long hex

[Simon ArmstrongParticipant]

This line initialises TriggerBit to 0, I seem to remember some chat about decimal longs but maybe hex ones are still problematic?

Const TriggerBit:=$200000000

[Mark SiblyKeymaster]

Currently, you need to cast literals to long if they can’t fit in an int, eg:

Monkey

#Import "<std>" Using std.. Function Main() Const TriggerBit:=ULong( $200000000 ) Print Hex( TriggerBit ) End

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#Import "<std>"   Using std..   Function Main() Const TriggerBit:=ULong( $200000000 ) Print Hex( TriggerBit ) End

More convenient syntax for this will proabably happen, eg: $20000000L etc.

Also, enums are currently 32 bit ints only so that may be a problem…I think attempting to support bitmasks via enums might have been a bit of a woopsie…

[Simon ArmstrongParticipant]

I just ran into this again today.

I want to support left button drag, right button drag and both button drag.

However MouseEvent.Button is an enum so bit testing for above drag types is allowed even though it doesn’t seem to work.

Edit: oh right mouse button has value 3, that I was not expecting.

Monkey

#Import "<mojo>" Using mojo.. Function Main() Local a:=MouseButton.Left Local b:=a & MouseButton.Right If b Print "BOO!" End

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#Import "<mojo>"   Using mojo.. Function Main() Local a:=MouseButton.Left Local b:=a & MouseButton.Right If b Print "BOO!" End

[abakoboParticipant]

More convenient syntax for this will proabably happen, eg: $20000000L

Is it due to parser limitations? or is it a kind of visual helper? I’d personnaly rather like to be able to use any kind of literals up to Max_Unsigned_64bit without special syntax for bigger ones.

A 64bit enum type would be great too for bitmasking too!

[nerobotParticipant]

It’s for the parser.

In other langs:

* decimal number is an Integer, and L-suffix means Long: 100L

* floating number is a Double, and F-suffix means Float: 3.14f

Is it works:

Const TriggerBit:ULong=$200000000

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