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Node_ResetNodeId = null;

Node_ResetClientId = null;

Node_ProgramNodeId = null;

Node_ProgramClientId = null;

Node_WaitClientId = null;

Node_ResetNodeNativeId = null;

Node_ProgramNodeNativeId = null;

Node_WaitClientNativeId = null;

Node_Native_Reset = false;

Node_Native_Program = false;

Node_Native_WaitNodeId = false;

Node_HexData = "";

Node_HexNumLines = 0;

function Node_OnChange(node_id, available)

{

//Log("Node_OnChange "+Node_ResetNodeId+" "+Node_ProgramNodeId+" "+node_id+" "+available+"\n");

    if (node_id == Node_ResetNodeId && available)

    {

//Log("ResetNodeId "+Node_Native_Reset+"\n");

        Console_LogToClient(Node_ResetClientId, "\033[32m" + Node_ResetNodeId + " started okay.\033[0m\n");

        Console_NewConnection(Node_ResetClientId); // This is a ugly hack for a bad design for multiusers

        Node_ResetNodeId = null;

        Node_ResetClientId = null;

    }

    if (node_id == Node_ResetNodeNativeId && available)

    {

        Node_Native_Reset = true;

        Node_ResetNodeNativeId = null;

    }

    if (node_id == Node_ProgramNodeId && available)

    {

//Log("ProgramNodeId "+Node_Native_Program+"\n");

        Console_LogToClient(Node_ProgramClientId, "\033[32m" + Node_ProgramNodeId + " started okay.\033[0m\n");

        Console_NewConnection(Node_ProgramClientId); // This is a ugly hack for a bad design for multiusers

        Node_ProgramNodeId = null;

        Node_ProgramClientId = null;

    }

    if (node_id == Node_ProgramNodeNativeId && available)

    {

        Node_ProgramNodeNativeId = null;

        Node_Native_Program = true;

    }

    if (Node_WaitClientNativeId != null && available)

    {

        Node_Native_WaitNodeId = node_id;

        Node_WaitClientNativeId = null;

    }

    if (Node_WaitClientId != null && available)

    {

        var result = NodeExport_GetNodeInformation(node_id);

        if (!result)

        {

            Console_LogToClient(Node_WaitClientId, "\033[31mNo node with id " + node_id + " found.\033[0m\n");

            return false;

        }

        var date = new Date(result["LastActive"] * 1000);

        Console_LogToClient(Node_WaitClientId, "Id: " + result["Id"] + "\n");

        Console_LogToClient(Node_WaitClientId, "Valid: " + result["Valid"] + "\n");

        Console_LogToClient(Node_WaitClientId, "Bios Version: " + result["BiosVersion"] + "\n");

        Console_LogToClient(Node_WaitClientId, "Device Type: " + result["DeviceType"] + "\n");

        Console_LogToClient(Node_WaitClientId, "Has Application: " + result["HasApplication"] + "\n");

        Console_LogToClient(Node_WaitClientId, "Last Active: " + date.toString() + "\n");

        Console_NewConnection(Node_WaitClientId); // This is a ugly hack for a bad design for multiusers

        Node_WaitClientId = null;

    }

}

function Node_GetAvailableIds()

{

    var result_list = [];

    var available_nodes = NodeExport_GetAvailableNodes();

    for (var n in available_nodes)

    {

        var id_parts = available_nodes[n].split(",", 2);

        result_list.push(id_parts[0]);

    }

    return result_list;

}

function Node_ListAvailable()

{

    var available_nodes = NodeExport_GetAvailableNodes();

    var lines = [["Id", "Modules"]];

    for (var n in available_nodes)

    {

        var parts = available_nodes[n].split(",");

        var id = parts.shift();

        var modules = "<none>";

        if (parts.length > 0)

        {

            modules = parts.join(", ");

        }

        lines.push([id, modules]);

    }

    var table_lines = create_table(lines);

    Log("\033[29;1m" + table_lines[0] + "\033[0m\n");

    for (var n = 1; n < table_lines.length; n++)

    {

        Log(table_lines[n] + "\n");

    }

    return true;

}

Console_RegisterCommand(Node_ListAvailable);

function Node_WaitNodePollNative()

{

    if (Node_Native_WaitNodeId)

    {

        var result = NodeExport_GetNodeInformation(Node_Native_WaitNodeId);

        if (!result)

        {

            return "\033[31mError: No node with id " + Node_Native_WaitNodeId + " found.\033[0m";

        }

        var date = new Date(result["LastActive"] * 1000);

        return "Id: " + result["Id"] + "\t"+

        "Valid: " + result["Valid"] + "\t"+

        "Bios Version: " + result["BiosVersion"] + "\t"+

        "Device Type: " + result["DeviceType"] + "\t"+

        "Has Application: " + result["HasApplication"] + "\t"+

        "Last Active: " + date.toString();

    }

    else

    {

        return "NoInfo";

    }

}

function Node_WaitForInformationNative()

{

    Node_WaitClientNativeId = true;

    Node_Native_WaitNodeId = false;

}

function Node_ResetPollNative()

{

    return Node_Native_Reset;

}

function Node_ResetNative(node_id)

{

    if (arguments.length < 1)

    {

        return "\033[31mError: Not enough parameters given.\033[0m";

    }

    Node_Native_Reset = false;

    if (!NodeExport_ResetNode(node_id))

    {

        return "\033[31mError: Failed to send reset, this can happen if node only contains bios and it was connected before atom was started/restarted.\033[0m";

    }

    Node_ResetNodeNativeId = node_id;

    return "Reset command sent successfully";

}

function Node_Reset(node_id)

{

    if (arguments.length < 1)

    {

        Log("\033[31mNot enough parameters given.\033[0m\n");

        return false;

    }

    Log("Sending reset to " + node_id + "...\n");

    if (!NodeExport_ResetNode(node_id))

    {

        Log("\033[31mFailed to send reset, this can happen if node only contains bios and it was connected before atom was started/restarted.\033[0m\n");

        return false;

    }

    Node_ResetClientId = Console_GetClientId();

    Node_ResetNodeId = node_id;

    Console_PreventDefaultPrompt();

    return true;

}

Console_RegisterCommand(Node_Reset, function(arg_index, args) { return Console_StandardAutocomplete(arg_index, args, Node_GetAvailableIds()); });

function Node_ProgramPollNative()

{

    return Node_Native_Program;

}

function Node_AppendHexNative(hexrow)

{

    if (arguments.length < 1)

    {

        return "\033[31mError: Not enough parameters given.\033[0m";

    }

    Node_HexData = Node_HexData + hexrow + "\n";

    Node_HexNumLines += 1;

    return true;

}

function Node_GetProgramProgress(node_id)

{

    if (arguments.length < 1)

    {

        return "\033[31mError: Not enough parameters given.\033[0m";

    }

    //if (!NodeExport_ProgramNodeHex(node_id, bios > 0, Node_HexData))

    //{

    //    return "\033[31mError: Failed to start programming, this can happen if node only contains bios and it was connected before atom was started/restarted.\033[0m";

    //}

    return NodeExport_GetProgramProgress(node_id);

}

function Node_ProgramNative(node_id, bios, hexnumlines)

{

    if (arguments.length < 3)

    {

        return "\033[31mError: Not enough parameters given.\033[0m";

    }

    if (Node_HexNumLines != hexnumlines)

    {

        return "\033[31mError: Number of hex lines does not match received (" + Node_HexNumLines + " received, should be " + hexnumlines + ").\033[0m";

    }

    Node_Native_Program = false;

    if (!NodeExport_ProgramNodeHex(node_id, bios > 0, Node_HexData))

    {

        return "\033[31mError: Failed to start programming, this can happen if node only contains bios and it was connected before atom was started/restarted.\033[0m";

    }

    Node_ProgramNodeNativeId = node_id;

    Node_HexData = "";

    Node_HexNumLines = 0;

    return "Program command sent successfully";

}

function Node_Program(node_id, bios, filename)

{

    if (arguments.length < 3)

    {

        Log("\033[31mNot enough parameters given.\033[0m\n");

        return false;

    }

    Log("Initiating programming of " + node_id + "...\n");

    if (!NodeExport_ProgramNode(node_id, bios > 0, filename))

    {

        Log("\033[31mFailed to start programming, this can happen if node only contains bios and it was connected before atom was started/restarted.\033[0m\n");

        return false;

    }

    Node_ProgramClientId = Console_GetClientId();

    Node_ProgramNodeId = node_id;

    Console_PreventDefaultPrompt();

    return true;

}

Console_RegisterCommand(Node_Program, function(arg_index, args) { return Console_StandardAutocomplete(arg_index, args, Node_GetAvailableIds(), [0, 1]); });

function Node_ProgramHex(node_id, bios, hexnumlines)

{

    if (arguments.length < 2)

    {

        Log("\033[31mNot enough parameters given.\033[0m\n");

        return false;

    }

    if (Node_HexNumLines != hexnumlines)

    {

        Log("\033[31mNumber of hex lines does not match received (" + Node_HexNumLines + " received, should be " + hexnumlines + ").\033[0m\n");

        return false;

    }

    Log("Initiating programming of " + node_id + "...\n");

    if (!NodeExport_ProgramNodeHex(node_id, bios > 0, Node_HexData))

    {

        Log("\033[31mFailed to start programming, this can happen if node only contains bios and it was connected before atom was started/restarted.\033[0m\n");

        return false;

    }

    Node_ProgramClientId = Console_GetClientId();

    Node_ProgramNodeId = node_id;

    Console_PreventDefaultPrompt();

    Node_HexData = "";

    Node_HexNumLines = 0;

    return true;

}

Console_RegisterCommand(Node_ProgramHex, function(arg_index, args) { return Console_StandardAutocomplete(arg_index, args, Node_GetAvailableIds(), [0, 1]); });

function Node_ClearHex()

{

//    Log("Clearing hexdata...\n");

    Node_HexData = "";

    Node_HexNumLines = 0;

    return true;

}

Console_RegisterCommand(Node_ClearHex);

function Node_AppendHex(hexrow)

{

    if (arguments.length < 1)

    {

        Log("\033[31mNot enough parameters given.\033[0m\n");

        return false;

    }

//    Log("Appending hexrow...\n");

    Node_HexData = Node_HexData + hexrow + "\n";

    Node_HexNumLines += 1;

    return true;

}

Console_RegisterCommand(Node_AppendHex);

function Node_GetInformation(node_id)

{

    if (arguments.length < 1)

    {

        Log("\033[31mNot enough parameters given.\033[0m\n");

        return false;

    }

    var result = NodeExport_GetNodeInformation(node_id);

    if (!result)

    {

        Log("\033[31mNo node with id " + node_id + " found.\033[0m\n");

        return false;

    }

    var date = new Date(result["LastActive"] * 1000);

    Log("\033[96mId: \033[0;1m" + result["Id"] + "\033[0m\n");

    Log("\033[96mValid: \033[0;1m" + result["Valid"] + "\033[0m\n");

    Log("\033[96mBios Version: \033[0;1m" + result["BiosVersion"] + "\033[0m\n");

    Log("\033[96mDevice Type: \033[0;1m" + result["DeviceType"] + "\033[0m\n");

    Log("\033[96mHas Application: \033[0;1m" + result["HasApplication"] + "\033[0m\n");

    Log("\033[96mLast Active: \033[0;1m" + date.toString() + "\033[0m\n");

    return true;

}

Console_RegisterCommand(Node_GetInformation, function(arg_index, args) { return Console_StandardAutocomplete(arg_index, args, Node_GetAvailableIds()); });

function Node_WaitForInformation()

{

    Node_WaitClientId = Console_GetClientId();

    Console_PreventDefaultPrompt();

    return true;

}

Console_RegisterCommand(Node_WaitForInformation);