void UpdateSwitchTable(bool reportInvalid = true)
{
_selectedPolicyID = string.Empty;
if (lvSwitchablePolicies.CheckedItems.Count == 0)
{
return; //leave table empty if no switchable policy is available
}
//find out which switchable policy is selected
_selectedPolicyID = (lvSwitchablePolicies.CheckedItems[0].Tag != null) ? lvSwitchablePolicies.CheckedItems[0].Tag.ToString() : string.Empty;
txtSelectedSwitchPolicy.Text = lvSwitchablePolicies.CheckedItems[0].Text;
string invalidDefaultSwiches = string.Empty;
foreach (DataGridViewRow dgvRow in dgvSwitches.Rows)
{
for (int columnIndex = 0; columnIndex < dgvSwitches.Columns.Count; ++columnIndex)
{
//run over available dataset-system combinations
dgvRow.Cells[columnIndex].Value = string.Empty; //if dataset is not applicable for the system put an emtpy string, which is overwritten, if a db-system-combination is found
dgvRow.Cells[columnIndex].ReadOnly = true;
foreach (DataConfig.DBSystemConfigRow dbSystemConfigRow in from ds in _dataConfig.DBSystemConfig where ds.DataBaseID == dgvRow.Tag as string select ds)
{
//if dataset is applicable for the system, get (if exists) the policy-switch value for this switchable policy (i.e. the selected switchable policy), system and dataset
if (dbSystemConfigRow.SystemID == (dgvSwitches.Columns[columnIndex].Tag as CountryConfig.SystemRow).ID)
{
string defaultSwitch = GetExtensionDefaultSwitch(dbSystemConfigRow, _selectedPolicyID);
if (defaultSwitch != DefPar.Value.ON && defaultSwitch != DefPar.Value.OFF && defaultSwitch != DefPar.Value.NA)
{
invalidDefaultSwiches += Environment.NewLine + $"Invalid Switch: '{defaultSwitch}' for {txtSelectedSwitchPolicy.Text}/{dbSystemConfigRow.DataBaseRow.Name}/{dbSystemConfigRow.SystemName}";
}
else
{
dgvRow.Cells[columnIndex].Value = defaultSwitch;
}
dgvRow.Cells[columnIndex].ReadOnly = false;
dgvRow.Cells[columnIndex].Tag = dbSystemConfigRow;
break;
}
}
}
}
if (reportInvalid && !string.IsNullOrEmpty(invalidDefaultSwiches))
{
UserInfoHandler.ShowError(
$"{EMPath.GetEM2DataConfigFileName(_countryShortName)} contains invalid default switches!!!" + Environment.NewLine +
(invalidDefaultSwiches.Length > 1500 ? invalidDefaultSwiches.Substring(0, 1500) + "..." : invalidDefaultSwiches));
}
}
internal static int GoPet(string[] args)
{
try
{
if (args.Length < 2)
{
return(WrongArgumentError());
}
string emPath = EM_Helpers.RemoveQuotes(args[0].Trim());
string country = args[1];
bool? transformGlobal = EM_Helpers.GetBool(args[2]);
// other than for the UI-call, the country-files are saved in the temp-folder, thus we cannot call the standard EM3Country.Transform, etc.
// as a solution (which is considered to be temporary and therefore should touch other code as less as possible)
// we do "by hand read-write" (see below) and create an EM3Translation-folder in the temp-folder from where we start the PET-runs
// here we have the information: EM2 country-file (in temp-folder) and global-files (in config-folder)
EMPath em2PathHandler = new EMPath(emPath);
// here we write the EM3 files in a structure the EM3-exe can process, i.e. we create EM3Translation-folder in temp-folder
EMPath transPathHandler = new EMPath(em2PathHandler.GetFolderTemp());
List <string> errors = new List <string>();
bool success = TransformCountry() && (transformGlobal == false || (TransformGlobals() && TransformVariables()));
foreach (string error in errors)
{
Console.Error.WriteLine(error);
}
return(success ? 0 : 1);
bool TransformCountry()
{
// read EM2-files
string ccPath = Path.Combine(em2PathHandler.GetFolderTemp(), EMPath.GetCountryFileName(country));
string dcPath = Path.Combine(em2PathHandler.GetFolderTemp(), EMPath.GetEM2DataConfigFileName(country));
EM2Country.Content ctryContent = EM2Country.Read(ccPath, out List <string> _errors); errors.AddRange(_errors);
EM2Data.Content dataContent = EM2Data.Read(dcPath, out _errors); errors.AddRange(_errors);
List <List <MultiProp> > extensions = EM2Global.ReadSwitchPol(em2PathHandler.GetFolderConfig(em2: true), out _errors); errors.AddRange(_errors);
if (ctryContent == null || dataContent == null || extensions == null)
{
return(false);
}
// write EM3-file
DirectoryInfo di = Directory.CreateDirectory(transPathHandler.GetCountryFolderPath(country));
string em3CountryFile = transPathHandler.GetCountryFilePath(country);
bool ok = EM3Country.Write(ctryContent, dataContent, extensions, em3CountryFile, out _errors); errors.AddRange(_errors);
return(ok);
}
bool TransformGlobals()
{
// read EM2-files
List <List <MultiProp> > exRates = EM2Global.ReadExRates(em2PathHandler.GetFolderConfig(em2: true), out List <string> _errors); errors.AddRange(_errors);
List <List <MultiProp> > hicp = EM2Global.ReadHICP(em2PathHandler.GetFolderConfig(em2: true), out _errors); errors.AddRange(_errors);
List <List <MultiProp> > switches = EM2Global.ReadSwitchPol(em2PathHandler.GetFolderConfig(em2: true), out _errors); errors.AddRange(_errors);
// transfer to EM3-structure
bool ok = true;
try
{
DirectoryInfo di = Directory.CreateDirectory(transPathHandler.GetFolderConfig());
if (!EM3Global.WriteExRates(exRates, transPathHandler.GetFolderEuromodFiles(), out _errors))
{
ok = false;
}
errors.AddRange(_errors);
if (!EM3Global.WriteHICP(hicp, transPathHandler.GetFolderEuromodFiles(), out _errors))
{
ok = false;
}
errors.AddRange(_errors);
if (!EM3Global.WriteExtensions(switches, transPathHandler.GetFolderEuromodFiles(), out _errors))
{
ok = false;
}
errors.AddRange(_errors);
}
catch { } // this is a primitive way for provide thread-security, as more than one PETs may be started
return(ok);
}
bool TransformVariables()
{
// read EM2-file
EM2Variables.Content content = EM2Variables.Read(em2PathHandler.GetFolderConfig(em2: true), out List <string> _errors); errors.AddRange(_errors);
if (content == null)
{
return(false);
}
// transfer to EM3-structure
try
{
DirectoryInfo di = Directory.CreateDirectory(transPathHandler.GetFolderConfig());
bool ok = EM3Variables.Write(content, transPathHandler.GetFolderEuromodFiles(), out _errors); errors.AddRange(_errors);
return(ok);
}
catch { return(true); } // see above
}
}
catch (Exception exception)
{
Console.Error.WriteLine("EUROMOD3 TRANSFORM: " + exception.Message);
return(1);
}
int WrongArgumentError()
{
string actArgs = string.Empty; foreach (string arg in args)
{
actArgs += arg + " ";
}
Console.Error.WriteLine("EUROMOD3 TRANSFORM: invalid use. Correct: EM_ExecutableCaller UI_TRANSFORM_PET emPath 0/1 cc [ao1[|ao2|...|aoN]]" +
Environment.NewLine + $"Acutal use: EM_ExecutableCaller TRANSFORM {actArgs}");
return(1);
}
}