protected override Expression VisitPartialExpression(PartialExpression pex)
{
var bindingContext = CompilationContext.Args.BindingContext;
var writer = CompilationContext.Args.EncodedWriter;
var partialBlockTemplate = pex.Fallback != null
? FunctionBuilder.Compile(new[] { pex.Fallback }, new CompilationContext(CompilationContext))
: null;
if (pex.Argument != null || partialBlockTemplate != null)
{
var value = pex.Argument != null
? Arg<object>(FunctionBuilder.Reduce(pex.Argument, CompilationContext))
: bindingContext.Property(o => o.Value);
var partialTemplate = Arg(partialBlockTemplate);
bindingContext = bindingContext.Call(o => o.CreateChildContext(value, partialTemplate));
}
var partialName = Cast<string>(pex.PartialName);
var configuration = Arg(CompilationContext.Configuration);
return Call(() =>
InvokePartialWithFallback(partialName, bindingContext, writer, (ICompiledHandlebarsConfiguration) configuration)
);
}
protected override Expression VisitPartialExpression(PartialExpression pex)
{
Expression bindingContext = CompilationContext.BindingContext;
if (pex.Argument != null)
{
bindingContext = Expression.Call(
bindingContext,
#if netstandard
typeof(BindingContext).GetTypeInfo().GetMethod("CreateChildContext"),
#else
typeof(BindingContext).GetMethod("CreateChildContext"),
#endif
pex.Argument);
}
return(Expression.Call(
#if netstandard
new Action <string, BindingContext, HandlebarsConfiguration>(InvokePartial).GetMethodInfo(),
#else
new Action <string, BindingContext, HandlebarsConfiguration>(InvokePartial).Method,
#endif
Expression.Convert(pex.PartialName, typeof(string)),
bindingContext,
Expression.Constant(CompilationContext.Configuration)));
}
protected override Expression VisitPartialExpression(PartialExpression pex)
{
Expression bindingContext = CompilationContext.BindingContext;
var fb = new FunctionBuilder(CompilationContext.Configuration);
var partialBlockTemplate = pex.Fallback == null ? null : fb.Compile(new[] { pex.Fallback }, null, null);
if (pex.Argument != null || partialBlockTemplate != null)
{
bindingContext = Expression.Call(
bindingContext,
typeof(BindingContext).GetMethod("CreateChildContext"),
pex.Argument ?? Expression.Constant(null),
partialBlockTemplate ?? Expression.Constant(null, typeof(Action <TextWriter, object>)));
}
var partialInvocation = Expression.Call(
#if netstandard
new Action <string, BindingContext, HandlebarsConfiguration>(InvokePartialWithFallback).GetMethodInfo(),
#else
new Action <string, BindingContext, HandlebarsConfiguration>(InvokePartialWithFallback).Method,
#endif
Expression.Convert(pex.PartialName, typeof(string)),
bindingContext,
Expression.Constant(CompilationContext.Configuration));
return(partialInvocation);
}
protected virtual Expression VisitPartialExpression(PartialExpression pex)
{
Expression partialName = Visit(pex.PartialName);
Expression argument = Visit(pex.Argument);
// Don't visit Fallback - it will be compiled separately
if (partialName != pex.PartialName ||
argument != pex.Argument)
{
return(HandlebarsExpression.Partial(partialName, argument, pex.Fallback));
}
return(pex);
}
protected override Expression VisitPartialExpression(PartialExpression pex)
{
Expression bindingContext = CompilationContext.BindingContext;
if (pex.Argument != null)
{
bindingContext = Expression.Call(
bindingContext,
typeof(BindingContext).GetMethod("CreateChildContext"),
pex.Argument);
}
return Expression.Call(
new Action<string, BindingContext, HandlebarsConfiguration>(InvokePartial).Method,
Expression.Constant(pex.PartialName),
bindingContext,
Expression.Constant(CompilationContext.Configuration));
}
protected override Expression VisitPartialExpression(PartialExpression pex)
{
Expression bindingContext = CompilationContext.BindingContext;
if (pex.Argument != null)
{
bindingContext = Expression.Call(
bindingContext,
typeof(BindingContext).GetMethod("CreateChildContext"),
pex.Argument);
}
return(Expression.Call(
new Action <string, BindingContext, HandlebarsConfiguration>(InvokePartial).Method,
Expression.Constant(pex.PartialName),
bindingContext,
Expression.Constant(CompilationContext.Configuration)));
}
protected override Expression VisitPartialExpression(PartialExpression pex)
{
Expression bindingContext = CompilationContext.BindingContext;
if (pex.Argument != null)
{
bindingContext = Expression.Call(
bindingContext,
typeof(BindingContext).GetMethod("CreateChildContext"),
pex.Argument);
}
var fb = new FunctionBuilder(CompilationContext.Configuration);
var partialBlockTemplate =
fb.Compile(pex.Fallback != null ? new[] { pex.Fallback } : Enumerable.Empty <Expression>(), bindingContext);
var partialInvocation = Expression.Call(
#if netstandard
new Func <string, BindingContext, HandlebarsConfiguration, Action <TextWriter, object>, bool>(InvokePartial).GetMethodInfo(),
#else
new Func <string, BindingContext, HandlebarsConfiguration, Action <TextWriter, object>, bool>(InvokePartial).Method,
#endif
Expression.Convert(pex.PartialName, typeof(string)),
bindingContext,
Expression.Constant(CompilationContext.Configuration),
partialBlockTemplate);
var fallback = pex.Fallback;
if (fallback == null)
{
fallback = Expression.Call(
#if netstandard
new Action <string>(HandleFailedInvocation).GetMethodInfo(),
#else
new Action <string>(HandleFailedInvocation).Method,
#endif
Expression.Convert(pex.PartialName, typeof(string)));
}
return(Expression.IfThen(
Expression.Not(partialInvocation),
fallback));
}
protected override Expression VisitPartialExpression(PartialExpression pex)
{
Expression bindingContext = CompilationContext.BindingContext;
if (pex.Argument != null)
{
bindingContext = Expression.Call(
bindingContext,
#if netstandard
typeof(BindingContext).GetTypeInfo().GetMethod("CreateChildContext"),
#else
typeof(BindingContext).GetMethod("CreateChildContext"),
#endif
pex.Argument);
}
var partialInvocation = Expression.Call(
#if netstandard
new Func <string, BindingContext, HandlebarsConfiguration, bool>(InvokePartial).GetMethodInfo(),
#else
new Func <string, BindingContext, HandlebarsConfiguration, bool>(InvokePartial).Method,
#endif
Expression.Convert(pex.PartialName, typeof(string)),
bindingContext,
Expression.Constant(CompilationContext.Configuration));
var fallback = pex.Fallback;
if (fallback == null)
{
fallback = Expression.Call(
#if netstandard
new Action <string>(HandleFailedInvocation).GetMethodInfo(),
#else
new Action <string>(HandleFailedInvocation).Method,
#endif
Expression.Convert(pex.PartialName, typeof(string)));
}
return(Expression.IfThen(
Expression.Not(partialInvocation),
fallback));
}
protected override Expression VisitPartialExpression(PartialExpression pex)
{
Expression bindingContext = CompilationContext.BindingContext;
if (pex.Argument != null)
{
bindingContext = Expression.Call(
bindingContext,
#if netstandard
typeof(BindingContext).GetTypeInfo().GetMethod("CreateChildContext"),
#else
typeof (BindingContext).GetMethod("CreateChildContext"),
#endif
pex.Argument);
}
var partialInvocation = Expression.Call(
#if netstandard
new Func<string, BindingContext, HandlebarsConfiguration, bool>(InvokePartial).GetMethodInfo(),
#else
new Func<string, BindingContext, HandlebarsConfiguration, bool>(InvokePartial).Method,
#endif
Expression.Convert(pex.PartialName, typeof(string)),
bindingContext,
Expression.Constant(CompilationContext.Configuration));
var fallback = pex.Fallback;
if (fallback == null)
{
fallback = Expression.Call(
#if netstandard
new Action<string>(HandleFailedInvocation).GetMethodInfo(),
#else
new Action<string>(HandleFailedInvocation).Method,
#endif
Expression.Convert(pex.PartialName, typeof(string)));
}
return Expression.IfThen(
Expression.Not(partialInvocation),
fallback);
}
protected override Expression VisitPartialExpression(PartialExpression pex)
{
var bindingContext = ExpressionShortcuts.Arg <BindingContext>(CompilationContext.BindingContext);
var partialBlockTemplate = pex.Fallback != null
? FunctionBuilder.CompileCore(new[] { pex.Fallback }, CompilationContext.Configuration)
: null;
if (pex.Argument != null || partialBlockTemplate != null)
{
var value = ExpressionShortcuts.Arg <object>(FunctionBuilder.Reduce(pex.Argument, CompilationContext));
var partialTemplate = ExpressionShortcuts.Arg(partialBlockTemplate);
bindingContext = bindingContext.Call(o => o.CreateChildContext(value, partialTemplate));
}
var partialName = ExpressionShortcuts.Cast <string>(pex.PartialName);
var configuration = ExpressionShortcuts.Arg(CompilationContext.Configuration);
return(ExpressionShortcuts.Call(() =>
InvokePartialWithFallback(partialName, bindingContext, (ICompiledHandlebarsConfiguration)configuration)
));
}
protected override Expression VisitPartialExpression(PartialExpression pex)
{
Expression bindingContext = CompilationContext.BindingContext;
if (pex.Argument != null)
{
bindingContext = Expression.Call(
bindingContext,
#if netstandard
typeof(BindingContext).GetTypeInfo().GetMethod("CreateChildContext"),
#else
typeof(BindingContext).GetMethod("CreateChildContext"),
#endif
pex.Argument);
}
return Expression.Call(
#if netstandard
new Action<string, BindingContext, HandlebarsConfiguration>(InvokePartial).GetMethodInfo(),
#else
new Action<string, BindingContext, HandlebarsConfiguration>(InvokePartial).Method,
#endif
Expression.Convert(pex.PartialName, typeof(string)),
bindingContext,
Expression.Constant(CompilationContext.Configuration));
}
protected virtual Expression VisitPartialExpression(PartialExpression pex)
{
return pex;
}
protected virtual Expression VisitPartialExpression(PartialExpression pex)
{
return(pex);
}
public PartialBlockAccumulatorContext(Expression startingNode)
: base(startingNode)
{
_startingNode = ConvertToPartialExpression(UnwrapStatement(startingNode));
}
public PartialBlockAccumulatorContext(Expression startingNode)
: base(startingNode)
{
_startingNode = ConvertToPartialExpression(UnwrapStatement(startingNode));
}