private EnumerableFunc FuncAdd(IColumnProcess tool, EnumerableFunc func, bool isexecute)
{
try
{
tool.SetExecute(isexecute);
tool.Init(new List <IFreeDocument>());
}
catch (Exception ex)
{
XLogSys.Print.Error($"位于{tool.Column}列的{tool.TypeName}模块在初始化时出现异常：{ex},请检查任务参数");
return(func);
}
if (!tool.Enabled)
{
return(func);
}
if (tool is IColumnDataTransformer)
{
var ge = tool as IColumnDataTransformer;
var func1 = func;
func = d =>
{
if (ge.IsMultiYield)
{
return(ge.TransformManyData(func1(d)));
}
var r = func1(d);
return(r.Select(d2 => Transform(ge, d2)));
};
}
if (tool is IColumnGenerator)
{
var ge = tool as IColumnGenerator;
var func1 = func;
switch (ge.MergeType)
{
case MergeType.Append:
func = d => func1(d).Concat(ge.Generate());
break;
case MergeType.Cross:
func = d => func1(d).Cross(ge.Generate);
break;
case MergeType.Merge:
func = d => func1(d).MergeAll(ge.Generate());
break;
case MergeType.Mix:
func = d => func1(d).Mix(ge.Generate());
break;
}
}
if (tool is IDataExecutor && isexecute)
{
var ge = tool as IDataExecutor;
var func1 = func;
func = d => ge.Execute(func1(d));
}
else if (tool is IColumnDataFilter)
{
var t = tool as IColumnDataFilter;
if (t.TypeName == "数量范围选择")
{
dynamic range = t;
var func1 = func;
func = d => func1(d).Skip((int)range.Skip).Take((int)range.Take);
}
else
{
var func1 = func;
func = d => func1(d).Where(t.FilteData);
}
}
return(func);
}
public static EnumerableFunc FuncAdd(this IColumnProcess tool, EnumerableFunc func, bool isexecute,
Analyzer analyzer)
{
AnalyzeItem analyzeItem = null;
analyzeItem = analyzer?.Set(tool);
try
{
tool.SetExecute(isexecute);
if (analyzeItem != null)
{
analyzeItem.HasInit = tool.Init(new List <IFreeDocument>());
}
}
catch (Exception ex)
{
if (analyzeItem != null)
{
analyzeItem.HasInit = false;
}
XLogSys.Print.Error(string.Format(GlobalHelper.Get("key_209"), tool.Column, tool.TypeName, ex));
return(func);
}
if (!tool.Enabled)
{
return(func);
}
if (tool is IColumnDataTransformer)
{
var ge = tool as IColumnDataTransformer;
var func1 = func;
func = source =>
{
var source2 = func1(source).CountInput(analyzeItem);
if (ge.IsMultiYield)
{
return(ge.TransformManyData(source2, analyzeItem).CountOutput(analyzeItem));
}
;
return(source2.Select(input =>
{
var now = DateTime.Now;
var result = Transform(ge, input, analyzeItem);
if (analyzeItem != null)
{
analyzeItem.RunningTime = DateTime.Now - now;
}
return result;
}).CountOutput(analyzeItem));
};
}
if (tool is IColumnGenerator)
{
var ge = tool as IColumnGenerator;
var func1 = func;
switch (ge.MergeType)
{
case MergeType.Append:
func = source => source.CountInput(analyzeItem).ConcatPlus(func1, ge).CountOutput(analyzeItem);
break;
case MergeType.Cross:
func = source =>
func1(source.CountInput(analyzeItem)).Cross(ge.Generate).CountOutput(analyzeItem);
break;
case MergeType.Merge:
func = source =>
func1(source.CountInput(analyzeItem)).MergeAll(ge.Generate()).CountOutput(analyzeItem);
break;
case MergeType.Mix:
func = source =>
func1(source.CountInput(analyzeItem)).Mix(ge.Generate()).CountOutput(analyzeItem);
break;
}
}
if (tool is IDataExecutor && isexecute)
{
var ge = tool as IDataExecutor;
var func1 = func;
func = source => ge.Execute(func1(source.CountInput(analyzeItem))).CountOutput(analyzeItem);
}
else if (tool is IColumnDataFilter)
{
var t = tool as IColumnDataFilter;
if (t.TypeName == GlobalHelper.Get("key_210"))
{
dynamic range = t;
var func1 = func;
func = source => func1(source.CountInput(analyzeItem)).Skip((int)range.Skip).Take((int)range.Take)
.CountOutput(analyzeItem);
}
else
{
var func1 = func;
switch (t.FilterWorkMode)
{
case FilterWorkMode.PassWhenSuccess:
func =
source =>
func1(source.CountInput(analyzeItem))
.SkipWhile(t.FilteData)
.CountOutput(analyzeItem);
break;
case FilterWorkMode.ByItem:
func =
source =>
func1(source.CountInput(analyzeItem)).Where(t.FilteData).CountOutput(analyzeItem);
break;
case FilterWorkMode.StopWhenFail:
func =
source =>
func1(source.CountInput(analyzeItem))
.TakeWhile(t.FilteData)
.CountOutput(analyzeItem);
break;
}
}
}
return(func);
}
public static EnumerableFunc FuncAdd(this IColumnProcess tool, EnumerableFunc func, bool isexecute, Analyzer analyzer)
{
AnalyzeItem analyzeItem = null;
analyzeItem = analyzer?.Set(tool);
try
{
tool.SetExecute(isexecute);
if (analyzeItem != null)
{
analyzeItem.HasInit = tool.Init(new List <IFreeDocument>());
}
}
catch (Exception ex)
{
if (analyzeItem != null)
{
analyzeItem.HasInit = false;
}
XLogSys.Print.Error($"位于{tool.Column}列的{tool.TypeName}模块在初始化时出现异常：{ex},请检查任务参数");
return(func);
}
if (!tool.Enabled)
{
return(func);
}
if (tool is IColumnDataTransformer)
{
var ge = tool as IColumnDataTransformer;
var func1 = func;
func = source =>
{
var source2 = func1(source).CountInput(analyzeItem);
if (ge.IsMultiYield)
{
return(ge.TransformManyData(source2).CountOutput(analyzeItem));
}
;
return(source2.Select(input => Transform(ge, input, analyzeItem)).CountOutput(analyzeItem));
};
}
if (tool is IColumnGenerator)
{
var ge = tool as IColumnGenerator;
var func1 = func;
switch (ge.MergeType)
{
case MergeType.Append:
func = source => source.CountInput(analyzeItem).ConcatPlus(func1, ge).CountOutput(analyzeItem);
break;
case MergeType.Cross:
func = source => func1(source.CountInput(analyzeItem)).Cross(ge.Generate).CountOutput(analyzeItem);
break;
case MergeType.Merge:
func = source => func1(source.CountInput(analyzeItem)).MergeAll(ge.Generate()).CountOutput(analyzeItem);
break;
case MergeType.Mix:
func = source => func1(source.CountInput(analyzeItem)).Mix(ge.Generate()).CountOutput(analyzeItem);
break;
}
}
if (tool is IDataExecutor && isexecute)
{
var ge = tool as IDataExecutor;
var func1 = func;
func = source => ge.Execute(func1(source.CountInput(analyzeItem))).CountOutput(analyzeItem);
}
else if (tool is IColumnDataFilter)
{
var t = tool as IColumnDataFilter;
if (t.TypeName == "数量范围选择")
{
dynamic range = t;
var func1 = func;
func = source => func1(source.CountInput(analyzeItem)).Skip((int)range.Skip).Take((int)range.Take).CountOutput(analyzeItem);
}
else
{
var func1 = func;
func = source => func1(source.CountInput(analyzeItem)).Where(t.FilteData).CountOutput(analyzeItem);
}
}
return(func);
}
private EnumerableFunc FuncAdd(IColumnProcess tool, EnumerableFunc func, bool isexecute)
{
try
{
tool.SetExecute(isexecute);
tool.Init(new List<IFreeDocument>());
}
catch (Exception ex)
{
XLogSys.Print.Error($"位于{tool.Column}列的{tool.TypeName}模块在初始化时出现异常：{ex},请检查任务参数");
return func;
}
if (!tool.Enabled)
return func;
if (tool is IColumnDataTransformer)
{
var ge = tool as IColumnDataTransformer;
var func1 = func;
func = d =>
{
if (ge.IsMultiYield)
{
return ge.TransformManyData(func1(d));
}
var r = func1(d);
return r.Select(d2 => Transform(ge, d2));
};
}
if (tool is IColumnGenerator)
{
var ge = tool as IColumnGenerator;
var func1 = func;
switch (ge.MergeType)
{
case MergeType.Append:
func = d => func1(d).Concat(ge.Generate());
break;
case MergeType.Cross:
func = d => func1(d).Cross(ge.Generate);
break;
case MergeType.Merge:
func = d => func1(d).MergeAll(ge.Generate());
break;
case MergeType.Mix:
func = d => func1(d).Mix(ge.Generate());
break;
}
}
if (tool is IDataExecutor && isexecute)
{
var ge = tool as IDataExecutor;
var func1 = func;
func = d => ge.Execute(func1(d));
}
else if (tool is IColumnDataFilter)
{
var t = tool as IColumnDataFilter;
if (t.TypeName == "数量范围选择")
{
dynamic range = t;
var func1 = func;
func = d => func1(d).Skip((int) range.Skip).Take((int) range.Take);
}
else
{
var func1 = func;
func = d => func1(d).Where(t.FilteData);
}
}
return func;
}