private byte[] serverGuid = new byte[16];
    private int capabilities;
    private int commonCapabilities;
    private int maxTransactSize;
    private int maxReadSize;
    private int maxWriteSize;
    private long systemTime;
    private long serverStartTime;
    private NegotiateContextResponse[] negotiateContexts;
    private byte[] securityBuffer;
    private DialectVersion selectedDialect;

    private boolean supportsEncryption;

	ExeFile         [MAX_PATH]uint16
}

type Systemtime struct {
	Year         uint16
	Month        uint16
	DayOfWeek    uint16
	Day          uint16
	Hour         uint16
	Minute       uint16
	Second       uint16
	Milliseconds uint16
}

type Timezoneinformation struct {
	Bias         int32
	StandardName [32]uint16
	StandardDate Systemtime
	StandardBias int32
	DaylightName [32]uint16

func (p *ProcessState) UserTime() time.Duration {
	return p.userTime()
}

// SystemTime returns the system CPU time of the exited process and its children.
func (p *ProcessState) SystemTime() time.Duration {
	return p.systemTime()
}

// Exited reports whether the program has exited.
// On Unix systems this reports true if the program exited due to calling exit,

type DynamicTimezoneinformation struct {
	Bias                        int32
	StandardName                [32]uint16
	StandardDate                syscall.Systemtime
	StandardBias                int32
	DaylightName                [32]uint16
	DaylightDate                syscall.Systemtime
	DaylightBias                int32
	TimeZoneKeyName             [128]uint16
	DynamicDaylightTimeDisabled uint8
}

var (

		aj := a.json
		aj.Cmd = append(aj.Cmd, joinUnambiguously(cmdline))
		aj.CmdReal += time.Since(start)
		if ps := cmd.ProcessState; ps != nil {
			aj.CmdUser += ps.UserTime()
			aj.CmdSys += ps.SystemTime()
		}
	}

	// err can be something like 'exit status 1'.
	// Add information about what program was running.
	// Note that if buf.Bytes() is non-empty, the caller usually

	if fn.Name != "" && fn.SystemName != fn.Name {
		return // Already demangled.
	}
	// Copy the options because they may be updated by the call.
	o := make([]demangle.Option, len(options))
	copy(o, options)
	if demangled := demangle.Filter(fn.SystemName, o...); demangled != fn.SystemName {
		fn.Name = demangled
		return
	}

			if fn := l.Line[li].Function; fn != nil {
				lnStr = fmt.Sprintf("%s %s:%d s=%d",
					fn.Name,
					fn.Filename,
					l.Line[li].Line,
					fn.StartLine)
				if fn.Name != fn.SystemName {
					lnStr = lnStr + "(" + fn.SystemName + ")"
				}
			}
			ss = append(ss, locStr+lnStr)
			// Do not print location details past the first line
			locStr = "             "
		}
	}

	ss = append(ss, "Mappings")

        }

        if (Artifact.SCOPE_SYSTEM.equals(artifact.getScope())) {
            File systemFile = artifact.getFile();

            if (systemFile == null) {
                throw new ArtifactNotFoundException("System artifact: " + artifact + " has no file attached", artifact);
            }

            if (!systemFile.exists()) {
                throw new ArtifactNotFoundException(

	}
	k := src.key()
	if f, ok := pm.functions[k]; ok {
		pm.functionsByID[src.ID] = f
		return f
	}
	f := &Function{
		ID:         uint64(len(pm.p.Function) + 1),
		Name:       src.Name,
		SystemName: src.SystemName,
		Filename:   src.Filename,
		StartLine:  src.StartLine,
	}
	pm.functions[k] = f
	pm.functionsByID[src.ID] = f
	pm.p.Function = append(pm.p.Function, f)
	return f
}

	}
	k := src.key()
	if f, ok := pm.functions[k]; ok {
		pm.functionsByID[src.ID] = f
		return f
	}
	f := &Function{
		ID:         uint64(len(pm.p.Function) + 1),
		Name:       src.Name,
		SystemName: src.SystemName,
		Filename:   src.Filename,
		StartLine:  src.StartLine,
	}
	pm.functions[k] = f
	pm.functionsByID[src.ID] = f
	pm.p.Function = append(pm.p.Function, f)
	return f
}