public IChallengeHandler GetHandler(Challenge c, IReadOnlyDictionary<string, object> initParams)
{
var h = new ManualChallengeHandler();
// Start off with the current (default) settings
var p = h.WriteOutPath;
var a = h.Append;
var o = h.Overwrite;
if (initParams?.Count > 0)
{
// See which ones are overridden
if (initParams.ContainsKey(WRITE_OUT_PATH.Name))
p = (string) initParams[WRITE_OUT_PATH.Name];
if (initParams.ContainsKey(APPEND.Name))
a = (bool) initParams[APPEND.Name];
if (initParams.ContainsKey(OVERWRITE.Name))
o = (bool) initParams[OVERWRITE.Name];
// Apply any changes
h.SetOut(p, a, o);
}
return h;
}
public IChallengeHandler GetHandler(Challenge c, IReadOnlyDictionary <string, object> initParams)
{
var h = new ManualChallengeHandler();
// Start off with the current (default) settings
var p = h.WriteOutPath;
var a = h.Append;
var o = h.Overwrite;
if (initParams?.Count > 0)
{
// See which ones are overridden
if (initParams.ContainsKey(WRITE_OUT_PATH.Name))
{
p = (string)initParams[WRITE_OUT_PATH.Name];
}
if (initParams.ContainsKey(APPEND.Name))
{
a = (bool)initParams[APPEND.Name];
}
if (initParams.ContainsKey(OVERWRITE.Name))
{
o = (bool)initParams[OVERWRITE.Name];
}
if (initParams.ContainsKey(OUTPUT_JSON.Name))
{
h.OutputJson = (bool)initParams[OUTPUT_JSON.Name];
}
// Apply any changes
h.SetOut(p, a, o);
}
return(h);
}