Update md.asm

With  flash file system enabled and verbose enabled, boot message will display if file system is enabled or disabled.

Source/HBIOS/md.asm

@@ -673,14 +673,18 @@ FF_PROBE:
 	LD	C,A
 ;
 	DJNZ	FF_PROBE		; ALWAYS AT LEAST ONE DEVICE
+
 #IF (MD_FVBS==1)
+	CALL	PRTSTRD
+	.TEXT " FLASH FILE SYSTEM $"
+	LD	DE,MD_FFMSGDIS
 	LD	A,(MD_FFSEN)
 	OR	A
 	JR	NZ,MD_PR1
-	CALL	PRTSTRD
-	.TEXT " FLASH FILE SYSTEM ENABLED$"
-MD_PR1:
+	LD	DE,MD_FFMSGENA
+MD_PR1:	CALL	WRITESTR
 #ENDIF
+
 	XOR	A			; INIT SUCCEEDED
 	RET
 ;
@@ -699,8 +703,8 @@ MD_LAND:
 	CALL	PC_SPACE
 #ENDIF
 ;
-	LD	HL,FF_TABLE		; SEARCH THROUGH THE FLASH
-	LD	DE,FF_T_CNT		; TABLE TO FIND A MATCH
+	LD	HL,MD_TABLE		; SEARCH THROUGH THE FLASH
+	LD	DE,MD_T_CNT		; TABLE TO FIND A MATCH
 FF_NXT1:LD	A,(HL)
 	CP	B
 	JR	NZ,FF_NXT0		; FIRST BYTE DOES NOT MATCH
@@ -716,7 +720,7 @@ FF_NXT1:LD	A,(HL)
 	JR	FF_NXT2			; MATCH SO EXIT
 ;
 FF_NXT0:PUSH	BC			; WE DIDN'T MATCH SO POINT
-	LD	BC,FF_T_SZ		; TO THE NEXT TABLE ENTRY
+	LD	BC,MD_T_SZ		; TO THE NEXT TABLE ENTRY
 	ADD	HL,BC
 	POP	BC
 ;
@@ -725,7 +729,7 @@ FF_NXT0:PUSH	BC			; WE DIDN'T MATCH SO POINT
 	DEC	DE
 	JR	NZ,FF_NXT1		; NOT AT END YET
 ;
-	LD	HL,MD_UNKNOWN		; WE REACHED THE END WITHOUT A MATCH
+	LD	HL,MD_FFMSGUNK		; WE REACHED THE END WITHOUT A MATCH
 ;
 FF_NXT2:
 #IF (MD_FVBS==1)
@@ -938,28 +942,28 @@ MD_FERAS_S
 	LD	(HL),A			; COMMAND
 ;
 	LD	A,(HL)			; DO TWO SUCCESSIVE READS
-FF_WT4:	LD	C,(HL)			; FROM THE SAME FLASH ADDRESS.
+MD_WT4:	LD	C,(HL)			; FROM THE SAME FLASH ADDRESS.
 	XOR	C			; IF THE SAME ON BOTH READS
 	BIT	6,A			; THEN ERASE IS COMPLETE SO EXIT.
 ;
-	JR	Z,FF_WT5		; BIT 6 = 0 IF SAME ON SUCCESSIVE READS = COMPLETE
+	JR	Z,MD_WT5		; BIT 6 = 0 IF SAME ON SUCCESSIVE READS = COMPLETE
 					; BIT 6 = 1 IF DIFF ON SUCCESSIVE READS = INCOMPLETE
 ;
 	LD	A,C			; OPERATION IS NOT COMPLETE. CHECK TIMEOUT BIT (BIT 5).
 	BIT	5,C			; IF NO TIMEOUT YET THEN LOOP BACK AND KEEP CHECKING TOGGLE STATUS
-	JR	Z,FF_WT4		; IF BIT 5=0 THEN RETRY; NZ TRUE IF BIT 5=1
+	JR	Z,MD_WT4		; IF BIT 5=0 THEN RETRY; NZ TRUE IF BIT 5=1
 ;
 	LD	A,(HL)			; WE GOT A TIMOUT. RECHECK TOGGLE BIT IN CASE WE DID COMPLETE 
 	XOR	(HL)			; THE OPERATION. DO TWO SUCCESSIVE READS. ARE THEY THE SAME?
 	BIT	6,A			; IF THEY ARE THEN OPERATION WAS COMPLETED					
-	JR	Z,FF_WT5		; OTHERWISE ERASE OPERATION FAILED OR TIMED OUT.
+	JR	Z,MD_WT5		; OTHERWISE ERASE OPERATION FAILED OR TIMED OUT.
 ;
 	LD	C,$F0			; COMMON FAIL STATUS / PREPARE DEVICE RESET CODE
 	LD	(HL),C			; WRITE DEVICE RESET
-	JR	FF_WT6
-FF_WT5:	LD	C,L			; SET SUCCESS STATUS
+	JR	MD_WT6
+MD_WT5:	LD	C,L			; SET SUCCESS STATUS
 ;
-FF_WT6:	POP	AF			; RETURN TO ORIGINAL BANK
+MD_WT6:	POP	AF			; RETURN TO ORIGINAL BANK
 	CALL	HBX_BNKSEL		; WHICH IS OUR RAM BIOS COPY
 ;
 	LD	SP,(HBX_BUF + (MD_FEST-MD_FERAS_R))		; RESTORE STACK
@@ -1104,7 +1108,7 @@ MD_W_SZ	.EQU	$-MD_FWRIT_R		; SIZE OF RELOCATABLE CODE BUFFER REQUIRED
 #DEFCONT	.DB	FFROMNM		\
 #DEFCONT ;
 ;
-FF_TABLE:
+MD_TABLE:
 FF_CHIP(00120H,"29F010$    ")
 FF_CHIP(001A4H,"29F040$    ")
 FF_CHIP(01F04H,"AT49F001NT$")
@@ -1123,9 +1127,11 @@ FF_CHIP(0BFB6H,"39F020$    ")
 FF_CHIP(0BFB7H,"39F040$    ")
 FF_CHIP(0C2A4H,"MX29F040$  ")
 ;
-FF_T_CNT	.EQU	17
-FF_T_SZ		.EQU	($-FF_TABLE) / FF_T_CNT
-MD_UNKNOWN	.DB	"UNKNOWN$"
+MD_T_CNT	.EQU	17
+MD_T_SZ		.EQU	($-MD_TABLE) / MD_T_CNT
+MD_FFMSGUNK	.DB	"UNKNOWN$"
+MD_FFMSGDIS	.DB	"DISABLED$"
+MD_FFMSGENA	.DB	"ENABLED$"
 ;
 ;======================================================================
 ;