added possibility to create registers

package/src/Transpiler.jl

@@ -87,14 +87,14 @@ function transpile(expression::ExpressionProcessing.PostfixType)
 	println(ptxBuffer, "{")
 
 	# Register definition
+	println(ptxBuffer, get_register_definitions(1, 5)) # TODO: Actually calculate the number of needed registers and extend to more register kinds
 	# Parameter loading
 	println(ptxBuffer, get_guard_clause())
 
 	# Code goes here
 
 	# exit jump location
-	print(ptxBuffer, exitJumpLocationMarker)
-	println(ptxBuffer, ": ret;")
+	print(ptxBuffer, exitJumpLocationMarker); println(ptxBuffer, ": ret;")
 	println(ptxBuffer, "}")
 	println(String(take!(ptxBuffer)))
 end
@@ -132,7 +132,7 @@ end
 Constructs the PTX code used for handling the case where too many threads are started.
 
 Assumes the following:
- - There are the unused ```32 bit``` registers ```r1, r2, r3, r4```
+ - There are the unused ```32 bit``` registers ```r1, r2, r3, r4 (index of the variable set)```
  - There is an unused ```predicate``` register ```p1```
  - The ```32 bit``` register ```r5``` contains the number of variable sets
 "
@@ -154,6 +154,25 @@ function get_guard_clause()::String
 	return String(take!(guardBuffer))
 end
 
+function get_register_definitions(nrPred::Int, nr32Bit::Int):::String
+	registersBuffer = IOBuffer()
+
+	if nrPred > 0
+		print(registersBuffer, ".reg .pred")
+		print(registersBuffer, "    %p<")
+		print(registersBuffer, nrPred + 1)
+		println(registersBuffer, ">;")
+	end
+	if nr32Bit > 0
+		print(registersBuffer, ".reg .b32")
+		print(registersBuffer, "    %r<")
+		print(registersBuffer, nr32Bit + 1)
+		println(registersBuffer, ">;")
+	end
+
+	return String(take!(registersBuffer))
+end
+
 function type_to_cuda_type(type::DataType)::String
 	if type == Int64
 		return ".s64"