private void btn_tak_pcm_Click(object sender, EventArgs e) { if (SELECTED_FILES == null) { return; } var ffmp = new FFmpeg(prog.CDCRUSH.FFMPEG_PATH); var tak = new Tak(prog.CDCRUSH.TOOLS_PATH); tak.onComplete = (s) => { LOG.log($"TAK Operation Complete - {s}"); }; ffmp.onComplete = (s) => { LOG.log($"FFMPEG Operation Complete - {s}"); }; string INPUT = SELECTED_FILES[0]; string OUTPUT = Path.ChangeExtension(INPUT, ".tak"); // This will make FFMPEG read the PCM file, convert it to WAV on the fly // and feed it to TAK, which will convert and save it. ffmp.convertPCMStreamToWavStream((ffmpegIn, ffmpegOut) => { var sourceFile = File.OpenRead(INPUT); tak.encodeFromStream(OUTPUT, (takIn) => { ffmpegOut.CopyTo(takIn); takIn.Close(); }); sourceFile.CopyTo(ffmpegIn); // Feed PCM to FFMPEG ffmpegIn.Close(); }); } // --
} // -- private void btn_untak_pcm_Click(object sender, EventArgs e) { if (SELECTED_FILES == null) { return; } string INPUT = SELECTED_FILES[0]; string OUTPUT = Path.ChangeExtension(INPUT, ".pcm"); var ffmp = new FFmpeg(prog.CDCRUSH.FFMPEG_PATH); var tak = new Tak(prog.CDCRUSH.TOOLS_PATH); tak.onComplete = (s) => { LOG.log($"TAK Operation Complete - {s}"); }; ffmp.onComplete = (s) => { LOG.log($"FFMPEG Operation Complete - {s}"); }; tak.decodeToStream(INPUT, (_out) => { ffmp.convertWavStreamToPCM(OUTPUT, (_in) => { _out.CopyTo(_in); _in.Close(); }); }); } // --
public ActionResult DeleteConfirmed(int id) { Tak tak = db.Taks.Find(id); db.Taks.Remove(tak); db.SaveChanges(); return(RedirectToAction("Index")); }
public async Task Cant_Place_Order_If_OrderedFor_Section_Cant_Use_Tab() { var section = new Tak() { TabIsAllowed = false }; var person = new Leiding() { Tak = section }; var account = new Account(AccountType.Tab); person.Accounts = new List <Account> { account }; var order = Order.Create(person); var orderline = Orderline.Create(_defaultDrank, person, order, 1); var orderRepository = new Mock <IOrderRepository>(); var leidingRepo = new Mock <ILeidingRepository>(); leidingRepo.Setup(x => x.FindByEmailAsync(It.IsAny <string>())).Returns(Task.FromResult <Leiding>(person)); leidingRepo.Setup(x => x.FindByIdAsync(It.IsAny <int>())).Returns(Task.FromResult <Leiding>(person)); var drankRepo = new Mock <IDrankRepository>(); drankRepo.Setup(x => x.FindByIdAsync(It.IsAny <int>())).Returns(Task.FromResult <Drank>(_defaultDrank)); var orderlineRepo = new Mock <IOrderlineRepository>(); var accountRepo = new Mock <IAccountRepository>(); accountRepo.Setup(x => x.FindAccountAsync(It.IsAny <int>(), AccountType.Tab)) .Returns(Task.FromResult <Account>(account)); var accountService = new Mock <IAccountService>(); var service = new OrderService(orderRepository.Object, leidingRepo.Object, drankRepo.Object, orderlineRepo.Object, accountRepo.Object, accountService.Object); var orderlines = new List <CreateOrderlineDTO>(); orderlines.Add(item: new CreateOrderlineDTO { DrankId = 10, OrderedForId = 10, Quantity = 10 }); var orderDto = new CreateOrderDTO() { Orderlines = orderlines }; await Assert.ThrowsAsync <InvalidOperationException>(() => service.CreateOrder(orderDto, String.Empty)); }
}// ----------------------------------------- // -- public override void start() { base.start(); p = (RestoreParams)jobData; INPUT = Path.Combine(p.tempDir, track.storedFileName); OUTPUT = Path.Combine(p.tempDir, track.getFilenameRaw()); track.workingFile = OUTPUT; // Point to the new file // - var fileExt = Path.GetExtension(track.storedFileName); requirePostSizeFix = AudioMaster.isLossyByExt(fileExt); // -- if (track.isData) { var ecm = new EcmTools(CDCRUSH.TOOLS_PATH); setupHandlers(ecm); ecm.unecm(INPUT); } else { // No need to convert back, end the task if (p.mode == 2) { // Point to correct file track.workingFile = INPUT; complete(); return; } var ffmp = new FFmpeg(CDCRUSH.FFMPEG_PATH); if (fileExt.ToLower() == ".tak") { var tak = new Tak(CDCRUSH.TOOLS_PATH); setupHandlers(tak); tak.decodeToStream(INPUT, (_out) => { ffmp.convertWavStreamToPCM(OUTPUT, (_in) => { _out.CopyTo(_in); _in.Close(); }); }); } else { setupHandlers(ffmp); ffmp.audioToPCM(INPUT, track.workingFile); } } log("Restoring track -" + track.storedFileName); }// -----------------------------------------
public ActionResult Edit([Bind(Include = "tak_Id,tak_Naam")] Tak tak) { if (ModelState.IsValid) { db.Entry(tak).State = EntityState.Modified; db.SaveChanges(); return(RedirectToAction("Index")); } return(View(tak)); }
public ActionResult Create([Bind(Include = "tak_Id,tak_Naam")] Tak tak) { if (ModelState.IsValid) { db.Taks.Add(tak); db.SaveChanges(); return(RedirectToAction("Index")); } return(View(tak)); }
private void btn_untak_Click(object sender, EventArgs e) { if (SELECTED_FILES == null) { return; } var app = new Tak(prog.CDCRUSH.TOOLS_PATH); app.onComplete = (s) => { LOG.log("--TAK to WAV Complete :: {0}", s); }; app.decode(SELECTED_FILES[0], txt_files_2.Text); }
// GET: Taks/Delete/5 public ActionResult Delete(int?id) { if (id == null) { return(new HttpStatusCodeResult(HttpStatusCode.BadRequest)); } Tak tak = db.Taks.Find(id); if (tak == null) { return(HttpNotFound()); } return(View(tak)); }
[HttpPost] //POST /api/tak public async Task <IActionResult> AddTak([FromBody] CreateSectionDTO viewmodel) { var tak = new Tak { Naam = viewmodel.Naam, Volgorde = viewmodel.Volgorde, TabIsAllowed = viewmodel.TabIsAllowed }; await _takRepository.AddAsync(tak); await _takRepository.SaveChangesAsync(); var model = _mapper.Map <BasicSectionDTO>(tak); return(CreatedAtRoute("GetTakById", new { id = model.Id }, model)); }
public async Task <BasicLeaderDTO> CreateLeader(CreateLeaderDTO dto) { //Check if a section is provided for the leader Tak tak = null; if (dto.TakId != 0) { tak = await _takRepository.FindByIdAsync(dto.TakId); if (tak == null) { throw new EntityNotFoundException($"Tak met id {dto.TakId} werd niet gevonden."); } } //Map the dto to the leader entity. TODO: This smells fishy. I don't like new() var leader = new Leiding { Naam = dto.Naam.Trim(), Voornaam = dto.Voornaam.Trim(), LeidingSinds = dto.LeidingSinds.ToLocalTime(), Tak = tak, Email = dto.Email?.Trim().ToLower(), Accounts = new List <Account>(2) }; //Only create accounts if needed. E.g.: leaders created through the totemdatabase probably shouldn't have an account at first. if (dto.CreateAccounts) { leader.Accounts.Add(new Account(AccountType.Debt)); leader.Accounts.Add(new Account(AccountType.Tab)); } await _leidingRepository.AddAsync(leader); await _leidingRepository.SaveChangesAsync(); return(_mapper.Map <BasicLeaderDTO>(leader)); }
}// ----------------------------------------- // -- public override void start() { base.start(); p = (CrushParams)jobData; // Working file is already set and points to either TEMP or INPUT folder INPUT = track.workingFile; // NOTE: OUTPUT path is generated later with the setupfiles() function // Before compressing the tracks, get and store the MD5 of the track using (var md5 = System.Security.Cryptography.MD5.Create()) { using (var str = File.OpenRead(INPUT)) { track.md5 = BitConverter.ToString(md5.ComputeHash(str)).Replace("-", "").ToLower(); } } // -- if (track.isData) { var ecm = new EcmTools(CDCRUSH.TOOLS_PATH); setupHandlers(ecm); // New filename that is going to be generated: setupFiles(".bin.ecm"); ecm.ecm(INPUT, OUTPUT); // old .bin file from wherever it was to temp/bin.ecm } else // AUDIO TRACK : { // Get Audio Data. (codecID, codecQuality) Tuple <string, int> audioQ = p.audioQuality; // New filename that is going to be generated: setupFiles(AudioMaster.getCodecExt(audioQ.Item1)); // I need ffmpeg for both occations var ffmp = new FFmpeg(CDCRUSH.FFMPEG_PATH); setupHandlers(ffmp); if (audioQ.Item1 == "TAK") { var tak = new Tak(CDCRUSH.TOOLS_PATH); // This will make FFMPEG read the PCM file, convert it to WAV on the fly // and feed it to TAK, which will convert and save it. ffmp.convertPCMStreamToWavStream((ffmpegIn, ffmpegOut) => { var sourceFile = File.OpenRead(INPUT); tak.encodeFromStream(OUTPUT, (takIn) => { ffmpegOut.CopyTo(takIn); takIn.Close(); }); sourceFile.CopyTo(ffmpegIn); // Feed PCM to FFMPEG ffmpegIn.Close(); }); } else { // It must be FFMPEG ffmp.encodePCM(audioQ.Item1, audioQ.Item2, INPUT, OUTPUT); } } //- end if (track.isData) }// -----------------------------------------
private void button1_Click(object sender, EventArgs e) { if (Blighchekbox.CheckState == CheckState.Checked) //if (comboBox1.Text == "bligh") { if (Tad <= 0.5) { Tad = 0.5; texta.Text = Tad.ToString(); } else { texta.Text = Tad.ToString(); }// end of tad if (Tbd <= 0.5) { Tbd = 0.5; radtextb.Text = Tbd.ToString(); } else { radtextb.Text = Tbd.ToString(); }// end of tbd if (Tcd <= 0.5) { Tcd = 0.5; radtextc.Text = Tcd.ToString(); } else { radtextc.Text = Tcd.ToString(); } //end of tcd if (Tdd <= 0.5) { Tdd = 0.5; radtextd.Text = Tdd.ToString(); } else { radtextd.Text = Tdd.ToString(); } //end of tdd if (Ted <= 0.5) { Ted = 0.5; radtexte.Text = Ted.ToString(); } else { radtexte.Text = Ted.ToString(); } //end of ted if (Tfd <= 0.5) { Tfd = 0.5; radtextf.Text = Tfd.ToString(); } else { radtextf.Text = Tfd.ToString(); } //end of tfd } //end of If if (Khoslachekbox.CheckState == CheckState.Checked) // if(comboBox1.Text=="khosla") { if (Tak <= 0.5) { Tak = 0.5; texta.Text = Tak.ToString(); } else { texta.Text = Tak.ToString(); }// end of tad if (Tbk <= 0.5) { Tbk = 0.5; radtextb.Text = Tbk.ToString(); } else { radtextb.Text = Tbk.ToString(); }// end of tbd if (Tck <= 0.5) { Tck = 0.5; radtextc.Text = Tck.ToString(); } else { radtextc.Text = Tck.ToString(); } //end of tcd if (Tdk <= 0.5) { Tdk = 0.5; radtextd.Text = Tdk.ToString(); } else { radtextd.Text = Tdk.ToString(); } //end of tdd if (Tek <= 0.5) { Tek = 0.5; radtexte.Text = Tek.ToString(); } else { radtexte.Text = Tek.ToString(); } //end of ted if (Tfk <= 0.5) { Tfk = 0.5; radtextf.Text = Tfk.ToString(); } else { radtextf.Text = Tfk.ToString(); } //end of tfd } Dynamicbtn.Visible = true; }