int APIENTRY WinMain(HINSTANCE hInstance,
HINSTANCE hPrevInstance,
LPTSTR lpCmdLine,
int nCmdShow) {
gDebug = (getenv("ANDROID_SDKMAN_DEBUG") != NULL);
PVOID oldWow64Value = disableWow64FsRedirection();
CPath javaPath;
if (!findJavaInEnvPath(&javaPath) &&
!findJavaInRegistry(&javaPath) &&
!findJavaInProgramFiles(&javaPath)) {
msgBox("Failed to find Java on your system. Please reinstall it.");
return 2;
}
_ASSERT(!javaPath.isEmpty());
revertWow64FsRedirection(oldWow64Value);
// For debugging it's convenient to override the tools directory location
CPath toolsDir(getenv("ANDROID_SDKMAN_TOOLS_DIR"));
if (toolsDir.isEmpty()) {
if (!getModuleDir(&toolsDir)) {
displayLastError("Failed to get program's filename: ");
return 1;
}
}
_ASSERT(!toolsDir.isEmpty());
CPath tmpDir;
if (!mkTempDir("temp-android-tool", &tmpDir)) {
return 1;
}
_ASSERT(!tmpDir.isEmpty());
if (!mkDirs(tmpDir.cstr(), sMkDirList)) {
return 1;
}
if (!copyFiles(toolsDir.cstr(), tmpDir.cstr(), sFilesToCopy)) {
return 1;
}
if (!execSdkManager(javaPath.cstr(), toolsDir.cstr(), tmpDir.cstr(), lpCmdLine)) {
displayLastError("Failed to start SDK Manager: ");
return 1;
}
return 0;
}
// Check whether we can find $PATH/java.exe.
// inOutPath should be the directory where we're looking at.
// In output, it will be the java path we tested.
// Returns the java version integer found (e.g. 1006 for 1.6).
// Return 0 in case of error.
static int checkPath(CPath *inOutPath) {
inOutPath->addPath("java.exe");
int result = 0;
PVOID oldWow64Value = disableWow64FsRedirection();
if (inOutPath->fileExists()) {
// Run java -version
// Reject the version if it's not at least our current minimum.
if (!getJavaVersion(*inOutPath, NULL /*versionStr*/, &result)) {
result = 0;
}
}
revertWow64FsRedirection(oldWow64Value);
return result;
}
int findJavaInProgramFiles(CPath *outJavaPath) {
// Check the C:\\Program Files (x86) directory
// With WOW64 fs redirection in place by default, we should get the x86
// version on a 64-bit OS since this app is a 32-bit itself.
bool result = false;
int version = MIN_JAVA_VERSION - 1;
result |= checkProgramFiles(outJavaPath, &version);
// Check the real sysinfo state (not the one hidden by WOW64) for x86
SYSTEM_INFO sysInfo;
GetNativeSystemInfo(&sysInfo);
if (sysInfo.wProcessorArchitecture == PROCESSOR_ARCHITECTURE_AMD64) {
// On a 64-bit OS, try again by disabling the fs redirection so
// that we can try the real C:\\Program Files directory.
PVOID oldWow64Value = disableWow64FsRedirection();
result |= checkProgramFiles(outJavaPath, &version);
revertWow64FsRedirection(oldWow64Value);
}
return result ? version : 0;
}
static bool execSdkManager(const char *javaPath,
const char *toolsDir,
const char *tmpDir,
const char *lpCmdLine) {
SetLastError(0);
// Which java binary to call.
// The default is to use java.exe to automatically dump stdout in
// the parent console.
CPath javaExecPath(javaPath);
// Attach to the parent console, if there's one.
if (AttachConsole(-1) == 0) {
// This can fail with ERROR_ACCESS_DENIED if the process is already
// attached to the parent console. That means there's a console so
// we want to keep invoking java.exe to get stdout into it.
//
// This also fails if there is no parent console, in which
// it means this was invoked not from a shell. It's a good
// signal we don't want a new console to show up so we'll
// switch to javaw.exe instead, if available.
if (GetLastError() != ERROR_ACCESS_DENIED) {
SetLastError(0);
javaExecPath.replaceName("java.exe", "javaw.exe");
// Only accept it if we can actually find the exec
PVOID oldWow64Value = disableWow64FsRedirection();
if (!javaExecPath.fileExists()) {
javaExecPath.set(javaPath);
}
revertWow64FsRedirection(&oldWow64Value);
}
}
// Check whether the underlying system is x86 or x86_64.
// We use GetSystemInfo which will see the one masqueraded by Wow64.
// (to get the real info, we would use GetNativeSystemInfo instead.)
SYSTEM_INFO sysInfo;
GetSystemInfo(&sysInfo);
CString arch("x86");
if (sysInfo.wProcessorArchitecture == PROCESSOR_ARCHITECTURE_AMD64) {
arch.set("x86_64");
} else if (sysInfo.wProcessorArchitecture == PROCESSOR_ARCHITECTURE_INTEL) {
// Skip this. We'll just assume x86 and let it fail later.
// Keep this line for debugging purposes:
// displayLastError("Unknown Processor Architecture: %d", sysInfo.wProcessorArchitecture);
}
// Now build the command line.
// Note that we pass the absolute javaExecPath both to CreateProcess (via execNoWait)
// and we set it as argv[0] in the command line just for the show.
// Important: for the classpath to be able to contain "lib\\sdkmanager.jar", etc.,
// we need to set the toolsDir as the *temp* directory in execNoWait.
// It's important to not use toolsDir otherwise it would lock that diretory.
CString cmdLine;
cmdLine.setf("\"%s\" " // javaPath
"-Dcom.android.sdkmanager.toolsdir=\"%s\" " // toolsDir
"-Dcom.android.sdkmanager.workdir=\"%s\" " // workDir==toolsdir
"-classpath \"lib\\sdkmanager.jar;lib\\swtmenubar.jar;lib\\%s\\swt.jar\" " // arch
"com.android.sdkmanager.Main "
"%s", // extra parameters
javaExecPath.baseName(), toolsDir, tmpDir, arch.cstr(), lpCmdLine);
// Tip: to connect the Java debugging to a running process, add this to the Java command line:
// "-Xdebug -Xrunjdwp:transport=dt_socket,server=y,suspend=y,address=8000"
if (gDebug) msgBox("Executing: %s", cmdLine.cstr());
if (!execNoWait(javaExecPath.cstr(), cmdLine.cstr(), tmpDir)) {
displayLastError("Failed to run %s", cmdLine.cstr());
return false;
}
return true;
}
