private void setupMockBehaviorSection() {
captureIntentsView.setEnabled(isMockMode);
captureIntentsView.setChecked(captureIntents.get());
captureIntentsView.setOnCheckedChangeListener(
(compoundButton, b) -> {
Timber.d("Capture intents set to %s", b);
captureIntents.set(b);
});
configureResponseSpinner(repositoriesResponseView, MockRepositoriesResponse.class);
}
private void setupPicassoSection() {
boolean picassoDebuggingValue = picassoDebugging.get();
picasso.setIndicatorsEnabled(picassoDebuggingValue);
picassoIndicatorView.setChecked(picassoDebuggingValue);
picassoIndicatorView.setOnCheckedChangeListener(
(button, isChecked) -> {
Timber.d("Setting Picasso debugging to " + isChecked);
picasso.setIndicatorsEnabled(isChecked);
picassoDebugging.set(isChecked);
});
refreshPicassoStats();
}
@Provides
@Singleton
@AccessToken
Preference<String> provideAccessToken(
RxSharedPreferences prefs, @ApiEndpoint Preference<String> endpoint) {
// Return an endpoint-specific preference.
return prefs.getString("access-token-" + endpoint.get());
}
@Override
public View onCreateView(LayoutInflater inflater, ViewGroup container, Bundle savedState) {
// Inflate the layout for this fragment
View view = inflater.inflate(R.layout.fragment_library_category, container, false);
ButterKnife.bind(this, view);
adapter = new LibraryCategoryAdapter(this);
recycler.setHasFixedSize(true);
recycler.setAdapter(adapter);
if (getLibraryFragment().getActionMode() != null) {
setMode(FlexibleAdapter.MODE_MULTI);
}
Preference<Integer> columnsPref =
getResources().getConfiguration().orientation == Configuration.ORIENTATION_PORTRAIT
? getLibraryPresenter().preferences.portraitColumns()
: getLibraryPresenter().preferences.landscapeColumns();
numColumnsSubscription =
columnsPref
.asObservable()
.doOnNext(recycler::setSpanCount)
.skip(1)
// Set again the adapter to recalculate the covers height
.subscribe(count -> recycler.setAdapter(adapter));
if (savedState != null) {
adapter.onRestoreInstanceState(savedState);
if (adapter.getMode() == FlexibleAdapter.MODE_SINGLE) {
adapter.clearSelection();
}
}
searchSubscription =
getLibraryPresenter()
.searchSubject
.subscribe(
text -> {
adapter.setSearchText(text);
adapter.updateDataSet();
});
return view;
}
private void showNewNetworkProxyDialog(final ProxyAdapter proxyAdapter) {
final int originalSelection =
networkProxyAddress.isSet() ? ProxyAdapter.PROXY : ProxyAdapter.NONE;
View view = LayoutInflater.from(app).inflate(R.layout.debug_drawer_network_proxy, null);
final EditText hostView = findById(view, R.id.debug_drawer_network_proxy_host);
if (networkProxyAddress.isSet()) {
String host = networkProxyAddress.get().getHostName();
hostView.setText(host); // Set the current host.
hostView.setSelection(0, host.length()); // Pre-select it for editing.
// Show the keyboard. Post this to the next frame when the dialog has been attached.
hostView.post(() -> Keyboards.showKeyboard(hostView));
}
new AlertDialog.Builder(getContext()) //
.setTitle("Set Network Proxy")
.setView(view)
.setNegativeButton(
"Cancel",
(dialog, i) -> {
networkProxyView.setSelection(originalSelection);
dialog.cancel();
})
.setPositiveButton(
"Use",
(dialog, i) -> {
String in = hostView.getText().toString();
InetSocketAddress address = InetSocketAddressPreferenceAdapter.parse(in);
if (address != null) {
networkProxyAddress.set(address); // Persist across restarts.
proxyAdapter.notifyDataSetChanged(); // Tell the spinner to update.
networkProxyView.setSelection(ProxyAdapter.PROXY); // And show the proxy.
Proxy proxy = InetSocketAddressPreferenceAdapter.createProxy(address);
client.setProxy(proxy);
apiClient.setProxy(proxy);
} else {
networkProxyView.setSelection(originalSelection);
}
})
.setOnCancelListener(dialogInterface -> networkProxyView.setSelection(originalSelection))
.show();
}
@Provides
@Singleton
@IsMockMode
boolean provideIsMockMode(
@ApiEndpoint Preference<String> endpoint,
@IsInstrumentationTest boolean isInstrumentationTest) {
// Running in an instrumentation forces mock mode.
return isInstrumentationTest || ApiEndpoints.isMockMode(endpoint.get());
}
@Provides
@Singleton
OkHttpClient provideOkHttpClient(
Application app, Preference<InetSocketAddress> networkProxyAddress) {
return DataModule.createOkHttpClient(app)
.sslSocketFactory(createBadSslSocketFactory())
.proxy(InetSocketAddressPreferenceAdapter.createProxy(networkProxyAddress.get()))
.build();
}
private void subscribeToChanges() {
RxSharedPreferences prefs =
RxSharedPreferences.create(PreferenceManager.getDefaultSharedPreferences(mAppContext));
Preference<Integer> lastPage = prefs.getInteger(Constants.PREF_LAST_PAGE);
Observable.merge(
mBookmarkModel.tagsObservable(),
mBookmarkModel.bookmarksObservable(),
lastPage.asObservable())
.observeOn(AndroidSchedulers.mainThread())
.subscribe(
new Action1<Object>() {
@Override
public void call(Object o) {
if (mFragment != null) {
requestData(false);
} else {
mCachedData = null;
}
}
});
}
private void setEndpointAndRelaunch(String endpoint) {
Timber.d("Setting network endpoint to %s", endpoint);
networkEndpoint.set(endpoint);
ProcessPhoenix.triggerRebirth(getContext());
}
private void setupUserInterfaceSection() {
final AnimationSpeedAdapter speedAdapter = new AnimationSpeedAdapter(getContext());
uiAnimationSpeedView.setAdapter(speedAdapter);
final int animationSpeedValue = animationSpeed.get();
uiAnimationSpeedView.setSelection(
AnimationSpeedAdapter.getPositionForValue(animationSpeedValue));
RxAdapterView.itemSelections(uiAnimationSpeedView)
.map(speedAdapter::getItem)
.filter(item -> item != animationSpeed.get())
.subscribe(
selected -> {
Timber.d("Setting animation speed to %sx", selected);
animationSpeed.set(selected);
applyAnimationSpeed(selected);
});
// Ensure the animation speed value is always applied across app restarts.
post(() -> applyAnimationSpeed(animationSpeedValue));
boolean gridEnabled = pixelGridEnabled.get();
uiPixelGridView.setChecked(gridEnabled);
uiPixelRatioView.setEnabled(gridEnabled);
uiPixelGridView.setOnCheckedChangeListener(
(buttonView, isChecked) -> {
Timber.d("Setting pixel grid overlay enabled to " + isChecked);
pixelGridEnabled.set(isChecked);
uiPixelRatioView.setEnabled(isChecked);
});
uiPixelRatioView.setChecked(pixelRatioEnabled.get());
uiPixelRatioView.setOnCheckedChangeListener(
(buttonView, isChecked) -> {
Timber.d("Setting pixel scale overlay enabled to " + isChecked);
pixelRatioEnabled.set(isChecked);
});
uiScalpelView.setChecked(scalpelEnabled.get());
uiScalpelWireframeView.setEnabled(scalpelEnabled.get());
uiScalpelView.setOnCheckedChangeListener(
(buttonView, isChecked) -> {
Timber.d("Setting scalpel interaction enabled to " + isChecked);
scalpelEnabled.set(isChecked);
uiScalpelWireframeView.setEnabled(isChecked);
});
uiScalpelWireframeView.setChecked(scalpelWireframeEnabled.get());
uiScalpelWireframeView.setOnCheckedChangeListener(
(buttonView, isChecked) -> {
Timber.d("Setting scalpel wireframe enabled to " + isChecked);
scalpelWireframeEnabled.set(isChecked);
});
}
@OnClick(R.id.debug_network_endpoint_edit)
void onEditEndpointClicked() {
Timber.d("Prompting to edit custom endpoint URL.");
// Pass in the currently selected position since we are merely editing.
showCustomEndpointDialog(endpointView.getSelectedItemPosition(), networkEndpoint.get());
}
private void setupNetworkSection() {
final ApiEndpoints currentEndpoint = ApiEndpoints.from(networkEndpoint.get());
final EnumAdapter<ApiEndpoints> endpointAdapter =
new EnumAdapter<>(getContext(), ApiEndpoints.class);
endpointView.setAdapter(endpointAdapter);
endpointView.setSelection(currentEndpoint.ordinal());
RxAdapterView.itemSelections(endpointView)
.map(endpointAdapter::getItem)
.filter(item -> item != currentEndpoint)
.subscribe(
selected -> {
if (selected == ApiEndpoints.CUSTOM) {
Timber.d("Custom network endpoint selected. Prompting for URL.");
showCustomEndpointDialog(currentEndpoint.ordinal(), "http://");
} else {
setEndpointAndRelaunch(selected.url);
}
});
final NetworkDelayAdapter delayAdapter = new NetworkDelayAdapter(getContext());
networkDelayView.setAdapter(delayAdapter);
networkDelayView.setSelection(
NetworkDelayAdapter.getPositionForValue(behavior.delay(MILLISECONDS)));
RxAdapterView.itemSelections(networkDelayView)
.map(delayAdapter::getItem)
.filter(item -> item != behavior.delay(MILLISECONDS))
.subscribe(
selected -> {
Timber.d("Setting network delay to %sms", selected);
behavior.setDelay(selected, MILLISECONDS);
networkDelay.set(selected);
});
final NetworkVarianceAdapter varianceAdapter = new NetworkVarianceAdapter(getContext());
networkVarianceView.setAdapter(varianceAdapter);
networkVarianceView.setSelection(
NetworkVarianceAdapter.getPositionForValue(behavior.variancePercent()));
RxAdapterView.itemSelections(networkVarianceView)
.map(varianceAdapter::getItem)
.filter(item -> item != behavior.variancePercent())
.subscribe(
selected -> {
Timber.d("Setting network variance to %s%%", selected);
behavior.setVariancePercent(selected);
networkVariancePercent.set(selected);
});
final NetworkErrorAdapter errorAdapter = new NetworkErrorAdapter(getContext());
networkErrorView.setAdapter(errorAdapter);
networkErrorView.setSelection(
NetworkErrorAdapter.getPositionForValue(behavior.failurePercent()));
RxAdapterView.itemSelections(networkErrorView)
.map(errorAdapter::getItem)
.filter(item -> item != behavior.failurePercent())
.subscribe(
selected -> {
Timber.d("Setting network error to %s%%", selected);
behavior.setFailurePercent(selected);
networkFailurePercent.set(selected);
});
int currentProxyPosition = networkProxyAddress.isSet() ? ProxyAdapter.PROXY : ProxyAdapter.NONE;
final ProxyAdapter proxyAdapter = new ProxyAdapter(getContext(), networkProxyAddress);
networkProxyView.setAdapter(proxyAdapter);
networkProxyView.setSelection(currentProxyPosition);
RxAdapterView.itemSelections(networkProxyView)
.filter(position -> !networkProxyAddress.isSet() || position != ProxyAdapter.PROXY)
.subscribe(
position -> {
if (position == ProxyAdapter.NONE) {
Timber.d("Clearing network proxy");
// TODO: Keep the custom proxy around so you can easily switch back and forth.
networkProxyAddress.delete();
client.setProxy(null);
apiClient.setProxy(null);
} else if (networkProxyAddress.isSet() && position == ProxyAdapter.PROXY) {
Timber.d("Ignoring re-selection of network proxy %s", networkProxyAddress.get());
} else {
Timber.d("New network proxy selected. Prompting for host.");
showNewNetworkProxyDialog(proxyAdapter);
}
});
// Only show the endpoint editor when a custom endpoint is in use.
endpointEditView.setVisibility(currentEndpoint == ApiEndpoints.CUSTOM ? VISIBLE : GONE);
if (currentEndpoint == ApiEndpoints.MOCK_MODE) {
// Disable network proxy if we are in mock mode.
networkProxyView.setEnabled(false);
networkLoggingView.setEnabled(false);
} else {
// Disable network controls if we are not in mock mode.
networkDelayView.setEnabled(false);
networkVarianceView.setEnabled(false);
networkErrorView.setEnabled(false);
}
// We use the JSON rest adapter as the source of truth for the log level.
// final EnumAdapter<RestAdapter.LogLevel> loggingAdapter =
// new EnumAdapter<>(getContext(), RestAdapter.LogLevel.class);
// networkLoggingView.setAdapter(loggingAdapter);
// networkLoggingView.setSelection(retrofit.getLogLevel().ordinal());
// networkLoggingView.setOnItemSelectedListener(new AdapterView.OnItemSelectedListener() {
// @Override
// public void onItemSelected(AdapterView<?> adapterView, View view, int position, long id) {
// RestAdapter.LogLevel selected = loggingAdapter.getItem(position);
// if (selected != retrofit.getLogLevel()) {
// Timber.d("Setting logging level to %s", selected);
// retrofit.setLogLevel(selected);
// } else {
// Timber.d("Ignoring re-selection of logging level " + selected);
// }
// }
//
// @Override public void onNothingSelected(AdapterView<?> adapterView) {
// }
// });
}
/**
* 从返回的结果中提取Jwt的token值
*
* @param returnIntent
*/
public void handleResult(Intent returnIntent) {
String token = returnIntent.getStringExtra("token");
accessToken.set(token);
}
