| /src/usr.bin/make/unit-tests/ |
| cmdline-redirect-stdin.mk | 3 # Demonstrate that the '!=' assignment operator can read individual lines
11 | ${MAKE} -f ${MAKEFILE} read-lines
13 .if make(read-lines)
33 read-lines: .PHONY
|
| cmdline-redirect-stdin.mk | 3 # Demonstrate that the '!=' assignment operator can read individual lines
11 | ${MAKE} -f ${MAKEFILE} read-lines
13 .if make(read-lines)
33 read-lines: .PHONY
|
| cmdline-redirect-stdin.mk | 3 # Demonstrate that the '!=' assignment operator can read individual lines
11 | ${MAKE} -f ${MAKEFILE} read-lines
13 .if make(read-lines)
33 read-lines: .PHONY
|
| job-output.mk | 6 @${MAKE} -f ${MAKEFILE} -j1 empty-lines
12 # size is, the empty lines must not be discarded.
13 empty-lines: .PHONY
|
| job-output.mk | 6 @${MAKE} -f ${MAKEFILE} -j1 empty-lines
12 # size is, the empty lines must not be discarded.
13 empty-lines: .PHONY
|
| job-output.mk | 6 @${MAKE} -f ${MAKEFILE} -j1 empty-lines
12 # size is, the empty lines must not be discarded.
13 empty-lines: .PHONY
|
| /src/sys/external/bsd/drm2/dist/drm/nouveau/nvkm/subdev/gpio/ |
| priv.h | 10 int lines; member in struct:nvkm_gpio_func
13 * for lines that have not been masked off, while still
19 * given set of gpio lines
|
| priv.h | 10 int lines; member in struct:nvkm_gpio_func
13 * for lines that have not been masked off, while still
19 * given set of gpio lines
|
| priv.h | 10 int lines; member in struct:nvkm_gpio_func
13 * for lines that have not been masked off, while still
19 * given set of gpio lines
|
| /src/games/rain/ |
| rain.c | 63 static long lines; variable in typeref:typename:long
109 ypos[j] = random() % lines + 2;
116 if (is_term_resized(LINES, COLS)) {
117 resizeterm(LINES, COLS);
121 y = random() % lines + 2;
157 lines = LINES - 4;
159 if (lines == 0) lines++;
|
| rain.c | 63 static long lines; variable in typeref:typename:long
109 ypos[j] = random() % lines + 2;
116 if (is_term_resized(LINES, COLS)) {
117 resizeterm(LINES, COLS);
121 y = random() % lines + 2;
157 lines = LINES - 4;
159 if (lines == 0) lines++;
|
| rain.c | 63 static long lines; variable in typeref:typename:long
109 ypos[j] = random() % lines + 2;
116 if (is_term_resized(LINES, COLS)) {
117 resizeterm(LINES, COLS);
121 y = random() % lines + 2;
157 lines = LINES - 4;
159 if (lines == 0) lines++;
|
| /src/usr.bin/tail/ |
| read.c | 58 * rflag is set, the data is displayed in lines in reverse order, and this
122 * displaylines -- read lines to an offset from the end and display.
126 * rflag is set, the data is displayed in lines in reverse order, and this
140 } *lines; local in function:displaylines
147 if ((lines = malloc(off * sizeof(*lines))) == NULL)
150 memset(lines, 0, sizeof(*lines) * off);
165 if (lines[recno].blen < cnt) {
166 if ((n = realloc(lines[recno].l
[all...] |
| read.c | 58 * rflag is set, the data is displayed in lines in reverse order, and this
122 * displaylines -- read lines to an offset from the end and display.
126 * rflag is set, the data is displayed in lines in reverse order, and this
140 } *lines; local in function:displaylines
147 if ((lines = malloc(off * sizeof(*lines))) == NULL)
150 memset(lines, 0, sizeof(*lines) * off);
165 if (lines[recno].blen < cnt) {
166 if ((n = realloc(lines[recno].l
[all...] |
| read.c | 58 * rflag is set, the data is displayed in lines in reverse order, and this
122 * displaylines -- read lines to an offset from the end and display.
126 * rflag is set, the data is displayed in lines in reverse order, and this
140 } *lines; local in function:displaylines
147 if ((lines = malloc(off * sizeof(*lines))) == NULL)
150 memset(lines, 0, sizeof(*lines) * off);
165 if (lines[recno].blen < cnt) {
166 if ((n = realloc(lines[recno].l
[all...] |
| /src/games/ching/printching/ |
| printching.c | 68 int lines; /* encoded value of lines */ member in struct:__anonc07732ed0108
104 char *hexptr; /* pointer to string of lines */
105 char hexstr[6+1]; /* buffer for reading lines in */
146 if (table[i].lines == lower)
148 if (table[i].lines == upper)
156 * represent the lines. 7 is a solid (yang) line, 8 is a broken (yin) line.
187 * Compute the changes based on moving lines; return 1 if any lines moved,
188 * 0 if no lines moved
[all...] |
| printching.c | 68 int lines; /* encoded value of lines */ member in struct:__anonc07732ed0108
104 char *hexptr; /* pointer to string of lines */
105 char hexstr[6+1]; /* buffer for reading lines in */
146 if (table[i].lines == lower)
148 if (table[i].lines == upper)
156 * represent the lines. 7 is a solid (yang) line, 8 is a broken (yin) line.
187 * Compute the changes based on moving lines; return 1 if any lines moved,
188 * 0 if no lines moved
[all...] |
| printching.c | 68 int lines; /* encoded value of lines */ member in struct:__anonc07732ed0108
104 char *hexptr; /* pointer to string of lines */
105 char hexstr[6+1]; /* buffer for reading lines in */
146 if (table[i].lines == lower)
148 if (table[i].lines == upper)
156 * represent the lines. 7 is a solid (yang) line, 8 is a broken (yin) line.
187 * Compute the changes based on moving lines; return 1 if any lines moved,
188 * 0 if no lines moved
[all...] |
| /src/usr.bin/shuffle/ |
| shuffle.c | 102 * Return an array of lines read from input
110 char **lines = emalloc(sizeof(char *) * maxlines); local in function:get_lines
121 lines[nlines] = emalloc(size + 1);
122 (void)memcpy(lines[nlines], line, size);
123 lines[nlines++][size] = '\0';
126 lines = erealloc(lines, (sizeof(char *) * maxlines));
129 lines[nlines] = NULL;
131 *linesp = lines;
164 char **lines = NULL local in function:main
[all...] |
| shuffle.c | 102 * Return an array of lines read from input
110 char **lines = emalloc(sizeof(char *) * maxlines); local in function:get_lines
121 lines[nlines] = emalloc(size + 1);
122 (void)memcpy(lines[nlines], line, size);
123 lines[nlines++][size] = '\0';
126 lines = erealloc(lines, (sizeof(char *) * maxlines));
129 lines[nlines] = NULL;
131 *linesp = lines;
164 char **lines = NULL local in function:main
[all...] |
| shuffle.c | 102 * Return an array of lines read from input
110 char **lines = emalloc(sizeof(char *) * maxlines); local in function:get_lines
121 lines[nlines] = emalloc(size + 1);
122 (void)memcpy(lines[nlines], line, size);
123 lines[nlines++][size] = '\0';
126 lines = erealloc(lines, (sizeof(char *) * maxlines));
129 lines[nlines] = NULL;
131 *linesp = lines;
164 char **lines = NULL local in function:main
[all...] |
| /src/usr.bin/sortinfo/ |
| sortinfo.c | 52 char **lines; member in struct:section
70 slist[nsections].lines = ecalloc(slist[nsections].maxlines,
71 sizeof(*slist[nsections].lines));
80 s->lines = erealloc(s->lines, s->maxlines * sizeof(*s->lines));
82 s->lines[s->nlines++] = line;
108 printf("%s", s->lines[i]);
160 qsort(s->lines, s->nlines, sizeof(*s->lines), strptrcmp)
[all...] |
| sortinfo.c | 52 char **lines; member in struct:section
70 slist[nsections].lines = ecalloc(slist[nsections].maxlines,
71 sizeof(*slist[nsections].lines));
80 s->lines = erealloc(s->lines, s->maxlines * sizeof(*s->lines));
82 s->lines[s->nlines++] = line;
108 printf("%s", s->lines[i]);
160 qsort(s->lines, s->nlines, sizeof(*s->lines), strptrcmp)
[all...] |
| sortinfo.c | 52 char **lines; member in struct:section
70 slist[nsections].lines = ecalloc(slist[nsections].maxlines,
71 sizeof(*slist[nsections].lines));
80 s->lines = erealloc(s->lines, s->maxlines * sizeof(*s->lines));
82 s->lines[s->nlines++] = line;
108 printf("%s", s->lines[i]);
160 qsort(s->lines, s->nlines, sizeof(*s->lines), strptrcmp)
[all...] |
| /src/sys/dev/scsipi/ |
| ss_mustek.c | 446 /* read the requested number of bytes/lines from the scanner */
461 /* instead of the bytes, the mustek wants the number of lines */
464 SC_DEBUG(periph, SCSIPI_DB1, ("mustek_read: read %ld lines\n",
518 int error, lines, bytes_per_line; local in function:mustek_get_status
540 lines = _3ltol(data.lines);
541 if (lines != ss->sio.scan_lines) {
542 printf("mustek: lines actual(%d) != computed(%ld)\n",
543 lines, ss->sio.scan_lines);
546 if (bytes_per_line * lines != ss->sio.scan_window_size)
[all...] |
