*
* TODO: lines > 2G could wrap signed int length counters. Not just getline()
* but N and s///
+ * TODO: make y// handle unicode
+ * TODO: handle error return from emit(), error_msg/exit consistently
+ * What's the right thing to do for -i when write fails? Skip to next?
USE_SED(NEWTOY(sed, "(version)e*f*inEr[+Er]", TOYFLAG_USR|TOYFLAG_BIN|TOYFLAG_LOCALE))
unsigned xx;
)
-struct step {
- struct step *next, *prev;
+// Linked list of parsed sed commands. Offset fields indicate location where
+// regex or string starts, ala offset+(char *)struct, because we remalloc()
+// these to expand them for multiline inputs, and pointers would have to be
+// individually adjusted.
+
+struct sedcmd {
+ struct sedcmd *next, *prev;
// Begin and end of each match
- long lmatch[2];
- int rmatch[2], arg1, arg2, w; // offsets because remalloc()
- unsigned not, hit, sflags;
+ long lmatch[2]; // line number of match
+ int rmatch[2]; // offset of regex struct for prefix matches (/abc/,/def/p)
+ int arg1, arg2, w; // offset of two arguments per command, plus s//w filename
+ unsigned not, hit;
+ unsigned sflags; // s///flag bits: i=1, g=2, p=4
char c; // action
};
int l, old = line[len];
if (TT.noeol && !writeall(TT.fdout, "\n", 1)) return 1;
+ TT.noeol = !eol;
if (eol) line[len++] = '\n';
if (!len) return 0;
- TT.noeol = len && !eol;
l = writeall(TT.fdout, line, len);
if (eol) line[len-1] = old;
if (l != len) {
return 0;
}
-// Do regex matching handling embedded NUL bytes in string. Note that
-// neither the pattern nor the match can currently include NUL bytes
-// (even with wildcards) and string must be null terminated.
-static int ghostwheel(regex_t *preg, char *string, long len, int nmatch,
- regmatch_t pmatch[], int eflags)
-{
- char *s = string;
-
- for (;;) {
- long ll = 0;
- int rc;
-
- while (len && !*s) {
- s++;
- len--;
- }
- while (s[ll] && ll<len) ll++;
-
- rc = regexec(preg, s, nmatch, pmatch, eflags);
- if (!rc) {
- for (rc = 0; rc<nmatch && pmatch[rc].rm_so!=-1; rc++) {
- pmatch[rc].rm_so += s-string;
- pmatch[rc].rm_eo += s-string;
- }
-
- return 0;
- }
- if (ll==len) return rc;
-
- s += ll;
- len -= ll;
- }
-}
-
// Extend allocation to include new string, with newline between if newlen<0
static char *extend_string(char **old, char *new, int oldlen, int newlen)
}
// Apply pattern to line from input file
-static void walk_pattern(char **pline, long plen)
+static void process_line(char **pline, long plen)
{
struct append {
struct append *next, *prev;
} *append = 0;
char *line = TT.nextline;
long len = TT.nextlen;
- struct step *logrus;
+ struct sedcmd *command;
int eol = 0, tea = 0;
// Grab next line for deferred processing (EOF detection: we get a NULL
// The restart-1 is because we added one to make sure it wasn't NULL,
// otherwise N as last command would restart script
- logrus = TT.restart ? ((struct step *)TT.restart)-1 : (void *)TT.pattern;
+ command = TT.restart ? ((struct sedcmd *)TT.restart)-1 : (void *)TT.pattern;
TT.restart = 0;
- while (logrus) {
- char *str, c = logrus->c;
+ while (command) {
+ char *str, c = command->c;
// Have we got a line or regex matching range for this rule?
- if (*logrus->lmatch || *logrus->rmatch) {
+ if (*command->lmatch || *command->rmatch) {
int miss = 0;
long lm;
// In a match that might end?
- if (logrus->hit) {
- if (!(lm = logrus->lmatch[1])) {
- if (!logrus->rmatch[1]) logrus->hit = 0;
+ if (command->hit) {
+ if (!(lm = command->lmatch[1])) {
+ if (!command->rmatch[1]) command->hit = 0;
else {
- void *rm = get_regex(logrus, logrus->rmatch[1]);
+ void *rm = get_regex(command, command->rmatch[1]);
// regex match end includes matching line, so defer deactivation
- if (line && !ghostwheel(rm, line, len, 0, 0, 0)) miss = 1;
+ if (line && !regexec0(rm, line, len, 0, 0, 0)) miss = 1;
}
- } else if (lm > 0 && lm < TT.count) logrus->hit = 0;
+ } else if (lm > 0 && lm < TT.count) command->hit = 0;
// Start a new match?
} else {
- if (!(lm = *logrus->lmatch)) {
- void *rm = get_regex(logrus, *logrus->rmatch);
+ if (!(lm = *command->lmatch)) {
+ void *rm = get_regex(command, *command->rmatch);
- if (line && !ghostwheel(rm, line, len, 0, 0, 0)) logrus->hit++;
- } else if (lm == TT.count || (lm == -1 && !pline)) logrus->hit++;
+ if (line && !regexec0(rm, line, len, 0, 0, 0)) command->hit++;
+ } else if (lm == TT.count || (lm == -1 && !pline)) command->hit++;
- if (!logrus->lmatch[1] && !logrus->rmatch[1]) miss = 1;
+ if (!command->lmatch[1] && !command->rmatch[1]) miss = 1;
}
// Didn't match?
- lm = !(logrus->hit ^ logrus->not);
+ lm = !(command->hit ^ command->not);
// Deferred disable from regex end match
- if (miss || logrus->lmatch[1] == TT.count) logrus->hit = 0;
+ if (miss || command->lmatch[1] == TT.count) command->hit = 0;
if (lm) {
// Handle skipping curly bracket command group
int curly = 1;
while (curly) {
- logrus = logrus->next;
- if (logrus->c == '{') curly++;
- if (logrus->c == '}') curly--;
+ command = command->next;
+ if (command->c == '{') curly++;
+ if (command->c == '}') curly--;
}
}
- logrus = logrus->next;
+ command = command->next;
continue;
}
}
// A deleted line can still update line match state for later commands
if (!line) {
- logrus = logrus->next;
+ command = command->next;
continue;
}
if (c=='a' || c=='r') {
struct append *a = xzalloc(sizeof(struct append));
- a->str = logrus->arg1+(char *)logrus;
+ if (command->arg1) a->str = command->arg1+(char *)command;
a->file = c=='r';
dlist_add_nomalloc((void *)&append, (void *)a);
} else if (c=='b' || c=='t' || c=='T') {
if (c != 'b') tea = 0;
if (c=='b' || t^(c=='T')) {
- if (!logrus->arg1) break;
- str = logrus->arg1+(char *)logrus;
- for (logrus = (void *)TT.pattern; logrus; logrus = logrus->next)
- if (logrus->c == ':' && !strcmp(logrus->arg1+(char *)logrus, str))
+ if (!command->arg1) break;
+ str = command->arg1+(char *)command;
+ for (command = (void *)TT.pattern; command; command = command->next)
+ if (command->c == ':' && !strcmp(command->arg1+(char *)command, str))
break;
- if (!logrus) error_exit("no :%s", str);
+ if (!command) error_exit("no :%s", str);
}
} else if (c=='c') {
- str = logrus->arg1+(char *)logrus;
- if (!logrus->hit) emit(str, strlen(str), 1);
+ str = command->arg1+(char *)command;
+ if (!command->hit) emit(str, strlen(str), 1);
free(line);
line = 0;
continue;
line = 0;
} else {
line[len] = 0;
- logrus = (void *)TT.pattern;
+ command = (void *)TT.pattern;
}
continue;
} else if (c=='g') {
memcpy(TT.remember+TT.rememberlen, line, len);
TT.remember[TT.rememberlen += len] = 0;
} else if (c=='i') {
- str = logrus->arg1+(char *)logrus;
+ str = command->arg1+(char *)command;
emit(str, strlen(str), 1);
} else if (c=='l') {
int i, x, off;
toybuf[off++] = '$';
emit(toybuf, off, 1);
} else if (c=='n') {
- TT.restart = logrus->next+1;
+ TT.restart = command->next+1;
break;
} else if (c=='N') {
// Can't just grab next line because we could have multiple N and
// we need to actually read ahead to get N;$p EOF detection right.
if (pline) {
- TT.restart = logrus->next+1;
+ TT.restart = command->next+1;
extend_string(&line, TT.nextline, len, -TT.nextlen);
free(TT.nextline);
TT.nextline = line;
break;
} else if (c=='s') {
- char *rline = line, *new = logrus->arg2 + (char *)logrus, *swap, *rswap;
+ char *rline = line, *new = command->arg2 + (char *)command, *swap, *rswap;
regmatch_t *match = (void *)toybuf;
- regex_t *reg = get_regex(logrus, logrus->arg1);
+ regex_t *reg = get_regex(command, command->arg1);
int mflags = 0, count = 0, zmatch = 1, rlen = len, mlen, off, newlen;
// Find match in remaining line (up to remaining len)
- while (!ghostwheel(reg, rline, rlen, 10, match, mflags)) {
+ while (!regexec0(reg, rline, rlen, 10, match, mflags)) {
mflags = REG_NOTBOL;
// Zero length matches don't count immediately after a previous match
} else zmatch = 0;
// If we're replacing only a specific match, skip if this isn't it
- off = logrus->sflags>>3;
+ off = command->sflags>>3;
if (off && off != ++count) {
rline += match[0].rm_eo;
rlen -= match[0].rm_eo;
line = swap;
// Stop after first substitution unless we have flag g
- if (!(logrus->sflags & 2)) break;
+ if (!(command->sflags & 2)) break;
}
if (mflags) {
// flag p
- if (logrus->sflags & 4) emit(line, len, eol);
+ if (command->sflags & 4) emit(line, len, eol);
tea = 1;
- if (logrus->w) goto writenow;
+ if (command->w) goto writenow;
}
} else if (c=='w') {
int fd, noeol;
noeol = TT.noeol;
// We save filehandle and newline status before filename
- name = logrus->w + (char *)logrus;
+ name = command->w + (char *)command;
memcpy(&TT.fdout, name, 4);
name += 4;
TT.noeol = *(name++);
// write, then save/restore context
if (emit(line, len, eol))
- perror_exit("w '%s'", logrus->arg1+(char *)logrus);
+ perror_exit("w '%s'", command->arg1+(char *)command);
*(--name) = TT.noeol;
TT.noeol = noeol;
TT.fdout = fd;
TT.rememberlen = len;
len = swap;
} else if (c=='y') {
- char *from, *to = (char *)logrus;
+ char *from, *to = (char *)command;
int i, j;
- from = to+logrus->arg1;
- to += logrus->arg2;
+ from = to+command->arg1;
+ to += command->arg2;
for (i = 0; i < len; i++) {
j = stridx(from, line[i]);
emit(toybuf, strlen(toybuf), 1);
}
- logrus = logrus->next;
+ command = command->next;
}
if (line && !(toys.optflags & FLAG_n)) emit(line, len, eol);
done:
- free(line);
-
if (dlist_terminate(append)) while (append) {
struct append *a = append->next;
xsendfile(fd, TT.fdout);
close(fd);
}
- } else emit(append->str, strlen(append->str), 1);
+ } else if (append->str) emit(append->str, strlen(append->str), 1);
+ else emit(line, 0, 0);
free(append);
append = a;
}
-}
-
-// Genericish function, can probably get moved to lib.c
-
-// Iterate over lines in file, calling function. Function can write 0 to
-// the line pointer if they want to keep it, or 1 to terminate processing,
-// otherwise line is freed. Passed file descriptor is closed at the end.
-static void do_lines(int fd, char *name, void (*call)(char **pline, long len))
-{
- FILE *fp = fd ? xfdopen(fd, "r") : stdin;
-
- for (;;) {
- char *line = 0;
- ssize_t len;
-
- len = getline(&line, (void *)&len, fp);
- if (len > 0) {
- call(&line, len);
- if (line == (void *)1) break;
- free(line);
- } else break;
- }
-
- if (fd) fclose(fp);
+ free(line);
}
// Callback called on each input file
char *tmp;
if (i) {
- struct step *primal;
+ struct sedcmd *command;
if (!fd && !strcmp(name, "-")) {
error_msg("-i on stdin");
}
TT.fdout = copy_tempfile(fd, name, &tmp);
TT.count = 0;
- for (primal = (void *)TT.pattern; primal; primal = primal->next)
- primal->hit = 0;
+ for (command = (void *)TT.pattern; command; command = command->next)
+ command->hit = 0;
}
- do_lines(fd, name, walk_pattern);
+ do_lines(fd, process_line);
if (i) {
- walk_pattern(0, 0);
+ process_line(0, 0);
replace_tempfile(-1, TT.fdout, &tmp);
TT.fdout = 1;
TT.nextline = 0;
return delim;
}
-// Translate primal pattern into walkable form.
-static void jewel_of_judgement(char **pline, long len)
+// Translate pattern strings into command structures. Each command structure
+// is a single allocation (which requires some math and remalloc at times).
+static void parse_pattern(char **pline, long len)
{
- struct step *corwin = (void *)TT.pattern;
+ struct sedcmd *command = (void *)TT.pattern;
char *line, *reg, c, *errstart;
int i;
line = errstart = pline ? *pline : "";
if (len && line[len-1]=='\n') line[--len] = 0;
- // Append additional line to pattern argument string?
- // We temporarily repurpose "hit" to indicate line continuations
- if (corwin && corwin->prev->hit) {
- if (!pline || !*pline) error_exit("unfinished %c", corwin->prev->c);;
+ // Append this line to previous multiline command? (hit indicates type.)
+ // During parsing "hit" stores data about line continuations, but in
+ // process_line() it means the match range attached to this command
+ // is active, so processing the continuation must zero it again.
+ if (command && command->prev->hit) {
// Remove half-finished entry from list so remalloc() doesn't confuse it
TT.pattern = TT.pattern->prev;
- corwin = dlist_pop(&TT.pattern);
- c = corwin->c;
- reg = (char *)corwin;
- reg += corwin->arg1 + strlen(reg + corwin->arg1);
-
- // Resume parsing for 'a' or 's' command
- if (corwin->hit < 256) goto resume_s;
+ command = dlist_pop(&TT.pattern);
+ c = command->c;
+ reg = (char *)command;
+ reg += command->arg1 + strlen(reg + command->arg1);
+
+ // Resume parsing for 'a' or 's' command. (Only two that can do this.)
+ // TODO: using 256 to indicate 'a' means our s/// delimiter can't be
+ // a unicode character.
+ if (command->hit < 256) goto resume_s;
else goto resume_a;
}
- // Loop through commands in line
+ // Loop through commands in this line.
- corwin = 0;
+ command = 0;
for (;;) {
- if (corwin) dlist_add_nomalloc(&TT.pattern, (void *)corwin);
+ if (command) dlist_add_nomalloc(&TT.pattern, (void *)command);
+ // If there's no more data on this line, return.
for (;;) {
while (isspace(*line) || *line == ';') line++;
if (*line == '#') while (*line && *line != '\n') line++;
}
if (!*line) return;
+ // We start by writing data into toybuf. Later we'll allocate the
+ // ex
+
errstart = line;
- memset(toybuf, 0, sizeof(struct step));
- corwin = (void *)toybuf;
- reg = toybuf + sizeof(struct step);
+ memset(toybuf, 0, sizeof(struct sedcmd));
+ command = (void *)toybuf;
+ reg = toybuf + sizeof(struct sedcmd);
// Parse address range (if any)
for (i = 0; i < 2; i++) {
if (*line == ',') line++;
else if (i) break;
- if (isdigit(*line)) corwin->lmatch[i] = strtol(line, &line, 0);
+ if (isdigit(*line)) command->lmatch[i] = strtol(line, &line, 0);
else if (*line == '$') {
- corwin->lmatch[i] = -1;
+ command->lmatch[i] = -1;
line++;
} else if (*line == '/' || *line == '\\') {
char *s = line;
- if (!(s = unescape_delimited_string(&line, 0))) goto brand;
- if (!*s) corwin->rmatch[i] = 0;
+ if (!(s = unescape_delimited_string(&line, 0))) goto error;
+ if (!*s) command->rmatch[i] = 0;
else {
xregcomp((void *)reg, s, (toys.optflags & FLAG_r)*REG_EXTENDED);
- corwin->rmatch[i] = reg-toybuf;
+ command->rmatch[i] = reg-toybuf;
reg += sizeof(regex_t);
}
free(s);
if (!*line) break;
while (*line == '!') {
- corwin->not = 1;
+ command->not = 1;
line++;
}
while (isspace(*line)) line++;
- c = corwin->c = *(line++);
+ c = command->c = *(line++);
if (strchr("}:", c) && i) break;
if (strchr("aiqr=", c) && i>1) break;
// Add step to pattern
- corwin = xmemdup(toybuf, reg-toybuf);
- reg = (reg-toybuf) + (char *)corwin;
+ command = xmemdup(toybuf, reg-toybuf);
+ reg = (reg-toybuf) + (char *)command;
// Parse arguments by command type
if (c == '{') TT.nextlen++;
else if (c == '}') {
if (!TT.nextlen--) break;
} else if (c == 's') {
- char *fiona, delim = 0;
+ char *end, delim = 0;
// s/pattern/replacement/flags
- // line continuations use arg1, so we fill out arg2 first (since the
- // regex part can't be multiple lines) and swap them back later.
+ // line continuations use arg1 (back at the start of the function),
+ // so let's fill out arg2 first (since the regex part can't be multiple
+ // lines) and swap them back later.
// get pattern (just record, we parse it later)
- corwin->arg2 = reg - (char *)corwin;
+ command->arg2 = reg - (char *)command;
if (!(TT.remember = unescape_delimited_string(&line, &delim)))
- goto brand;
+ goto error;
reg += sizeof(regex_t);
- corwin->arg1 = reg-(char *)corwin;
- corwin->hit = delim;
+ command->arg1 = reg-(char *)command;
+ command->hit = delim;
resume_s:
- // get replacement - don't replace escapes because \1 and \& need
+ // get replacement - don't replace escapes yet because \1 and \& need
// processing later, after we replace \\ with \ we can't tell \\1 from \1
- fiona = line;
- while (*fiona != corwin->hit) {
- if (!*fiona) goto brand;
- if (*fiona++ == '\\') {
- if (!*fiona || *fiona == '\n') {
- fiona[-1] = '\n';
+ end = line;
+ while (*end != command->hit) {
+ if (!*end) goto error;
+ if (*end++ == '\\') {
+ if (!*end || *end == '\n') {
+ end[-1] = '\n';
break;
}
- fiona++;
+ end++;
}
}
- reg = extend_string((void *)&corwin, line, reg-(char *)corwin,fiona-line);
- line = fiona;
+ reg = extend_string((void *)&command, line, reg-(char *)command,end-line);
+ line = end;
// line continuation? (note: '\n' can't be a valid delim).
- if (*line == corwin->hit) corwin->hit = 0;
+ if (*line == command->hit) command->hit = 0;
else {
if (!*line) continue;
reg--;
}
// swap arg1/arg2 so they're back in order arguments occur.
- i = corwin->arg1;
- corwin->arg1 = corwin->arg2;
- corwin->arg2 = i;
+ i = command->arg1;
+ command->arg1 = command->arg2;
+ command->arg2 = i;
// get flags
for (line++; *line; line++) {
if (isspace(*line) && *line != '\n') continue;
- if (0 <= (l = stridx("igp", *line))) corwin->sflags |= 1<<l;
- else if (!(corwin->sflags>>3) && 0<(l = strtol(line, &line, 10))) {
- corwin->sflags |= l << 3;
+ if (0 <= (l = stridx("igp", *line))) command->sflags |= 1<<l;
+ else if (!(command->sflags>>3) && 0<(l = strtol(line, &line, 10))) {
+ command->sflags |= l << 3;
line--;
} else break;
}
// We deferred actually parsing the regex until we had the s///i flag
// allocating the space was done by extend_string() above
- if (!*TT.remember) corwin->arg1 = 0;
- else xregcomp((void *)(corwin->arg1 + (char *)corwin), TT.remember,
- ((toys.optflags & FLAG_r)*REG_EXTENDED)|((corwin->sflags&1)*REG_ICASE));
+ if (!*TT.remember) command->arg1 = 0;
+ else xregcomp((void *)(command->arg1 + (char *)command), TT.remember,
+ ((toys.optflags & FLAG_r)*REG_EXTENDED)|((command->sflags&1)*REG_ICASE));
free(TT.remember);
TT.remember = 0;
if (*line == 'w') {
writenow:
while (isspace(*line)) line++;
- if (!*line) goto brand;
+ if (!*line) goto error;
for (cc = line; *cc; cc++) if (*cc == '\\' && cc[1] == ';') break;
delim = *cc;
*cc = 0;
fd = xcreate(line, O_WRONLY|O_CREAT|O_TRUNC, 0644);
*cc = delim;
- corwin->w = reg - (char *)corwin;
- corwin = xrealloc(corwin, corwin->w+(cc-line)+6);
- reg = corwin->w + (char *)corwin;
+ command->w = reg - (char *)command;
+ command = xrealloc(command, command->w+(cc-line)+6);
+ reg = command->w + (char *)command;
memcpy(reg, &fd, 4);
reg += 4;
char *s, delim = 0;
int len;
- if (!(s = unescape_delimited_string(&line, &delim))) goto brand;
- corwin->arg1 = reg-(char *)corwin;
+ if (!(s = unescape_delimited_string(&line, &delim))) goto error;
+ command->arg1 = reg-(char *)command;
len = strlen(s);
- reg = extend_string((void *)&corwin, s, reg-(char *)corwin, len);
+ reg = extend_string((void *)&command, s, reg-(char *)command, len);
free(s);
- corwin->arg2 = reg-(char *)corwin;
- if (!(s = unescape_delimited_string(&line, &delim))) goto brand;
- if (len != strlen(s)) goto brand;
- reg = extend_string((void *)&corwin, s, reg-(char*)corwin, len);
+ command->arg2 = reg-(char *)command;
+ if (!(s = unescape_delimited_string(&line, &delim))) goto error;
+ if (len != strlen(s)) goto error;
+ reg = extend_string((void *)&command, s, reg-(char*)command, len);
free(s);
} else if (strchr("abcirtTw:", c)) {
int end;
+ // trim leading spaces
while (isspace(*line) && *line != '\n') line++;
// Resume logic differs from 's' case because we don't add a newline
// unless it's after something, so we add it on return instead.
resume_a:
- corwin->hit = 0;
+ command->hit = 0;
- // Trim whitespace from "b ;" and ": blah " but only first space in "w x "
- if (!(end = strcspn(line, strchr("btT:", c) ? "; \t\r\n\v\f" : "\n"))) {
+ // btT: end with space or semicolon, aicrw continue to newline.
+ if (!(end = strcspn(line, strchr(":btT", c) ? "; \t\r\n\v\f" : "\n"))) {
+ // Argument's optional for btT
if (strchr("btT", c)) continue;
- else if (!corwin->arg1) break;
+ else if (!command->arg1) break;
}
// Extend allocation to include new string. We use offsets instead of
// pointers so realloc() moving stuff doesn't break things. Ok to write
// \n over NUL terminator because call to extend_string() adds it back.
- if (!corwin->arg1) corwin->arg1 = reg - (char*)corwin;
- else if (*(corwin->arg1+(char *)corwin)) *(reg++) = '\n';
- reg = extend_string((void *)&corwin, line, reg - (char *)corwin, end);
+ if (!command->arg1) command->arg1 = reg - (char*)command;
+ else if (*(command->arg1+(char *)command)) *(reg++) = '\n';
+ else if (!pline) {
+ command->arg1 = 0;
+ continue;
+ }
+ reg = extend_string((void *)&command, line, reg - (char *)command, end);
// Recopy data to remove escape sequences and handle line continuation.
if (strchr("aci", c)) {
line++;
goto resume_a;
}
- corwin->hit = 256;
+ command->hit = 256;
break;
}
if (!(reg[-1] = unescape(*line))) reg[-1] = *line;
} else if (!strchr("{dDgGhHlnNpPqx=", c)) break;
}
-brand:
- // Reminisce about chestnut trees.
+error:
error_exit("bad pattern '%s'@%ld (%c)", errstart, line-errstart+1L, *line);
}
void sed_main(void)
{
- struct arg_list *dworkin;
+ struct arg_list *al;
char **args = toys.optargs;
// Lie to autoconf when it asks stupid questions, so configure regexes
return;
}
- // Need a pattern. If no unicorns about, fight serpent and take its eye.
+ // Parse pattern into commands.
+
+ // If no -e or -f, first argument is the pattern.
if (!TT.e && !TT.f) {
if (!*toys.optargs) error_exit("no pattern");
(TT.e = xzalloc(sizeof(struct arg_list)))->arg = *(args++);
// Option parsing infrastructure can't interlace "-e blah -f blah -e blah"
// so handle all -e, then all -f. (At least the behavior's consistent.)
- for (dworkin = TT.e; dworkin; dworkin = dworkin->next)
- jewel_of_judgement(&dworkin->arg, strlen(dworkin->arg));
- for (dworkin = TT.f; dworkin; dworkin = dworkin->next)
- do_lines(xopen(dworkin->arg, O_RDONLY), dworkin->arg, jewel_of_judgement);
- jewel_of_judgement(0, 0);
+ for (al = TT.e; al; al = al->next) parse_pattern(&al->arg, strlen(al->arg));
+ for (al = TT.f; al; al = al->next) do_lines(xopenro(al->arg), parse_pattern);
+ parse_pattern(0, 0);
dlist_terminate(TT.pattern);
if (TT.nextlen) error_exit("no }");
// Inflict pattern upon input files
loopfiles_rw(args, O_RDONLY, 0, 0, do_sed);
- if (!(toys.optflags & FLAG_i)) walk_pattern(0, 0);
+ if (!(toys.optflags & FLAG_i)) process_line(0, 0);
// todo: need to close fd when done for TOYBOX_FREE?
}
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