uint32_t string2uint32(StringRange input)
{
char buf[16] = {0};
size_t inputLength = input.second - input.first;
if (inputLength >= sizeof(buf))
{
fatal2(__("too long number string"));
}
memcpy(buf, input.first, inputLength);
errno = 0;
long long number = strtoll(buf, NULL, 10);
if (errno)
{
fatal2e(__("invalid number '%s'"), buf);
}
if (number < 0)
{
fatal2(__("negative number '%s'"), buf);
}
if (number >= 0x100000000LL) // uint32_t upper limit
{
fatal2(__("too big number '%s'"), buf);
}
return uint32_t(number);
}
void SetupAndPreviewWorker::__generate_actions_preview()
{
__actions_preview.reset(new ActionsPreview);
if (!__desired_state)
{
fatal2(__("worker: the desired state is not given"));
}
const bool globalPurge = _config->getBool("cupt::worker::purge");
set< string > processedPackageNames;
for (const auto& desired: *__desired_state)
{
const string& packageName = desired.first;
const Resolver::SuggestedPackage& suggestedPackage = desired.second;
__generate_action_preview(packageName, suggestedPackage, globalPurge);
processedPackageNames.insert(packageName);
}
for (const auto& item: __purge_overrides)
{
const string& packageName = item.first;
if (processedPackageNames.count(packageName)) continue;
static const Resolver::SuggestedPackage suggestedPackageForPurge = {
nullptr, false, { std::make_shared< Resolver::UserReason >() }, {}
};
__generate_action_preview(packageName, suggestedPackageForPurge, globalPurge);
}
}
static void signal_handler(int sig, self_code_info_t *info, self_sig_context_t *scp) {
if (InterruptedContext::the_interrupted_context->forwarded_to_self_thread(sig))
return;
if (SignalInterface::currentNonTimerSignal || SignalInterface::currentTimerSignal) {
fatal3("signal_handler: cannot nest (only one interrupted context).\n"
"Received sig %d while in sig %d or timer sig %d.\n"
"MacOSX ApplicationEnhancer causes apps to get signals that should be blocked.",
sig, SignalInterface::currentNonTimerSignal, SignalInterface::currentTimerSignal);
}
SignalInterface::currentNonTimerSignal = sig;
sigset_t oset;
if (sigprocmask(0, NULL, &oset) != 0) {
perror("sigprocmask");
fatal("sigprocmask failed");
}
if (!sigismember(&oset, sig))
# ifdef ROSETTA
warning2("signal %d is not member of 0x%x", sig, oset);
# else
fatal2("signal %d is not member of 0x%x", sig, (int*)(int*)&oset);
# endif
InterruptedContext::the_interrupted_context->set(scp);
SignalInterface::handle_signal( sig,
info == NULL ? NULL : (char*)info->si_addr,
info == NULL ? NULL : info->si_code );
InterruptedContext::the_interrupted_context->invalidate();
SignalInterface::currentNonTimerSignal = 0;
}
void ArchivesWorker::deletePartialArchives()
{
auto partialArchivesDirectory = _get_archives_directory() + partialDirectorySuffix;
if (!fs::dirExists(partialArchivesDirectory))
{
return;
}
bool simulating = _config->getBool("cupt::worker::simulate");
auto paths = fs::glob(partialArchivesDirectory + "/*");
bool success = true;
FORIT(pathIt, paths)
{
if (simulating)
{
auto filename = fs::filename(*pathIt);
simulate2("deleting a partial archive file '%s'", filename);
}
else
{
if (unlink(pathIt->c_str()) == -1)
{
success = false;
warn2e(__("unable to remove the file '%s'"), (*pathIt));
}
}
}
if (!success)
{
fatal2(__("unable to remove partial archives"));
}
}
void starttable(struct table *t, const char *tbl)
{
char fname[256];
strcpy(fname, tbl);
strcat(fname, tabletype == import ? ".txt" : ".sql");
t->fp = fopen(fname, "wb");
if(!t->fp) fatal2(fname, 0);
t->l = 0;
t->c = 0;
t->name = strdup(tbl);
switch(tabletype) {
case mysql:
fprintf(t->fp,
"-- xml2sql - MediaWiki XML to SQL converter\n"
"-- Table %s for MySQL\n"
"\n"
"/*!40000 ALTER TABLE `%s` DISABLE KEYS */;\n"
"LOCK TABLES `%s` WRITE;\n",
t->name, t->name, t->name);
break;
case postgres:
fprintf(t->fp,
"-- xml2sql - MediaWiki XML to SQL converter\n"
"-- Table %s for PostgreSQL\n"
"\n"
"COPY \"%s\" FROM STDIN;\n",
t->name, t->name);
break;
}
}
// Test the size of the assembler generated sendDesc in
// EnterSelf (<machine>.runtime.s). Lars July 92
void sendDesc::init() {
sendDesc::init_platform();
# if HOST_ARCH == PPC_ARCH && TARGET_ARCH == I386_ARCH
if (true) return; // just testing asm
# endif
sendDesc* f = sendDesc::first_sendDesc();
// cannot do this test on sparc, it has a register-call which does not read as a call
// if (!isCall((int32*)f->jump_addr_addr()))
// fatal("first_sendDesc() does not have a call");
if (f->raw_lookupType() != StaticNormalLookupType)
fatal5("first_sendDesc() has wrong lookup type: 0x%x, should be: 0x%x\n"
" firstSelfFrame_returnPC: 0x%x, first_inst_addr: 0x%x, first_sendDesc 0x%x",
f->raw_lookupType(), StaticNormalLookupType,
firstSelfFrame_returnPC,
first_inst_addr((void*)firstSelfFrame_returnPC),
sendDesc::first_sendDesc());
char* computedEnd = (char*) f + f->endOffset();
char* realEnd = first_inst_addr((void*)firstSelfFrameSendDescEnd);
if (computedEnd != realEnd)
fatal2("sendDesc of firstSelfFrame has wrong size, "
"computedEnd = 0x%x, realEnd = 0x%x", computedEnd, realEnd);
}
/** Opens a file or dies trying */
FILE* openOrDie(char* name, char* mode)
{
FILE* file = fopen(name, mode);
if (!file)
fatal2("Can't open ", name);
return file;
}
const SourcePackage* getSourcePackage(const Cache& cache, const string& packageName, bool throwOnError)
{
auto result = cache.getSourcePackage(packageName);
if (!result && throwOnError)
{
fatal2(__("unable to find the source package '%s'"), packageName);
}
return result;
}
void envdir(int argc, const char *const *argv) {
const char *dir;
if (! (dir =*++argv)) envdir_usage();
if (! *++argv) envdir_usage();
edir(dir);
pathexec(argv);
fatal2("unable to run", *argv);
}
void envuidgid(int argc, const char *const *argv) {
const char *account;
if (! (account =*++argv)) envuidgid_usage();
if (! *++argv) envuidgid_usage();
euidgid((char*)account, 0);
pathexec(argv);
fatal2("unable to run", *argv);
}
void setLargeOption(CURLoption optionName, curl_off_t value, const char* alias)
{
auto returnCode = curl_easy_setopt(__handle, optionName, value);
if (returnCode != CURLE_OK)
{
fatal2(__("unable to set the Curl option '%s': curl_easy_setopt failed: %s"),
alias, curl_easy_strerror(returnCode));
}
}
void edir(const char *dirname) {
int wdir;
DIR *dir;
direntry *d;
int i;
if ((wdir =open_read(".")) == -1)
fatal("unable to open current working directory");
if (chdir(dirname)) fatal2("unable to switch to directory", dirname);
if (! (dir =opendir("."))) fatal2("unable to open directory", dirname);
for (;;) {
errno =0;
d =readdir(dir);
if (! d) {
if (errno) fatal2("unable to read directory", dirname);
break;
}
if (d->d_name[0] == '.') continue;
if (openreadclose(d->d_name, &sa, 256) == -1) {
if ((errno == error_isdir) && env_dir) {
if (verbose)
strerr_warn6(WARNING, "unable to read ", dirname, "/",
d->d_name, ": ", &strerr_sys);
continue;
}
else
strerr_die6sys(111, FATAL, "unable to read ", dirname, "/",
d->d_name, ": ");
}
if (sa.len) {
sa.len =byte_chr(sa.s, sa.len, '\n');
while (sa.len && (sa.s[sa.len -1] == ' ' || sa.s[sa.len -1] == '\t'))
--sa.len;
for (i =0; i < sa.len; ++i) if (! sa.s[i]) sa.s[i] ='\n';
if (! stralloc_0(&sa)) die_nomem();
if (! pathexec_env(d->d_name, sa.s)) die_nomem();
}
else
if (! pathexec_env(d->d_name, 0)) die_nomem();
}
closedir(dir);
if (fchdir(wdir) == -1) fatal("unable to switch to starting directory");
close(wdir);
}
CurlWrapper()
{
memset(__error_buffer, 0, sizeof(__error_buffer));
__handle = curl_easy_init();
if (!__handle)
{
fatal2(__("unable to create a Curl handle"));
}
__init();
}
void db_check_version(void) {
static const char q[] = "SELECT version FROM version";
int v;
v = db_int_query(q, sizeof q);
if (v < MIN_DB_VERSION || v > DB_VERSION) {
char vs[25];
snprintf(vs, 25, "%d", v);
fatal2("bad database version: ", vs);
}
}
sregex stringToRegex(const string& input)
{
try
{
return sregex::compile(input);
}
catch (regex_error& e)
{
fatal2(__("invalid regular expression '%s'"), input);
}
}
space::space(const char *n, FILE *snap) {
name = n;
OS::FRead_swap(&old_objs_bottom, oopSize, snap);
OS::FRead_swap(&old_objs_top, oopSize, snap);
if (old_objs_top < old_objs_bottom)
fatal2("snapshot format error reading %s: objs_top < objs_bottom (position 0x%x)",
name, ftell(snap));
OS::FRead_swap(&old_bytes_bottom, oopSize, snap);
OS::FRead_swap(&old_bytes_top, oopSize, snap);
if (old_bytes_top < old_bytes_bottom)
fatal1("snapshot format error reading %s: bytes_top < bytes_bottom", name);
}
vector< const VersionType* > __select_using_function(const Cache& cache,
const string& expression, QueryProcessor queryProcessor, bool binary, bool throwOnError)
{
FunctionalSelector selector(cache);
auto query = selector.parseQuery(expression, binary);
auto result = __convert_version_type< VersionType >((selector.*queryProcessor)(*query));
if (throwOnError && result.empty())
{
fatal2(__("the function expression '%s' selected nothing"), expression);
}
return std::move(result);
}
char* nextToken(char* cur, byte* val, TokenType* ttype)
{
*ttype = TT_END;
while (*cur)
{
if (*cur == ' ')
{
cur++;
continue;
}
else if (isHex(*cur) && isHex(*(cur+1)))
{
*val = (hexVal(*cur) << 4) | hexVal(*(cur+1));
*ttype = TT_OPCODE;
cur += 2;
break;
}
else if (*cur == 'd')
{
*ttype = TT_D;
cur++;
break;
}
else if (*cur == 'e')
{
*ttype = TT_E;
cur++;
break;
}
else if ((*cur == 'n') && (*(cur+1) == 'n'))
{
*ttype = TT_NN;
cur += 2;
break;
}
else if (*cur == 'n')
{
*ttype = TT_N;
cur++;
break;
}
else
{
fatal2("Unknown char at ", cur);
}
};
return cur;
}
void finrecord(struct table *t)
{
switch(tabletype) {
case mysql:
putc(')', t->fp);
break;
default:
putc('\n', t->fp);
break;
}
++t->l;
if(ferror(t->fp)) fatal2(t->name, 0);
}
void check_branch_relocation( void* fromArg, void* toArg, int32 countArg) {
inst_t *from = (inst_t*)fromArg, *to = (inst_t*)toArg;
int32 count = countArg / sizeof(inst_t);
if ( umax((uint32)from, (uint32)to) < umin((uint32)from + count, (uint32) to + count))
return; // overlapping, too hard to check
for ( int32 i = 0; i < count; ++i) {
inst_t* f = (inst_t*)get_target_of_branch_instruction(&from[i]);
inst_t* t = (inst_t*)get_target_of_branch_instruction(& to[i]);
if (f == NULL) ;
else if (from <= f && f < from+count) f += to - from;
if (f != t)
fatal2("check_branch_relocation: branch at 0x%x moved to 0x%x but is wrong",
&from[i], &to[i]);
}
}
void db_init(void) {
char *errmsg = 0;
int r;
sqlite3_stmt *stmt;
sqlite3_exec(db, create, 0, 0, &errmsg);
if (errmsg != 0)
fatal2("cannot initialize database: ", errmsg);
r = sqlite3_prepare_v2(db, set_version, sizeof set_version, &stmt, 0);
if (r != SQLITE_OK) db_fatal("prepare", set_version);
r = sqlite3_bind_int(stmt, 1, DB_VERSION);
if (r != SQLITE_OK) db_fatal("bind", set_version);
r = sqlite3_step(stmt);
if (r != SQLITE_DONE) db_fatal("step", set_version);
sqlite3_finalize(stmt);
}
void codeTable::add(nmethod* nm, MethodLookupKey* k) {
if (k == NULL) k= &nm->key;
k->init_hash();
# if GENERATE_DEBUGGING_AIDS
if (CheckAssertions) {
if (nm == (nmethod*)catchThisOne) warning("caught nmethod");
if ( nm->isDebug() && this == Memory->code->table) warning("wrong table");
if (!nm->isDebug() && this != Memory->code->table) warning("wrong table");
if (lookup(*k)) {
k->print();
fatal2("adding duplicate key to code table: %#lx and new %#lx",
lookup(*k), nm);
}
}
# endif
nmln* b = bucketFor(k->hash());
codeTableEntry *e= new codeTableEntry(nm, k);
if (e->key.is_new()) nm->remember();
b->add(&e->next_hash);
}
string convertWildcardedExpressionToFse(const string& expression)
{
auto getPackageNameFse = [](const string& packageNameExpression)
{
return format2("package:name(%s)", globToRegexString(packageNameExpression));
};
auto delimiterPosition = expression.find_first_of("/=");
if (delimiterPosition != string::npos)
{
string additionalFseRule;
string packageGlobExpression = expression.substr(0, delimiterPosition);
string remainder = expression.substr(delimiterPosition+1);
if (expression[delimiterPosition] == '/') // distribution
{
static const sregex distributionExpressionRegex = sregex::compile("[a-z-]+");
static smatch m;
if (!regex_match(remainder, m, distributionExpressionRegex))
{
fatal2(__("bad distribution '%s' requested, use archive or codename"), remainder);
}
additionalFseRule = format2("or(release:archive(%s), release:codename(%s))", remainder, remainder);
}
else // exact version string
{
checkVersionString(remainder);
additionalFseRule = format2("version(%s)", globToRegexString(remainder));
}
return format2("%s & %s", getPackageNameFse(packageGlobExpression), additionalFseRule);
}
else
{
return getPackageNameFse(expression);
}
}
void setlock(int argc, const char *const *argv) {
int opt;
unsigned int delay =0;
unsigned int x =0;
const char *fn;
while ((opt =getopt(argc, argv, "nNxX")) != opteof)
switch(opt) {
case 'n': delay =1; break;
case 'N': delay =0; break;
case 'x': x =1; break;
case 'X': x =0; break;
default: setlock_usage();
}
argv +=optind;
if (! (fn =*argv)) setlock_usage();
if (! *++argv) setlock_usage();
slock(fn, delay, x);
pathexec(argv);
if (! x) fatal2("unable to run", *argv);
_exit(0);
}
void fintable(struct table *t)
{
switch(tabletype) {
case import:
break;
case mysql:
fprintf(t->fp,
";\n"
"UNLOCK TABLES;\n"
"/*!40000 ALTER TABLE `%s` ENABLE KEYS */;\n\n",
t->name);
break;
case postgres:
fputs("\\.\n\n", t->fp);
break;
}
if(ferror(t->fp)) fatal2(t->name, 0);
fclose(t->fp);
free(t->name);
}
void softlimit(int argc, const char *const *argv) {
int opt;
while ((opt =getopt(argc,argv,"a:c:d:f:l:m:o:p:r:s:t:")) != opteof)
switch(opt) {
case '?': softlimit_usage();
case 'a': getlarg(&limita); break;
case 'c': getlarg(&limitc); break;
case 'd': getlarg(&limitd); break;
case 'f': getlarg(&limitf); break;
case 'l': getlarg(&limitl); break;
case 'm': getlarg(&limitd); limits =limitl =limita =limitd; break;
case 'o': getlarg(&limito); break;
case 'p': getlarg(&limitp); break;
case 'r': getlarg(&limitr); break;
case 's': getlarg(&limits); break;
case 't': getlarg(&limitt); break;
}
argv +=optind;
if (!*argv) softlimit_usage();
slimit();
pathexec(argv);
fatal2("unable to run", *argv);
}
string perform(const shared_ptr< const Config >& config, const download::Uri& uri,
const string& targetPath, const std::function< void (const vector< string >&) >& callback)
{
try
{
CurlWrapper curl;
// bad connections can return 'receive failure' transient error
// occasionally, give them several tries to finish the download
auto transientErrorsLeft = config->getInteger("acquire::retries");
{ // setting options
curl.setOption(CURLOPT_URL, string(uri), "uri");
auto downloadLimit = getIntegerAcquireSuboptionForUri(config, uri, "dl-limit");
if (downloadLimit)
{
curl.setLargeOption(CURLOPT_MAX_RECV_SPEED_LARGE, downloadLimit*1024, "upper speed limit");
}
auto proxy = getAcquireSuboptionForUri(config, uri, "proxy");
if (proxy == "DIRECT")
{
curl.setOption(CURLOPT_PROXY, "", "proxy");
}
else if (!proxy.empty())
{
curl.setOption(CURLOPT_PROXY, proxy, "proxy");
}
if (uri.getProtocol() == "http" && config->getBool("acquire::http::allowredirect"))
{
curl.setOption(CURLOPT_FOLLOWLOCATION, 1, "follow-location");
}
auto timeout = getIntegerAcquireSuboptionForUri(config, uri, "timeout");
if (timeout)
{
curl.setOption(CURLOPT_CONNECTTIMEOUT, timeout, "connect timeout");
curl.setOption(CURLOPT_LOW_SPEED_LIMIT, 1, "low speed limit");
curl.setOption(CURLOPT_LOW_SPEED_TIME, timeout, "low speed timeout");
}
curl.setOption(CURLOPT_WRITEFUNCTION, (void*)&curlWriteFunction, "write function");
}
string openError;
File file(targetPath, "a", openError);
if (!openError.empty())
{
fatal2(__("unable to open the file '%s': %s"), targetPath, openError);
}
start:
ssize_t totalBytes = file.tell();
callback(vector< string > { "downloading",
lexical_cast< string >(totalBytes), lexical_cast< string >(0)});
curl.setOption(CURLOPT_RESUME_FROM, totalBytes, "resume from");
string fileWriteError;
{
fileWriteErrorPtr = &fileWriteError;
filePtr = &file;
curlPtr = &curl;
callbackPtr = &callback;
totalBytesPtr = &totalBytes;
}
auto performResult = curl.perform();
if (!fileWriteError.empty())
{
return fileWriteError;
}
else if (performResult == CURLE_OK)
{
return string(); // all went ok
}
else if (performResult == CURLE_PARTIAL_FILE)
{
// partial data? no problem, we might request it
return string();
}
else
{
// something went wrong :(
// transient errors handling
if (performResult == CURLE_RECV_ERROR && transientErrorsLeft)
{
if (config->getBool("debug::downloader"))
{
debug2("transient error while downloading '%s'", string(uri));
}
--transientErrorsLeft;
goto start;
}
if (performResult == CURLE_RANGE_ERROR)
{
if (config->getBool("debug::downloader"))
{
debug2("range command failed, need to restart from beginning while downloading '%s'", string(uri));
}
if (unlink(targetPath.c_str()) == -1)
{
return format2e(__("unable to remove target file for re-downloading"));
}
goto start;
}
return curl.getError();
}
}
catch (Exception& e)
{
return format2(__("download method error: %s"), e.what());
}
}
int scream_init_socket (int _protocol, char *server, int port)
{
struct sockaddr_in local, remote;
struct hostent *he;
uint8_t cmd;
protocol = _protocol;
switch (_protocol)
{
case SCM_PROTO_TCP:
if ( dropflag ) {
printf("connect failed\n");
return 1;
}
sockfd = socket (PF_INET, SOCK_STREAM, 0);
remote.sin_family = AF_INET;
remote.sin_port = htons (port);
he = gethostbyname (server);
if (!he)
fatal2 ("gethostbyname(%s) failed: %m", server);
if (he->h_addrtype != AF_INET)
fatal ("gethostbyname returned a non-IP address");
memcpy (&remote.sin_addr.s_addr, he->h_addr, he->h_length);
if (connect (sockfd, (struct sockaddr *) &remote, sizeof (remote))) {
printf("connect failed\n");
return 1;
}
else
{
cmd = SCREAM_CMD_START_XMIT;
printf("send SCREAM_CMD_START_XMIT\n");
if (send (sockfd, &cmd, 1, MSG_CONFIRM) != 1)
{
printf("write to socket failed: %m");
close(sockfd);
sockfd = -1;
return 1;
}
}
break;
case SCM_PROTO_UDP:
sockfd = socket (PF_INET, SOCK_DGRAM, 0);
/*For the UDP binding we want to be able to rebind to this listening port */
{
int on = 1;
if (setsockopt (sockfd, SOL_SOCKET, SO_REUSEADDR, (void *) &on, sizeof (on)))
warning (("Error setting SO_REUSEADDR: %m"));
}
local.sin_family = AF_INET;
local.sin_port = htons (port);
local.sin_addr.s_addr = INADDR_ANY;
if (bind (sockfd, (struct sockaddr *) &local, sizeof (local))) {
printf("Bind a socket to port %d failed in scream.c\n", port);
exit(0);
}
break;
default:
fatal (("Unknown protocol"));
break;
}
return 0;
}
/** Reads the opcode list and generates output code based on the spec */
void generateCodeTable (FILE* opcodes, FILE* code)
{
char line[MAX_LINE];
char last[MAX_LINE];
char tmp[MAX_LINE];
char name[MAX_LINE];
char parm[5], subst[20];
int i;
char* p, *q;
char** cmds;
regmatch_t matches[MAX_MATCH];
Item* item;
printf("Generating opcode implementations...");
last[0] = 0;
do
{
fgets(line, MAX_LINE, opcodes);
trim(line);
if (feof(opcodes))
break;
for (q = line, p = q+OPCODE_OFFSET; *p; *q++ = *p++); /* Skip the hex part */
*q = 0;
/* Avoid duplicate opcodes */
if (strcmp(last, line) == 0)
continue;
strcpy(last, line);
/* Find the appropriate pattern */
for (i = 0; i < nItems; i++)
{
if (regexec(&items[i].re, line, MAX_MATCH, matches, REG_EXTENDED) == 0)
{
if (matches[0].rm_so == 0) /* Match only at beginning of line */
{
/*printf("%s : match %s\n", &line, items[i].pat);*/
break;
}
}
}
if (i >= nItems)
fatal2(line, " didn't match anything");
item = &items[i];
/* Print function stub */
fixName(line, name);
fprintf(code, "static void %s (Z80Context* ctx)\n{\n", name);
/* Substitute submatches in each output line and print the code */
cmds = item->line;
strcpy(parm, "%0");
while (*cmds)
{
if (!printCall(*cmds, code))
{
strncpy(tmp, *cmds, MAX_LINE);
q = tmp;
for (i = 1; i < MAX_MATCH; i++)
{
parm[1] = i + '0';
strncpy(subst, &line[matches[i].rm_so], matches[i].rm_eo - matches[i].rm_so);
subst[matches[i].rm_eo - matches[i].rm_so] = 0;
substStr(tmp, parm, subst);
}
fprintf(code, "%s\n", tmp);
}
cmds++;
}
fprintf(code, "}\n\n\n");
} while(1);
printf("done\n");
}
void Bytecodes::initialize() {
if (_is_initialized) return;
assert(number_of_codes <= 256, "too many bytecodes");
// initialize bytecode tables - didn't use static array initializers
// (such as {}) so we can do additional consistency checks and init-
// code is independent of actual bytecode numbering.
//
// Note 1: NULL for the format string means the bytecode doesn't exist
// in that form.
//
// Note 2: The result type is T_ILLEGAL for bytecodes where the top of stack
// type after execution is not only determined by the bytecode itself.
// Java bytecodes
// bytecode bytecode name format wide f. result tp stk traps
def(_nop , "nop" , "b" , NULL , T_VOID , 0, false);
def(_aconst_null , "aconst_null" , "b" , NULL , T_OBJECT , 1, false);
def(_iconst_m1 , "iconst_m1" , "b" , NULL , T_INT , 1, false);
def(_iconst_0 , "iconst_0" , "b" , NULL , T_INT , 1, false);
def(_iconst_1 , "iconst_1" , "b" , NULL , T_INT , 1, false);
def(_iconst_2 , "iconst_2" , "b" , NULL , T_INT , 1, false);
def(_iconst_3 , "iconst_3" , "b" , NULL , T_INT , 1, false);
def(_iconst_4 , "iconst_4" , "b" , NULL , T_INT , 1, false);
def(_iconst_5 , "iconst_5" , "b" , NULL , T_INT , 1, false);
def(_lconst_0 , "lconst_0" , "b" , NULL , T_LONG , 2, false);
def(_lconst_1 , "lconst_1" , "b" , NULL , T_LONG , 2, false);
def(_fconst_0 , "fconst_0" , "b" , NULL , T_FLOAT , 1, false);
def(_fconst_1 , "fconst_1" , "b" , NULL , T_FLOAT , 1, false);
def(_fconst_2 , "fconst_2" , "b" , NULL , T_FLOAT , 1, false);
def(_dconst_0 , "dconst_0" , "b" , NULL , T_DOUBLE , 2, false);
def(_dconst_1 , "dconst_1" , "b" , NULL , T_DOUBLE , 2, false);
def(_bipush , "bipush" , "bc" , NULL , T_INT , 1, false);
def(_sipush , "sipush" , "bcc" , NULL , T_INT , 1, false);
def(_ldc , "ldc" , "bi" , NULL , T_ILLEGAL, 1, true );
def(_ldc_w , "ldc_w" , "bii" , NULL , T_ILLEGAL, 1, true );
def(_ldc2_w , "ldc2_w" , "bii" , NULL , T_ILLEGAL, 2, true );
def(_iload , "iload" , "bi" , "wbii" , T_INT , 1, false);
def(_lload , "lload" , "bi" , "wbii" , T_LONG , 2, false);
def(_fload , "fload" , "bi" , "wbii" , T_FLOAT , 1, false);
def(_dload , "dload" , "bi" , "wbii" , T_DOUBLE , 2, false);
def(_aload , "aload" , "bi" , "wbii" , T_OBJECT , 1, false);
def(_iload_0 , "iload_0" , "b" , NULL , T_INT , 1, false);
def(_iload_1 , "iload_1" , "b" , NULL , T_INT , 1, false);
def(_iload_2 , "iload_2" , "b" , NULL , T_INT , 1, false);
def(_iload_3 , "iload_3" , "b" , NULL , T_INT , 1, false);
def(_lload_0 , "lload_0" , "b" , NULL , T_LONG , 2, false);
def(_lload_1 , "lload_1" , "b" , NULL , T_LONG , 2, false);
def(_lload_2 , "lload_2" , "b" , NULL , T_LONG , 2, false);
def(_lload_3 , "lload_3" , "b" , NULL , T_LONG , 2, false);
def(_fload_0 , "fload_0" , "b" , NULL , T_FLOAT , 1, false);
def(_fload_1 , "fload_1" , "b" , NULL , T_FLOAT , 1, false);
def(_fload_2 , "fload_2" , "b" , NULL , T_FLOAT , 1, false);
def(_fload_3 , "fload_3" , "b" , NULL , T_FLOAT , 1, false);
def(_dload_0 , "dload_0" , "b" , NULL , T_DOUBLE , 2, false);
def(_dload_1 , "dload_1" , "b" , NULL , T_DOUBLE , 2, false);
def(_dload_2 , "dload_2" , "b" , NULL , T_DOUBLE , 2, false);
def(_dload_3 , "dload_3" , "b" , NULL , T_DOUBLE , 2, false);
def(_aload_0 , "aload_0" , "b" , NULL , T_OBJECT , 1, true ); // rewriting in interpreter
def(_aload_1 , "aload_1" , "b" , NULL , T_OBJECT , 1, false);
def(_aload_2 , "aload_2" , "b" , NULL , T_OBJECT , 1, false);
def(_aload_3 , "aload_3" , "b" , NULL , T_OBJECT , 1, false);
def(_iaload , "iaload" , "b" , NULL , T_INT , -1, true );
def(_laload , "laload" , "b" , NULL , T_LONG , 0, true );
def(_faload , "faload" , "b" , NULL , T_FLOAT , -1, true );
def(_daload , "daload" , "b" , NULL , T_DOUBLE , 0, true );
def(_aaload , "aaload" , "b" , NULL , T_OBJECT , -1, true );
def(_baload , "baload" , "b" , NULL , T_INT , -1, true );
def(_caload , "caload" , "b" , NULL , T_INT , -1, true );
def(_saload , "saload" , "b" , NULL , T_INT , -1, true );
def(_istore , "istore" , "bi" , "wbii" , T_VOID , -1, false);
def(_lstore , "lstore" , "bi" , "wbii" , T_VOID , -2, false);
def(_fstore , "fstore" , "bi" , "wbii" , T_VOID , -1, false);
def(_dstore , "dstore" , "bi" , "wbii" , T_VOID , -2, false);
def(_astore , "astore" , "bi" , "wbii" , T_VOID , -1, false);
def(_istore_0 , "istore_0" , "b" , NULL , T_VOID , -1, false);
def(_istore_1 , "istore_1" , "b" , NULL , T_VOID , -1, false);
def(_istore_2 , "istore_2" , "b" , NULL , T_VOID , -1, false);
def(_istore_3 , "istore_3" , "b" , NULL , T_VOID , -1, false);
def(_lstore_0 , "lstore_0" , "b" , NULL , T_VOID , -2, false);
def(_lstore_1 , "lstore_1" , "b" , NULL , T_VOID , -2, false);
def(_lstore_2 , "lstore_2" , "b" , NULL , T_VOID , -2, false);
def(_lstore_3 , "lstore_3" , "b" , NULL , T_VOID , -2, false);
def(_fstore_0 , "fstore_0" , "b" , NULL , T_VOID , -1, false);
def(_fstore_1 , "fstore_1" , "b" , NULL , T_VOID , -1, false);
def(_fstore_2 , "fstore_2" , "b" , NULL , T_VOID , -1, false);
def(_fstore_3 , "fstore_3" , "b" , NULL , T_VOID , -1, false);
def(_dstore_0 , "dstore_0" , "b" , NULL , T_VOID , -2, false);
def(_dstore_1 , "dstore_1" , "b" , NULL , T_VOID , -2, false);
def(_dstore_2 , "dstore_2" , "b" , NULL , T_VOID , -2, false);
def(_dstore_3 , "dstore_3" , "b" , NULL , T_VOID , -2, false);
def(_astore_0 , "astore_0" , "b" , NULL , T_VOID , -1, false);
def(_astore_1 , "astore_1" , "b" , NULL , T_VOID , -1, false);
def(_astore_2 , "astore_2" , "b" , NULL , T_VOID , -1, false);
def(_astore_3 , "astore_3" , "b" , NULL , T_VOID , -1, false);
def(_iastore , "iastore" , "b" , NULL , T_VOID , -3, true );
def(_lastore , "lastore" , "b" , NULL , T_VOID , -4, true );
def(_fastore , "fastore" , "b" , NULL , T_VOID , -3, true );
def(_dastore , "dastore" , "b" , NULL , T_VOID , -4, true );
def(_aastore , "aastore" , "b" , NULL , T_VOID , -3, true );
def(_bastore , "bastore" , "b" , NULL , T_VOID , -3, true );
def(_castore , "castore" , "b" , NULL , T_VOID , -3, true );
def(_sastore , "sastore" , "b" , NULL , T_VOID , -3, true );
def(_pop , "pop" , "b" , NULL , T_VOID , -1, false);
def(_pop2 , "pop2" , "b" , NULL , T_VOID , -2, false);
def(_dup , "dup" , "b" , NULL , T_VOID , 1, false);
def(_dup_x1 , "dup_x1" , "b" , NULL , T_VOID , 1, false);
def(_dup_x2 , "dup_x2" , "b" , NULL , T_VOID , 1, false);
def(_dup2 , "dup2" , "b" , NULL , T_VOID , 2, false);
def(_dup2_x1 , "dup2_x1" , "b" , NULL , T_VOID , 2, false);
def(_dup2_x2 , "dup2_x2" , "b" , NULL , T_VOID , 2, false);
def(_swap , "swap" , "b" , NULL , T_VOID , 0, false);
def(_iadd , "iadd" , "b" , NULL , T_INT , -1, false);
def(_ladd , "ladd" , "b" , NULL , T_LONG , -2, false);
def(_fadd , "fadd" , "b" , NULL , T_FLOAT , -1, false);
def(_dadd , "dadd" , "b" , NULL , T_DOUBLE , -2, false);
def(_isub , "isub" , "b" , NULL , T_INT , -1, false);
def(_lsub , "lsub" , "b" , NULL , T_LONG , -2, false);
def(_fsub , "fsub" , "b" , NULL , T_FLOAT , -1, false);
def(_dsub , "dsub" , "b" , NULL , T_DOUBLE , -2, false);
def(_imul , "imul" , "b" , NULL , T_INT , -1, false);
def(_lmul , "lmul" , "b" , NULL , T_LONG , -2, false);
def(_fmul , "fmul" , "b" , NULL , T_FLOAT , -1, false);
def(_dmul , "dmul" , "b" , NULL , T_DOUBLE , -2, false);
def(_idiv , "idiv" , "b" , NULL , T_INT , -1, true );
def(_ldiv , "ldiv" , "b" , NULL , T_LONG , -2, true );
def(_fdiv , "fdiv" , "b" , NULL , T_FLOAT , -1, false);
def(_ddiv , "ddiv" , "b" , NULL , T_DOUBLE , -2, false);
def(_irem , "irem" , "b" , NULL , T_INT , -1, true );
def(_lrem , "lrem" , "b" , NULL , T_LONG , -2, true );
def(_frem , "frem" , "b" , NULL , T_FLOAT , -1, false);
def(_drem , "drem" , "b" , NULL , T_DOUBLE , -2, false);
def(_ineg , "ineg" , "b" , NULL , T_INT , 0, false);
def(_lneg , "lneg" , "b" , NULL , T_LONG , 0, false);
def(_fneg , "fneg" , "b" , NULL , T_FLOAT , 0, false);
def(_dneg , "dneg" , "b" , NULL , T_DOUBLE , 0, false);
def(_ishl , "ishl" , "b" , NULL , T_INT , -1, false);
def(_lshl , "lshl" , "b" , NULL , T_LONG , -1, false);
def(_ishr , "ishr" , "b" , NULL , T_INT , -1, false);
def(_lshr , "lshr" , "b" , NULL , T_LONG , -1, false);
def(_iushr , "iushr" , "b" , NULL , T_INT , -1, false);
def(_lushr , "lushr" , "b" , NULL , T_LONG , -1, false);
def(_iand , "iand" , "b" , NULL , T_INT , -1, false);
def(_land , "land" , "b" , NULL , T_LONG , -2, false);
def(_ior , "ior" , "b" , NULL , T_INT , -1, false);
def(_lor , "lor" , "b" , NULL , T_LONG , -2, false);
def(_ixor , "ixor" , "b" , NULL , T_INT , -1, false);
def(_lxor , "lxor" , "b" , NULL , T_LONG , -2, false);
def(_iinc , "iinc" , "bic" , "wbiicc", T_VOID , 0, false);
def(_i2l , "i2l" , "b" , NULL , T_LONG , 1, false);
def(_i2f , "i2f" , "b" , NULL , T_FLOAT , 0, false);
def(_i2d , "i2d" , "b" , NULL , T_DOUBLE , 1, false);
def(_l2i , "l2i" , "b" , NULL , T_INT , -1, false);
def(_l2f , "l2f" , "b" , NULL , T_FLOAT , -1, false);
def(_l2d , "l2d" , "b" , NULL , T_DOUBLE , 0, false);
def(_f2i , "f2i" , "b" , NULL , T_INT , 0, false);
def(_f2l , "f2l" , "b" , NULL , T_LONG , 1, false);
def(_f2d , "f2d" , "b" , NULL , T_DOUBLE , 1, false);
def(_d2i , "d2i" , "b" , NULL , T_INT , -1, false);
def(_d2l , "d2l" , "b" , NULL , T_LONG , 0, false);
def(_d2f , "d2f" , "b" , NULL , T_FLOAT , -1, false);
def(_i2b , "i2b" , "b" , NULL , T_BYTE , 0, false);
def(_i2c , "i2c" , "b" , NULL , T_CHAR , 0, false);
def(_i2s , "i2s" , "b" , NULL , T_SHORT , 0, false);
def(_lcmp , "lcmp" , "b" , NULL , T_VOID , -3, false);
def(_fcmpl , "fcmpl" , "b" , NULL , T_VOID , -1, false);
def(_fcmpg , "fcmpg" , "b" , NULL , T_VOID , -1, false);
def(_dcmpl , "dcmpl" , "b" , NULL , T_VOID , -3, false);
def(_dcmpg , "dcmpg" , "b" , NULL , T_VOID , -3, false);
def(_ifeq , "ifeq" , "boo" , NULL , T_VOID , -1, false);
def(_ifne , "ifne" , "boo" , NULL , T_VOID , -1, false);
def(_iflt , "iflt" , "boo" , NULL , T_VOID , -1, false);
def(_ifge , "ifge" , "boo" , NULL , T_VOID , -1, false);
def(_ifgt , "ifgt" , "boo" , NULL , T_VOID , -1, false);
def(_ifle , "ifle" , "boo" , NULL , T_VOID , -1, false);
def(_if_icmpeq , "if_icmpeq" , "boo" , NULL , T_VOID , -2, false);
def(_if_icmpne , "if_icmpne" , "boo" , NULL , T_VOID , -2, false);
def(_if_icmplt , "if_icmplt" , "boo" , NULL , T_VOID , -2, false);
def(_if_icmpge , "if_icmpge" , "boo" , NULL , T_VOID , -2, false);
def(_if_icmpgt , "if_icmpgt" , "boo" , NULL , T_VOID , -2, false);
def(_if_icmple , "if_icmple" , "boo" , NULL , T_VOID , -2, false);
def(_if_acmpeq , "if_acmpeq" , "boo" , NULL , T_VOID , -2, false);
def(_if_acmpne , "if_acmpne" , "boo" , NULL , T_VOID , -2, false);
def(_goto , "goto" , "boo" , NULL , T_VOID , 0, false);
def(_jsr , "jsr" , "boo" , NULL , T_INT , 0, false);
def(_ret , "ret" , "bi" , "wbii" , T_VOID , 0, false);
def(_tableswitch , "tableswitch" , "" , NULL , T_VOID , -1, false); // may have backward branches
def(_lookupswitch , "lookupswitch" , "" , NULL , T_VOID , -1, false); // rewriting in interpreter
def(_ireturn , "ireturn" , "b" , NULL , T_INT , -1, true);
def(_lreturn , "lreturn" , "b" , NULL , T_LONG , -2, true);
def(_freturn , "freturn" , "b" , NULL , T_FLOAT , -1, true);
def(_dreturn , "dreturn" , "b" , NULL , T_DOUBLE , -2, true);
def(_areturn , "areturn" , "b" , NULL , T_OBJECT , -1, true);
def(_return , "return" , "b" , NULL , T_VOID , 0, true);
def(_getstatic , "getstatic" , "bjj" , NULL , T_ILLEGAL, 1, true );
def(_putstatic , "putstatic" , "bjj" , NULL , T_ILLEGAL, -1, true );
def(_getfield , "getfield" , "bjj" , NULL , T_ILLEGAL, 0, true );
def(_putfield , "putfield" , "bjj" , NULL , T_ILLEGAL, -2, true );
def(_invokevirtual , "invokevirtual" , "bjj" , NULL , T_ILLEGAL, -1, true);
def(_invokespecial , "invokespecial" , "bjj" , NULL , T_ILLEGAL, -1, true);
def(_invokestatic , "invokestatic" , "bjj" , NULL , T_ILLEGAL, 0, true);
def(_invokeinterface , "invokeinterface" , "bjj__", NULL , T_ILLEGAL, -1, true);
def(_xxxunusedxxx , "xxxunusedxxx" , NULL , NULL , T_VOID , 0, false);
def(_new , "new" , "bii" , NULL , T_OBJECT , 1, true );
def(_newarray , "newarray" , "bc" , NULL , T_OBJECT , 0, true );
def(_anewarray , "anewarray" , "bii" , NULL , T_OBJECT , 0, true );
def(_arraylength , "arraylength" , "b" , NULL , T_VOID , 0, true );
def(_athrow , "athrow" , "b" , NULL , T_VOID , -1, true );
def(_checkcast , "checkcast" , "bii" , NULL , T_OBJECT , 0, true );
def(_instanceof , "instanceof" , "bii" , NULL , T_INT , 0, true );
def(_monitorenter , "monitorenter" , "b" , NULL , T_VOID , -1, true );
def(_monitorexit , "monitorexit" , "b" , NULL , T_VOID , -1, true );
def(_wide , "wide" , "" , NULL , T_VOID , 0, false);
def(_multianewarray , "multianewarray" , "biic" , NULL , T_OBJECT , 1, true );
def(_ifnull , "ifnull" , "boo" , NULL , T_VOID , -1, false);
def(_ifnonnull , "ifnonnull" , "boo" , NULL , T_VOID , -1, false);
def(_goto_w , "goto_w" , "boooo", NULL , T_VOID , 0, false);
def(_jsr_w , "jsr_w" , "boooo", NULL , T_INT , 0, false);
def(_breakpoint , "breakpoint" , "" , NULL , T_VOID , 0, true);
// JVM bytecodes
// bytecode bytecode name format wide f. result tp stk traps std code
def(_fast_agetfield , "fast_agetfield" , "bjj" , NULL , T_OBJECT , 0, true , _getfield );
def(_fast_bgetfield , "fast_bgetfield" , "bjj" , NULL , T_INT , 0, true , _getfield );
def(_fast_cgetfield , "fast_cgetfield" , "bjj" , NULL , T_CHAR , 0, true , _getfield );
def(_fast_dgetfield , "fast_dgetfield" , "bjj" , NULL , T_DOUBLE , 0, true , _getfield );
def(_fast_fgetfield , "fast_fgetfield" , "bjj" , NULL , T_FLOAT , 0, true , _getfield );
def(_fast_igetfield , "fast_igetfield" , "bjj" , NULL , T_INT , 0, true , _getfield );
def(_fast_lgetfield , "fast_lgetfield" , "bjj" , NULL , T_LONG , 0, true , _getfield );
def(_fast_sgetfield , "fast_sgetfield" , "bjj" , NULL , T_SHORT , 0, true , _getfield );
def(_fast_aputfield , "fast_aputfield" , "bjj" , NULL , T_OBJECT , 0, true , _putfield );
def(_fast_bputfield , "fast_bputfield" , "bjj" , NULL , T_INT , 0, true , _putfield );
def(_fast_cputfield , "fast_cputfield" , "bjj" , NULL , T_CHAR , 0, true , _putfield );
def(_fast_dputfield , "fast_dputfield" , "bjj" , NULL , T_DOUBLE , 0, true , _putfield );
def(_fast_fputfield , "fast_fputfield" , "bjj" , NULL , T_FLOAT , 0, true , _putfield );
def(_fast_iputfield , "fast_iputfield" , "bjj" , NULL , T_INT , 0, true , _putfield );
def(_fast_lputfield , "fast_lputfield" , "bjj" , NULL , T_LONG , 0, true , _putfield );
def(_fast_sputfield , "fast_sputfield" , "bjj" , NULL , T_SHORT , 0, true , _putfield );
def(_fast_aload_0 , "fast_aload_0" , "b" , NULL , T_OBJECT , 1, true , _aload_0 );
def(_fast_iaccess_0 , "fast_iaccess_0" , "b_jj" , NULL , T_INT , 1, true , _aload_0 );
def(_fast_aaccess_0 , "fast_aaccess_0" , "b_jj" , NULL , T_OBJECT , 1, true , _aload_0 );
def(_fast_faccess_0 , "fast_faccess_0" , "b_jj" , NULL , T_OBJECT , 1, true , _aload_0 );
def(_fast_iload , "fast_iload" , "bi" , NULL , T_INT , 1, false, _iload);
def(_fast_iload2 , "fast_iload2" , "bi_i" , NULL , T_INT , 2, false, _iload);
def(_fast_icaload , "fast_icaload" , "bi_" , NULL , T_INT , 0, false, _iload);
// Faster method invocation.
def(_fast_invokevfinal , "fast_invokevfinal" , "bjj" , NULL , T_ILLEGAL, -1, true, _invokevirtual );
def(_fast_linearswitch , "fast_linearswitch" , "" , NULL , T_VOID , -1, false, _lookupswitch );
def(_fast_binaryswitch , "fast_binaryswitch" , "" , NULL , T_VOID , -1, false, _lookupswitch );
def(_return_register_finalizer , "return_register_finalizer" , "b" , NULL , T_VOID , 0, true, _return);
def(_shouldnotreachhere , "_shouldnotreachhere" , "b" , NULL , T_VOID , 0, false);
// platform specific JVM bytecodes
pd_initialize();
// compare can_trap information for each bytecode with the
// can_trap information for the corresponding base bytecode
// (if a rewritten bytecode can trap, so must the base bytecode)
#ifdef ASSERT
{ for (int i = 0; i < number_of_codes; i++) {
if (is_defined(i)) {
Code code = cast(i);
Code java = java_code(code);
if (can_trap(code) && !can_trap(java)) fatal2("%s can trap => %s can trap, too", name(code), name(java));
}
}
}
#endif
// initialization successful
_is_initialized = true;
}
