/**
* This method will create the appropriate Command Object
*
* @param info - Passed to the function to create
* @return - Returns the appropriate Command Object
*/
public YearOfPlenty makeYearOfPlenty(JsonConstructionInfo info) {
JsonParser myParse = new JsonParser();
JsonElement myEle = myParse.parse(info.getJsonBody());
JsonTreeReader myTree = new JsonTreeReader(myEle);
int playerIndex = -1;
String resource1 = null;
String resource2 = null;
ResourceType resourceType1 = null;
ResourceType resourceType2 = null;
try {
myTree.beginObject();
System.out.println(info.getJsonBody());
myTree.nextName(); // This is the first which is just the type
myTree.nextString(); // This is the Type name
myTree.nextName(); // This is the name == playerindex
playerIndex = myTree.nextInt(); // This is the player index
myTree.nextName(); // the name of the first resource type
resource1 = myTree.nextString(); // the first resource type in string form
myTree.nextName(); // the name of the second resource type
resource2 = myTree.nextString(); // the second resource type in string form
} catch (IOException e) {
e.printStackTrace();
}
switch (resource1) {
case "brick":
resourceType1 = ResourceType.BRICK;
break;
case "ore":
resourceType1 = ResourceType.ORE;
break;
case "sheep":
resourceType1 = ResourceType.SHEEP;
break;
case "wheat":
resourceType1 = ResourceType.WHEAT;
break;
case "wood":
resourceType1 = ResourceType.WOOD;
}
switch (resource2) {
case "brick":
resourceType2 = ResourceType.BRICK;
break;
case "ore":
resourceType2 = ResourceType.ORE;
break;
case "sheep":
resourceType2 = ResourceType.SHEEP;
break;
case "wheat":
resourceType2 = ResourceType.WHEAT;
break;
case "wood":
resourceType2 = ResourceType.WOOD;
}
return new YearOfPlenty(playerIndex, resourceType1, resourceType2);
}
/**
* This method will create the appropriate Command Object
*
* @param info - Passed to the function to create
* @return - Returns the appropriate Command Object
*/
public RollNumber makeRollNumber(JsonConstructionInfo info) {
JsonParser myParse = new JsonParser();
JsonElement myEle = myParse.parse(info.getJsonBody());
JsonTreeReader myTree = new JsonTreeReader(myEle);
int playerIndex = -1;
int rolled = 0;
try {
myTree.beginObject();
System.out.println(info.getJsonBody());
myTree.nextName(); // This is the first which is just the type
myTree.nextString(); // This is the Type name
myTree.nextName(); // This is the name == playerindex
playerIndex = myTree.nextInt(); // This is the player index
myTree.nextName(); // the name of the integer of the number rolled
rolled = myTree.nextInt(); // the number rolled
} catch (IOException e) {
e.printStackTrace();
}
return new RollNumber(playerIndex, rolled);
}
/**
* This method will create the appropriate Command Object
*
* @param info - Passed to the function to create
* @return - Returns the appropriate Command Object
*/
public AcceptTrade makeAcceptTrade(JsonConstructionInfo info) {
JsonParser myParse = new JsonParser();
JsonElement myEle = myParse.parse(info.getJsonBody());
JsonTreeReader myTree = new JsonTreeReader(myEle);
int playerIndex = -1;
boolean willAccept = false;
try {
myTree.beginObject();
System.out.println(info.getJsonBody());
myTree.nextName(); // This is the first which is just the type
myTree.nextString(); // This is the Type name
myTree.nextName(); // This is the name == playerindex
playerIndex = myTree.nextInt(); // This is the player index
myTree.nextName(); // This is the willAccept
willAccept = myTree.nextBoolean(); // This is the boolean
} catch (IOException e) {
e.printStackTrace();
}
return new AcceptTrade(playerIndex, willAccept);
}
/**
* This method will create the appropriate Command Object
*
* @param info - Passed to the function to create
* @return - Returns the appropriate Command Object
*/
public SendChat makeSendChat(JsonConstructionInfo info) {
JsonParser myParse = new JsonParser();
JsonElement myEle = myParse.parse(info.getJsonBody());
JsonTreeReader myTree = new JsonTreeReader(myEle);
int playerIndex = -1;
String content = null;
try {
myTree.beginObject();
System.out.println(info.getJsonBody());
myTree.nextName(); // This is the first which is just the type
myTree.nextString(); // This is the Type name
myTree.nextName(); // This is the name == playerindex
playerIndex = myTree.nextInt(); // This is the player index
myTree.nextName(); // the name of the content
content = myTree.nextString(); // the content of the message
} catch (IOException e) {
e.printStackTrace();
}
return new SendChat(playerIndex, content);
}
/**
* This method will create the appropriate Command Object
*
* @param info - Passed to the function to create
* @return - Returns the appropriate Command Object
*/
public Monopoly makeMonopoly(JsonConstructionInfo info) {
JsonParser myParse = new JsonParser();
JsonElement myEle = myParse.parse(info.getJsonBody());
JsonTreeReader myTree = new JsonTreeReader(myEle);
int playerIndex = -1;
String resource = null;
try {
myTree.beginObject();
System.out.println(info.getJsonBody());
myTree.nextName(); // This is the first which is just the type
myTree.nextString(); // This is the Type name
myTree.nextName(); // the name of the resource
resource = myTree.nextString(); // the resource itself
myTree.nextName(); // This is the name == playerindex
playerIndex = myTree.nextInt(); // This is the player index
} catch (IOException e) {
e.printStackTrace();
}
return new Monopoly(playerIndex, resource);
}
/**
* This method will create the appropriate Command Object
*
* @param info - Passed to the function to create
* @return - Returns the appropriate Command Object
*/
public FinishTurn makeFinishTurn(JsonConstructionInfo info) {
JsonParser myParse = new JsonParser();
JsonElement myEle = myParse.parse(info.getJsonBody());
JsonTreeReader myTree = new JsonTreeReader(myEle);
int playerIndex = -1;
try {
myTree.beginObject();
System.out.println(info.getJsonBody());
myTree.nextName(); // This is the first which is just the type
myTree.nextString(); // This is the Type name
myTree.nextName(); // This is the name == playerindex
playerIndex = myTree.nextInt(); // This is the player index
} catch (IOException e) {
e.printStackTrace();
}
return new FinishTurn(playerIndex);
}
/**
* This method will create the appropriate Command Object
*
* @param info - Passed to the function to create
* @return - Returns the appropriate Command Object
*/
public Soldier makeSoldier(JsonConstructionInfo info) {
JsonParser myParse = new JsonParser();
JsonElement myEle = myParse.parse(info.getJsonBody());
JsonTreeReader myTree = new JsonTreeReader(myEle);
int playerIndex = -1;
int victimIndex = -1;
String x = null;
String y = null;
try {
myTree.beginObject();
System.out.println(info.getJsonBody());
myTree.nextName(); // This is the first which is just the type
myTree.nextString(); // This is the Type name
myTree.nextName(); // This is the name == playerindex
playerIndex = myTree.nextInt(); // This is the player index
myTree.nextName(); // the name of the victim index
victimIndex = myTree.nextInt(); // the player index of the victim
myTree.nextName(); // the next name is the Hex location
myTree.beginObject(); // begining the hex location object
myTree.nextName(); // the first integer x name
x = myTree.nextString(); // the x-coordinate
myTree.nextName(); // the y-coordinate name
y = myTree.nextString(); // the y-coordinate
myTree.endObject(); // exiting the hexlocation object
} catch (IOException e) {
e.printStackTrace();
}
return new Soldier(
playerIndex, victimIndex, new HexLocation(Integer.parseInt(x), Integer.parseInt(y)));
}
/**
* This method will create the appropriate Command Object
*
* @param info - Passed to the function to create
* @return - Returns the appropriate Command Object
*/
public RoadBuilding makeRoadBuilding(JsonConstructionInfo info) {
JsonParser myParse = new JsonParser();
JsonElement myEle = myParse.parse(info.getJsonBody());
JsonTreeReader myTree = new JsonTreeReader(myEle);
int playerIndex = -1;
int x1 = 0;
int y1 = 0;
int x2 = 0;
int y2 = 0;
String jsonDirection1 = null;
String jsonDirection2 = null;
EdgeDirection direction = null;
EdgeDirection direction2 = null;
boolean isFree = false;
try {
myTree.beginObject();
myTree.nextName(); // This is the first which is just the type
myTree.nextString(); // This is the Type name
myTree.nextName(); // This is the name == playerindex
playerIndex = myTree.nextInt(); // This is the player index
myTree.nextName(); // This is the EdgeLocation name
myTree.beginObject(); // beginning the Edge Location Object
myTree.nextName(); // the first integer x name
x1 = myTree.nextInt(); // the x-coordinate
myTree.nextName(); // the y-coordinate name
y1 = myTree.nextInt(); // the y-coordinate
myTree.nextName(); // the name of Edge Direction
jsonDirection1 = myTree.nextString(); // the edge direction in string form
myTree.endObject(); // exiting the Edge Location Object
myTree.nextName(); // the name of the second Edge Location
myTree.beginObject(); // beginning the second Edge Location object
myTree.nextName(); // the first integer x name
x2 = myTree.nextInt(); // the x-coordinate
myTree.nextName(); // the y-coordinate name
y2 = myTree.nextInt(); // the y-coordinate
myTree.nextName(); // the name of the second Edge Direction
jsonDirection2 = myTree.nextString(); // the second edge direction in string form
myTree.endObject(); // exiting the second Edge Location Object
} catch (IOException e) {
e.printStackTrace();
}
switch (jsonDirection1) {
case "N":
direction = EdgeDirection.N;
break;
case "S":
direction = EdgeDirection.S;
break;
case "NW":
direction = EdgeDirection.NW;
break;
case "NE":
direction = EdgeDirection.NE;
break;
case "SE":
direction = EdgeDirection.SE;
break;
case "SW":
direction = EdgeDirection.SW;
break;
}
switch (jsonDirection2) {
case "N":
direction2 = EdgeDirection.N;
break;
case "S":
direction2 = EdgeDirection.S;
break;
case "NW":
direction2 = EdgeDirection.NW;
break;
case "NE":
direction2 = EdgeDirection.NE;
break;
case "SE":
direction2 = EdgeDirection.SE;
break;
case "SW":
direction2 = EdgeDirection.SW;
break;
}
return new RoadBuilding(
playerIndex, x1, y1, direction, new EdgeLocation(new HexLocation(x2, y2), direction2));
}
/**
* This method will create the appropriate Command Object
*
* @param info - Passed to the function to create
* @return - Returns the appropriate Command Object
*/
public OfferTrade makeOfferTrade(JsonConstructionInfo info) {
JsonParser myParse = new JsonParser();
JsonElement myEle = myParse.parse(info.getJsonBody());
JsonTreeReader myTree = new JsonTreeReader(myEle);
int playerIndex = -1;
int recieverIndex = -1;
int numOfBrick = 0;
int numOfOre = 0;
int numOfSheep = 0;
int numOfWheat = 0;
int numOfWood = 0;
try {
myTree.beginObject();
System.out.println(info.getJsonBody());
myTree.nextName(); // This is the first which is just the type
myTree.nextString(); // This is the Type name
myTree.nextName(); // This is the name == playerindex
playerIndex = myTree.nextInt(); // This is the player index
myTree.nextName(); // the name of the resourceList
myTree.beginObject(); // beginning the resourceList object
myTree.nextName(); // the numOfBrick name
numOfBrick = myTree.nextInt(); // the actual numOfBrick
myTree.nextName(); // the numOfOre name
numOfOre = myTree.nextInt(); // the actual numOfOre
myTree.nextName(); // the numOfSheep name
numOfSheep = myTree.nextInt(); // the actual numOfSheep
myTree.nextName(); // the numOfWheat name
numOfWheat = myTree.nextInt(); // the actual numOfWheat
myTree.nextName(); // the numOfWood name
numOfWood = myTree.nextInt(); // the actual numOfWood
myTree.endObject(); // the end of the offer resource list
myTree.nextName(); // the name of the reciever index
recieverIndex = myTree.nextInt(); // the player index of the reciever
} catch (IOException e) {
e.printStackTrace();
}
ResourceList resources =
new ResourceList(numOfBrick, numOfOre, numOfSheep, numOfWheat, numOfWood);
return new OfferTrade(playerIndex, recieverIndex, resources);
}
/**
* This method will create the appropriate Command Object
*
* @param info - Passed to the function to create
* @return - Returns the appropriate Command Object
*/
public MaritimeTrade makeMaritimeTrade(JsonConstructionInfo info) {
JsonParser myParse = new JsonParser();
JsonElement myEle = myParse.parse(info.getJsonBody());
JsonTreeReader myTree = new JsonTreeReader(myEle);
int playerIndex = -1;
int ratio = 0;
String input = null;
String output = null;
try {
myTree.beginObject();
System.out.println(info.getJsonBody());
myTree.nextName(); // This is the first which is just the type
myTree.nextString(); // This is the Type name
myTree.nextName(); // This is the name == playerindex
playerIndex = myTree.nextInt(); // This is the player index
myTree.nextName(); // the name of the ratio
ratio = myTree.nextInt(); // the ratio
myTree.nextName(); // the name of the input resource
input = myTree.nextString(); // the input resource
myTree.nextName(); // the name of the output resource
output = myTree.nextString(); // the output resource
} catch (IOException e) {
e.printStackTrace();
}
return new MaritimeTrade(playerIndex, ratio, input, output);
}
/**
* This method will create the appropriate Command Object
*
* @param info - Passed to the function to create
* @return - Returns the appropriate Command Object
*/
public BuildSettlement makeBuildSettlement(JsonConstructionInfo info) {
JsonParser myParse = new JsonParser();
JsonElement myEle = myParse.parse(info.getJsonBody());
JsonTreeReader myTree = new JsonTreeReader(myEle);
int playerIndex = -1;
int x = 0;
int y = 0;
String jsonDirection = "";
boolean isFree = false;
VertexDirection direction = null;
try {
myTree.beginObject();
System.out.println(info.getJsonBody());
myTree.nextName(); // This is the first which is just the type
myTree.nextString(); // This is the Type name
myTree.nextName(); // This is the name == playerindex
playerIndex = myTree.nextInt(); // This is the player index
myTree.nextName(); // This is the Vertex Location name
myTree.beginObject(); // Begining the vertex location object
myTree.nextName(); // the first integer x name
x = myTree.nextInt(); // the x-coordinate
myTree.nextName(); // the y-coordinate name
y = myTree.nextInt(); // the y-coordinate
myTree.nextName(); // getting the name of the string vertex direction
jsonDirection = myTree.nextString(); // the actual vertex direction
myTree.endObject(); // ending the vertexLocation object
myTree.nextName(); // the name of the free boolean
isFree = myTree.nextBoolean(); // the "free" boolean
} catch (IOException e) {
e.printStackTrace();
}
switch (jsonDirection) {
case "W":
direction = VertexDirection.W;
break;
case "NW":
direction = VertexDirection.NW;
break;
case "NE":
direction = VertexDirection.NE;
break;
case "E":
direction = VertexDirection.E;
break;
case "SE":
direction = VertexDirection.SE;
break;
case "SW":
direction = VertexDirection.SW;
break;
}
return new BuildSettlement(playerIndex, x, y, direction, isFree);
}
/**
* This method will create the appropriate Command Object
*
* @param info - Passed to the function to create
* @return - Returns the appropriate Command Object
*/
public BuildRoad makeBuildRoad(JsonConstructionInfo info) {
JsonParser myParse = new JsonParser();
JsonElement myEle = myParse.parse(info.getJsonBody());
JsonTreeReader myTree = new JsonTreeReader(myEle);
int playerIndex = -1;
int x = 0;
int y = 0;
String jsonDirection = null;
EdgeDirection direction = null;
String isFree = null;
boolean free = false;
try {
System.out.println("We are about to view the JSON");
System.out.println(info.getJsonBody());
myTree.beginObject();
myTree.nextName(); // This is the first which is just the type
myTree.nextString(); // This is the Type name
myTree.nextName(); // This is the name == playerindex
playerIndex = myTree.nextInt(); // This is the player index
myTree.nextName(); // This is the roadLocation name
myTree.beginObject(); // beginning the Road Location object
myTree.nextName(); // the first integer x name
x = myTree.nextInt(); // the x-coordinate
myTree.nextName(); // the y-coordinate name
y = myTree.nextInt(); // the y-coordinate
myTree.nextName(); // the name of road direction
jsonDirection = myTree.nextString(); // the road direction in string form
myTree.endObject(); // exiting the Road Location Object
myTree.nextName(); // the name of the is free boolean
String test = myTree.peek().toString();
isFree = myTree.nextString(); // the is free boolean
} catch (IOException e) {
e.printStackTrace();
}
if (isFree.equals("true")) {
free = true;
} else {
free = false;
}
switch (jsonDirection) {
case "N":
direction = EdgeDirection.N;
break;
case "S":
direction = EdgeDirection.S;
break;
case "NW":
direction = EdgeDirection.NW;
break;
case "NE":
direction = EdgeDirection.NE;
break;
case "SE":
direction = EdgeDirection.SE;
break;
case "SW":
direction = EdgeDirection.SW;
break;
}
return new BuildRoad(playerIndex, new EdgeLocation(new HexLocation(x, y), direction), free);
}