Charger une image dynamiquement

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17/06/2010, 16h01
lansher1985

Charger une image dynamiquement

Bonjour,

je suis en train de réfléchir sur un problème :

créer un image dynamiquement dans une app android lors qu'elle reçoit une réponse http requête, à partir des données d'un image(mime/png) inclus dedans.

j'ai cherché des infos, ça me parait il faut décoder les données 64Base, ensuite le traiter.

J'ai essayé de décoder les données, et le sauvegarder comme un fichier png, mais ça n'a pas marché. J'ai regardé les Byte[] obtenu de décodage, ça n'est pas un png correct non plus. je suis confuse...

Quelqu'un peut m'aider?

Merci.
17/06/2010, 17h08
MrDuChnok

salut,

Je ne maitrise pas du tout ce sujet, mais en voyant le "64Base", je me demande si ton fichier n'est pas encodé en base 64. Afin de l'extraire et l'enregistrer, il faudrait que tu le décodes.
http://developer.android.com/referen...il/Base64.html

et plus particulièrement :
http://developer.android.com/referen...#decode%28byte[],%20int%29

Bon c'est pas garantie, mais ça vaut peut être le coup de tester ;)
17/06/2010, 23h25
yan

Salut.
Peut tu montrer un peu de code?
18/06/2010, 03h28
nicolofontana12

As tu pensé aux Handlers?

Pour tester j'ai fait le code comme ci-dessous:

Code:

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// TODO Auto-generated constructor stub
		String ImgMime = "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";
    	//byte [] ImgRaw = Base64.decode(ImgMime.getBytes());
    	byte [] ImgRaw = Base64Traitor.decode(ImgMime);
 
    	InputStream is = null ;
    	try {
			is.read(ImgRaw);
		} catch (IOException e) {
			// TODO Auto-generated catch block
			e.printStackTrace();
		}
 
		ImageView imgView =(ImageView)findViewById(R.id.Image);
		Picture pic = Picture.createFromStream(is);
    	PictureDrawable pd = new PictureDrawable(pic);
    	imgView.setImageDrawable(pd);

L'iddée c'est de décoder, et utiliser InputStream+Drawable pour l'image. Mais àa n'a pas marché, je crois c'est au niveau d'initialisation de InputStream, c'est pas correcte.. mais je sais pas comment corriger non plus. parce qu'il veut pas new InputStream() ..

Du coup, je suis un peu coincée.

Une variable non initialisée et que tu utilises par la suite va forcément faire planter ton application... :?
Code:

1 2 3 4 5 6 7 8 9 10 11 String ImgMime = "blabla encodé en base64"; byte [] ImgRaw = Base64Traitor.decode(ImgMime); InputStream is = new ByteArrayInputStream(ImgRaw); ImageView imgView =(ImageView)findViewById(R.id.Image); Picture pic = Picture.createFromStream(is); PictureDrawable pd = new PictureDrawable(pic); imgView.setImageDrawable(pd);
De même dans ta chaine de caractère contenant l'image en base64, tu es bien sûr des données ? Car à la fin les "==" je suis pas sûr qu'il faut les inclure.

18/06/2010, 11h39
lansher1985

merci pour la correction :)
sinon pour base64, si j'inclus pas, le length n'est pas "*4 ", donc illégale.
Je l'ai récupé dans le fichier .crd (infocard), j'ai recopié tous entre la balise<ic:CardImage MimeType="image/png">.

C'est bon.
J'ai changé à utiliser Bitmap à la place de Drawable et ça a marché.
J'ai pas compris pourquoi ça n'a pas marché avec Drawable... Mais bon..
Je met le code peut être ça va aider les gens qui ont le meme problème que moi. :)

Code:

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	String ImgMime = "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";
 
byte [] ImgRaw = Base64.decode(ImgMime.getBytes());
ImageView imgView =(ImageView)findViewById(R.id.Image);
Bitmap bitmap = BitmapFactory.decodeByteArray(ImgRaw, 0, ImgRaw.length); 
imgView.setImageBitmap(bitmap);