Ping / circuit latency, break out commands, add typing function for IM, add thinkingTime and charactersPerSecond parameters to typing functions

dist/classes/commands/GridCommands.js

@@ -0,0 +1,114 @@
+"use strict";
+Object.defineProperty(exports, "__esModule", { value: true });
+const MapInfoReply_1 = require("../../events/MapInfoReply");
+const RegionHandleRequest_1 = require("../messages/RegionHandleRequest");
+const Message_1 = require("../../enums/Message");
+const MapBlockRequest_1 = require("../messages/MapBlockRequest");
+const MapItemRequest_1 = require("../messages/MapItemRequest");
+const Utils_1 = require("../Utils");
+const PacketFlags_1 = require("../../enums/PacketFlags");
+const GridItemType_1 = require("../../enums/GridItemType");
+const CommandsBase_1 = require("./CommandsBase");
+class GridCommands extends CommandsBase_1.CommandsBase {
+    getRegionHandle(regionID) {
+        return new Promise((resolve, reject) => {
+            const circuit = this.currentRegion.circuit;
+            const msg = new RegionHandleRequest_1.RegionHandleRequestMessage();
+            msg.RequestBlock = {
+                RegionID: regionID,
+            };
+            circuit.sendMessage(msg, PacketFlags_1.PacketFlags.Reliable);
+            circuit.waitForMessage(Message_1.Message.RegionIDAndHandleReply, 10000, (packet) => {
+                const filterMsg = packet.message;
+                return (filterMsg.ReplyBlock.RegionID.toString() === regionID.toString());
+            }).then((packet) => {
+                const responseMsg = packet.message;
+                resolve(responseMsg.ReplyBlock.RegionHandle);
+            });
+        });
+    }
+    getRegionMapInfo(gridX, gridY) {
+        return new Promise((resolve, reject) => {
+            const circuit = this.currentRegion.circuit;
+            const response = new MapInfoReply_1.MapInfoReply();
+            const msg = new MapBlockRequest_1.MapBlockRequestMessage();
+            msg.AgentData = {
+                AgentID: this.agent.agentID,
+                SessionID: circuit.sessionID,
+                Flags: 65536,
+                EstateID: 0,
+                Godlike: true
+            };
+            msg.PositionData = {
+                MinX: (gridX / 256),
+                MaxX: (gridX / 256),
+                MinY: (gridY / 256),
+                MaxY: (gridY / 256)
+            };
+            circuit.sendMessage(msg, PacketFlags_1.PacketFlags.Reliable);
+            circuit.waitForMessage(Message_1.Message.MapBlockReply, 10000, (packet) => {
+                const filterMsg = packet.message;
+                let found = false;
+                filterMsg.Data.forEach((data) => {
+                    if (data.X === (gridX / 256) && data.Y === (gridY / 256)) {
+                        found = true;
+                    }
+                });
+                return found;
+            }).then((packet) => {
+                const responseMsg = packet.message;
+                responseMsg.Data.forEach((data) => {
+                    if (data.X === (gridX / 256) && data.Y === (gridY / 256)) {
+                        response.name = Utils_1.Utils.BufferToStringSimple(data.Name);
+                        response.accessFlags = data.Access;
+                        response.mapImage = data.MapImageID;
+                    }
+                });
+                const regionHandle = Utils_1.Utils.RegionCoordinatesToHandle(gridX, gridY);
+                const mi = new MapItemRequest_1.MapItemRequestMessage();
+                mi.AgentData = {
+                    AgentID: this.agent.agentID,
+                    SessionID: circuit.sessionID,
+                    Flags: 2,
+                    EstateID: 0,
+                    Godlike: false
+                };
+                mi.RequestData = {
+                    ItemType: GridItemType_1.GridItemType.AgentLocations,
+                    RegionHandle: regionHandle
+                };
+                circuit.sendMessage(mi, PacketFlags_1.PacketFlags.Reliable);
+                const minX = Math.floor(gridX / 256) * 256;
+                const maxX = minX + 256;
+                const minY = Math.floor(gridY / 256) * 256;
+                const maxY = minY + 256;
+                response.avatars = [];
+                circuit.waitForMessage(Message_1.Message.MapItemReply, 10000, (packet) => {
+                    const filterMsg = packet.message;
+                    let found = false;
+                    filterMsg.Data.forEach((data) => {
+                        if (data.X >= minX && data.X <= maxX && data.Y >= minY && data.Y <= maxY) {
+                            found = true;
+                        }
+                    });
+                    return found;
+                }).then((packet2) => {
+                    const responseMsg2 = packet2.message;
+                    responseMsg2.Data.forEach((data) => {
+                        response.avatars.push({
+                            X: data.X,
+                            Y: data.Y
+                        });
+                    });
+                    resolve(response);
+                }).catch((err) => {
+                    reject(err);
+                });
+            }).catch((err) => {
+                reject(err);
+            });
+        });
+    }
+}
+exports.GridCommands = GridCommands;
+//# sourceMappingURL=GridCommands.js.map