private static void TrySaveFileToWorkspace(IMonitoringSubProduct subProduct, ISmartSession session, string fname, IExtractResult restult, CatalogItemInfo cii)
{
if (string.IsNullOrEmpty(fname))
{
return;
}
IMonitoringSession mession = session.MonitoringSession as IMonitoringSession;
IWorkspace wks = mession.GetWorkspace();
RasterIdentify rst = new RasterIdentify(fname);
ICatalog c = wks.GetCatalog("CurrentExtracting");
if (c != null)
{
if (cii == null)
{
c.AddItem(new CatalogItem(fname, c.Definition as SubProductCatalogDef));
}
else
{
c.AddItem(new CatalogItem(fname, cii));
}
}
if (_contextEnvironment != null && subProduct != null)
{
rst.SubProductIdentify = subProduct.Identify;
IExtractResultBase erb = restult as IExtractResultBase;
if (erb != null && !string.IsNullOrEmpty(erb.OutIdentify))
{
rst.SubProductIdentify = erb.OutIdentify;
}
GetOutFileIdentify(ref rst, subProduct);
if (!string.IsNullOrEmpty(restult.Name) && restult.Name != rst.SubProductIdentify)
{
rst.SubProductIdentify = restult.Name;
}
_contextEnvironment.PutContextVar(rst.SubProductIdentify, fname);
}
}
private void CustomVarSetterHandler(string[] dblvFileNames, string beginSubprod, IContextEnvironment contextEnv)
{
if (dblvFileNames == null || dblvFileNames.Length < 1)
{
return;
}
string varValue = dblvFileNames[0];
for (int i = 1; i < dblvFileNames.Length; i++)
{
varValue += "*" + dblvFileNames[i];
}
contextEnv.PutContextVar("DBLV", varValue);
}
private static void TrySetContextEnvironment(ISmartSession session, string beginSubprod, IContextEnvironment contextEnv, CustomVarSetterHandler customVarSetter)
{
contextEnv.Session = session;
contextEnv.PutContextVar(ContextEnvironment.ENV_VAR_NAME_CURRENT_RASTER_FILE, GetCurrentRasterFile(session));
IWorkspace ws = (session.MonitoringSession as IMonitoringSession).Workspace;
if (ws == null)
{
return;
}
ICatalog catalog = ws.ActiveCatalog;
if (catalog == null)
{
return;
}
string[] fnames = catalog.GetSelectedFiles();
if (fnames == null || fnames.Length == 0)
{
return;
}
RasterIdentify rst = new RasterIdentify(fnames[0]);
if (string.IsNullOrEmpty(rst.SubProductIdentify))
{
contextEnv.PutContextVar(ContextEnvironment.ENV_VAR_NAME_BINARY_FILE, fnames[0]);
}
else
{
contextEnv.PutContextVar(rst.SubProductIdentify, fnames[0]);
}
//
if (customVarSetter != null)
{
customVarSetter(fnames, beginSubprod, contextEnv);
}
}
private void CustomVarSetterHandler(string dblvFileName, string beginSubprod, IContextEnvironment contextEnv)
{
string ndviFileName = Path.GetFileName(dblvFileName);
if (string.IsNullOrEmpty(ndviFileName))
{
return;
}
string dblvName = Path.GetDirectoryName(dblvFileName) + "\\" + ndviFileName.Replace("NDVI", "DBLV");
if (File.Exists(dblvName))
{
contextEnv.PutContextVar("DBLV", dblvName);
}
}
private void MakeSubProduct(string preBanks, IMonitoringSubProduct subprd, IContextMessage contextMessage, IArgumentMissProcessor argumentMissProcessor, string executeGroup, Action <int, string> processTracker)
{
bool isCreatDataProvider = false;
IRasterDataProvider raster = null;
try
{
subprd.ArgumentProvider.Reset();
subprd.ArgumentProvider.AOI = null;
AlgorithmDef alg = subprd.AlgorithmDefs[0];
RasterIdentify rstIdentify = null;
rstIdentify = GetRasterIdentifOfCurrentFile();
if (subprd.Definition.IsNeedCurrentRaster)
{
string rstFileName = _contextEnvironment.GetContextVar(GeoDo.RSS.MIF.Core.ContextEnvironment.ENV_VAR_NAME_CURRENT_RASTER_FILE);
raster = GeoDataDriver.Open(rstFileName) as IRasterDataProvider;
subprd.ArgumentProvider.DataProvider = raster;
isCreatDataProvider = true;
//
TryApplyAOITemplates(subprd);
//
if (rstIdentify == null)
{
if (contextMessage != null)
{
contextMessage.PrintMessage("参数\"" + GeoDo.RSS.MIF.Core.ContextEnvironment.ENV_VAR_NAME_CURRENT_RASTER_FILE + "\"为空！");
}
if (argumentMissProcessor == null)
{
return;
}
string crtFileName = argumentMissProcessor.DoGettingArgument(subprd.Definition, subprd.UseDefaultAlgorithm(subprd.Definition.ProductDef.Identify), GeoDo.RSS.MIF.Core.ContextEnvironment.ENV_VAR_NAME_CURRENT_RASTER_FILE);
if (crtFileName == null)
{
return;
}
rstIdentify = new RasterIdentify(crtFileName);
_contextEnvironment.PutContextVar(GeoDo.RSS.MIF.Core.ContextEnvironment.ENV_VAR_NAME_CURRENT_RASTER_FILE, crtFileName);
}
ExtractAlgorithmIdentify id = new ExtractAlgorithmIdentify();
id.Satellite = rstIdentify.Satellite;
id.Sensor = rstIdentify.Sensor;
alg = subprd.Definition.GetAlgorithmDefByAlgorithmIdentify(id);
if (alg == null)
{
alg = subprd.Definition.Algorithms[0];
}
}
subprd.ResetArgumentProvider(alg.Identify);
subprd.ArgumentProvider.SetArg("AlgorithmName", alg.Identify);
if (alg.Bands != null && alg.Bands.Length > 0)
{
MonitoringThemeFactory.SetBandArgs(subprd, rstIdentify.Satellite, rstIdentify.Sensor);
foreach (BandDef band in alg.Bands)
{
if (subprd.ArgumentProvider.GetArg(band.Identify).ToString() == "-1")
{
if (contextMessage != null)
{
contextMessage.PrintMessage(preBanks + "从波段映射表获取\"" + band.Identify + "\"的波段序号失败,生成过程终止！");
}
return;
}
}
}
//
TryHandleCustomArguments(subprd.ArgumentProvider, alg);
//
if (subprd.Definition.SubProductInstanceDefs != null)
{
MakeSubProductUseInstances(preBanks + " ", subprd, alg, contextMessage, argumentMissProcessor, executeGroup, processTracker);
}
else
{
DirectMakeSubProduct(preBanks + " ", subprd, alg, contextMessage, argumentMissProcessor, processTracker);
}
}
finally
{
if (raster != null)
{
raster.Dispose();
raster = null;
}
if (subprd.ArgumentProvider.DataProvider != null && isCreatDataProvider)
{
subprd.ArgumentProvider.DataProvider.Dispose();
}
}
}