Hmm, Mini vMac is compiled with the r6xx branch, maybe that some change is causing the issue. If possible could you try with an older version of Ndless? I don't have the setup at the moment to recompile and test under r866.

As I demostrated here, http://ourl.ca/19304, you can easily manipulate the URL that gets loaded inside the vimeo player (just an iframe). Although you're still limited to the player.vimeo.com domain (you can load any site on that domain) I think here should be some added protections. The same issue with Nico video player, you can load any JS script from the ext.nicovideo.jp domain. While this still is very restricted, it's important to remember that if Vimeo or Nico change something on their website, those stuff might be used to exploit stuff here.

Sure. I believe you.
Don't worry, I'll figure something out. You'll not be skipped.

As far as I can see, the TI-Nspire line is the succesor for the 68k line. The mathematical engine is a direct continuation of their code base. So I don't think you can expect a color 68k calc, as that's what the CX actually is.

Well, here is an other example, hope it's a bit more clear.

So, lets say you have a car driving game and all the cars should have their own set of attributes. Managing this using classes is very easy, you start by creating your Car class, basically a prototype of your car or if said in another way, the mold you use to create all your cars.

Car = class()
function Car:init(model)
  self.model = model or "LuaCar"
  self.distance = 0
end

function Car:drive(d)
  self.distance = self.distance + d
  print(self.model .. " just drove " .. d .. " km")
end

function Car:totalDistance()
  print(self.model .. " drove " .. self.distance .. " km in total")
end

So, that's our class. Now a Car has two properties, a model name and a distance. Now lets make some Car objects and play with them.

myCar1 = Car("Fiat Ducato")
myCar2 = Car("Ford Fiesta")

myCar1:totalDistance()
myCar2:totalDistance()

print()

myCar1:drive(10)
myCar2:drive(5)

print()

myCar1:totalDistance()
myCar2:totalDistance()

print()

myCar2:drive(10)

print()

myCar1:totalDistance()
myCar2:totalDistance()

the output of this is

Fiat Ducato drove 0 km in total
Ford Fiesta drove 0 km in total

Fiat Ducato just drove 10 km
Ford Fiesta just drove 5 km

Fiat Ducato drove 10 km in total
Ford Fiesta drove 5 km in total

Ford Fiesta just drove 10 km

Fiat Ducato drove 10 km in total
Ford Fiesta drove 15 km in total

As you can see, myCar1 and myCar2 are total different instances (objects) of Car. You can use all the methods defined in the Car class. The 'self' refers to each unique instance.

As Levak said, the ':' isn't actually more than a short cut. Take for example the Car:drive method. You could also write it this way and it would work exactly the same:
function Car.drive(self, d)
  self.distance = self.distance + d
  print(self.model .. " just drove " .. d .. " km")
end

Now, if we call myCar1:drive(10), that would be the same as myCar1.drive(myCar1, 10). Through metatables the myCar1 table is linked to the Car table (object and classes are in the end still tables). So basically when you do myCar:drive(10) you do Car.drive(myCar1, 10).

Jens, regarding the manual, you could save it in an external document that you but in the MyLib folder. You then could make the editor detect if it's present and load it if that's the case.

Glad I could help you
Also, it would be indeed better to open new topics or you could also post in the Lua Q&A thread if it are small questions.