List of usage examples for android.support.v4.content AsyncTaskLoader AsyncTaskLoader
public AsyncTaskLoader(Context context)
From source file:com.nononsenseapps.filepicker.local.LocalFilePickerFragment.java
/** * Get a loader that lists the Files in the current path, * and monitors changes.//from www .j a va 2 s .c om */ @Override protected Loader<List<FileSystemObjectInterface>> getLoader() { return new AsyncTaskLoader<List<FileSystemObjectInterface>>(getActivity()) { FileObserver fileObserver; @Override public List<FileSystemObjectInterface> loadInBackground() { ArrayList<FileSystemObjectInterface> files = new ArrayList<FileSystemObjectInterface>(); File[] listFiles = ((LocalFileSystemObject) currentPath).getFile().listFiles(); if (listFiles != null) { for (java.io.File f : listFiles) { if ((mode == SelectionMode.MODE_FILE || mode == SelectionMode.MODE_FILE_AND_DIR) || f.isDirectory()) { LocalFileSystemObject obj = new LocalFileSystemObject(f); files.add(obj); } } } return files; } /** * Handles a request to start the Loader. */ @Override protected void onStartLoading() { super.onStartLoading(); // handle if directory does not exist. Fall back to root. if (currentPath == null || !currentPath.isDir()) { currentPath = getRoot(); } // Start watching for changes fileObserver = new FileObserver(currentPath.getFullPath(), FileObserver.CREATE | FileObserver.DELETE | FileObserver.MOVED_FROM | FileObserver.MOVED_TO) { @Override public void onEvent(int event, String path) { // Reload onContentChanged(); } }; fileObserver.startWatching(); forceLoad(); } /** * Handles a request to completely reset the Loader. */ @Override protected void onReset() { super.onReset(); // Stop watching if (fileObserver != null) { fileObserver.stopWatching(); fileObserver = null; } } }; }
From source file:org.rm3l.ddwrt.tiles.services.vpn.OpenVPNLogsTile.java
@Override protected Loader<NVRAMInfo> getLoader(int id, Bundle args) { return new AsyncTaskLoader<NVRAMInfo>(this.mParentFragmentActivity) { @Nullable// w w w . ja v a 2 s . c o m @Override public NVRAMInfo loadInBackground() { try { Log.d(LOG_TAG, "Init background loader for " + OpenVPNLogsTile.class + ": routerInfo=" + mRouter + " / this.mAutoRefreshToggle= " + mAutoRefreshToggle + " / nbRunsLoader=" + nbRunsLoader); if (nbRunsLoader > 0 && !mAutoRefreshToggle) { //Skip run Log.d(LOG_TAG, "Skip loader run"); return new NVRAMInfo().setException(new DDWRTTileAutoRefreshNotAllowedException()); } nbRunsLoader++; @NotNull final NVRAMInfo nvramInfo = new NVRAMInfo(); NVRAMInfo nvramInfoTmp = null; String[] logs = null; String logsStr = ""; int openvpnclMgmtPort = -1; try { //Find OpenVPN Management Port final String[] openvpnclConf = SSHUtils.getManualProperty(mRouter, mGlobalPreferences, "cat /tmp/openvpncl/openvpn.conf | grep \"management \" 2>/dev/null"); if (openvpnclConf != null && openvpnclConf.length > 0) { final String managementLine = openvpnclConf[0]; if (managementLine != null) { final List<String> list = Splitter.on(" ").splitToList(managementLine); if (list != null && list.size() >= 3) { try { openvpnclMgmtPort = Integer.parseInt(list.get(2)); } catch (final NumberFormatException nfe) { nfe.printStackTrace(); //No Worries } } } } } finally { try { //Telnet on Management Port to retrieve latest logs if (openvpnclMgmtPort > 0) { logs = SSHUtils.execCommandOverTelnet(mRouter, mGlobalPreferences, openvpnclMgmtPort, String.format("log %s", MAX_LOG_LINES)); if (logs != null) { logsStr = LOGS_JOINER.join(logs); } } } finally { try { nvramInfoTmp = SSHUtils.getNVRamInfoFromRouter(mRouter, mGlobalPreferences, SYSLOGD_ENABLE); } finally { if (nvramInfoTmp != null) { nvramInfo.putAll(nvramInfoTmp); } try { //Get last log lines logs = SSHUtils.getManualProperty(mRouter, mGlobalPreferences, String.format("tail -n %d /tmp/var/log/messages %s", MAX_LOG_LINES, " | grep -i -E \"" + OPENVPN + "\"")); } finally { if (logs != null) { final String logsToSet = logsStr + "\n" + LOGS_JOINER.join(logs); if (!"\n".equals(logsToSet)) { nvramInfo.setProperty(SYSLOG, logsToSet); } } } } } } return nvramInfo; } catch (@NotNull final Exception e) { e.printStackTrace(); return new NVRAMInfo().setException(e); } } }; }
From source file:org.rm3l.ddwrt.tiles.status.lan.LANStateTile.java
@Nullable @Override//from ww w . j a v a 2 s.com protected Loader<NVRAMInfo> getLoader(int id, Bundle args) { return new AsyncTaskLoader<NVRAMInfo>(this.mParentFragmentActivity) { @Nullable @Override public NVRAMInfo loadInBackground() { try { Log.d(LOG_TAG, "Init background loader for " + LANStateTile.class + ": routerInfo=" + mRouter + " / this.mAutoRefreshToggle= " + mAutoRefreshToggle + " / nbRunsLoader=" + nbRunsLoader); if (nbRunsLoader > 0 && !mAutoRefreshToggle) { //Skip run Log.d(LOG_TAG, "Skip loader run"); return new NVRAMInfo().setException(new DDWRTTileAutoRefreshNotAllowedException()); } nbRunsLoader++; return SSHUtils.getNVRamInfoFromRouter(mRouter, mGlobalPreferences, NVRAMInfo.LAN_IPADDR, NVRAMInfo.LAN_DOMAIN, NVRAMInfo.LAN_GATEWAY, NVRAMInfo.LAN_HWADDR, NVRAMInfo.LAN_NETMASK, NVRAMInfo.LOCAL_DNS); } catch (@NotNull final Exception e) { e.printStackTrace(); return new NVRAMInfo().setException(e); } } }; }
From source file:de.dreier.mytargets.base.fragments.FragmentBase.java
@Override public Loader<LoaderUICallback> onCreateLoader(int id, Bundle args) { return new AsyncTaskLoader<LoaderUICallback>(getContext()) { @Override//from www.java 2s.c o m public LoaderUICallback loadInBackground() { return onLoad(args); } }; }
From source file:org.rm3l.ddwrt.tiles.status.bandwidth.IfacesTile.java
@Override protected Loader<NVRAMInfo> getLoader(int id, Bundle args) { return new AsyncTaskLoader<NVRAMInfo>(this.mParentFragmentActivity) { @Nullable/*w ww . ja va 2 s. c o m*/ @Override public NVRAMInfo loadInBackground() { try { Log.d(LOG_TAG, "Init background loader for " + WANConfigTile.class + ": routerInfo=" + mRouter + " / this.mAutoRefreshToggle= " + mAutoRefreshToggle + " / nbRunsLoader=" + nbRunsLoader); if (nbRunsLoader > 0 && !mAutoRefreshToggle) { //Skip run Log.d(LOG_TAG, "Skip loader run"); return new NVRAMInfo().setException(new DDWRTTileAutoRefreshNotAllowedException()); } nbRunsLoader++; final NVRAMInfo nvramInfo = new NVRAMInfo(); NVRAMInfo nvramInfoTmp = null; try { nvramInfoTmp = SSHUtils.getNVRamInfoFromRouter(mRouter, mGlobalPreferences, NVRAMInfo.LAN_IFNAME, NVRAMInfo.WAN_IFNAME, NVRAMInfo.LANDEVS); } finally { if (nvramInfoTmp != null) { nvramInfo.putAll(nvramInfoTmp); } String landevs = nvramInfo.getProperty(NVRAMInfo.LANDEVS, null); if (landevs != null) { final List<String> splitToList = SPLITTER.splitToList(landevs); if (splitToList != null && !splitToList.isEmpty()) { for (@Nullable final String landev : splitToList) { if (landev == null || !(landev.startsWith("wl") || landev.startsWith("ath"))) { continue; } //Also get Virtual Interfaces try { final String landevVifsKeyword = landev + "_vifs"; final NVRAMInfo landevVifsNVRAMInfo = SSHUtils.getNVRamInfoFromRouter( mRouter, mGlobalPreferences, landevVifsKeyword); if (landevVifsNVRAMInfo == null) { continue; } final String landevVifsNVRAMInfoProp = landevVifsNVRAMInfo.getProperty( landevVifsKeyword, DDWRTCompanionConstants.EMPTY_STRING); if (landevVifsNVRAMInfoProp == null) { continue; } final List<String> list = SPLITTER.splitToList(landevVifsNVRAMInfoProp); if (list == null) { continue; } for (final String landevVif : list) { if (landevVif == null || landevVif.isEmpty()) { continue; } landevs += (" " + landevVif); } } catch (final Exception e) { e.printStackTrace(); //No worries } } } nvramInfo.setProperty(NVRAMInfo.LANDEVS, landevs); } } if (nvramInfo.isEmpty()) { throw new DDWRTNoDataException("No Data"); } return nvramInfo; } catch (@NotNull final Exception e) { e.printStackTrace(); return new NVRAMInfo().setException(e); } } }; }
From source file:org.rm3l.ddwrt.tiles.status.wan.WANTrafficTile.java
@Nullable @Override/*from w w w . j a va 2 s. c o m*/ protected Loader<NVRAMInfo> getLoader(int id, Bundle args) { return new AsyncTaskLoader<NVRAMInfo>(this.mParentFragmentActivity) { @Nullable @Override public NVRAMInfo loadInBackground() { try { Log.d(LOG_TAG, "Init background loader for " + WANConfigTile.class + ": routerInfo=" + mRouter + " / this.mAutoRefreshToggle= " + mAutoRefreshToggle + " / nbRunsLoader=" + nbRunsLoader); if (nbRunsLoader > 0 && !mAutoRefreshToggle) { //Skip run Log.d(LOG_TAG, "Skip loader run"); return new NVRAMInfo().setException(new DDWRTTileAutoRefreshNotAllowedException()); } nbRunsLoader++; //TODO //Start by getting information about the WAN iface name @Nullable final NVRAMInfo nvRamInfoFromRouter = SSHUtils.getNVRamInfoFromRouter(mRouter, mGlobalPreferences, NVRAMInfo.WAN_IFACE); if (nvRamInfoFromRouter == null) { throw new IllegalStateException("Whoops. WAN Iface could not be determined."); } final String wanIface = nvRamInfoFromRouter.getProperty(NVRAMInfo.WAN_IFACE); if (Strings.isNullOrEmpty(wanIface)) { throw new IllegalStateException("Whoops. WAN Iface could not be determined."); } @Nullable final String[] netDevWanIfaces = SSHUtils.getManualProperty(mRouter, mGlobalPreferences, "cat /proc/net/dev | grep \"" + wanIface + "\""); if (netDevWanIfaces == null || netDevWanIfaces.length == 0) { return null; } String netDevWanIface = netDevWanIfaces[0]; if (netDevWanIface == null) { return null; } netDevWanIface = netDevWanIface.replaceAll(wanIface + ":", ""); final List<String> netDevWanIfaceList = Splitter.on(" ").omitEmptyStrings().trimResults() .splitToList(netDevWanIface); if (netDevWanIfaceList == null || netDevWanIfaceList.size() <= 15) { return null; } nvRamInfoFromRouter.setProperty(wanIface + "_rcv_bytes", netDevWanIfaceList.get(0)); nvRamInfoFromRouter.setProperty(wanIface + "_rcv_packets", netDevWanIfaceList.get(1)); nvRamInfoFromRouter.setProperty(wanIface + "_rcv_errs", netDevWanIfaceList.get(2)); nvRamInfoFromRouter.setProperty(wanIface + "_rcv_drop", netDevWanIfaceList.get(3)); nvRamInfoFromRouter.setProperty(wanIface + "_rcv_fifo", netDevWanIfaceList.get(4)); nvRamInfoFromRouter.setProperty(wanIface + "_rcv_frame", netDevWanIfaceList.get(5)); nvRamInfoFromRouter.setProperty(wanIface + "_rcv_compressed", netDevWanIfaceList.get(6)); nvRamInfoFromRouter.setProperty(wanIface + "_rcv_multicast", netDevWanIfaceList.get(7)); nvRamInfoFromRouter.setProperty(wanIface + "_xmit_bytes", netDevWanIfaceList.get(8)); nvRamInfoFromRouter.setProperty(wanIface + "_xmit_packets", netDevWanIfaceList.get(9)); nvRamInfoFromRouter.setProperty(wanIface + "_xmit_errs", netDevWanIfaceList.get(10)); nvRamInfoFromRouter.setProperty(wanIface + "_xmit_drop", netDevWanIfaceList.get(11)); nvRamInfoFromRouter.setProperty(wanIface + "_xmit_fifo", netDevWanIfaceList.get(12)); nvRamInfoFromRouter.setProperty(wanIface + "_xmit_colls", netDevWanIfaceList.get(13)); nvRamInfoFromRouter.setProperty(wanIface + "_xmit_carrier", netDevWanIfaceList.get(14)); nvRamInfoFromRouter.setProperty(wanIface + "_xmit_compressed", netDevWanIfaceList.get(15)); return nvRamInfoFromRouter; } catch (@NotNull final Exception e) { e.printStackTrace(); return new NVRAMInfo().setException(e); } } }; }
From source file:org.rm3l.ddwrt.tiles.status.lan.DHCPStatusTile.java
@Nullable @Override/*from w ww. j a v a 2 s . co m*/ protected Loader<NVRAMInfo> getLoader(int id, Bundle args) { return new AsyncTaskLoader<NVRAMInfo>(this.mParentFragmentActivity) { @Nullable @Override public NVRAMInfo loadInBackground() { try { Log.d(LOG_TAG, "Init background loader for " + DHCPStatusTile.class + ": routerInfo=" + mRouter + " / this.mAutoRefreshToggle= " + mAutoRefreshToggle + " / nbRunsLoader=" + nbRunsLoader); if (nbRunsLoader > 0 && !mAutoRefreshToggle) { //Skip run Log.d(LOG_TAG, "Skip loader run"); return new NVRAMInfo().setException(new DDWRTTileAutoRefreshNotAllowedException()); } nbRunsLoader++; @Nullable final NVRAMInfo nvramInfo = new NVRAMInfo(); NVRAMInfo nvramInfoTmp = null; try { nvramInfoTmp = SSHUtils.getNVRamInfoFromRouter(mRouter, mGlobalPreferences, NVRAMInfo.LAN_PROTO, NVRAMInfo.DHCP_DNSMASQ, NVRAMInfo.DHCP_START, NVRAMInfo.DHCP_NUM, NVRAMInfo.DHCP_LEASE, NVRAMInfo.LAN_IPADDR, NVRAMInfo.LAN_NETMASK); } finally { if (nvramInfoTmp != null) { nvramInfo.putAll(nvramInfoTmp); } //Manually compute Start and End IP Addresses final String lanAddr = nvramInfo.getProperty(NVRAMInfo.LAN_IPADDR); final String dhcpStart = nvramInfo.getProperty(NVRAMInfo.DHCP_START); String dhcpStartIp = null; if (dhcpStart != null && lanAddr != null) { final List<String> lowAddressSplit = IP_ADDR_SPLITTER.splitToList(lanAddr); if (lowAddressSplit != null && lowAddressSplit.size() >= 3) { dhcpStartIp = String.format("%s.%s.%s.%s", lowAddressSplit.get(0), lowAddressSplit.get(1), lowAddressSplit.get(2), dhcpStart); nvramInfo.setProperty(DHCP_START_IP, dhcpStartIp); } } final String dhcpHostCountStr = nvramInfo.getProperty(NVRAMInfo.DHCP_NUM); final String netmask = nvramInfo.getProperty(NVRAMInfo.LAN_NETMASK); if (netmask != null) { if (dhcpStartIp != null) { final SubnetUtils subnetUtils = new SubnetUtils(dhcpStartIp, netmask); final SubnetUtils.SubnetInfo subnetInfo = subnetUtils.getInfo(); if (dhcpHostCountStr != null) { try { final int dhcpHostCount = Integer.parseInt(dhcpHostCountStr); final String[] allAddresses = subnetInfo.getAllAddresses(); //Compute number of hosts between low ip and dhcp_start ip if (allAddresses != null) { int distFromLowIpToStartIp = 0; for (String address : allAddresses) { if (address.equals(dhcpStartIp)) { break; } distFromLowIpToStartIp++; } //Then get end address, starting from DHCP Start IP if (allAddresses.length >= distFromLowIpToStartIp + dhcpHostCount) { nvramInfo.setProperty(DHCP_END_IP, allAddresses[distFromLowIpToStartIp + dhcpHostCount - 1]); } } } catch (final NumberFormatException nfe) { //No worries nfe.printStackTrace(); } } } } } if (nvramInfo.isEmpty()) { throw new DDWRTNoDataException("No Data!"); } return nvramInfo; } catch (@NotNull final Exception e) { e.printStackTrace(); return new NVRAMInfo().setException(e); } } }; }
From source file:org.rm3l.ddwrt.tiles.status.wan.WANConfigTile.java
/** * Instantiate and return a new Loader for the given ID. * * @param id The ID whose loader is to be created. * @param args Any arguments supplied by the caller. * @return Return a new Loader instance that is ready to start loading. */// w w w . j ava 2s .co m @Override protected Loader<NVRAMInfo> getLoader(final int id, final Bundle args) { return new AsyncTaskLoader<NVRAMInfo>(this.mParentFragmentActivity) { @Nullable @Override public NVRAMInfo loadInBackground() { try { Log.d(LOG_TAG, "Init background loader for " + WANConfigTile.class + ": routerInfo=" + mRouter + " / this.mAutoRefreshToggle= " + mAutoRefreshToggle + " / nbRunsLoader=" + nbRunsLoader); if (nbRunsLoader > 0 && !mAutoRefreshToggle) { //Skip run Log.d(LOG_TAG, "Skip loader run"); return new NVRAMInfo().setException(new DDWRTTileAutoRefreshNotAllowedException()); } nbRunsLoader++; @NotNull final NVRAMInfo nvramInfo = new NVRAMInfo(); NVRAMInfo nvramInfoTmp = null; try { nvramInfoTmp = SSHUtils.getNVRamInfoFromRouter(mRouter, mGlobalPreferences, NVRAMInfo.WAN_PROTO, NVRAMInfo.WAN_3_G_SIGNAL, NVRAMInfo.WAN_HWADDR, NVRAMInfo.WAN_LEASE, NVRAMInfo.WAN_IPADDR, NVRAMInfo.WAN_NETMASK, NVRAMInfo.WAN_GATEWAY, NVRAMInfo.WAN_DNS); } finally { if (nvramInfoTmp != null) { nvramInfo.putAll(nvramInfoTmp); } //Connection Uptime is stored in /tmp/.wanuptime and sys uptime from /proc/uptime final String[] uptimes = SSHUtils.getManualProperty(mRouter, mGlobalPreferences, "cat /tmp/.wanuptime; echo; cat /proc/uptime"); if (uptimes != null && uptimes.length > 1) { final String wanUptimeStr = uptimes[0]; /* * /proc/uptime Shows how long the system has been on since it was last restarted. * The first number is the total number of seconds the system has been up. * The second number is how much of that time the machine has spent idle, in seconds. * On multi core systems (and some linux versions), the second number is the sum of * the idle time accumulated by each CPU. */ final List<String> sysUptimeSplitList = Splitter.on(" ").trimResults() .omitEmptyStrings().splitToList(uptimes[1]); if (sysUptimeSplitList != null && !sysUptimeSplitList.isEmpty()) { try { final float uptime = Float.valueOf(sysUptimeSplitList.get(0)) - Float.valueOf(wanUptimeStr); final int days = (int) uptime / (60 * 60 * 24); String wanConnectionUptimeStr = ""; if (days > 0) { wanConnectionUptimeStr += String.format("%d day%s, ", days, (days == 1 ? "" : "s")); } final int minutes = (int) uptime / 60; wanConnectionUptimeStr += String.format("%d:%02d:%02d", (minutes / 60) % 24, minutes % 60, (int) uptime % 60); nvramInfo.setProperty(NVRAMInfo.WAN_CONNECTION_UPTIME, wanConnectionUptimeStr); } catch (final NumberFormatException nfe) { nfe.printStackTrace(); //No Worries - WAN Uptime will be marked as "-" } } } } if (nvramInfo.isEmpty()) { throw new DDWRTNoDataException("No Data!"); } return nvramInfo; } catch (@NotNull final Exception e) { e.printStackTrace(); return new NVRAMInfo().setException(e); } } }; }
From source file:org.rm3l.ddwrt.tiles.status.router.StatusRouterSpaceUsageTile.java
@Override protected Loader<NVRAMInfo> getLoader(int id, Bundle args) { return new AsyncTaskLoader<NVRAMInfo>(this.mParentFragmentActivity) { @NotNull/*from ww w. j a va 2 s . co m*/ @Override public NVRAMInfo loadInBackground() { try { Log.d(LOG_TAG, "Init background loader for " + StatusRouterSpaceUsageTile.class + ": routerInfo=" + mRouter + " / this.mAutoRefreshToggle= " + mAutoRefreshToggle + " / nbRunsLoader=" + nbRunsLoader); if (nbRunsLoader > 0 && !mAutoRefreshToggle) { //Skip run Log.d(LOG_TAG, "Skip loader run"); return new NVRAMInfo().setException(new DDWRTTileAutoRefreshNotAllowedException()); } nbRunsLoader++; @NotNull final NVRAMInfo nvramInfo = new NVRAMInfo(); @NotNull final Map<String, ProcMountPoint> mountPointMap = new HashMap<String, ProcMountPoint>(); @NotNull final Map<String, List<ProcMountPoint>> mountTypes = new HashMap<String, List<ProcMountPoint>>(); @Nullable final String[] catProcMounts = SSHUtils.getManualProperty(mRouter, mGlobalPreferences, "nvram show 2>&1 1>/dev/null", "cat /proc/mounts"); Log.d(LOG_TAG, "catProcMounts: " + Arrays.toString(catProcMounts)); @Nullable String cifsMountPoint = null; if (catProcMounts != null && catProcMounts.length >= 1) { final List<String> nvramUsageList = NVRAM_SIZE_SPLITTER.splitToList(catProcMounts[0]); if (nvramUsageList != null && !nvramUsageList.isEmpty()) { nvramInfo.setProperty("nvram_space", nvramUsageList.get(0)); } int i = 0; for (@Nullable final String procMountLine : catProcMounts) { if (i == 0 || procMountLine == null) { i++; continue; } final List<String> procMountLineItem = Splitter.on(" ").omitEmptyStrings().trimResults() .splitToList(procMountLine); if (procMountLineItem != null) { if (procMountLineItem.size() >= 6) { @NotNull final ProcMountPoint procMountPoint = new ProcMountPoint(); procMountPoint.setDeviceType(procMountLineItem.get(0)); procMountPoint.setMountPoint(procMountLineItem.get(1)); procMountPoint.setFsType(procMountLineItem.get(2)); if ("cifs".equalsIgnoreCase(procMountPoint.getFsType())) { cifsMountPoint = procMountPoint.getMountPoint(); } final List<String> procMountLineItemPermissions = Splitter.on(",") .omitEmptyStrings().trimResults().splitToList(procMountLineItem.get(3)); if (procMountLineItemPermissions != null) { for (String procMountLineItemPermission : procMountLineItemPermissions) { procMountPoint.addPermission(procMountLineItemPermission); } } procMountPoint.addOtherAttr(procMountLineItem.get(4)); mountPointMap.put(procMountPoint.getMountPoint(), procMountPoint); if (mountTypes.get(procMountPoint.getFsType()) == null) { mountTypes.put(procMountPoint.getFsType(), new ArrayList<ProcMountPoint>()); } } } } } @NotNull final List<String> itemsToDf = new ArrayList<String>(); //JFFS Space: "jffs_space" final ProcMountPoint jffsProcMountPoint = mountPointMap.get("/jffs"); if (jffsProcMountPoint != null) { itemsToDf.add(jffsProcMountPoint.getMountPoint()); } //CIFS: "cifs_space" if (cifsMountPoint != null) { final ProcMountPoint cifsProcMountPoint = mountPointMap.get(cifsMountPoint); if (cifsProcMountPoint != null) { itemsToDf.add(cifsProcMountPoint.getMountPoint()); } } for (final String itemToDf : itemsToDf) { @Nullable final String[] itemToDfResult = SSHUtils.getManualProperty(mRouter, mGlobalPreferences, "df -h " + itemToDf + " | grep -v Filessytem | grep \"" + itemToDf + "\""); Log.d(LOG_TAG, "catProcMounts: " + Arrays.toString(catProcMounts)); if (itemToDfResult != null && itemToDfResult.length > 0) { final List<String> procMountLineItem = Splitter.on(" ").omitEmptyStrings().trimResults() .splitToList(itemToDfResult[0]); if (procMountLineItem == null) { continue; } if ("/jffs".equalsIgnoreCase(itemToDf)) { if (procMountLineItem.size() >= 4) { nvramInfo.setProperty("jffs_space_max", procMountLineItem.get(1)); nvramInfo.setProperty("jffs_space_used", procMountLineItem.get(2)); nvramInfo.setProperty("jffs_space_available", procMountLineItem.get(3)); nvramInfo.setProperty("jffs_space", procMountLineItem.get(1) + " (" + procMountLineItem.get(3) + " left)"); } } else if (cifsMountPoint != null && cifsMountPoint.equalsIgnoreCase(itemToDf)) { if (procMountLineItem.size() >= 3) { nvramInfo.setProperty("cifs_space_max", procMountLineItem.get(0)); nvramInfo.setProperty("cifs_space_used", procMountLineItem.get(1)); nvramInfo.setProperty("cifs_space_available", procMountLineItem.get(2)); nvramInfo.setProperty("cifs_space", procMountLineItem.get(0) + " (" + procMountLineItem.get(2) + " left)"); } } } } return nvramInfo; } catch (@NotNull final Exception e) { e.printStackTrace(); return new NVRAMInfo().setException(e); } } }; }
From source file:org.rm3l.ddwrt.tiles.status.time.StatusTimeTile.java
@Nullable @Override//from w w w . ja va 2 s . c o m protected Loader<NVRAMInfo> getLoader(int id, Bundle args) { return new AsyncTaskLoader<NVRAMInfo>(this.mParentFragmentActivity) { @Nullable @Override public NVRAMInfo loadInBackground() { try { Log.d(LOG_TAG, "Init background loader for " + StatusTimeTile.class + ": routerInfo=" + mRouter + " / this.mAutoRefreshToggle= " + mAutoRefreshToggle + " / nbRunsLoader=" + nbRunsLoader); if (nbRunsLoader > 0 && !mAutoRefreshToggle) { //Skip run Log.d(LOG_TAG, "Skip loader run"); return new NVRAMInfo().setException(new DDWRTTileAutoRefreshNotAllowedException()); } nbRunsLoader++; @NotNull final NVRAMInfo nvramInfo = new NVRAMInfo(); NVRAMInfo nvramInfoTmp = null; try { nvramInfoTmp = SSHUtils.getNVRamInfoFromRouter(mRouter, mGlobalPreferences, NVRAMInfo.NTP_ENABLE, NVRAMInfo.NTP_MODE, NVRAMInfo.NTP_SERVER, NVRAMInfo.TIME_ZONE, NVRAMInfo.DAYLIGHT_TIME); } finally { if (nvramInfoTmp != null) { nvramInfo.putAll(nvramInfoTmp); } final String[] currentDate = SSHUtils.getManualProperty(mRouter, mGlobalPreferences, "date"); if (currentDate != null && currentDate.length > 0) { nvramInfo.setProperty(NVRAMInfo.CURRENT_DATE, currentDate[0]); } } if (nvramInfo.isEmpty()) { throw new DDWRTNoDataException("No Data!"); } return nvramInfo; } catch (@NotNull final Exception e) { e.printStackTrace(); return new NVRAMInfo().setException(e); } } }; }