bdisp.c revision 1.8 1 1.8 agc /* $NetBSD: bdisp.c,v 1.8 2003/08/07 09:37:16 agc Exp $ */
2 1.4 cgd
3 1.1 tls /*
4 1.1 tls * Copyright (c) 1994
5 1.1 tls * The Regents of the University of California. All rights reserved.
6 1.1 tls *
7 1.1 tls * This code is derived from software contributed to Berkeley by
8 1.1 tls * Ralph Campbell.
9 1.1 tls *
10 1.1 tls * Redistribution and use in source and binary forms, with or without
11 1.1 tls * modification, are permitted provided that the following conditions
12 1.1 tls * are met:
13 1.1 tls * 1. Redistributions of source code must retain the above copyright
14 1.1 tls * notice, this list of conditions and the following disclaimer.
15 1.1 tls * 2. Redistributions in binary form must reproduce the above copyright
16 1.1 tls * notice, this list of conditions and the following disclaimer in the
17 1.1 tls * documentation and/or other materials provided with the distribution.
18 1.8 agc * 3. Neither the name of the University nor the names of its contributors
19 1.1 tls * may be used to endorse or promote products derived from this software
20 1.1 tls * without specific prior written permission.
21 1.1 tls *
22 1.1 tls * THIS SOFTWARE IS PROVIDED BY THE REGENTS AND CONTRIBUTORS ``AS IS'' AND
23 1.1 tls * ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT LIMITED TO, THE
24 1.1 tls * IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR A PARTICULAR PURPOSE
25 1.1 tls * ARE DISCLAIMED. IN NO EVENT SHALL THE REGENTS OR CONTRIBUTORS BE LIABLE
26 1.1 tls * FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, EXEMPLARY, OR CONSEQUENTIAL
27 1.1 tls * DAMAGES (INCLUDING, BUT NOT LIMITED TO, PROCUREMENT OF SUBSTITUTE GOODS
28 1.1 tls * OR SERVICES; LOSS OF USE, DATA, OR PROFITS; OR BUSINESS INTERRUPTION)
29 1.1 tls * HOWEVER CAUSED AND ON ANY THEORY OF LIABILITY, WHETHER IN CONTRACT, STRICT
30 1.1 tls * LIABILITY, OR TORT (INCLUDING NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY
31 1.1 tls * OUT OF THE USE OF THIS SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF
32 1.1 tls * SUCH DAMAGE.
33 1.1 tls */
34 1.1 tls
35 1.5 lukem #include <sys/cdefs.h>
36 1.1 tls #ifndef lint
37 1.2 tls #if 0
38 1.1 tls static char sccsid[] = "@(#)bdisp.c 8.2 (Berkeley) 5/3/95";
39 1.2 tls #else
40 1.8 agc __RCSID("$NetBSD: bdisp.c,v 1.8 2003/08/07 09:37:16 agc Exp $");
41 1.2 tls #endif
42 1.1 tls #endif /* not lint */
43 1.1 tls
44 1.5 lukem #include <curses.h>
45 1.5 lukem #include <string.h>
46 1.1 tls #include "gomoku.h"
47 1.1 tls
48 1.1 tls #define SCRNH 24 /* assume 24 lines for the moment */
49 1.1 tls #define SCRNW 80 /* assume 80 chars for the moment */
50 1.1 tls
51 1.1 tls static int lastline;
52 1.1 tls static char pcolor[] = "*O.?";
53 1.1 tls
54 1.7 christos extern int interactive;
55 1.7 christos extern char *plyr[];
56 1.7 christos
57 1.1 tls /*
58 1.1 tls * Initialize screen display.
59 1.1 tls */
60 1.5 lukem void
61 1.1 tls cursinit()
62 1.1 tls {
63 1.1 tls
64 1.1 tls initscr();
65 1.1 tls noecho();
66 1.1 tls cbreak();
67 1.1 tls leaveok(stdscr, TRUE);
68 1.1 tls }
69 1.1 tls
70 1.1 tls /*
71 1.1 tls * Restore screen display.
72 1.1 tls */
73 1.5 lukem void
74 1.1 tls cursfini()
75 1.1 tls {
76 1.1 tls
77 1.1 tls leaveok(stdscr, FALSE);
78 1.1 tls move(23, 0);
79 1.1 tls clrtoeol();
80 1.1 tls refresh();
81 1.1 tls endwin();
82 1.1 tls }
83 1.1 tls
84 1.1 tls /*
85 1.1 tls * Initialize board display.
86 1.1 tls */
87 1.5 lukem void
88 1.1 tls bdisp_init()
89 1.1 tls {
90 1.5 lukem int i, j;
91 1.1 tls
92 1.1 tls /* top border */
93 1.1 tls for (i = 1; i < BSZ1; i++) {
94 1.1 tls move(0, 2 * i + 1);
95 1.1 tls addch(letters[i]);
96 1.1 tls }
97 1.1 tls /* left and right edges */
98 1.1 tls for (j = BSZ1; --j > 0; ) {
99 1.1 tls move(20 - j, 0);
100 1.1 tls printw("%2d ", j);
101 1.1 tls move(20 - j, 2 * BSZ1 + 1);
102 1.1 tls printw("%d ", j);
103 1.1 tls }
104 1.1 tls /* bottom border */
105 1.1 tls for (i = 1; i < BSZ1; i++) {
106 1.1 tls move(20, 2 * i + 1);
107 1.1 tls addch(letters[i]);
108 1.1 tls }
109 1.1 tls bdwho(0);
110 1.1 tls move(0, 47);
111 1.1 tls addstr("# black white");
112 1.1 tls lastline = 0;
113 1.1 tls bdisp();
114 1.1 tls }
115 1.1 tls
116 1.1 tls /*
117 1.1 tls * Update who is playing whom.
118 1.1 tls */
119 1.5 lukem void
120 1.1 tls bdwho(update)
121 1.1 tls int update;
122 1.1 tls {
123 1.1 tls int i;
124 1.1 tls
125 1.1 tls move(21, 0);
126 1.1 tls clrtoeol();
127 1.1 tls i = 6 - strlen(plyr[BLACK]) / 2;
128 1.1 tls move(21, i > 0 ? i : 0);
129 1.1 tls printw("BLACK/%s", plyr[BLACK]);
130 1.1 tls i = 30 - strlen(plyr[WHITE]) / 2;
131 1.1 tls move(21, i);
132 1.1 tls printw("WHITE/%s", plyr[WHITE]);
133 1.1 tls move(21, 19);
134 1.1 tls addstr(" vs. ");
135 1.1 tls if (update)
136 1.1 tls refresh();
137 1.1 tls }
138 1.1 tls
139 1.1 tls /*
140 1.1 tls * Update the board display after a move.
141 1.1 tls */
142 1.5 lukem void
143 1.1 tls bdisp()
144 1.1 tls {
145 1.5 lukem int i, j, c;
146 1.5 lukem struct spotstr *sp;
147 1.1 tls
148 1.1 tls for (j = BSZ1; --j > 0; ) {
149 1.1 tls for (i = 1; i < BSZ1; i++) {
150 1.1 tls move(BSZ1 - j, 2 * i + 1);
151 1.1 tls sp = &board[i + j * BSZ1];
152 1.1 tls if (debug > 1 && sp->s_occ == EMPTY) {
153 1.1 tls if (sp->s_flg & IFLAGALL)
154 1.1 tls c = '+';
155 1.1 tls else if (sp->s_flg & CFLAGALL)
156 1.1 tls c = '-';
157 1.1 tls else
158 1.1 tls c = '.';
159 1.1 tls } else
160 1.1 tls c = pcolor[sp->s_occ];
161 1.1 tls addch(c);
162 1.1 tls }
163 1.1 tls }
164 1.1 tls refresh();
165 1.1 tls }
166 1.1 tls
167 1.1 tls #ifdef DEBUG
168 1.1 tls /*
169 1.1 tls * Dump board display to a file.
170 1.1 tls */
171 1.5 lukem void
172 1.1 tls bdump(fp)
173 1.1 tls FILE *fp;
174 1.1 tls {
175 1.5 lukem int i, j, c;
176 1.5 lukem struct spotstr *sp;
177 1.1 tls
178 1.1 tls /* top border */
179 1.1 tls fprintf(fp, " A B C D E F G H J K L M N O P Q R S T\n");
180 1.1 tls
181 1.1 tls for (j = BSZ1; --j > 0; ) {
182 1.1 tls /* left edge */
183 1.1 tls fprintf(fp, "%2d ", j);
184 1.1 tls for (i = 1; i < BSZ1; i++) {
185 1.1 tls sp = &board[i + j * BSZ1];
186 1.1 tls if (debug > 1 && sp->s_occ == EMPTY) {
187 1.1 tls if (sp->s_flg & IFLAGALL)
188 1.1 tls c = '+';
189 1.1 tls else if (sp->s_flg & CFLAGALL)
190 1.1 tls c = '-';
191 1.1 tls else
192 1.1 tls c = '.';
193 1.1 tls } else
194 1.1 tls c = pcolor[sp->s_occ];
195 1.1 tls putc(c, fp);
196 1.1 tls putc(' ', fp);
197 1.1 tls }
198 1.1 tls /* right edge */
199 1.1 tls fprintf(fp, "%d\n", j);
200 1.1 tls }
201 1.1 tls
202 1.1 tls /* bottom border */
203 1.1 tls fprintf(fp, " A B C D E F G H J K L M N O P Q R S T\n");
204 1.1 tls }
205 1.1 tls #endif /* DEBUG */
206 1.1 tls
207 1.1 tls /*
208 1.1 tls * Display a transcript entry
209 1.1 tls */
210 1.5 lukem void
211 1.1 tls dislog(str)
212 1.6 jsm const char *str;
213 1.1 tls {
214 1.1 tls
215 1.1 tls if (++lastline >= SCRNH - 1) {
216 1.1 tls /* move 'em up */
217 1.1 tls lastline = 1;
218 1.1 tls }
219 1.1 tls move(lastline, 46);
220 1.6 jsm addnstr(str, SCRNW - 46 - 1);
221 1.1 tls clrtoeol();
222 1.1 tls move(lastline + 1, 46);
223 1.1 tls clrtoeol();
224 1.1 tls }
225 1.1 tls
226 1.1 tls /*
227 1.1 tls * Display a question.
228 1.1 tls */
229 1.5 lukem
230 1.5 lukem void
231 1.1 tls ask(str)
232 1.6 jsm const char *str;
233 1.1 tls {
234 1.1 tls int len = strlen(str);
235 1.1 tls
236 1.1 tls move(23, 0);
237 1.1 tls addstr(str);
238 1.1 tls clrtoeol();
239 1.1 tls move(23, len);
240 1.1 tls refresh();
241 1.1 tls }
242 1.1 tls
243 1.5 lukem int
244 1.1 tls getline(buf, size)
245 1.1 tls char *buf;
246 1.1 tls int size;
247 1.1 tls {
248 1.5 lukem char *cp, *end;
249 1.5 lukem int c;
250 1.1 tls
251 1.5 lukem c = 0;
252 1.1 tls cp = buf;
253 1.1 tls end = buf + size - 1; /* save room for the '\0' */
254 1.1 tls while (cp < end && (c = getchar()) != EOF && c != '\n' && c != '\r') {
255 1.1 tls *cp++ = c;
256 1.1 tls if (interactive) {
257 1.1 tls switch (c) {
258 1.1 tls case 0x0c: /* ^L */
259 1.1 tls wrefresh(curscr);
260 1.1 tls cp--;
261 1.1 tls continue;
262 1.1 tls case 0x15: /* ^U */
263 1.1 tls case 0x18: /* ^X */
264 1.1 tls while (cp > buf) {
265 1.1 tls cp--;
266 1.1 tls addch('\b');
267 1.1 tls }
268 1.1 tls clrtoeol();
269 1.1 tls break;
270 1.1 tls case '\b':
271 1.1 tls case 0x7f: /* DEL */
272 1.1 tls if (cp == buf + 1) {
273 1.1 tls cp--;
274 1.1 tls continue;
275 1.1 tls }
276 1.1 tls cp -= 2;
277 1.1 tls addch('\b');
278 1.1 tls c = ' ';
279 1.1 tls /* FALLTHROUGH */
280 1.1 tls default:
281 1.1 tls addch(c);
282 1.1 tls }
283 1.1 tls refresh();
284 1.1 tls }
285 1.1 tls }
286 1.1 tls *cp = '\0';
287 1.1 tls return(c != EOF);
288 1.1 tls }
289