remove NumLiteral, replace with IntegerConstant

lib/arm/call_instruction.rb

@@ -32,14 +32,14 @@ module Arm
         arg = @attributes[:left]
         #puts "BLAB #{arg.inspect}"
         if( arg.is_a? Fixnum ) #HACK to not have to change the code just now
-          arg = Arm::NumLiteral.new( arg )
+          arg = Vm::IntegerConstant.new( arg )
         end
-        if arg.is_a? Vm::Code
+        if arg.is_a? Vm::Block
           diff = arg.position - self.position - 8
-          arg = Arm::NumLiteral.new(diff)
+          arg = Vm::IntegerConstant.new(diff)
         end
-        if (arg.is_a?(Arm::NumLiteral))
+        if (arg.is_a?(Vm::IntegerConstant))
-          jmp_val = arg.value >> 2
+          jmp_val = arg.integer >> 2
           packed = [jmp_val].pack('l')
           # signed 32-bit, condense to 24-bit
           # TODO add check that the value fits into 24 bits
@@ -51,10 +51,10 @@ module Arm
       when :swi
         arg = @attributes[:left]
         if( arg.is_a? Fixnum ) #HACK to not have to change the code just now
-          arg = Arm::NumLiteral.new( arg )
+          arg = Vm::IntegerConstant.new( arg )
         end
-        if (arg.is_a?(Arm::NumLiteral))
+        if (arg.is_a?(Vm::IntegerConstant))
-          packed = [arg.value].pack('L')[0,3]
+          packed = [arg.integer].pack('L')[0,3]
           io << packed
           io.write_uint8 0b1111 | (COND_CODES[@attributes[:condition_code]] << 4)
         else

lib/arm/logic_helper.rb

@@ -25,19 +25,19 @@ module Arm
       if arg.is_a?(Vm::StringConstant)
         # do pc relative addressing with the difference to the instuction
         # 8 is for the funny pipeline adjustment (ie oc pointing to fetch and not execute)
-        arg = Arm::NumLiteral.new( arg.position - self.position - 8 )
+        arg = Vm::IntegerConstant.new( arg.position - self.position - 8 )
         @rn = :pc
       end
       if( arg.is_a? Fixnum ) #HACK to not have to change the code just now
-        arg = Arm::NumLiteral.new( arg )
+        arg = Vm::IntegerConstant.new( arg )
       end
       if( arg.is_a? Vm::Integer ) #HACK to not have to change the code just now
-        arg = Arm::NumLiteral.new( arg.value )
+        arg = Vm::IntegerConstant.new( arg.value )
       end
-      if (arg.is_a?(Arm::NumLiteral))
+      if (arg.is_a?(Vm::IntegerConstant))
-        if (arg.value.fits_u8?)
+        if (arg.integer.fits_u8?)
           # no shifting needed
-          @operand = arg.value
+          @operand = arg.integer
           @i = 1
         elsif (op_with_rot = calculate_u8_with_rr(arg))
           @operand = op_with_rot
@@ -59,7 +59,7 @@ module Arm
         end
     
         arg1 = arg.value
-        if (arg1.is_a?(Arm::NumLiteral))
+        if (arg1.is_a?(Vm::IntegerConstant))
           if (arg1.value >= 32)
             raise "cannot shift by more than 31 #{arg1} #{inspect}"
           end

lib/arm/memory_instruction.rb

@@ -57,7 +57,7 @@ module Arm
         if (@operand.abs > 4095)
           raise "reference offset too large/small (max 4095) #{arg} #{inspect}"
         end
-      elsif (arg.is_a?(Arm::Label) or arg.is_a?(Arm::NumLiteral))
+      elsif (arg.is_a?(Arm::Label) or arg.is_a?(Vm::IntegerConstant))
         @pre_post_index = 1
         @rn = pc
         @use_addrtable_reloc = true

lib/arm/nodes.rb

@@ -34,11 +34,4 @@ module Arm
     end
   end
 
-  class NumLiteral 
-    attr_accessor :value
-    def initialize val
-      @value = val
-    end
-  end
-
 end