Quel est l'quivalent du type Csharp base64Binary en Java ?
Bonjour,
Je voudrais envoyer un fichier encode en base64 a un web service code en c#.
J'ai tente d'encode en java comme realise sur ce lien :
http://forums.sun.com/thread.jspa?fo...hreadID=665487
Lorsque j'envoie le fichier encode base64 sur le web service c# il est correctement recu par celui ci. En revanche il est impossible de decode correctement le string code base64.
J'utilise ce code c# pour decoder :
Code:
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|
public string Decode(string encodedData)
{
byte[] encodedDataAsBytes
= System.Convert.FromBase64String(encodedData);
string returnValue =
System.Text.Encoding.ASCII.GetString(encodedDataAsBytes) ;
return returnValue;
} |
Le resultat est partiellement valide et je ne sais pas pourquoi?
Voici le pdf file que je n'arrive pas a decoder :
Citation:
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
Le probleme c'est que je n'arrive pas a determiner si c'est l'enodage le probleme ou le decodage. le decodage donne un resultat partiel mais non complet.
