static jboolean
LoadMSVCRT()
{
// Only do this once
static int loaded = 0;
char crtpath[MAXPATHLEN];
if (!loaded) {
/*
* The Microsoft C Runtime Library needs to be loaded first. A copy is
* assumed to be present in the "JRE path" directory. If it is not found
* there (or "JRE path" fails to resolve), skip the explicit load and let
* nature take its course, which is likely to be a failure to execute.
* The makefiles will provide the correct lib contained in quotes in the
* macro MSVCR_DLL_NAME.
*/
#ifdef MSVCR_DLL_NAME
if (GetJREPath(crtpath, MAXPATHLEN)) {
if (JLI_StrLen(crtpath) + JLI_StrLen("\\bin\\") +
JLI_StrLen(MSVCR_DLL_NAME) >= MAXPATHLEN) {
JLI_ReportErrorMessage(JRE_ERROR11);
return JNI_FALSE;
}
(void)JLI_StrCat(crtpath, "\\bin\\" MSVCR_DLL_NAME); /* Add crt dll */
JLI_TraceLauncher("CRT path is %s\n", crtpath);
if (_access(crtpath, 0) == 0) {
if (LoadLibrary(crtpath) == 0) {
JLI_ReportErrorMessage(DLL_ERROR4, crtpath);
return JNI_FALSE;
}
}
}
#endif /* MSVCR_DLL_NAME */
#ifdef MSVCP_DLL_NAME
if (GetJREPath(crtpath, MAXPATHLEN)) {
if (JLI_StrLen(crtpath) + JLI_StrLen("\\bin\\") +
JLI_StrLen(MSVCP_DLL_NAME) >= MAXPATHLEN) {
JLI_ReportErrorMessage(JRE_ERROR11);
return JNI_FALSE;
}
(void)JLI_StrCat(crtpath, "\\bin\\" MSVCP_DLL_NAME); /* Add prt dll */
JLI_TraceLauncher("PRT path is %s\n", crtpath);
if (_access(crtpath, 0) == 0) {
if (LoadLibrary(crtpath) == 0) {
JLI_ReportErrorMessage(DLL_ERROR4, crtpath);
return JNI_FALSE;
}
}
}
#endif /* MSVCP_DLL_NAME */
loaded = 1;
}
return JNI_TRUE;
}
static jboolean
LoadMSVCRT()
{
// Only do this once
static int loaded = 0;
char crtpath[MAXPATHLEN];
if (!loaded) {
/*
* The Microsoft C Runtime Library needs to be loaded first. A copy is
* assumed to be present in the "JRE path" directory. If it is not found
* there (or "JRE path" fails to resolve), skip the explicit load and let
* nature take its course, which is likely to be a failure to execute.
*/
if (GetJREPath(crtpath, MAXPATHLEN)) {
(void)strcat(crtpath, "\\bin\\" CRT_DLL); /* Add crt dll */
if (_launcher_debug) {
printf("CRT path is %s\n", crtpath);
}
if (_access(crtpath, 0) == 0) {
if (LoadLibrary(crtpath) == 0) {
ReportErrorMessage2("Error loading: %s", crtpath, JNI_TRUE);
return JNI_FALSE;
}
}
}
loaded = 1;
}
return JNI_TRUE;
}
void* SplashProcAddress(const char* name) {
if (!hSplashLib) {
int ret;
char jrePath[MAXPATHLEN];
char splashPath[MAXPATHLEN];
if (!GetJREPath(jrePath, sizeof(jrePath), GetArch(), JNI_FALSE)) {
JLI_ReportErrorMessage(JRE_ERROR1);
return NULL;
}
ret = JLI_Snprintf(splashPath, sizeof(splashPath), "%s/lib/%s/%s",
jrePath, GetArch(), SPLASHSCREEN_SO);
if (ret >= (int) sizeof(splashPath)) {
JLI_ReportErrorMessage(JRE_ERROR11);
return NULL;
}
if (ret < 0) {
JLI_ReportErrorMessage(JRE_ERROR13);
return NULL;
}
hSplashLib = dlopen(splashPath, RTLD_LAZY | RTLD_GLOBAL);
JLI_TraceLauncher("Info: loaded %s\n", splashPath);
}
if (hSplashLib) {
void* sym = dlsym(hSplashLib, name);
return sym;
} else {
return NULL;
}
}
void
CreateExecutionEnvironment(int *_argc,
char ***_argv,
char jrepath[],
jint so_jrepath,
char jvmpath[],
jint so_jvmpath,
char **original_argv) {
char * jvmtype;
int i = 0;
char** pargv = *_argv;
int running = CURRENT_DATA_MODEL;
int wanted = running;
for (i = 0; i < *_argc ; i++) {
if (strcmp(pargv[i], "-J-d64") == 0 || strcmp(pargv[i], "-d64") == 0) {
wanted = 64;
continue;
}
if (strcmp(pargv[i], "-J-d32") == 0 || strcmp(pargv[i], "-d32") == 0) {
wanted = 32;
continue;
}
}
if (running != wanted) {
fprintf(stderr, "This Java instance does not support a %d-bit JVM.\nPlease install the desired version.\n", wanted);
exit(1);
}
/* Find out where the JRE is that we will be using. */
if (!GetJREPath(jrepath, so_jrepath)) {
ReportErrorMessage("Error: could not find Java 2 Runtime Environment.",
JNI_TRUE);
exit(2);
}
/* Find the specified JVM type */
if (ReadKnownVMs(jrepath, (char*)GetArch(), JNI_FALSE) < 1) {
ReportErrorMessage("Error: no known VMs. (check for corrupt jvm.cfg file)",
JNI_TRUE);
exit(1);
}
jvmtype = CheckJvmType(_argc, _argv, JNI_FALSE);
jvmpath[0] = '\0';
if (!GetJVMPath(jrepath, jvmtype, jvmpath, so_jvmpath)) {
char * message=NULL;
const char * format = "Error: no `%s' JVM at `%s'.";
message = (char *)JLI_MemAlloc((strlen(format)+strlen(jvmtype)+
strlen(jvmpath)) * sizeof(char));
sprintf(message,format, jvmtype, jvmpath);
ReportErrorMessage(message, JNI_TRUE);
exit(4);
}
/* If we got here, jvmpath has been correctly initialized. */
}
/*
* Load a jvm from "jvmpath" and initialize the invocation functions.
*/
jboolean
LoadJavaVM(const char *jvmpath, InvocationFunctions *ifn)
{
HINSTANCE handle;
char crtpath[MAXPATHLEN];
if (_launcher_debug) {
printf("JVM path is %s\n", jvmpath);
}
/*
* The Microsoft C Runtime Library needs to be loaded first. A copy is
* assumed to be present in the "JRE path" directory. If it is not found
* there (or "JRE path" fails to resolve), skip the explicit load and let
* nature take its course, which is likely to be a failure to execute.
*/
if (GetJREPath(crtpath, MAXPATHLEN)) {
(void)strcat(crtpath, "\\bin\\" CRT_DLL); /* Add crt dll */
if (_launcher_debug) {
printf("CRT path is %s\n", crtpath);
}
if (_access(crtpath, 0) == 0) {
if (LoadLibrary(crtpath) == 0) {
ReportErrorMessage2("Error loading: %s", crtpath, JNI_TRUE);
return JNI_FALSE;
}
}
}
/* Load the Java VM DLL */
if ((handle = LoadLibrary(jvmpath)) == 0) {
ReportErrorMessage2("Error loading: %s", (char *)jvmpath, JNI_TRUE);
return JNI_FALSE;
}
/* Now get the function addresses */
ifn->CreateJavaVM =
(void *)GetProcAddress(handle, "JNI_CreateJavaVM");
ifn->GetDefaultJavaVMInitArgs =
(void *)GetProcAddress(handle, "JNI_GetDefaultJavaVMInitArgs");
if (ifn->CreateJavaVM == 0 || ifn->GetDefaultJavaVMInitArgs == 0) {
ReportErrorMessage2("Error: can't find JNI interfaces in: %s",
(char *)jvmpath, JNI_TRUE);
return JNI_FALSE;
}
return JNI_TRUE;
}
static jboolean
LoadMSVCRT()
{
// Only do this once
static int loaded = 0;
char crtpath[MAXPATHLEN];
if (!loaded) {
/*
* The Microsoft C Runtime Library needs to be loaded first. A copy is
* assumed to be present in the "JRE path" directory. If it is not found
* there (or "JRE path" fails to resolve), skip the explicit load and let
* nature take its course, which is likely to be a failure to execute.
* This is clearly completely specific to the exact compiler version
* which isn't very nice, but its hardly the only place.
* No attempt to look for compiler versions in between 2003 and 2010
* as we aren't supporting building with those.
*/
#ifdef _MSC_VER
#if _MSC_VER < 1400
#define CRT_DLL "msvcr71.dll"
#endif
#if _MSC_VER >= 1600
#define CRT_DLL "msvcr100.dll"
#endif
#ifdef CRT_DLL
if (GetJREPath(crtpath, MAXPATHLEN)) {
if (JLI_StrLen(crtpath) + JLI_StrLen("\\bin\\") +
JLI_StrLen(CRT_DLL) >= MAXPATHLEN) {
JLI_ReportErrorMessage(JRE_ERROR11);
return JNI_FALSE;
}
(void)JLI_StrCat(crtpath, "\\bin\\" CRT_DLL); /* Add crt dll */
JLI_TraceLauncher("CRT path is %s\n", crtpath);
if (_access(crtpath, 0) == 0) {
if (LoadLibrary(crtpath) == 0) {
JLI_ReportErrorMessage(DLL_ERROR4, crtpath);
return JNI_FALSE;
}
}
}
#endif /* CRT_DLL */
#endif /* _MSC_VER */
loaded = 1;
}
return JNI_TRUE;
}
void* SplashProcAddress(const char* name) {
char libraryPath[MAXPATHLEN]; /* some extra space for strcat'ing SPLASHSCREEN_SO */
if (!GetJREPath(libraryPath, MAXPATHLEN)) {
return NULL;
}
if (strlen(libraryPath)+strlen(SPLASHSCREEN_SO) >= MAXPATHLEN) {
return NULL;
}
strcat(libraryPath, SPLASHSCREEN_SO);
if (!hSplashLib) {
hSplashLib = LoadLibrary(libraryPath);
}
if (hSplashLib) {
return GetProcAddress(hSplashLib, name);
} else {
return NULL;
}
}
void
CreateExecutionEnvironment(int *_argc,
char ***_argv,
char jrepath[],
jint so_jrepath,
char jvmpath[],
jint so_jvmpath,
char **_jvmtype,
char **original_argv) {
char *execname = NULL;
int original_argc = *_argc;
/* Compute the name of the executable */
execname = SetExecname(*_argc, *_argv);
/* Find out where the JRE is that we will be using. */
if (!GetJREPath(jrepath, so_jrepath)) {
fprintf(stderr, "Error: could not find Java 2 Runtime Environment.\n");
exit(2);
}
/* Find the specified JVM type */
if (ReadKnownVMs(jrepath) < 1) {
fprintf(stderr, "Error: no known VMs. (check for corrupt jvm.cfg file)\n");
exit(1);
}
*_jvmtype = CheckJvmType(_argc, _argv);
jvmpath[0] = '\0';
if (!GetJVMPath(jrepath, *_jvmtype, jvmpath, so_jvmpath)) {
fprintf(stderr, "Error: no `%s' JVM at `%s'.\n", *_jvmtype, jvmpath);
exit(4);
}
/* If we got here, jvmpath has been correctly initialized. */
/* Set the LD_LIBRARY_PATH environment variable, check data model
flags, and exec process, if needed */
SetLibraryPath(_argc, _argv, original_argc, original_argv, execname, jrepath, jvmpath);
}
void* SplashProcAddress(const char* name) {
if (!hSplashLib) {
char jrePath[PATH_MAX];
if (!GetJREPath(jrePath, sizeof(jrePath), GetArch(), JNI_FALSE)) {
JLI_ReportErrorMessage(JRE_ERROR1);
return NULL;
}
char splashPath[PATH_MAX];
const int ret = JLI_Snprintf(splashPath, sizeof(splashPath),
"%s/lib/%s", jrePath, SPLASHSCREEN_SO);
if (ret >= (int)sizeof(splashPath)) {
JLI_ReportErrorMessage(JRE_ERROR11);
return NULL;
}
if (ret < 0) {
JLI_ReportErrorMessage(JRE_ERROR13);
return NULL;
}
hSplashLib = dlopen(splashPath, RTLD_LAZY | RTLD_GLOBAL);
// It's OK if dlopen() fails. The splash screen library binary file
// might have been stripped out from the JRE image to reduce its size
// (e.g. on embedded platforms).
if (hSplashLib) {
if (!SetJavaVMValue()) {
dlclose(hSplashLib);
hSplashLib = NULL;
}
}
}
if (hSplashLib) {
void* sym = dlsym(hSplashLib, name);
return sym;
} else {
return NULL;
}
}
int
CreateExecutionEnvironment(int *_argc,
char ***_argv,
char jrepath[],
jint so_jrepath,
char jvmpath[],
jint so_jvmpath,
char **original_argv) {
char * jvmtype;
/* Find out where the JRE is that we will be using. */
if (!GetJREPath(jrepath, so_jrepath)) {
ReportErrorMessage("Could not find a suitable Java 2 Runtime Environment.",
JNI_TRUE);
return 1;
}
/* Find the specified JVM type */
if (ReadKnownVMs(jrepath, (char*)GetArch(), JNI_FALSE) < 1) {
ReportErrorMessage("Error: no known VMs. (check for corrupt jvm.cfg file)",
JNI_TRUE);
return 1;
}
jvmtype = CheckJvmType(_argc, _argv, JNI_FALSE);
jvmpath[0] = '\0';
if (!GetJVMPath(jrepath, jvmtype, jvmpath, so_jvmpath)) {
char * message=NULL;
const char * format = "Error: no `%s' JVM at `%s'.";
message = (char *)MemAlloc((strlen(format)+strlen(jvmtype)+
strlen(jvmpath)) * sizeof(char));
sprintf(message,format, jvmtype, jvmpath);
ReportErrorMessage(message, JNI_TRUE);
return 1;
}
/* If we got here, jvmpath has been correctly initialized. */
return 0;
}
static InvocationFunctions *GetExportedJNIFunctions() {
if (sExportedJNIFunctions != NULL) return sExportedJNIFunctions;
char jrePath[PATH_MAX];
jboolean gotJREPath = GetJREPath(jrePath, sizeof(jrePath), GetArch(), JNI_FALSE);
if (!gotJREPath) {
JLI_ReportErrorMessage("Failed to GetJREPath()");
return NULL;
}
char *preferredJVM = sPreferredJVMType;
if (preferredJVM == NULL) {
#if defined(__i386__)
preferredJVM = "client";
#elif defined(__x86_64__)
preferredJVM = "server";
#else
#error "Unknown architecture - needs definition"
#endif
}
char jvmPath[PATH_MAX];
jboolean gotJVMPath = GetJVMPath(jrePath, preferredJVM, jvmPath, sizeof(jvmPath), GetArch(), CURRENT_DATA_MODEL);
if (!gotJVMPath) {
JLI_ReportErrorMessage("Failed to GetJVMPath()");
return NULL;
}
InvocationFunctions *fxns = malloc(sizeof(InvocationFunctions));
jboolean vmLoaded = LoadJavaVM(jvmPath, fxns);
if (!vmLoaded) {
JLI_ReportErrorMessage("Failed to LoadJavaVM()");
return NULL;
}
return sExportedJNIFunctions = fxns;
}
int main(int argc, const char* argv[]) {
//simpleLog_init(NULL, false, LOG_LEVEL_DEBUG, false);
static const size_t path_sizeMax = 1024;
char path[path_sizeMax];
bool found = GetJREPath(path, path_sizeMax, NULL, NULL);
if (found) {
printf("JRE found: %s\n", path);
static const size_t jvmPath_sizeMax = 1024;
char jvmPath[jvmPath_sizeMax];
bool jvmFound = GetJVMPath(path, "client", jvmPath, jvmPath_sizeMax, NULL);
if (jvmFound) {
printf("JVM found: %s\n", jvmPath);
} else {
printf("JVM not found.\n");
}
} else {
printf("JRE not found.\n");
}
return 0;
}
void
CreateExecutionEnvironment(int *_argc,
char ***_argv,
char jrepath[],
jint so_jrepath,
char jvmpath[],
jint so_jvmpath,
char **original_argv) {
#ifndef GAMMA
char * jvmtype;
/* Find out where the JRE is that we will be using. */
if (!GetJREPath(jrepath, so_jrepath)) {
ReportErrorMessage("Error: could not find Java SE Runtime Environment.",
JNI_TRUE);
exit(2);
}
/* Do this before we read jvm.cfg */
EnsureJreInstallation(jrepath);
/* Find the specified JVM type */
if (ReadKnownVMs(jrepath, (char*)GetArch(), JNI_FALSE) < 1) {
ReportErrorMessage("Error: no known VMs. (check for corrupt jvm.cfg file)",
JNI_TRUE);
exit(1);
}
jvmtype = CheckJvmType(_argc, _argv, JNI_FALSE);
jvmpath[0] = '\0';
if (!GetJVMPath(jrepath, jvmtype, jvmpath, so_jvmpath)) {
char * message=NULL;
const char * format = "Error: no `%s' JVM at `%s'.";
message = (char *)JLI_MemAlloc((strlen(format)+strlen(jvmtype)+
strlen(jvmpath)) * sizeof(char));
sprintf(message,format, jvmtype, jvmpath);
ReportErrorMessage(message, JNI_TRUE);
exit(4);
}
/* If we got here, jvmpath has been correctly initialized. */
#else /* ifndef GAMMA */
/*
* gamma launcher is simpler in that it doesn't handle VM flavors, data
* model, etc. Assuming everything is set-up correctly
* all we need to do here is to return correct path names. See also
* GetJVMPath() and GetApplicationHome().
*/
{
if (!GetJREPath(jrepath, so_jrepath) ) {
ReportErrorMessage("Error: could not find Java SE Runtime Environment.",
JNI_TRUE);
exit(2);
}
if (!GetJVMPath(jrepath, NULL, jvmpath, so_jvmpath)) {
char * message=NULL;
const char * format = "Error: no JVM at `%s'.";
message = (char *)JLI_MemAlloc((strlen(format)+
strlen(jvmpath)) * sizeof(char));
sprintf(message, format, jvmpath);
ReportErrorMessage(message, JNI_TRUE);
exit(4);
}
}
#endif /* ifndef GAMMA */
}
void
CreateExecutionEnvironment(int *pargc, char ***pargv,
char jrepath[], jint so_jrepath,
char jvmpath[], jint so_jvmpath,
char jvmcfg[], jint so_jvmcfg) {
/*
* First, determine if we are running the desired data model. If we
* are running the desired data model, all the error messages
* associated with calling GetJREPath, ReadKnownVMs, etc. should be
* output. However, if we are not running the desired data model,
* some of the errors should be suppressed since it is more
* informative to issue an error message based on whether or not the
* os/processor combination has dual mode capabilities.
*/
jboolean jvmpathExists;
/* Compute/set the name of the executable */
SetExecname(*pargv);
/* Check data model flags, and exec process, if needed */
{
char *arch = (char *)GetArch(); /* like sparc or sparcv9 */
char * jvmtype = NULL;
int argc = *pargc;
char **argv = *pargv;
int running = CURRENT_DATA_MODEL;
int wanted = running; /* What data mode is being
asked for? Current model is
fine unless another model
is asked for */
char** newargv = NULL;
int newargc = 0;
/*
* Starting in 1.5, all unix platforms accept the -d32 and -d64
* options. On platforms where only one data-model is supported
* (e.g. ia-64 Linux), using the flag for the other data model is
* an error and will terminate the program.
*/
{ /* open new scope to declare local variables */
int i;
newargv = (char **)JLI_MemAlloc((argc+1) * sizeof(char*));
newargv[newargc++] = argv[0];
/* scan for data model arguments and remove from argument list;
last occurrence determines desired data model */
for (i=1; i < argc; i++) {
if (JLI_StrCmp(argv[i], "-J-d64") == 0 || JLI_StrCmp(argv[i], "-d64") == 0) {
wanted = 64;
continue;
}
if (JLI_StrCmp(argv[i], "-J-d32") == 0 || JLI_StrCmp(argv[i], "-d32") == 0) {
wanted = 32;
continue;
}
newargv[newargc++] = argv[i];
if (IsJavaArgs()) {
if (argv[i][0] != '-') continue;
} else {
if (JLI_StrCmp(argv[i], "-classpath") == 0 || JLI_StrCmp(argv[i], "-cp") == 0) {
i++;
if (i >= argc) break;
newargv[newargc++] = argv[i];
continue;
}
if (argv[i][0] != '-') { i++; break; }
}
}
/* copy rest of args [i .. argc) */
while (i < argc) {
newargv[newargc++] = argv[i++];
}
newargv[newargc] = NULL;
/*
* newargv has all proper arguments here
*/
argc = newargc;
argv = newargv;
}
/* If the data model is not changing, it is an error if the
jvmpath does not exist */
if (wanted == running) {
/* Find out where the JRE is that we will be using. */
if (!GetJREPath(jrepath, so_jrepath, arch, JNI_FALSE) ) {
JLI_ReportErrorMessage(JRE_ERROR1);
exit(2);
}
JLI_Snprintf(jvmcfg, so_jvmcfg, "%s%slib%s%s%sjvm.cfg",
jrepath, FILESEP, FILESEP, "", "");
/* Find the specified JVM type */
if (ReadKnownVMs(jvmcfg, JNI_FALSE) < 1) {
JLI_ReportErrorMessage(CFG_ERROR7);
exit(1);
}
jvmpath[0] = '\0';
jvmtype = CheckJvmType(pargc, pargv, JNI_FALSE);
if (JLI_StrCmp(jvmtype, "ERROR") == 0) {
JLI_ReportErrorMessage(CFG_ERROR9);
exit(4);
}
if (!GetJVMPath(jrepath, jvmtype, jvmpath, so_jvmpath, arch, wanted)) {
JLI_ReportErrorMessage(CFG_ERROR8, jvmtype, jvmpath);
exit(4);
}
/*
* Mac OS X requires the Cocoa event loop to be run on the "main"
* thread. Spawn off a new thread to run main() and pass
* this thread off to the Cocoa event loop.
*/
MacOSXStartup(argc, argv);
/*
* we seem to have everything we need, so without further ado
* we return back, otherwise proceed to set the environment.
*/
return;
} else { /* do the same speculatively or exit */
#if defined(DUAL_MODE)
if (running != wanted) {
/* Find out where the JRE is that we will be using. */
if (!GetJREPath(jrepath, so_jrepath, GetArchPath(wanted), JNI_TRUE)) {
/* give up and let other code report error message */
JLI_ReportErrorMessage(JRE_ERROR2, wanted);
exit(1);
}
JLI_Snprintf(jvmcfg, so_jvmcfg, "%s%slib%s%s%sjvm.cfg",
jrepath, FILESEP, FILESEP, "", "");
/*
* Read in jvm.cfg for target data model and process vm
* selection options.
*/
if (ReadKnownVMs(jvmcfg, JNI_TRUE) < 1) {
/* give up and let other code report error message */
JLI_ReportErrorMessage(JRE_ERROR2, wanted);
exit(1);
}
jvmpath[0] = '\0';
jvmtype = CheckJvmType(pargc, pargv, JNI_TRUE);
if (JLI_StrCmp(jvmtype, "ERROR") == 0) {
JLI_ReportErrorMessage(CFG_ERROR9);
exit(4);
}
/* exec child can do error checking on the existence of the path */
jvmpathExists = GetJVMPath(jrepath, jvmtype, jvmpath, so_jvmpath, GetArchPath(wanted), wanted);
}
#else /* ! DUAL_MODE */
JLI_ReportErrorMessage(JRE_ERROR2, wanted);
exit(1);
#endif /* DUAL_MODE */
}
{
char *newexec = execname;
JLI_TraceLauncher("TRACER_MARKER:About to EXEC\n");
(void) fflush(stdout);
(void) fflush(stderr);
/*
* Use posix_spawn() instead of execv() on Mac OS X.
* This allows us to choose which architecture the child process
* should run as.
*/
{
posix_spawnattr_t attr;
size_t unused_size;
pid_t unused_pid;
#if defined(__i386__) || defined(__x86_64__)
cpu_type_t cpu_type[] = { (wanted == 64) ? CPU_TYPE_X86_64 : CPU_TYPE_X86,
(running== 64) ? CPU_TYPE_X86_64 : CPU_TYPE_X86 };
#else
cpu_type_t cpu_type[] = { CPU_TYPE_ANY };
#endif /* __i386 .. */
posix_spawnattr_init(&attr);
posix_spawnattr_setflags(&attr, POSIX_SPAWN_SETEXEC);
posix_spawnattr_setbinpref_np(&attr, sizeof(cpu_type) / sizeof(cpu_type_t),
cpu_type, &unused_size);
posix_spawn(&unused_pid, newexec, NULL, &attr, argv, environ);
}
JLI_ReportErrorMessageSys(JRE_ERROR4, newexec);
#if defined(DUAL_MODE)
if (running != wanted) {
JLI_ReportErrorMessage(JRE_ERROR5, wanted, running);
}
#endif /* DUAL_MODE */
}
exit(1);
}
}
void
CreateExecutionEnvironment(int *pargc, char ***pargv,
char jrepath[], jint so_jrepath,
char jvmpath[], jint so_jvmpath) {
/*
* First, determine if we are running the desired data model. If we
* are running the desired data model, all the error messages
* associated with calling GetJREPath, ReadKnownVMs, etc. should be
* output. However, if we are not running the desired data model,
* some of the errors should be suppressed since it is more
* informative to issue an error message based on whether or not the
* os/processor combination has dual mode capabilities.
*/
jboolean jvmpathExists;
/* Compute/set the name of the executable */
SetExecname(*pargv);
/* Check data model flags, and exec process, if needed */
{
char *arch = (char *)GetArch(); /* like sparc or sparcv9 */
char * jvmtype = NULL;
int argc = *pargc;
char **argv = *pargv;
int running = CURRENT_DATA_MODEL;
int wanted = running; /* What data mode is being
asked for? Current model is
fine unless another model
is asked for */
#ifdef SETENV_REQUIRED
jboolean mustsetenv = JNI_FALSE;
char *runpath = NULL; /* existing effective LD_LIBRARY_PATH setting */
char* new_runpath = NULL; /* desired new LD_LIBRARY_PATH string */
char* newpath = NULL; /* path on new LD_LIBRARY_PATH */
char* lastslash = NULL;
char** newenvp = NULL; /* current environment */
#ifdef __solaris__
char* dmpath = NULL; /* data model specific LD_LIBRARY_PATH,
Solaris only */
#endif /* __solaris__ */
#endif /* SETENV_REQUIRED */
char** newargv = NULL;
int newargc = 0;
/*
* Starting in 1.5, all unix platforms accept the -d32 and -d64
* options. On platforms where only one data-model is supported
* (e.g. ia-64 Linux), using the flag for the other data model is
* an error and will terminate the program.
*/
{ /* open new scope to declare local variables */
int i;
newargv = (char **)JLI_MemAlloc((argc+1) * sizeof(char*));
newargv[newargc++] = argv[0];
/* scan for data model arguments and remove from argument list;
last occurrence determines desired data model */
for (i=1; i < argc; i++) {
if (JLI_StrCmp(argv[i], "-J-d64") == 0 || JLI_StrCmp(argv[i], "-d64") == 0) {
wanted = 64;
continue;
}
if (JLI_StrCmp(argv[i], "-J-d32") == 0 || JLI_StrCmp(argv[i], "-d32") == 0) {
wanted = 32;
continue;
}
newargv[newargc++] = argv[i];
if (IsJavaArgs()) {
if (argv[i][0] != '-') continue;
} else {
if (JLI_StrCmp(argv[i], "-classpath") == 0 || JLI_StrCmp(argv[i], "-cp") == 0) {
i++;
if (i >= argc) break;
newargv[newargc++] = argv[i];
continue;
}
if (argv[i][0] != '-') { i++; break; }
}
}
/* copy rest of args [i .. argc) */
while (i < argc) {
newargv[newargc++] = argv[i++];
}
newargv[newargc] = NULL;
/*
* newargv has all proper arguments here
*/
argc = newargc;
argv = newargv;
}
/* If the data model is not changing, it is an error if the
jvmpath does not exist */
if (wanted == running) {
/* Find out where the JRE is that we will be using. */
if (!GetJREPath(jrepath, so_jrepath, arch, JNI_FALSE) ) {
JLI_ReportErrorMessage(JRE_ERROR1);
exit(2);
}
/* Find the specified JVM type */
if (ReadKnownVMs(jrepath, arch, JNI_FALSE) < 1) {
JLI_ReportErrorMessage(CFG_ERROR7);
exit(1);
}
jvmpath[0] = '\0';
jvmtype = CheckJvmType(pargc, pargv, JNI_FALSE);
if (JLI_StrCmp(jvmtype, "ERROR") == 0) {
JLI_ReportErrorMessage(CFG_ERROR9);
exit(4);
}
if (!GetJVMPath(jrepath, jvmtype, jvmpath, so_jvmpath, arch )) {
JLI_ReportErrorMessage(CFG_ERROR8, jvmtype, jvmpath);
exit(4);
}
/*
* we seem to have everything we need, so without further ado
* we return back, otherwise proceed to set the environment.
*/
#ifdef SETENV_REQUIRED
mustsetenv = RequiresSetenv(wanted, jvmpath);
JLI_TraceLauncher("mustsetenv: %s\n", mustsetenv ? "TRUE" : "FALSE");
if (mustsetenv == JNI_FALSE) {
return;
}
#else
return;
#endif /* SETENV_REQUIRED */
} else { /* do the same speculatively or exit */
#ifdef DUAL_MODE
if (running != wanted) {
/* Find out where the JRE is that we will be using. */
if (!GetJREPath(jrepath, so_jrepath, GetArchPath(wanted), JNI_TRUE)) {
/* give up and let other code report error message */
JLI_ReportErrorMessage(JRE_ERROR2, wanted);
exit(1);
}
/*
* Read in jvm.cfg for target data model and process vm
* selection options.
*/
if (ReadKnownVMs(jrepath, GetArchPath(wanted), JNI_TRUE) < 1) {
/* give up and let other code report error message */
JLI_ReportErrorMessage(JRE_ERROR2, wanted);
exit(1);
}
jvmpath[0] = '\0';
jvmtype = CheckJvmType(pargc, pargv, JNI_TRUE);
if (JLI_StrCmp(jvmtype, "ERROR") == 0) {
JLI_ReportErrorMessage(CFG_ERROR9);
exit(4);
}
/* exec child can do error checking on the existence of the path */
jvmpathExists = GetJVMPath(jrepath, jvmtype, jvmpath, so_jvmpath, GetArchPath(wanted));
#ifdef SETENV_REQUIRED
mustsetenv = RequiresSetenv(wanted, jvmpath);
#endif /* SETENV_REQUIRED */
}
#else
JLI_ReportErrorMessage(JRE_ERROR2, wanted);
exit(1);
#endif
}
#ifdef SETENV_REQUIRED
if (mustsetenv) {
/*
* We will set the LD_LIBRARY_PATH as follows:
*
* o $JVMPATH (directory portion only)
* o $JRE/lib/$LIBARCHNAME
* o $JRE/../lib/$LIBARCHNAME
*
* followed by the user's previous effective LD_LIBRARY_PATH, if
* any.
*/
#ifdef __solaris__
/*
* Starting in Solaris 7, ld.so.1 supports three LD_LIBRARY_PATH
* variables:
*
* 1. LD_LIBRARY_PATH -- used for 32 and 64 bit searches if
* data-model specific variables are not set.
*
* 2. LD_LIBRARY_PATH_64 -- overrides and replaces LD_LIBRARY_PATH
* for 64-bit binaries.
*
* 3. LD_LIBRARY_PATH_32 -- overrides and replaces LD_LIBRARY_PATH
* for 32-bit binaries.
*
* The vm uses LD_LIBRARY_PATH to set the java.library.path system
* property. To shield the vm from the complication of multiple
* LD_LIBRARY_PATH variables, if the appropriate data model
* specific variable is set, we will act as if LD_LIBRARY_PATH had
* the value of the data model specific variant and the data model
* specific variant will be unset. Note that the variable for the
* *wanted* data model must be used (if it is set), not simply the
* current running data model.
*/
switch (wanted) {
case 0:
if (running == 32) {
dmpath = getenv("LD_LIBRARY_PATH_32");
wanted = 32;
} else {
dmpath = getenv("LD_LIBRARY_PATH_64");
wanted = 64;
}
break;
case 32:
dmpath = getenv("LD_LIBRARY_PATH_32");
break;
case 64:
dmpath = getenv("LD_LIBRARY_PATH_64");
break;
default:
JLI_ReportErrorMessage(JRE_ERROR3, __LINE__);
exit(1); /* unknown value in wanted */
break;
}
/*
* If dmpath is NULL, the relevant data model specific variable is
* not set and normal LD_LIBRARY_PATH should be used.
*/
if (dmpath == NULL) {
runpath = getenv("LD_LIBRARY_PATH");
} else {
runpath = dmpath;
}
#else
/*
* If not on Solaris, assume only a single LD_LIBRARY_PATH
* variable.
*/
runpath = getenv("LD_LIBRARY_PATH");
#endif /* __solaris__ */
/* runpath contains current effective LD_LIBRARY_PATH setting */
jvmpath = JLI_StringDup(jvmpath);
new_runpath = JLI_MemAlloc(((runpath != NULL) ? JLI_StrLen(runpath) : 0) +
2 * JLI_StrLen(jrepath) + 2 * JLI_StrLen(arch) +
JLI_StrLen(jvmpath) + 52);
newpath = new_runpath + JLI_StrLen("LD_LIBRARY_PATH=");
/*
* Create desired LD_LIBRARY_PATH value for target data model.
*/
{
/* remove the name of the .so from the JVM path */
lastslash = JLI_StrRChr(jvmpath, '/');
if (lastslash)
*lastslash = '\0';
sprintf(new_runpath, "LD_LIBRARY_PATH="
"%s:"
"%s/lib/%s:"
"%s/../lib/%s",
jvmpath,
#ifdef DUAL_MODE
jrepath, GetArchPath(wanted),
jrepath, GetArchPath(wanted)
#else
jrepath, arch,
jrepath, arch
#endif
);
/*
* Check to make sure that the prefix of the current path is the
* desired environment variable setting, though the RequiresSetenv
* checks if the desired runpath exists, this logic does a more
* comprehensive check.
*/
if (runpath != NULL &&
JLI_StrNCmp(newpath, runpath, JLI_StrLen(newpath)) == 0 &&
(runpath[JLI_StrLen(newpath)] == 0 || runpath[JLI_StrLen(newpath)] == ':') &&
(running == wanted) /* data model does not have to be changed */
#ifdef __solaris__
&& (dmpath == NULL) /* data model specific variables not set */
#endif
) {
return;
}
}
/*
* Place the desired environment setting onto the prefix of
* LD_LIBRARY_PATH. Note that this prevents any possible infinite
* loop of execv() because we test for the prefix, above.
*/
if (runpath != 0) {
JLI_StrCat(new_runpath, ":");
JLI_StrCat(new_runpath, runpath);
}
if (putenv(new_runpath) != 0) {
exit(1); /* problem allocating memory; LD_LIBRARY_PATH not set
properly */
}
/*
* Unix systems document that they look at LD_LIBRARY_PATH only
* once at startup, so we have to re-exec the current executable
* to get the changed environment variable to have an effect.
*/
#ifdef __solaris__
/*
* If dmpath is not NULL, remove the data model specific string
* in the environment for the exec'ed child.
*/
if (dmpath != NULL)
(void)UnsetEnv((wanted == 32) ? "LD_LIBRARY_PATH_32" : "LD_LIBRARY_PATH_64");
#endif
newenvp = environ;
}
#endif /* SETENV_REQUIRED */
{
char *newexec = execname;
#ifdef DUAL_MODE
/*
* If the data model is being changed, the path to the
* executable must be updated accordingly; the executable name
* and directory the executable resides in are separate. In the
* case of 32 => 64, the new bits are assumed to reside in, e.g.
* "olddir/LIBARCH64NAME/execname"; in the case of 64 => 32,
* the bits are assumed to be in "olddir/../execname". For example,
*
* olddir/sparcv9/execname
* olddir/amd64/execname
*
* for Solaris SPARC and Linux amd64, respectively.
*/
if (running != wanted) {
char *oldexec = JLI_StrCpy(JLI_MemAlloc(JLI_StrLen(execname) + 1), execname);
char *olddir = oldexec;
char *oldbase = JLI_StrRChr(oldexec, '/');
newexec = JLI_MemAlloc(JLI_StrLen(execname) + 20);
*oldbase++ = 0;
sprintf(newexec, "%s/%s/%s", olddir,
((wanted == 64) ? LIBARCH64NAME : ".."), oldbase);
argv[0] = newexec;
}
#endif /* DUAL_MODE */
JLI_TraceLauncher("TRACER_MARKER:About to EXEC\n");
(void) fflush(stdout);
(void) fflush(stderr);
#ifdef SETENV_REQUIRED
if (mustsetenv) {
execve(newexec, argv, newenvp);
} else {
execv(newexec, argv);
}
#else
execv(newexec, argv);
#endif /* SETENV_REQUIRED */
JLI_ReportErrorMessageSys(JRE_ERROR4, newexec);
#ifdef DUAL_MODE
if (running != wanted) {
JLI_ReportErrorMessage(JRE_ERROR5, wanted, running);
#ifdef __solaris__
#ifdef __sparc
JLI_ReportErrorMessage(JRE_ERROR6);
#else
JLI_ReportErrorMessage(JRE_ERROR7);
#endif /* __sparc */
}
#endif /* __solaris__ */
#endif /* DUAL_MODE */
}
exit(1);
}
}
bool java_initStatic(int _interfaceId,
const struct SAIInterfaceCallback* _callback) {
interfaceId = _interfaceId;
callback = _callback;
// Read the jvm properties config file
jvmCfgProps = (struct Properties*) malloc(sizeof(struct Properties));
java_readJvmCfgFile(jvmCfgProps);
skirmishAIId_sizeMax = callback->SkirmishAIs_getSize(interfaceId);
skirmishAiImpl_sizeMax = skirmishAIId_sizeMax;
skirmishAiImpl_size = 0;
skirmishAIId_skirmishAiImpl = (size_t*) calloc(skirmishAIId_sizeMax, sizeof(size_t));
size_t t;
for (t = 0; t < skirmishAIId_sizeMax; ++t) {
skirmishAIId_skirmishAiImpl[t] = 999999;
}
skirmishAiImpl_className = (char**) calloc(skirmishAiImpl_sizeMax, sizeof(char*));
skirmishAiImpl_instance = (jobject*) calloc(skirmishAiImpl_sizeMax, sizeof(jobject));
skirmishAiImpl_classLoader = (jobject*) calloc(skirmishAiImpl_sizeMax, sizeof(jobject));
size_t sai;
for (sai = 0; sai < skirmishAiImpl_sizeMax; ++sai) {
skirmishAiImpl_className[sai] = NULL;
skirmishAiImpl_instance[sai] = NULL;
skirmishAiImpl_classLoader[sai] = NULL;
}
// dynamically load the JVM
char* jreLocationFile = callback->DataDirs_allocatePath(interfaceId,
JRE_LOCATION_FILE, false, false, false, false);
static const size_t jrePath_sizeMax = 1024;
char jrePath[jrePath_sizeMax];
bool jreFound = GetJREPath(jrePath, jrePath_sizeMax, jreLocationFile, NULL);
if (!jreFound) {
simpleLog_logL(SIMPLELOG_LEVEL_ERROR,
"Failed locating a JRE installation"
", you may specify the JAVA_HOME env var.");
return false;
}
FREE(jreLocationFile);
#if defined __arch64__
static const char* defJvmType = "server";
#else
static const char* defJvmType = "client";
#endif
const char* jvmType = java_getValueByKey(jvmCfgProps, "jvm.type");
if (jvmType == NULL) {
jvmType = defJvmType;
}
static const size_t jvmLibPath_sizeMax = 1024;
char jvmLibPath[jvmLibPath_sizeMax];
bool jvmLibFound = GetJVMPath(jrePath, jvmType, jvmLibPath,
jvmLibPath_sizeMax, NULL);
if (!jvmLibFound) {
simpleLog_logL(SIMPLELOG_LEVEL_ERROR,
"Failed locating the %s version of the JVM, please contact spring devs.", jvmType);
return false;
}
jvmSharedLib = sharedLib_load(jvmLibPath);
if (!sharedLib_isLoaded(jvmSharedLib)) {
simpleLog_logL(SIMPLELOG_LEVEL_ERROR,
"Failed to load the JVM at \"%s\".", jvmLibPath);
return false;
} else {
simpleLog_logL(SIMPLELOG_LEVEL_NORMAL,
"Successfully loaded the JVM shared library at \"%s\".", jvmLibPath);
JNI_GetDefaultJavaVMInitArgs_f = (JNI_GetDefaultJavaVMInitArgs_t*)
sharedLib_findAddress(jvmSharedLib, "JNI_GetDefaultJavaVMInitArgs");
if (JNI_GetDefaultJavaVMInitArgs_f == NULL) {
simpleLog_logL(SIMPLELOG_LEVEL_ERROR,
"Failed to load the JVM, function \"%s\" not exported.", "JNI_GetDefaultJavaVMInitArgs");
return false;
}
JNI_CreateJavaVM_f = (JNI_CreateJavaVM_t*)
sharedLib_findAddress(jvmSharedLib, "JNI_CreateJavaVM");
if (JNI_CreateJavaVM_f == NULL) {
simpleLog_logL(SIMPLELOG_LEVEL_ERROR,
"Failed to load the JVM, function \"%s\" not exported.", "JNI_CreateJavaVM");
return false;
}
JNI_GetCreatedJavaVMs_f = (JNI_GetCreatedJavaVMs_t*)
sharedLib_findAddress(jvmSharedLib, "JNI_GetCreatedJavaVMs");
if (JNI_GetCreatedJavaVMs_f == NULL) {
simpleLog_logL(SIMPLELOG_LEVEL_ERROR,
"Failed to load the JVM, function \"%s\" not exported.", "JNI_GetCreatedJavaVMs");
return false;
}
}
java_establishJavaEnv();
JNIEnv* env = java_getJNIEnv();
bool success = (env != NULL);
if (success) {
const int res = eventsJniBridge_initStatic(env, skirmishAIId_sizeMax);
success = (res == 0);
}
java_establishSpringEnv();
return success;
}
void
CreateExecutionEnvironment(int *pargc, char ***pargv,
char *jrepath, jint so_jrepath,
char *jvmpath, jint so_jvmpath) {
char * jvmtype;
int i = 0;
int running = CURRENT_DATA_MODEL;
int wanted = running;
char** argv = *pargv;
for (i = 0; i < *pargc ; i++) {
if (JLI_StrCmp(argv[i], "-J-d64") == 0 || JLI_StrCmp(argv[i], "-d64") == 0) {
wanted = 64;
continue;
}
if (JLI_StrCmp(argv[i], "-J-d32") == 0 || JLI_StrCmp(argv[i], "-d32") == 0) {
wanted = 32;
continue;
}
}
if (running != wanted) {
JLI_ReportErrorMessage(JRE_ERROR2, wanted);
exit(1);
}
/* Find out where the JRE is that we will be using. */
if (!GetJREPath(jrepath, so_jrepath)) {
JLI_ReportErrorMessage(JRE_ERROR1);
exit(2);
}
/* Find the specified JVM type */
if (ReadKnownVMs(jrepath, (char*)GetArch(), JNI_FALSE) < 1) {
JLI_ReportErrorMessage(CFG_ERROR7);
exit(1);
}
jvmtype = CheckJvmType(pargc, pargv, JNI_FALSE);
if (JLI_StrCmp(jvmtype, "ERROR") == 0) {
JLI_ReportErrorMessage(CFG_ERROR9);
exit(4);
}
jvmpath[0] = '\0';
if (!GetJVMPath(jrepath, jvmtype, jvmpath, so_jvmpath)) {
JLI_ReportErrorMessage(CFG_ERROR8, jvmtype, jvmpath);
exit(4);
}
/* If we got here, jvmpath has been correctly initialized. */
/* Check if we need preload AWT */
#ifdef ENABLE_AWT_PRELOAD
argv = *pargv;
for (i = 0; i < *pargc ; i++) {
/* Tests the "turn on" parameter only if not set yet. */
if (awtPreloadD3D < 0) {
if (GetBoolParamValue(PARAM_PRELOAD_D3D, argv[i]) == 1) {
awtPreloadD3D = 1;
}
}
/* Test parameters which can disable preloading if not already disabled. */
if (awtPreloadD3D != 0) {
if (GetBoolParamValue(PARAM_NODDRAW, argv[i]) == 1
|| GetBoolParamValue(PARAM_D3D, argv[i]) == 0
|| GetBoolParamValue(PARAM_OPENGL, argv[i]) == 1)
{
awtPreloadD3D = 0;
/* no need to test the rest of the parameters */
break;
}
}
}
#endif /* ENABLE_AWT_PRELOAD */
}
/*
* Starts AWT preloading
*/
int AWTPreload(const char *funcName)
{
int result = -1;
/* load AWT library once (if several preload function should be called) */
if (hPreloadAwt == NULL) {
/* awt.dll is not loaded yet */
char libraryPath[MAXPATHLEN];
int jrePathLen = 0;
HMODULE hJava = NULL;
HMODULE hVerify = NULL;
while (1) {
/* awt.dll depends on jvm.dll & java.dll;
* jvm.dll is already loaded, so we need only java.dll;
* java.dll depends on MSVCRT lib & verify.dll.
*/
if (!GetJREPath(libraryPath, MAXPATHLEN)) {
break;
}
/* save path length */
jrePathLen = JLI_StrLen(libraryPath);
/* load msvcrt 1st */
LoadMSVCRT();
/* load verify.dll */
JLI_StrCat(libraryPath, "\\bin\\verify.dll");
hVerify = LoadLibrary(libraryPath);
if (hVerify == NULL) {
break;
}
/* restore jrePath */
libraryPath[jrePathLen] = 0;
/* load java.dll */
JLI_StrCat(libraryPath, "\\bin\\" JAVA_DLL);
hJava = LoadLibrary(libraryPath);
if (hJava == NULL) {
break;
}
/* restore jrePath */
libraryPath[jrePathLen] = 0;
/* load awt.dll */
JLI_StrCat(libraryPath, "\\bin\\awt.dll");
hPreloadAwt = LoadLibrary(libraryPath);
if (hPreloadAwt == NULL) {
break;
}
/* get "preloadStop" func ptr */
fnPreloadStop = (FnPreloadStop *)GetProcAddress(hPreloadAwt, "preloadStop");
break;
}
}
if (hPreloadAwt != NULL) {
FnPreloadStart *fnInit = (FnPreloadStart *)GetProcAddress(hPreloadAwt, funcName);
if (fnInit != NULL) {
/* don't forget to stop preloading */
awtPreloaded = 1;
result = fnInit();
}
}
return result;
}
void
CreateExecutionEnvironment(int *pargc, char ***pargv,
char jrepath[], jint so_jrepath,
char jvmpath[], jint so_jvmpath,
char jvmcfg[], jint so_jvmcfg) {
/*
* First, determine if we are running the desired data model. If we
* are running the desired data model, all the error messages
* associated with calling GetJREPath, ReadKnownVMs, etc. should be
* output, otherwise we simply exit with an error, as we no longer
* support dual data models.
*/
jboolean jvmpathExists;
/* Compute/set the name of the executable */
SetExecname(*pargv);
/* Check data model flags, and exec process, if needed */
{
char *arch = LIBARCHNAME; /* like sparc or sparcv9 */
char * jvmtype = NULL;
int argc = *pargc;
char **argv = *pargv;
int running = CURRENT_DATA_MODEL;
/*
* As of jdk9, there is no support for dual mode operations, however
* for legacy error reporting purposes and until -d options are supported
* we need this.
*/
int wanted = running;
#ifdef SETENV_REQUIRED
jboolean mustsetenv = JNI_FALSE;
char *runpath = NULL; /* existing effective LD_LIBRARY_PATH setting */
char* new_runpath = NULL; /* desired new LD_LIBRARY_PATH string */
char* newpath = NULL; /* path on new LD_LIBRARY_PATH */
char* lastslash = NULL;
char** newenvp = NULL; /* current environment */
size_t new_runpath_size;
#ifdef __solaris__
char* dmpath = NULL; /* data model specific LD_LIBRARY_PATH,
Solaris only */
#endif /* __solaris__ */
#endif /* SETENV_REQUIRED */
char** newargv = NULL;
int newargc = 0;
/*
* Starting in 1.5, all unix platforms accept the -d32 and -d64
* options. On platforms where only one data-model is supported
* (e.g. ia-64 Linux), using the flag for the other data model is
* an error and will terminate the program.
*/
{ /* open new scope to declare local variables */
int i;
newargv = (char **)JLI_MemAlloc((argc+1) * sizeof(char*));
newargv[newargc++] = argv[0];
/* scan for data model arguments and remove from argument list;
last occurrence determines desired data model */
for (i=1; i < argc; i++) {
if (JLI_StrCmp(argv[i], "-J-d64") == 0 || JLI_StrCmp(argv[i], "-d64") == 0) {
wanted = 64;
continue;
}
if (JLI_StrCmp(argv[i], "-J-d32") == 0 || JLI_StrCmp(argv[i], "-d32") == 0) {
wanted = 32;
continue;
}
newargv[newargc++] = argv[i];
if (IsJavaArgs()) {
if (argv[i][0] != '-') continue;
} else {
if (JLI_StrCmp(argv[i], "-classpath") == 0 || JLI_StrCmp(argv[i], "-cp") == 0) {
i++;
if (i >= argc) break;
newargv[newargc++] = argv[i];
continue;
}
if (argv[i][0] != '-') { i++; break; }
}
}
/* copy rest of args [i .. argc) */
while (i < argc) {
newargv[newargc++] = argv[i++];
}
newargv[newargc] = NULL;
/*
* newargv has all proper arguments here
*/
argc = newargc;
argv = newargv;
}
/* If the data model is not changing, it is an error if the
jvmpath does not exist */
if (wanted == running) {
/* Find out where the JRE is that we will be using. */
if (!GetJREPath(jrepath, so_jrepath, arch, JNI_FALSE) ) {
JLI_ReportErrorMessage(JRE_ERROR1);
exit(2);
}
JLI_Snprintf(jvmcfg, so_jvmcfg, "%s%slib%s%s%sjvm.cfg",
jrepath, FILESEP, FILESEP, arch, FILESEP);
/* Find the specified JVM type */
if (ReadKnownVMs(jvmcfg, JNI_FALSE) < 1) {
JLI_ReportErrorMessage(CFG_ERROR7);
exit(1);
}
jvmpath[0] = '\0';
jvmtype = CheckJvmType(pargc, pargv, JNI_FALSE);
if (JLI_StrCmp(jvmtype, "ERROR") == 0) {
JLI_ReportErrorMessage(CFG_ERROR9);
exit(4);
}
if (!GetJVMPath(jrepath, jvmtype, jvmpath, so_jvmpath, arch, 0 )) {
JLI_ReportErrorMessage(CFG_ERROR8, jvmtype, jvmpath);
exit(4);
}
/*
* we seem to have everything we need, so without further ado
* we return back, otherwise proceed to set the environment.
*/
#ifdef SETENV_REQUIRED
mustsetenv = RequiresSetenv(jvmpath);
JLI_TraceLauncher("mustsetenv: %s\n", mustsetenv ? "TRUE" : "FALSE");
if (mustsetenv == JNI_FALSE) {
JLI_MemFree(newargv);
return;
}
#else
JLI_MemFree(newargv);
return;
#endif /* SETENV_REQUIRED */
} else { /* do the same speculatively or exit */
JLI_ReportErrorMessage(JRE_ERROR2, wanted);
exit(1);
}
#ifdef SETENV_REQUIRED
if (mustsetenv) {
/*
* We will set the LD_LIBRARY_PATH as follows:
*
* o $JVMPATH (directory portion only)
* o $JRE/lib/$LIBARCHNAME
* o $JRE/../lib/$LIBARCHNAME
*
* followed by the user's previous effective LD_LIBRARY_PATH, if
* any.
*/
#ifdef __solaris__
/*
* Starting in Solaris 7, ld.so.1 supports three LD_LIBRARY_PATH
* variables:
*
* 1. LD_LIBRARY_PATH -- used for 32 and 64 bit searches if
* data-model specific variables are not set.
*
* 2. LD_LIBRARY_PATH_64 -- overrides and replaces LD_LIBRARY_PATH
* for 64-bit binaries.
* The vm uses LD_LIBRARY_PATH to set the java.library.path system
* property. To shield the vm from the complication of multiple
* LD_LIBRARY_PATH variables, if the appropriate data model
* specific variable is set, we will act as if LD_LIBRARY_PATH had
* the value of the data model specific variant and the data model
* specific variant will be unset. Note that the variable for the
* *wanted* data model must be used (if it is set), not simply the
* current running data model.
*/
switch (wanted) {
case 0:
case 64:
dmpath = getenv("LD_LIBRARY_PATH_64");
wanted = 64;
break;
default:
JLI_ReportErrorMessage(JRE_ERROR3, __LINE__);
exit(1); /* unknown value in wanted */
break;
}
/*
* If dmpath is NULL, the relevant data model specific variable is
* not set and normal LD_LIBRARY_PATH should be used.
*/
if (dmpath == NULL) {
runpath = getenv("LD_LIBRARY_PATH");
} else {
runpath = dmpath;
}
#else /* ! __solaris__ */
/*
* If not on Solaris, assume only a single LD_LIBRARY_PATH
* variable.
*/
runpath = getenv(LD_LIBRARY_PATH);
#endif /* __solaris__ */
/* runpath contains current effective LD_LIBRARY_PATH setting */
jvmpath = JLI_StringDup(jvmpath);
new_runpath_size = ((runpath != NULL) ? JLI_StrLen(runpath) : 0) +
2 * JLI_StrLen(jrepath) + 2 * JLI_StrLen(arch) +
#ifdef AIX
/* On AIX we additionally need 'jli' in the path because ld doesn't support $ORIGIN. */
JLI_StrLen(jrepath) + JLI_StrLen(arch) + JLI_StrLen("/lib//jli:") +
#endif
JLI_StrLen(jvmpath) + 52;
new_runpath = JLI_MemAlloc(new_runpath_size);
newpath = new_runpath + JLI_StrLen(LD_LIBRARY_PATH "=");
/*
* Create desired LD_LIBRARY_PATH value for target data model.
*/
{
/* remove the name of the .so from the JVM path */
lastslash = JLI_StrRChr(jvmpath, '/');
if (lastslash)
*lastslash = '\0';
sprintf(new_runpath, LD_LIBRARY_PATH "="
"%s:"
"%s/lib/%s:"
#ifdef AIX
"%s/lib/%s/jli:" /* Needed on AIX because ld doesn't support $ORIGIN. */
#endif
"%s/../lib/%s",
jvmpath,
jrepath, arch,
#ifdef AIX
jrepath, arch,
#endif
jrepath, arch
);
/*
* Check to make sure that the prefix of the current path is the
* desired environment variable setting, though the RequiresSetenv
* checks if the desired runpath exists, this logic does a more
* comprehensive check.
*/
if (runpath != NULL &&
JLI_StrNCmp(newpath, runpath, JLI_StrLen(newpath)) == 0 &&
(runpath[JLI_StrLen(newpath)] == 0 || runpath[JLI_StrLen(newpath)] == ':') &&
(running == wanted) /* data model does not have to be changed */
#ifdef __solaris__
&& (dmpath == NULL) /* data model specific variables not set */
#endif /* __solaris__ */
) {
JLI_MemFree(newargv);
JLI_MemFree(new_runpath);
return;
}
}
/*
* Place the desired environment setting onto the prefix of
* LD_LIBRARY_PATH. Note that this prevents any possible infinite
* loop of execv() because we test for the prefix, above.
*/
if (runpath != 0) {
/* ensure storage for runpath + colon + NULL */
if ((JLI_StrLen(runpath) + 1 + 1) > new_runpath_size) {
JLI_ReportErrorMessageSys(JRE_ERROR11);
exit(1);
}
JLI_StrCat(new_runpath, ":");
JLI_StrCat(new_runpath, runpath);
}
if (putenv(new_runpath) != 0) {
exit(1); /* problem allocating memory; LD_LIBRARY_PATH not set
properly */
}
/*
* Unix systems document that they look at LD_LIBRARY_PATH only
* once at startup, so we have to re-exec the current executable
* to get the changed environment variable to have an effect.
*/
#ifdef __solaris__
/*
* If dmpath is not NULL, remove the data model specific string
* in the environment for the exec'ed child.
*/
if (dmpath != NULL)
(void)UnsetEnv("LD_LIBRARY_PATH_64");
#endif /* __solaris */
newenvp = environ;
}
#endif /* SETENV_REQUIRED */
{
char *newexec = execname;
JLI_TraceLauncher("TRACER_MARKER:About to EXEC\n");
(void) fflush(stdout);
(void) fflush(stderr);
#ifdef SETENV_REQUIRED
if (mustsetenv) {
execve(newexec, argv, newenvp);
} else {
execv(newexec, argv);
}
#else /* !SETENV_REQUIRED */
execv(newexec, argv);
#endif /* SETENV_REQUIRED */
JLI_ReportErrorMessageSys(JRE_ERROR4, newexec);
}
exit(1);
}
}
BOOL createJVM() {
JavaVMInitArgs vm_args;
jint res;
char classpath[MAX_CLASSPATH_LEN];
char userdir[MAXPATHLEN];
char jvmpath[MAXPATHLEN];
char jrepath[MAXPATHLEN];
char apppath[2*MAXPATHLEN];
HINSTANCE handle;
if (installDir == NULL || strlen(installDir) > MAXPATHLEN)
return FALSE;
if (GetJREPath(jrepath, sizeof jrepath) == FALSE) {
logServiceMessage(_T("Can't find Java VM path"), EVENTLOG_ERROR_TYPE);
return FALSE;
}
if (GetJVMPath(jrepath, "server", jvmpath, sizeof jvmpath) == FALSE) {
if (GetJVMPath(jrepath, "client", jvmpath, sizeof jvmpath) == FALSE) {
logServiceMessage(_T("Can't find neither server nor client Java VM path"), EVENTLOG_ERROR_TYPE);
return FALSE;
}
}
// Load the Java VM DLL
if ((handle = LoadLibrary(jvmpath)) == 0) {
logServiceMessage(_T("Error loading JVM"), EVENTLOG_ERROR_TYPE);
return JNI_FALSE;
}
// IMPORTANT: specify vm_args version # if you use JDK1.1.2 and beyond
FARPROC jni_create_java_vm = GetProcAddress(handle, "JNI_CreateJavaVM");
FARPROC jni_get_default_java_vm_init_args = GetProcAddress(handle, "JNI_GetDefaultJavaVMInitArgs");
if(jni_create_java_vm && jni_get_default_java_vm_init_args == NULL) {
return JNI_FALSE;
}
// find extra JVM parameters
int narg = 0;
char *pc = jvmArgs;
if (jvmArgs) {
while(*pc) {
if (*pc == '\n') {
narg++;
*pc = 0;
}
*pc++;
}
}
narg += 2;
JavaVMOption *options = new JavaVMOption[narg];
vm_args.version = JNI_VERSION_1_4;
vm_args.nOptions = narg;
vm_args.options = options;
vm_args.ignoreUnrecognized = JNI_TRUE;
if (mainClass)
sprintf_s(apppath, "%c%s\\lib\\app.jar%c%s\\app.jar", PATH_SEPARATOR, installDir, PATH_SEPARATOR, installDir);
else
*apppath = 0;
// Append USER_CLASSPATH to the end of default system class path
if (customCP)
sprintf_s(classpath, sizeof classpath, "-Djava.class.path=%s\\webserver.jar%c%s\\lib\\webserver.jar%c"
"%s\\servlet.jar%c%s\\lib\\servlet.jar%c%s\\war.jar%c%s\\lib\\war.jar%c%s\\lib\\wskt.jar%c%s\\lib\\class-scanner.jar%c%s\\lib\\javax.websocket-client-api.jar%c%s\\lib\\javax.websocket-server-api.jar%c%s%s", installDir, PATH_SEPARATOR, installDir, PATH_SEPARATOR,
installDir, PATH_SEPARATOR, installDir, PATH_SEPARATOR, installDir, PATH_SEPARATOR, installDir
, PATH_SEPARATOR, installDir, PATH_SEPARATOR, installDir, PATH_SEPARATOR, installDir, PATH_SEPARATOR, installDir, PATH_SEPARATOR, customCP, apppath);
else
sprintf_s(classpath, sizeof classpath, "-Djava.class.path=%s\\webserver.jar%c%s\\lib\\webserver.jar%c"
"%s\\servlet.jar%c%s\\lib\\servlet.jar%c%s\\war.jar%c%s\\lib\\war.jar%c%s\\lib\\wskt.jar%c%s\\lib\\class-scanner.jar%c%s\\lib\\javax.websocket-client-api.jar%c%s\\lib\\javax.websocket-server-api.jar%s", installDir, PATH_SEPARATOR, installDir, PATH_SEPARATOR,
installDir, PATH_SEPARATOR, installDir, PATH_SEPARATOR, installDir, PATH_SEPARATOR, installDir, PATH_SEPARATOR, installDir
, PATH_SEPARATOR, installDir, PATH_SEPARATOR, installDir, PATH_SEPARATOR, installDir,apppath);
options[0].optionString = classpath;
sprintf_s(userdir, sizeof userdir, "-Duser.dir=%s", installDir);
options[1].optionString = userdir;
pc = jvmArgs;
for (int ia=2; ia<narg; ia++) {
options[ia].optionString = pc;
options[ia].extraInfo = NULL;
pc += strlen(pc)+sizeof(char);
}
//logServiceMessage(userdir);
// Create the Java VM
res = ((jint (JNICALL *)(JavaVM **, void **, void *))jni_create_java_vm)(&jvm,(LPVOID*)&env,&vm_args);
if (res < 0) {
logServiceMessage(_T("Can't create Java VM"), EVENTLOG_ERROR_TYPE);
return FALSE;
}
return TRUE;
}