private void buttonEqSave_Click(object sender, RoutedEventArgs e)
{
string fileName = BrowseSaveFile(m_ppwEqFilter);
if (fileName.Length <= 0)
{
AddFirLog("EQ保存処理中断。\r\n");
return;
}
FirSave p = new FirSave();
p.FreqGainTable.Clear();
p.FreqGainTable.AddRange(m_freqGainTable);
var xmlRW = new WWXmlRW.XmlRW <FirSave>(fileName, false);
bool result = xmlRW.Save(p);
if (result)
{
AddFirLog(string.Format("EQ保存処理成功。{0}\r\n", fileName));
}
else
{
AddFirLog(string.Format("EQ保存処理失敗。{0}\r\n", fileName));
}
}
private void buttonEqLoad_Click(object sender, RoutedEventArgs e)
{
string fileName = BrowseOpenFile(m_ppwEqFilter);
if (fileName.Length <= 0)
{
AddFirLog("EQ読み出し処理中断。\r\n");
return;
}
var xmlRW = new WWXmlRW.XmlRW <FirSave>(fileName, false);
FirSave p;
bool result = xmlRW.Load(out p);
if (result == true && m_freqGainTable.Length == p.FreqGainTable.Count)
{
for (int i = 0; i < m_freqGainTable.Length; ++i)
{
m_freqGainTable[i] = p.FreqGainTable[i];
}
DrawFreqResponse();
AddFirLog(string.Format("EQ読み出し処理成功。{0}\r\n", fileName));
}
else
{
AddFirLog(string.Format("EQ読み出し処理失敗。{0}\r\n", fileName));
}
}
public static PlaylistSave Load()
{
var xmlRW = new WWXmlRW.XmlRW <PlaylistSave>(m_fileName, true);
PlaylistSave p = xmlRW.Load();
OverwritePlaylist(p);
return(p);
}
public static PlaylistSave LoadFrom(string path)
{
var xmlRW = new WWXmlRW.XmlRW <PlaylistSave>(path, false);
PlaylistSave p = xmlRW.Load();
OverwritePlaylist(p);
return(p);
}
public static Preference Load()
{
var xmlRW = new WWXmlRW.XmlRW <Preference>(m_fileName);
Preference p = xmlRW.Load();
// (読み込んだ値が都合によりサポートされていない場合、このタイミングでロード後に強制的に上書き出来る)
return(p);
}
public static Preference Load()
{
var xmlRW = new WWXmlRW.XmlRW <Preference>(m_fileName);
Preference p = xmlRW.Load();
// postprocess playlist columns order info...
if (p.PlayListColumnsOrder.Count == 10)
{
// OK: older format. no playlist column info.
}
else if (p.PlayListColumnsOrder.Count == 20)
{
// OK: load success. delete former 10 items inserted by Reset()
p.PlayListColumnsOrderRemoveRange(0, 10);
}
else
{
System.Console.WriteLine("E: Preference PlayListColumnOrder item count {0}", p.PlayListColumnsOrder.Count);
p.Reset();
}
// (読み込んだ値が都合によりサポートされていない場合、このタイミングでロード後に強制的に上書き出来る)
// サンプルレートの選択アルゴリズム。廃止された選択肢が選ばれていたらAutoSelectに設定する。
switch (p.BitsPerSampleFixType)
{
case BitsPerSampleFixType.Variable:
case BitsPerSampleFixType.VariableSint16Sint24:
case BitsPerSampleFixType.VariableSint16Sint32V24:
p.BitsPerSampleFixType = BitsPerSampleFixType.AutoSelect;
break;
default:
break;
}
// 並列読み込みが有効のときはFLACのMD5計算を行わない。
if (p.ParallelRead)
{
p.VerifyFlacMD5Sum = false;
}
// EnableNoiseShaping(古いフラグ)が無効のときはBpsConvNoiseShaping(新しい設定パラメータ)をNoneに設定。
if (!p.EnableNoiseShaping)
{
p.BpsConvNoiseShaping = NoiseShapingType.None;
}
// DwmEnableMMCSSは、いつの頃からかエラーが出るようになったので呼び出さないようにする。
p.DwmEnableMmcssCall = false;
return(p);
}
public static PlaylistSave3 LoadFrom(string path, bool useIsolatedStorage = false)
{
var xmlRW3 = new WWXmlRW.XmlRW <PlaylistSave3>(path, useIsolatedStorage);
PlaylistSave3 p3 = xmlRW3.Load();
if (p3.ItemNum == 0)
{
var xmlRW2 = new WWXmlRW.XmlRW <PlaylistSave2>(path, useIsolatedStorage);
PlaylistSave2 p2 = xmlRW2.Load();
if (p2.ItemNum == 0)
{
var xmlRW1 = new WWXmlRW.XmlRW <PlaylistSave>(path, useIsolatedStorage);
var p1 = xmlRW1.Load();
p2 = PlaylistSave2.ConvertFrom(p1);
}
p3 = PlaylistSave3.ConvertFrom(p2);
}
OverwritePlaylist(p3);
return(p3);
}
private void InitFirTab()
{
m_FirWorker = new BackgroundWorker();
m_FirWorker.WorkerReportsProgress = true;
m_FirWorker.DoWork += new DoWorkEventHandler(m_FirWorker_DoWork);
m_FirWorker.ProgressChanged += new ProgressChangedEventHandler(m_FirWorker_ProgressChanged);
m_FirWorker.RunWorkerCompleted += new RunWorkerCompletedEventHandler(m_FirWorker_RunWorkerCompleted);
m_FirWorker.WorkerSupportsCancellation = true;
// ファイルからEQ設定を読み込んでグラフにセットする。
var xmlRW = new WWXmlRW.XmlRW <FirSave>(m_firGainFileName);
FirSave p = xmlRW.Load();
InitializeFreqGainTable();
if (m_freqGainTable.Length == p.FreqGainTable.Count)
{
for (int i = 0; i < m_freqGainTable.Length; ++i)
{
m_freqGainTable[i] = p.FreqGainTable[i];
}
}
DrawFreqResponse();
}
public static bool SaveAs(PlaylistSave p, string path)
{
var xmlRW = new WWXmlRW.XmlRW<PlaylistSave>(path, false);
return xmlRW.Save(p);
}
public static bool Save(PlaylistSave p)
{
var xmlRW = new WWXmlRW.XmlRW<PlaylistSave>(m_fileName, true);
return xmlRW.Save(p);
}
public static PlaylistSave LoadFrom(string path)
{
var xmlRW = new WWXmlRW.XmlRW<PlaylistSave>(path, false);
PlaylistSave p = xmlRW.Load();
OverwritePlaylist(p);
return p;
}
public static PlaylistSave Load()
{
var xmlRW = new WWXmlRW.XmlRW<PlaylistSave>(m_fileName, true);
PlaylistSave p = xmlRW.Load();
OverwritePlaylist(p);
return p;
}
public static bool SaveAs(PlaylistSave p, string path)
{
var xmlRW = new WWXmlRW.XmlRW <PlaylistSave>(path, false);
return(xmlRW.Save(p));
}
private void buttonEqSave_Click(object sender, RoutedEventArgs e)
{
string fileName = BrowseSaveFile(m_ppwEqFilter);
if (fileName.Length <= 0) {
AddFirLog("EQ保存処理中断。\r\n");
return;
}
FirSave p = new FirSave();
p.FreqGainTable.Clear();
p.FreqGainTable.AddRange(m_freqGainTable);
var xmlRW = new WWXmlRW.XmlRW<FirSave>(fileName, false);
bool result = xmlRW.Save(p);
if (result) {
AddFirLog(string.Format("EQ保存処理成功。{0}\r\n", fileName));
} else {
AddFirLog(string.Format("EQ保存処理失敗。{0}\r\n", fileName));
}
}
public static Preference Load()
{
var xmlRW = new WWXmlRW.XmlRW<Preference>(m_fileName);
Preference p = xmlRW.Load();
// postprocess playlist columns order info...
if (p.PlayListColumnsOrder.Count == 10) {
// OK: older format. no playlist column info.
} else if (p.PlayListColumnsOrder.Count == 20) {
// OK: load success. delete former 10 items inserted by Reset()
p.PlayListColumnsOrderRemoveRange(0, 10);
} else {
System.Console.WriteLine("E: Preference PlayListColumnOrder item count {0}", p.PlayListColumnsOrder.Count);
p.Reset();
}
// (読み込んだ値が都合によりサポートされていない場合、このタイミングでロード後に強制的に上書き出来る)
// サンプルレートの選択アルゴリズム。廃止された選択肢が選ばれていたらAutoSelectに設定する。
switch (p.BitsPerSampleFixType) {
case BitsPerSampleFixType.Variable:
case BitsPerSampleFixType.VariableSint16Sint24:
case BitsPerSampleFixType.VariableSint16Sint32V24:
p.BitsPerSampleFixType = BitsPerSampleFixType.AutoSelect;
break;
default:
break;
}
// 並列読み込みが有効のときはFLACのMD5計算を行わない。
if (p.ParallelRead) {
p.VerifyFlacMD5Sum = false;
}
// EnableNoiseShaping(古いフラグ)が無効のときはBpsConvNoiseShaping(新しい設定パラメータ)をNoneに設定。
if (!p.EnableNoiseShaping) {
p.BpsConvNoiseShaping = NoiseShapingType.None;
}
// DwmEnableMMCSSは、いつの頃からかエラーが出るようになったので呼び出さないようにする。
p.DwmEnableMmcssCall = false;
return p;
}
public static Preference Load()
{
var xmlRW = new WWXmlRW.XmlRW <Preference>(m_fileName);
int nColumnCount = 13;
Preference p = xmlRW.Load();
// postprocess playlist columns order info...
// at this point, column count must be nColumnCount * 2
if (p.PlayListColumnsOrder.Count == nColumnCount)
{
// very old format. no playlist column info in preference file.
}
else if (p.PlayListColumnsOrder.Count == nColumnCount + 10)
{
// old format. delete latter 10 items inserted by file load.
p.PlayListColumnsOrderRemoveRange(nColumnCount, 10);
}
else if (p.PlayListColumnsOrder.Count == nColumnCount + 11)
{
// PlayPcmWin 4.0.98 format. delete latter 11 items inserted by file load.
p.PlayListColumnsOrderRemoveRange(nColumnCount, 11);
}
else if (p.PlayListColumnsOrder.Count == nColumnCount + 12)
{
// PlayPcmWin 5.0.16 format. delete latter 12 items inserted by file load.
p.PlayListColumnsOrderRemoveRange(nColumnCount, 12);
}
else if (p.PlayListColumnsOrder.Count == nColumnCount * 2)
{
// Latest PlayPcmWin 5.0.32 format. saved data is okay. delete former nColumnCount items inserted by Reset()
p.PlayListColumnsOrderRemoveRange(0, nColumnCount);
}
else
{
System.Console.WriteLine("E: Preference PlayListColumnOrder item count {0}", p.PlayListColumnsOrder.Count);
System.Diagnostics.Debug.Assert(false);
p.Reset();
}
// (読み込んだ値が都合によりサポートされていない場合、このタイミングでロード後に強制的に上書き出来る)
// サンプルレートの選択アルゴリズム。廃止された選択肢が選ばれていたらAutoSelectに設定する。
switch (p.BitsPerSampleFixType)
{
case BitsPerSampleFixType.Variable:
case BitsPerSampleFixType.VariableSint16Sint24:
case BitsPerSampleFixType.VariableSint16Sint32V24:
p.BitsPerSampleFixType = BitsPerSampleFixType.AutoSelect;
break;
default:
break;
}
// 再描画抑止は再生時間表示がなくなるのが紛らわしいので廃止。
p.RefrainRedraw = false;
// 並列読み込みが有効のときはFLACのMD5計算を行わない。
if (p.ParallelRead)
{
p.VerifyFlacMD5Sum = false;
}
// EnableNoiseShaping(古いフラグ)が無効のときはBpsConvNoiseShaping(新しい設定パラメータ)をNoneに設定。
if (!p.EnableNoiseShaping)
{
p.BpsConvNoiseShaping = NoiseShapingType.None;
}
// DwmEnableMMCSSは、いつの頃からかエラーが出るようになったので呼び出さないようにする。
p.DwmEnableMmcssCall = false;
if (p.TimePeriodHundredNanosec < Preference.TIME_PERIOD_ONE_MILLISEC)
{
// 0.5msモードは動作不安定なので廃止。
p.TimePeriodHundredNanosec = Preference.TIME_PERIOD_ONE_MILLISEC;
}
return(p);
}
private void InitFirTab()
{
m_FirWorker = new BackgroundWorker();
m_FirWorker.WorkerReportsProgress = true;
m_FirWorker.DoWork += new DoWorkEventHandler(m_FirWorker_DoWork);
m_FirWorker.ProgressChanged += new ProgressChangedEventHandler(m_FirWorker_ProgressChanged);
m_FirWorker.RunWorkerCompleted += new RunWorkerCompletedEventHandler(m_FirWorker_RunWorkerCompleted);
m_FirWorker.WorkerSupportsCancellation = true;
// ファイルからEQ設定を読み込んでグラフにセットする。
var xmlRW = new WWXmlRW.XmlRW<FirSave>(m_firGainFileName);
FirSave p = xmlRW.Load();
InitializeFreqGainTable();
if (m_freqGainTable.Length == p.FreqGainTable.Count) {
for (int i=0; i < m_freqGainTable.Length; ++i) {
m_freqGainTable[i] = p.FreqGainTable[i];
}
}
DrawFreqResponse();
}
public static bool Save(Preference p)
{
var xmlRW = new WWXmlRW.XmlRW <Preference>(m_fileName);
return(xmlRW.Save(p));
}
public static bool Save(PlaylistSave p)
{
var xmlRW = new WWXmlRW.XmlRW <PlaylistSave>(m_fileName, true);
return(xmlRW.Save(p));
}
public static bool Save(Preference p)
{
var xmlRW = new WWXmlRW.XmlRW<Preference>(m_fileName);
return xmlRW.Save(p);
}
private void buttonEqLoad_Click(object sender, RoutedEventArgs e)
{
string fileName = BrowseOpenFile(m_ppwEqFilter);
if (fileName.Length <= 0) {
AddFirLog("EQ読み出し処理中断。\r\n");
return;
}
var xmlRW = new WWXmlRW.XmlRW<FirSave>(fileName, false);
FirSave p;
bool result = xmlRW.Load(out p);
if (result == true && m_freqGainTable.Length == p.FreqGainTable.Count) {
for (int i=0; i < m_freqGainTable.Length; ++i) {
m_freqGainTable[i] = p.FreqGainTable[i];
}
DrawFreqResponse();
AddFirLog(string.Format("EQ読み出し処理成功。{0}\r\n", fileName));
} else {
AddFirLog(string.Format("EQ読み出し処理失敗。{0}\r\n", fileName));
}
}
