Added old `random` function back as `fastrand`.

[vvhitespace] / stdlib / README.md

diff --git a/stdlib/README.md b/stdlib/README.md
index e455d3c..6c26770 100644 (file)
--- a/stdlib/README.md
+++ b/stdlib/README.md
@@ -78,9 +78,6 @@ to use the function.
 
 # Resource Reservations #
 
 
 # Resource Reservations #
 

-Since all labels share a global namespace, the standard library makes the
-following reservations:
-

 
 ## Entry Points ##
 
 
 ## Entry Points ##
 


@@ -98,6 +95,7 @@ header comment for each function to learn the call and return stack.
           10000 ----- random                        (math.pvvs)
           10001 ----- absolute value                (math.pvvs)
           10010 ----- greatest common divisor       (math.pvvs)
           10000 ----- random                        (math.pvvs)
           10001 ----- absolute value                (math.pvvs)
           10010 ----- greatest common divisor       (math.pvvs)

+          10011 ----- fastrand                      (math.pvvs)

          011xxx - heap functions
           11000 ----- memset                        (heap.pvvs)
           11001 ----- memcpy                        (heap.pvvs)
          011xxx - heap functions
           11000 ----- memset                        (heap.pvvs)
           11001 ----- memcpy                        (heap.pvvs)


@@ -139,6 +137,9 @@ header comment for each function to learn the call and return stack.
 
 ## Labels ##
 
 
 ## Labels ##
 

+Since all labels share a global namespace, the standard library makes the
+following reservations:
+

     00000000 0xxxxxxx - reserved for stdlib function entry points
     00000000 1xxxxxxx - available for use in user programs
     0xxxxxxx xxxxxxxx - reserved for private use by stdlib
     00000000 0xxxxxxx - reserved for stdlib function entry points
     00000000 1xxxxxxx - available for use in user programs
     0xxxxxxx xxxxxxxx - reserved for private use by stdlib


@@ -169,9 +170,7 @@ arrays with a leading `1` (i.e. negative numbers) may appear quite different
 then expected in your source code.
 
 For example, to push a 64-bit array of all `1`'s on to the stack we must push
 then expected in your source code.
 
 For example, to push a 64-bit array of all `1`'s on to the stack we must push

-`SSTTN`, or `-1`, not
-`SSSTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTN`, or
-`2^65-1`.
+`SSTTN`, or `-1`.

 
 
 ## Extending Heap Reservation ##
 
 
 ## Extending Heap Reservation ##