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• PocketSphinx Android demo
• Using pocketsphinx-android
• Building pocketsphinx-android

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This tutorial describes a demo app that is available on GitHub.

PocketSphinx Android demo

In order to run the demo app we recommend to use Android Studio. You candownload the Android Studio IDE and sdk from the officialdownload page.

Building and running from Android Studio

In order to obtain the demo in the IDE, please select to checkout a projectfrom VCS, select GitHub and enter the project URL: https://github.com/cmusphinx/pocketsphinx-android-demo.

Once the project is set up, your IDE will update and download all dependenciesautomatically. You should now be able to run the project.

After starting the app the recognizer will take some time to initialize. Afterinitialization it will wait for the keyword “oh mighty computer”. Once thiskeyword is detected, it will ask you to select the demo – “digits”, “weather”or “phones”. The “digits” demo recognizes digits from 0 to 9, the “weather” demorecognizes weather forecasts and the “phones” demo demonstrates phoneticrecognition.

To try a certain demo, import this project into the IDE and run it as usual.In case of errors please check the logcat for further details.

Building and running from Eclipse

We do not support the Eclipse project anymore, please consider an SDK upgrade.

Building and running from the command line

You can also build the project with the gradle build system.

1. Clone the repo from Github:
   git clone https://github.com/cmusphinx/pocketsphinx-android-demo.git.
2. Attach your physical device or setup a virtual device.
3. Create a file local.properties to point to sdk folder:
   sdk.dir = /home/user/android/sdk.
4. Run gradle installDebug. It will build and install the application on the device.
5. Manually run the application from the device application menu.

Using pocketsphinx-android

Referencing the library in an Android project

The library is distributed as an Adroid Archive (AAR)which includes both the binary so files for different architectures andindependent Java code.

In Android Studio you need to include the AAR into your project. Just go toFile > New > New module and choose Import .JAR/.AAR Package.

You can also add the AAR to your project using the command line as described inthis stackoverflow post.

Once the AAR is imported as module into the project, make sure it is listed asa dependency of a main module in app/build.gradle:

Setting permissions

In order to store asset files your application must have WRITE_EXTERNAL_STORAGEpermission. To record audio you need RECORD_AUDIO permission. Please note thatsince Android 6.0, RECORD_AUDIO is not automatically enabled, but must beconfirmed in the application settings manually.

Including resource files

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The standard way to ship resource files with your application in Androidis to put them in the assets/ directory of your project.In order to make them available for pocketsphinx, these files should havephysical path. However, as long as they are in .apk they don’t have such aphysical path.

The Assets class from pocketsphinx-android provides a method to automaticallycopy asset files to the external storage of the target device.edu.cmu.pocketsphinx.Assets#syncAssets synchronizes resources by readingitems from the assets.lst file which is located on the top assets/.Before copying it matches the MD5 checksums of an asset and a file on externalstorage with the same name in case it exists.

It only copies the files if there is incomplete information (no file on theexternal storage, .md5 files are not available) or if there is a hash mismatch.The PocketSphinxAndroidDemo contains an ant script that generates assets.lstas well as the .md5 files, look for assets.xml.

Please note that the assets might be out of sync if the ant build scriptdidn’t run properly in your build process. So, you should make sure that thescript runs or to create the md5 files and assets.lst/dragon-ball-z-fighters-for-ppsspp.html. yourself.

To integrate the assets sync into your application do the following:

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1. Copy the models/assets.xml build file from the demo application into yourapplication into the same folder app.
2. Edit the app/build.gradle build file to run assets.xml, just as in theAndroid demo:

That should do the trick. You can now verify that the assets.lst file wascreated and that the md5 files are updated.

Sample application

The classes and methods of pocketsphinx-android were designed to resemble thesame workflow used in pocketsphinx, except that basic data structures areturned into classes and functions that work with these structures are turnedinto methods of the corresponding classes. So, if you are familiar withpocketsphinx you should feel comfortable with pocketsphinx-android, too.

The SpeechRecognizer is the main class to access decoder functionality. Itis created with the help of a SpeechRecognizerSetup builder.A SpeechRecognizerBuilder allows to configure the main properties as well asother parameters of the decoder. The parameters’s keys and values are thesame as those that are passed to the pocketsphinx binaries on the command-line.Read more about tweaking the performance of pocketsphinxhere.

The decoder configuration is a lengthy process that contains IO operations, soit’s recommended to run it inside an async task.

A decoder supports multiple named searches which you can switch in runtime:

Once you set up the decoder and added all the searches you can start recognitionwith:

You will get notified on the speech end event in the onEndOfSpeech callback ofthe recognizer listener. Then you could call recognizer.stop() orrecognizer.cancel(). Latter will cancel the recognition, former will cause thefinal result to be passed in the onResult callback.

During the recognition you will receive partial results in the onPartialResultcallback.

You can also access other Pocketsphinx methods that are wrapped in Java classes inswig. For details check for the Decoder, Hypothesis, Segment and NBestclasses.

Building pocketsphinx-android

Pocketsphinx is provided with prebuilt binaries and it’s challenging to compileit on various platforms. Unless you fully understand what you are doing, youshould rather not build it yourself. We recommend to use prebuilt binariesinstead.

Build dependencies

• JDK >= 1.6
• SWIG >= 2.0

Building steps

/ford-street-racing-pc-download.html. You need to checkout sphinxbase, pocketsphinx and pocketsphinx-androidand put them in the same directory.

Older versions might be incompatible with the latest pocketsphinx-android,so you need to make sure you are using the latest versions. You can use thefollowing commands to checkout the repositories:

After arranging the directories you need to update the file local.propertiesin the project root and define the following properties:

• sdk.dir – the path to the Android SDK
• ndk.dir – the path to the Android NDK

For example:

After everything is set, run gradle build. This will createpocketsphinx-android-5prealpha-debug.aar andpocketsphinx-android-5prealpha-release.aar in build/outputs/aar.

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Thank you for visiting FlashFileOS.com. The firmware that FlashFileOS are going to provide is Android oreo 8.0 based firmware (Samsung Galaxy S8 Android Oreo Flash File Download). Samsung Galaxy S8 SCV32comes with Android Oreo 8.0.

About Samsung

How To Install The Flash File Full Guide:-

Step 1. First, make sure that you have downloaded the correct firmware file on your PC.

Step 2. Then install Samsung USB driver.

Step 3. After that Download Odin PC software (Odin 3.13.1)or any other latest version.

Step 4. Extract the firmware file. You can use a free software like 7-zip for this. Install 7-zip/Winrar, then right-click on firmware file and under 7-zip, select ‘Extract here’. You should get a file in .tar.md5 format now. (You may get 4 or more files, with AP, BL, CP or CSC etc. written at the beginning of those files.) We will be loading this file into Odin, to be installed on the device (in step 10 below).

Step 5. Extract the Odin file. You should get the Odin .exe file (other files could be hidden, may not visible).

Step 6. Disconnect your Samsung Galaxy J3 Emerge from PC if it is connected.

Step 7. Boot into download mode.

How To Get Your Device Into Download Mode:-

• First power off your device. Wait for 6-7 seconds after screen goes off.
• In the second step hold down Volume Down + Volume Up + Power key for a couple of seconds.
• Press Volume Up to continue to download mode.

Step 8. Double click on Odin .exe file (from step 5) to open the Odin window as shown below. Be careful with Odin, and do just as said to prevent problems.
Step 9. Then Connect your device now using a USB Data cable. Odin should recognize your device. When it recognizes, you will see Added!! message appearing in the Log box in the bottom left, and the first box under ID: COM will also show a no. and turn its background blue.

If you don’t get Added!! the message, you need to install/re-install drivers again and use the original cable that came with the device. Often drivers are the problem.

Case 1: If you got a single .tar/.tar.md5 file, then load this into AP tab of your Odin software. After that go to the next step.

To load the file, click on AP tab, select the single firmware file starting with AP text, wait for it to load, and then skip to step 11, ignoring the rest of the part of this step.

Case 2: If you got more than one .tar/.tar.md5 file, then you must be having files starting with AP, CSC, Home_CSC, BL, CP, etc. stuff. In this case, choose the files as follows. Select the firmware files as follows.

• Click on BL tab, and select the file beginning with BL text.
• Click on the AP tab, and select the file beginning with AP text.
• Click on CP tab, and select the file beginning with CP text.

[Different] Click on the CSC tab, and select the file beginning with HOME_CSC text. If HOME_CSC file isn’t available, then select the file beginning with CSC text.
Load the firmware files(s) on your device. This depends on how many files you got in step 4 above upon extracting the firmware .zip file.

Step 10. Then Click on Options tab, and make sure Re-partition checkbox is NOT selected. Don’t use the PIT tab, ever.

Then Go back to Log tab now, as it will show the progress of firmware installation when you hit the start button in next step.

Step 11. Verify that everything is okay as mentioned above. When satisfied, click the Start button on Odin now to start flashing the firmware on your device.

Wait till installation is finished, after which your device will reboot automatically. You’ll get PASS(Green Colour) message as shown below upon successful installation from Odin.

Samsung Galaxy S8 Android Oreo Flash File Download:-

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Check Our Last Post On- Samsung Galaxy A8 SCV32 Official Flash File Download

Check Our Other Post On- Samsung Galaxy A8-A800F Official Flash File Download

Check Our Other Post On- Samsung Galaxy A3-A320FL Official Flash File Download

Check Our Other Post On- Samsung Galaxy S9 Official Flash File Download

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