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ch376-native: refactored usb init/enumerating

pull/592/head
Dean Netherton 9 months ago
parent
7e8560f9a9
commit
802c1b41ff
2 changed files with 379 additions and 219 deletions
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  1. 458
      Source/HBIOS/ch376-native/base-drv/usb-init.c.s
  2. 140
      Source/HBIOS/ch376-native/source-doc/base-drv/usb-init.c

458
Source/HBIOS/ch376-native/base-drv/usb-init.c.s
View File

@ -83,243 +83,365 @@ _usb_host_bus_reset:
ld l,0x00
;source-doc/base-drv/usb-init.c:21: }
ret
;source-doc/base-drv/usb-init.c:25: void _chnative_init(bool forced) {
;source-doc/base-drv/usb-init.c:25: uint16_t ch376_init(uint8_t state) {
; ---------------------------------
; Function _chnative_init
; Function ch376_init
; ---------------------------------
__chnative_init:
_ch376_init:
push ix
ld ix,0
add ix,sp
dec sp
;source-doc/base-drv/usb-init.c:26: memset(get_usb_work_area(), 0, sizeof(_usb_state));
ld hl,_x
ld (hl),0x00
ld e, l
ld d, h
inc de
ld bc,0x0068
ldir
;source-doc/base-drv/usb-init.c:28: USB_MODULE_LEDS = 0x03;
ld a,0x03
ld bc,_USB_MODULE_LEDS
out (c), a
;source-doc/base-drv/usb-init.c:30: ch_cmd_reset_all();
;source-doc/base-drv/usb-init.c:30: if (state == 0) {
ld a,(ix+4)
or a
jr NZ,l_ch376_init_00104
;source-doc/base-drv/usb-init.c:31: ch_cmd_reset_all();
call _ch_cmd_reset_all
;source-doc/base-drv/usb-init.c:32: delay_medium();
call _delay_medium
;source-doc/base-drv/usb-init.c:34: if (forced) {
bit 0,(ix+4)
jr Z,l__chnative_init_00110
;source-doc/base-drv/usb-init.c:35: bool indicator = true;
ld (ix-1),0x01
;source-doc/base-drv/usb-init.c:36: print_string("\r\nCH376: *$");
ld hl,usb_init_str_0
call _print_string
;source-doc/base-drv/usb-init.c:37: while (!ch_probe()) {
l__chnative_init_00104:
;source-doc/base-drv/usb-init.c:34: if (!ch_probe()) {
call _ch_probe
ld a, l
;source-doc/base-drv/usb-init.c:35: USB_MODULE_LEDS = 0x00;
or a
jr NZ,l__chnative_init_00106
;source-doc/base-drv/usb-init.c:38: if (indicator) {
bit 0,(ix-1)
jr Z,l__chnative_init_00102
;source-doc/base-drv/usb-init.c:39: USB_MODULE_LEDS = 0x00;
jr NZ,l_ch376_init_00102
ld bc,_USB_MODULE_LEDS
out (c), a
;source-doc/base-drv/usb-init.c:36: return 0xFF00;
ld hl,0xff00
jp l_ch376_init_00113
l_ch376_init_00102:
;source-doc/base-drv/usb-init.c:38: USB_MODULE_LEDS = 0x00;
ld a,0x00
ld bc,_USB_MODULE_LEDS
out (c), a
;source-doc/base-drv/usb-init.c:40: print_string("\b $");
ld hl,usb_init_str_1
call _print_string
jr l__chnative_init_00103
l__chnative_init_00102:
;source-doc/base-drv/usb-init.c:42: USB_MODULE_LEDS = 0x03;
ld a,0x03
;source-doc/base-drv/usb-init.c:39: return 1;
ld hl,0x0001
jr l_ch376_init_00113
l_ch376_init_00104:
;source-doc/base-drv/usb-init.c:42: if (state == 1) {
ld a,(ix+4)
dec a
jr NZ,l_ch376_init_00106
;source-doc/base-drv/usb-init.c:43: r = ch_cmd_get_ic_version();
call _ch_cmd_get_ic_version
;source-doc/base-drv/usb-init.c:45: USB_MODULE_LEDS = 0x00;
ld a,0x00
ld bc,_USB_MODULE_LEDS
out (c), a
;source-doc/base-drv/usb-init.c:43: print_string("\b*$");
;source-doc/base-drv/usb-init.c:46: return (uint16_t)r << 8 | 2;
xor a
ld h, l
ld l,0x02
jr l_ch376_init_00113
l_ch376_init_00106:
;source-doc/base-drv/usb-init.c:49: if (state == 2) {
ld a,(ix+4)
sub 0x02
jr NZ,l_ch376_init_00159
ld a,0x01
jr l_ch376_init_00160
l_ch376_init_00159:
xor a
l_ch376_init_00160:
ld c,a
or a
jr Z,l_ch376_init_00110
;source-doc/base-drv/usb-init.c:50: usb_host_bus_reset();
call _usb_host_bus_reset
;source-doc/base-drv/usb-init.c:52: r = ch_very_short_wait_int_and_get_();
call _ch_very_short_wait_int_and_get
ld a, l
;source-doc/base-drv/usb-init.c:54: if (r != USB_INT_CONNECT) {
sub 0x81
jr Z,l_ch376_init_00108
;source-doc/base-drv/usb-init.c:55: USB_MODULE_LEDS = 0x00;
ld a,0x00
ld bc,_USB_MODULE_LEDS
out (c), a
;source-doc/base-drv/usb-init.c:56: return 2;
ld hl,0x0002
jr l_ch376_init_00113
l_ch376_init_00108:
;source-doc/base-drv/usb-init.c:59: return 3;
ld hl,0x0003
jr l_ch376_init_00113
l_ch376_init_00110:
;source-doc/base-drv/usb-init.c:62: memset(get_usb_work_area(), 0, sizeof(_usb_state));
ld b,0x35
ld hl,_x
jr l_ch376_init_00163
l_ch376_init_00162:
ld (hl),0x00
inc hl
l_ch376_init_00163:
ld (hl),0x00
inc hl
djnz l_ch376_init_00162
;source-doc/base-drv/usb-init.c:63: if (state != 2) {
bit 0, c
jr NZ,l_ch376_init_00112
;source-doc/base-drv/usb-init.c:64: usb_host_bus_reset();
call _usb_host_bus_reset
;source-doc/base-drv/usb-init.c:65: delay_medium();
call _delay_medium
l_ch376_init_00112:
;source-doc/base-drv/usb-init.c:67: enumerate_all_devices();
call _enumerate_all_devices
;source-doc/base-drv/usb-init.c:68: USB_MODULE_LEDS = 0x00;
ld a,0x00
ld bc,_USB_MODULE_LEDS
out (c), a
;source-doc/base-drv/usb-init.c:69: return (uint16_t)count_of_devices() << 8 | state + 1;
call _count_of_devices
ld c,(ix+4)
ld b,0x00
inc bc
or b
ld h, a
ld l, c
l_ch376_init_00113:
;source-doc/base-drv/usb-init.c:70: }
pop ix
ret
;source-doc/base-drv/usb-init.c:72: static uint16_t wait_for_state(const uint8_t loop_counter, uint8_t state, const uint8_t desired_state) __sdcccall(1) {
; ---------------------------------
; Function wait_for_state
; ---------------------------------
_wait_for_state:
push ix
ld ix,0
add ix,sp
dec sp
ld (ix-1),a
ld b, l
;source-doc/base-drv/usb-init.c:73: uint16_t r = state;
ld e, b
;source-doc/base-drv/usb-init.c:75: for (uint8_t i = 0; i < loop_counter; i++) {
ld d,0x00
ld c,d
l_wait_for_state_00108:
ld a, c
sub (ix-1)
jr NC,l_wait_for_state_00106
;source-doc/base-drv/usb-init.c:76: if (state == desired_state)
ld a,(ix+4)
sub b
jr Z,l_wait_for_state_00106
;source-doc/base-drv/usb-init.c:79: if (i & 1)
bit 0, c
jr Z,l_wait_for_state_00104
;source-doc/base-drv/usb-init.c:80: print_string("\b $");
push bc
ld hl,usb_init_str_0
call _print_string
pop bc
jr l_wait_for_state_00105
l_wait_for_state_00104:
;source-doc/base-drv/usb-init.c:82: print_string("\b*$");
push bc
ld hl,usb_init_str_1
call _print_string
pop bc
l_wait_for_state_00105:
;source-doc/base-drv/usb-init.c:84: r = ch376_init(state);
push bc
push bc
inc sp
call _ch376_init
inc sp
ex de, hl
pop bc
;source-doc/base-drv/usb-init.c:85: state = r & 255;
ld b, e
;source-doc/base-drv/usb-init.c:75: for (uint8_t i = 0; i < loop_counter; i++) {
inc c
jr l_wait_for_state_00108
l_wait_for_state_00106:
;source-doc/base-drv/usb-init.c:88: return r;
;source-doc/base-drv/usb-init.c:89: }
inc sp
pop ix
pop hl
inc sp
jp (hl)
usb_init_str_0:
DEFB 0x08
DEFM " $"
DEFB 0x00
usb_init_str_1:
DEFB 0x08
DEFM "*$"
DEFB 0x00
;source-doc/base-drv/usb-init.c:91: void _chnative_init(bool forced) {
; ---------------------------------
; Function _chnative_init
; ---------------------------------
__chnative_init:
push ix
ld ix,0
add ix,sp
dec sp
;source-doc/base-drv/usb-init.c:94: const uint8_t loop_counter = forced ? 40 : 5;
bit 0,(ix+4)
jr Z,l__chnative_init_00113
ld a,0x28
jr l__chnative_init_00114
l__chnative_init_00113:
ld a,0x05
l__chnative_init_00114:
ld (ix-1),a
;source-doc/base-drv/usb-init.c:96: print_string("\r\nCH376: *$");
ld hl,usb_init_str_2
call _print_string
l__chnative_init_00103:
;source-doc/base-drv/usb-init.c:46: delay_medium();
call _delay_medium
;source-doc/base-drv/usb-init.c:47: indicator = !indicator;
;source-doc/base-drv/usb-init.c:98: r = wait_for_state(loop_counter, state, 1);
ld a,0x01
push af
inc sp
ld l,0x00
ld a,(ix-1)
xor 0x01
ld (ix-1),a
jr l__chnative_init_00104
l__chnative_init_00106:
;source-doc/base-drv/usb-init.c:50: print_string("\bPRESENT (VER $");
call _wait_for_state
ld b, e
;source-doc/base-drv/usb-init.c:99: state = r & 255;
;source-doc/base-drv/usb-init.c:101: print_string("\bPRESENT (VER $");
push bc
ld hl,usb_init_str_3
call _print_string
jr l__chnative_init_00111
l__chnative_init_00110:
;source-doc/base-drv/usb-init.c:52: if (!ch_probe()) {
call _ch_probe
ld a, l
or a
jr NZ,l__chnative_init_00108
;source-doc/base-drv/usb-init.c:53: USB_MODULE_LEDS = 0x03;
ld a,0x03
ld bc,_USB_MODULE_LEDS
out (c), a
;source-doc/base-drv/usb-init.c:54: print_string("\r\nCH376: NOT PRESENT$");
;source-doc/base-drv/usb-init.c:103: r = ch376_init(state);
inc sp
call _ch376_init
inc sp
ex de, hl
;source-doc/base-drv/usb-init.c:104: state = r & 255;
ld c, e
;source-doc/base-drv/usb-init.c:105: if (state != 2) {
ld a, c
sub 0x02
jr Z,l__chnative_init_00102
;source-doc/base-drv/usb-init.c:106: print_string("\rCH376: $");
ld hl,usb_init_str_4
call _print_string
;source-doc/base-drv/usb-init.c:55: return;
jp l__chnative_init_00127
l__chnative_init_00108:
;source-doc/base-drv/usb-init.c:58: print_string("\r\nCH376: PRESENT (VER $");
;source-doc/base-drv/usb-init.c:107: print_string("VERSION FAILURE\r\n$");
ld hl,usb_init_str_5
call _print_string
l__chnative_init_00111:
;source-doc/base-drv/usb-init.c:61: USB_MODULE_LEDS = 0x00;
ld a,0x00
ld bc,_USB_MODULE_LEDS
out (c), a
;source-doc/base-drv/usb-init.c:63: print_hex(ch_cmd_get_ic_version());
call _ch_cmd_get_ic_version
;source-doc/base-drv/usb-init.c:108: return;
jr l__chnative_init_00111
l__chnative_init_00102:
;source-doc/base-drv/usb-init.c:111: print_hex(r >> 8);
push bc
ld l, d
call _print_hex
;source-doc/base-drv/usb-init.c:64: print_string("); $");
;source-doc/base-drv/usb-init.c:112: print_string("); $");
ld hl,usb_init_str_6
call _print_string
;source-doc/base-drv/usb-init.c:66: usb_host_bus_reset();
call _usb_host_bus_reset
;source-doc/base-drv/usb-init.c:68: for (uint8_t i = 0; i < (forced ? 80 : 5); i++) {
ld c,0x00
l__chnative_init_00125:
bit 0,(ix+4)
jr Z,l__chnative_init_00129
ld b,0x50
jr l__chnative_init_00130
l__chnative_init_00129:
ld b,0x05
l__chnative_init_00130:
ld a, c
sub b
jr NC,l__chnative_init_00121
;source-doc/base-drv/usb-init.c:69: const uint8_t r = ch_very_short_wait_int_and_get_();
push bc
call _ch_very_short_wait_int_and_get
ld a, l
pop bc
;source-doc/base-drv/usb-init.c:71: if (r == USB_INT_CONNECT) {
sub 0x81
jr NZ,l__chnative_init_00126
;source-doc/base-drv/usb-init.c:72: print_string("USB: CONNECTED$");
;source-doc/base-drv/usb-init.c:114: print_string("USB: *$");
ld hl,usb_init_str_7
call _print_string
;source-doc/base-drv/usb-init.c:74: enumerate_all_devices();
call _enumerate_all_devices
;source-doc/base-drv/usb-init.c:76: if (forced && count_of_devices() == 0) {
bit 0,(ix+4)
jr Z,l__chnative_init_00118
call _count_of_devices
or a
jr NZ,l__chnative_init_00118
;source-doc/base-drv/usb-init.c:77: print_string("\r\nUSB: SCANNING $");
pop bc
;source-doc/base-drv/usb-init.c:116: r = wait_for_state(loop_counter, state, 3);
ld a,0x03
push af
inc sp
ld l, c
ld a,(ix-1)
call _wait_for_state
ld b, e
;source-doc/base-drv/usb-init.c:117: state = r & 255;
;source-doc/base-drv/usb-init.c:119: if (state == 2) {
ld a, b
sub 0x02
jr NZ,l__chnative_init_00104
;source-doc/base-drv/usb-init.c:120: print_string("\bDISCONNECTED$");
ld hl,usb_init_str_8
call _print_string
;source-doc/base-drv/usb-init.c:79: for (i = 0; i < 10; i++) {
ld (ix-1),0x00
l__chnative_init_00122:
;source-doc/base-drv/usb-init.c:80: print_string(".$");
;source-doc/base-drv/usb-init.c:121: return;
jr l__chnative_init_00111
l__chnative_init_00104:
;source-doc/base-drv/usb-init.c:124: print_string("\bCONNECTED$");
push bc
ld hl,usb_init_str_9
call _print_string
;source-doc/base-drv/usb-init.c:81: memset(get_usb_work_area(), 0, sizeof(_usb_state));
ld hl,_x
ld (hl),0x00
ld e, l
ld d, h
inc de
ld bc,0x0068
ldir
;source-doc/base-drv/usb-init.c:82: usb_host_bus_reset();
call _usb_host_bus_reset
;source-doc/base-drv/usb-init.c:84: delay_medium();
call _delay_medium
;source-doc/base-drv/usb-init.c:85: enumerate_all_devices();
call _enumerate_all_devices
;source-doc/base-drv/usb-init.c:87: if (count_of_devices() > 0)
call _count_of_devices
or a
jr NZ,l__chnative_init_00118
;source-doc/base-drv/usb-init.c:79: for (i = 0; i < 10; i++) {
inc (ix-1)
ld a,(ix-1)
sub 0x0a
jr C,l__chnative_init_00122
;source-doc/base-drv/usb-init.c:92: connected:
l__chnative_init_00118:
;source-doc/base-drv/usb-init.c:93: USB_MODULE_LEDS = 0x00;
;source-doc/base-drv/usb-init.c:127: r = ch376_init(state);
inc sp
call _ch376_init
inc sp
ex de, hl
;source-doc/base-drv/usb-init.c:128: state = r & 255;
ld b, e
;source-doc/base-drv/usb-init.c:130: for (uint8_t i = 0; i < loop_counter; i++) {
ld c,0x00
l__chnative_init_00109:
ld a, c
sub (ix-1)
jr NC,l__chnative_init_00111
;source-doc/base-drv/usb-init.c:131: if (r >> 8 != 0)
ld a,0x00
ld bc,_USB_MODULE_LEDS
out (c), a
;source-doc/base-drv/usb-init.c:94: return;
jr l__chnative_init_00127
l__chnative_init_00126:
;source-doc/base-drv/usb-init.c:68: for (uint8_t i = 0; i < (forced ? 80 : 5); i++) {
inc c
jr l__chnative_init_00125
l__chnative_init_00121:
;source-doc/base-drv/usb-init.c:98: USB_MODULE_LEDS = 0x03;
ld a,0x03
ld bc,_USB_MODULE_LEDS
out (c), a
;source-doc/base-drv/usb-init.c:99: print_string("USB: DISCONNECTED$");
or d
jr NZ,l__chnative_init_00111
;source-doc/base-drv/usb-init.c:134: print_string(".$");
push bc
ld hl,usb_init_str_10
call _print_string
l__chnative_init_00127:
;source-doc/base-drv/usb-init.c:100: }
pop bc
;source-doc/base-drv/usb-init.c:135: r = ch376_init(state);
push bc
push bc
inc sp
call _ch376_init
inc sp
ex de, hl
pop bc
;source-doc/base-drv/usb-init.c:136: state = r & 255;
ld b, e
;source-doc/base-drv/usb-init.c:130: for (uint8_t i = 0; i < loop_counter; i++) {
inc c
jr l__chnative_init_00109
l__chnative_init_00111:
;source-doc/base-drv/usb-init.c:138: }
inc sp
pop ix
ret
usb_init_str_0:
usb_init_str_2:
DEFB 0x0d
DEFB 0x0a
DEFM "CH376: *$"
DEFB 0x00
usb_init_str_1:
DEFB 0x08
DEFM " $"
DEFB 0x00
usb_init_str_2:
DEFB 0x08
DEFM "*$"
DEFB 0x00
usb_init_str_3:
DEFB 0x08
DEFM "PRESENT (VER $"
DEFB 0x00
usb_init_str_4:
DEFB 0x0d
DEFB 0x0a
DEFM "CH376: NOT PRESENT$"
DEFM "CH376: $"
DEFB 0x00
usb_init_str_5:
DEFM "VERSION FAILURE"
DEFB 0x0d
DEFB 0x0a
DEFM "CH376: PRESENT (VER $"
DEFM "$"
DEFB 0x00
usb_init_str_6:
DEFM "); $"
DEFB 0x00
usb_init_str_7:
DEFM "USB: CONNECTED$"
DEFM "USB: *$"
DEFB 0x00
usb_init_str_8:
DEFB 0x0d
DEFB 0x0a
DEFM "USB: SCANNING $"
DEFB 0x08
DEFM "DISCONNECTED$"
DEFB 0x00
usb_init_str_9:
DEFM ".$"
DEFB 0x08
DEFM "CONNECTED$"
DEFB 0x00
usb_init_str_10:
DEFM "USB: DISCONNECTED$"
DEFM ".$"
DEFB 0x00
;source-doc/base-drv/usb-init.c:102: void chnative_init_force(void) { _chnative_init(true); }
;source-doc/base-drv/usb-init.c:140: void chnative_init_force(void) { _chnative_init(true); }
; ---------------------------------
; Function chnative_init_force
; ---------------------------------
@ -330,7 +452,7 @@ _chnative_init_force:
call __chnative_init
inc sp
ret
;source-doc/base-drv/usb-init.c:104: void chnative_init(void) { _chnative_init(false); }
;source-doc/base-drv/usb-init.c:142: void chnative_init(void) { _chnative_init(false); }
; ---------------------------------
; Function chnative_init
; ---------------------------------

140
Source/HBIOS/ch376-native/source-doc/base-drv/usb-init.c
View File

@ -22,81 +22,119 @@ static usb_error usb_host_bus_reset(void) {
#define ERASE_LINE "\x1B\x6C\r$"
void _chnative_init(bool forced) {
memset(get_usb_work_area(), 0, sizeof(_usb_state));
uint16_t ch376_init(uint8_t state) {
uint8_t r;
USB_MODULE_LEDS = 0x03;
ch_cmd_reset_all();
if (state == 0) {
ch_cmd_reset_all();
delay_medium();
delay_medium();
if (!ch_probe()) {
USB_MODULE_LEDS = 0x00;
return 0xFF00;
}
USB_MODULE_LEDS = 0x00;
return 1;
}
if (forced) {
bool indicator = true;
print_string("\r\nCH376: *$");
while (!ch_probe()) {
if (indicator) {
USB_MODULE_LEDS = 0x00;
print_string("\b $");
} else {
USB_MODULE_LEDS = 0x03;
print_string("\b*$");
}
if (state == 1) {
r = ch_cmd_get_ic_version();
delay_medium();
indicator = !indicator;
}
USB_MODULE_LEDS = 0x00;
return (uint16_t)r << 8 | 2;
}
print_string("\bPRESENT (VER $");
} else {
if (!ch_probe()) {
USB_MODULE_LEDS = 0x03;
print_string("\r\nCH376: NOT PRESENT$");
return;
if (state == 2) {
usb_host_bus_reset();
r = ch_very_short_wait_int_and_get_status();
if (r != USB_INT_CONNECT) {
USB_MODULE_LEDS = 0x00;
return 2;
}
print_string("\r\nCH376: PRESENT (VER $");
return 3;
}
memset(get_usb_work_area(), 0, sizeof(_usb_state));
if (state != 2) {
usb_host_bus_reset();
delay_medium();
}
enumerate_all_devices();
USB_MODULE_LEDS = 0x00;
return (uint16_t)count_of_devices() << 8 | state + 1;
}
print_hex(ch_cmd_get_ic_version());
print_string("); $");
static uint16_t wait_for_state(const uint8_t loop_counter, uint8_t state, const uint8_t desired_state) __sdcccall(1) {
uint16_t r = state;
usb_host_bus_reset();
for (uint8_t i = 0; i < loop_counter; i++) {
if (state == desired_state)
break;
for (uint8_t i = 0; i < (forced ? 80 : 5); i++) {
const uint8_t r = ch_very_short_wait_int_and_get_status();
if (i & 1)
print_string("\b $");
else
print_string("\b*$");
if (r == USB_INT_CONNECT) {
print_string("USB: CONNECTED$");
r = ch376_init(state);
state = r & 255;
}
enumerate_all_devices();
return r;
}
if (forced && count_of_devices() == 0) {
print_string("\r\nUSB: SCANNING $");
void _chnative_init(bool forced) {
uint8_t state = 0;
uint16_t r;
const uint8_t loop_counter = forced ? 40 : 5;
for (i = 0; i < 10; i++) {
print_string(".$");
memset(get_usb_work_area(), 0, sizeof(_usb_state));
usb_host_bus_reset();
print_string("\r\nCH376: *$");
delay_medium();
enumerate_all_devices();
r = wait_for_state(loop_counter, state, 1);
state = r & 255;
if (count_of_devices() > 0)
goto connected;
}
}
print_string("\bPRESENT (VER $");
connected:
USB_MODULE_LEDS = 0x00;
return;
}
r = ch376_init(state);
state = r & 255;
if (state != 2) {
print_string("\rCH376: $");
print_string("VERSION FAILURE\r\n$");
return;
}
USB_MODULE_LEDS = 0x03;
print_string("USB: DISCONNECTED$");
print_hex(r >> 8);
print_string("); $");
print_string("USB: *$");
r = wait_for_state(loop_counter, state, 3);
state = r & 255;
if (state == 2) {
print_string("\bDISCONNECTED$");
return;
}
print_string("\bCONNECTED$");
// enumerate....
r = ch376_init(state);
state = r & 255;
for (uint8_t i = 0; i < loop_counter; i++) {
if (r >> 8 != 0)
break;
print_string(".$");
r = ch376_init(state);
state = r & 255;
}
}
void chnative_init_force(void) { _chnative_init(true); }

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