public boolean isatty(FileDescriptor fd) { return os.isatty(fd); } public void kill(int pid, int signal) throws ErrnoException { os.kill(pid, signal); }
private static Console makeConsole() { // We don't care about stderr, because this class only uses stdin and stdout. if (!Libcore.os.isatty(FileDescriptor.in) || !Libcore.os.isatty(FileDescriptor.out)) { return null; } try { return new Console(System.in, System.out); } catch (IOException ex) { throw new AssertionError(ex); } }
/** * Ensures that data which is buffered within the underlying implementation * is written out to the appropriate device before returning. */ public void sync() throws SyncFailedException { try { if (Libcore.os.isatty(this)) { Libcore.os.tcdrain(this); } else { Libcore.os.fsync(this); } } catch (ErrnoException errnoException) { SyncFailedException sfe = new SyncFailedException(errnoException.getMessage()); sfe.initCause(errnoException); throw sfe; } }
public boolean isatty(FileDescriptor fd) { return os.isatty(fd); } public void kill(int pid, int signal) throws ErrnoException { os.kill(pid, signal); }
public boolean isatty(FileDescriptor fd) { return os.isatty(fd); } public void kill(int pid, int signal) throws ErrnoException { os.kill(pid, signal); }
public boolean isatty(FileDescriptor fd) { return os.isatty(fd); } public void kill(int pid, int signal) throws ErrnoException { os.kill(pid, signal); }
public boolean isatty(FileDescriptor fd) { return os.isatty(fd); } public void kill(int pid, int signal) throws ErrnoException { os.kill(pid, signal); }
public boolean isatty(FileDescriptor fd) { return os.isatty(fd); } public void kill(int pid, int signal) throws ErrnoException { os.kill(pid, signal); }
public boolean isatty(FileDescriptor fd) { return os.isatty(fd); } public void kill(int pid, int signal) throws ErrnoException { os.kill(pid, signal); }
private static Console makeConsole() { // We don't care about stderr, because this class only uses stdin and stdout. if (!Libcore.os.isatty(FileDescriptor.in) || !Libcore.os.isatty(FileDescriptor.out)) { return null; } try { return new Console(System.in, System.out); } catch (IOException ex) { throw new AssertionError(ex); } }
private static Console makeConsole() { // We don't care about stderr, because this class only uses stdin and stdout. if (!Libcore.os.isatty(FileDescriptor.in) || !Libcore.os.isatty(FileDescriptor.out)) { return null; } try { return new Console(System.in, System.out); } catch (IOException ex) { throw new AssertionError(ex); } }
private static Console makeConsole() { // We don't care about stderr, because this class only uses stdin and stdout. if (!Libcore.os.isatty(FileDescriptor.in) || !Libcore.os.isatty(FileDescriptor.out)) { return null; } try { return new Console(System.in, System.out); } catch (IOException ex) { throw new AssertionError(ex); } }
private static Console makeConsole() { // We don't care about stderr, because this class only uses stdin and stdout. if (!Libcore.os.isatty(FileDescriptor.in) || !Libcore.os.isatty(FileDescriptor.out)) { return null; } try { return new Console(System.in, System.out); } catch (IOException ex) { throw new AssertionError(ex); } }
private static Console makeConsole() { // We don't care about stderr, because this class only uses stdin and stdout. if (!Libcore.os.isatty(FileDescriptor.in) || !Libcore.os.isatty(FileDescriptor.out)) { return null; } try { return new Console(System.in, System.out); } catch (IOException ex) { throw new AssertionError(ex); } }
private static Console makeConsole() { // We don't care about stderr, because this class only uses stdin and stdout. if (!Libcore.os.isatty(FileDescriptor.in) || !Libcore.os.isatty(FileDescriptor.out)) { return null; } try { return new Console(System.in, System.out); } catch (IOException ex) { throw new AssertionError(ex); } }
/** * Ensures that data which is buffered within the underlying implementation * is written out to the appropriate device before returning. */ public void sync() throws SyncFailedException { try { if (Libcore.os.isatty(this)) { Libcore.os.tcdrain(this); } else { Libcore.os.fsync(this); } } catch (ErrnoException errnoException) { SyncFailedException sfe = new SyncFailedException(errnoException.getMessage()); sfe.initCause(errnoException); throw sfe; } }
/** * Ensures that data which is buffered within the underlying implementation * is written out to the appropriate device before returning. */ public void sync() throws SyncFailedException { try { if (Libcore.os.isatty(this)) { Libcore.os.tcdrain(this); } else { Libcore.os.fsync(this); } } catch (ErrnoException errnoException) { SyncFailedException sfe = new SyncFailedException(errnoException.getMessage()); sfe.initCause(errnoException); throw sfe; } }
/** * Ensures that data which is buffered within the underlying implementation * is written out to the appropriate device before returning. */ public void sync() throws SyncFailedException { try { if (Libcore.os.isatty(this)) { Libcore.os.tcdrain(this); } else { Libcore.os.fsync(this); } } catch (ErrnoException errnoException) { SyncFailedException sfe = new SyncFailedException(errnoException.getMessage()); sfe.initCause(errnoException); throw sfe; } }
/** * Ensures that data which is buffered within the underlying implementation * is written out to the appropriate device before returning. */ public void sync() throws SyncFailedException { try { if (Libcore.os.isatty(this)) { Libcore.os.tcdrain(this); } else { Libcore.os.fsync(this); } } catch (ErrnoException errnoException) { SyncFailedException sfe = new SyncFailedException(errnoException.getMessage()); sfe.initCause(errnoException); throw sfe; } }
/** * Ensures that data which is buffered within the underlying implementation * is written out to the appropriate device before returning. */ public void sync() throws SyncFailedException { try { if (Libcore.os.isatty(this)) { Libcore.os.tcdrain(this); } else { Libcore.os.fsync(this); } } catch (ErrnoException errnoException) { SyncFailedException sfe = new SyncFailedException(errnoException.getMessage()); sfe.initCause(errnoException); throw sfe; } }