updated compiler IR codegen. still broken but getting there. next job is figuring out how we handle Lvalues.

resources/main.dsa

@@ -1,138 +1,51 @@
-// GENERATED BY DSC COMPILER
-// Generated at 2026-08-21 19:34:30
-
-// Imports
-include alloc: "./lib/memory/block_alloc.dsa"
-include print: "./lib/io/print.dsa"
-
-// Globals & Reserved Memory
-
-// Entry Point
-dw stack: 0x010000
-db message: "Process Exited with code:"
-_init:
-    ldw stack, bpr, 0
-    mov bpr, spr
-    push zero
-    call main
-    call print::print_newline
-    lwi message, rg0
-    push rg0
-    call print::print
-    pop zero
-    call print::print_hex_word
-    pop zero
-    hlt
-
-// Return
-_ret:
-    mov bpr, spr
-    pop bpr
-    ret
-
-db str_8: "successful free of ptr"
-// fn main() -> u32
-main:
-    push bpr
-    mov spr, bpr
-    lli 32, rg0
-    lli 64, rg1
-    // push arg 1
-    push rg0
-    // push arg 0
-    push rg1
-    call alloc::init
-    pop rg2
-    pop zero
-    push rg2
-    // push arg 0
-    push rg2
-    call print::print_hex_word
-    pop zero
-    call print::print_newline
-    ldw spr, rg0, 0
-    stw rg0, spr, 0
-    // push arg 0
-    push rg0
-    call alloc::alloc
-    pop rg1
-    push rg1
-    // push arg 0
-    push rg1
-    call print::print_hex_word
-    pop zero
-    lli 200, rg0
-    ldw spr, rg1, 0
-    stw rg0, rg1, 0
-    stw rg1, spr, 0
-    call print::print_newline
-    ldw spr, rg0, 4
-    stw rg0, spr, 4
-    // push arg 0
-    push rg0
-    call alloc::alloc
-    pop rg2
-    push rg2
-    // push arg 0
-    push rg2
-    call print::print_hex_word
-    pop zero
-    call print::print_newline
-    ldw spr, rg0, 4
-    ldw rg0, rg2, 0
-    stw rg0, spr, 4
-    // push arg 0
-    push rg2
-    call print::print_num
-    pop zero
-    ldw spr, rg2, 4
-    stw rg2, spr, 4
-    addi spr, 4, rg3
-    ldw spr, rg2, 8
-    stw rg2, spr, 8
-    // push arg 1
-    push rg3
-    // push arg 0
-    push rg2
-    call alloc::free
-    pop zero
-    pop zero
-    ldw spr, rg2, 8
-    stw rg2, spr, 8
-    // push arg 0
-    push rg2
-    call alloc::alloc
-    pop rg3
-    push rg3
-    call print::print_newline
-    ldw spr, rg2, 0
-    stw rg2, spr, 0
-    // push arg 0
-    push rg2
-    call print::print_hex_word
-    pop zero
-    call print::print_newline
-    ldw spr, rg2, 8
-    stw rg2, spr, 8
-    // push arg 0
-    push rg2
-    call print::print_hex_word
-    pop zero
-    ldw spr, rg2, 8
-    lli 0, rg4
-    ieq rg2, rg4, rg5
-    jez rg5, _else_6
-_then_5:
-    lwi str_8, rg4
-    stw rg2, spr, 8
-    // push arg 0
-    push rg4
-    call print::print
-    pop zero
-    jmp _end_7
-_else_6:
-    nop
-_end_7:
-    lli 0, rg4
-    stw rg4, bpr, 8
-    jmp _ret
+fn main() {
+__main_0:
+    v1 = literal 64
+    v2 = literal 32
+    v0_allocator = alloc::init(v1, v2)
+    v3 = copy v0_allocator
+    _v = print::print_hex_word(v3)
+    _v = print::print_newline()
+    v5 = copy v0_allocator
+    v4_ptr = alloc::alloc(v5)
+    v6 = copy v4_ptr
+    _v = print::print_hex_word(v6)
+    v7 = copy v4_ptr
+    v8 = literal 200
+    store v7, v8
+    _v = print::print_newline()
+    v10 = copy v0_allocator
+    v9_p2 = alloc::alloc(v10)
+    v11 = copy v9_p2
+    _v = print::print_hex_word(v11)
+    _v = print::print_newline()
+    v13 = copy v4_ptr
+    v12 = load v13
+    _v = print::print_num(v12)
+    v14 = copy v0_allocator
+    v16 = copy v4_ptr
+    no-op
+    _v = alloc::free(v14, v15)
+    v18 = copy v0_allocator
+    v17_ptr3 = alloc::alloc(v18)
+    _v = print::print_newline()
+    v19 = copy v17_ptr3
+    _v = print::print_hex_word(v19)
+    _v = print::print_newline()
+    v20 = copy v4_ptr
+    _v = print::print_hex_word(v20)
+    v22 = copy v4_ptr
+    v23 = literal 0
+    v21 = v22 == v23
+    if v21 then __then_2 else __else_2
+__then_2:
+    _v = print::print(v24)
+    jump __endif_2
+__else_2:
+    jump __endif_2
+__endif_2:
+    v25 = literal 0
+    return v25
+__unreachable_3:
+    return
+}