RepoWrapper::RepoWrapper(const char* repoSchema,
const std::string& configFile) {
if (setenv("HHVM_RUNTIME_REPO_SCHEMA", repoSchema, 1 /* overwrite */)) {
fprintf(stderr, "Could not set repo schema");
exit(EXIT_FAILURE);
}
printf("# Config file: %s\n", configFile.c_str());
printf("# Repo schema: %s\n", repoSchemaId().begin());
register_process_init();
initialize_repo();
hphp_thread_init();
g_context.getCheck();
IniSetting::Map ini = IniSetting::Map::object;
Hdf config;
if (!configFile.empty()) {
Config::ParseConfigFile(configFile, ini, config);
// Disable logging to suppress harmless errors about setrlimit.
config["Log"]["Level"] = "None";
}
RuntimeOption::Load(ini, config);
RuntimeOption::RepoCommit = false;
compile_file(nullptr, 0, MD5(), nullptr);
repo = &Repo::get();
RuntimeOption::AlwaysUseRelativePath = false;
RuntimeOption::SafeFileAccess = false;
RuntimeOption::EvalAllowHhas = true;
Option::WholeProgram = false;
LitstrTable::init();
LitstrTable::get().setWriting();
RuntimeOption::RepoAuthoritative = true;
repo->loadGlobalData(true /* allowFailure */);
std::string hhasLib;
auto const phpLib = get_systemlib(&hhasLib);
always_assert(!hhasLib.empty() && !phpLib.empty());
auto phpUnit = compile_string(phpLib.c_str(), phpLib.size(),
"systemlib.php");
addUnit(phpUnit);
auto hhasUnit = compile_string(hhasLib.c_str(), hhasLib.size(),
"systemlib.hhas");
addUnit(hhasUnit);
SystemLib::s_inited = true;
LitstrTable::get().setReading();
}
void Extension::CompileSystemlib(const std::string &slib,
const std::string &name) {
Unit *unit = compile_string(slib.c_str(), slib.size(), name.c_str());
assert(unit);
unit->merge();
s_systemlib_units.push_back(unit);
}
void compile_topology(int kflag)
{
extern char *compile_string(char *, int);
char *so_file;
int n;
#if defined(APPEND_DOT_TO_LDPATH)
{
extern int putenv(char *);
char *newenv, *oldenv;
if((oldenv = findenv("LD_LIBRARY_PATH", NULL)) == (char *)NULL)
newenv = strdup("LD_LIBRARY_PATH=\".\"");
else {
sprintf(chararray,"LD_LIBRARY_PATH=\"%s:.\"", oldenv);
newenv = strdup(chararray);
}
putenv(newenv);
}
#endif
for(n=0 ; n<_NNODES ; n++) {
so_file = compile_string(NP[n].nattr.compile, kflag);
if(nerrors)
cleanup(1);
dynamic_load(n, so_file);
if(nerrors)
cleanup(1);
}
}
Unit* compile_systemlib_string(const char* s, size_t sz, const char* fname,
const Native::FuncTable& nativeFuncs) {
assertx(fname[0] == '/' && fname[1] == ':');
if (auto u = lookupSyslibUnit(makeStaticString(fname), nativeFuncs)) {
return u;
}
return compile_string(s, sz, fname, nativeFuncs);
}
void test_compile_fmt() /* {{{ */
{
/* test compiling a format to a series of fields */
fmt_field *fmts;
char *eval, *teststr;
teststr = "first $date $-8program_version $4program_name $10program_author ++?$search_string?SEARCH??++ ++?$active_filter??NO?++ second";
fmts = compile_string(teststr);
eval = eval_format(fmts, NULL);
if (eval != NULL)
printf("%s\n", eval);
else
puts("NULL returned");
teststr = "first uuid:'$uuid' pro:'$project' desc:'$description' $badvar second";
fmts = compile_string(teststr);
eval = eval_format(fmts, head);
if (eval != NULL)
printf("%s\n", eval);
else
puts("NULL returned");
} /* }}} */
Unit* InjectionCache::getUnit(const StringData* code) {
ReadLock lock(m_lock);
// Note: caller needs to make sure the parameter code is not temporary
UnitMap::accessor acc;
if (m_unitCache.insert(acc, code)) {
Unit* unit = compile_string(code->data(), code->size());
// Here we save it even if unit == NULL, that at least saves us from
// compiling same illegal string
acc->second = unit;
}
return acc->second;
}
Unit* compile_systemlib_string(const char* s, size_t sz, const char* fname) {
if (RuntimeOption::RepoAuthoritative) {
String systemName = String("/:") + fname;
auto md5 = MD5{mangleSystemMd5(string_md5(folly::StringPiece{s,sz}))};
if (Repo::get().findFile(systemName.data(),
SourceRootInfo::GetCurrentSourceRoot(),
md5)) {
if (auto u = Repo::get().loadUnit(fname, md5)) {
return u.release();
}
}
}
return compile_string(s, sz, fname);
}
void
define_hook(fcode_env_t *env, char *name, int len, char *fcimage)
{
static void (*byteload_ptr)(fcode_env_t *env) = byte_loadfile;
header(env, name, len, 0);
COMPILE_TOKEN(&do_colon);
env->state |= 1;
PUSH(DS, (fstack_t) fcimage);
PUSH(DS, strlen(fcimage));
compile_string(env);
COMPILE_TOKEN(&byteload_ptr);
semi(env);
}
Unit* compile_systemlib_string(const char* s, size_t sz,
const char* fname) {
if (RuntimeOption::RepoAuthoritative) {
String systemName = String("/:") + String(fname);
MD5 md5;
if (Repo::get().findFile(systemName.data(),
SourceRootInfo::GetCurrentSourceRoot(),
md5)) {
if (auto u = Repo::get().loadUnit(fname, md5)) {
return u.release();
}
}
}
return compile_string(s, sz, fname);
}
int
main(int argc, char **argv)
{
int opt;
int max_cache_entries = CCNL_DEFAULT_MAX_CACHE_ENTRIES;
// srand(time(NULL));
srandom(time(NULL));
while ((opt = getopt(argc, argv, "hc:g:i:s:v:")) != -1) {
switch (opt) {
case 'c':
max_cache_entries = atoi(optarg);
break;
case 'g':
inter_packet_interval = atoi(optarg);
break;
case 'i':
inter_ccn_interval = atoi(optarg);
break;
case 'v':
if (isdigit(optarg[0]))
debug_level = atoi(optarg);
else
debug_level = ccnl_debug_str2level(optarg);
break;
case 's':
theSuite = ccnl_str2suite(optarg);
if (theSuite >= 0 && theSuite < CCNL_SUITE_LAST)
break;
case 'h':
default:
fprintf(stderr, "Xusage: %s [-h] [-c MAX_CONTENT_ENTRIES] "
"[-g MIN_INTER_PACKET_INTERVAL] "
"[-i MIN_INTER_CCNMSG_INTERVAL] "
"[-s SUITE (ccnb, ccnx2014, iot2014, ndn2013)] "
"[-v DEBUG_LEVEL]\n",
argv[0]);
exit(EXIT_FAILURE);
}
}
time(&relays[0].startup_time);
ccnl_core_init();
DEBUGMSG(INFO, "This is ccn-lite-simu, starting at %s",
ctime(&relays[0].startup_time) + 4);
DEBUGMSG(INFO, " ccnl-core: %s\n", CCNL_VERSION);
DEBUGMSG(INFO, " compile time: %s %s\n", __DATE__, __TIME__);
DEBUGMSG(INFO, " compile options: %s\n", compile_string());
DEBUGMSG(INFO, "using suite %s\n", ccnl_suite2str(theSuite));
ccnl_simu_init(max_cache_entries);
DEBUGMSG(INFO, "simulation starts\n");
simu_eventloop();
DEBUGMSG(INFO, "simulation ends\n");
return -1;
}
void ProcessInit() {
// Create the global mcg object
jit::mcg = new jit::MCGenerator();
jit::mcg->initUniqueStubs();
// Save the current options, and set things up so that
// systemlib.php can be read from and stored in the
// normal repo.
int db = RuntimeOption::EvalDumpBytecode;
bool rp = RuntimeOption::AlwaysUseRelativePath;
bool sf = RuntimeOption::SafeFileAccess;
bool ah = RuntimeOption::EvalAllowHhas;
bool wp = Option::WholeProgram;
RuntimeOption::EvalDumpBytecode &= ~1;
RuntimeOption::AlwaysUseRelativePath = false;
RuntimeOption::SafeFileAccess = false;
RuntimeOption::EvalAllowHhas = true;
Option::WholeProgram = false;
RDS::requestInit();
string hhas;
string slib = get_systemlib(&hhas);
if (slib.empty()) {
// Die a horrible death.
Logger::Error("Unable to find/load systemlib.php");
_exit(1);
}
LitstrTable::init();
LitstrTable::get().setWriting();
Repo::get().loadGlobalData();
// Save this in case the debugger needs it. Once we know if this
// process does not have debugger support, we'll clear it.
SystemLib::s_source = slib;
SystemLib::s_unit = compile_systemlib_string(slib.c_str(), slib.size(),
"systemlib.php");
const StringData* msg;
int line;
if (SystemLib::s_unit->compileTimeFatal(msg, line)) {
Logger::Error("An error has been introduced into the systemlib, "
"but we cannot give you a file and line number right now.");
Logger::Error("Check all of your changes to hphp/system/php");
Logger::Error("HipHop Parse Error: %s", msg->data());
_exit(1);
}
if (!hhas.empty()) {
SystemLib::s_hhas_unit = compile_string(hhas.c_str(), hhas.size(),
"systemlib.hhas");
if (SystemLib::s_hhas_unit->compileTimeFatal(msg, line)) {
Logger::Error("An error has been introduced in the hhas portion of "
"systemlib.");
Logger::Error("Check all of your changes to hhas files in "
"hphp/system/php");
Logger::Error("HipHop Parse Error: %s", msg->data());
_exit(1);
}
}
// Load the systemlib unit to build the Class objects
SystemLib::s_unit->merge();
if (SystemLib::s_hhas_unit) {
SystemLib::s_hhas_unit->merge();
}
SystemLib::s_nativeFuncUnit = build_native_func_unit(hhbc_ext_funcs,
hhbc_ext_funcs_count);
SystemLib::s_nativeFuncUnit->merge();
SystemLib::s_nullFunc =
Unit::lookupFunc(makeStaticString("86null"));
// We call a special bytecode emitter function to build the native
// unit which will contain all of our cppext functions and classes.
// Each function and method will have a bytecode body that will thunk
// to the native implementation.
Unit* nativeClassUnit = build_native_class_unit(hhbc_ext_classes,
hhbc_ext_class_count);
SystemLib::s_nativeClassUnit = nativeClassUnit;
LitstrTable::get().setReading();
// Load the nativelib unit to build the Class objects
SystemLib::s_nativeClassUnit->merge();
#define INIT_SYSTEMLIB_CLASS_FIELD(cls) \
{ \
Class *cls = NamedEntity::get(s_##cls.get())->clsList(); \
assert(!hhbc_ext_class_count || cls); \
SystemLib::s_##cls##Class = cls; \
}
// Stash a pointer to the VM Classes for stdclass, Exception,
// pinitSentinel and resource
SYSTEMLIB_CLASSES(INIT_SYSTEMLIB_CLASS_FIELD)
#undef INIT_SYSTEMLIB_CLASS_FIELD
// Retrieve all of the class pointers
for (long long i = 0; i < hhbc_ext_class_count; ++i) {
const HhbcExtClassInfo* info = hhbc_ext_classes + i;
const StringData* name = makeStaticString(info->m_name);
const NamedEntity* ne = NamedEntity::get(name);
Class* cls = Unit::lookupClass(ne);
assert(cls);
*(info->m_clsPtr) = cls;
}
ClassInfo::InitializeSystemConstants();
Stack::ValidateStackSize();
SystemLib::s_inited = true;
RuntimeOption::AlwaysUseRelativePath = rp;
RuntimeOption::SafeFileAccess = sf;
RuntimeOption::EvalDumpBytecode = db;
RuntimeOption::EvalAllowHhas = ah;
Option::WholeProgram = wp;
folly::SingletonVault::singleton()->registrationComplete();
}
int
main(int argc, char **argv)
{
int opt;
int max_cache_entries = -1;
int udpport = CCN_UDP_PORT;
int tcpport = CCN_UDP_PORT;
char *datadir = NULL;
char *ethdev = NULL;
char *crypto_sock_path = 0;
#ifdef USE_UNIXSOCKET
char *uxpath = CCNL_DEFAULT_UNIXSOCKNAME;
#else
char *uxpath = NULL;
#endif
time(&theRelay.startup_time);
srandom(time(NULL));
while ((opt = getopt(argc, argv, "hc:d:e:g:i:s:u:v:x:p:")) != -1) {
switch (opt) {
case 'c':
max_cache_entries = atoi(optarg);
break;
case 'd':
datadir = optarg;
break;
case 'e':
ethdev = optarg;
break;
case 'g':
inter_pkt_interval = atoi(optarg);
break;
case 'i':
inter_ccn_interval = atoi(optarg);
break;
case 's':
tcpport = atoi(optarg);
break;
case 'u':
udpport = atoi(optarg);
break;
case 'v':
debug_level = atoi(optarg);
break;
case 'x':
uxpath = optarg;
break;
case 'p':
crypto_sock_path = optarg;
break;
case 'h':
default:
fprintf(stderr,
"usage: %s [-h] [-c MAX_CONTENT_ENTRIES]"
" [-d databasedir]"
" [-e ethdev]"
" [-g MIN_INTER_PACKET_INTERVAL]"
" [-i MIN_INTER_CCNMSG_INTERVAL]"
" [-s tcpport]"
" [-u udpport]"
" [-v DEBUG_LEVEL]"
#ifdef USE_UNIXSOCKET
" [-p crypto_face_ux_socket]"
" [-x unixpath]"
#endif
"\n", argv[0]);
exit(EXIT_FAILURE);
}
}
DEBUGMSG(1, "This is ccn-lite-relay, starting at %s", ctime(&theRelay.startup_time) + 4);
DEBUGMSG(1, " ccnl-core: %s\n", CCNL_VERSION);
DEBUGMSG(1, " compile time: %s %s\n", __DATE__, __TIME__);
DEBUGMSG(1, " compile options: %s\n", compile_string());
ccnl_relay_config(&theRelay, ethdev, udpport, tcpport,
uxpath, max_cache_entries, crypto_sock_path);
if (datadir)
ccnl_populate_cache(&theRelay, datadir);
ccnl_io_loop(&theRelay);
while (eventqueue)
ccnl_rem_timer(eventqueue);
ccnl_core_cleanup(&theRelay);
#ifdef USE_HTTP_STATUS
theRelay.http = ccnl_http_cleanup(theRelay.http);
#endif
#ifdef USE_DEBUG_MALLOC
debug_memdump();
#endif
return 0;
}
Unit* compile_debugger_string(const char* s, size_t sz) {
return compile_string(s, sz, nullptr, Native::s_noNativeFuncs, true);
}
int
ccnl_http_status(struct ccnl_relay_s *ccnl, struct ccnl_http_s *http)
{
static char txt[64000];
char *hdr =
"HTTP/1.1 200 OK\n\r"
"Content-Type: text/html; charset=utf-8\n\r"
"Connection: close\n\r\n\r", *cp;
int len = strlen(hdr), i, j, cnt;
time_t t;
struct utsname uts;
struct ccnl_face_s *f;
struct ccnl_forward_s *fwd;
struct ccnl_interest_s *ipt;
struct ccnl_buf_s *bpt;
strcpy(txt, hdr);
len += sprintf(txt+len,
"<html><head><title>ccn-lite-relay status</title>\n"
"<style type=\"text/css\">\n"
"body {font-family: sans-serif;}\n"
"</style>\n"
"</head><body>\n");
len += sprintf(txt+len, "\n<table borders=0>\n<tr><td>"
"<a href=\"\">[refresh]</a> <td>"
"ccn-lite-relay Status Page ");
uname(&uts);
len += sprintf(txt+len, "node <strong>%s (%d)</strong>\n",
uts.nodename, getpid());
t = time(NULL);
cp = ctime(&t);
cp[strlen(cp)-1] = 0;
len += sprintf(txt+len, "<tr><td><td><font size=-1>%s ", cp);
cp = ctime(&ccnl->startup_time);
cp[strlen(cp)-1] = 0;
len += sprintf(txt+len, " (started %s)</font>\n</table>\n", cp);
len += sprintf(txt+len, "\n<p><table borders=0 width=100%% bgcolor=#e0e0ff>"
"<tr><td><em>Forwarding Table</em></table><ul>\n");
for (fwd = ccnl->fib, cnt = 0; fwd; fwd = fwd->next, cnt++);
if (cnt > 0) {
struct ccnl_forward_s **fwda;
fwda = (struct ccnl_forward_s**) ccnl_malloc(cnt * sizeof(fwd));
for (fwd = ccnl->fib, i = 0; fwd; fwd = fwd->next, i++)
fwda[i] = fwd;
qsort(fwda, cnt, sizeof(fwd), ccnl_cmpfib);
for (i = 0; i < cnt; i++) {
char fname[10];
sprintf(fname, "f%d", fwda[i]->face->faceid);
len += sprintf(txt+len,
"<li>via %4s: <font face=courier>%s</font>\n",
fname, ccnl_prefix_to_path(fwda[i]->prefix));
}
ccnl_free(fwda);
}
len += sprintf(txt+len, "</ul>\n");
len += sprintf(txt+len, "\n<p><table borders=0 width=100%% bgcolor=#e0e0ff>"
"<tr><td><em>Faces</em></table><ul>\n");
for (f = ccnl->faces, cnt = 0; f; f = f->next, cnt++);
if (cnt > 0) {
struct ccnl_face_s **fa;
fa = (struct ccnl_face_s**) ccnl_malloc(cnt * sizeof(f));
for (f = ccnl->faces, i = 0; f; f = f->next, i++)
fa[i] = f;
qsort(fa, cnt, sizeof(f), ccnl_cmpfaceid);
for (i = 0; i < cnt; i++) {
len += sprintf(txt+len,
"<li><strong>f%d</strong> (via i%d) "
"peer=<font face=courier>%s</font> ttl=",
fa[i]->faceid, fa[i]->ifndx,
ccnl_addr2ascii(&(fa[i]->peer)));
if (fa[i]->flags & CCNL_FACE_FLAGS_STATIC)
len += sprintf(txt+len, "static");
else
len += sprintf(txt+len, "%.1fsec",
fa[i]->last_used + CCNL_FACE_TIMEOUT - CCNL_NOW());
for (j = 0, bpt = fa[i]->outq; bpt; bpt = bpt->next, j++);
len += sprintf(txt+len, " qlen=%d\n", j);
}
ccnl_free(fa);
}
len += sprintf(txt+len, "</ul>\n");
len += sprintf(txt+len, "\n<p><table borders=0 width=100%% bgcolor=#e0e0ff>"
"<tr><td><em>Interfaces</em></table><ul>\n");
for (i = 0; i < ccnl->ifcount; i++) {
len += sprintf(txt+len, "<li><strong>i%d</strong> "
"addr=<font face=courier>%s</font> "
"qlen=%d/%d\n",
i, ccnl_addr2ascii(&ccnl->ifs[i].addr),
ccnl->ifs[i].qlen, CCNL_MAX_IF_QLEN);
}
len += sprintf(txt+len, "</ul>\n");
len += sprintf(txt+len, "\n<p><table borders=0 width=100%% bgcolor=#e0e0ff>"
"<tr><td><em>Misc stats</em></table><ul>\n");
for (cnt = 0, bpt = ccnl->nonces; bpt; bpt = bpt->next, cnt++);
len += sprintf(txt+len, "<li>Nonces: %d\n", cnt);
for (cnt = 0, ipt = ccnl->pit; ipt; ipt = ipt->next, cnt++);
len += sprintf(txt+len, "<li>Pending interests: %d\n", cnt);
len += sprintf(txt+len, "<li>Content chunks: %d (max=%d)\n",
ccnl->contentcnt, ccnl->max_cache_entries);
len += sprintf(txt+len, "</ul>\n");
len += sprintf(txt+len, "\n<p><table borders=0 width=100%% bgcolor=#e0e0ff>"
"<tr><td><em>Config</em></table><table borders=0>\n");
len += sprintf(txt+len, "<tr><td>content.timeout:"
"<td align=right> %d<td>\n", CCNL_CONTENT_TIMEOUT);
len += sprintf(txt+len, "<tr><td>face.timeout:"
"<td align=right> %d<td>\n", CCNL_FACE_TIMEOUT);
len += sprintf(txt+len, "<tr><td>interest.maxretransmit:"
"<td align=right> %d<td>\n", CCNL_MAX_INTEREST_RETRANSMIT);
len += sprintf(txt+len, "<tr><td>interest.timeout:"
"<td align=right> %d<td>\n", CCNL_INTEREST_TIMEOUT);
len += sprintf(txt+len, "<tr><td>nonces.max:"
"<td align=right> %d<td>\n", CCNL_MAX_NONCES);
len += sprintf(txt+len, "<tr><td>compile.featureset:<td><td> %s\n",
compile_string());
len += sprintf(txt+len, "<tr><td>compile.time:"
"<td><td>%s %s\n", __DATE__, __TIME__);
len += sprintf(txt+len, "<tr><td>compile.ccnl_core_version:"
"<td><td>%s\n", CCNL_VERSION);
len += sprintf(txt+len, "</table>\n");
len += sprintf(txt+len, "\n<p><hr></body></html>\n");
http->out = (unsigned char*) txt;
http->outoffs = 0;
http->outlen = len;
return 0;
}
void ProcessInit() {
// Install VM's ClassInfoHook
ClassInfo::SetHook(&vm_class_info_hook);
// ensure that nextTx64 and tx64 are set
(void)Transl::Translator::Get();
// Save the current options, and set things up so that
// systemlib.php can be read from and stored in the
// normal repo.
int db = RuntimeOption::EvalDumpBytecode;
bool rp = RuntimeOption::AlwaysUseRelativePath;
bool sf = RuntimeOption::SafeFileAccess;
bool ah = RuntimeOption::EvalAllowHhas;
RuntimeOption::EvalDumpBytecode &= ~1;
RuntimeOption::AlwaysUseRelativePath = false;
RuntimeOption::SafeFileAccess = false;
RuntimeOption::EvalAllowHhas = true;
Transl::TargetCache::requestInit();
string hhas;
string slib = get_systemlib(&hhas);
if (slib.empty()) {
// Die a horrible death.
Logger::Error("Unable to find/load systemlib.php");
_exit(1);
}
// Save this in case the debugger needs it. Once we know if this
// process does not have debugger support, we'll clear it.
SystemLib::s_source = slib;
SystemLib::s_unit = compile_string(slib.c_str(), slib.size(),
"systemlib.php");
if (!hhas.empty()) {
SystemLib::s_hhas_unit = compile_string(hhas.c_str(), hhas.size(),
"systemlib.hhas");
}
// Load the systemlib unit to build the Class objects
SystemLib::s_unit->merge();
if (SystemLib::s_hhas_unit) {
SystemLib::s_hhas_unit->merge();
}
SystemLib::s_nativeFuncUnit = build_native_func_unit(hhbc_ext_funcs,
hhbc_ext_funcs_count);
SystemLib::s_nativeFuncUnit->merge();
SystemLib::s_nullFunc =
Unit::lookupFunc(makeStaticString("86null"));
// We call a special bytecode emitter function to build the native
// unit which will contain all of our cppext functions and classes.
// Each function and method will have a bytecode body that will thunk
// to the native implementation.
Unit* nativeClassUnit = build_native_class_unit(hhbc_ext_classes,
hhbc_ext_class_count);
SystemLib::s_nativeClassUnit = nativeClassUnit;
// Load the nativelib unit to build the Class objects
SystemLib::s_nativeClassUnit->merge();
#define INIT_SYSTEMLIB_CLASS_FIELD(cls) \
{ \
Class *cls = Unit::GetNamedEntity(s_##cls.get())->clsList(); \
assert(!hhbc_ext_class_count || cls); \
SystemLib::s_##cls##Class = cls; \
}
// Stash a pointer to the VM Classes for stdclass, Exception,
// pinitSentinel and resource
SYSTEMLIB_CLASSES(INIT_SYSTEMLIB_CLASS_FIELD)
#undef INIT_SYSTEMLIB_CLASS_FIELD
// Retrieve all of the class pointers
for (long long i = 0; i < hhbc_ext_class_count; ++i) {
const HhbcExtClassInfo* info = hhbc_ext_classes + i;
const StringData* name = makeStaticString(info->m_name);
const NamedEntity* ne = Unit::GetNamedEntity(name);
Class* cls = Unit::lookupClass(ne);
assert(cls);
*(info->m_clsPtr) = cls;
}
ClassInfo::InitializeSystemConstants();
Stack::ValidateStackSize();
SystemLib::s_inited = true;
RuntimeOption::AlwaysUseRelativePath = rp;
RuntimeOption::SafeFileAccess = sf;
RuntimeOption::EvalDumpBytecode = db;
RuntimeOption::EvalAllowHhas = ah;
}
Unit* compile_systemlib_string(const char* s, size_t sz, const char* fname) {
assertx(fname[0] == '/' && fname[1] == ':');
if (auto u = lookupSyslibUnit(makeStaticString(fname))) return u;
return compile_string(s, sz, fname);
}
int main(int argc, char *argv[]) {
int opt;
if (argc == 1) {
usage();
}
if (argc == 2 && strcmp(argv[1], "-r") == 0) {
init();
read_pedals();
deinit();
return 0;
}
init_pedals();
while ((opt = getopt(argc, argv, "123rs:S:a:k:m:b:x:y:w:")) != -1) {
switch (opt) {
case '1':
curr_pedal = &pd.pedals[0];
break;
case '2':
curr_pedal = &pd.pedals[1];
break;
case '3':
curr_pedal = &pd.pedals[2];
break;
case 'r':
fprintf(stderr, "Cannot use -r with other options\n");
return 1;
case 's':
compile_string(optarg);
break;
case 'S':
compile_raw_string(optarg);
break;
case 'a':
compile_string_key(optarg);
break;
case 'k':
compile_key(optarg);
break;
case 'm':
compile_modifier(optarg);
break;
case 'b':
compile_mouse_button(optarg);
break;
case 'x':
compile_mouse_xyw(optarg, NULL, NULL);
break;
case 'y':
compile_mouse_xyw(NULL, optarg, NULL);
break;
case 'w':
compile_mouse_xyw(NULL, NULL, optarg);
break;
default:
usage();
break;
}
}
init();
write_pedals();
deinit();
return 0;
}