static void
op_remove(diversion *diversions, const char *file)
{
diversion *d;
for (d = diversions; d; d = d->next) {
if (strcmp(d->contest, file) == 0) {
if (divertto && strcmp(d->altname, divertto) != 0)
ohshit(_("mismatch on divert-to\n"
"when removing '%s'\n"
"found '%s"), infoa(file), infon(d));
if (package && strcmp(d->package, package) != 0)
ohshit(_("mismatch on package\n"
"when removing '%s'\n"
"found '%s'"), infoa(file), infon(d));
if (!quiet)
printf(_("Removing '%s'\n"), infon(d));
checkrename(d->altname, d->contest);
dorename(d->altname, d->contest);
diversions = diversions_remove(diversions, d);
save(diversions);
exit(0);
}
}
if (!quiet) {
printf(_("No diversion '%s', none removed"), infoa(file));
putchar('\n');
}
exit(0);
}
/*
low high
single 1.0 1.42
2-array 2.0 2.84
3-array 3 4.26
4-array 4 5.68
7-array(V9-stack) 7 9.94
*/
void detect_array(i_charger *ic)
{
if( ic->voltage >= 7.00 ){
ic->cell_pack = 7;
goto out;
}
if( ic->voltage >= 4.00 ){
ic->cell_pack = 4;
goto out;;
}
if( ic->voltage >= 2.00 ){
ic->cell_pack = 2;
goto out;
}
/* <2.0, Err, 判定type的时候能保证电压>2.0 */
if( ic->voltage < 2.00){
init_ic(ic);
return;
}
out:
ic->i_stage = CHARCHING;
infon("Pack ",ic->cell_pack);
return;
}
void detect_cell(i_charger *ic)
{
float pwm_off,pwm_on,dv;
pwm_setduty(0);
delay(HZ/2);
pwm_off = adc_V();
pwm_setduty(10);
delay(HZ/2);
pwm_on = adc_V();
pwm_setduty(0);
if(pwm_off> pwm_on)
dv = pwm_off-pwm_on;
else
dv = pwm_on-pwm_off;
if( (dv > (float)2.0) || (ic->voltage >= 12.00 ) || (ic->voltage <0.100)){
infon("NO CELL", (char)dv);
return ;
}
else {
info("Plug IN ");
delay(HZ/2);
}
if( ic->voltage < BAT_LOW_V ){
pwm_setduty(NICD_DETECT_PWM); /*very pre charging*/
}else {
ic->i_stage = DETECT_TYPE;
ic->abs_voltage = ic->voltage;
}
}
static void
op_list(diversion *diversions, char *const *patterns)
{
diversion *d;
for (d = diversions; d; d = d->next)
if (match_diversion(d, patterns) == 0)
printf("%s\n", infon(d));
exit(0);
}
static void
stats( sync_vars_t *svars )
{
char buf[2][64];
char *cs;
int t, l;
static int cols = -1;
if (cols < 0 && (!(cs = getenv( "COLUMNS" )) || !(cols = atoi( cs ) / 2)))
cols = 36;
if (!(DFlags & QUIET)) {
for (t = 0; t < 2; t++) {
l = sprintf( buf[t], "+%d/%d *%d/%d #%d/%d",
svars->new_done[t], svars->new_total[t],
svars->flags_done[t], svars->flags_total[t],
svars->trash_done[t], svars->trash_total[t] );
if (l > cols)
buf[t][cols - 1] = '~';
}
infon( "\v\rM: %.*s S: %.*s", cols, buf[0], cols, buf[1] );
}
}
static void
op_add(diversion *diversions, const char *file)
{
diversion *d;
if (file[0] != '/')
badusage(_("filename \"%s\" is not absolute"), file);
if (strchr(file, '\n'))
badusage(_("filename may not contain newlines"));
struct stat file_stat;
if (stat(file, &file_stat) == 0 && S_ISDIR(file_stat.st_mode))
badusage(_("Cannot divert directories"));
if (!divertto) {
static struct varbuf vb;
varbufreset(&vb);
varbufaddstr(&vb, file);
varbufaddstr(&vb, ".distrib");
divertto = vb.buf;
}
if (divertto[0] != '/')
badusage(_("filename \"%s\" is not absolute"), divertto);
if (!package)
package = ":";
diversions = invert_diversions_list(diversions);
for (d = diversions; d; d = d->next) {
if (strcmp(d->contest, file) == 0 ||
strcmp(d->altname, file) == 0 ||
strcmp(d->contest, divertto) == 0 ||
strcmp(d->altname, divertto) == 0) {
if (strcmp(d->contest, file) == 0 &&
strcmp(d->altname, divertto) == 0 &&
strcmp(d->package, package) == 0) {
if (!quiet)
printf(_("Leaving '%s'\n"), infon(d));
exit(0);
}
else
ohshit(_("'%s' clashes with '%s'"), infoa(file),
infon(d));
}
}
d = nfmalloc(sizeof(diversion));
d->contest = file;
d->altname = divertto;
d->package = package;
d->next = diversions;
diversions = d;
diversions = invert_diversions_list(diversions);
if (!quiet)
printf(_("Adding %s\n"), infon(d));
checkrename(file, divertto);
save(diversions);
dorename(file, divertto);
exit(0);
}
void charging_mode(i_charger *ic)
{
/*
enum charger_stage i_stage;
enum Cell_type cell_type;
unsigned char cell_pack;
float current;
float voltage;
float top_voltage;
char delta_times;
float charging_Amp;
float ir;
float abs_voltage;
*/
float deltaV = 0.010;
if( (ic->voltage <= 0.100 /*V*/) || (ic->voltage >= 11.90) ){ //cell pull out
init_ic(ic);
}
if(ic->i_stage != CHARCHING) /*not start charging*/
return;
if( ic->abs_voltage < (NICD_FAST_VOLTAGE*ic->cell_pack)){
ic->charging_Amp = NICD_PRE_CHAGE_MA;
if(ic->cell_pack == 7)
{
ic->charging_Amp = V9_PRE_CHAGE_MA;
}
ic->charging_mode = PRE;
ic->abs_voltage = adc_V() - 0.15*ic->charging_Amp; //assume Ir is 0.15R
}else if(ic->charging_mode != FAST) {
ic->charging_Amp = NICD_FAST_CHAGE_MA;
if(ic->cell_pack == 7)
{
ic->charging_Amp = V9_FAST_CHAGE_MA;
}
ic->charging_mode = FAST;
adj_current(ic);
}
/*adjust current if need*/
if(ic->charging_mode != FAST)
if( (ic->current>(ic->charging_Amp+0.03)) ||
(ic->current<(ic->charging_Amp-0.03))
)
adj_current(ic);
/* -DeltaV detect*/
if(ic->charging_mode != FAST)
return;
if(ic->voltage > ic->top_voltage){
ic->top_voltage = ic->voltage;
info("TOP");
short x =1000*ic->top_voltage;
print10(x);
ic->delta_times=0;
}
if (ic->cell_pack >2)
deltaV = 0.015; /*reduce -dV, that's cell pack, because not all cell reach full at same time,
so, -dv became small..*/
if( ic->top_voltage > (ic->voltage+deltaV) ){
ic->delta_times++;
infon(" -dV:",ic->delta_times);
delay(HZ/4);
if(ic->delta_times >3){
ic->i_stage = STOP; /*STOP and update abs voltage*/
pwm_setduty(0);
}
}
}
