public static bool load_config_workTime(ref List <TWorkTimeInterval> workTimes)
{
CFATLogger.output_proc("load worktime config --------->");
workTimes.Clear();
string sConfig = Path.Combine(Application.StartupPath, CFATCommon.CONFIG_WORKTIME);
if (!File.Exists(sConfig))
{
return(true);
}
CIniFile iniFile = new CIniFile(sConfig);
int nCnt = Convert.ToInt32(iniFile.Read("count", "WORK_TIME"));
string sKey = "";
TWorkTimeInterval workTimeInterval;
for (int i = 0; i < nCnt; i++)
{
workTimeInterval = new TWorkTimeInterval();
sKey = string.Format("start_{0}", (i + 1).ToString());
workTimeInterval.m_nStart = Convert.ToInt32(iniFile.Read(sKey, "WORK_TIME"));
sKey = string.Format("end_{0}", (i + 1).ToString());
workTimeInterval.m_nEnd = Convert.ToInt32(iniFile.Read(sKey, "WORK_TIME"));
workTimes.Add(workTimeInterval);
}
CFATLogger.output_proc("load worktime config <---------");
return(true);
}
public static bool load_config_logic(ref List <Dictionary <string, string> > configLogics)
{
//load logic config
CFATLogger.output_proc("load logic config ----------->");
try
{
string sConfig = Path.Combine(Application.StartupPath, CFATCommon.CONFIG_LOGIC);
CIniFile iniFile = new CIniFile(sConfig);
string sSection;
Dictionary <string, string> dicItem;
int nCnt = Convert.ToInt32(iniFile.Read("logic_count", "COMMON"));
int nSubCnt = 0;
string sKey = "";
string sVal = "";
for (int i = 0; i < nCnt; i++)
{
dicItem = new Dictionary <string, string>();
sSection = string.Format("LOGIC_{0}", i + 1);
dicItem.Add("name", iniFile.Read("name", sSection));
dicItem.Add("logic_id", iniFile.Read("logic_id", sSection));
dicItem.Add("mode", iniFile.Read("mode", sSection));
sVal = iniFile.Read("param_count", sSection);
nSubCnt = Convert.ToInt32(sVal);
dicItem.Add("param_count", nSubCnt.ToString());
for (int k = 0; k < nSubCnt; k++)
{
sKey = string.Format("param_{0}", k + 1);
dicItem.Add(sKey, iniFile.Read(sKey, sSection));
}
nSubCnt = Convert.ToInt32(iniFile.Read("product_count", sSection));
dicItem.Add("product_count", nSubCnt.ToString());
for (int k = 0; k < nSubCnt; k++)
{
sKey = string.Format("product_{0}_site", k + 1);
dicItem.Add(sKey, iniFile.Read(sKey, sSection));
sKey = string.Format("product_{0}_symbol", k + 1);
dicItem.Add(sKey, iniFile.Read(sKey, sSection));
}
configLogics.Add(dicItem);
}
}
catch
{
CFATLogger.output_proc("Error : load logic config!");
return(false);
}
CFATLogger.output_proc("load logic config <-----------");
return(true);
}
public static bool load_config_general(ref TGeneralInfo generalInfo)
{
//CFATLogger.output_proc("load general config --------->");
string sConfig = Path.Combine(Application.StartupPath, CFATCommon.CONFIG_GENERAL);
if (!File.Exists(sConfig))
{
return(true);
}
CIniFile iniFile = new CIniFile(sConfig);
generalInfo.sSystemName = iniFile.Read("name", "GENERAL");
generalInfo.sHost = iniFile.Read("host", "SERVER");
generalInfo.sUser = iniFile.Read("user", "SERVER");
generalInfo.sPwd = iniFile.Read("pwd", "SERVER");
//CFATLogger.output_proc("load general config <---------");
return(true);
}
public static bool load_config_site(ref List <Dictionary <string, string> > configSites)
{
// load site config
CFATLogger.output_proc("load site config ----------->");
try
{
string sConfig = Path.Combine(Application.StartupPath, CFATCommon.CONFIG_SITE);
CIniFile iniFile = new CIniFile(sConfig);
int nCnt = Convert.ToInt32(iniFile.Read("site_count", "COMMON"));
string sSection, sVal, sKey;
Dictionary <string, string> dicItem;
int nSymCnt = 0;
for (int i = 0; i < nCnt; i++)
{
dicItem = new Dictionary <string, string>();
sSection = string.Format("SITE_{0}", (i + 1).ToString());
dicItem.Add("name", iniFile.Read("name", sSection));
dicItem.Add("id", iniFile.Read("id", sSection));
dicItem.Add("pwd", iniFile.Read("pwd", sSection));
dicItem.Add("pipe1", iniFile.Read("pipe1", sSection));
dicItem.Add("pipe2", iniFile.Read("pipe2", sSection));
dicItem.Add("pipe_rate", iniFile.Read("pipe_rate", sSection));
dicItem.Add("pipe_order", iniFile.Read("pipe_order", sSection));
sVal = iniFile.Read("sym_count", sSection);
dicItem.Add("sym_count", sVal);
nSymCnt = Convert.ToInt32(sVal);
for (int k = 0; k < nSymCnt; k++)
{
sKey = string.Format("sym_{0}", k + 1);
dicItem.Add(sKey, iniFile.Read(sKey, sSection));
sKey = string.Format("c_size_{0}", k + 1);
dicItem.Add(sKey, iniFile.Read(sKey, sSection));
sKey = string.Format("commission_{0}", k + 1);
dicItem.Add(sKey, iniFile.Read(sKey, sSection));
}
//For Fix info
if (iniFile.Read("fix", sSection) != "1")
{
configSites.Add(dicItem);
continue;
}
dicItem.Add("fix", "1");
sVal = iniFile.Read("sym_fix_count", sSection);
dicItem.Add("sym_fix_count", sVal);
nSymCnt = Convert.ToInt32(sVal);
for (int k = 0; k < nSymCnt; k++)
{
sKey = string.Format("sym_fix_{0}", k + 1);
dicItem.Add(sKey, iniFile.Read(sKey, sSection));
sKey = string.Format("min_fix_{0}", k + 1);
dicItem.Add(sKey, iniFile.Read(sKey, sSection));
sKey = string.Format("max_fix_{0}", k + 1);
dicItem.Add(sKey, iniFile.Read(sKey, sSection));
}
dicItem.Add("config_data", iniFile.Read("config_data", sSection));
dicItem.Add("config_trade", iniFile.Read("config_trade", sSection));
dicItem.Add("fix_acc", iniFile.Read("fix_acc", sSection));
configSites.Add(dicItem);
}
}
catch
{
CFATLogger.output_proc("Error : load site config!");
return(false);
}
CFATLogger.output_proc("load site config <-----------");
return(true);
}