internal void Evaluate(Template template, out Context context, out Hash registers, out IEnumerable <Type> filters)
{
if (Context != null)
{
context = Context;
registers = null;
filters = null;
context.RestartTimeout();
return;
}
List <Hash> environments = new List <Hash>();
if (LocalVariables != null)
{
environments.Add(LocalVariables);
}
if (template.IsThreadSafe)
{
context = new Context(environments, new Hash(), new Hash(), ErrorsOutputMode, MaxIterations, Timeout, FormatProvider)
{
SyntaxCompatibilityLevel = this.SyntaxCompatibilityLevel
};
}
else
{
environments.Add(template.Assigns);
context = new Context(environments, template.InstanceAssigns, template.Registers, ErrorsOutputMode, MaxIterations, Timeout, FormatProvider)
{
SyntaxCompatibilityLevel = this.SyntaxCompatibilityLevel
};
}
registers = Registers;
filters = Filters;
}
internal void Evaluate(Template template, out Context context, out Hash registers, out IEnumerable <Type> filters)
{
if (this.Context != null)
{
context = this.Context;
registers = null;
filters = null;
context.RestartTimeout();
return;
}
var environments = new List <Hash>();
if (this.LocalVariables != null)
{
environments.Add(this.LocalVariables);
}
if (template.IsThreadSafe)
{
context = new Context(environments, new Hash(), new Hash(), this.ErrorsOutputMode, this.MaxIterations, this.Timeout, this.FormatProvider);
}
else
{
environments.Add(template.Assigns);
context = new Context(environments, template.InstanceAssigns, template.Registers, this.ErrorsOutputMode, this.MaxIterations, this.Timeout, this.FormatProvider);
}
registers = this.Registers;
filters = this.Filters;
}
