xcombobox_private.h File Reference

#include "xcombobox.h"
#include "xbutton_private.h"

Include dependency graph for xcombobox_private.h:

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Go to the source code of this file.

Macros
#define	XCOMBOBOX_PRIVATE_H_

Functions
void	_draw_combobox_button (void *w_, void *user_data)
	_draw_combobox_button - internal draw the combobox button to the buffer More...
void	_draw_combobox (void *w_, void *user_data)
	_draw_combobox - internal draw the combobox to the buffer More...
void	_combobox_button_released (void *w_, void *button_, void *user_data)
	_combobox_button_released - popup menu on right click More...
void	_button_combobox_released (void *w_, void *button_, void *user_data)
	_button_combobox_released - popup the combobox menu More...
void	_entry_released (void *w_, void *item_, void *user_data)
	_entry_released - the combobox menu release func More...
void	_set_entry (void *w_, void *user_data)
	_set_entry - set the active combobox entry on adjustment change More...

Macro Definition Documentation

XCOMBOBOX_PRIVATE_H_

#define XCOMBOBOX_PRIVATE_H_

Definition at line 24 of file xcombobox_private.h.

Function Documentation

_button_combobox_released()

void _button_combobox_released	(	void *	w_,
		void *	button_,
		void *	user_data
	)

_button_combobox_released - popup the combobox menu

Parameters

*w_	- void pointer to the Widget_t button
*button	- void pointer to XEvent.xbutton struct
*user_data	- void pointer to attached user_data

Returns

void

Definition at line 173 of file xcombobox_private.c.

                                                                         {
    Widget_t *w = (Widget_t*)w_;
    XButtonEvent *xbutton = (XButtonEvent*)button_;
    if (w->flags & HAS_POINTER && xbutton->button == Button1) {
        Widget_t *parent = (Widget_t*)w->parent;
        w->state=1;
        pop_menu_show(parent, parent->childlist->childs[1], 6, true);
    }
    adj_set_value(w->adj, 0.0);
}

References Widget_t::adj, adj_set_value(), Widget_t::childlist, Childlist_t::childs, Widget_t::flags, HAS_POINTER, Widget_t::parent, pop_menu_show(), and Widget_t::state.

_combobox_button_released()

void _combobox_button_released	(	void *	w_,
		void *	button_,
		void *	user_data
	)

_combobox_button_released - popup menu on right click

Parameters

*w_	- void pointer to the Widget_t button
*button	- void pointer to XEvent.xbutton struct
*user_data	- void pointer to attached user_data

Returns

void

Definition at line 162 of file xcombobox_private.c.

                                                                         {
    Widget_t *w = (Widget_t*)w_;
    if (w->flags & HAS_POINTER){
        XButtonEvent *xbutton = (XButtonEvent*)button_;
        if (xbutton->button == Button3) {
            w->state=1;
            pop_menu_show(w, w->childlist->childs[1], 6, true);
        }
    }
}

References Widget_t::childlist, Childlist_t::childs, Widget_t::flags, HAS_POINTER, pop_menu_show(), and Widget_t::state.

_draw_combobox()

void _draw_combobox	(	void *	w_,
		void *	user_data
	)

_draw_combobox - internal draw the combobox to the buffer

Parameters

*w_	- void pointer to the Widget_t combobox
*user_data	- void pointer to attached user_data

Returns

void

Definition at line 100 of file xcombobox_private.c.

                                               {
    Widget_t *w = (Widget_t*)w_;
    if (!w) return;
    XWindowAttributes attrs;
    XGetWindowAttributes(w->app->dpy, (Window)w->widget, &attrs);
    int width = attrs.width-2;
    int height = attrs.height-2;
    if (attrs.map_state != IsViewable) return;
 
    cairo_rectangle(w->crb,2.0, 2.0, width, height);
 
    if(w->state==0) {
        cairo_set_line_width(w->crb, 1.0);
        use_shadow_color_scheme(w, NORMAL_);
        cairo_fill_preserve(w->crb);
        use_frame_color_scheme(w, NORMAL_);
    } else if(w->state==1) {
        use_shadow_color_scheme(w, PRELIGHT_);
        cairo_fill_preserve(w->crb);
        cairo_set_line_width(w->crb, 1.5);
        use_frame_color_scheme(w, NORMAL_);
    } else if(w->state==2) {
        use_shadow_color_scheme(w, SELECTED_);
        cairo_fill_preserve(w->crb);
        cairo_set_line_width(w->crb, 1.0);
        use_frame_color_scheme(w, SELECTED_);
    } else if(w->state==3) {
        use_shadow_color_scheme(w, ACTIVE_);
        cairo_fill_preserve(w->crb);
        cairo_set_line_width(w->crb, 1.0);
        use_frame_color_scheme(w, ACTIVE_);
    } else if(w->state==4) {
        use_shadow_color_scheme(w, INSENSITIVE_);
        cairo_fill_preserve(w->crb);
        cairo_set_line_width(w->crb, 1.0);
        use_frame_color_scheme(w, INSENSITIVE_);
    }
    cairo_stroke(w->crb); 
 
    cairo_rectangle(w->crb,4.0, 4.0, width, height);
    cairo_stroke(w->crb);
    cairo_rectangle(w->crb,3.0, 3.0, width, height);
    cairo_stroke(w->crb);
 
    cairo_text_extents_t extents;
 
    use_text_color_scheme(w, get_color_state(w));
    float font_size = w->app->normal_font/w->scale.ascale;
    cairo_set_font_size (w->crb, font_size);
    cairo_text_extents(w->crb,w->label , &extents);
 
    cairo_move_to (w->crb, (width-extents.width)*0.4, (height+extents.height)*0.55);
    cairo_show_text(w->crb, w->label);
    cairo_new_path (w->crb);
    if (extents.width > (float)width-20) {
        tooltip_set_text(w,w->label);
        w->flags |= HAS_TOOLTIP;
    } else {
        w->flags &= ~HAS_TOOLTIP;
    }
}

References ACTIVE_, Widget_t::app, Resize_t::ascale, Widget_t::crb, Xputty::dpy, Widget_t::flags, get_color_state(), HAS_TOOLTIP, INSENSITIVE_, Widget_t::label, NORMAL_, Xputty::normal_font, PRELIGHT_, Widget_t::scale, SELECTED_, Widget_t::state, tooltip_set_text(), use_frame_color_scheme(), use_shadow_color_scheme(), use_text_color_scheme(), and Widget_t::widget.

_draw_combobox_button()

void _draw_combobox_button	(	void *	w_,
		void *	user_data
	)

_draw_combobox_button - internal draw the combobox button to the buffer

Parameters

*w_	- void pointer to the Widget_t combobox button
*user_data	- void pointer to attached user_data

Returns

void

Definition at line 26 of file xcombobox_private.c.

                                                      {
    Widget_t *w = (Widget_t*)w_;
    if (!w) return;
    XWindowAttributes attrs;
    XGetWindowAttributes(w->app->dpy, (Window)w->widget, &attrs);
    int width = attrs.width-2;
    int height = attrs.height-4;
    if (attrs.map_state != IsViewable) return;
    if (!w->state && (int)w->adj_y->value)
        w->state = 3;
 
    cairo_rectangle(w->crb,2.0, 4.0, width, height);
 
    if(w->state==0) {
        cairo_set_line_width(w->crb, 1.0);
        _pattern_out(w, NORMAL_, height);
        cairo_fill_preserve(w->crb);
        use_frame_color_scheme(w, PRELIGHT_);
    } else if(w->state==1) {
        _pattern_out(w, PRELIGHT_, height);
        cairo_fill_preserve(w->crb);
        cairo_set_line_width(w->crb, 1.5);
        use_frame_color_scheme(w, PRELIGHT_);
    } else if(w->state==2) {
        _pattern_in(w, SELECTED_, height);
        cairo_fill_preserve(w->crb);
        cairo_set_line_width(w->crb, 1.0);
        use_frame_color_scheme(w, PRELIGHT_);
    } else if(w->state==3) {
        _pattern_in(w, ACTIVE_, height);
        cairo_fill_preserve(w->crb);
        cairo_set_line_width(w->crb, 1.0);
        use_frame_color_scheme(w, PRELIGHT_);
    }
    cairo_stroke(w->crb); 
 
    if(w->state==2) {
        cairo_rectangle(w->crb,4.0, 6.0, width, height);
        cairo_stroke(w->crb);
        cairo_rectangle(w->crb,3.0, 4.0, width, height);
        cairo_stroke(w->crb);
    } else if (w->state==3) {
        cairo_rectangle(w->crb,3.0, 4.0, width, height);
        cairo_stroke(w->crb);
    }
 
    float offset = 0.0;
    if(w->state==0) {
        use_fg_color_scheme(w, NORMAL_);
    } else if(w->state==1) {
        use_fg_color_scheme(w, PRELIGHT_);
        offset = 1.0;
    } else if(w->state==2) {
        use_fg_color_scheme(w, SELECTED_);
        offset = 2.0;
    } else if(w->state==3) {
        use_fg_color_scheme(w, ACTIVE_);
        offset = 1.0;
    }
    use_text_color_scheme(w, get_color_state(w));
    int wa = width/1.1;
    int h = height/2.2;
    int wa1 = width/1.55;
    int h1 = height/1.3;
    int wa2 = width/2.8;
   
    cairo_move_to(w->crb, wa+offset, h+offset);
    cairo_line_to(w->crb, wa1+offset, h1+offset);
    cairo_line_to(w->crb, wa2+offset, h+offset);
    cairo_line_to(w->crb, wa+offset, h+offset);
    cairo_fill(w->crb);
   
}

References _pattern_in(), _pattern_out(), ACTIVE_, Widget_t::adj_y, Widget_t::app, Widget_t::crb, Xputty::dpy, get_color_state(), NORMAL_, PRELIGHT_, SELECTED_, Widget_t::state, use_fg_color_scheme(), use_frame_color_scheme(), use_text_color_scheme(), Adjustment_t::value, and Widget_t::widget.

_entry_released()

void _entry_released	(	void *	w_,
		void *	item_,
		void *	user_data
	)

_entry_released - the combobox menu release func

Parameters

*w_	- void pointer to the Widget_t menu
<em>item	- void pointer to the selected item *(int)
*user_data	- void pointer to the item label *(const char**)

Returns

void

Definition at line 184 of file xcombobox_private.c.

                                                             {
    Widget_t *w = (Widget_t*)w_;
    Widget_t * combo = NULL;
    int i = w->app->childlist->elem-1;
    for(;i>-1;i--) {
        Widget_t *wid = w->app->childlist->childs[i];
        if (wid == w) {
            combo = w->app->childlist->childs[i-2];
            adj_set_value(combo->adj, (float)*(int*)item_);
            break;
        }
    }    
}

References Widget_t::adj, adj_set_value(), Widget_t::app, Xputty::childlist, Childlist_t::childs, and Childlist_t::elem.

_set_entry()

void _set_entry	(	void *	w_,
		void *	user_data
	)

_set_entry - set the active combobox entry on adjustment change

Parameters

*w_	- void pointer to the Widget_t combobox
*user_data	- void pointer to the item label *(const char**)

Returns

void

Definition at line 198 of file xcombobox_private.c.

                                           {
    Widget_t *w = (Widget_t*)w_;
    int v = (int)adj_get_value(w->adj);
    Widget_t * menu = w->childlist->childs[1];
    if (!childlist_has_child(menu->childlist)) return;
    Widget_t* view_port =  menu->childlist->childs[0];
    if(v>=0) {
        w->label = view_port->childlist->childs[v]->label;
        transparent_draw(w, user_data);
    }
}

References Widget_t::adj, adj_get_value(), Widget_t::childlist, childlist_has_child(), Childlist_t::childs, Widget_t::label, and transparent_draw().