public int ActionRun(string triggername, string triggertype, HistoryEntry he = null, ConditionVariables additionalvars = null,
string flagstart = null, bool now = false) //set flagstart to be the first flag of the actiondata..
{
List <ActionFileList.MatchingSets> ale = actionfiles.GetMatchingConditions(triggername, flagstart); // look thru all actions, find matching ones
if (ale.Count > 0)
{
ConditionVariables eventvars = new ConditionVariables();
Actions.ActionVars.TriggerVars(eventvars, triggername, triggertype);
Actions.ActionVars.HistoryEventVars(eventvars, he, "Event"); // if HE is null, ignored
Actions.ActionVars.ShipBasicInformation(eventvars, he?.ShipInformation, "Event"); // if He null, or si null, ignore
Actions.ActionVars.SystemVars(eventvars, he?.System, "Event");
eventvars.Add(additionalvars); // adding null is allowed
ConditionVariables testvars = new ConditionVariables(globalvariables);
testvars.Add(eventvars);
ConditionFunctions functions = new ConditionFunctions(testvars, null);
if (actionfiles.CheckActions(ale, he?.journalEntry, testvars, functions) > 0)
{
actionfiles.RunActions(now, ale, actionrunasync, eventvars); // add programs to action run
actionrunasync.Execute(); // See if needs executing
}
}
return(ale.Count);
}
public int ActionRun(ActionEvent ev, HistoryEntry he = null, ConditionVariables additionalvars = null,
string flagstart = null, bool now = false) //set flagstart to be the first flag of the actiondata..
{
List <ActionFileList.MatchingSets> ale = actionfiles.GetMatchingConditions(ev.TriggerName, flagstart); // look thru all actions, find matching ones
if (ale.Count > 0)
{
ConditionVariables eventvars = new ConditionVariables();
Actions.ActionVars.TriggerVars(eventvars, ev.TriggerName, ev.TriggerType);
Actions.ActionVars.HistoryEventVars(eventvars, he, "Event"); // if HE is null, ignored
Actions.ActionVars.ShipBasicInformation(eventvars, he?.ShipInformation, "Event"); // if He null, or si null, ignore
Actions.ActionVars.SystemVars(eventvars, he?.System, "Event");
eventvars.Add(additionalvars); // adding null is allowed
//System.Diagnostics.Debug.WriteLine("Dispatch Program with" + Environment.NewLine + eventvars.ToString(prefix:".. ", separ: Environment.NewLine));
ConditionVariables testvars = new ConditionVariables(Globals);
testvars.Add(eventvars);
ConditionFunctions functions = new ConditionFunctions(testvars, null);
if (actionfiles.CheckActions(ale, he?.journalEntry, testvars, functions) > 0)
{
actionfiles.RunActions(now, ale, actionrunasync, eventvars); // add programs to action run
actionrunasync.Execute(); // See if needs executing
}
}
return(ale.Count);
}
public ActionFile(ConditionLists c, ActionProgramList p, string f, string n, bool e, ConditionVariables ivar = null)
{
actionfieldfilter = c;
actionprogramlist = p;
filepath = f;
name = n;
enabled = e;
installationvariables = new ConditionVariables();
if (ivar != null)
{
installationvariables.Add(ivar);
}
}
// now = true run immediately, else defer to current programs
public void RunActions(bool now, List <Actions.ActionFileList.MatchingSets> ale, ActionRun run, ConditionVariables inputparas)
{
foreach (Actions.ActionFileList.MatchingSets ae in ale) // for every file which passed..
{
foreach (ConditionLists.Condition fe in ae.passed) // and every condition..
{
Tuple <ActionFile, ActionProgram> ap = FindProgram(fe.action, ae.af); // find program using this name, prefer this action file first
if (ap != null) // program got,
{
ConditionVariables adparas = new ConditionVariables();
string flags;
adparas.FromActionDataString(fe.actiondata, out flags);
inputparas.Add(adparas);
run.Run(now, ap.Item1, ap.Item2, inputparas);
}
}
}
}
// triage found actions and see which ones are runnable
// cls = object from which to get any needed values from, can be null
// if se is set passed enabled string expansion of arguments in condition of event..
public int CheckActions(List <Actions.ActionFileList.MatchingSets> ale, Object cls, ConditionVariables othervars,
ConditionFunctions se = null)
{
ConditionVariables valuesneeded = new ConditionVariables();
if (cls != null)
{
foreach (MatchingSets ae in ale) // for all files
{
foreach (ConditionLists.Condition fe in ae.cl) // find all values needed
{
fe.IndicateValuesNeeded(ref valuesneeded);
}
}
valuesneeded.GetValuesIndicated(cls); // get the values needed for the conditions
}
valuesneeded.Add(othervars);
int progs = 0;
ConditionFunctions cf = new ConditionFunctions(valuesneeded, null);
foreach (MatchingSets ae in ale) // for all files
{
string errlist = null;
ae.passed = new List <ConditionLists.Condition>();
//System.Diagnostics.Debug.WriteLine("Check `" + ae.af.name + ae.af.actionfieldfilter.ToString() + "`");
//ActionData.DumpVars(valuesneeded, " Test var:");
ae.af.actionfieldfilter.CheckConditions(ae.cl, valuesneeded, out errlist, ae.passed, cf); // indicate which ones passed
progs += ae.passed.Count;
}
return(progs);
}
public void Add(ConditionVariables v)
{
currentvars.Add(v);
}
//special call for execute, needs to pass back more data
public bool ExecuteCallAction(ActionProgramRun ap, out string progname, out ConditionVariables vars)
{
Dictionary <string, string> altops;
if (FromString(UserData, out progname, out vars, out altops) && progname.Length > 0)
{
List <string> wildcards = new List <string>();
ConditionVariables newitems = new ConditionVariables();
foreach (string key in vars.NameEnumuerable)
{
int asterisk = key.IndexOf('*');
if (asterisk >= 0) // SEE if any wildcards, if so, add to newitems
{
bool noexpand = altops[key].Contains("$"); // wildcard operator determines expansion state
wildcards.Add(key);
string prefix = key.Substring(0, asterisk);
foreach (string jkey in ap.variables.NameEnumuerable)
{
if (jkey.StartsWith(prefix))
{
if (noexpand)
{
newitems[jkey] = ap[jkey];
}
else
{
string res;
if (ap.functions.ExpandString(ap[jkey], out res) == ConditionFunctions.ExpandResult.Failed)
{
ap.ReportError(res);
return(false);
}
newitems[jkey] = res;
}
}
}
}
}
foreach (string w in wildcards) // remove wildcards
{
vars.Delete(w);
}
//foreach ( stKeyValuePair<string,string> k in vars.values) // for the rest, before we add in wildcards, expand
foreach (string k in vars.NameEnumuerable.ToList()) // for the rest, before we add in wildcards, expand. Note ToList
{
bool noexpand = altops[k].Contains("$"); // when required
if (!noexpand)
{
string res;
if (ap.functions.ExpandString(vars[k], out res) == ConditionFunctions.ExpandResult.Failed)
{
ap.ReportError(res);
return(false);
}
vars[k] = res;
}
}
vars.Add(newitems); // finally assemble the variables
return(true);
}
else
{
ap.ReportError("Call not configured");
return(false);
}
}
