Formatted examples

examples/nolol/array_user.nolol

@@ -5,33 +5,33 @@ define addr = :a
 define write = :m
 
 // store value at idx in array
-macro set(idx,value)
-    write=1
-    data=value
-    addr=idx
-    // this will block until addr is 0.
-    // the array will set addr to 0 once it stored the value
-    wait addr
+macro set(idx, value)
+	write = 1
+	data = value
+	addr = idx
+	// this will block until addr is 0.
+	// the array will set addr to 0 once it stored the value
+	wait addr	
 end
 
 // retrieve value from idx
-macro get(idx,value)
-    write=0
-    addr=idx
-    // this will block until addr is 0.
-    // the array will set addr to 0 once it retrieved the value
-    wait addr
-    value=data
+macro get(idx, value)
+	write = 0
+	addr = idx
+	// this will block until addr is 0.
+	// the array will set addr to 0 once it retrieved the value
+	wait addr	
+	value = data
 end
 
 while ++i < 5 do
-    insert set(i,i*2)
+	insert set(i, i * 2)
 end
 
 :sum = ""
 while ++j < 5 do
-    insert get(j,retrieved)
-    :sum += retrieved+","
+	insert get(j, retrieved)
+	:sum += retrieved + ","
 end
 
-:done=1
+:done = 1

examples/nolol/definitions.nolol

@@ -16,17 +16,17 @@ define :output = :out
 
 
 // your definitions can contain polaceholders (here a and b)
-define addByte(a,b) = (a+b)%(2^8)
+define addByte(a, b) = (a + b) % 2 ^ 8
 
 a = 123
 // definitions with placeholders can be used like functions. The aruments will replace the placeholders of the definition
-:sum = addByte(a,100)
+:sum = addByte(a, 100)
 
-define foo(a,b,c,d) = a+b+c+d
+define foo(a, b, c, d) = a + b + c + d
 
 // Any valid expression can be used as value for a placeholder
-:bar = foo(greeting,","," "+:name,addByte(a,60))
+:bar = foo(greeting, ",", " " + :name, addByte(a, 60))
 
-define pop(string) = string- --string
+define pop(string) = string - --string
 
 :done = 1

examples/nolol/fizzbuzz.nolol

@@ -18,4 +18,4 @@ while :number <= upto do
 		end
 	end
 	:number++ 
-end
+end

examples/nolol/ifelse.nolol

@@ -26,7 +26,7 @@ end
 // The old yolol-inline ifs can still be useful. For example if you absolutely need to make sure everything happens in one line.
 // In this example, the two assignments and the if are guaranteed to happen on the same tick.
 // To avoid confusion, when you need an inline-if, you need to use the "_if" keyword
-a=1 ; _if 1==1 then :foo=1 else :foo=2 end ; b=2
+a = 1; _if 1 == 1 then :foo = 1 else :foo = 2 end; b = 2
 
 :other = "done"
-:done = 1
+:done = 1

examples/nolol/macros.nolol

@@ -25,20 +25,20 @@ define separator = "_"
 
 insert greet(:out2, "you")
 
-avar="foo"
+avar = "foo"
 
 // because all non-global vars are private to an insertion of a macro, this does not work
 // the code inside the macro does not have access to the variable avar defined above
 macro doesntwork()
-	:out3=avar
+	:out3 = avar
 end
 insert doesntwork()
 
 // to give the code inside the macro access to an outside var, you either need to pass the var as an argument, or
 // mark the variable as an external variable. You can do this as follows:
 macro works()(avar)
-	:out4=avar
+	:out4 = avar
 end
 insert works()
 
-:done = 1
+:done = 1

examples/nolol/measuring_time.nolol

@@ -15,4 +15,4 @@ wait time() < closewhen then :door = "closed" ; closedAfter = time() - start end
 
 //note: wait is effectively just syntactic sugar
 // the wait line above can also be written as
-_if time() < closewhen then _goto line() end ; :door = "closed" ; closedAfter = time() - start $
+_if time() < closewhen then _goto line() end; :door = "closed"; closedAfter = time() - start $

examples/nolol/state_one.nolol

@@ -7,6 +7,6 @@ end
 insert SMBEGIN(STATE_PING)
 
 :OUTPUT += "ping "
-:counter++
+:counter++ 
 
 insert SMEND(STATE_PONG)

examples/yolol/abuse_errors.yolol

@@ -1,3 +1,3 @@
-:a = 123 x=1/0 :a = 456 // last assignment is not executed
-:b = 1 // execution continues on last line
-:done = 1
+:a=123 x=1/0 :a=456 // last assignment is not executed
+:b=1 // execution continues on last line
+:done=1

examples/yolol/case_insensitive.yolol

@@ -5,4 +5,4 @@ FoO="test"
 :derefok=Foo==FoO
 :funcOK=sin 3==sin 3
 if foo==FOO then :ifok=1 end
-:done = 1
+:done=1

examples/yolol/operations2.yolol

@@ -17,4 +17,4 @@ abc="abc"
 :testif=0
 pi=3.141
 if pi>3 then :testif=1 else :testif=0 end
-:done = 1
+:done=1