/** * Stops the recording. * * @param context the context * @param trackRecordingServiceConnection the track recording service connection * @param showEditor true to show the editor */ public static void stopRecording( Context context, TrackRecordingServiceConnection trackRecordingServiceConnection, boolean showEditor) { ITrackRecordingService trackRecordingService = trackRecordingServiceConnection.getServiceIfBound(); if (trackRecordingService != null) { try { if (showEditor) { /* * Need to remember the recordingTrackId before calling * endCurrentTrack. endCurrentTrack sets the value to -1L. */ long recordingTrackId = PreferencesUtils.getLong(context, R.string.recording_track_id_key); trackRecordingService.endCurrentTrack(); if (recordingTrackId != PreferencesUtils.RECORDING_TRACK_ID_DEFAULT) { Intent intent = IntentUtils.newIntent(context, TrackEditActivity.class) .putExtra(TrackEditActivity.EXTRA_TRACK_ID, recordingTrackId) .putExtra(TrackEditActivity.EXTRA_NEW_TRACK, true); context.startActivity(intent); } } else { trackRecordingService.endCurrentTrack(); } } catch (Exception e) { Log.e(TAG, "Unable to stop recording.", e); } } else { resetRecordingState(context); } trackRecordingServiceConnection.unbindAndStop(); }
@Test public void testGetEnvVarMap() throws Exception { final HashMap<String, String> actual = IntentUtils.getEnvVarMap(testIntent); for (final String actualEnvVarName : actual.keySet()) { assertTrue( "Actual key exists in test data: " + actualEnvVarName, TEST_ENV_VAR_MAP.containsKey(actualEnvVarName)); final String expectedValue = TEST_ENV_VAR_MAP.get(actualEnvVarName); final String actualValue = actual.get(actualEnvVarName); assertEquals("Actual env var value matches test data", expectedValue, actualValue); } }
public static Intent createDefaultClickIntent(Context paramContext, String paramString1, String paramString2, String paramString3, String paramString4) { Intent localIntent = new Intent(); localIntent.setClass(paramContext, MainActivity.class); if (!TextUtils.isEmpty(paramString1)) { localIntent = IntentUtils.createViewDocumentUrlIntent(paramContext, paramString4); localIntent.putExtra("error_doc_id", paramString1); } if (!TextUtils.isEmpty(paramString2)) { localIntent.putExtra("error_title", paramString2); } if (!TextUtils.isEmpty(paramString3)) { localIntent.putExtra("error_html_message", paramString3); } return localIntent; }
@TargetApi(14) public MMJSResponse addEvent(Map map) { MMLog.b(d, "addEvent parameters: " + map); if (VERSION.SDK_INT < 14) { return MMJSResponse.b("Not supported"); } if (!(map == null || map.get("parameters") == null)) { try { String str; String str2; String str3; String str4; Date date; Date parseDate; JSONObject jSONObject = new JSONObject((String) map.get("parameters")); try { str = jSONObject.getString(PlusShare.KEY_CONTENT_DEEP_LINK_METADATA_DESCRIPTION); } catch (JSONException e) { MMLog.e(d, "Unable to get calendar event description"); str = null; } try { str2 = jSONObject.getString("summary"); } catch (JSONException e2) { MMLog.b(d, "Unable to get calendar event description"); str2 = null; } try { String str5 = jSONObject.getString("transparency"); } catch (JSONException e3) { MMLog.b(d, "Unable to get calendar event transparency"); boolean z = false; } try { String str6 = jSONObject.getString("reminder"); } catch (JSONException e4) { MMLog.b(d, "Unable to get calendar event reminder"); boolean z2 = false; } try { str3 = jSONObject.getString("location"); } catch (JSONException e5) { MMLog.b(d, "Unable to get calendar event location"); str3 = null; } try { String str7 = jSONObject.getString("status"); } catch (JSONException e6) { MMLog.b(d, "Unable to get calendar event status"); boolean z3 = false; } try { str4 = a(jSONObject.getJSONObject("recurrence")); } catch (JSONException e7) { MMLog.b(d, "Unable to get calendar event recurrence"); str4 = null; } try { date = DateUtils.parseDate(jSONObject.getString("start"), e); } catch (DateParseException e8) { MMLog.e(d, "Error parsing calendar event start date"); date = null; } catch (JSONException e9) { MMLog.e(d, "Unable to get calendar event start date"); date = null; } try { parseDate = DateUtils.parseDate(jSONObject.getString("end"), e); } catch (DateParseException e10) { MMLog.e(d, "Error parsing calendar event end date"); parseDate = null; } catch (JSONException e11) { MMLog.b(d, "Unable to get calendar event end date"); parseDate = null; } MMLog.b( d, String.format( "Creating calendar event: title: %s, location: %s, start: %s, end: %s, status: %s, summary: %s, rrule: %s", new Object[] {str, str3, date, parseDate, obj, str2, str4})); if (str == null || date == null) { MMLog.e(d, "Description and start must be provided to create calendar event."); return MMJSResponse.b("Calendar Event Creation Failed. Minimum parameters not provided"); } else { Intent data = new Intent("android.intent.action.INSERT").setData(Events.CONTENT_URI); if (date != null) { data.putExtra("beginTime", date.getTime()); } if (parseDate != null) { data.putExtra(Event.END_TIME, parseDate.getTime()); } if (str != null) { data.putExtra(PlusShare.KEY_CONTENT_DEEP_LINK_METADATA_TITLE, str); } if (str2 != null) { data.putExtra(PlusShare.KEY_CONTENT_DEEP_LINK_METADATA_DESCRIPTION, str2); } if (str3 != null) { data.putExtra("eventLocation", str3); } if (str4 != null) { data.putExtra("rrule", str4); } if (obj != null) { MMLog.d(d, "Calendar addEvent does not support status"); } if (i != 0) { MMLog.d(d, "Calendar addEvent does not support transparency"); } if (i != 0) { MMLog.d(d, "Calendar addEvent does not support reminder"); } Context context = (Context) this.b.get(); if (context != null) { IntentUtils.c(context, data); Event.a( context, Event.INTENT_CALENDAR_EVENT, b((String) map.get("PROPERTY_EXPANDING"))); return MMJSResponse.a("Calendar Event Created"); } } } catch (JSONException e12) { MMLog.e(d, "Unable to parse calendar addEvent parameters"); return MMJSResponse.b("Calendar Event Creation Failed. Invalid parameters"); } } return null; }
@Override public void onLinkClick( final String link, final String orig, final long accountId, final long extraId, final int type, final boolean sensitive, final int start, final int end) { if (manager != null && manager.isActive()) return; if (!isPrivateData()) { // BEGIN HotMobi final LinkEvent event = LinkEvent.create(context, link, type); HotMobiLogger.getInstance(context).log(accountId, event); // END HotMobi } switch (type) { case TwidereLinkify.LINK_TYPE_MENTION: { IntentUtils.openUserProfile(context, accountId, -1, link, null, true); break; } case TwidereLinkify.LINK_TYPE_HASHTAG: { Utils.openTweetSearch(context, accountId, "#" + link); break; } case TwidereLinkify.LINK_TYPE_LINK: { if (PreviewMediaExtractor.isSupported(link)) { openMedia(accountId, extraId, sensitive, link, start, end); } else { openLink(link); } break; } case TwidereLinkify.LINK_TYPE_LIST: { final String[] mentionList = link.split("/"); if (mentionList.length != 2) { break; } Utils.openUserListDetails(context, accountId, -1, -1, mentionList[0], mentionList[1]); break; } case TwidereLinkify.LINK_TYPE_CASHTAG: { Utils.openTweetSearch(context, accountId, link); break; } case TwidereLinkify.LINK_TYPE_USER_ID: { IntentUtils.openUserProfile( context, accountId, NumberUtils.toLong(link, -1), null, null, true); break; } case TwidereLinkify.LINK_TYPE_STATUS: { Utils.openStatus(context, accountId, NumberUtils.toLong(link, -1)); break; } } }