ErrCode:43,
ErrFac:["1.芯片异常，反馈电流不达标","2.检测器异常,采集电路不准"],
},
{Info:"反码时长错误",ErrCode:44,
ErrFac:["1.芯片异常，通讯无反码","2.通讯反码电流低，不能识别"]
},
{Info:"复位放电错误",ErrCode:45,
ErrFac:["1.高压充电后降压通讯异常","2.芯片复位不能正常放电","3.芯片异常，指令不执行"],
},
{Info:"状态标志错误",ErrCode:46,
ErrFac:["1.置位标志命令未执行","2.置位命令参数错误","3.电容电压检测失败","4,芯片异常，状态标志不能置位"],
},
{Info:"三码验证错误",ErrCode:47,
ErrFac:["1.扫描获取的UID和写入的UID不一致","2.密码不一致，验证标志位未置位","3.芯片状态标志异常，不能置位"],
},
{Info:"写管壳码",ErrCode:48,
ErrFac:["1.缓存空间数据验证错误","2.指令执行错误，未收到应答","3.芯片功能异常，指令执行失败"],
},
{Info:"写密码",ErrCode:49,
ErrFac:["1.缓存空间数据验证错误","2.指令执行错误，未收到应答","3.芯片功能异常，指令执行失败"],
},
{Info:"写现场值错误",ErrCode:50,
ErrFac:["1.UID不匹配","2.芯片内部的配置未设置正确","3.芯片功能异常，通信无反馈"],
},
{Info:"桥丝阻值异常",ErrCode:51,
ErrFac:["1.桥丝电阻不符合标准","2.测试设备校准偏差"],
},
{Info:"缓存信息写入失败",ErrCode:54,
ErrFac:["1.系统内部缓存数据异常","2.芯片数据写入异常"],
},
{Info:"模拟注码错误",ErrCode:55,
ErrFac:["1.系统内部缓存数据异常","2.芯片数据写入异常"],
},
{Info:"通信超时",ErrCode:208,
ErrFac:["1.小板状态异常，不响应通信指令","2.小板与主板之间通信异常"],
},
{Info:"脚本执行失败",ErrCode:209,
ErrFac:["1.脚本功能异常","2.配置文件配置为不使用脚本"],
},
{Info:"数据长度与方案不符",ErrCode:210,
ErrFac:["1.小板和主板使用的方案不同，更新方案即可","2.脚本功能异常"],
},
{Info:"方案ID不符",ErrCode:211,
ErrFac:["1.使用的方案和脚本适配的方案不适配，更换相应的脚本或者方案即可"],
},
{Info:"检测项目不足",ErrCode:212,
ErrFac:["1.方案中未执行异常判定所需的任务，无法判定异常","2.脚本功能异常"],
},
{Info:"数据不合规",ErrCode:213,
ErrFac:["1.用于判定的数据不具有正常的电性能检测规律，模块检测时不应出现此错误","2.脚本功能异常",
"3.方案中相关异常判定参数设置不合理","4.小板和主板使用的方案不同但数据返回长度相同，导致错误解释了返回数据的含义"],
},
{Info:"检测器执行异常",ErrCode:254,
ErrFac:["广播类命令执行错误"],
},
{Info:"返回参数判断",ErrCode:255,
ErrFac:[],
},//需要通过指标判断
],
}
var XT_Product_Names=["EX05A","EX09C","EX09F","EX09J","EX09A"];

1504
web/layui/Checker/checkerPlan.js Normal file
View File

File diff suppressed because it is too large Load Diff

416
web/layui/Checker/checker_cmdTest.js Normal file
View File

@@ -0,0 +1,416 @@
var CheckerPlanTest_flag = false;
var Checker_En_CmdTest = true;
function Checker_Start_Comm()
{
console.log("Checker_Start_Comm ");
if (typeof(epe_qthandle) != "undefined" && epe_qthandle != null) {
epe_qthandle.SearchCommport();
console.log("SearchCommport ");
}
}
function Checker_Open_CommPort(main_serial) {
var epe_oper = {};
epe_oper.comm_port = main_serial.comm_port;
epe_oper.comm_baud = main_serial.comm_baud;
epe_oper.comm_parity = main_serial.comm_parity;
epe_oper.comm_stopbit = main_serial.comm_stopbit;
Main_Close_CommPort_Select();
var json_str = JSON.stringify(epe_oper);
console.log(json_str);
if (typeof(epe_qthandle) != "undefined" && epe_qthandle != null) {
epe_qthandle.OpenCommPort(json_str);
}
}
function CheckerShowMes_autoClose(showtitle,mes,time_out)
{
layer.alert(mes, {
title:showtitle,
time:time_out,
});
}
var MesBox_CmdTestRe_ID = -1;
var Checker_CmdMes_Scroll_flag = true;
function CheckerShowMes_CmdTestDialog()
{
if(MesBox_CmdTestRe_ID < 0)
{
$("#checker_commCmdRes").unbind('dblclick').bind('dblclick', function(){
Checker_CmdMes_Scroll_flag = Checker_CmdMes_Scroll_flag? false:true;
});
MesBox_CmdTestRe_ID = layer.open({
type: 1,
title:'串口功能测试',
shade: false, // 不显示遮罩
content: $('#checker_cmdTest_Mes'), // 捕获的元素
btn: ['清空'],
btnAlign: 'r', // 右边
//area: 'auto',
maxHeight:600,
end: function(){
MesBox_CmdTestRe_ID = -1;
CheckerPlanTest_flag = 0;
},
btn1:function(){
$("#checker_commCmdRes")[0].innerHTML = "";
return false
// var obj_ = $("#checker_commCmdRes")[0];
// obj_.innerHTML += "<br>sdfjhuih快递收发u返回文化意义粉红色丢分回复撒回复恢复hi发水u分化为回复哈随风还是低";
// if(Checker_CmdMes_Scroll_flag)
// {
// obj_.scrollTop = obj_.scrollHeight;
// }
},
});
}
}
function CheckerShowMes_CmdTestRe(mes)
{
var obj_ = $("#checker_commCmdRes")[0];
if(obj_.innerHTML.length < 1)
{
obj_.innerHTML = mes;
}else{
obj_.innerHTML += "<br>"+mes;
}
if(Checker_CmdMes_Scroll_flag)
{
obj_.scrollTop = obj_.scrollHeight;
}
CheckerShowMes_CmdTestDialog();
}
function Checker_CmdTest(taskindex)
{
Checker_Export_Plan = Checker_GetCfgInfo();
var TaskArray =Checker_Export_Plan.TaskArray;
var param = "";
var task_id = -1;
for(var index = 0; index < TaskArray.length; index++)
{
if(taskindex == TaskArray[index].TaskIndex)
{
task_id = TaskArray[index].TaskID;
var paramList = TaskArray[index].ParamVal;
for(var index2 = 0; index2 < paramList.length;index2++)
{
if(index2 != 0)
{
param+= " ";
}
param += paramList[index2];
}
}
}
if(task_id < 0)
{
return ;
}
var cmd_test = "";
if(CheckerChipID == 0)
{
cmd_test = "JCH "
}else if(CheckerChipID == 1)
{
cmd_test = "XCH "
}else{
return;
}
for(var i = 0; i < CheckerTask_Info.length; i++)
{
if(task_id == CheckerTask_Info[i].TaskID)
{
cmd_test += CheckerTask_Info[i].CommTestCmd + " ";
}
}
cmd_test += param;
CheckerShowMes_CmdTestRe(cmd_test);
//CheckerShowMes_CmdTestDialog();
console.log("Checker_CmdTest "+cmd_test);
cmd_test += "\r\n";
CheckerPlanTest_flag = false;
Checker_CommSendStr(cmd_test);
}
function Checker_PlanTest()
{
var cmdtest = "";
if(CheckerChipID == 0)
{
cmd_test = "JCH ExcuePlan\r\n"
}else if(CheckerChipID == 1)
{
cmd_test = "XCH ExcuePlan\r\n"
}else{
return;
}
CheckerPlanTest_flag = true;
Checker_CommSendStr(cmd_test);
//Checker_ShowReadStr("");
}
var MesBox_InputTestResult_ID = -1;
function CheckerShowMes_InputResult()
{
if(MesBox_InputTestResult_ID < 0)
{
MesBox_InputTestResult_ID = layer.open({
type: 1,
title:'数据检测验证，确认与方案匹配',
shade: false, // 不显示遮罩
content: $('#checker_testData_Check'), // 捕获的元素
btn: ['导入'],
btnAlign: 'r', // 右边
//area: 'auto',
maxHeight:600,
end: function(){
MesBox_InputTestResult_ID = -1;
},
btn1:function(){
var result = $("#checker_testData_input").val();
Checker_ShowTestResult(result);
},
});
}
}
function Checker_ShowTestResult(result)
{
var mesLine = result.split(",");
var resultdata = [];
for(var i = 0; i < mesLine.length;i++)
{
resultdata[i] = parseInt(mesLine[i]);
}
var task_info_list = $(".checker_cfig_div").children();
var TaskPlan = Checker_GetCfgInfo();
var taskInfoArray = TaskPlan.TaskArray;
var resultCount = 0;
for(var index = 0; index < taskInfoArray.length;index++)
{
if(taskInfoArray[index].ReturnCount == 0)
{
continue;
}
var Taskindex = taskInfoArray[index].TaskIndex;
var itemObj = task_info_list[Taskindex+1];
var viewItemObj = $(itemObj).find(".checker_test_cmd_item");
var resultInputList = $(viewItemObj).find("input");
var rtv_error_flag = 0;
for(var index2 = 0; index2 < resultInputList.length && index2 < taskInfoArray[index].TestStandard.length ; index2++)
{
$(resultInputList[index2]).val(resultdata[resultCount]);
if(resultdata[resultCount] > taskInfoArray[index].TestStandard[index2].Max
||resultdata[resultCount] < taskInfoArray[index].TestStandard[index2].Min )
{
rtv_error_flag = 1;
$(resultInputList[index2]).css("color","#dd0000");
}else{
$(resultInputList[index2]).css("color","#030000");
}
resultCount++;
}
if(rtv_error_flag != 0)
{
var viewItemObj = $(task_info_list[Taskindex+1]).find(".layui-colla-title");
$(viewItemObj).css("background-color","#c10205");
$(viewItemObj).css("color","#fffaf7");
}else{
var viewItemObj = $(task_info_list[Taskindex+1]).find(".layui-colla-title");
$(viewItemObj).css("background-color","#71dfda");
$(viewItemObj).css("color","#030202");
}
}
}
function Checker_ShowPlanTest(messtr)
{
var mesLine = messtr.split("\n");
var showmes = "";
for(var index = 0; index <mesLine.length; index++ )
{
if(mesLine[index].length < 2)
{
continue;
}
CheckerShowMes_CmdTestRe(mesLine[index]);
}
var objarray = [];
objarray = Checker_ResultMes2Obj(messtr);
var task_info_list = $(".checker_cfig_div").children();
Checker_Export_Plan = Checker_GetCfgInfo();
var TaskArray =Checker_Export_Plan.TaskArray;
var error_flag = 0;
var rtv_error_flag = 0;
for(var index = 0; index < objarray.length; index++)
{
var obj_ = objarray[index];
if(obj_.TaskIndex >= (TaskArray.length))
{
error_flag = 1;
break;
}
var viewTaskId = TaskArray[obj_.TaskIndex].TaskID;
if(viewTaskId != obj_.TaskID)
{
error_flag = 1;
break;
}
var viewItemObj = $(task_info_list[obj_.TaskIndex+1]).find(".checker_test_cmd_item");
var resultInputList = $(viewItemObj).find("input");
if(typeof(resultInputList) == "undefined" || resultInputList == null )
{
error_flag = 1;
break;
}
rtv_error_flag = 0;
for(var index2 = 0; index2 < obj_.ResultV.length; index2++)
{
$(resultInputList[index2]).val(obj_.ResultV[index2]);
if(obj_.ResultV[index2] > TaskArray[obj_.TaskIndex].TestStandard[index2].Max
||obj_.ResultV[index2] < TaskArray[obj_.TaskIndex].TestStandard[index2].Min )
{
rtv_error_flag = 1;
$(resultInputList[index2]).css("color","#dd0000");
}else{
$(resultInputList[index2]).css("color","#030000");
}
}
if(obj_.ResultE != 0 || rtv_error_flag != 0)
{
var viewItemObj = $(task_info_list[obj_.TaskIndex+1]).find(".layui-colla-title");
$(viewItemObj).css("background-color","#c10205");
$(viewItemObj).css("color","#fffaf7");
}else{
var viewItemObj = $(task_info_list[obj_.TaskIndex+1]).find(".layui-colla-title");
$(viewItemObj).css("background-color","#71dfda");
$(viewItemObj).css("color","#030202");
}
}
if(error_flag)
{
$("#checker_commCmdRes")[0].innerHTML += "<br>测试结果与方案不匹配<br>";
}
CheckerShowMes_CmdTestDialog();
}
function Checker_ResultMes2Obj(messtr)
{
var objarray= [];
var mesList = messtr.split("\n");
var obj_count = 0;
for(var index = 0; index < mesList.length; index++)
{
var mes_temp = "";
var mes_src = mesList[index];
var temp_count = 0;
for(var index2 = 0;index2 < mes_src.length;index2++)
{
if( mes_src.charAt(index2) == ' '
|| mes_src.charAt(index2) == ','
|| mes_src.charAt(index2) == ';'
|| mes_src.charAt(index2) == '\t')
{
if(mes_temp.length == 0)
{
continue;
}
if(mes_temp.charAt(mes_temp.length-1) == ' ')
{
continue;
}
}
mes_temp += mes_src.charAt(index2);
}
if(mes_temp.length < 10)
{
continue;
}
mes_temp = mes_temp.trim();
var resultItems = mes_temp.split(" ");
if(resultItems.length < 6)
{
continue;
}
var obj={
TaskIndex:parseInt(resultItems[1]),
TaskID:parseInt(resultItems[3]),
ResultE:parseInt(resultItems[5]),
ResultV:[],
}
var result_array = [];
for(var index2 = 6; index2 < resultItems.length; index2++)
{
var data = parseInt(resultItems[index2]);
if(isNaN(data))
{
data = -1;
}
result_array[index2-6] =data;
}
obj.ResultV = result_array;
objarray[obj_count++] = obj;
}
return objarray;
}
function Checker_CommSendStr(str)
{
if(epe_qthandle != null && typeof(epe_qthandle) != "undefined")
{
epe_qthandle.Epe_SendStr(str);
}
}
function Checker_ShowCurMontior()
{
}
function Checker_ShowReadStr(str)
{
//str = "test taefCurM1ontiorofjiofjowfjoeifdslafjow\n"
str = str.replace("\r\n","\n");
str = str.replace("\r","\n");
if(str.indexOf("CurMontior") >= 0)
{
CheckerShowCurEcharts(cur);
}
else if(CheckerPlanTest_flag == false)
{
str = str.split("\n");
for(var index = 0; index < str.length;index++)
{
if(str[index].length > 5)
{
CheckerShowMes_CmdTestRe(str[index]);
}
}
}
else{
Checker_ShowPlanTest(str);
}
}

1508
web/layui/Checker/checker_ye_cfg.js Normal file
View File

File diff suppressed because it is too large Load Diff