compile
if (compile) {
compile = 0;
static int compile = 1; /* Must we compile the expressions */
compile = 1;
compile(argstr, Cflg);
compile(argstr, Cflg);
extern void compile(char *, int);
compile(sav_ptr, print);
expbuf = compile(string, (char *)0, (char *)0);
program = dtrace.compile(req.s, compileArgs);
program = dtrace.compile(file, compileArgs);
consumer.compile("syscall:::entry { @[execname] = count(); } " +
consumer.compile("syscall:::entry { @[execname] = count(); } " +
consumer.compile("syscall:::entry { @[execname] = count(); } " +
consumer.compile("syscall:::entry { @[execname] = count(); } " +
p = consumer.compile(PROGRAM);
p = consumer.compile(file);
consumer.compile("syscall:::entry { @[execname] = count(); } " +
consumer.compile("syscall:::entry { @[execname] = count(); } " +
consumer.compile(PROGRAM);
Program p3x = consumer2.compile("syscall:::return");
consumer.compile("dtrace:::BEGIN");
consumer.compile("syscall:::entry");
consumer.compile("dtrace:::END");
Program p0 = consumer.compile("dtrace:::BEGIN");
Program p1 = consumer.compile("syscall:::entry");
Program p2 = consumer.compile("dtrace:::END");
Program p3 = consumer.compile("syscall:::return");
consumer.compile(kernelLookupProgram);
consumer.compile(userLookupProgram);
consumer.compile(programString);
consumer.compile(programString);
consumer.compile(file);
consumer.compile(PROGRAM);
consumer.compile("syscall:::entry");
consumer.compile("syscall:::entry");
program = consumer.compile(
consumer.compile("syscall:::entry");
consumer.compile("syscall:::entry { @[execname] = count(); } " +
expbuf = compile(genbuf, (char *)0, (char *)0);
nexpbuf = compile(p, (char *)0, (char *)0); /* XCU4 regex mod */
static int compile(char **, struct Node *, int *);
if (compile(argv + paths, topnode, &action_expression) == 0) {
i = compile(++av, topnode, actionp);
compile(arglist->names[i],
if (!(ret.re = compile(ret.pattern, (char *)0, (char *)0))) {
compile(pat, NULL, NULL);
compile(pat, NULL, NULL);
compile(pat, NULL, NULL);
compile(pat, NULL, NULL);
compile(pat, NULL, NULL);
compile(pat, NULL, NULL);
nexpbuf = compile(buf, (char *)0, (char *)0);
private static final Pattern pattern = Pattern.compile(
private static final Pattern pattern = Pattern.compile(
private static final Pattern pattern = Pattern.compile(
private static final Pattern p0 = Pattern.compile(";");
void compile(void);
compile();
ERROR: do not compile with CI_LAST < CI_DATA
ERROR: do not compile with CI_LAST < CI_EOM
ERROR: do not compile with CI_LAST < CI_EOH
ERROR: do not compile with CI_LAST < CI_ENVRCPT
ERROR: do not compile with CI_LAST < CI_ENVFROM
ERROR: do not compile with CI_LAST < CI_HELO
ERROR: do not compile with CI_LAST < CI_CONNECT
ERROR: do not compile with CI_LAST >= MAX_MACROS_ENTRIES
if (compile(text, &ebuf[0], &ebuf[ESIZE]) == (char *)NULL) {
extern void compile(); /* should be in a header file :-( */
compile();
compile((char *) genbuf, (char *) re->Expbuf, (char *) re->Expbuf
compile(regexp,
compile(regexp,
((data.expbuf = compile(regexp, NULL, NULL)) == NULL)
consumer.compile(file, macroArgs);
consumer.compile(file, macroArgs);
consumer.compile(file);
static final Pattern STACK_TOKENIZER = Pattern.compile("\\s*\n\\s*");
extern char *compile(const char *instring, char *expbuf, char *endbuf);
extern char *compile();
compile:
goto compile;
goto compile;
compile(sparse_initialize(argc, argv, &filelist));
compile(sparse(file));
compile(module, symlist);
compile(module, symlist);
compile(sparse_initialize(argc, argv, &filelist));
compile(sparse(file));
char *compile();
compile(p, expbuf, &expbuf[ESIZE], 0);
char *compile();
p = compile(x1, ep + 1, x3, x4);