notify.c File Reference

#include "device.h"
#include "devnode.h"
#include "dpi.h"
#include "led.h"
#include "notify.h"
#include "profile.h"

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Macros
#define	HWMODE_OR_RETURN(kb, index)
#define	HW_STANDARD

Functions
void	nprintf (usbdevice *kb, int nodenumber, usbmode *mode, const char *format,...)
void	nprintkey (usbdevice *kb, int nnumber, int keyindex, int down)
void	nprintind (usbdevice *kb, int nnumber, int led, int on)
void	cmd_notify (usbdevice *kb, usbmode *mode, int nnumber, int keyindex, const char *toggle)
static void	_cmd_get (usbdevice *kb, usbmode *mode, int nnumber, const char *setting)
void	cmd_get (usbdevice *kb, usbmode *mode, int nnumber, int dummy, const char *setting)
int	restart ()
void	cmd_restart (usbdevice *kb, usbmode *mode, int nnumber, int dummy, const char *content)

Macro Definition Documentation

#define HW_STANDARD

Value:

if(!kb->hw)                                     \
        return;                                     \
    unsigned index = INDEX_OF(mode, profile->mode); \
    /* Make sure the mode number is valid */        \
    HWMODE_OR_RETURN(kb, index)

Definition at line 83 of file notify.c.

Referenced by _cmd_get().

#define HWMODE_OR_RETURN	(		kb,
			index
	)

Value:

if(IS_K95(kb)){                 \
        if((index) >= HWMODE_K95)   \
            return;                 \
    } else {                        \
        if((index) >= HWMODE_K70)   \
            return;                 \
    }

Definition at line 73 of file notify.c.

Function Documentation

static void _cmd_get ( usbdevice *  kb, usbmode *  mode, int  nnumber, const char *  setting  )

static

Definition at line 90 of file notify.c.

References dpiset::current, usbmode::dpi, hwprofile::dpi, gethwmodename(), gethwprofilename(), getid(), getmodename(), getprofilename(), usbdevice::hw, usbdevice::hw_ileds, HW_STANDARD, I_CAPS, I_NUM, I_SCROLL, usbmode::id, usbprofile::id, hwprofile::id, usbdevice::input, keymap, usbinput::keys, dpiset::lift, usbmode::light, hwprofile::light, usbid::modified, N_KEYS_INPUT, nprintf(), nprintind(), nprintkey(), printdpi(), printrgb(), usbdevice::profile, and dpiset::snap.

Referenced by cmd_get().

                                                                                    {
    usbprofile* profile = kb->profile;
    if(!strcmp(setting, ":mode")){
        // Get the current mode number
        nprintf(kb, nnumber, mode, "switch\n");
        return;
    } else if(!strcmp(setting, ":rgb")){
        // Get the current RGB settings
        char* rgb = printrgb(&mode->light, kb);
        nprintf(kb, nnumber, mode, "rgb %s\n", rgb);
        free(rgb);
        return;
    } else if(!strcmp(setting, ":hwrgb")){
        // Get the current hardware RGB settings
        HW_STANDARD;
        char* rgb = printrgb(kb->hw->light + index, kb);
        nprintf(kb, nnumber, mode, "hwrgb %s\n", rgb);
        free(rgb);
        return;
    } else if(!strcmp(setting, ":profilename")){
        // Get the current profile name
        char* name = getprofilename(profile);
        nprintf(kb, nnumber, 0, "profilename %s\n", name[0] ? name : "Unnamed");
        free(name);
    } else if(!strcmp(setting, ":name")){
        // Get the current mode name
        char* name = getmodename(mode);
        nprintf(kb, nnumber, mode, "name %s\n", name[0] ? name : "Unnamed");
        free(name);
    } else if(!strcmp(setting, ":hwprofilename")){
        // Get the current hardware profile name
        if(!kb->hw)
            return;
        char* name = gethwprofilename(kb->hw);
        nprintf(kb, nnumber, 0, "hwprofilename %s\n", name[0] ? name : "Unnamed");
        free(name);
    } else if(!strcmp(setting, ":hwname")){
        // Get the current hardware mode name
        HW_STANDARD;
        char* name = gethwmodename(kb->hw, index);
        nprintf(kb, nnumber, mode, "hwname %s\n", name[0] ? name : "Unnamed");
        free(name);
    } else if(!strcmp(setting, ":profileid")){
        // Get the current profile ID
        char* guid = getid(&profile->id);
        int modified;
        memcpy(&modified, &profile->id.modified, sizeof(modified));
        nprintf(kb, nnumber, 0, "profileid %s %x\n", guid, modified);
        free(guid);
    } else if(!strcmp(setting, ":id")){
        // Get the current mode ID
        char* guid = getid(&mode->id);
        int modified;
        memcpy(&modified, &mode->id.modified, sizeof(modified));
        nprintf(kb, nnumber, mode, "id %s %x\n", guid, modified);
        free(guid);
    } else if(!strcmp(setting, ":hwprofileid")){
        // Get the current hardware profile ID
        if(!kb->hw)
            return;
        char* guid = getid(&kb->hw->id[0]);
        int modified;
        memcpy(&modified, &kb->hw->id[0].modified, sizeof(modified));
        nprintf(kb, nnumber, 0, "hwprofileid %s %x\n", guid, modified);
        free(guid);
    } else if(!strcmp(setting, ":hwid")){
        // Get the current hardware mode ID
        HW_STANDARD;
        char* guid = getid(&kb->hw->id[index + 1]);
        int modified;
        memcpy(&modified, &kb->hw->id[index + 1].modified, sizeof(modified));
        nprintf(kb, nnumber, mode, "hwid %s %x\n", guid, modified);
        free(guid);
    } else if(!strcmp(setting, ":keys")){
        // Get the current state of all keys
        for(int i = 0; i < N_KEYS_INPUT; i++){
            if(!keymap[i].name)
                continue;
            int byte = i / 8, bit = 1 << (i & 7);
            uchar state = kb->input.keys[byte] & bit;
            if(state)
                nprintkey(kb, nnumber, i, 1);
        }
    } else if(!strcmp(setting, ":i")){
        // Get the current state of all indicator LEDs
        if(kb->hw_ileds & I_NUM) nprintind(kb, nnumber, I_NUM, 1);
        if(kb->hw_ileds & I_CAPS) nprintind(kb, nnumber, I_CAPS, 1);
        if(kb->hw_ileds & I_SCROLL) nprintind(kb, nnumber, I_SCROLL, 1);
    } else if(!strcmp(setting, ":dpi")){
        // Get the current DPI levels
        char* dpi = printdpi(&mode->dpi, kb);
        nprintf(kb, nnumber, mode, "dpi %s\n", dpi);
        free(dpi);
        return;
    } else if(!strcmp(setting, ":hwdpi")){
        // Get the current hardware DPI levels
        HW_STANDARD;
        char* dpi = printdpi(kb->hw->dpi + index, kb);
        nprintf(kb, nnumber, mode, "hwdpi %s\n", dpi);
        free(dpi);
        return;
    } else if(!strcmp(setting, ":dpisel")){
        // Get the currently-selected DPI
        nprintf(kb, nnumber, mode, "dpisel %d\n", mode->dpi.current);
    } else if(!strcmp(setting, ":hwdpisel")){
        // Get the currently-selected hardware DPI
        HW_STANDARD;
        nprintf(kb, nnumber, mode, "hwdpisel %d\n", kb->hw->dpi[index].current);
    } else if(!strcmp(setting, ":lift")){
        // Get the mouse lift height
        nprintf(kb, nnumber, mode, "lift %d\n", mode->dpi.lift);
    } else if(!strcmp(setting, ":hwlift")){
        // Get the hardware lift height
        HW_STANDARD;
        nprintf(kb, nnumber, mode, "hwlift %d\n", kb->hw->dpi[index].lift);
    } else if(!strcmp(setting, ":snap")){
        // Get the angle snap status
        nprintf(kb, nnumber, mode, "snap %s\n", mode->dpi.snap ? "on" : "off");
    } else if(!strcmp(setting, ":hwsnap")){
        // Get the hardware angle snap status
        HW_STANDARD;
        nprintf(kb, nnumber, mode, "hwsnap %s\n", kb->hw->dpi[index].snap ? "on" : "off");
    }
}

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void cmd_get	(	usbdevice *	kb,
		usbmode *	mode,
		int	nnumber,
		int	dummy,
		const char *	setting
	)

Definition at line 215 of file notify.c.

References _cmd_get(), and imutex.

                                                                                       {
    (void)dummy;

    pthread_mutex_lock(imutex(kb));
    _cmd_get(kb, mode, nnumber, setting);
    pthread_mutex_unlock(imutex(kb));
}

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void cmd_notify	(	usbdevice *	kb,
		usbmode *	mode,
		int	nnumber,
		int	keyindex,
		const char *	toggle
	)

Definition at line 61 of file notify.c.

References CLEAR_KEYBIT, imutex, N_KEYS_INPUT, usbmode::notify, and SET_KEYBIT.

                                                                                            {
    if(keyindex >= N_KEYS_INPUT)
        return;
    pthread_mutex_lock(imutex(kb));
    if(!strcmp(toggle, "on") || *toggle == 0)
        SET_KEYBIT(mode->notify[nnumber], keyindex);
    else if(!strcmp(toggle, "off"))
        CLEAR_KEYBIT(mode->notify[nnumber], keyindex);
    pthread_mutex_unlock(imutex(kb));
}

void cmd_restart	(	usbdevice *	kb,
		usbmode *	mode,
		int	nnumber,
		int	dummy,
		const char *	content
	)

Definition at line 225 of file notify.c.

References ckb_info, nprintf(), and restart().

                                                                                            {
    (void)mode;
    (void)nnumber;
    (void)dummy;

    ckb_info("RESTART called with %s\n", content);
    nprintf(kb, -1, 0, "RESTART called with %s\n", content);
    restart();
}

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void nprintf	(	usbdevice *	kb,
		int	nodenumber,
		usbmode *	mode,
		const char *	format,
			...
	)

Definition at line 8 of file notify.c.

References INDEX_OF, usbprofile::mode, usbdevice::outfifo, OUTFIFO_MAX, and usbdevice::profile.

Referenced by _cmd_get(), cmd_fwupdate(), cmd_restart(), fwupdate(), nprintind(), and nprintkey().

                                                                                   {
    if(!kb)
        return;
    usbprofile* profile = kb->profile;
    va_list va_args;
    int fifo;
    if(nodenumber >= 0){
        // If node number was given, print to that node (if open)
        if((fifo = kb->outfifo[nodenumber] - 1) != -1){
            va_start(va_args, format);
            if(mode)
                dprintf(fifo, "mode %d ", INDEX_OF(mode, profile->mode) + 1);
            vdprintf(fifo, format, va_args);
        }
        return;
    }
    // Otherwise, print to all nodes
    for(int i = 0; i < OUTFIFO_MAX; i++){
        if((fifo = kb->outfifo[i] - 1) != -1){
            va_start(va_args, format);
            if(mode)
                dprintf(fifo, "mode %d ", INDEX_OF(mode, profile->mode) + 1);
            vdprintf(fifo, format, va_args);
        }
    }
}

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void nprintind	(	usbdevice *	kb,
		int	nnumber,
		int	led,
		int	on
	)

Definition at line 43 of file notify.c.

References I_CAPS, I_NUM, I_SCROLL, and nprintf().

Referenced by _cmd_get(), and updateindicators_kb().

                                                           {
    const char* name = 0;
    switch(led){
    case I_NUM:
        name = "num";
        break;
    case I_CAPS:
        name = "caps";
        break;
    case I_SCROLL:
        name = "scroll";
        break;
    default:
        return;
    }
    nprintf(kb, nnumber, 0, "i %c%s\n", on ? '+' : '-', name);
}

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void nprintkey	(	usbdevice *	kb,
		int	nnumber,
		int	keyindex,
		int	down
	)

Definition at line 35 of file notify.c.

References keymap, key::name, and nprintf().

Referenced by _cmd_get(), and inputupdate_keys().

                                                                  {
    const key* map = keymap + keyindex;
    if(map->name)
        nprintf(kb, nnumber, 0, "key %c%s\n", down ? '+' : '-', map->name);
    else
        nprintf(kb, nnumber, 0, "key %c#%d\n", down ? '+' : '-', keyindex);
}

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int restart

(

)

Definition at line 228 of file main.c.

References ckb_err, main(), main_ac, main_av, and quitWithLock().

Referenced by cmd_restart(), and main().

              {
    ckb_err("restart called, running quit without mutex-lock.\n");
    quitWithLock(0);
    return main(main_ac, main_av);
}

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