fixin up mov arguments

test/arm/test_move.rb

@@ -4,11 +4,11 @@ class TestMoves < MiniTest::Test
   include ArmHelper
 
   def test_mov
-    code = @machine.mov  :r0, right: 5
+    code = @machine.mov  :r0,  5
     assert_code code , :mov , [0x05,0x00,0xa0,0xe3] #e3 a0 10 05
   end
   def test_mvn
-    code = @machine.mvn  :r1, right: 5
+    code = @machine.mvn  :r1,  5
     assert_code code , :mvn , [0x05,0x10,0xe0,0xe3] #e3 e0 10 05
   end
 end

test/runners/fibo_while.rb

@@ -5,7 +5,7 @@ def fibonaccit(n) # n == r0
     tmp = a       # r3 <- r1
     a = b         # r1 <- r2
     b = tmp + b   #  r4 = r2 + r3  (r4 transient)  r2 <- r4 
-    tmp = inttos(b)
+    tmp = putint(b)
     putstring(tmp)   
     n = n - 1      # r2 <- 0   ????   #call ok  
   end             #r5 <- r0 - 1                  # r0 <- r5

test/test_small_program.rb

@@ -14,7 +14,7 @@ class TestSmallProg < MiniTest::Test
 
   def test_loop
     @program.main.instance_eval do
-      mov  :r0, right: 5                #1
+      mov  :r0,  5                #1
       start = Vm::Block.new("start")
       add_code start
       start.instance_eval do
@@ -29,10 +29,10 @@ class TestSmallProg < MiniTest::Test
     hello = Vm::StringConstant.new "Hello Raisa\n"
     @program.add_object hello
     @program.main.instance_eval do 
-      mov :r7, right: 4     # 4 == write
-      mov :r0 , right: 1    # stdout
+      mov :r7,  4     # 4 == write
+      mov :r0 ,  1    # stdout
       add :r1 , hello , nil   # address of "hello Raisa"
-      mov :r2 , right: hello.length
+      mov :r2 ,  hello.length
     	swi  0 , {}         #software interupt, ie kernel syscall
     end
     write(7 + hello.length/4 + 1 , 'hello')