//构造函数，用于上层状态机
public LogData(LOGDLL.LogResult State, int type)
{
//此时，该类只用于上层状态
switch (type)
{
case 0x09:
this.wifiOpenCLose = State;
break;
case 0x11:
this.wifiFrameworkState = State;
break;
case 0x12:
this.screenState = State;
break;
case 0x13:
this.wifiSettingState = State;
break;
case 0x14:
this.wifiConnectedState = State;
break;
}
}
//添加扫描结果
public void addWpsScanResults(LOGDLL.LogResult log)
{
scanResultsArray = LOGDLL.getScanResults(log);
scanResultButton = new Button();
scanResultButton.Text = "scan_bss:" + scanResultsArray.Length;
//添加点击事件
scanResultButton.Click += new EventHandler(scanResultButton_click);
}
//添加状态机
public void addWpsState(LOGDLL.LogResult log)
{
wpsState = log;
stateChangeTime = wpsState.time;
stateCurrent = wpsState.cmd.Substring(0, wpsState.cmd.IndexOf('-') - 1);
stateNext = wpsState.cmd.Substring(wpsState.cmd.IndexOf('>') + 2);
//Console.WriteLine("wps state: " + wpsState.cmd + " current:" + stateCurrent + " next:" + stateNext + "cmd:"+ wpsState.cmd + "<<<");
}
//区分log类别添加到链表中
private void InitWpsLayout()
{
//两个链表，存储上层和下层事件，遇到状态机变化，则生成新链表与LogData类
List <LOGDLL.LogResult> HalEventList = new List <LOGDLL.LogResult>();
List <LOGDLL.LogResult> DriverEventList = new List <LOGDLL.LogResult>();
//对log数组中的每一个元素分类，加入链表，生成LogData类
/*
* 上层状态机
* 0x11----上层状态机状态
* 0x12----屏幕状态
* 0x13----wifi设置状态
* 0x14----当前连接wifi状态
* 0x09----wifi开启关闭状态
*
**底层共有6种类型
**0x01----monitor_command，上层下发到wps的命令
**0x02----monitor_reback，wps返回上层的事件
**0x03----driver_command，wps发送到驱动的命令
**0x04----driver_reback，wps从驱动收到的事件
**0x05----wps_sta，底层状态机
**0x06----收到扫描结果的信号强度，加密方式，SSID，BSSID信息，存储到链表里，以BSSID匹配
* 0x07----wps打算associate 的bssid，通过
* 0x08----dhcp 分配到的ip地址
*/
//存储扫描结果，每一个状态之内只有一个扫描结果
LOGDLL.LogResult scanLogResult = null;
//存储selected bssid
String selectBssid = null;
//存储dhcp获取的IP地址
String dhcpIp = null;
for (int i = 0; i < myLog.Length; i++)
{
switch (myLog[i].type)
{
case 0x01:
HalEventList.Add(myLog[i]);
break;
case 0x02:
HalEventList.Add(myLog[i]);
break;
case 0x03:
DriverEventList.Add(myLog[i]);
break;
case 0x04:
DriverEventList.Add(myLog[i]);
break;
case 0x05:
//状态机消息，一轮结束
LogData logData = new LogData(HalEventList, DriverEventList);
//添加状态机消息
logData.addWpsState(myLog[i]);
//添加扫描结果
if (scanLogResult != null)
{
logData.addWpsScanResults(scanLogResult);
scanLogResult = null;
}
//添加select bssid
if (selectBssid != null)
{
logData.selectBssid = selectBssid;
selectBssid = null;
}
//添加dhcp IP信息
//为空表示错误
if (dhcpIp == null && logData.stateCurrent.Contains("COMPLETED"))
{
logData.dhcpIP = "error no dhcp";
}
//正确
else
{
logData.dhcpIP = dhcpIp;
dhcpIp = null;
}
LogDataList.Add(logData);
HalEventList = new List <LOGDLL.LogResult>();
DriverEventList = new List <LOGDLL.LogResult>();
break;
case 0x06:
//扫描结果，需要做类型转换
if (myLog[i].scanResultList.Count > 0)
{
scanLogResult = myLog[i];
}
break;
case 0x07:
selectBssid = myLog[i].cmd;
//Console.WriteLine("selected bssid : " + selectBssid);
break;
case 0x08:
dhcpIp = myLog[i].cmd;
break;
//上层状态
case 0x09:
LogDataList.Add(new LogData(myLog[i], 0x09));
break;
case 0x11:
LogDataList.Add(new LogData(myLog[i], 0x11));
break;
case 0x12:
LogDataList.Add(new LogData(myLog[i], 0x12));
break;
case 0x13:
LogDataList.Add(new LogData(myLog[i], 0x13));
break;
case 0x14:
LogDataList.Add(new LogData(myLog[i], 0x14));
break;
default:
break;
}
}
//结束后，尾部数据处理，防止最后没有状态机变化
LogData logData2 = new LogData(HalEventList, DriverEventList);
if (scanLogResult != null)
{
logData2.addWpsScanResults(scanLogResult);
scanLogResult = null;
}
//添加最后一个状态
LOGDLL.LogResult wps_state = new LOGDLL.LogResult();
//反向查找最后一个wps状态的信息
int index = 0;
for (index = LogDataList.Count - 1; index >= 0; index--)
{
if (LogDataList[index].wpsState != null)
{
break;
}
}
if (index > 0)
{
wps_state.cmd = LogDataList[index].stateNext + " -> " + LogDataList[index].stateNext;
}
else
{
wps_state.cmd = "&&&&&&&&&" + " -> " + "&&&&&&&&&";
}
wps_state.time = "0";
logData2.addWpsState(wps_state);
LogDataList.Add(logData2);
//调试信息
Console.WriteLine("数据链表长度:" + LogDataList.Count);
}
//添加状态机
public void addWpsState(LOGDLL.LogResult log)
{
wpsState = log;
stateChangeTime = wpsState.time;
stateCurrent = wpsState.cmd.Substring(0, wpsState.cmd.IndexOf('-')-1);
stateNext = wpsState.cmd.Substring(wpsState.cmd.IndexOf('>') + 2);
//Console.WriteLine("wps state: " + wpsState.cmd + " current:" + stateCurrent + " next:" + stateNext + "cmd:"+ wpsState.cmd + "<<<");
}
//构造函数，用于上层状态机
public LogData(LOGDLL.LogResult State, int type)
{
//此时，该类只用于上层状态
switch(type)
{
case 0x09:
this.wifiOpenCLose = State;
break;
case 0x11:
this.wifiFrameworkState = State;
break;
case 0x12:
this.screenState = State;
break;
case 0x13:
this.wifiSettingState = State;
break;
case 0x14:
this.wifiConnectedState = State;
break;
}
}
//区分log类别添加到链表中
private void InitWpsLayout()
{
//两个链表，存储上层和下层事件，遇到状态机变化，则生成新链表与LogData类
List<LOGDLL.LogResult> HalEventList = new List<LOGDLL.LogResult>();
List<LOGDLL.LogResult> DriverEventList = new List<LOGDLL.LogResult>();
//对log数组中的每一个元素分类，加入链表，生成LogData类
/*
* 上层状态机
* 0x11----上层状态机状态
* 0x12----屏幕状态
* 0x13----wifi设置状态
* 0x14----当前连接wifi状态
* 0x09----wifi开启关闭状态
*
**底层共有6种类型
**0x01----monitor_command，上层下发到wps的命令
**0x02----monitor_reback，wps返回上层的事件
**0x03----driver_command，wps发送到驱动的命令
**0x04----driver_reback，wps从驱动收到的事件
**0x05----wps_sta，底层状态机
**0x06----收到扫描结果的信号强度，加密方式，SSID，BSSID信息，存储到链表里，以BSSID匹配
*0x07----wps打算associate 的bssid，通过
*0x08----dhcp 分配到的ip地址
*/
//存储扫描结果，每一个状态之内只有一个扫描结果
LOGDLL.LogResult scanLogResult = null;
//存储selected bssid
String selectBssid = null;
//存储dhcp获取的IP地址
String dhcpIp = null;
for (int i = 0; i < myLog.Length; i++)
{
switch (myLog[i].type)
{
case 0x01:
HalEventList.Add(myLog[i]);
break;
case 0x02:
HalEventList.Add(myLog[i]);
break;
case 0x03:
DriverEventList.Add(myLog[i]);
break;
case 0x04:
DriverEventList.Add(myLog[i]);
break;
case 0x05:
//状态机消息，一轮结束
LogData logData = new LogData(HalEventList, DriverEventList);
//添加状态机消息
logData.addWpsState(myLog[i]);
//添加扫描结果
if (scanLogResult != null)
{
logData.addWpsScanResults(scanLogResult);
scanLogResult = null;
}
//添加select bssid
if (selectBssid != null)
{
logData.selectBssid = selectBssid;
selectBssid = null;
}
//添加dhcp IP信息
//为空表示错误
if (dhcpIp == null && logData.stateCurrent.Contains("COMPLETED"))
{
logData.dhcpIP = "error no dhcp";
}
//正确
else
{
logData.dhcpIP = dhcpIp;
dhcpIp = null;
}
LogDataList.Add(logData);
HalEventList = new List<LOGDLL.LogResult>();
DriverEventList = new List<LOGDLL.LogResult>();
break;
case 0x06:
//扫描结果，需要做类型转换
if (myLog[i].scanResultList.Count > 0)
scanLogResult = myLog[i];
break;
case 0x07:
selectBssid = myLog[i].cmd;
//Console.WriteLine("selected bssid : " + selectBssid);
break;
case 0x08:
dhcpIp = myLog[i].cmd;
break;
//上层状态
case 0x09:
LogDataList.Add(new LogData(myLog[i], 0x09));
break;
case 0x11:
LogDataList.Add(new LogData(myLog[i], 0x11));
break;
case 0x12:
LogDataList.Add(new LogData(myLog[i], 0x12));
break;
case 0x13:
LogDataList.Add(new LogData(myLog[i], 0x13));
break;
case 0x14:
LogDataList.Add(new LogData(myLog[i], 0x14));
break;
default:
break;
}
}
//结束后，尾部数据处理，防止最后没有状态机变化
LogData logData2 = new LogData(HalEventList, DriverEventList);
if (scanLogResult != null)
{
logData2.addWpsScanResults(scanLogResult);
scanLogResult = null;
}
//添加最后一个状态
LOGDLL.LogResult wps_state = new LOGDLL.LogResult();
//反向查找最后一个wps状态的信息
int index = 0;
for (index = LogDataList.Count - 1; index >= 0; index--)
{
if (LogDataList[index].wpsState != null)
break;
}
if(index > 0)
{
wps_state.cmd = LogDataList[index].stateNext + " -> " + LogDataList[index].stateNext;
}
else
{
wps_state.cmd = "&&&&&&&&&" + " -> " + "&&&&&&&&&";
}
wps_state.time = "0";
logData2.addWpsState(wps_state);
LogDataList.Add(logData2);
//调试信息
Console.WriteLine("数据链表长度:" + LogDataList.Count);
}