procState = sigar.getProcState(pid); } catch (Exception e) { handleSigarCallException(e, "getProcState"); procExe = sigar.getProcExe(pid); } catch (Exception e) { handleSigarCallException(e, "getProcExe"); procArgs = sigar.getProcArgs(pid); } catch (Exception e) { handleSigarCallException(e, "getProcArgs"); handleSigarCallException(e, "getProcEnv"); this.procTime = sigar.getProcTime(pid); } catch (Exception e) { handleSigarCallException(e, "getProcTime"); this.procMem = sigar.getProcMem(pid); } catch (Exception e) { handleSigarCallException(e, "getProcMem"); this.procCpu = sigar.getProcCpu(pid); } catch (Exception e) { handleSigarCallException(e, "getProcCpu"); this.procFd = sigar.getProcFd(pid); } catch (Exception e) { handleSigarCallException(e, "getProcFd");
procState = sigar.getProcState(pid); } catch (Exception e) { handleSigarCallException(e, "getProcState"); procExe = sigar.getProcExe(pid); } catch (Exception e) { handleSigarCallException(e, "getProcExe"); procArgs = sigar.getProcArgs(pid); } catch (Exception e) { handleSigarCallException(e, "getProcArgs"); handleSigarCallException(e, "getProcEnv"); this.procTime = sigar.getProcTime(pid); } catch (Exception e) { handleSigarCallException(e, "getProcTime"); this.procMem = sigar.getProcMem(pid); } catch (Exception e) { handleSigarCallException(e, "getProcMem"); this.procCpu = sigar.getProcCpu(pid); } catch (Exception e) { handleSigarCallException(e, "getProcCpu"); this.procFd = sigar.getProcFd(pid); } catch (Exception e) { handleSigarCallException(e, "getProcFd");