private static Keyword GetActionFalse()
{
Keyword keyword = new Keyword();
keyword.Command = "if_action_false";
keyword.FriendlyName = "Action Not Complete";
keyword.HelpText = "Used for determining if a given action has not been completed.";
keyword.AllowConditional = true;
KeywordInput action = new KeywordInput(KeywordInputType.Action, "Action ID", "The ID of the Action for which the objective is associated.");
action.AllowableActions.Add(2);
action.AllowableActions.Add(4);
action.AllowableActions.Add(6);
action.AllowableActions.Add(8);
action.AllowableActions.Add(19);
action.AllowableActions.Add(22);
//add some that are missing -crapshoot
action.AllowableActions.Add(33); //expire
action.AllowableActions.Add(34); //explode
//this technically can be used with any action because it just checks goalnum
keyword.Inputs.Add(action);
return(keyword);
}
public void SetupDataProvider(string fileName, ICSharpCode.TextEditor.TextArea textArea)
{
_textArea = textArea;
_document = textArea.Document;
_keywords = KeywordFactory.GetKeywords();
//TODO: just put these keywords in the factory and add a flag for "IsRequired" or something.
// it may just require a KeywordType (Header, Action, etc). This needs cleaned up
// in the code completion data provider as well.
// the keyword factory just has the non-required words
Keyword sightDist = new Keyword("bot_SightDist", "", "", false);
sightDist.Inputs.Add(new KeywordInput(KeywordInputType.Action, "Sight Distance", "How far the highest skill bot can see on this map. 1500 is good for non-foggy maps, 700 is good for foggy maps."));
_keywords.Add(sightDist);
_keywords.Add(new Keyword("spawnflag_is_priority", "", "Whether or no bots focus on spawnflags.", false));
_keywords.Add(new Keyword("cmdpost_is_priority", "", "Whether or not command posts critical on this map.", false));
_keywords.Add(new Keyword("construct_is_priority", "", "Whether or not engineers focus more on constructibles.", false));
_keywords.Add(new Keyword("map_has_vehicle", "", "Type of vehicle 0 = none, 1 = tank, 2 = train", false));
_keywords.Add(new Keyword("vehicle_entity_number", "", "The entity number of the vehicle.", false));
_keywords.Add(new Keyword("vehicle_team_owner", "", "The owner of the vehicle.", false));
LineSegment line = textArea.Document.GetLineSegmentForOffset(textArea.Caret.Offset);
if (line != null)
{
TextWord first = GetWord(line, 1);
if (first != null)
{
Keyword keyword = _keywords.GetWord(first.Word);
if (keyword != null)
{
if (keyword.Inputs.Count > 0)
{
for (int x = 0; x < keyword.Inputs.Count; x++)
{
TextWord param = GetWord(line, x + 2);
if (param == null)
{
KeywordInput inputParam = (KeywordInput)keyword.Inputs[x];
if (inputParam.InputType != KeywordInputType.PredefinedList)
{
_insightKeywords.Add(new Keyword(inputParam.Label, inputParam.Label, inputParam.HelpText, false));
break;
}
}
}
}
}
}
}
}
private static Keyword GetWaitCommand()
{
Keyword keyword = new Keyword();
keyword.Command = "wait";
keyword.FriendlyName = "Wait";
keyword.HelpText = "Used to wait a specified period (in seconds) before executing the next lines command.";
KeywordInput seconds = new KeywordInput(KeywordInputType.Integer, "Seconds", "The amount of seconds to wait before executing the next command.");
keyword.Inputs.Add(seconds);
return(keyword);
}
//crapshoot: set_Vehicle_Number
private static Keyword GetSetVehicleNumber()
{
Keyword keyword = new Keyword();
keyword.Command = "set_Vehicle_Number";
keyword.FriendlyName = "Vehicle Number";
keyword.HelpText = "The entity number of the vehicle (script_mover)";
KeywordInput entity = new KeywordInput(KeywordInputType.Integer, "Entity Number", "Entity Number for Vehicle.");
keyword.Inputs.Add(entity);
return(keyword);
}
private static Keyword GetIfObjCaptured()
{
Keyword keyword = new Keyword();
keyword.Command = "if_obj_captured";
keyword.FriendlyName = "If An Objective Captured";
keyword.HelpText = "Used for determining if an objective has been captured. Associate the action that represents the objective.";
keyword.AllowConditional = true;
KeywordInput action = new KeywordInput(KeywordInputType.Action, "Action ID", "The ID of the Action for which the objective is associated.");
action.AllowableActions.Add(8);
keyword.Inputs.Add(action);
return(keyword);
}
//crapshoot: set_Vehicle_Owner
private static Keyword GetSetVehicleOwner()
{
Keyword keyword = new Keyword();
keyword.Command = "set_Vehicle_Owner";
keyword.FriendlyName = "Vehicle Owner";
keyword.HelpText = "Who owns the vehicle?";
KeywordInput input = new KeywordInput(KeywordInputType.PredefinedList, "Vehicle Owner", "Who Owns the Vehicle");
input.AllowableValues.Add("allies");
input.AllowableValues.Add("axis");
keyword.Inputs.Add(input);
return(keyword);
}
//crapshoot: set_Map_Has_Vehicle
private static Keyword GetSetMapHasVehicle()
{
Keyword keyword = new Keyword();
keyword.Command = "set_Map_Has_Vehicle";
keyword.FriendlyName = "Map Has Vehicle";
keyword.HelpText = "Used for turning movers on and off";
KeywordInput input = new KeywordInput(KeywordInputType.PredefinedList, "Has Vehicle", "Whether or not a Vehicle is active.");
input.AllowableValues.Add("true");
input.AllowableValues.Add("false");
keyword.Inputs.Add(input);
return(keyword);
}
private static Keyword GetIfObjHomeTrue()
{
Keyword keyword = new Keyword();
keyword.Command = "if_obj_home_true";
keyword.FriendlyName = "If Objective Is Home";
keyword.HelpText = "Used for determining if an objective is in place. The action associated with this Keyword is typically a 'Steal' action for documents.";
keyword.AllowConditional = true;
KeywordInput action = new KeywordInput(KeywordInputType.Action, "Action ID", "The ID of the Action for which the objective is associated.");
action.AllowableActions.Add(8);
keyword.Inputs.Add(action);
return(keyword);
}
private static Keyword GetIfAxisCpBuiltFalse()
{
Keyword keyword = new Keyword();
keyword.Command = "if_axis_cp_built_false";
keyword.FriendlyName = "If Axis Command Post Is Not Built";
keyword.HelpText = "Used for determining if an Axis Command Post is not built.";
keyword.AllowConditional = true;
KeywordInput action = new KeywordInput(KeywordInputType.Action, "Action ID", "The ID of the Action for which the objective is associated.");
action.AllowableActions.Add(22);
keyword.Inputs.Add(action);
return(keyword);
}
private static Keyword GetIfConstructBuiltTrue()
{
Keyword keyword = new Keyword();
keyword.Command = "if_construct_built_true";
keyword.FriendlyName = "If Constructible Is Built";
keyword.HelpText = "Used for determining if an has been constructed. Associate a construct major or minor action with this command.";
keyword.AllowConditional = true;
KeywordInput action = new KeywordInput(KeywordInputType.Action, "Action ID", "The ID of the Action for which the objective is associated.");
action.AllowableActions.Add(19);
action.AllowableActions.Add(2);
keyword.Inputs.Add(action);
return(keyword);
}
private static Keyword GetIfFlagOwnerAllies()
{
Keyword keyword = new Keyword();
keyword.Command = "if_fda_owner_allies";
keyword.FriendlyName = "If Allies Have Flag";
keyword.HelpText = "Used for determining if the Allies have the flag. Associate a 'Spawn Flag' action with this command.";
keyword.AllowConditional = true;
KeywordInput action = new KeywordInput(KeywordInputType.Action, "Action ID", "The ID of the Action for which the objective is associated.");
action.AllowableActions.Add(6);
keyword.Inputs.Add(action);
return(keyword);
}
private static Keyword GetNodeDisconnect()
{
Keyword keyword = new Keyword();
keyword.Command = "node_disconnect";
keyword.FriendlyName = "Node Disconnect";
keyword.HelpText = "Used to disconnect nodes";
keyword.Inputs.Add(new KeywordInput(KeywordInputType.Node, "Node ID 1", "The ID of the first node to disconnect."));
keyword.Inputs.Add(new KeywordInput(KeywordInputType.Node, "Node ID 2", "The ID of the second node to discconnect."));
KeywordInput input = new KeywordInput(KeywordInputType.PredefinedList, "Two Way Disconnect", "Whether or not this is a two way connection.");
input.AllowableValues.Add("true");
input.AllowableValues.Add("false");
keyword.Inputs.Add(input);
return(keyword);
}
//crapshoot: openNodeGrpToTeam
private static Keyword GetOpenNodeGrpToTeam()
{
Keyword keyword = new Keyword();
keyword.Command = "openNodeGrpToTeam";
keyword.FriendlyName = "Open Node Group";
keyword.HelpText = "Used to open a group of nodes to a team";
keyword.Inputs.Add(new KeywordInput(KeywordInputType.Group, "Node Group", "The Group ID of nodes to open."));
KeywordInput input = new KeywordInput(KeywordInputType.PredefinedList, "Team", "The Team to open the nodes for.");
input.AllowableValues.Add("axis");
input.AllowableValues.Add("allies");
keyword.Inputs.Add(input);
return(keyword);
}
private static Keyword GetActionTrue()
{
Keyword keyword = new Keyword();
keyword.Command = "if_action_true";
keyword.FriendlyName = "Action Complete";
keyword.HelpText = "Used for determining if a given action has been completed.";
keyword.AllowConditional = true;
KeywordInput action = new KeywordInput(KeywordInputType.Action, "Action ID", "The ID of the Action for which the objective is associated.");
action.AllowableActions.Add(2);
action.AllowableActions.Add(4);
action.AllowableActions.Add(6);
action.AllowableActions.Add(8);
action.AllowableActions.Add(19);
action.AllowableActions.Add(22);
keyword.Inputs.Add(action);
return keyword;
}
private static Keyword GetActionFalse()
{
Keyword keyword = new Keyword();
keyword.Command = "if_action_false";
keyword.FriendlyName = "Action Not Complete";
keyword.HelpText = "Used for determining if a given action has not been completed.";
keyword.AllowConditional = true;
KeywordInput action = new KeywordInput(KeywordInputType.Action, "Action ID", "The ID of the Action for which the objective is associated.");
action.AllowableActions.Add(2);
action.AllowableActions.Add(4);
action.AllowableActions.Add(6);
action.AllowableActions.Add(8);
action.AllowableActions.Add(19);
action.AllowableActions.Add(22);
keyword.Inputs.Add(action);
return(keyword);
}
private static Keyword GetBotSwitchToWeap()
{
Keyword keyword = new Keyword();
keyword.Command = "bot_switchToWeap";
keyword.FriendlyName = "Switch Weapons";
keyword.HelpText = "Will cause all soldiers on the specified team to switch to the defined weapon.";
KeywordInput weapon = new KeywordInput(KeywordInputType.PredefinedList, "Weapon", "The weapon to switch to.");
weapon.AllowableValues.Add("FG42");
weapon.AllowableValues.Add("flame");
weapon.AllowableValues.Add("garand");
weapon.AllowableValues.Add("k43");
weapon.AllowableValues.Add("MG42");
weapon.AllowableValues.Add("mortar");
weapon.AllowableValues.Add("panzer");
weapon.AllowableValues.Add("random");
weapon.AllowableValues.Add("random_f");
weapon.AllowableValues.Add("random_fp");
weapon.AllowableValues.Add("random_p");
weapon.AllowableValues.Add("random_pf");
weapon.AllowableValues.Add("smg");
weapon.AllowableValues.Add("sniper");
weapon.AllowableValues.Add("venom");
keyword.Inputs.Add(weapon);
KeywordInput team = new KeywordInput(KeywordInputType.PredefinedList, "Team", "The team to switch weapons for");
team.AllowableValues.Add("allies");
team.AllowableValues.Add("axis");
keyword.Inputs.Add(team);
return(keyword);
}
private static Keyword GetActionTrue()
{
Keyword keyword = new Keyword();
keyword.Command = "if_action_true";
keyword.FriendlyName = "Action Complete";
keyword.HelpText = "Used for determining if a given action has been completed.";
keyword.AllowConditional = true;
KeywordInput action = new KeywordInput(KeywordInputType.Action, "Action ID", "The ID of the Action for which the objective is associated.");
action.AllowableActions.Add(2);
action.AllowableActions.Add(4);
action.AllowableActions.Add(6);
action.AllowableActions.Add(8);
action.AllowableActions.Add(19);
action.AllowableActions.Add(22);
//add some that are missing -crapshoot
action.AllowableActions.Add(33); //expire
action.AllowableActions.Add(34); //explode
//this technically can be used with any action because it just checks goalnum
keyword.Inputs.Add(action);
return keyword;
}
private static Keyword GetIfAxisCpBuiltTrue()
{
Keyword keyword = new Keyword();
keyword.Command = "if_axis_cp_built_true";
keyword.FriendlyName = "If Axis Command Post Built";
keyword.HelpText = "Used for determining if an Axis Command Post is built.";
keyword.AllowConditional = true;
KeywordInput action = new KeywordInput(KeywordInputType.Action, "Action ID", "The ID of the Action for which the objective is associated.");
action.AllowableActions.Add(22);
keyword.Inputs.Add(action);
return keyword;
}
private static Keyword GetIfConstructBuiltTrue()
{
Keyword keyword = new Keyword();
keyword.Command = "if_construct_built_true";
keyword.FriendlyName = "If Constructible Is Built";
keyword.HelpText = "Used for determining if an has been constructed. Associate a construct major or minor action with this command.";
keyword.AllowConditional = true;
KeywordInput action = new KeywordInput(KeywordInputType.Action, "Action ID", "The ID of the Action for which the objective is associated.");
action.AllowableActions.Add(19);
action.AllowableActions.Add(2);
keyword.Inputs.Add(action);
return keyword;
}
private static Keyword GetIfFlagOwnerAxis()
{
Keyword keyword = new Keyword();
keyword.Command = "if_fda_owner_axis";
keyword.FriendlyName = "If Axis Have Flag";
keyword.HelpText = "Used for determining if the Axis have the flag. Associate a 'Spawn Flag' action with this command.";
keyword.AllowConditional = true;
KeywordInput action = new KeywordInput(KeywordInputType.Action, "Action ID", "The ID of the Action for which the objective is associated.");
action.AllowableActions.Add(6);
keyword.Inputs.Add(action);
return keyword;
}
private static Keyword GetIfObjCaptured()
{
Keyword keyword = new Keyword();
keyword.Command = "if_obj_captured";
keyword.FriendlyName = "If An Objective Captured";
keyword.HelpText = "Used for determining if an objective has been captured. Associate the action that represents the objective.";
keyword.AllowConditional = true;
KeywordInput action = new KeywordInput(KeywordInputType.Action, "Action ID", "The ID of the Action for which the objective is associated.");
action.AllowableActions.Add(8);
keyword.Inputs.Add(action);
return keyword;
}
private static Keyword GetIfObjHomeTrue()
{
Keyword keyword = new Keyword();
keyword.Command = "if_obj_home_true";
keyword.FriendlyName = "If Objective Is Home";
keyword.HelpText = "Used for determining if an objective is in place. The action associated with this Keyword is typically a 'Steal' action for documents.";
keyword.AllowConditional = true;
KeywordInput action = new KeywordInput(KeywordInputType.Action, "Action ID", "The ID of the Action for which the objective is associated.");
action.AllowableActions.Add(8);
keyword.Inputs.Add(action);
return keyword;
}
private static Keyword GetNodeDisconnect()
{
Keyword keyword = new Keyword();
keyword.Command = "node_disconnect";
keyword.FriendlyName = "Node Disconnect";
keyword.HelpText = "Used to disconnect nodes";
keyword.Inputs.Add(new KeywordInput(KeywordInputType.Node, "Node ID 1", "The ID of the first node to disconnect."));
keyword.Inputs.Add(new KeywordInput(KeywordInputType.Node, "Node ID 2", "The ID of the second node to discconnect."));
KeywordInput input = new KeywordInput(KeywordInputType.PredefinedList, "Two Way Disconnect", "Whether or not this is a two way connection.");
input.AllowableValues.Add("true");
input.AllowableValues.Add("false");
keyword.Inputs.Add(input);
return keyword;
}
//crapshoot: set_Map_Has_Vehicle
private static Keyword GetSetMapHasVehicle()
{
Keyword keyword = new Keyword();
keyword.Command = "set_Map_Has_Vehicle";
keyword.FriendlyName = "Map Has Vehicle";
keyword.HelpText = "Used for turning movers on and off";
KeywordInput input = new KeywordInput(KeywordInputType.PredefinedList, "Has Vehicle", "Whether or not a Vehicle is active.");
input.AllowableValues.Add("true");
input.AllowableValues.Add("false");
keyword.Inputs.Add(input);
return keyword;
}
//crapshoot: set_Vehicle_Number
private static Keyword GetSetVehicleNumber()
{
Keyword keyword = new Keyword();
keyword.Command = "set_Vehicle_Number";
keyword.FriendlyName = "Vehicle Number";
keyword.HelpText = "The entity number of the vehicle (script_mover)";
KeywordInput entity = new KeywordInput(KeywordInputType.Integer, "Entity Number", "Entity Number for Vehicle.");
keyword.Inputs.Add(entity);
return keyword;
}
//crapshoot: set_Vehicle_Owner
private static Keyword GetSetVehicleOwner()
{
Keyword keyword = new Keyword();
keyword.Command = "set_Vehicle_Owner";
keyword.FriendlyName = "Vehicle Owner";
keyword.HelpText = "Who owns the vehicle?";
KeywordInput input = new KeywordInput(KeywordInputType.PredefinedList, "Vehicle Owner", "Who Owns the Vehicle");
input.AllowableValues.Add("allies");
input.AllowableValues.Add("axis");
keyword.Inputs.Add(input);
return keyword;
}
private static Keyword GetWaitCommand()
{
Keyword keyword = new Keyword();
keyword.Command = "wait";
keyword.FriendlyName = "Wait";
keyword.HelpText = "Used to wait a specified period (in seconds) before executing the next lines command.";
KeywordInput seconds = new KeywordInput(KeywordInputType.Integer, "Seconds", "The amount of seconds to wait before executing the next command.");
keyword.Inputs.Add(seconds);
return keyword;
}
public ICompletionData[] GenerateCompletionData(string fileName, TextArea textArea, char charTyped)
{
_keywords = KeywordFactory.GetKeywords();
// the keyword factory just has the non-required words
_keywords.Add(new Keyword("bot_SightDist", "", "How far the highest skill bot can see on this map", false));
ArrayList allowable = new ArrayList();
allowable.Add("0");
allowable.Add("1");
Keyword flag = new Keyword("spawnflag_is_priority", "", "Whether or no bots focus on spawnflags.", false);
KeywordInput flagInput = new KeywordInput(KeywordInputType.PredefinedList, "spawnflag_is_priority", "Whether or no bots focus on spawnflags.");
flagInput.AllowableValues = allowable;
flag.Inputs.Add(flagInput);
_keywords.Add(flag);
Keyword cmdpost = new Keyword("cmdpost_is_priority", "", "Whether or not command posts critical on this map.", false);
KeywordInput cmdpostInput = new KeywordInput(KeywordInputType.PredefinedList, "cmdpost_is_priority", "Whether or not command posts critical on this map.");
cmdpostInput.AllowableValues = allowable;
cmdpost.Inputs.Add(cmdpostInput);
_keywords.Add(cmdpost);
Keyword construct = new Keyword("construct_is_priority", "", "Whether or not engineers focus more on constructibles.", false);
KeywordInput constructInput = new KeywordInput(KeywordInputType.PredefinedList, "construct_is_priority", "Whether or not engineers focus more on constructibles.");
constructInput.AllowableValues = allowable;
construct.Inputs.Add(constructInput);
_keywords.Add(construct);
Keyword vehicle = new Keyword("map_has_vehicle", "", "Whether or not this map has a tank or a train.", false);
KeywordInput vehicleInput = new KeywordInput(KeywordInputType.PredefinedList, "map_has_vehicle", "Type of vehicle 0 = none, 1 = tank, 2 = train");
ArrayList allowableVehicle = new ArrayList();
allowable.Add("0");
allowable.Add("1");
allowable.Add("2");
vehicleInput.AllowableValues = allowableVehicle;
vehicle.Inputs.Add(vehicleInput);
_keywords.Add(vehicle);
//vehicle_entity_number 429 //the entity number of the tank
Keyword vehicleEntity = new Keyword("vehicle_entity_number", "", "The entity number of the vehicle.", false);
vehicleEntity.Inputs.Add(new KeywordInput(KeywordInputType.Action, "Vehicle Entity Number", "The entity number of the vehicle."));
_keywords.Add(vehicleEntity);
//vehicle_team_owner 2 //ALLIES own this tank! 1 = AXIS, 2 = ALLIES
Keyword vehicleOwner = new Keyword("vehicle_team_owner", "", "The owner of the vehicle.", false);
KeywordInput vehicleOwnerInput = new KeywordInput(KeywordInputType.PredefinedList, "vehicle_team_owner", "1 = AXIS, 2 = ALLIES.");
vehicleOwnerInput.AllowableValues.Add("1");;
vehicleOwnerInput.AllowableValues.Add("2");;
vehicleOwner.Inputs.Add(vehicleOwnerInput);
_keywords.Add(vehicleOwner);
_keywords.Sort(KeywordComparer.SortBy.Command);
_textArea = textArea;
_typedChar = charTyped;
// see if a word on the line the input was in is a keyword that we have,
// then figure out what input they are at
LineSegment line = textArea.Document.GetLineSegmentForOffset(textArea.Caret.Offset);
bool keywordFound = false;
if (line != null)
{
TextWord first = GetWord(line, 1);
if (first != null)
{
Keyword keyword = _keywords.GetWord(first.Word);
if (keyword != null)
{
keywordFound = true;
if (keyword.Inputs.Count > 0)
{
for (int x = 0; x < keyword.Inputs.Count; x++)
{
TextWord param = GetWord(line, x + 2);
if (param == null)
{
KeywordInput inputParam = (KeywordInput)keyword.Inputs[x];
if (inputParam.InputType == KeywordInputType.PredefinedList)
{
ICompletionData[] data = new ICompletionData[inputParam.AllowableValues.Count];
for (int y = 0; y < inputParam.AllowableValues.Count; y++)
{
Keyword dummyKeyword = new Keyword((string)inputParam.AllowableValues[y], (string)inputParam.AllowableValues[y], inputParam.HelpText, false);
data[y] = new KeywordCompletionData(dummyKeyword);
}
return data;
}
}
}
}
}
}
}
if (keywordFound)
{
return null;
}
// fall through, return all keywords
ICompletionData[] all = new ICompletionData[_keywords.Count];
for (int x = 0; x < _keywords.Count; x++)
{
all[x] = new KeywordCompletionData(_keywords[x]);
}
return all;
}
private static Keyword GetBotSwitchToWeap()
{
Keyword keyword = new Keyword();
keyword.Command = "bot_switchToWeap";
keyword.FriendlyName = "Switch Weapons";
keyword.HelpText = "Will cause all soldiers on the specified team to switch to the defined weapon.";
KeywordInput weapon = new KeywordInput(KeywordInputType.PredefinedList, "Weapon", "The weapon to switch to.");
weapon.AllowableValues.Add("FG42");
weapon.AllowableValues.Add("flame");
weapon.AllowableValues.Add("garand");
weapon.AllowableValues.Add("k43");
weapon.AllowableValues.Add("MG42");
weapon.AllowableValues.Add("mortar");
weapon.AllowableValues.Add("panzer");
weapon.AllowableValues.Add("random");
weapon.AllowableValues.Add("random_f");
weapon.AllowableValues.Add("random_fp");
weapon.AllowableValues.Add("random_p");
weapon.AllowableValues.Add("random_pf");
weapon.AllowableValues.Add("smg");
weapon.AllowableValues.Add("sniper");
weapon.AllowableValues.Add("venom");
keyword.Inputs.Add(weapon);
KeywordInput team = new KeywordInput(KeywordInputType.PredefinedList, "Team", "The team to switch weapons for");
team.AllowableValues.Add("allies");
team.AllowableValues.Add("axis");
keyword.Inputs.Add(team);
return keyword;
}
public ICompletionData[] GenerateCompletionData(string fileName, TextArea textArea, char charTyped)
{
_keywords = KeywordFactory.GetKeywords();
// the keyword factory just has the non-required words
_keywords.Add(new Keyword("bot_SightDist", "", "How far the highest skill bot can see on this map", false));
ArrayList allowable = new ArrayList();
allowable.Add("0");
allowable.Add("1");
Keyword flag = new Keyword("spawnflag_is_priority", "", "Whether or no bots focus on spawnflags.", false);
KeywordInput flagInput = new KeywordInput(KeywordInputType.PredefinedList, "spawnflag_is_priority", "Whether or no bots focus on spawnflags.");
flagInput.AllowableValues = allowable;
flag.Inputs.Add(flagInput);
_keywords.Add(flag);
Keyword cmdpost = new Keyword("cmdpost_is_priority", "", "Whether or not command posts critical on this map.", false);
KeywordInput cmdpostInput = new KeywordInput(KeywordInputType.PredefinedList, "cmdpost_is_priority", "Whether or not command posts critical on this map.");
cmdpostInput.AllowableValues = allowable;
cmdpost.Inputs.Add(cmdpostInput);
_keywords.Add(cmdpost);
Keyword construct = new Keyword("construct_is_priority", "", "Whether or not engineers focus more on constructibles.", false);
KeywordInput constructInput = new KeywordInput(KeywordInputType.PredefinedList, "construct_is_priority", "Whether or not engineers focus more on constructibles.");
constructInput.AllowableValues = allowable;
construct.Inputs.Add(constructInput);
_keywords.Add(construct);
Keyword vehicle = new Keyword("map_has_vehicle", "", "Whether or not this map has a tank or a train.", false);
KeywordInput vehicleInput = new KeywordInput(KeywordInputType.PredefinedList, "map_has_vehicle", "Type of vehicle 0 = none, 1 = tank, 2 = train");
ArrayList allowableVehicle = new ArrayList();
allowable.Add("0");
allowable.Add("1");
allowable.Add("2");
vehicleInput.AllowableValues = allowableVehicle;
vehicle.Inputs.Add(vehicleInput);
_keywords.Add(vehicle);
//vehicle_entity_number 429 //the entity number of the tank
Keyword vehicleEntity = new Keyword("vehicle_entity_number", "", "The entity number of the vehicle.", false);
vehicleEntity.Inputs.Add(new KeywordInput(KeywordInputType.Action, "Vehicle Entity Number", "The entity number of the vehicle."));
_keywords.Add(vehicleEntity);
//vehicle_team_owner 2 //ALLIES own this tank! 1 = AXIS, 2 = ALLIES
Keyword vehicleOwner = new Keyword("vehicle_team_owner", "", "The owner of the vehicle.", false);
KeywordInput vehicleOwnerInput = new KeywordInput(KeywordInputType.PredefinedList, "vehicle_team_owner", "1 = AXIS, 2 = ALLIES.");
vehicleOwnerInput.AllowableValues.Add("1");;
vehicleOwnerInput.AllowableValues.Add("2");;
vehicleOwner.Inputs.Add(vehicleOwnerInput);
_keywords.Add(vehicleOwner);
_keywords.Sort(KeywordComparer.SortBy.Command);
_textArea = textArea;
_typedChar = charTyped;
// see if a word on the line the input was in is a keyword that we have,
// then figure out what input they are at
LineSegment line = textArea.Document.GetLineSegmentForOffset(textArea.Caret.Offset);
bool keywordFound = false;
if (line != null)
{
TextWord first = GetWord(line, 1);
if (first != null)
{
Keyword keyword = _keywords.GetWord(first.Word);
if (keyword != null)
{
keywordFound = true;
if (keyword.Inputs.Count > 0)
{
for (int x = 0; x < keyword.Inputs.Count; x++)
{
TextWord param = GetWord(line, x + 2);
if (param == null)
{
KeywordInput inputParam = (KeywordInput)keyword.Inputs[x];
if (inputParam.InputType == KeywordInputType.PredefinedList)
{
ICompletionData[] data = new ICompletionData[inputParam.AllowableValues.Count];
for (int y = 0; y < inputParam.AllowableValues.Count; y++)
{
Keyword dummyKeyword = new Keyword((string)inputParam.AllowableValues[y], (string)inputParam.AllowableValues[y], inputParam.HelpText, false);
data[y] = new KeywordCompletionData(dummyKeyword);
}
return(data);
}
}
}
}
}
}
}
if (keywordFound)
{
return(null);
}
// fall through, return all keywords
ICompletionData[] all = new ICompletionData[_keywords.Count];
for (int x = 0; x < _keywords.Count; x++)
{
all[x] = new KeywordCompletionData(_keywords[x]);
}
return(all);
}
//crapshoot: openNodeGrpToTeam
private static Keyword GetOpenNodeGrpToTeam()
{
Keyword keyword = new Keyword();
keyword.Command = "openNodeGrpToTeam";
keyword.FriendlyName = "Open Node Group";
keyword.HelpText = "Used to open a group of nodes to a team";
keyword.Inputs.Add(new KeywordInput(KeywordInputType.Group, "Node Group", "The Group ID of nodes to open."));
KeywordInput input = new KeywordInput(KeywordInputType.PredefinedList, "Team", "The Team to open the nodes for.");
input.AllowableValues.Add("axis");
input.AllowableValues.Add("allies");
keyword.Inputs.Add(input);
return keyword;
}
