mirror of
https://github.com/0intro/wmii
synced 2024-11-27 00:00:36 +03:00
433 lines
11 KiB
C
433 lines
11 KiB
C
/*
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* (C)opyright MMIV-MMVI Anselm R. Garbe <garbeam at gmail dot com>
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* See LICENSE file for license details.
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*/
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#include <stdlib.h>
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#include <string.h>
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#include "wm.h"
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char *
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str_of_column_mode(int mode)
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{
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switch(mode) {
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case Coldefault: return "default"; break;
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case Colstack: return "stack"; break;
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case Colmax: return "max"; break;
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default: break;
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}
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return nil;
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}
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int
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column_mode_of_str(char *arg)
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{
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if(!strncmp("default", arg, 8))
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return Coldefault;
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if(!strncmp("stack", arg, 6))
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return Colstack;
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if(!strncmp("max", arg, 4))
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return Colmax;
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return -1;
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}
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static void
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relax_column(Area *a)
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{
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unsigned int i, yoff, h;
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int hdiff;
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Bool fallthrough = False;
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if(!a->frame.size)
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return;
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switch(a->mode) {
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case Coldefault:
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h = a->rect.height;
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h /= a->frame.size;
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if(h < 2 * height_of_bar())
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fallthrough = True;
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break;
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case Colstack:
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h = a->rect.height - (a->frame.size - 1) * height_of_bar();
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if(h < 3 * height_of_bar())
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fallthrough = True;
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default:
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yoff = a->rect.y;
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break;
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}
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if(fallthrough) {
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for(i = 0; i < a->frame.size; i++) {
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Frame *f = a->frame.data[i];
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f->rect.x = a->rect.x + (a->rect.width - f->rect.width) / 2;
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f->rect.y = a->rect.y + (a->rect.height - f->rect.height) / 2;
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resize_client(f->client, &f->rect, False);
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}
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return;
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}
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/* some relaxing from potential increment gaps */
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h = 0;
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for(i = 0; i < a->frame.size; i++) {
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Frame *f = a->frame.data[i];
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if(a->mode == Colmax) {
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if(h < f->rect.height)
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h = f->rect.height;
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}
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else
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h += f->rect.height;
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}
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hdiff = a->rect.height - h;
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if((a->mode == Coldefault) && (hdiff > 0)) {
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int hx;
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for(hx = 1; hx < hdiff; hx++)
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for(i = 0; (hx < hdiff) && (i < a->frame.size); i++) {
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Frame *f = a->frame.data[i];
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unsigned int tmp = f->rect.height;
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f->rect.height += hx;
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resize_client(f->client, &f->rect, True);
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hdiff -= (f->rect.height - tmp);
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}
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}
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if(hdiff < 0)
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hdiff = 0;
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hdiff /= a->frame.size;
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yoff = a->rect.y + hdiff / 2;
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for(i = 0; i < a->frame.size; i++) {
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Frame *f = a->frame.data[i];
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f->rect.x = a->rect.x + (a->rect.width - f->rect.width) / 2;
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f->rect.y = yoff;
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if(a->mode != Colmax)
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yoff = f->rect.y + f->rect.height + hdiff;
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resize_client(f->client, &f->rect, False);
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}
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}
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void
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scale_column(Area *a, float h)
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{
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unsigned int i, yoff;
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unsigned int min_height = 2 * height_of_bar();
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float scale, dy = 0;
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int hdiff;
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if(!a->frame.size)
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return;
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for(i = 0; i < a->frame.size; i++)
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dy += a->frame.data[i]->rect.height;
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scale = h / dy;
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yoff = 0;
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for(i = 0; i < a->frame.size; i++) {
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Frame *f = a->frame.data[i];
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f->rect.height *= scale;
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if(i == a->frame.size - 1)
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f->rect.height = h - yoff;
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yoff += f->rect.height;
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}
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/* min_height can only be respected when there is enough space; the caller should guarantee this */
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if(a->frame.size * min_height > h)
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return;
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yoff = 0;
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for(i = 0; i < a->frame.size; i++) {
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Frame *f = a->frame.data[i];
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if(f->rect.height < min_height)
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f->rect.height = min_height;
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else if((hdiff = yoff + f->rect.height - h + (a->frame.size - i) * min_height) > 0)
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f->rect.height -= hdiff;
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if(i == a->frame.size - 1)
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f->rect.height = h - yoff;
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yoff += f->rect.height;
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}
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}
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void
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arrange_column(Area *a, Bool dirty)
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{
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unsigned int i, yoff = a->rect.y, h;
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unsigned int min_height = 2 * height_of_bar();
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if(!a->frame.size)
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return;
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switch(a->mode) {
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case Coldefault:
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h = a->rect.height / a->frame.size;
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if(h < min_height)
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goto Fallthrough;
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if(dirty) {
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for(i = 0; i < a->frame.size; i++)
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a->frame.data[i]->rect.height = h;
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}
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scale_column(a, a->rect.height);
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for(i = 0; i < a->frame.size; i++) {
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Frame *f = a->frame.data[i];
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f->rect.x = a->rect.x;
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f->rect.y = yoff;
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f->rect.width = a->rect.width;
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yoff += f->rect.height;
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resize_client(f->client, &f->rect, True);
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}
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break;
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case Colstack:
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h = a->rect.height - (a->frame.size - 1) * height_of_bar();
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if(h < 3 * height_of_bar())
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goto Fallthrough;
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for(i = 0; i < a->frame.size; i++) {
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Frame *f = a->frame.data[i];
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f->rect = a->rect;
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f->rect.y = yoff;
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if(i == a->sel)
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f->rect.height = h;
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else
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f->rect.height = height_of_bar();
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yoff += f->rect.height;
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resize_client(f->client, &f->rect, True);
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}
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break;
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Fallthrough:
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case Colmax:
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for(i = 0; i < a->frame.size; i++) {
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Frame *f = a->frame.data[i];
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f->rect = a->rect;
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resize_client(f->client, &f->rect, True);
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}
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break;
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default:
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break;
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}
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relax_column(a);
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flush_masked_events(EnterWindowMask);
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}
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static void
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match_horiz(Area *a, XRectangle *r)
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{
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unsigned int i;
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for(i = 0; i < a->frame.size; i++) {
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Frame *f = a->frame.data[i];
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f->rect.x = r->x;
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f->rect.width = r->width;
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resize_client(f->client, &f->rect, False);
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}
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}
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static void
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drop_resize(Frame *f, XRectangle *new)
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{
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Area *west = nil, *east = nil, *a = f->area;
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View *v = a->view;
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Frame *north = nil, *south = nil;
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unsigned int i;
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unsigned int min_height = 2 * height_of_bar();
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for(i = 1; (i < v->area.size) && (v->area.data[i] != a); i++);
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/* first managed area is indexed 1, thus (i > 1) ? ... */
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west = (i > 1) ? v->area.data[i - 1] : nil;
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east = i + 1 < v->area.size ? v->area.data[i + 1] : nil;
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for(i = 0; (i < a->frame.size) && (a->frame.data[i] != f); i++);
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north = i ? a->frame.data[i - 1] : nil;
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south = i + 1 < a->frame.size ? a->frame.data[i + 1] : nil;
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/* validate (and trim if necessary) horizontal resize */
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if(new->width < MIN_COLWIDTH) {
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if(new->x + new->width == f->rect.x + f->rect.width)
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new->x = a->rect.x + a->rect.width - MIN_COLWIDTH;
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new->width = MIN_COLWIDTH;
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}
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if(west && (new->x != f->rect.x)) {
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if(new->x < 0 || new->x < (west->rect.x + MIN_COLWIDTH)) {
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new->width -= (west->rect.x + MIN_COLWIDTH) - new->x;
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new->x = west->rect.x + MIN_COLWIDTH;
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}
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} else {
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new->width += new->x - a->rect.x;
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new->x = a->rect.x;
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}
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if(east && (new->x + new->width != f->rect.x + f->rect.width)) {
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if((new->x + new->width) > (east->rect.x + east->rect.width - MIN_COLWIDTH))
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new->width = (east->rect.x + east->rect.width - MIN_COLWIDTH) - new->x;
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} else
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new->width = (a->rect.x + a->rect.width) - new->x;
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if(new->width < MIN_COLWIDTH)
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goto AfterHorizontal;
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/* horizontal resize */
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if(west && (new->x != a->rect.x)) {
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west->rect.width = new->x - west->rect.x;
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a->rect.width += a->rect.x - new->x;
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a->rect.x = new->x;
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match_horiz(a, &a->rect);
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match_horiz(west, &west->rect);
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relax_column(west);
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}
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if(east && (new->x + new->width != a->rect.x + a->rect.width)) {
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east->rect.width -= new->x + new->width - east->rect.x;
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east->rect.x = new->x + new->width;
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a->rect.width = (new->x + new->width) - a->rect.x;
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match_horiz(a, &a->rect);
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match_horiz(east, &east->rect);
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relax_column(east);
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}
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AfterHorizontal:
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/* skip vertical resize unless the column is in equal mode */
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if(a->mode != Coldefault)
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goto AfterVertical;
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/* validate (and trim if necessary) vertical resize */
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if(new->height < min_height) {
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if(f->rect.height < min_height
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&& (new->y == f->rect.y || new->y + new->height == f->rect.y + f->rect.height))
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goto AfterVertical;
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if(new->y + new->height == f->rect.y + f->rect.height)
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new->y = f->rect.y + f->rect.height - min_height;
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new->height = min_height;
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}
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if(north && (new->y != f->rect.y))
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if(new->y < 0 || new->y < (north->rect.y + min_height)) {
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new->height -= (north->rect.y + min_height) - new->y;
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new->y = north->rect.y + min_height;
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}
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if(south && (new->y + new->height != f->rect.y + f->rect.height)) {
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if((new->y + new->height) > (south->rect.y + south->rect.height - min_height))
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new->height = (south->rect.y + south->rect.height - min_height) - new->y;
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}
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if(new->height < min_height)
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goto AfterVertical;
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/* vertical resize */
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if(north && (new->y != f->rect.y)) {
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north->rect.height = new->y - north->rect.y;
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f->rect.height += f->rect.y - new->y;
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f->rect.y = new->y;
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resize_client(north->client, &north->rect, False);
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resize_client(f->client, &f->rect, False);
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}
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if(south && (new->y + new->height != f->rect.y + f->rect.height)) {
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south->rect.height -= new->y + new->height - south->rect.y;
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south->rect.y = new->y + new->height;
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f->rect.y = new->y;
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f->rect.height = new->height;
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resize_client(f->client, &f->rect, False);
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resize_client(south->client, &south->rect, False);
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}
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AfterVertical:
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relax_column(a);
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}
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static Frame *
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frame_of_point(XPoint *pt)
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{
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unsigned int i, j;
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Frame *f = nil;
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View *v = view.size ? view.data[sel] : nil;
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if(!v)
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return nil;
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for(i = 1; (i < v->area.size) &&
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!blitz_ispointinrect(pt->x, pt->y, &v->area.data[i]->rect); i++);
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if(i < v->area.size) {
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Area *a = v->area.data[i];
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for(j = 0; j < a->frame.size &&
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!blitz_ispointinrect(pt->x, pt->y, &a->frame.data[j]->rect); j++);
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if(j < a->frame.size)
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f = a->frame.data[j];
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}
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return f;
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}
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static void
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drop_move(Frame *f, XRectangle *new, XPoint *pt)
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{
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Area *tgt = nil, *src = f->area;
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View *v = src->view;
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unsigned int i;
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int fidx;
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Frame *ft;
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if(!pt)
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return;
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for(i = 1; (i < v->area.size) &&
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!blitz_ispointinrect(pt->x, pt->y, &v->area.data[i]->rect); i++);
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if(i < v->area.size) {
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if(pt->x <= 5) {
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if(src->frame.size > 1 || idx_of_area(src) != 1) {
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tgt = new_column(v, 0, 0);
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send_to_area(tgt, src, f->client);
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}
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}
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else if(pt->x >= rect.width - 5) {
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if(src->frame.size > 1 || idx_of_area(src) != v->area.size - 1) {
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tgt = new_column(v, v->area.size, 0);
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send_to_area(tgt, src, f->client);
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}
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}
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else if(src != (tgt = v->area.data[i])) {
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Client *c = f->client;
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Bool before;
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if(!(ft = frame_of_point(pt)) || (f == ft))
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return;
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fidx = idx_of_frame(ft);
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before = pt->y < (ft->rect.y + ft->rect.height / 2);
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send_to_area(tgt, src, c);
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f = c->frame.data[c->sel];
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cext_vdetach(vector_of_frames(&tgt->frame), f);
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if(before)
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cext_vattachat(vector_of_frames(&tgt->frame), f, fidx);
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else
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cext_vattachat(vector_of_frames(&tgt->frame), f, fidx + 1);
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tgt->sel = idx_of_frame(f);
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arrange_column(tgt, False);
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}
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else {
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if(!(ft = frame_of_point(pt)) || (f == ft))
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return;
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cext_vdetach(vector_of_frames(&tgt->frame), f);
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fidx = idx_of_frame(ft);
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if(pt->y < (ft->rect.y + ft->rect.height / 2))
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cext_vattachat(vector_of_frames(&tgt->frame), f, fidx);
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else
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cext_vattachat(vector_of_frames(&tgt->frame), f, fidx + 1);
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tgt->sel = idx_of_frame(f);
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arrange_column(tgt, False);
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}
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}
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}
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void
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resize_column(Client *c, XRectangle *r, XPoint *pt)
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{
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Frame *f = c->frame.data[c->sel];
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if((f->rect.width == r->width) && (f->rect.height == r->height))
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drop_move(f, r, pt);
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else
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drop_resize(f, r);
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}
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Area *
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new_column(View *v, unsigned int pos, unsigned int w) {
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Area *a;
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if(!(a = create_area(v, pos, w)))
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return nil;
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arrange_view(v);
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return a;
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}
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