public virtual AITalkResultCode SynthAsync(ref AITalk_TJobParam jobparam, string text)
{
int jobID;
if (this._busy || this._playing)
{
return(AITalkResultCode.AITALKERR_TOO_MANY_JOBS);
}
this._busy = true;
this._playing = true;
AITalk_TTtsParam param = new AITalk_TTtsParam();
AITalkResultCode res = this.GetParam(ref param);
this.OnWriteLog("[AITalkAPI_GetParam] " + res);
if (res != AITalkResultCode.AITALKERR_SUCCESS)
{
this._busy = false;
this._playing = false;
return(res);
}
param.procTextBuf = this._AITalkProcTextBuf;
param.procRawBuf = this._AITalkProcRawBuf;
param.procEventTts = this._AITalkProcEventTTS;
res = this.SetParam(ref param);
this.OnWriteLog("[AITalkAPI_SetParam] " + res);
if (res != AITalkResultCode.AITALKERR_SUCCESS)
{
this._busy = false;
this._playing = false;
return(res);
}
this.OnWriteLog("[AIAuidoAPI_ClearData] " + AIAudioAPI.ClearData());
res = AITalkAPI.TextToSpeech(out jobID, ref jobparam, text);
this.OnWriteLog("[AITalkAPI_TextToSpeech] " + res);
if (res != AITalkResultCode.AITALKERR_SUCCESS)
{
this._busy = false;
this._playing = false;
return(res);
}
new Thread(delegate {
AITalkStatusCode code;
do
{
Thread.Sleep(this.GetStatusInterval);
res = this.GetStatus(jobID, out code);
}while ((this._playing && (res == AITalkResultCode.AITALKERR_SUCCESS)) && (code != AITalkStatusCode.AITALKSTAT_DONE));
AITalkAPI.CloseSpeech(jobID, 0);
this.OnWriteLog("[AITalkAPI_CloseSpeech] " + res);
this._busy = false;
})
{
IsBackground = true
}.Start();
return(res);
}
public static AITalkResultCode TextToSpeech(out int jobID, ref AITalk_TJobParam param, string text)
{
int num = 1;
while (true)
{
AITalkResultCode code = _TextToSpeech(out jobID, ref param, text);
if ((code != AITalkResultCode.AITALKERR_WAIT_TIMEOUT) || (num >= MaxTries))
{
return(code);
}
Thread.Sleep(SleepTime);
num++;
}
}
private static extern AITalkResultCode _TextToSpeech(out int jobID, ref AITalk_TJobParam param, string text);
public AITalkResultCode SynthSync(ref AITalk_TJobParam jobparam, string text, out string kana, out short[] wave)
{
int num;
AITalkStatusCode code3;
kana = null;
wave = null;
if (this._busy)
{
return(AITalkResultCode.AITALKERR_TOO_MANY_JOBS);
}
this._busy = true;
AITalk_TTtsParam param = new AITalk_TTtsParam();
AITalkResultCode status = this.GetParam(ref param);
this.OnWriteLog("[AITalkAPI_GetParam] " + status);
if (status != AITalkResultCode.AITALKERR_SUCCESS)
{
this._busy = false;
return(status);
}
param.procTextBuf = null;
param.procRawBuf = null;
param.procEventTts = null;
status = this.SetParam(ref param);
this.OnWriteLog("[AITalkAPI_SetParam] " + status);
if (status != AITalkResultCode.AITALKERR_SUCCESS)
{
this._busy = false;
return(status);
}
if ((jobparam.modeInOut == AITalkJobInOut.AITALKIOMODE_PLAIN_TO_AIKANA) || (jobparam.modeInOut == AITalkJobInOut.AITALKIOMODE_AIKANA_TO_JEITA))
{
status = AITalkAPI.TextToKana(out num, ref jobparam, text);
this.OnWriteLog(string.Concat(new object[] { "[AITalkAPI_TextToKana] ", status, " : ", num }));
}
else
{
status = AITalkAPI.TextToSpeech(out num, ref jobparam, text);
this.OnWriteLog(string.Concat(new object[] { "[AITalkAPI_TextToSpeech] ", status, " : ", num }));
}
if (status != AITalkResultCode.AITALKERR_SUCCESS)
{
this._busy = false;
return(status);
}
StringBuilder textBuf = new StringBuilder((int)param.lenTextBufBytes);
short[] rawBuf = new short[param.lenRawBufBytes / 2];
List <short[]> list = new List <short[]>();
AITalkResultCode code2 = AITalkResultCode.AITALKERR_SUCCESS;
Label_0166:
Thread.Sleep(this.GetStatusInterval);
status = AITalkAPI.GetStatus(num, out code3);
if (status != AITalkResultCode.AITALKERR_SUCCESS)
{
code2 = status;
}
else
{
switch (code3)
{
case AITalkStatusCode.AITALKSTAT_WRONG_STATE:
code2 = status;
goto Label_02F4;
case AITalkStatusCode.AITALKSTAT_INPROGRESS:
goto Label_0166;
}
uint size = 0;
uint num3 = 0;
if (((jobparam.modeInOut == AITalkJobInOut.AITALKIOMODE_PLAIN_TO_WAVE) || (jobparam.modeInOut == AITalkJobInOut.AITALKIOMODE_PLAIN_TO_AIKANA)) || (jobparam.modeInOut == AITalkJobInOut.AITALKIOMODE_AIKANA_TO_JEITA))
{
uint num4;
status = AITalkAPI.GetKana(num, textBuf, (uint)textBuf.Capacity, out size, out num4);
this.OnWriteLog(string.Concat(new object[] { "[AITalkAPI_GetKana] ", status, " : ", size }));
if ((status != AITalkResultCode.AITALKERR_NOMORE_DATA) && (status != AITalkResultCode.AITALKERR_SUCCESS))
{
code2 = status;
goto Label_02F4;
}
if (size > 0)
{
if (kana == null)
{
kana = textBuf.ToString();
}
else
{
kana = kana + textBuf.ToString();
}
}
}
if (((jobparam.modeInOut == AITalkJobInOut.AITALKIOMODE_PLAIN_TO_WAVE) || (jobparam.modeInOut == AITalkJobInOut.AITALKIOMODE_AIKANA_TO_WAVE)) || (jobparam.modeInOut == AITalkJobInOut.AITALKIOMODE_JEITA_TO_WAVE))
{
status = AITalkAPI.GetData(num, rawBuf, (uint)rawBuf.Length, out num3);
this.OnWriteLog(string.Concat(new object[] { "[AITalkAPI_GetData] ", status, " : ", num3 }));
if (status == AITalkResultCode.AITALKERR_NOMORE_DATA)
{
goto Label_02F4;
}
if (status != AITalkResultCode.AITALKERR_SUCCESS)
{
code2 = status;
goto Label_02F4;
}
short[] dst = new short[num3];
Buffer.BlockCopy(rawBuf, 0, dst, 0, (int)(num3 * 2));
list.Add(dst);
}
if (((code3 != AITalkStatusCode.AITALKSTAT_DONE) || (size != 0)) || (num3 != 0))
{
goto Label_0166;
}
}
Label_02F4:
if ((jobparam.modeInOut == AITalkJobInOut.AITALKIOMODE_PLAIN_TO_AIKANA) || (jobparam.modeInOut == AITalkJobInOut.AITALKIOMODE_AIKANA_TO_JEITA))
{
status = AITalkAPI.CloseKana(num, 0);
this.OnWriteLog("[AITalkAPI_CloseKana] " + status);
}
else
{
status = AITalkAPI.CloseSpeech(num, 0);
this.OnWriteLog("[AITalkAPI_CloseSpeech] " + status);
}
if (list.Count > 0)
{
int num5 = 0;
foreach (short[] numArray3 in list)
{
num5 += numArray3.Length;
}
wave = new short[num5];
int dstOffset = 0;
foreach (short[] numArray4 in list)
{
Buffer.BlockCopy(numArray4, 0, wave, dstOffset, numArray4.Length * 2);
dstOffset += numArray4.Length * 2;
}
}
this._busy = false;
if (code2 == AITalkResultCode.AITALKERR_SUCCESS)
{
return(status);
}
return(code2);
}
