/// =======================================================================================================
public static void ShowReport(AutoReport auto_report, double y_scale = 0.1)
{
FormAccess(FormDelegates.FormClose, null, "Report");
int reportwidth = (int)(0.5 * ScreenXy().X);
Status autostatus = auto_report.CalculatedAutoResult();
GroupBox autogroup = GetGroupBox(auto_report.AutoSummary(), autostatus, min_width: (reportwidth - 25));
FlowLayoutPanel flpauto = GetFlowPanel();
foreach (BatchReport batchreport in auto_report.BatchReports.Values)
{
FlowLayoutPanel flpbatch = GetFlowPanel(auto_scroll: false);
Status batchstatus = batchreport.ResultStatus;
GroupBox batchgroup = GetGroupBox(batchreport.Summary(), batchstatus, min_width: (reportwidth - 35));
// Add batch decription as first label
foreach (CommandReport commandreport in batchreport.CommandReports.Values)
{
string commanddetail = "[" + IndexLetter(commandreport.CommandMap.C) + "]" + (commandreport.CommandMap.D == 0 ? " " : "#" + commandreport.CommandMap.D + " ") +
commandreport.Description + " " +
commandreport.StartTime + " " +
commandreport.Duration() + " " +
commandreport.ResultStatus;
flpbatch.Controls.Add(GetLabel(commanddetail, commandreport.ResultStatus, max_width: (reportwidth - 35)));
// Charts - design decision to perform frequency time graph split to keep aligned
if (commandreport.Charts.Count > 0)
{
GroupBox chartgroup = GetGroupBox("chart" + batchreport.Summary(), Status.BUSY);
foreach (List <ChartData> charts in commandreport.Charts)
{
//int tracknumber = 0;
foreach (ChartData chart in charts)
{
flpbatch.Controls.Add(Graph.Milliseconds(chart, chart.Name, 150, y_scale, reportwidth - 65));
}
}
}
// Messages
foreach (Msg message in commandreport.Messages)
{
flpbatch.Controls.Add(GetLabel(message.Text, message.ResultStatus));
}
}
flpbatch.Controls.Add(GetLabel(batchstatus == Status.PASS ? ":)" : ":(", batchstatus));
batchgroup.Controls.Add(flpbatch);
flpauto.Controls.Add(batchgroup);
}
autogroup.Controls.Add(flpauto);
CustomForm form = new CustomForm("Report", "Report for " + auto_report.Alias, autogroup, Side.Right);
new Thread(() => Application.Run(form)).Start();
}
/// =======================================================================================================
static Checker GetChecker(AutoReport auto_report, Map map, string command_check)
{
string check = null;
string checktype = null;
string checkfunction = null;
List <string> checkparameters = null;
if (command_check.Split('=').Length > 1)
{
check = command_check.Split('=')[command_check.Split('=').Length - 1];
if (command_check.Split('.').Length != 2 || !Regex.IsMatch(command_check.Split('.')[1], FUNC_FORMAT + PARAM_FORMAT))
{
if (auto_report != null)
{
auto_report.AddOverlayedMessage(map, "Check '" + command_check + "' is invalid", Status.FAIL);
}
throw new Exception("Check '" + command_check + "' is invalid");
}
else
{
checktype = check.Split('.')[0];
if (PropertyNames <Return>().Contains(checktype))
{
if (auto_report != null)
{
auto_report.AddOverlayedMessage(map, "Check type '" + checktype + "' is invalid", Status.FAIL);
}
return(null);
}
checkfunction = ExtractCheckFunction(check);
if (!new[] { "Contain", "Contains", "Equal", "Equals", "Number", "Numbers" }.Contains(checktype))
{
if (auto_report != null)
{
auto_report.AddOverlayedMessage(map, "Check function '" + checkfunction + "' is invalid", Status.FAIL);
}
throw new Exception("Check function '" + checkfunction + "' is invalid");
}
checkparameters = ExtractParameters(checkfunction);
if (checkparameters == null)
{
if (auto_report != null)
{
auto_report.AddOverlayedMessage(map, "Check parameter(s) '" + checkfunction + "' is/are invalid", Status.FAIL);
}
throw new Exception("Check parameter(s) '" + checkfunction + "' is invalid");
}
return(new Checker(checktype, checkfunction, checkparameters));
}
}
return(null); // no checker specified
}
/// =======================================================================================================
private static void RunAuto(AutoReport auto_report, string auto_alias, string binary_name,
out List <Control> interactive_controls)
{
List <Control> interactivecontrols = new List <Control>();
DataGridView autodata = Data.BlankDgv((int)CAT.AutoFields.NumberOfColumns);
DataGridView batchdata = Data.BlankDgv((int)CAT.BatchFields.NumberOfColumns);
string binary_path = DISK.AutoAddBaseDirectory(auto_alias + @"\" + binary_name);
Data.LoadDataGrid(binary_path, ref autodata);
FormAccess(FormDelegates.LoadAutoData, null, auto_alias);
FormAccess(FormDelegates.ClearAutoStatuses, new object[] { }, auto_alias);
foreach (DataGridViewRow autorow in autodata.Rows)
{
if (autorow.Index < autodata.RowCount - 1)
{
if (!AbortAll)
{
Data.LoadDataGrid(new FileInfo(binary_path).Directory.FullName + @"\batch" + autorow.Index + ".bin", ref batchdata);
Action runbatch = new Action(() =>
{
List <Control> ctrls;
RunBatch(auto_report, auto_alias, autorow.Index, autodata, batchdata, out ctrls);
if (ctrls != null)
{
foreach (Control ctrl in ctrls)
{
interactivecontrols.Add(ctrl);
}
}
});
if (Regex.IsMatch(Data.GetCell(autodata, (int)CAT.AutoFields.Mode, autorow.Index), "-t"))
{
Task t = new Task(() => { runbatch(); });
AutoTasks.Add(t);
t.Start();
}
else
{
runbatch();
}
}
else
{
FormAccess(FormDelegates.SetBatchStatus, new object[] { Status.ABORT, autorow.Index }, auto_alias);
}
}
}
CAT.FormAccess(CAT.FormDelegates.SaveAuto, new object[] { }, auto_alias);
interactive_controls = interactivecontrols;
}
/// =======================================================================================================
public static void InteractiveShowReport(Func <Return> returndatafunction, double y_scale)
{
CAT.FormAccess(CAT.FormDelegates.FormClose, null, "Report");
AutoReport autoreport = new AutoReport(CAT.InteractiveControlsFormName);
Map map = new Map(CAT.InteractiveControlsFormName, 0, 0);
try
{
DateTime start = DateTime.Now;
bool complete = false;
InteractiveAddNamedOverlay("InteractiveProgress", "Started", Status.BUSY);
new Thread(() =>
{
while (!complete)
{
InteractiveUpdateNamedOverlay("InteractiveProgress", "Processing " + (DateTime.Now - start).TotalMilliseconds + "ms", Status.BUSY);
Thread.Sleep(10);
}
InteractiveUpdateNamedOverlay("InteractiveProgress", "Complete " + (DateTime.Now - start).TotalMilliseconds + "ms", Status.PASS);
}).Start();
autoreport.AddBatch(new BatchReport(0, "Batch"));
autoreport.AddCommand(new CommandReport(map, "Command"));
Return returndata = returndatafunction();
if (returndata.Charts != null)
{
autoreport.AddChartList(map, returndata.Charts);
}
if (returndata.Messages != null)
{
foreach (CATMessage msg in returndata.Messages)
{
autoreport.AddOverlayedMessage(map, msg.Text, msg.Status);
}
}
autoreport.CommandComplete(map, CAT.Status.PASS);
autoreport.BatchComplete(0);
autoreport.AutoComplete();
CAT.ShowReport(autoreport, y_scale);
complete = true;
}
catch (Exception ex)
{
InteractiveUpdateNamedOverlay("InteractiveProgress", "Failed control", Status.PASS);
autoreport.AddOverlayedMessage(map, CAT.ErrorMsg(ex), CAT.Status.FAIL);
try { CAT.ShowReport(autoreport, y_scale); } catch { }
}
}
/// =======================================================================================================
public static bool Run(string auto_alias, string binary_name, string number = null, bool new_form = false)
{
int commandnumber = Convert.ToInt32(number);
int batchnumber = 0; // Default
AutoReport autoreport = new AutoReport(auto_alias); // Always something to report
autoreport.Enabled = (bool)FormAccess(FormDelegates.ReportEnabled, null, auto_alias);
List <Control> interactivecontrols = new List <Control>();
if (!Running) // Not allowed to run while running
{
string autovars = (string)FormAccess(FormDelegates.GetAutoVars, null, auto_alias);
if (!autovars.Contains(COMMAND_MODE_DIRTY_RUN))
{
CleanRun(auto_alias);
}
AutoTasks = new List <Task>();
BatchTasks = new List <Task>();
CommandTasks = new List <Task>();
Running = true;
RunMode = RunType.Command;
string binary_path = DISK.AutoAddBaseDirectory(auto_alias + @"\" + binary_name);
DataGridView batchdata = Data.BlankDgv((int)CAT.BatchFields.NumberOfColumns);
DataGridView autodata = Data.BlankDgv((int)CAT.AutoFields.NumberOfColumns);
if (File.Exists(binary_path))
{
if (Regex.IsMatch(binary_path, "auto.bin"))
{
Data.LoadDataGrid(binary_path, ref autodata);
RunMode = number == null ? RunType.Auto : RunType.Batch;
if (RunMode == RunType.Batch)
{
Data.LoadDataGrid(new FileInfo(binary_path).Directory.FullName + @"\batch" + number + ".bin", ref batchdata);
}
}
else if (Regex.IsMatch(binary_path, @"batch\d*.bin"))
{
Data.LoadDataGrid(new FileInfo(binary_path).Directory.FullName + @"\auto.bin", ref autodata);
RunMode = number == null ? RunType.Batch : RunType.Command;
Data.LoadDataGrid(binary_path, ref batchdata);
string subvalue = Regex.Match(binary_path, @"batch\d*.bin").Value;
string newvalue = Regex.Match(subvalue, @"[0-9]+").Value;
batchnumber = Convert.ToInt32(newvalue);
}
else
{
Running = false; throw new Exception("Binary " + binary_path + " is invalid - thus did not start automation");
}
}
else
{
Running = false; throw new Exception("Binary " + binary_path + " does not exist - thus did not start automation");
}
switch (RunMode)
{
case RunType.Command:
if (Regex.IsMatch(Data.GetCell(batchdata, (int)CAT.BatchFields.Mode, commandnumber), "-nr"))
{
autoreport.Enabled = false;
}
autoreport.AddBatch(new BatchReport(batchnumber, Data.GetCell(autodata, (int)CAT.AutoFields.Name, batchnumber)));
RunCommand(autoreport, new Map(auto_alias, batchnumber, commandnumber), batchdata, out interactivecontrols, GetAutoVars(autodata, batchnumber, auto_alias));
autoreport.WaitForBatch(batchnumber);
Running = false;
break;
case RunType.Batch:
if (Regex.IsMatch(Data.GetCell(autodata, (int)CAT.AutoFields.Mode, batchnumber), "-nr"))
{
autoreport.Enabled = false;
}
RunBatch(autoreport, auto_alias, batchnumber, autodata, batchdata, out interactivecontrols);
Running = false;
break;
case RunType.Auto:
RunAuto(autoreport, auto_alias, binary_name, out interactivecontrols);
Running = false;
break;
}
autoreport.WaitForAuto();
if (autoreport.Enabled)
{
ShowReport(autoreport);
}
if (interactivecontrols != null && interactivecontrols.Count > 0)
{
InteractiveShowControls(interactivecontrols);
}
return(true);
}
else
{
autoreport.AddOverlay("Busy running automation - thus did not start new automation - please wait (or click abort then retry run)...", Status.BUSY);
return(false);
}
}
/// =======================================================================================================
private static void RunBatch(AutoReport auto_report, string auto_alias, int batch_number,
DataGridView auto_data, DataGridView batch_data, out List <Control> interactive_controls, int?command_number = null)
{
List <Control> interactivecontrols = new List <Control>();
int rep = 1;
if (Regex.IsMatch(Data.GetCell(auto_data, (int)CAT.AutoFields.Mode, batch_number), COMMAND_MODE_REPEAT))
{
rep = Convert.ToInt16(Regex.Match(Data.GetCell(auto_data, (int)CAT.AutoFields.Mode, batch_number), COMMAND_MODE_REPEAT).Value.Substring(1));
}
for (int i = 0; i < rep; i++)
{
Action runbatch = new Action(() =>
{
FormAccess(FormDelegates.SelectAutoRow, new object[] { batch_number }, auto_alias);
FormAccess(FormDelegates.LoadBatchData, new object[] { batch_number }, auto_alias);
FormAccess(FormDelegates.ClearBatchStatuses, new object[] { }, auto_alias);
auto_report.AddBatch(new BatchReport(batch_number, Data.GetCell(auto_data, (int)CAT.AutoFields.Name, batch_number)));
Status?status = null;
if (Data.IsBatchEnabled(auto_data, batch_number) || command_number != null)
{
CAT.FormAccess(CAT.FormDelegates.SetBatchStatus, new object[] { Status.BUSY, batch_number }, auto_alias);
foreach (DataGridViewRow commandrow in batch_data.Rows)
{
if (!AbortAll && ((command_number != null && command_number == commandrow.Index) || command_number == null) && commandrow.Index < batch_data.RowCount - 1)
{
FormAccess(FormDelegates.SelectBatchRow, new object[] { commandrow.Index }, auto_alias);
List <Control> ctrls;
RunCommand(auto_report, new Map(auto_alias, batch_number, commandrow.Index), batch_data, out ctrls, GetAutoVars(auto_data, batch_number, auto_alias));
if (ctrls != null)
{
foreach (Control ctrl in ctrls)
{
interactivecontrols.Add(ctrl);
}
}
}
}
status = auto_report.CalculatedBatchResult(batch_number);
}
else
{
status = Status.SKIP;
}
CAT.FormAccess(CAT.FormDelegates.SetBatchStatus, new object[] { status, batch_number }, auto_alias);
auto_report.BatchComplete(batch_number, status);
});
if (Regex.IsMatch(Data.GetCell(auto_data, (int)CAT.AutoFields.Mode, batch_number), "-t"))
{
Task t = new Task(() => { runbatch(); });
BatchTasks.Add(t);
t.Start();
}
else
{
runbatch();
CAT.FormAccess(CAT.FormDelegates.SaveSelectedBatch, new object[] { }, auto_alias);
}
}
interactive_controls = interactivecontrols;
}
/// =======================================================================================================
// String based command line executer. Return all the standard output text. Ignore error text, as this isn't considered important (this is not a debug application).
public static Status RunCmd(AutoReport auto_report,
Map map,
string fileName = "cmd.exe",
string path = @"C:\",
string command = "",
int timeout = 120,
string commandPrefix = "/C",
bool use_shell = false,
bool redirect_std_out = true,
bool redirect_std_in = false,
bool redirect_std_err = false,
bool nowindow = true)
{
DateTime starttime = DateTime.Now;
if (!CAT.AbortAll)
{
try { if (string.IsNullOrWhiteSpace(path) && Directory.Exists(command))
{
command = @"%SystemRoot%\explorer.exe " + command; auto_report.AddOverlayedMessage(map, "Applied assumption: " + command, Status.WARN);
}
} catch { }
path = DISK.AutoAddBaseDirectory(path);
if (!Directory.Exists(path))
{
if (auto_report != null)
{
auto_report.AddOverlayedMessage(map, "Path '" + path + "' is invalid", Status.FAIL);
}
}
Process process = new Process();
try
{
ProcessStartInfo processinfo = new ProcessStartInfo()
{
CreateNoWindow = nowindow,
UseShellExecute = use_shell,
RedirectStandardOutput = redirect_std_out,
RedirectStandardError = redirect_std_err,
RedirectStandardInput = redirect_std_in,
WorkingDirectory = path,
WindowStyle = ProcessWindowStyle.Normal,
FileName = fileName,
Arguments = commandPrefix + command
};
string alias = path + ">" + command;
process.StartInfo = processinfo;
process.Start();
string standardoutputtext = "";
string overlayname = "standardOutput" + map.A + map.B + map.C;
if (auto_report != null)
{
auto_report.AddOverlay(overlayname, "", Status.INFO);
}
while (!process.StandardOutput.EndOfStream)
{
string line = process.StandardOutput.ReadLine();
standardoutputtext += line + "\r\n";
if (auto_report != null)
{
auto_report.UpdateOverlay(overlayname, standardoutputtext, Status.INFO); auto_report.UpdateCommandProgress(map);
}
if (CAT.AbortAll || CAT.AbortCurrent)
{
CAT.AbortCurrent = false;
process.Close();
if (auto_report != null)
{
auto_report.AddOverlayedMessage(map, "User aborted after " + (DateTime.Now - starttime).TotalSeconds + "s", Status.ABORT);
}
return(Status.ABORT);
}
Thread.Sleep(10);
if ((DateTime.Now - starttime).TotalMilliseconds > (timeout * 1000))
{
process.Close();
if (auto_report != null)
{
auto_report.AddOverlayedMessage(map, "Timeout occured (timeout = " + timeout + "s)", Status.TIMEOUT);
}
return(Status.TIMEOUT);
}
}
if (auto_report != null)
{
auto_report.AddMessage(map, standardoutputtext, Status.INFO);
}
process.Close();
return(Status.PASS);
}
catch (Exception e)
{
try { process.Close(); } catch { }
if (auto_report != null)
{
auto_report.AddOverlayedMessage(map, ErrorMsg(e), Status.FAIL);
}
}
}
else
{
return(Status.ABORT);
}
return(Status.PASS);
}
// String based DLL function executer. Path-format:"name.dll" Command-format:"namespace.class functionname(parameter1,parameter2,parameter3,parameteretc)" Do not deviate from the format! Do not use special characters!
/// =======================================================================================================
public static Status RunDll(Map map,
string path,
string command,
int timeout,
out List <Control> interactive_controls,
AutoReport auto_report = null)
{
string c = command;
interactive_controls = new List <Control>();
Status status = Status.PASS;
foreach (string namespace_class_function in c.Split(';'))
{
// Get cheker
Checker checker = null;
try { checker = GetChecker(auto_report, map, command); }
catch (Exception e) { auto_report.AddOverlayedMessage(map, e.Message, Status.ABORT); }
// Check for abort
if (CAT.AbortAll)
{
return(Status.ABORT);
}
// Command started
auto_report.OverlayCommandStarted(map);
// Check for valid function and class
string functionwithparameters = namespace_class_function.Substring(Regex.Match(namespace_class_function, @"\s").Index + 1, namespace_class_function.Length - Regex.Match(namespace_class_function, @"\s").Index - 1);
string namespaceclass = namespace_class_function.Substring(0, Regex.Match(namespace_class_function, @"\s").Index);
if (string.IsNullOrWhiteSpace(namespaceclass))
{
functionwithparameters = namespace_class_function;
}
// Check function
if (!Regex.IsMatch(functionwithparameters, FUNC_FORMAT + PARAM_FORMAT))
{
functionwithparameters += "()";
} // Auto add brackets (no parameters)
// Retry function check
if (!Regex.IsMatch(functionwithparameters, FUNC_FORMAT + PARAM_FORMAT))
{
auto_report.AddOverlayedMessage(map, "Function '" + functionwithparameters + "' is invalid", Status.FAIL);
return(Status.FAIL);
}
// Function Name and Parameters
string functionname = ExtractFunctionName(functionwithparameters);
List <string> parameterList = ExtractParameters(functionwithparameters);
// Default DLL
if (string.IsNullOrWhiteSpace(namespaceclass))
{
Type[] types = Assembly.GetExecutingAssembly().GetTypes();
foreach (Type t in types)
{
if (t.GetMethod(functionname) != null)
{
namespaceclass = "API." + t.Name;
auto_report.AddOverlayedMessage(map, "Applied assumption (Namespace.Class): " + namespaceclass, Status.WARN);
}
}
if (string.IsNullOrWhiteSpace(namespaceclass))
{
namespaceclass = DISK.RemoveExtension(path) + "." + DISK.RemoveExtension(path);
auto_report.AddOverlayedMessage(map, "Applied assumption (Namespace.Class): " + namespaceclass, Status.WARN);
}
}
// Class
if (string.IsNullOrWhiteSpace(namespaceclass))
{
auto_report.AddOverlayedMessage(map, "Class '" + namespaceclass + "' is invalid", Status.FAIL);
return(Status.FAIL);
}
// DLL Thread
object returnvalue = null;
path = DISK.AutoAddBaseDirectory(DISK.AutoAddExt(path, "dll"));
DateTime starttime = DateTime.Now;
Assembly assembly = null;
try { assembly = Assembly.LoadFile(path); if (assembly == null)
{
throw new Exception("Assembly still null");
}
}
catch (Exception e) { auto_report.AddOverlayedMessage(map, "Error loading assembly " + path + ":\r\n" + ErrorMsg(e), Status.FAIL); return(Status.FAIL); }
Type type = null;
try { type = assembly.GetType(namespaceclass); if (type == null)
{
throw new Exception("Type still null");
}
}
catch (Exception e) { auto_report.AddOverlayedMessage(map, "Error loading type " + namespaceclass + ":\r\n" + ErrorMsg(e), Status.FAIL); return(Status.FAIL); }
object instance = null;
try { instance = Activator.CreateInstance(type); if (instance == null)
{
throw new Exception("Instance still null");
}
}
catch (Exception e) { auto_report.AddOverlayedMessage(map, "Error loading instance for " + type + ":\r\n" + ErrorMsg(e), Status.FAIL); return(Status.FAIL); }
MethodInfo newmethod = null;
try { newmethod = type.GetMethod(functionname); if (newmethod == null)
{
throw new Exception("Method still null");
}
}
catch (Exception e) { auto_report.AddOverlayedMessage(map, "Error loading method " + functionname + " for " + type + ":\r\n" + ErrorMsg(e), Status.FAIL); return(Status.FAIL); }
string name = newmethod.Name;
var ts = new CancellationTokenSource();
CancellationToken ct = ts.Token;
bool iscomplete = false;
bool exception = false;
Task.Factory.StartNew(() =>
{
try
{
if (newmethod.ReturnType == typeof(void))
{
newmethod.Invoke(instance, parameterList.Cast <object>().ToArray());
}
else
{
if (parameterList != null)
{
returnvalue = newmethod.Invoke(null, parameterList.Cast <object>().ToArray());
}
else
{
returnvalue = newmethod.Invoke(null, null);
}
}
}
catch (Exception e)
{
auto_report.AddOverlayedMessage(map, ErrorMsg(e), Status.FAIL);
exception = true;
}
iscomplete = true;
}, ct);
while (!iscomplete)
{
// Timeout
if ((DateTime.Now - starttime).TotalSeconds > timeout)
{
ts.Cancel();
auto_report.AddOverlayedMessage(map, "Timeout occured (timeout = " + timeout + "s)", Status.TIMEOUT);
return(Status.TIMEOUT);
}
// Abort
if (CAT.AbortAll || CAT.AbortCurrent)
{
ts.Cancel();
CAT.AbortCurrent = false; // Reset to jump to next command
Thread.Sleep(500); // Allow threads to cleanup using abort flags
auto_report.AddOverlayedMessage(map, "User aborted after " + (int)((DateTime.Now - starttime).TotalMilliseconds) + "ms", Status.ABORT);
return(Status.ABORT);
}
// CPU handling
Thread.Sleep(10);
// Progress Feedback
auto_report.UpdateCommandProgress(map);
}
// RETURN VALUE
if (exception)
{
status = Status.FAIL;
}
else if (returnvalue == null)
{
}
else if (returnvalue is Control)
{
interactive_controls.Add(returnvalue as Control);
}
else if (returnvalue is List <Control> )
{
foreach (Control ctrl in (returnvalue as List <Control>))
{
interactive_controls.Add(ctrl);
}
;
}
else if (!(returnvalue is Return))
{
auto_report.AddOverlayedMessage(map, "This framework only supports 'Return' return type (or void)!\r\n" + returnvalue.GetType() + " is invalid", Status.FAIL);
status = Status.FAIL;
}
else
{
if (((Return)returnvalue).Messages != null)
{
foreach (CATMessage message in ((Return)returnvalue).Messages)
{
auto_report.AddOverlayedMessage(map, message.Text, message.Status);
if (message.Status == Status.FAIL)
{
status = Status.FAIL;
}
}
// Add extra message checker messages
if (checker != null && checker.CheckType == "Messages")
{
List <Result> messageresults = Results.Check(((Return)returnvalue).Messages, checker.CheckFunction, checker.CheckParameters);
foreach (Result message in messageresults)
{
auto_report.AddOverlayedMessage(map, message.Message, message.Passed ? Status.PASS : Status.FAIL);
}
}
}
// Charts
if (((Return)returnvalue).Charts != null)
{
List <ChartData> newdata = new List <ChartData>();
foreach (ChartData chart in ((Return)returnvalue).Charts)
{
newdata.Add(chart);
}
auto_report.AddChartList(map, newdata);
// Add extra chart checker messages
if (checker != null && checker.CheckType == "Charts")
{
List <Result> chartresults = Results.Check(((Return)returnvalue).Charts, checker.CheckFunction, checker.CheckParameters);
foreach (Result chartmessage in chartresults)
{
auto_report.AddMessage(map, chartmessage.Message, chartmessage.Passed ? Status.PASS : Status.FAIL);
}
}
}
// Charts List
if (((Return)returnvalue).ChartsList != null)
{
foreach (List <ChartData> chartlist in ((Return)returnvalue).ChartsList)
{
auto_report.AddChartList(map, chartlist);
}
}
}
}
return(status);
}
/// =======================================================================================================
private static void RunCommand(AutoReport auto_report, Map map, DataGridView batch_data,
out List <Control> interactive_controls,
List <Var> vars = null)
{
List <Control> interactivecontrols = null;
int rep = 1;
if (Regex.IsMatch(Data.GetCell(batch_data, (int)CAT.BatchFields.Mode, map.C), COMMAND_MODE_REPEAT))
{
rep = Convert.ToInt16(Regex.Match(Data.GetCell(batch_data, (int)CAT.BatchFields.Mode, map.C), COMMAND_MODE_REPEAT).Value.Substring(1));
}
if (Regex.IsMatch(Data.GetCell(batch_data, (int)CAT.BatchFields.Mode, map.C), COMMAND_MODE_THREAD_CATCH))
{
auto_report.WaitForPreviousBatches(map);
}
Action runcommand = new Action(() =>
{
for (int i = 1; i <= rep; i++)
{
DataGridViewRow cmd = batch_data.Rows[map.C];
string workdir = Data.GetCell(cmd, (int)CAT.BatchFields.Path);
string command = Data.GetCell(cmd, (int)CAT.BatchFields.Command);
Map newmap = new Map(map.A, map.B, map.C, rep > 1 ? i : 0);
auto_report.AddCommand(new CommandReport(newmap, workdir + ">" + command));
Status status = Status.START;
if (Data.IsCommandEnabled(cmd))
{
if (vars != null)
{
string initialcommand = command;
string initialworkdir = workdir;
foreach (Var vartoinsert in vars)
{
command = command.Replace("{" + vartoinsert.Name + "}", vartoinsert.Value);
workdir = workdir.Replace("{" + vartoinsert.Name + "}", vartoinsert.Value);
}
command = BasicArithmetic(command);
if (initialcommand != command || initialworkdir != workdir)
{
auto_report.AddOverlayedMessage(newmap, "Variable updates (Workdir>Command): " + workdir + ">" + command, Status.WARN);
}
}
if (string.IsNullOrWhiteSpace(Data.GetCell(cmd, (int)CAT.BatchFields.Command)))
{
auto_report.AddOverlayedMessage(newmap, "Command is null", Status.FAIL);
status = Status.FAIL;
}
else if (string.IsNullOrWhiteSpace(Data.GetCell(cmd, (int)CAT.BatchFields.Timeout)))
{
auto_report.AddOverlayedMessage(newmap, "Timeout is null", Status.FAIL);
status = Status.FAIL;
}
else
{
CAT.FormAccess(CAT.FormDelegates.SetCommandStatus, new object[] { Status.BUSY, newmap.C }, newmap.A);
if (Regex.IsMatch(Data.GetCell(cmd, (int)CAT.BatchFields.Path), @".*\.dll"))
{
status = RunDll(newmap, workdir, command, Data.GetCmdTimeout(cmd), out interactivecontrols, auto_report);
}
else
{
status = RunCmd(auto_report, newmap, "cmd.exe", workdir, command, Data.GetCmdTimeout(cmd), "/C");
}
}
}
else
{
status = Status.SKIP;
}
auto_report.CommandComplete(newmap, status);
CAT.FormAccess(CAT.FormDelegates.SetCommandStatus, new object[] { status, newmap.C }, newmap.A);
}
});
if (Regex.IsMatch(Data.GetCell(batch_data, (int)CAT.BatchFields.Mode, map.C), "-t"))
{
Task t = new Task(() => { runcommand(); });
CommandTasks.Add(t);
t.Start();
}
else
{
runcommand();
}
interactive_controls = interactivecontrols;
}
