diff --git a/examples/forth_old.asm b/examples/forth_old.asm
deleted file mode 100644
index ee44d8a..0000000
--- a/examples/forth_old.asm
+++ /dev/null
@@ -1,147 +0,0 @@
-@ hence core lib
-core:
-  core_mem:
-    .define CORE_MEM_PRG, (0 * 1024)
-    .define CORE_MEM_ST, (32 * 1024)
-    .define CORE_MEM_MEM, (40 * 1024)
-    .define CORE_MEM_OUT, (56 * 1024)
-    .define CORE_MEM_CHR, (56 * 1024 + 1)
-    .define CORE_MEM_KEY, (56 * 1024 + 2)
-
-  core_reg:
-    .define CORE_REG_PC, 0x0
-    .define CORE_REG_OPC, 0x1
-    .define CORE_REG_ARG, 0x2
-    .define CORE_REG_S, 0x3
-    .define CORE_REG_SP, 0x4
-    .define CORE_REG_A, 0x5
-    .define CORE_REG_B, 0x6
-    .define CORE_REG_C, 0x7
-    .define CORE_REG_D, 0x8
-
-  core_alu:
-    .define CORE_ALU_NOT, 0x00
-    .define CORE_ALU_AND, 0x01
-    .define CORE_ALU_OR, 0x02
-    .define CORE_ALU_XOR, 0x03
-    .define CORE_ALU_LSH, 0x04
-    .define CORE_ALU_RSH, 0x05
-    .define CORE_ALU_ADD, 0x06
-    .define CORE_ALU_SUB, 0x07
-    .define CORE_ALU_MUL, 0x08
-    .define CORE_ALU_DIV, 0x09
-    .define CORE_ALU_CMP, 0x0a
-    .define CORE_ALU_EQ, 0x0b
-    .define CORE_ALU_LT, 0x0c
-    .define CORE_ALU_GT, 0x0d
-    .define CORE_ALU_LEQ, 0x0e
-    .define CORE_ALU_GEQ, 0x0f
-    .define CORE_ALU_BOL, 0x10
-    .define CORE_ALU_INV, 0x11
-    .define CORE_ALU_RND, 0x12
-
-@ hence standard lib
-STD:
-  .define STD_U8_MAX, 0xff
-  .define STD_U16_MAX, 0xffff
-
-  .macro std_stop
-    ts 0xffff
-    tlr CORE_REG_PC
-  .macroend
-
-forth:
-  .define FORTH_MEM_INPUT_SIZE, 16
-  .define FORTH_MEM_INPUT_DYN_SIZE, CORE_MEM_MEM
-  .define FORTH_MEM_INPUT_START, (FORTH_MEM_INPUT_DYN_SIZE + 1)
-  .define FORTH_MEM_INPUT_END, (FORTH_MEM_INPUT_START + FORTH_MEM_INPUT_SIZE)
-
-.define jump_main, (CORE_MEM_ST - 3 - 1)
-
-ts jump_main
-tlr CORE_REG_PC
-
-end_input:
-  dbg
-
-main:
-  @ loop body
-  loop:
-    @ read key from stdin
-    ts CORE_MEM_KEY
-    get
-
-    @ check if key is newline (0x0a)
-    tlr CORE_REG_D @ store in register D because register A is used later on
-    tlr CORE_REG_A @ store in register A as input for ALU
-    ts "\n" @ store newline in TMP
-    tlr CORE_REG_B @ store newline in register B as input for ALU
-    ts CORE_ALU_EQ @ ALU equal operation
-    alu @ run ALU
-
-    @ go back to loop start if pressed key is newline
-    tlr CORE_REG_A @ store result of ALU operation in TMP
-    @ ts loop @ load memory address of loop start into TMP 
-    ts 0
-    tls
-    ts jump_switch
-    tls
-    ts end_input
-    tlrc CORE_REG_PC @ set register PC to loop start address if result is true
-    pop
-
-    tlr CORE_REG_A
-    ts 0
-    tlrc CORE_REG_C
-
-    @ print out char
-    tsr CORE_REG_D @ get char
-    tlr CORE_REG_A @ load char into register A
-    ts CORE_MEM_CHR @ set TMP to char print memory address
-    set @ print char
-
-  @ increment counter by one
-  tsr CORE_REG_C
-  tlr CORE_REG_A
-  ts 1
-  tlr CORE_REG_B
-  ts CORE_ALU_ADD
-  alu
-  tlr CORE_REG_C
-  tlr CORE_REG_A
-
-  ts FORTH_MEM_INPUT_SIZE
-  tlr CORE_REG_B
-  ts CORE_ALU_LT
-  alu
-  tlr CORE_REG_A
-  ts loop
-  tlrc CORE_REG_PC
-
-  ts "\n"
-  tlr CORE_REG_A
-  ts CORE_MEM_CHR
-  set
-
-  tsr CORE_REG_C
-  tls
-  dbg
-  pop
-
-  ts 0
-  tlr CORE_REG_C
-  ts loop
-  tlr CORE_REG_PC
-
-@ .std_stop
-
-@ set PC to maximum for u16 and therefore stops program execution
-ts 0xffff @ load 0xffff into TMP
-tlr CORE_REG_PC @ store value of TMP into register PC
-
-jump_switch:
-  dbg
-
-.org jump_main
-  ts main
-  tlr CORE_REG_PC