Version: 5.9.6

GetMyData

public BackendReturnObject GetMyData(string tableName, Where where);
public BackendReturnObject GetMyData(string tableName, Where where, int limit);
public BackendReturnObject GetMyData(string tableName, Where where, int limit, string firstKey);
public BackendReturnObject GetMyData(string tableName, Where where, string[] select, int limit);
public BackendReturnObject GetMyData(string tableName, Where where, string[] select, int limit, string firstKey);

Parameters

Value	Type	Description	Default
tableName	string	Name of table to look up	-
where	Where	The where clause to search	-
limit	int	(Optional) Number of game information rows to load. Minimum 1, maximum 100.	10
select	string[]	(Optional) Columns to include among existing columns in the row	Includes all columns
firstKey	string	(Optional) Starting point of data lookup	Data that was inserted last

Description

Your own data is looked up.

The data can be looked up regardless of schema definition status.
Only your own data (both public and private) can be looked up.
The throughput of the data is the same regardless of whether the select clause is used.

Look up all data without conditions

To search all data without conditions, declare 'where,' which is passed as a parameter value, as new Where().

Example 1

Looks up all of your data without conditions

Synchronous

var bro = Backend.GameData.GetMyData("tableName", new Where(), 10);S
if (bro.IsSuccess() == false)
{
    // Request handled as failure
    Debug.Log(bro);
    return;
}
if (bro.GetReturnValuetoJSON()["rows"].Count <= 0)
{
    // Even if the request succeeds, there might not be a piece of data that meets the where condition
    // Therefore, you must confirm that the corresponding piece of data exists
    // In the case of the new Where() condition example above, the Count may be 0 or less if there is no row in the table.
    Debug.Log(bro);
    return;
}
// Checks the inDate value of all rows for the searched data
for (int i = 0; i < bro.Rows().Count; ++i)
{
        string inDate = bro.FlattenRows()[0]["inDate"].ToString();
        Debug.Log(inDate);
}

Asynchronous

Backend.GameData.GetMyData("tableName", new Where(), 10, bro =>
{
    if (bro.IsSuccess() == false)
    {
        // Request handled as failure
        Debug.Log(bro);
        return;
    }
    if (bro.GetReturnValuetoJSON()["rows"].Count <= 0)
    {
        // Even if the request succeeds, there might not be a piece of data that meets the where condition
        // Therefore, you must confirm that the corresponding piece of data exists
        // In the case of the new Where() condition example above, the Count may be 0 or less if there is no row in the table.
        Debug.Log(bro);
        return;
    }
    // Checks the inDate value of all rows for the searched data
    for (int i = 0; i < bro.Rows().Count; ++i)
    {
        string inDate = bro.FlattenRows()[0]["inDate"].ToString();
        Debug.Log(inDate);
    }
});

SendQueue

SendQueue.Enqueue(Backend.GameData.GetMyData, "tableName", new Where(), 10, bro =>
{
    if (bro.IsSuccess() == false)
    {
       // Request handled as failure
       Debug.Log(bro);
        return;
    }
    if (bro.GetReturnValuetoJSON()["rows"].Count <= 0)
    {
       // Even if the request succeeds, there might not be a piece of data that meets the where condition
       // Therefore, you must confirm that the corresponding piece of data exists
       // In the case of the new Where() condition example above, the Count may be 0 or less if there is no row in the table.
       Debug.Log(bro);
        return;
    }
    // Checks the inDate value of all rows for the searched data
   for (int i = 0; i < bro.Rows().Count; ++i)
    {
        string inDate = bro.FlattenRows()[0]["inDate"].ToString();
        Debug.Log(inDate);
    }
});

Example 2

Searches for the piece of data that meets certain conditions in your data

Synchronous

// Looks up the piece of data that has 'weapon' as the type column
// and has 'dragon' at the start of the name column
Where where = new Where();
where.Equal("type", "weapon");
where.BeginsWith("name", "dragon");

var bro = Backend.GameData.GetMyData("tableName", where, 10);
if (bro.IsSuccess() == false)
{
    // Request handled as failure
    Debug.Log(bro);
    return;
}
if (bro.GetReturnValuetoJSON()["rows"].Count <= 0)
{
    // Even if the request succeeds, there might not be a piece of data that meets the where condition
    // Therefore, you must confirm that the corresponding piece of data exists
    // In the case of the new Where() condition example above, the Count may be 0 or less if there is no row in the table.
    Debug.Log(bro);
    return;
}
//1st way to extract data : Print the name column of the first piece of data among the searched data
string name = bro.Rows()[0]["name"]["S"].ToString();
int level = Int32.Parse(bro.Rows()[0]["level"]["N"].ToString());

//2nd way to extract data (unmarshalling): Print the name column of the first piece of data among the searched data
string name = bro.FlattenRows()[0]["name"].ToString();
int level = Int32.Parse(bro.FlattenRows()[0]["level"].ToString());


Debug.Log(name);

Asynchronous

// Looks up the piece of data that has 'weapon' as the type column
// and has 'dragon' at the start of the name column
Where where = new Where();
where.Equal("type", "weapon");
where.BeginsWith("name", "dragon");

Backend.GameData.GetMyData("tableName", where, 10, bro =>
{
    if (bro.IsSuccess() == false)
    {
        // Request handled as failure
        Debug.Log(bro);
        return;
    }
    if (bro.GetReturnValuetoJSON()["rows"].Count <= 0)
    {
        // Even if the request succeeds, there might not be a piece of data that meets the where condition
        // Therefore, you must confirm that the corresponding piece of data exists
        // In the case of the new Where() condition example above, the Count may be 0 or less if there is no row in the table.
        Debug.Log(bro);
        return;
    }    
        //1st way to extract data : Print the name column of the first piece of data among the searched data
        string name = bro.Rows()[0]["name"]["S"].ToString();
        int level = Int32.Parse(bro.Rows()[0]["level"]["N"].ToString());

        //2nd way to extract data (unmarshalling): Print the name column of the first piece of data among the searched data
        string name = bro.FlattenRows()[0]["name"].ToString();
        int level = Int32.Parse(bro.FlattenRows()[0]["level"].ToString());
});

SendQueue

// Looks up the piece of data that has 'weapon' as the type column
// and has 'dragon' at the start of the name column
Where where = new Where();
where.Equal("type", "weapon");
where.BeginsWith("name", "dragon");

SendQueue.Enqueue(Backend.GameData.GetMyData, "tableName", where, 10, bro =>
{
    if (bro.IsSuccess() == false)
    {
        // Request handled as failure
        Debug.Log(bro);
        return;
    }
    if (bro.GetReturnValuetoJSON()["rows"].Count <= 0)
    {
        // Even if the request succeeds, there might not be a piece of data that meets the where condition
        // Therefore, you must confirm that the corresponding piece of data exists
        // In the case of the new Where() condition example above, the Count may be 0 or less if there is no row in the table.
        Debug.Log(bro);
        return;
    }
        //1st way to extract data : Print the name column of the first piece of data among the searched data
        string name = bro.Rows()[0]["name"]["S"].ToString();
        int level = Int32.Parse(bro.Rows()[0]["level"]["N"].ToString());

        //2nd way to extract data (unmarshalling): Print the name column of the first piece of data among the searched data
        string name = bro.FlattenRows()[0]["name"].ToString();
        int level = Int32.Parse(bro.FlattenRows()[0]["level"].ToString());
});

Return cases

Success cases

When the lookup is successful statusCode : 200

returnValue : refer to GetReturnValuetoJSON

When the lookup succeeds but there is no data meeting the relevant 'where' search condition statusCode : 200

returnValue : {"serverTime":"2021-03-23T07:07:01.235Z","rows":[],"firstKey":null}

Error cases

When an attempt is made to load to an inactive tableName statusCode : 412 errorCode : PreconditionFailed

When GetMyData is attempted on a non-existent table statusCode : 404 errorCode : NotFoundException

GetReturnValueToJSON

{
    // Server time when the server processed the request
    "serverTime":"2021-03-23T06:39:46.519Z",
    // Returned data
    "rows":[
        {
            // inDate of the user who owns the row
            "owner_inDate":{
                "S":"2019-07-31T06:15:35.691Z"
            },
            // Time when the row was inserted
            "client_date":{
                "S":"2021-03-23T04:54:45.709Z"
            },
            // inDate of the row
            "inDate":{
                "S":"2021-03-23T04:54:45.849Z"
            },
            // Time when the row was last updated
            "updatedAt":{
                "S":"2021-03-23T04:54:45.849Z"
            },
            ... // Data stored in the client
        },
        // and etc...
    ],

    // null when firstKey does not exist
    "firstKey":null

    // When firstKey exists
    // "firstKey" : {"inDate":{"S":"2021-03-23T04:54:45.849Z"}}}
}

Sample code

public class GameDataItem
{
    public string nickName = Backend.UserNickName;
    public string ownerIndate = Backend.UserInDate;
    public string inDate;
    public int hp;
    public int mp;
    public float atk;
    public long money;
    public Dictionary<string, string> equip = new Dictionary<string, string>();
    public List<string> items = new List<string>();
    public DateTime lastUpdate;

    public GameDataItem()
    {
    }

    public GameDataItem(JsonData json)
    {
        hp = Int32.Parse(json["hp"].ToString());
        mp = Int32.Parse(json["mp"].ToString());
        atk = float.Parse(json["atk"].ToString());
        money = long.Parse(json["money"].ToString());

        foreach (var column in json["equip"].Keys)
        {
            equip.Add(column, json["equip"][column].ToString());
        }

        for (int i = 0; i < json["items"].Count; i++)
        {
            items.Add(json["items"][i].ToString());
        }
        inDate = json["inDate"].ToString();
        lastUpdate = DateTime.Parse(json["lastUpdate"].ToString());
    }

    public Param ToParam()
    {
        Param param = new Param();

        param.Add("nickName", nickName);
        param.Add("hp", hp);
        param.Add("mp", mp);
        param.Add("atk", atk);
        param.Add("money", money);
        param.Add("equip", equip);
        param.Add("items", items);
        param.Add("lastUpdate", DateTime.UtcNow);

        return param;
    }
    public override string ToString()
    {
        string equipString = "equip\n";
        foreach (var dic in equip)
        {
            equipString += $"-{dic.Key} : {dic.Value}\n";
        }

        string itemString = "items : ";
        for (int i = 0; i < items.Count; i++)
        {
            itemString += $"{items[i]}, ";
        }

        return $"hp : {hp}\n" +
         $"mp : {mp}\n" +
         $"atk : {atk}\n" +
         $"money : {money}\n" +
         $"lastUpdate : {lastUpdate}\n" +
         equipString + "\n" + itemString + "\n";
    }
}

public void GetWhereTest()
{
    var bro = Backend.GameData.GetMyData("PlayerInfo", new Where());

    if (!bro.IsSuccess())
    {
        Debug.LogError(bro.ToString());
        return;
    }

    JsonData gameDataListJson = bro.FlattenRows();

    if (gameDataListJson.Count <= 0)
    {
        Debug.Log("The data does not exist");
        return;
    }

    GameDataItem gameDataItem = new GameDataItem(gameDataListJson[0]);

    Debug.Log(gameDataItem.ToString());
}

GetMyData

Parameters​

Description​

Look up all data without conditions​

Example 1​

Synchronous​

Asynchronous​

SendQueue​

Example 2​

Synchronous​

Asynchronous​

SendQueue​

Return cases​

Success cases​

Error cases​

GetReturnValueToJSON​

Sample code​

Parameters

Description

Look up all data without conditions

Example 1

Synchronous

Asynchronous

SendQueue

Example 2

Synchronous

Asynchronous

SendQueue

Return cases

Success cases

Error cases

GetReturnValueToJSON

Sample code