;:ts=8 far code far data ;// TT8 specific includes ;#include /* Tattletale Model 8 Definitions */ ;#include /* 68332 Tattletale (7,8) Hardware Definitions */ ;#include /* 68332 System Integration Module Definitions */ ;#include /* 68332 Queued Serial Module Definitions */ ;#include /* 68332 Time Processing Unit Definitions */ ;#include /* 68332 Digital I/O Port Pin Definitions */ ;#include /* Model 8 PIC Parallel Slave Port Definitions */ ;#include /* definitions and prototypes for Model 8 library */ ; ;// general C includes ;#include ;#include ; ;// includes for the data logger ;#include "assert.h" ;#include "lpsleep.h" ; ;// includes for the disk routines ;#include ; ;void low_power_setup_IRQ1 (void); ;void low_power_IRQ1_handler (void); ; ;// start_lp_sleep () ;// ;// Enters the low power sleep mode. Only wakeup is on a keystroke ;// from COM1 ;// ;void low_power_start_sleep (void) { # 30 'lpsleep.c' 659244557 | .2 xdef _low_power_start_sleep _low_power_start_sleep: ; printf ("Entering low power mode.\n"); ^ pea .1+0 jsr _printf ; StopWatchStart (); ^ jsr _StopWatchStart ; while (StopWatchTime () < 100000L) ^ add.w #4,sp .10001 jsr _StopWatchTime cmp.l #100000,d0 bcc .10002 ; {;} ^ bra .10001 .10002 ; ; // make sure to turn off the power supplies. Set all SPI interface ; // pins to 0 so that we don't accidentally power external chips through ; // these outputs. ;// prep_pins_low_power (); ; ; // The disks should all be off, but make sure just in case ; disk_power_off ("A:"); ^^^^^^^^ pea .1+26 jsr _disk_power_off ; disk_power_off ("B:"); ^ pea .1+29 jsr _disk_power_off ; disk_power_off ("C:"); ^ pea .1+32 jsr _disk_power_off ; disk_power_off ("D:"); ^ pea .1+35 jsr _disk_power_off ; ; // install the handler for IRQ1 ; low_power_setup_IRQ1 (); ^^^ jsr _low_power_setup_IRQ1 ; SerShutDown (1, 1); ^ move.w #1,-(sp) move.w #1,-(sp) jsr _SerShutDown ; ; // Accept IRQ1 interrupts, which are tied to the Rxd line ; PConfBus(F,1); ^^^; PConfBusF1 dc.w $8f8 dc.w $1 dc.w $fa1f ; ; // Low voltage regulator not used; conflict with +5 IDE ;// VRegSelect(v3); ;// LMDelay (32766); ; ; // stop here until interrupt from RS232 ; while (SerByteAvail () == 0) ^^^^^^^ lea 20(sp),sp .10003 jsr _SerByteAvail tst.w d0 bne .10004 ; Stop (0x2000); ^ move.w #8192,-(sp) jsr _Stop add.w #2,sp bra .10003 .10004 ; ; // restarted - must have got an IRQ1 interrupt ; SerActivate (); ^^^ jsr _SerActivate ; printf ("\n\nExiting low power mode\n"); ^ pea .1+38 jsr _printf ; ;// VRegSelect(v5); /* return to 5 volt operation */ ;// LMDelay (32766); ; ;// PicAckCmpAlrm(); /* turn off interrupt (ack) */ ;} ^^^^^^ add.w #4,sp .3 rts .2 .1 dc.b 69,110,116,101,114,105,110,103,32,108,111,119,32,112,111 dc.b 119,101,114,32,109,111,100,101,46,10,0,65,58,0,66 dc.b 58,0,67,58,0,68,58,0,10,10,69,120,105,116,105 dc.b 110,103,32,108,111,119,32,112,111,119,101,114,32,109,111 dc.b 100,101,10,0 ds 0 ; ; ; ; ; ;// low_power_setup_IRQ1 ;// ;// Code to install a handler for IRQ1. This allows us to enter the low ;// power sleep mode while we wait for the user to give us a keyboard ;// hit. ;void low_power_setup_IRQ1 (void) { # 81 | .5 xdef _low_power_setup_IRQ1 _low_power_setup_IRQ1: ; static ExcCFrame efp1; bss .10005,20 ; ; // disallow interrupts while we install the handler ; PConfInp(F,1); ~ '' ~ 1 4 20 ~ preamble 0 "[4I" ~ jump 8 "I" ~ target 10 "L" ~ postamble 14 "[3I" ~ efp1 .10005 ":" 1 ^^^^; PConfInpF1 dc.w $8b8 dc.w $1 dc.w $fa1f dc.w $8b8 dc.w $1 dc.w $fa1d ; ; // interrupts should only be turned on just before entering ; // the low power sleep mode so that we don't waste time ; // everytime a keystroke is received ; ; InstallHandler(low_power_IRQ1_handler, Level_1_Interrupt, &efp1); ^^^^^^ pea .10005 move.w #25,-(sp) pea _low_power_IRQ1_handler jsr _InstallHandler ;} ^ lea 10(sp),sp .6 rts .5 ; ; ; ; ;// low_power_IRQ1_handler ;// ;// Catch the interrupt which wakes us up. Don't need to do anything ;// with it. ;// ;void low_power_IRQ1_handler (void) { # 102 | .7 xdef _low_power_IRQ1_handler _low_power_IRQ1_handler: ; // disallow further interrupts. ; PConfInp(F,1); ^^; PConfInpF1 dc.w $8b8 dc.w $1 dc.w $fa1f dc.w $8b8 dc.w $1 dc.w $fa1d ;} ^.8 rts .7 ; ; ; ;/******************************************************************************* ;** prep_pins_low_power ;** ;** This routine sets up the port and tpu lines for a stock ;** Model 8 to force possible floating I/O pins (possible source of extra ;** current drain in CMOS circuits) to outputs. The technique used samples ;** each of the I/O lines as inputs, then configures and writes the sampled ;** value back as outputs. For this example code, we use a brute force pin- ;** by-pin approach which allows for ease of modification. Real applications ;** can save quite a bit of code by condensing the pin operations to byte ;** wide configuration of the various ports and putting the tpu settings ;** into a loop. ;*******************************************************************************/ ;void prep_pins_low_power(void) { # 122 | .9 xdef _prep_pins_low_power _prep_pins_low_power: ; ; // The Port D lines used by the QSPI and the Port 1 Com port. They ; // are configured elsewhere ; ; // 68332 PORT E pins are available as either BUS signals or general I/O ; PInpToOut(E,0); // E0 -> unused connection to MS system ^^^^^^; PInpToOutE0 dc.w $8b8 dc.w $0 dc.w $fa17 dc.w $8b8 dc.w $0 dc.w $fa15 dc.w $11f8 dc.w $fa11 dc.w $fa11 dc.w $8f8 dc.w $0 dc.w $fa15 ; PInpToOut(E,1); // E1 -> unused connection to MS system ^; PInpToOutE1 dc.w $8b8 dc.w $1 dc.w $fa17 dc.w $8b8 dc.w $1 dc.w $fa15 dc.w $11f8 dc.w $fa11 dc.w $fa11 dc.w $8f8 dc.w $1 dc.w $fa15 ; PInpToOut(E,2); // E2 -> unused connection to MS system ^; PInpToOutE2 dc.w $8b8 dc.w $2 dc.w $fa17 dc.w $8b8 dc.w $2 dc.w $fa15 dc.w $11f8 dc.w $fa11 dc.w $fa11 dc.w $8f8 dc.w $2 dc.w $fa15 ; // Pin 4 will be re-configured by the IDE init software. ; // Do not call this routine AFTER the IDE init software. ; PInpToOut(E,4); // E4 -> DS bus signal; connected to MS system ^^^; PInpToOutE4 dc.w $8b8 dc.w $4 dc.w $fa17 dc.w $8b8 dc.w $4 dc.w $fa15 dc.w $11f8 dc.w $fa11 dc.w $fa11 dc.w $8f8 dc.w $4 dc.w $fa15 ; ; // Pins 3, 5, 6, 7 will be reconfigured by the ADC software. ; // Do not call this routine AFTER the ADC init software ; PInpToOut(E,3); // E3 -> Output to ADC board controls CH1 gain ^^^^; PInpToOutE3 dc.w $8b8 dc.w $3 dc.w $fa17 dc.w $8b8 dc.w $3 dc.w $fa15 dc.w $11f8 dc.w $fa11 dc.w $fa11 dc.w $8f8 dc.w $3 dc.w $fa15 ; PInpToOut(E,5); // E5 -> Output to ADC board controls Ch2 gain ^; PInpToOutE5 dc.w $8b8 dc.w $5 dc.w $fa17 dc.w $8b8 dc.w $5 dc.w $fa15 dc.w $11f8 dc.w $fa11 dc.w $fa11 dc.w $8f8 dc.w $5 dc.w $fa15 ; PInpToOut(E,6); // E6 -> Output to ADC board controls Ch3 gain ^; PInpToOutE6 dc.w $8b8 dc.w $6 dc.w $fa17 dc.w $8b8 dc.w $6 dc.w $fa15 dc.w $11f8 dc.w $fa11 dc.w $fa11 dc.w $8f8 dc.w $6 dc.w $fa15 ; PInpToOut(E,7); // E7 -> Output to ADC board controls Ch4 gain ^; PInpToOutE7 dc.w $8b8 dc.w $7 dc.w $fa17 dc.w $8b8 dc.w $7 dc.w $fa15 dc.w $11f8 dc.w $fa11 dc.w $fa11 dc.w $8f8 dc.w $7 dc.w $fa15 ; ; // 68332 PORT F pins are available as either IRQ's or general I/O ; PConfInp(F,0); // sel5vpic (has pullup) ^^^; PConfInpF0 dc.w $8b8 dc.w $0 dc.w $fa1f dc.w $8b8 dc.w $0 dc.w $fa1d ; PConfInp(F,1); // IRQ1/Rxd1 ^; PConfInpF1 dc.w $8b8 dc.w $1 dc.w $fa1f dc.w $8b8 dc.w $1 dc.w $fa1d ; PInpToOut(F,2); // Connected to MS system; unused disk IRQ ^; PInpToOutF2 dc.w $8b8 dc.w $2 dc.w $fa1f dc.w $8b8 dc.w $2 dc.w $fa1d dc.w $11f8 dc.w $fa19 dc.w $fa19 dc.w $8f8 dc.w $2 dc.w $fa1d ; PConfInp(F,3); // IRQ3/led (has pullup) ^; PConfInpF3 dc.w $8b8 dc.w $3 dc.w $fa1f dc.w $8b8 dc.w $3 dc.w $fa1d ; ; // Pin F4 is used as a Data Ready interrupt from the AD7716 chip. ; // It is reconfigured by the ADC software. Do not call this routine ; // AFTER the ADC init software ; PConfInp(F,4); // Connected to Data Ready on the 7716 chip ^^^^^; PConfInpF4 dc.w $8b8 dc.w $4 dc.w $fa1f dc.w $8b8 dc.w $4 dc.w $fa1d ; PConfInp(F,5); // picirq (PIC asserts) ^; PConfInpF5 dc.w $8b8 dc.w $5 dc.w $fa1f dc.w $8b8 dc.w $5 dc.w $fa1d ; PConfInp(F,6); // connected to TP15; ^; PConfInpF6 dc.w $8b8 dc.w $6 dc.w $fa1f dc.w $8b8 dc.w $6 dc.w $fa1d ; ; PConfOutp(F,7); // MAX186 A/D shutdown ^^; PConfOutpF7 dc.w $8b8 dc.w $7 dc.w $fa1f dc.w $8f8 dc.w $7 dc.w $fa1d ; PClear(F,7); ^; PClearF7 dc.w $8b8 dc.w $7 dc.w $fa19 ; ; // 68332 TPU PINS ; TPUGetPin (0); // 1 PPS input from CM ^^^ clr.w -(sp) jsr _TPUGetPin ; TPUSetPin(1, CLR); // Clock Sync Output to CM ^ clr.w -(sp) move.w #1,-(sp) jsr _TPUSetPin ; TPUSetPin(2, SET); // Connection to PS board; CLR to turn on -Sensor ^ move.w #65535,-(sp) move.w #2,-(sp) jsr _TPUSetPin ; TPUSetPin(3, SET); // Connection to PS board; CLR to turn on +Sensor ^ move.w #65535,-(sp) move.w #3,-(sp) jsr _TPUSetPin ; TPUSetPin(4, SET); // Connection to PS board; CLR to turn on -Analog ^ move.w #65535,-(sp) move.w #4,-(sp) jsr _TPUSetPin ; TPUSetPin(5, SET); // Connection to PS board; CLR to turn on +Analog ^ move.w #65535,-(sp) move.w #5,-(sp) jsr _TPUSetPin ; TPUSetPin(6, CLR); // Connection to MS board; unused IDE reset line ^ clr.w -(sp) move.w #6,-(sp) jsr _TPUSetPin ; TPUGetPin(7); // Connection to CLKEN pin of TT8; set by jumper. ^ move.w #7,-(sp) jsr _TPUGetPin ; // Configure as an input. ; TPUSetPin(9, CLR); // Spare RS232 Tx3 line ^^ clr.w -(sp) move.w #9,-(sp) jsr _TPUSetPin ; TPUSetPin(10, CLR); // Spare RS232 Rx3 line ^ clr.w -(sp) move.w #10,-(sp) jsr _TPUSetPin ; TPUSetPin(11, CLR); // Spare RS232 Tx4 line ^ clr.w -(sp) move.w #11,-(sp) jsr _TPUSetPin ; TPUSetPin(12, CLR); // Spare RS232 Rx3 line ^ clr.w -(sp) move.w #12,-(sp) jsr _TPUSetPin ; // next two are nominally no connects; I've taken state configuration ; // info and comments from the Onset LPSleep example. ; TPUSetPin(13, SET); // Txd2 ^^^ move.w #65535,-(sp) move.w #13,-(sp) jsr _TPUSetPin ; TPUGetPin(14); // Rxd2 (active in shutdown) ^ move.w #14,-(sp) jsr _TPUGetPin ; // REVIEW - should add weak pull-ndown to hardware so we can configure ; // as an input all the time without worrying about excess current draw ; // For now, configure as an input regardless of what it does to current. ; TPUGetPin(15); // connected to F, 6 ^^^^ move.w #15,-(sp) jsr _TPUGetPin lea 52(sp),sp ; ; return; ^^.10 rts ; // Next pin state taken from Onset's LPSleep example ; // REVIEW - call skip about this ; // This is currently skipped because it kills the EEPROM read routines. ; TPUSetPin(8, CLR); // -IRQ3 to flash LED (?) ^^^^ clr.w -(sp) move.w #8,-(sp) jsr _TPUSetPin ;} ^ add.w #4,sp .9 ; ; ; ; ; # 190 | ~ _low_power_IRQ1_handler * "(v" ~ _low_power_setup_IRQ1 * "(v" ~ 'system_user' ~ 2 4 46 ~ task_handle 0 "i" ~ rtfs_errno 2 "i" ~ dfltdrv 4 "i" ~ lcwd 6 "[10#v" ~ PSYSTEM_USER "#:" 2 ~ SYSTEM_USER ":" 2 ~ 'finode' ~ 'ddrive' ~ 'fatswap' ~ 5 7 300 ~ n_to_swap 0 "I" ~ n_blocks_used 2 "I" ~ n_blocks_total 4 "I" ~ pdirty 6 "[32C" ~ block_0_is_valid 38 "i" ~ data_map 40 "[256C" ~ data_array 296 "#C" ~ 4 37 484 ~ opencount 0 "i" ~ volume_serialno 2 "L" ~ volume_label 6 "[14C" ~ drv_serial_number 20 "[62C" ~ partition_base 82 "L" ~ partition_size 86 "L" ~ partition_type 90 "C" ~ current_power_count 92 "L" ~ bytespcluster 96 "I" ~ byte_into_cl_mask 98 "L" ~ fasize 102 "I" ~ rootblock 104 "L" ~ firstclblock 108 "L" ~ driveno 112 "I" ~ maxfindex 114 "L" ~ fatblock 118 "L" ~ secproot 122 "I" ~ fat_is_dirty 124 "i" ~ fat_swap_structure 126 ":" 5 ~ bootaddr 426 "L" ~ oemname 430 "[9c" ~ bytspsector 440 "I" ~ secpalloc 442 "C" ~ log2_secpalloc 444 "I" ~ secreserved 446 "I" ~ numfats 448 "C" ~ numroot 450 "I" ~ numsecs 452 "L" ~ mediadesc 456 "C" ~ secpfat 458 "L" ~ secptrk 462 "I" ~ numhead 464 "I" ~ numhide 466 "L" ~ free_contig_base 470 "L" ~ free_contig_pointer 474 "L" ~ known_free_clusters 478 "l" ~ infosec 482 "I" ~ 'segdesc' ~ 6 4 14 ~ nsegs 0 "i" ~ segindex 2 "i" ~ ncksum 4 "C" ~ segblock 6 "[2L" ~ 3 18 72 ~ fname 0 "[8C" ~ fext 8 "[3C" ~ fattribute 11 "C" ~ resarea 12 "[8C" ~ fclusterhi 20 "I" ~ ftime 22 "I" ~ fdate 24 "I" ~ fcluster 26 "I" ~ fsize 28 "L" ~ alloced_size 32 "L" ~ opencount 36 "i" ~ openflags 38 "i" ~ my_drive 40 "#:" 4 ~ my_block 44 "L" ~ my_index 48 "i" ~ pnext 50 "#:" 3 ~ pprev 54 "#:" 3 ~ s 58 ":" 6 ~ 'drobj' ~ 'dirblk' ~ 8 3 10 ~ my_frstblock 0 "L" ~ my_block 4 "L" ~ my_index 8 "i" ~ 'blkbuff' ~ 9 7 532 ~ pnext 0 "#:" 9 ~ lru 4 "L" ~ pdrive 8 "#:" 4 ~ blockno 12 "L" ~ use_count 16 "i" ~ pad_to_4_align 18 "i" ~ data 20 "[512C" ~ 7 5 24 ~ pdrive 0 "#:" 4 ~ finode 4 "#:" 3 ~ blkinfo 8 ":" 8 ~ isroot 18 "i" ~ pblkbuff 20 "#:" 9 ~ 'datestr' ~ 10 2 4 ~ date 0 "I" ~ time 2 "I" ~ 'pc_file' ~ 11 8 24 ~ pobj 0 "#:" 7 ~ flag 4 "I" ~ fptr 6 "L" ~ fptr_cluster 10 "L" ~ fptr_block 14 "L" ~ needs_flush 18 "i" ~ is_free 20 "i" ~ at_eof 22 "i" ~ 'block_alloc' ~ 12 1 512 ~ core 0 "[512C" ~ 'ptable' ~ 'ptable_entry' ~ 14 8 16 ~ boot 0 "C" ~ s_head 1 "C" ~ s_cyl 2 "I" ~ p_typ 4 "C" ~ e_head 5 "C" ~ e_cyl 6 "I" ~ r_sec 8 "L" ~ p_size 12 "L" ~ 13 2 66 ~ ents 0 "[4:" 14 ~ signature 64 "I" ~ PTABLE ":" 13 ~ PTABLE_ENTRY ":" 14 ~ 'format_dec_tree' ~ 15 3 8 ~ sec_p_alloc 0 "I" ~ ents_p_root 2 "I" ~ n_blocks 4 "L" ~ FORMAT_DEC_TREE ":" 15 ~ PC_FILE ":" 11 ~ DROBJ ":" 7 ~ BLKBUFF ":" 9 ~ DIRBLK ":" 8 ~ FINODE ":" 3 ~ SEGDESC ":" 6 ~ 'lfninode' ~ 16 8 32 ~ lfnorder 0 "C" ~ lfname1 1 "[10C" ~ lfnattribute 11 "C" ~ lfnres 12 "C" ~ lfncksum 13 "C" ~ lfname2 14 "[12C" ~ lfncluster 26 "I" ~ lfname3 28 "[4C" ~ LFNINODE ":" 16 ~ 'dosinode' ~ 17 9 32 ~ fname 0 "[8C" ~ fext 8 "[3C" ~ fattribute 11 "C" ~ resarea 12 "[8C" ~ fclusterhi 20 "I" ~ ftime 22 "I" ~ fdate 24 "I" ~ fcluster 26 "I" ~ fsize 28 "L" ~ DOSINODE ":" 17 ~ DDRIVE ":" 4 ~ FATSWAP ":" 5 ~ BLOCK_ALLOC ":" 12 ~ CLUSTERTYPE "L" ~ 'ide_control' ~ 'ide_drive_desc' ~ '' ~ 'atapi_packet_desc' ~ 'transfer_length' ~ 22 2 2 ~ msb 0 "C" ~ lsb 1 "C" ~ 21 8 14 ~ op_code 0 "C" ~ lun 1 "C" ~ lba 2 "L" ~ reserved1 6 "C" ~ transfer_length 8 ":" 22 ~ reserved2 10 "C" ~ reserved3 11 "C" ~ reserved4 12 "C" ~ 'atapi_mode_sense_packet_desc' ~ 23 11 14 ~ op_code 0 "C" ~ lun 1 "C" ~ pc_code_page 2 "C" ~ reserved1 3 "C" ~ reserved2 4 "C" ~ reserved3 5 "C" ~ reserved4 6 "C" ~ transfer_length 8 ":" 22 ~ reserved5 10 "C" ~ reserved6 11 "C" ~ reserved7 12 "C" ~ 'atapi_format_unit_packet_desc' ~ 24 5 12 ~ op_code 0 "C" ~ defect_list_format 1 "C" ~ track_number 2 "C" ~ interleave 3 "[2C" ~ reserved 5 "[7C" ~ 'atapi_old_format_unit_packet_de' ~ 25 7 12 ~ op_code 0 "C" ~ reserved1 1 "C" ~ medium 2 "C" ~ reserved2 3 "[3C" ~ control_byte 6 "C" ~ track_number 7 "C" ~ reserved3 8 "[4C" ~ 'atapi_start_stop_packet_desc' ~ 26 6 12 ~ op_code 0 "C" ~ lun 1 "C" ~ reserved1 2 "C" ~ reserved2 3 "C" ~ eject 4 "C" ~ reserved 5 "[7C" ~ 20 5 14 ~ generic 0 ":" 21 ~ mode_sense 0 ":" 23 ~ format 0 ":" 24 ~ old_format 0 ":" 25 ~ start_stop 0 ":" 26 ~ 19 17 48 ~ num_heads 0 "C" ~ sec_p_track 1 "C" ~ sec_p_cyl 2 "I" ~ num_cylinders 4 "I" ~ max_multiple 6 "C" ~ supports_lba 8 "i" ~ total_lba 10 "L" ~ enable_mapping 14 "i" ~ media_changed 16 "i" ~ volume_start 18 "L" ~ volume_end 22 "L" ~ protocol 26 "C" ~ atapi_packet 28 ":" 20 ~ atapi_packet_size 42 "I" ~ media_descriptor 44 "C" ~ medium_type_code 45 "C" ~ allocation_unit 46 "C" ~ 18 29 138 ~ opencount 0 "i" ~ register_file_address 2 "#I" ~ interrupt_number 6 "i" ~ controller_number 8 "i" ~ command_complete 10 "i" ~ error_code 12 "I" ~ timer 14 "I" ~ block_size 16 "C" ~ sectors_remaining 18 "I" ~ user_address 20 "#C" ~ drive 24 "[2:" 19 ~ vo_write_precomp 120 "C" ~ vo_sector_count 121 "C" ~ vo_sector_number 122 "C" ~ vo_cyl_low 123 "C" ~ vo_cyl_high 124 "C" ~ vo_drive_head 125 "C" ~ vo_feature 126 "C" ~ vo_command 127 "C" ~ vo_dig_out 128 "C" ~ vi_error 129 "C" ~ vi_sector_count 130 "C" ~ vi_sector_number 131 "C" ~ vi_cyl_low 132 "C" ~ vi_cyl_high 133 "C" ~ vi_drive_head 134 "C" ~ vi_status 135 "C" ~ vi_alt_status 136 "C" ~ vi_drive_addr 137 "C" ~ PIDE_CONTROLLER "#:" 18 ~ IDE_CONTROLLER ":" 18 ~ IDE_DRIVE_DESC ":" 19 ~ ATAPI_PACKET ":" 20 ~ ATAPI_PACKET_DESC ":" 21 ~ ATAPI_OLD_FORMAT_UNIT_PACKET_DE ":" 25 ~ ATAPI_START_STOP_UNIT_PACKET_DE ":" 26 ~ ATAPI_FORMAT_UNIT_PACKET_DESC ":" 24 ~ ATAPI_MODE_SENSE_PACKET_DESC ":" 23 ~ 'Himawari_format_descriptor' ~ 'Himawari_defect_list_header' ~ 28 4 4 ~ reserved 0 "C" ~ control_byte 1 "C" ~ length_msb 2 "C" ~ length_lsb 3 "C" ~ 'Himawari_formattable_capacity_d' ~ 29 3 8 ~ number_of_blocks 0 "[4C" ~ reserved 4 "C" ~ block_length 5 "[3C" ~ 27 2 12 ~ dlheader 0 ":" 28 ~ capacity_descriptor 4 ":" 29 ~ HIMAWARI_FORMAT_DESCRIPTOR ":" 27 ~ HIMAWARI_FORMATTABLE_CAPACITY_D ":" 29 ~ HIMAWARI_DEFECT_LIST_HEADER ":" 28 ~ 'himawari_flexible_disk_page' ~ 30 17 32 ~ page_code 0 "C" ~ page_length 1 "C" ~ transfer_rate_msb 2 "C" ~ transfer_rate_lsb 3 "C" ~ number_of_heads 4 "C" ~ sectors_per_track 5 "C" ~ bytes_per_cylinder_msb 6 "C" ~ bytes_per_cylinder_lsb 7 "C" ~ number_of_cylinders_msb 8 "C" ~ number_of_cylinders_lsb 9 "C" ~ reserved1 10 "[10C" ~ motor_off_delay 20 "C" ~ swp_swpp 21 "C" ~ reserved2 22 "[6C" ~ medium_rotation_rate_msb 28 "C" ~ medium_rotation_rate_lsb 29 "C" ~ reserved3 30 "[2C" ~ HIMAWARI_FLEXIBLE_DISK_PAGE ":" 30 ~ TRANSFER_LENGTH ":" 22 ~ BLOCKT "L" ~ _disk_power_off * "(v" ~ 'fmtparms' ~ 31 15 52 ~ oemname 0 "[9c" ~ secpalloc 9 "C" ~ secreserved 10 "I" ~ numfats 12 "C" ~ secpfat 14 "L" ~ fmttype 18 "C" ~ numhide 20 "L" ~ numroot 24 "I" ~ mediadesc 26 "C" ~ secptrk 28 "I" ~ numhead 30 "I" ~ numcyl 32 "I" ~ physical_drive_no 34 "C" ~ binary_volume_label 36 "L" ~ text_volume_label 40 "[12c" ~ FMTPARMS ":" 31 ~ 'freelistinfo' ~ 32 2 8 ~ cluster 0 "L" ~ nclusters 4 "l" ~ FREELISTINFO ":" 32 ~ 'fileseginfo' ~ 33 2 8 ~ block 0 "l" ~ nblocks 4 "l" ~ FILESEGINFO ":" 33 ~ 'stat' ~ 34 12 38 ~ st_dev 0 "i" ~ st_ino 2 "i" ~ st_mode 4 "L" ~ st_nlink 8 "i" ~ st_rdev 10 "i" ~ st_size 12 "L" ~ st_atime 16 ":" 10 ~ st_mtime 20 ":" 10 ~ st_ctime 24 ":" 10 ~ st_blksize 28 "l" ~ st_blocks 32 "l" ~ fattribute 36 "C" ~ STAT ":" 34 ~ 'dstat' ~ 35 14 578 ~ fname 0 "[9c" ~ fext 9 "[4c" ~ lfname 13 "[256C" ~ filename 269 "[15c" ~ fattribute 284 "C" ~ ftime 286 "I" ~ fdate 288 "I" ~ fsize 290 "L" ~ driveno 294 "i" ~ pname 296 "[9C" ~ pext 305 "[4C" ~ path 309 "[260c" ~ pobj 570 "#v" ~ pmom 574 "#v" ~ DSTAT ":" 35 ~ DATESTR ":" 10 ~ PCFD "i" ~ UNICODE "I" ~ IOADDRESS "#I" ~ PFCBYTE "#C" ~ PFCCHAR "#c" ~ PFVOID "#v" ~ PFCHAR "#c" ~ PFDWORD "#L" ~ PFLONG "#l" ~ PFWORD "#I" ~ PFINT "#i" ~ PFBYTE "#C" ~ BOOLEAN "i" ~ dword "L" ~ word "I" ~ byte "C" ~ _prep_pins_low_power * "(v" ~ _low_power_start_sleep * "(v" ~ '' ~ 36 2 8 ~ quot 0 "l" ~ rem 4 "l" ~ '' ~ 37 2 4 ~ quot 0 "i" ~ rem 2 "i" ~ ldiv_t ":" 36 ~ div_t ":" 37 ~ '__stdio' ~ 38 8 22 ~ _bp 0 "#C" ~ _bend 4 "#C" ~ _buff 8 "#C" ~ _flags 12 "I" ~ _unit 14 "c" ~ _bytbuf 15 "C" ~ _buflen 16 "L" ~ _tmpnum 20 "I" ~ _printf * "(i" ~ FILE ":" 38 ~ fpos_t "l" ~ va_list "#c" ~ '' ~ 39 13 46 ~ libVersion 0 "l" ~ ramBase 4 "#c" ~ ramSize 8 "l" ~ ramWaits 12 "i" ~ flashBase 14 "#c" ~ flashSize 18 "l" ~ flashWaits 22 "i" ~ heapBot 24 "#v" ~ heapTop 28 "#v" ~ heapCur 32 "#v" ~ statusReg 36 "I" ~ vectorBase 38 "#v" ~ stackPtr 42 "#v" ~ infoAction "c" ~ TT8info ":" 39 ~ _TPUGetPin * "(i" ~ _TPUSetPin * "(v" ~ UeeErr "c" ~ '' ~ 40 2 8 ~ secs 0 "L" ~ ticks 4 "l" ~ _StopWatchTime * "(L" ~ _StopWatchStart * "(v" ~ time_tt ":" 40 ~ _SerActivate * "(v" ~ _SerShutDown * "(v" ~ _SerByteAvail * "(i" ~ XmdmErr "c" ~ _Stop * "(v" ~ FlashErr "c" ~ _InstallHandler * "(#(v" ~ '' ~ 41 4 24 ~ eSR 0 "I" ~ ePC 2 "L" ~ vectofs 6 "I" ~ states 8 "[8I" ~ ExcCFramePtr "#:" 1 ~ ExcCFrame ":" 1 ~ ExcStackFrame ":" 41 ~ 'tm' ~ 42 10 20 ~ tm_sec 0 "i" ~ tm_min 2 "i" ~ tm_hour 4 "i" ~ tm_mday 6 "i" ~ tm_mon 8 "i" ~ tm_year 10 "i" ~ tm_wday 12 "i" ~ tm_yday 14 "i" ~ tm_isdst 16 "i" ~ tm_hsec 18 "i" ~ time_t "L" ~ clock_t "L" ~ wchar_t "c" ~ ptrdiff_t "l" ~ size_t "L" ~ PSPErr "c" ~ _PRAM "[8I" ~ bool "c" ~ vfptr "#(v" ~ ptr "#c" ~ ulpv "#L" ~ ulong "L" ~ uspv "#I" ~ unsint "I" ~ ushort "I" ~ ucpv "#C" ~ uchar "C" xref _disk_power_off xref _printf xref _TPUGetPin xref _TPUSetPin xref _StopWatchTime xref _StopWatchStart xref _SerActivate xref _SerShutDown xref _SerByteAvail xref _Stop xref _InstallHandler xref .begin dseg end