// 学習データに、データを追加する
private void addLearnData(int Type, int WorkID, double Val, ref LearnDataStruct[] LearnData)
{
if (LearnData == null) LearnData = new LearnDataStruct[0];
MemAllocStruct memstruct = memalloc.GetEntry(SystemConstants.WORKID_TYPE_WORKDATA, WorkID);
// 追加のデータを作成する
LearnDataStruct newDataStruct = new LearnDataStruct();
newDataStruct.Type = Type;
newDataStruct.SearchType = memstruct.learn_key_code;
newDataStruct.ID = WorkID;
newDataStruct.value = Val.ToString();
// 新しい配列を1つ追加する
int n = LearnData.Length;
Array.Resize(ref LearnData, n + 1);
LearnData[n] = newDataStruct;
}
/// <summary>
/// 学習データをまるごと加工値メモリに設定する
/// </summary>
/// <param name="LearnData"></param>
/// <returns></returns>
public int SetArray(LearnDataStruct[] LearnData)
{
List<int> workID = new List<int>();
int[] groupID = null;
int[] temp_workID = null;
MemAllocStruct memAllocStruct = null;
int result = SystemConstants.MCPF_SUCCESS;
// 加工メモリをクリアする
map.Clear();
// 学習データ配列がnullの場合、長さ0の配列を作る
if (LearnData == null) LearnData = new LearnDataStruct[0];
// 受け取った学習データをすべて加工値メモリに書く
for (int i = 0; i < LearnData.Length; i++)
Set(LearnData[i].Type, LearnData[i].ID, LearnData[i].value);
/* メモリ割当データの一覧を取得する */
// 加工値のgroup code の一覧を取得
try
{
memAllocData.GetMemoryDataGroupList(SystemConstants.WORKID_TYPE_WORKDATA, SystemConstants.WORKGROUP_ROOT, ref groupID);
}
catch (MemoryAllocationDataException)
{
return SystemConstants.ERR_WORKID_RANGE;
}
// 一覧取得したgroup codeからwork IDの一覧を取得
for (int i = 0; i < groupID.Length; i++)
{
try
{
memAllocData.GetMemoryDataGroupList(SystemConstants.WORKID_TYPE_WORKDATA, groupID[i], ref temp_workID);
}
catch (MemoryAllocationDataException)
{
return SystemConstants.ERR_WORKID_RANGE;
}
// WorkIDに取得したworkID一覧を追加する
for (int j = 0; j < temp_workID.Length; j++) workID.Add(temp_workID[j]);
}
// メモリ割当データにあって、加工メモリに不足しているデータを補う
for (int i = 0; i < workID.Count; i++)
{
// workID のメモリ割当データを取得する
try
{
memAllocStruct = memAllocData.GetEntry(SystemConstants.WORKID_TYPE_WORKDATA, workID[i]);
}
catch (MemberAccessException)
{
continue;
}
// 加工値メモリに存在しない場合は、デフォルト値で補う
KeyStruct key = new KeyStruct(SystemConstants.WORKMEM_TYPE_WORKDATA, workID[i]);
if (!map.ContainsKey(key))
{
// 加工値メモリに不足IDを、メモリ割当データの初期値で追加
Set(SystemConstants.WORKMEM_TYPE_WORKDATA, workID[i], memAllocStruct.DefaultValue.ToString());
// 学習データ割当の値が欠損していた場合は、ERROR_LEARN_PARTS_BREAKを返す。
if (LearnDataStorage.IsLearnSearchKeyCode(memAllocStruct.learn_key_code))
result = SystemConstants.ERR_LEARN_PARTS_BREAK;
}
}
// 全てのボタンIDを取得
int[] btnWorkID = new int[0];
buttonControl.GetAllBtnWorkID(ref btnWorkID);
// ボタンworkIDの数だけループする
for (int i = 0; i < btnWorkID.Length; i++)
{
// ボタンIDを取得
ButtonActionStruct btnStore = buttonControl.Get(btnWorkID[i]);
KeyStruct key = new KeyStruct(SystemConstants.WORKMEM_TYPE_WORKBTN, btnWorkID[i]);
// 加工値メモリが存在しない場合は、デフォルト値で補う
if (!map.ContainsKey(key))
{
Set(SystemConstants.WORKMEM_TYPE_WORKBTN, btnWorkID[i], btnStore.DefaultMode.ToString());
}
}
return result;
}
/// <summary>
/// 加工値メモリから取得したデータをLearnDataに入れて返す
/// </summary>
/// <param name="LearnData"></param>
/// <returns></returns>
public int GetArray(ref LearnDataStruct[] LearnData)
{
int i = 0;
MemAllocStruct memAllocStruct = null;
// LearnDataがnullの場合、構造体を割当てる
if (LearnData == null) LearnData = new LearnDataStruct[0];
foreach (WorkDataStruct learndata in map.Values)
{
if (learndata.Type == SystemConstants.WORKMEM_TYPE_WORKDATA)
{
// WorkIDのメモリ割当データを取得する
try
{
memAllocStruct = memAllocData.GetEntry(SystemConstants.WORKID_TYPE_WORKDATA, learndata.WorkID);
}
catch (MemoryAllocationDataException)
{
memAllocStruct = new MemAllocStruct();
memAllocStruct.learn_key_code = SystemConstants.DB_GROUP_SEARCH_TYPE_NONE;
}
// 学習データ対象の場合
if (LearnDataStorage.IsLearnSearchKeyCode(memAllocStruct.learn_key_code))
{
// 配列を一つ増やす
Array.Resize(ref LearnData, LearnData.Length + 1);
// LearnDataに加工値メモリの値を設定
LearnData[i].Type = learndata.Type;
LearnData[i].SearchType = memAllocStruct.learn_key_code;
LearnData[i].ID = learndata.WorkID;
LearnData[i].value = learndata.Value;
i++;
}
}
else if (learndata.Type == SystemConstants.WORKMEM_TYPE_WORKBTN)
{
// ボタンIDの学習データ保存対象を取得
ButtonActionStruct btnLearnStore = new ButtonActionStruct();
try
{
btnLearnStore = buttonControl.Get(learndata.WorkID);
}
catch
{
btnLearnStore.SearchType = SystemConstants.DB_GROUP_SEARCH_TYPE_BTN;
}
if(btnLearnStore.SearchType != SystemConstants.DB_GROUP_SEARCH_TYPE_BTN)
{
// 配列の要素を１つ増やす
Array.Resize(ref LearnData, LearnData.Length + 1);
// LearnDataにデータを追加
LearnData[i].Type = learndata.Type;
LearnData[i].SearchType = btnLearnStore.SearchType;
LearnData[i].ID = learndata.WorkID;
LearnData[i].value = learndata.Value;
i++;
}
/*
// 動作処理ボタンの場合
if (LearnDataStorage.IsLearnedModeBtn(learndata.WorkID))
{
// 配列の要素を１つ増やす
Array.Resize(ref LearnData, LearnData.Length + 1);
// LearnDataにデータを追加
LearnData[i].Type = learndata.Type;
LearnData[i].SearchType = SystemConstants.DB_GROUP_SEARCH_TYPE_BTN;
LearnData[i].ID = learndata.WorkID;
LearnData[i].value = learndata.Value;
i++;
}
*/
}
}
return SystemConstants.DCPF_SUCCESS;
}
/// <summary>
/// ��������
/// </summary>
/// <param name="sender"></param>
/// <param name="e"></param>
private void syncroprogressfrm_Shown(object sender, EventArgs e)
{
try
{
//�t�H�[�}�b�g�f�[�^�擾
Program.DataController.MemorySynchro(SystemConstants.ADDR_FORMAT_CHECK, SystemConstants.FORMAT_CHECK_COUNT);
waitForQueue(false);
// �t�H�[�}�b�g�`�F�b�N
formatType = Program.DataController.FomatCheck();
// bankno
int bankno = 0;
// �w�K�f�[�^���ڃL�[��擾
int workmode = SystemConstants.WORKMODE_BANK;
string[] itemkeys = new string[10];
if (Program.DataController.LearnItemKeysRead(ref itemkeys) == SystemConstants.DCPF_SUCCESS)
{
workmode = SystemConstants.WORKMODE_LEARN;
}
if (workmode == SystemConstants.WORKMODE_LEARN)
{
LearnDataStruct[] learndataStruct = new LearnDataStruct[0];
Program.DataController.LearnDataRead(itemkeys, ref learndataStruct);
bankDataQueue = learndataStruct.Length;
workDataQueue = learndataStruct.Length;
}
else
{
Program.DataController.BankNoRead(ref bankno);
BankDataStruct[] bankdataStruct = new BankDataStruct[0];
Program.DataController.BankDataRead(bankno, ref bankdataStruct);
bankDataQueue = bankdataStruct.Length;
workDataQueue = bankdataStruct.Length;
}
//�t�H�[�}�b�g�ς݂̏ꍇ
if (formatType == SystemConstants.FORMAT_DONE)
{
// ���M����l�̐�����߂�
correctDataQueue = Program.DataController.CorrectDataRead(false);
timingDataQueue = Program.DataController.TimingDataRead(false);
statusDataQueue = Program.DataController.MachineStatusRead(false);
workDataQueue = Program.DataController.WorkDataRead(false);
allQueue = correctDataQueue + timingDataQueue + statusDataQueue + workDataQueue + bankDataQueue;
// ��l�̎�M
Program.DataController.CorrectDataRead();
waitForQueue(true, Phase.CorrectReading);
// �^�C�~���O�l�̎�M
Program.DataController.TimingDataRead();
waitForQueue(true, Phase.TimingReading);
// �X�e�[�^�X�l�̎�M
Program.DataController.MachineStatusRead();
waitForQueue(true, Phase.StatusReading);
// ���H�l�̓���
Program.DataController.WorkDataRead();
waitForQueue(true, Phase.WorkdataReading);
if (workmode == SystemConstants.WORKMODE_LEARN)
{
// �w�K�f�[�^���M
mainfrm.LearnDataLoad(itemkeys);
waitForQueue(true, Phase.BankWriting);
}
else
{
// �o���N�f�[�^�̑��M
mainfrm.BankDataLoad(bankno);
waitForQueue(true, Phase.BankWriting);
}
}
// �t�H�[�}�b�g�ς݂łȂ��ꍇ
else
{
// ���M����l�̐�����߂�
correctDataQueue = Program.DataController.CorrectDataSend(false);
timingDataQueue = Program.DataController.TimingDataSend(false);
statusDataQueue = Program.DataController.MachineStatusRead(false);
workDataQueue = Program.DataController.WorkDataRead(false);
allQueue = correctDataQueue + timingDataQueue + statusDataQueue + workDataQueue + bankDataQueue;
// �A�v���P�[�V�����̑��s�m�F
if (!Utility.ShowConfirmMsg(SystemConstants.SYSTEM_MSG007))
{
DialogResult = DialogResult.No;
return;
}
// ��l�𑗂�
try
{
Program.DataController.CorrectDataSend();
waitForQueue(true, Phase.CorrectWriting);
Program.DataController.TimingDataSend();
waitForQueue(true, Phase.TimingWriting);
}
catch
{
Result = SystemConstants.ERR_CORRECT_FILE_ERROR;
DialogResult = System.Windows.Forms.DialogResult.No;
return;
}
// �X�e�[�^�X�l�̎�M
Program.DataController.MachineStatusRead();
waitForQueue(true, Phase.StatusReading);
// ���H�l�̓���
Program.DataController.WorkDataRead();
waitForQueue(true, Phase.WorkdataReading);
if (workmode == SystemConstants.WORKMODE_LEARN)
{
// �w�K�f�[�^���M
mainfrm.LearnDataLoad(itemkeys);
waitForQueue(true, Phase.BankWriting);
}
else
{
// �o���N�f�[�^�̑��M
mainfrm.BankDataLoad(bankno);
waitForQueue(true, Phase.BankWriting);
}
// �t�H�[�}�b�g������������݂܂��B
Program.DataController.FormatWrite();
}
if (workmode == SystemConstants.WORKMODE_LEARN)
{
// �w�K�f�[�^��ۑ�����B
mainfrm.LearnDataSave(itemkeys);
}
else
{
// �o���N�f�[�^��ۑ�����B
mainfrm.BankDataSave(bankno);
}
// ��l��ۑ�����
Program.DataController.CorrectDataSave();
}
catch (TimeoutException)
{
/* �^�C���A�E�g�����������ꍇ�́A�����փW�����v */
DialogResult = DialogResult.No;
Result = SystemConstants.ERR_SYNC_TIMEOUT;
return;
}
//�v���O���X�o�[�t�H�[�������B
DialogResult = DialogResult.OK;
}
/// <summary>
/// LearnData[] の値を学習データ保存クラスの WriteLearnDataを使用して、学習データに保存
/// </summary>
/// <param name="ItemKeys"></param>
/// <param name="LearnData"></param>
/// <returns></returns>
public int LearnDataWrite(string[] ItemKeys, LearnDataStruct[] LearnData)
{
int result = learnDataStorage.WriteLearnData(ItemKeys, LearnData);
// 正常の場合は、DCPF_SUCCESSを返す
if (result == SystemConstants.LSPF_SUCCESS)
return SystemConstants.DCPF_SUCCESS;
else
return result;
}
/// <summary>
/// 学習データを保存する
/// </summary>
/// <param name="ItemKeys"></param>
/// <returns></returns>
public int LearnDataSave(string[] ItemKeys)
{
int result = 0;
LearnDataStruct[] learnData = new LearnDataStruct[0];
// 加工値メモリから、LearnDataを取得する
result = workDataMemory.GetArray(ref learnData);
if (result != SystemConstants.DCPF_SUCCESS)
{
return result;
}
// メモリ割当データの現在地をLearnDataWriteを使用して、学習データに保存
result = LearnDataWrite(ItemKeys, learnData);
return result;
}
/// <summary>
/// LearnData[] の値を学習データ保存クラスのGetLearnDataを使用して返す
/// </summary>
/// <param name="ItemKeys"></param>
/// <param name="LearnData"></param>
/// <returns></returns>
public int LearnDataRead(string[] ItemKeys, ref LearnDataStruct[] LearnData)
{
int result = learnDataStorage.GetLearnData(ItemKeys, ref LearnData);
if ((result != SystemConstants.LSPF_SUCCESS) && (result != SystemConstants.ERR_LSPF_NO_LEARN_DATA))
{
return result;
}
// 切断長の補完（学習データがない場合入力したデータへ初期値を置き換え）
if(!learnDataStorage.IsIncludeWireLength(LearnData))
{
double wireLen = learnDataStorage.ConvKeytoWireLength(ItemKeys);
addLearnData(SystemConstants.WORKMEM_TYPE_WORKDATA, SystemConstants.WIRE_LENGTH1, wireLen, ref LearnData);
}
// ストリップ1の補完を行う
if (!learnDataStorage.IsIncludeStripLength(SystemConstants.DB_GROUP_WORKSIDE1, LearnData))
{
if (learnDataStorage.IsStripWork(SystemConstants.DB_GROUP_WORKSIDE1, ItemKeys))
{
double stripLen1 = learnDataStorage.ConvKeytoStrip(SystemConstants.DB_GROUP_WORKSIDE1, ItemKeys);
addLearnData(SystemConstants.WORKMEM_TYPE_WORKDATA, SystemConstants.STRIP_LENGTH1, stripLen1, ref LearnData);
}
}
// ストリップ2の補完を行う
if (!learnDataStorage.IsIncludeStripLength(SystemConstants.DB_GROUP_WORKSIDE2, LearnData))
{
if (learnDataStorage.IsStripWork(SystemConstants.DB_GROUP_WORKSIDE2, ItemKeys))
{
double stripLen2 = learnDataStorage.ConvKeytoStrip(SystemConstants.DB_GROUP_WORKSIDE2, ItemKeys);
addLearnData(SystemConstants.WORKMEM_TYPE_WORKDATA, SystemConstants.STRIP_LENGTH2, stripLen2, ref LearnData);
}
}
// 補完処理を行う
WorkDataMemory memory = new WorkDataMemory();
memory.Initialize(memalloc, buttonControl);
result = memory.SetArray(LearnData);
LearnData = new LearnDataStruct[0];
memory.GetArray(ref LearnData);
return result;
}