Entered PM

src/bootloader.asm

@@ -6,36 +6,23 @@
 	mov bp, 0x8000 ; move it to 0x8000
 	mov sp, bp
 
-	; Print the welcome string
+	; Switching to PM
-	mov bx, welcome_string
+	call pm_preinit
-	call println
-
-	; Read second sector (outside bootsector)
-	mov bx, 0x9000		; LOAD LOCATION 
-	mov dh, 2		; SECTOR-COUNT
-	mov dl, [BOOT_DRIVE]	; DISK-INDEX
-	call disk_read
-
-
-	; Print out whatever bloated data that was read
-	mov dx, [0x9000]
-	call print_hex
-
-	mov bx, [ASCII_END]
-	call println
-
-	mov dx, [0x9000 + 512] ; read from second sector too
-	call print_hex
 
 	jmp $  ; inf loop
 
 %include "equ/ascii.asm"
 %include "bios.asm"
+%include "pm.asm"
 
-welcome_string:	db "e Operating-System (eOS)", ASCII_CARRIAGE_RETURN, ASCII_LINEBREAK, "Version 2021 0.0", ASCII_END
+BEGIN_PM:
-BOOT_DRIVE: db 0
+	mov ebx, welcome_string
+	call vga_print
 
-%include "pm.asm"
+	jmp $
+
+welcome_string:	db "e Operating-System (eOS): Version 2021 0.0", ASCII_END
+BOOT_DRIVE: db 0
 
 ; Bootsector
 times 510-($-$$) db 0

src/pm.asm

@@ -7,7 +7,7 @@
 
 ; Switching to PM
 [bits 16]
-switch_to_pm:
+pm_preinit:
 	cli			; Switch interupts
 
 	lgdt [gdt_descriptor] 	; Tell the CPU about the GDT
@@ -16,9 +16,12 @@ switch_to_pm:
 	or eax, 0x1		; to 1
 	mov cr0, eax		; Update the control register
 
+	; Initialize PM
+	jmp GDT_CODE_SEG:pm_init	
+
 [bits 32]
 ; Init registers & stack when in PM
-init_pm:
+pm_init:
 	mov ax, GDT_DATA_SEG	; Point the segment registers to GDT_DATA_SEG
 	; Segment registers
 	mov ds, ax