Getting more work done on assembler, parer, and unit tests.

libs/sample.dsts

@@ -1,68 +0,0 @@
-# A .dsts file will contain VM, assembly for a dst function. This includes
-# associated constants and what not. The assembler should be able to
-# simply construct a FuncDef from this file. This file is also parsed
-# in the same markup as dst itself (extended S expressions)
-{
-    arity 3
-    signature (integer integer integer integer)
-    source "source file path"
-    varargs false
-# Name for reference by nested funcdefs
-    name outerfunc
-# Contains the bytecode for this function. This can be assembly
-# instructions or integers. Assembly will be converted to integer bytecodes immediately.
-    bytecode [
-        (typecheck 0 integer)
-        (typecheck 1 integer)
-        (typecheck 2 integer)
-        :checked-entry
-        (load-constant 3 bork)
-        (load-constant 4 bip)
-        (add-integer-unchecked 5 0 1)
-        (add-integer-unchecked 5 5 2)
-        (add-integer-unchecked 5 5 3)
-        (add-integer-unchecked 5 5 4)
-        (return 5)
-    ]
-# A source map is optional. The sourcemap corresponds with the byte code.
-# Each number is a 64 bit integer, the concatenation of two 32 bit integers.
-# These integers represent source line, source column for each instruction.
-# This format may change.
-     source-map [
-        0x0000123400000123
-        0x0000123400000123
-        0x0000123400000125
-        0x0000123400000134
-        0x0000123400000134
-        0x0000123400000135
-        ...
-     ]
-# The number of slots available for the function.
-# Slots can be named as well for convenience. 
-     slots [
-        x
-        y
-        z
-     ]
-# Captured outer environments that are referenced
-     environments [
-        outer1
-        outer2
-     ]
-# Constants are an array or tuple. For named constants, use a tuple that begins with let
-# For a literal tuple, use (quote tuple), or 'tuple. Without names, constants must be indexed
-# from their number
-     constants [
-         "hello"
-         (let bork 123)
-         (let bip 456)
-         '(1 2 3)
-         (let atuple (1 2 3))
-         (567)
-# Functions can be recursively defined.
-         (funcdef funcname {
-            ...
-         })
-# Literal FuncEnvs and Functions may be possible later
-     ]
-}