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progress on FAT16 support

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This commit is contained in:
Dennis Gunia
2024-01-12 13:29:20 +01:00
parent ee2f22df09
commit 507eb3a017
40 changed files with 19699 additions and 6346 deletions
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224
OperatingSystem/software/include/fat16.s
View File

@@ -1,21 +1,55 @@
; VARS
MEM_FAT_RESERVED .EQU MEM_IDE_BASE + 10 ; Reserved sectors (2byte)
MEM_FAT_AMOUNT .EQU MEM_IDE_BASE + 12 ; Amount of FATs (1byte)
MEM_FAT_SECTORS .EQU MEM_IDE_BASE + 13 ; Length of FAT (2byte)
phase MEM_IDE_FSBUFFER
MEM_FAT_RESERVED: ; Reserved sectors (2byte)
defs 2
MEM_FAT_AMOUNT: ; Amount of FATs (1byte)
defs 1
MEM_FAT_SECTORS: ; Length of FAT (2byte)
defs 2
MEM_FAT_COUNT1: ; Counter Var for reading FAT (2byte)
defs 1
MEM_FAT_TMPPOINTER: ; Temporary working pointer
defs 4
MEM_FAT_TMPPOINTER1: ; Temporary working pointer
defs 4
MEM_FAT_TMPFNAME: ; Temporary filename
defs 16
MEM_FAT_COUNT1 .EQU MEM_IDE_BASE + 15 ;Counter Var for reading FAT (2byte)
MEM_FAT_OF0_CCLUST: ;Current cluster of file
defw 0
MEM_FAT_OF0_FATSEC: ;Current sector in FAT
defs 4
MEM_FAT_OF0_DATSEC: ;Current sector in Data
defs 4
MEM_FAT_OF0_DATREM: ;Remaining sector in Data
defs 2
dephase
;-------------------------------------
; Get FAT Root-Table position
;-------------------------------------
fat_get_root_table:
call fat_reset_pointer ;reset fat pointer
;call fat_print_dbg
; Load first sector on active partition
LD HL, MEM_IDE_PARTITION ; pointer to LBA address
LD HL, MEM_IDE_POINTER ; pointer to LBA address
LD A,1 ;read 1 sector
call read_lba_sector
; check for valid Boot sector
ld a,(MEM_IDE_BUFFER)
cp 0xEB ;first byte should be 0xEB
jp nz, _fat_get_root_table_invalid
;debug sector
;ld hl, MEM_IDE_BUFFER
;ld b,20
;call dump_pretty
; Read and store FS Properties
LD IX,MEM_IDE_BUFFER
LD A,(IX+0x0E)
@@ -53,35 +87,54 @@ _fat_get_root_table_loop: ; multiply
call _fat_math_sector_add_16
ret
_fat_get_root_table_invalid:
call PRINTINLINE
db 10,13,"Cannot find boot sector.",10,13,0
call ideif_get_drv_pointer
ld (ix+0),0x02
ret
;-------------------------------------
; Print current fat directory of MEM_IDE_POINTER
;-------------------------------------
fat_print_directory:
LD A,10 ;New line
CALL print_char
LD A,13
CALL print_char
LD DE,(MEM_FAT_SECTORS)
LD (MEM_FAT_COUNT1),DE
LD HL,MEM_IDE_POINTER ;read first sector
LD B,1
call read_lba_sector
call PRINTINLINE
db 10,13," Filename Cluster Size",10,13,0
LD HL, MEM_IDE_BUFFER ;set buffer start
LD C,16 ;set entries counter
_fat_print_directory_loop: ;loop over each entry (32byte)
LD A,(HL) ; check first byte
PUSH HL ;backup start of entry
POP IX
PUSH HL
;ignore unwanted entries
CP 0x41 ;skip invisible
JR Z, _fat_print_directory_loop_next
JP Z, _fat_print_directory_loop_next
CP 0xE5 ;skip deleted
JR Z, _fat_print_directory_loop_next
JP Z, _fat_print_directory_loop_next
CP 0x00 ;reached end
JP Z, _fat_print_directory_loop_break
;check file attribute
ld a,(IX+0x0B)
cp 0x10 ;if subdirectors
jp z, _fat_print_directory_dir ;print dir
;else print file
_fat_print_directory_loop_file
;print filename
ld a,' '
call print_char
ld a,' '
call print_char
LD B,8
call print_str_fixed
ld A,'.'
@@ -89,14 +142,49 @@ _fat_print_directory_loop: ;loop over each entry (32byte)
LD B,3
call print_str_fixed
LD A,(HL) ; print attribute
call print_char
call PRINTINLINE
db " 0x",0
;first cluster number
ld a,(ix+0x1B)
call print_a_hex
ld a,(ix+0x1A)
call print_a_hex
call PRINTINLINE
db " 0x",0
ld a,(ix+0x1F)
call print_a_hex
ld a,(ix+0x1E)
call print_a_hex
ld a,(ix+0x1D)
call print_a_hex
ld a,(ix+0x1C)
call print_a_hex
LD A,10 ;New line
CALL print_char
LD A,13
CALL print_char
jr _fat_print_directory_loop_next
_fat_print_directory_dir
ld a,'D'
call print_char
ld a,' '
call print_char
LD B,8
call print_str_fixed
call PRINTINLINE
db " 0x",0
;first cluster number
ld a,(ix+0x1B)
call print_a_hex
ld a,(ix+0x1A)
call print_a_hex
LD A,10 ;New line
CALL print_char
LD A,13
CALL print_char
jr _fat_print_directory_loop_next
_fat_print_directory_loop_next: ; read next entry
DEC C ;next sector after 32 entries
@@ -130,12 +218,12 @@ _fat_print_directory_loop_next_sector: ; end fo sector. read next sector from d
_fat_print_directory_loop_break
POP HL
_fat_print_directory_loop_break_dirty
ld hl, [str_sum]
call print_str ;print
ld a,c
call print_a_hex
ld hl, [str_files]
call print_str ;print
; ld hl, [str_sum]
; call print_str ;print
; ld a,c
; call print_a_hex
; ld hl, [str_files]
; call print_str ;print
ret
;-------------------------------------
@@ -145,7 +233,7 @@ _fat_print_directory_loop_break_dirty
;-------------------------------------
fat_lfs:
PUSH DE
LD HL,MEM_IDE_BASE + 17 ; prepare filename
LD HL,[MEM_FAT_TMPFNAME] ; prepare filename
CALL format_filename_fat16
LD A,16 ;init counter for FAT sectors
@@ -216,27 +304,79 @@ _fat_lfs_loop_compare_match:
; 32 Bit addition to pointer
; HL has value
_fat_math_sector_add_16:
LD IX,MEM_IDE_POINTER; LOAD IX to sector pointer in memory
LD A,L
ADD A,(IX+3)
LD (IX+3),A
JR NC, _fat_math_sector_add_16_2 ;if no carry, continue
LD A,1
ADD A,(IX+2)
_fat_math_sector_add_16_2:
LD A,h
ADD A,(IX+2)
LD (IX+2),A
RET NC ;done when no carry
LD A,1
ADD A,(IX+1)
LD (IX+1),A
RET
ld (MEM_FAT_TMPPOINTER), hl
xor a
ld (MEM_FAT_TMPPOINTER+2),a
ld (MEM_FAT_TMPPOINTER+3),a
; reset LBA pointer to first sector in partition
ld de,[MEM_FAT_TMPPOINTER]
ld bc,[MEM_IDE_POINTER]
call _fat_math_add32
ret
;bc contains pointer to a (also result)
;de contains pointer to b
_fat_math_add32
push hl
push bc
push de
ld a,(de) ; load lower 16bit for B int from (DE) to HL
ld l,a
inc de
ld a,(de)
ld h,a
inc de
; HL, DE dirty
ld a,(bc) ; load lower 16bit for A int from (BC) to DE
ld e,a
inc bc
ld a,(bc)
ld d,a
; HL now contains A, DE now contains D
add hl,de ;add lower bytes, store carry
pop de ;restore pointers
pop bc ;both now cointain first byte of long-value
ld a,l ;store lower result in (bc)
ld (bc),a
inc bc
ld a,h
ld (bc),a
inc bc
inc de ;also increment de to next byte
inc de
; DE and HL now start at the upper byte
push bc
push de
ld a,(de) ; load upper 16bit for B
ld l,a
inc de
ld a,(de)
ld h,a
inc de
ld a,(bc) ; load upper 16bit for A
ld e,a
inc bc
ld a,(bc)
ld d,a
adc hl,de ;add upper bytes, store carry
pop de
pop bc
ld a,l ;store lower result in (bc)
ld(bc),a
inc bc
ld a,h
ld(bc),a
pop hl
ret
; reset LBA pointer to first sector in selected partition
fat_reset_pointer:
LD HL,MEM_IDE_PARTITION
LD DE,MEM_IDE_POINTER
call ideif_get_drv_pointer
inc ix
inc ix
push ix
pop hl ;copy poiter to hl
ld de, MEM_IDE_POINTER
jr fat_copy_lba_pointer
; resets LBA pointer (4-byte) to partition start
@@ -318,5 +458,5 @@ _format_filename_fat16_loop_copy:
str_file_notfound:
db "File not found!",13,10,0
str_file_found:
str_file_found:
db " File located!",13,10,0

69
OperatingSystem/software/include/fat16_file.s Normal file
View File

@@ -0,0 +1,69 @@
;1. find sector for given cluster
;2. read sector
;3. store first data sector to MEM_FAT_OF0_DATSEC
;4. set MEM_FAT_OF0_DATREM to amount uf sectors per cluster
;5. find next cluster in FAt and update MEM_FAT_OF0_CCLUST
; gets sector in FAT table for the cluster stored in MEM_FAT_OF0_CCLUST
; store result in MEM_FAT_OF0_FATSEC
; stores next cluster in MEM_FAT_OF0_CCLUST
fat_getfatsec:
ld HL,(MEM_FAT_OF0_CCLUST) ;load cluster
;each sector contains 256 clusters
;first 8bits are not needed (/256)
ld a,h ;divide by 256
ld l,a
xor a
ld h,a
ld bc,(MEM_FAT_RESERVED) ;add reserved sectors
add hl,bc
ld(MEM_FAT_OF0_FATSEC+0),hl;store sector to MEM_FAT_TMPPOINTER1
xor a
ld(MEM_FAT_OF0_FATSEC+2),a
ld(MEM_FAT_OF0_FATSEC+3),a
call ideif_get_drv_pointer
inc ix
inc ix
push ix
pop de ;copy poiter to hl
ld bc,[MEM_FAT_OF0_FATSEC]
call _fat_math_add32 ;MEM_FAT_OF0_FATSEC now contains the correct sector
;in the FAT
call fat_print_dbg
;read FAT sector
ld hl,MEM_FAT_OF0_FATSEC ;read next sector
ld b,1
call read_lba_sector
ld hl, MEM_IDE_BUFFER
ld b,20
call dump_pretty
;calculate offset address
ld a,(MEM_FAT_OF0_CCLUST)
RLA ;shift to left (x2)
ld l, a
ld a,0
RLA ;shift in carry flag
ld h,a
ld de,MEM_IDE_BUFFER
add hl,de
;copy pointer
ld de,MEM_FAT_OF0_CCLUST
ldi ;copy byte for next cluster from FAT
ldi
call fat_print_dbg
ret
;store data

299
OperatingSystem/software/test.asm
View File

@@ -1,141 +1,170 @@
.include "extern_symbols.s" ;include monitor symbols.
org 0xB000
;Testing code
org 0x8000
;LD HL,MEM_IDE_BUFFER
;LD B,32
;call dump_pretty
call find_partition
;call fat_get_root_table
;call fat_print_directory
sel_dsk:
call ideif_drv_sel
call fat_print_dbg
ret
call fat_get_root_table
LD DE, [str1]
CALL fat_lfs
org 0x8010
call fat_print_dbg
ret
org 0x8020
call fat_print_directory
ret
org 0x8030
ld hl,0x0006
ld (MEM_FAT_OF0_CCLUST),hl
call fat_getfatsec
ret
fat_print_dbg:
call PRINTINLINE
db 10,13,"PTR.MEM_IDE_POINTER: 0x",0
ld ix,MEM_IDE_POINTER
call print_32_hex
call PRINTINLINE
db " | PTR.MEM_IDE_PARTITION: 0x",0
ld ix,MEM_IDE_PARTITION
call print_32_hex
call PRINTINLINE
db 10,13,"PTR.MEM_FAT_TMPPOINTER: 0x",0
ld ix,MEM_FAT_TMPPOINTER
call print_32_hex
call PRINTINLINE
db " | PTR.MEM_FAT_TMPPOINTER1: 0x",0
ld ix,MEM_FAT_TMPPOINTER1
call print_32_hex
call PRINTINLINE
db 10,13,"VAL.MEM_FAT_RESERVED: 0x",0
ld ix,MEM_FAT_RESERVED
call print_16_hex
call PRINTINLINE
db " | VAL.MEM_FAT_AMOUNT: 0x",0
ld a,(MEM_FAT_AMOUNT)
call print_a_hex
call PRINTINLINE
db 10,13,"VAL.MEM_FAT_SECTORS: 0x",0
ld ix,MEM_FAT_SECTORS
call print_16_hex
call PRINTINLINE
db " | VAL.MEM_FAT_COUNT1: 0x",0
ld a,(MEM_FAT_COUNT1)
call print_a_hex
call PRINTINLINE
db 10,13,"VAL.MEM_FAT_OF0_CCLUST: 0x",0
ld ix,MEM_FAT_OF0_CCLUST
call print_16_hex
call PRINTINLINE
db " | PTR.MEM_FAT_OF0_FATSEC: 0x",0
ld ix,MEM_FAT_OF0_FATSEC
call print_32_hex
call PRINTINLINE
db 10,13,"VAL.MEM_FAT_OF0_DATSEC: 0x",0
ld ix,MEM_FAT_OF0_DATSEC
call print_32_hex
call PRINTINLINE
db " | PTR.MEM_FAT_OF0_DATREM: 0x",0
ld ix,MEM_FAT_OF0_DATREM
call print_16_hex
call print_newLine
ret
print_32_hex:
ld a,(ix+3)
call print_a_hex
ld a,(ix+2)
call print_a_hex
ld a,(ix+1)
call print_a_hex
ld a,(ix+0)
call print_a_hex
ret
print_16_hex:
ld a,(ix+1)
call print_a_hex
ld a,(ix+0)
call print_a_hex
ret
; a contains drive to select
; populate fs vars as well
ideif_drv_sel:
ld (MEM_IDE_SELECTED),a
push af
call ideif_get_drv_pointer ;test if drive is marked as available
ld a,(ix+0)
or a
jp nz, _ideif_drv_sel_fail ;if not-> fail
JP PROMPT_BEGIN
call fat_get_root_table ;else get root table
;backup tmp pointer
ld hl,(MEM_IDE_POINTER)
ld de,(MEM_IDE_PARTITION) ;use MEM_IDE_PARTITION to backup the pointer
call fat_copy_lba_pointer
ld hl,[_ideif_drv_sel_pstr] ;print success message
call print_str
pop af
add 69
call print_char
ld hl,[_ideif_drv_sel_sstr0]
call print_str
ret
_ideif_drv_sel_fail:
ld hl,[_ideif_drv_sel_pstr]
call print_str
pop af
add 69
call print_char
ld hl,[_ideif_drv_sel_fstr0]
call print_str
LD DE,0x20
LD BC,0x70
CALL beep
ret
str1:
db "ILLUSION.PSG",0
str2:
db "HALLOWLT.TXT",0
str3:
db "TEST",0
str4:
db ".ORG",0
_ideif_drv_sel_pstr:
db 10,13,"Drive ",0
_ideif_drv_sel_fstr0:
db ": not ready",10,13,0
_ideif_drv_sel_sstr0:
db ": selected",10,13,0
_ideif_drv_sel_syn:
db 10,13,"Invalid drive letter",10,13,0
.include "fat16.s" ;include monitor symbols.
.include "fat16_file.s" ;include monitor symbols.
delay_small:
PUSH AF
POP AF
PUSH AF
POP AF
RET
find_partition:
;read bootsector
LD A,1 ;read 1 sector
LD B,IDE_REG_SECTOR
CALL ide_regwrite_8
LD A,1 ;read sector 0
LD B,IDE_REG_SSECTOR
CALL ide_regwrite_8
LD A,0 ;read cylinder 0
LD B,IDE_REG_LCYL
CALL ide_regwrite_8
LD A,0
LD B,IDE_REG_HCYL
CALL ide_regwrite_8
LD A,10100000b ;read head 0
LD B,IDE_REG_HEAD
CALL ide_regwrite_8
LD A,IDE_CMD_READSEC ;send read command
LD B,IDE_REG_CMDSTS
CALL ide_regwrite_8
LD HL,MEM_IDE_BUFFER ;set read/write buffer start address
call ide_readsector_512_inv ;read 256 words from device
LD B,4 ;Partition table length
LD C,0 ;Partition ID counter
LD IX,MEM_IDE_BUFFER+446 ;Load offest of first partition table entry
find_partition_loop:
LD A,(IX+4) ;load status byte
OR A
JP NZ, find_partition_process ;If not zero, jump to print function
jp find_partition_next
find_partition_next:
LD A,10 ;New line
CALL print_char
LD A,13
CALL print_char
LD DE,16
ADD IX,DE
DJNZ find_partition_loop
RET
find_partition_process: ; process table entry
ld hl, [str_part_seek_1]
call print_str ;print
LD A,(IX+0x04) ;load type
call print_a_hex
LD A,(IX+0x04) ;load type
CP 0x0E
JR NZ, find_partition_next
ld hl, [str_part_seek_2]
call print_str ;print
ld hl, [str_part_seek_3]
call print_str ;print
LD A,(IX+0x08) ;load start LBA
LD (MEM_IDE_PARTITION+3),A
LD A,(IX+0x09) ;load start LBA
LD (MEM_IDE_PARTITION+2),A
LD A,(IX+0x0A) ;load start LBA
LD (MEM_IDE_PARTITION+1),A
LD A,(IX+0x0B) ;load start LBA
LD (MEM_IDE_PARTITION+0),A
LD A,(MEM_IDE_PARTITION+3)
call print_a_hex
LD A,(MEM_IDE_PARTITION+2)
call print_a_hex
LD A,(MEM_IDE_PARTITION+1)
call print_a_hex
LD A,(MEM_IDE_PARTITION+0)
call print_a_hex
ld hl, [str_part_seek_4]
call print_str ;print
LD A,(IX+0x0C) ;load count LBA
call print_a_hex
LD A,(IX+0x0D) ;load count LBA
call print_a_hex
LD A,(IX+0x0E) ;load count LBA
call print_a_hex
LD A,(IX+0x0F) ;load count LBA
call print_a_hex
LD A,10 ;New line
CALL print_char
LD A,13
CALL print_char
RET
str_part_seek_1:
db "- Type: 0x",0
str_part_seek_2:
db " State: ",0
str_part_seek_3:
db " LBA: 0x",0
str_part_seek_4:
db " Len: 0x",0
str_sum:
db "------------",10,13,0
str_files:
db " Files",10,13,0
.include "include/fat16.s"
;------------------------------------------------------------------------------
; PRINTINLINE
;
; String output function
;
; Prints in-line data (bytes immediately following the PRINTINLINE call)
; until a string terminator is encountered (0 - null char).
;------------------------------------------------------------------------------
PRINTINLINE:
EX (SP),HL ; PUSH HL and put RET ADDress into HL
PUSH AF
PUSH BC
nxtILC:
LD A,(HL)
CP 0
JR Z,endPrint
CALL print_char
INC HL
JR nxtILC
endPrint:
INC HL ; Get past "null" terminator
POP BC
POP AF
EX (SP),HL ; PUSH new RET ADDress on stack and restore HL
RET

141
OperatingSystem/software/test_old.asm Normal file
View File

@@ -0,0 +1,141 @@
.include "extern_symbols.s" ;include monitor symbols.
org 0xB000
;Testing code
;LD HL,MEM_IDE_BUFFER
;LD B,32
;call dump_pretty
call find_partition
;call fat_get_root_table
;call fat_print_directory
call fat_get_root_table
LD DE, [str1]
CALL fat_lfs
JP PROMPT_BEGIN
str1:
db "ILLUSION.PSG",0
str2:
db "HALLOWLT.TXT",0
str3:
db "TEST",0
str4:
db ".ORG",0
delay_small:
PUSH AF
POP AF
PUSH AF
POP AF
RET
find_partition:
;read bootsector
LD A,1 ;read 1 sector
LD B,IDE_REG_SECTOR
CALL ide_regwrite_8
LD A,1 ;read sector 0
LD B,IDE_REG_SSECTOR
CALL ide_regwrite_8
LD A,0 ;read cylinder 0
LD B,IDE_REG_LCYL
CALL ide_regwrite_8
LD A,0
LD B,IDE_REG_HCYL
CALL ide_regwrite_8
LD A,10100000b ;read head 0
LD B,IDE_REG_HEAD
CALL ide_regwrite_8
LD A,IDE_CMD_READSEC ;send read command
LD B,IDE_REG_CMDSTS
CALL ide_regwrite_8
LD HL,MEM_IDE_BUFFER ;set read/write buffer start address
call ide_readsector_512_inv ;read 256 words from device
LD B,4 ;Partition table length
LD C,0 ;Partition ID counter
LD IX,MEM_IDE_BUFFER+446 ;Load offest of first partition table entry
find_partition_loop:
LD A,(IX+4) ;load status byte
OR A
JP NZ, find_partition_process ;If not zero, jump to print function
jp find_partition_next
find_partition_next:
LD A,10 ;New line
CALL print_char
LD A,13
CALL print_char
LD DE,16
ADD IX,DE
DJNZ find_partition_loop
RET
find_partition_process: ; process table entry
ld hl, [str_part_seek_1]
call print_str ;print
LD A,(IX+0x04) ;load type
call print_a_hex
LD A,(IX+0x04) ;load type
CP 0x0E
JR NZ, find_partition_next
ld hl, [str_part_seek_2]
call print_str ;print
ld hl, [str_part_seek_3]
call print_str ;print
LD A,(IX+0x08) ;load start LBA
LD (MEM_IDE_PARTITION+3),A
LD A,(IX+0x09) ;load start LBA
LD (MEM_IDE_PARTITION+2),A
LD A,(IX+0x0A) ;load start LBA
LD (MEM_IDE_PARTITION+1),A
LD A,(IX+0x0B) ;load start LBA
LD (MEM_IDE_PARTITION+0),A
LD A,(MEM_IDE_PARTITION+3)
call print_a_hex
LD A,(MEM_IDE_PARTITION+2)
call print_a_hex
LD A,(MEM_IDE_PARTITION+1)
call print_a_hex
LD A,(MEM_IDE_PARTITION+0)
call print_a_hex
ld hl, [str_part_seek_4]
call print_str ;print
LD A,(IX+0x0C) ;load count LBA
call print_a_hex
LD A,(IX+0x0D) ;load count LBA
call print_a_hex
LD A,(IX+0x0E) ;load count LBA
call print_a_hex
LD A,(IX+0x0F) ;load count LBA
call print_a_hex
LD A,10 ;New line
CALL print_char
LD A,13
CALL print_char
RET
str_part_seek_1:
db "- Type: 0x",0
str_part_seek_2:
db " State: ",0
str_part_seek_3:
db " LBA: 0x",0
str_part_seek_4:
db " Len: 0x",0
str_sum:
db "------------",10,13,0
str_files:
db " Files",10,13,0
.include "include/fat16.s"

BIN
OperatingSystem/software/zout/test.bin
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Binary file not shown.

148
OperatingSystem/software/zout/test.hex
View File

@@ -1,51 +1,99 @@
:10B00000CD38B0CD42B1110FB0CD1AB2C3990049BD
:10B010004C4C5553494F4E2E5053470048414C4CD1
:10B020004F574C542E5458540054455354002E4FEF
:10B03000524700F5F1F5F1C93E01060ACDB3103EC5
:10B0400001060BCDB3103E00060CCDB3103E00063A
:10B050000DCDB3103EA0060ECDB3103E20060FCD91
:10B06000B310214150CD1D1106040E00DD21FF510A
:10B07000DD7E04B7C28CB0C37AB03E0ACDB7023EC3
:10B080000DCDB702111000DD1910E5C92104B1CDB5
:10B09000BF02DD7E04CDE702DD7E04FE0E20DB2153
:10B0A0000FB1CDBF022118B1CDBF02DD7E08320540
:10B0B00050DD7E09320450DD7E0A320350DD7E0B06
:10B0C0003202503A0550CDE7023A0450CDE7023A39
:10B0D0000350CDE7023A0250CDE7022121B1CDBFA6
:10B0E00002DD7E0CCDE702DD7E0DCDE702DD7E0EBA
:10B0F000CDE702DD7E0FCDE7023E0ACDB7023E0D61
:10B10000CDB702C92D20547970653A2030780020DF
:10B1100053746174653A2000204C42413A203078E3
:10B1200000204C656E3A203078002D2D2D2D2D2DD0
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