OutOfMemoryError Impossible d'allouer une allocation 1.250.874.912 d'octets avec 16777216 octets libres et 338MB jusqu'à OOM

Question

Je suis juste aller chercher une image de drawable et de le faire en bitmap, mais tout en obtenant en bitmap son renvoie une erreur

java.lang.OutOfMemoryError: Failed to allocate a 1250874912 byte allocation with 16777216 free bytes and 338MB until OOM

Voici mon code ci-dessous

Bitmap icon = BitmapFactory.decodeResource(getResources(), 
      R.drawable.vr_image); 
    int size = icon.getByteCount(); 

Une solution trouvée sur stackoverflow mais qui ne fonctionne pas non plus.

sur manifeste sous étiquette d'application i ont de définir les valeurs suivantes

android:allowBackup="true" 
    android:hardwareAccelerated="false" 
    android:largeHeap="true" 
    android:supportsRtl="true" 

Alors quelqu'un peut me aider à sortir de ce problème ne reçois aucune solution pour cela.

Answer 1

Vous êtes confronté à ce problème en raison de la taille de l'image. Il est trop grand soit utiliser la bibliothèque comme --- http://square.github.io/picasso/ ou diminuer la taille de l'image. préférable d'utiliser Picasso. S'il vous plaît ne pas augmenter la taille de l'application, il va affecter les performances de l'application.

Answer 2

* without loosing image quality ,size reduce * 
 

 

 
public String compressImage(String imageUri) { 
 

 
     String filePath = getRealPathFromURI(imageUri); 
 
     Bitmap scaledBitmap = null; 
 

 
     BitmapFactory.Options options = new BitmapFactory.Options(); 
 

 
//  by setting this field as true, the actual bitmap pixels are not loaded in the memory. Just the bounds are loaded. If 
 
//  you try the use the bitmap here, you will get null. 
 
     options.inJustDecodeBounds = true; 
 
     Bitmap bmp = BitmapFactory.decodeFile(filePath, options); 
 

 
     int actualHeight = options.outHeight; 
 
     int actualWidth = options.outWidth; 
 

 
//  max Height and width values of the compressed image is taken as 816x612 
 

 
     float maxHeight = 816.0f; 
 
     float maxWidth = 612.0f; 
 
     float imgRatio = actualWidth/actualHeight; 
 
     float maxRatio = maxWidth/maxHeight; 
 

 
//  width and height values are set maintaining the aspect ratio of the image 
 

 
     if (actualHeight > maxHeight || actualWidth > maxWidth) { 
 
      if (imgRatio < maxRatio) { 
 
       imgRatio = maxHeight/actualHeight; 
 
       actualWidth = (int) (imgRatio * actualWidth); 
 
       actualHeight = (int) maxHeight; 
 
      } else if (imgRatio > maxRatio) { 
 
       imgRatio = maxWidth/actualWidth; 
 
       actualHeight = (int) (imgRatio * actualHeight); 
 
       actualWidth = (int) maxWidth; 
 
      } else { 
 
       actualHeight = (int) maxHeight; 
 
       actualWidth = (int) maxWidth; 
 

 
      } 
 
     } 
 

 
//  setting inSampleSize value allows to load a scaled down version of the original image 
 

 
     options.inSampleSize = calculateInSampleSize(options, actualWidth, actualHeight); 
 

 
//  inJustDecodeBounds set to false to load the actual bitmap 
 
     options.inJustDecodeBounds = false; 
 

 
//  this options allow android to claim the bitmap memory if it runs low on memory 
 
     options.inPurgeable = true; 
 
     options.inInputShareable = true; 
 
     options.inTempStorage = new byte[16 * 1024]; 
 

 
     try { 
 
//   load the bitmap from its path 
 
      bmp = BitmapFactory.decodeFile(filePath, options); 
 
     } catch (OutOfMemoryError exception) { 
 
      exception.printStackTrace(); 
 

 
     } 
 
     try { 
 
      scaledBitmap = Bitmap.createBitmap(actualWidth, actualHeight, Bitmap.Config.ARGB_8888); 
 
     } catch (OutOfMemoryError exception) { 
 
      exception.printStackTrace(); 
 
     } 
 

 
     float ratioX = actualWidth/(float) options.outWidth; 
 
     float ratioY = actualHeight/(float) options.outHeight; 
 
     float middleX = actualWidth/2.0f; 
 
     float middleY = actualHeight/2.0f; 
 

 
     Matrix scaleMatrix = new Matrix(); 
 
     scaleMatrix.setScale(ratioX, ratioY, middleX, middleY); 
 

 
     Canvas canvas = new Canvas(scaledBitmap); 
 
     canvas.setMatrix(scaleMatrix); 
 
     canvas.drawBitmap(bmp, middleX - bmp.getWidth()/2, middleY - bmp.getHeight()/2, new Paint(Paint.FILTER_BITMAP_FLAG)); 
 

 
//  check the rotation of the image and display it properly 
 
     ExifInterface exif; 
 
     try { 
 
      exif = new ExifInterface(filePath); 
 

 
      int orientation = exif.getAttributeInt(
 
        ExifInterface.TAG_ORIENTATION, 0); 
 
      Log.d("EXIF", "Exif: " + orientation); 
 
      Matrix matrix = new Matrix(); 
 
      if (orientation == 6) { 
 
       matrix.postRotate(90); 
 
       Log.d("EXIF", "Exif: " + orientation); 
 
      } else if (orientation == 3) { 
 
       matrix.postRotate(180); 
 
       Log.d("EXIF", "Exif: " + orientation); 
 
      } else if (orientation == 8) { 
 
       matrix.postRotate(270); 
 
       Log.d("EXIF", "Exif: " + orientation); 
 
      } 
 
      scaledBitmap = Bitmap.createBitmap(scaledBitmap, 0, 0, 
 
        scaledBitmap.getWidth(), scaledBitmap.getHeight(), matrix, 
 
        true); 
 
     } catch (IOException e) { 
 
      e.printStackTrace(); 
 
     } 
 

 
     FileOutputStream out = null; 
 
     String filename = getFilename(); 
 
     try { 
 
      out = new FileOutputStream(filename); 
 

 
//   write the compressed bitmap at the destination specified by filename. 
 
      scaledBitmap.compress(Bitmap.CompressFormat.JPEG, 80, out); 
 

 
     } catch (FileNotFoundException e) { 
 
      e.printStackTrace(); 
 
     } 
 

 
     return filename; 
 

 
    } 
 

 
    public String getFilename() { 
 
     File file = new File(Environment.getExternalStorageDirectory().getPath(), "MyFolder/Images"); 
 
     if (!file.exists()) { 
 
      file.mkdirs(); 
 
     } 
 
     String uriSting = (file.getAbsolutePath() + "/" + System.currentTimeMillis() + ".jpg"); 
 
     return uriSting; 
 

 
    } 
 

 
    private String getRealPathFromURI(String contentURI) { 
 
     Uri contentUri = Uri.parse(contentURI); 
 
     Cursor cursor = getContentResolver().query(contentUri, null, null, null, null); 
 
     if (cursor == null) { 
 
      return contentUri.getPath(); 
 
     } else { 
 
      cursor.moveToFirst(); 
 
      int index = cursor.getColumnIndex(MediaStore.Images.ImageColumns.DATA); 
 
      return cursor.getString(index); 
 
     } 
 
    } 
 

 
    public int calculateInSampleSize(BitmapFactory.Options options, int reqWidth, int reqHeight) { 
 
     final int height = options.outHeight; 
 
     final int width = options.outWidth; 
 
     int inSampleSize = 1; 
 

 
     if (height > reqHeight || width > reqWidth) { 
 
      final int heightRatio = Math.round((float) height/(float) reqHeight); 
 
      final int widthRatio = Math.round((float) width/(float) reqWidth); 
 
      inSampleSize = heightRatio < widthRatio ? heightRatio : widthRatio; 
 
     } 
 
     final float totalPixels = width * height; 
 
     final float totalReqPixelsCap = reqWidth * reqHeight * 2; 
 
     while (totalPixels/(inSampleSize * inSampleSize) > totalReqPixelsCap) { 
 
      inSampleSize++; 
 
     } 
 

 
     return inSampleSize; 
 
    }

Answer 3

Vous pouvez utiliser la bibliothèque Picasso. Avec le pixel requis selon l'appareil, vous pouvez redimensionner et charger dans l'imageview

Picasso.with(context).load(incidentType.getIconServerPath()).error(R.drawable.no_image_icon).resize(mWidth, mWidth).onlyScaleDown().centerInside().into(holder.imageViewIcon, 
        new Callback() { 
         @Override 
         public void onSuccess() { 
          holder.relativeLayout.removeView(holder.progressBar); 
         } 

         @Override 
         public void onError() { 
          holder.relativeLayout.removeView(holder.progressBar); 
         } 
        }); 
     } 
    });