\r
LoadVarStore: \r
movb $0, %al\r
- movb %al, %es:4\r
+ movb %al, %es:(4)\r
movw (%di), %cx\r
# ES:DI = 1500:0\r
xorw %di, %di\r
SaveVolumeId: \r
popw %es\r
movw VolId(%bp), %ax\r
- movw %ax, %es:0 # Save Volume Id to 0:19000. we will find the correct volume according to this VolumeId\r
+ movw %ax, %es:(0) # Save Volume Id to 0:19000. we will find the correct volume according to this VolumeId\r
movw VolId+2(%bp), %ax\r
- movw %ax, %es:2\r
+ movw %ax, %es:(2)\r
\r
# Read Efildr\r
popw %cx\r
LimitTransfer: \r
pushw %ax # save ax\r
movw %es, %ax # ax = es\r
- shrw %ax # ax = Number of blocks into mem system\r
+ shrw $(BLOCK_SHIFT-4), %ax # ax = Number of blocks into mem system\r
andw $0x7f, %ax # ax = Number of blocks into current seg\r
addw %bx, %ax # ax = End Block number of transfer\r
cmpw $0x80, %ax # See if it crosses a 64K boundry\r
addl %ebx, %esi # StartLBA = StartLBA + NumberOfBlocks\r
subw %bx, %cx # Blocks = Blocks - NumberOfBlocks\r
movw %es, %ax\r
- shlw %bx\r
+ shlw $(BLOCK_SHIFT-4), %bx\r
addw %bx, %ax\r
movw %ax, %es # es:di = es:di + NumberOfBlocks*BLOCK_SIZE\r
cmpw $0, %cx\r
ErrorString: \r
.byte 'S', 0x0c, 'E', 0x0c, 'r', 0x0c, 'r', 0x0c, 'o', 0x0c, 'r', 0x0c, '!',0x0c\r
\r
- .org 0x0241 # For Code size overflow, Modified this just for pass build\r
+ .org 0x01fa\r
LBAOffsetForBootSector: \r
.long 0x0\r
\r
- #.org 0x0227 # For Code size overflow, Modified this just for pass build\r
+ .org 0x01fe\r
.word 0xaa55\r
\r
#******************************************************************************\r