[nerobotParticipant]

I’ve added check for file existing in dev.

[nerobotParticipant]

So, waiting your game or app.

[nerobotParticipant]

There are some changes in dev branch:

• ! Added “Generate class” dialog – fast new-file-with-class creation is here!
  • you can jump between fields by Tab / Shift+Tab
• • w/o completion for types yet
• ! Added clickable errors list in build console – you can easily jump to errors now (semi-WIP state).
• New toolbar icons – more consistent, maybe blue color isn’t good, I don’t know.
• Added right-click menu for code editor – there are only cut/copy/paste this time.
• Added word-wrap mode for output console – on/off by toggle button.
• Now closing related docs when close project.
• Fixed “Find text” bug (have no results for non case sensitive mode, wow).
• Fixed restoring of project tree expanding (when create or delete files).

Attachments:

1. 

   ted2go_new_icons.png
   

2. 

   ted2go_errors_list.png
   

3. 

   ted2go_add_class.png
   

4. 

   ted2go_generate_class.gif
   

[nerobotParticipant]

Thumb up!

[nerobotParticipant]

Are you sure calling remove on the iterator is safe?

I know that other langs deny iterator changes, but I just tried it in monkey-x and it works.

In monkey2 don’t work but we have iterator.Erase() here.

[nerobotParticipant]

For MonkeyX you can use List<T> container and call its Remove() method like this:

Monkey

Import mojo Function Main() Local list:=New List<GameObject> list.AddLast(New GameObject("one",True)) list.AddLast(New GameObject("two")) list.AddLast(New GameObject("three")) list.AddLast(New GameObject("four",True)) ' filtering For Local obj:=Eachin list If obj.dead Then list.Remove(obj) Next For Local obj:=Eachin list Print "obj: "+obj.name Next End Class GameObject Field dead:Bool Field name:String Method New(name:String,dead:Bool=False) Self.name=name Self.dead=dead End End

1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28 29 30 31

Import mojo   Function Main() Local list:=New List<GameObject> list.AddLast(New GameObject("one",True)) list.AddLast(New GameObject("two")) list.AddLast(New GameObject("three")) list.AddLast(New GameObject("four",True)) ' filtering For Local obj:=Eachin list If obj.dead Then list.Remove(obj) Next   For Local obj:=Eachin list Print "obj: "+obj.name Next End     Class GameObject Field dead:Bool Field name:String Method New(name:String,dead:Bool=False) Self.name=name Self.dead=dead End End

In Monkey2 we can write more powerfull code – because we can pass functions as parameters of other functions.

And we can write generic function to remove items by filter for any instance type.

Monkey

Function RemoveInList<T>:Int( list:List<T>,filteringFunc:Bool(T) ) Local count:=0 Local it:=list.All() While Not it.AtEnd If filteringFunc( it.Current ) it.Erase() count+=1 Else it.Bump() Endif Wend Return count End ...... Local list:=New List<Int> For Local i:=0 Until 20 list.Add(i) Next Local filter1:=Lambda:Bool(val:Int) Return (val Mod 4) = 0 End Local filter2:=Lambda:Bool(val:Int) Return val>10 And val<14 End RemoveInList( list,filter1 ) For Local i:=Eachin list Print i Next RemoveInList( list,filter2 ) 'just pass other filter func For Local i:=Eachin list Print i Next Local list2:=New StringList( New String[]("one","two","three") ) Local filter3:=Lambda:Bool(val:String) Return val.Length<4 End ' now use it for strings RemoveInList( list2,filter3 ) For Local i:=Eachin list2 Print i Next

1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28 29 30 31 32 33 34 35 36 37 38 39 40 41 42 43 44 45 46 47 48 49 50 51 52 53 54 55 56

Function RemoveInList<T>:Int( list:List<T>,filteringFunc:Bool(T) )   Local count:=0 Local it:=list.All() While Not it.AtEnd If filteringFunc( it.Current ) it.Erase() count+=1 Else it.Bump() Endif Wend Return count End   ......   Local list:=New List<Int>   For Local i:=0 Until 20 list.Add(i) Next   Local filter1:=Lambda:Bool(val:Int) Return (val Mod 4) = 0 End   Local filter2:=Lambda:Bool(val:Int) Return val>10 And val<14 End   RemoveInList( list,filter1 )   For Local i:=Eachin list Print i Next   RemoveInList( list,filter2 ) 'just pass other filter func   For Local i:=Eachin list Print i Next   Local list2:=New StringList( New String[]("one","two","three") )   Local filter3:=Lambda:Bool(val:String) Return val.Length<4 End   ' now use it for strings RemoveInList( list2,filter3 )   For Local i:=Eachin list2 Print i Next

One bad thing here – we can’t write the only universal function for all containers (list, stack, map, etc…) because of language limitation:

Finally, IContainer is not a ‘real’ interface because Monkey2 does not yet support generic interface methods. This feature is planned for a future version of monkey2.

[nerobotParticipant]

There is an article how to build .apk from command line – just setup .bat file and use it in a one click.

https://www.apriorit.com/dev-blog/233-how-to-build-apk-file-from-command-line

[nerobotParticipant]

Nice!

[nerobotParticipant]

Looks cool, I’m envious.

[nerobotParticipant]

If there is finite number of data types to create then you can write data parser w/o reflection.

Your own declarative lang that will use needed internal functions.

Monkey

CreatePlayer 10,0,0 Loop 10 CreateEnemy Rand(20),Rand(20),Rand(20) End ...

1 2 3 4 5

CreatePlayer 10,0,0 Loop 10   CreateEnemy Rand(20),Rand(20),Rand(20) End ...

Each string token produce its action – CreatePlayer return instance of Player and set coord for him and so on.

[nerobotParticipant]

Cool! )

[nerobotParticipant]

Thanks!

Completion feature is in dev state, undone yet.

[nerobotParticipant]

You can rotate images by canvas.DrawImage( image:Image,tx:Float,ty:Float,rz:Float ) where rz is rotation angle.

Also you need to use image.Handle property to setup rotation anchor for image.

For detection images by click you can use polygon / rect function like that  or even chipmunk physics collider (I want to use it for complex shapes, but didn’t try yet).

[nerobotParticipant]

I think, you can’t just write new source code and dynamically load it via reflection – recompile code is required.

If your plugins will use standard lang features, then you can (probably) use it like lua-scripts works.

This time reflection doesn’t work with generic types (core vec2/3/4 and rect are generic).

[nerobotParticipant]

Mark said improving reflection is one of near goal.

[Author]

Posts