I am trying to convert byte array, which contains image description to bitmapimage
but I got an error: "Additional information: No imaging component suitable to complete this operation was found."
My code is:
public BitmapImage ImageData
{
get
{
BitmapImage btm;
using (MemoryStream ms = new MemoryStream(mSpaceObject.ImageData))
{
btm = new BitmapImage();
btm.BeginInit();
btm.StreamSource = ms;
btm.CacheOption = BitmapCacheOption.OnLoad;
btm.EndInit();
btm.Freeze();
}
return btm;
}
}
Related
I'm reading data from a blob in MySQL in Base64 String.
I want to convert this to a BitmapImage.
I've tried many ways, but without success.
Here is an example:
public static BitmapImage Base64ToBitmapImage(this string base64String)
{
byte[] binaryData = Convert.FromBase64String(base64String);
BitmapImage img = new BitmapImage();
img.BeginInit();
img.StreamSource = new MemoryStream(binaryData);
img.EndInit();
return img;
}
One example of blob:
iVBORw0KGgoAAAANSUhEUgAAAIwAAACMCAIAAAAhotZpAAAAAXNSR0IArs4c6QAAAARnQU1BAACxjwv8YQUAAAAJcEhZcwAADsMAAA7DAcdvqGQAACk0SURBVHhe7d1rjKVVuSfwql33a1d3V99o+gJNA7bQNAgeETRxJIQELxgTvOFBHUcP5ggzx8QMyXwymox+GIzhgxJzzHxgxKiYyQzjdRAvnAENGkAEmu4G+lZ9q66u+65dVbvmt95n1+vuG3ZXV3tq96l/Ksv1rvWstZ7n+a/nWevdezfWz8zM1C1iYaNQ+d9FLGAsklQDWCSpBrBIUg1gkaQawCJJNYBFkmoAiyTVABZJqgEsklQDWCSpBrBIUg1gkaQawCJJNYBFkmoAC5Sk6enpcrlceairy7/0OuHbrzP5MowMmC1Qaa0pLOgv/cK/USkUCvX19dGeU6ilsbExGkMSQix/hHxgjWLBkYSAaj5yTE1N5XxgiNoNDQ3xeEqQiUlqnSH4VyPpdOuWSiXeDwJCBmdZz79dLDiSIN/7kdZAvaWlRWVyclKvkMKcXuGlXa/ZAnoD2QR/ga4oa5HyfzWSwvUnQyQpuTKYiEYYHBzUFax0d3fnqQ+YEHTiRghWj8qtyyuLJJ0FTkfSvn37qMSVbW1tnZ2dzc3NJHGzd+9epS4kaW9vb8eTx2KxGCGljiG90NTUpNFsEVU5Yomaw4Ij6cUXX5TT9PI1Jvh9YmICEx6DjBgYHleiUzswBDeGAOHW1tbohRPCq+YwzyTFbOHB8B0HQdaZQCB6+/r6kMGVS5cuJSCbjYyM6FXGQGSQFC5cT0BLDA9EvboFPBoS86PWKMPFYsA8qFqyZEnIQMhX8xfrqhh7Aq/mDx1OyLTKmCoe8/o84nxFkmkDwdDo6KgSJfEoIF599VXxoW7jK8fGxhw5/MKb3ATGMjgcrT0eSSoDUY+ufIjGHNGeCJ+9gGgJymNOw1UiPVpXPdcQ7KEI3OiNxkAoowSPSZvzwE2O80JSaJ/vxPARU+NxeHhYuKAtiMlpY2d4ymNoFcaHN82Qt1RXREwIR2MIA9dnWlTuFMp4jPshaLGoUcEZTZQUcBZ2ZFDRZQjhmB9MlQ/3GF3RkvWfF5wXksKhQdL4+Dhrs+ZUl9Zwwzt6+ZepHAF6sciz/f396mE2ZOMSQs/k5uMrJlexYt4So2JOq+SICYOwQNQjYtCjVNdirJAys8YVK1YgL+IvZo5pc7aixdJ5fd5xHiOp2gaZ7dixYwMDAyqsRQaq9DKeL8IFfAE9PT3VA/8qwq38KxTC3R6tHrk0yFNGRYslyKhYV7hYl6TdY3hSOou8HDHKZXLZsmXOTpmZqhgyXHu1kiTPSu2zwjyTFLOFrrmdMtvQ0BBWPGpPDssub/ZpZJUgCXI7owzkc+ZdUTkBxMDM8cj16lbEXE5etnJqtFZXV5cNQQf00I2G0UUyxGIeG4swDcUWbd07jPIYk4QMeKRV8DfvmE+STBWqhxMZz1OHDx9mNmi0i8MwLrA38QQaT3b6yVpFS0hWyyMgHlNGO72PrBgzUEnFEI7GUPTmHrefnJcgFZuZpD2kHsen+VFLc2UMVxpFzAxvrMC5YD5J4ghkcHroKoew2ctp0KDLWjbjypUru7u7Q5KYRgMJnGBhrlg1JW+AEwyJbRE4ne94Vpnvm1xMu8CSn3ED2k1CQDvEQlu2bIlNpjd2QL475x3znO5CXbrafUcyxA1bi01nV8rveJqDMSfr+caaVy9xJsvRvFI7Hm46rqOSnj0XTARnLjgXX3zxunXrWBTz67Uz8thSzsHMU2I+SbLLqMUGieLQoUN2oopH201+YAyS8ujRHqPOEDG5SnU5jzgdSYAeCTAyXtwybMHly5fjScbbvHlzb29v5MY8f4LHhUgSRWMfoef1119nD27ojRvnLZJCzIokq+05FyCvUjse4aCwTplXTrfu6UiKzaSXziySBkUVzhgVRxcbhdSqVati/52AWBfOhbB5I4kZYY8dt3//frtMANlijlkpggGR+sGKhPPHuSF8aqrTReTZOuUN/FA9FZ5kPzb29fXhW34TWFK6vOeNilHmqZb3GDOfbeaoxjyTZF/v2bPHUSSkMJQHkFXCrQw4F3VD22T3bCVrPgXyfV0to3661U83VVxAeD93PRtBPLm4YstCZGDt2rUbNmzIzQx50wbOZVPOM0mOWYlOEli9erVbnL0W84fGUc4vTqe/tZJvjof2OaTZGBhl8v2sFXg6ePCgwGIvDpxS9qXsR4Ar8t2QrXzWZ3A15j7yBFDChdtppC6AQLqjrk2Xb65M8FzBYBOa1uZ1TiSfnQoESJKnmM0ustEzB4YgJgwvZw6vbIulS5c6jVxWze+IoowNGvbmMhDDKw9zwnxeHNzoIPZUvMxXOk7ajHl55uACwyOxBMIdjoSKxPHgU6BMMKQEi/JpReLMYBXznKwtBaxuTqV3wddee00Lq70/5etWRDPDz4WnuZBEm9BAmLOfTtG4Y8cOsW9zrVmzxrTcqpeR9MtVzOvk88dA1p/AbGNNHlA3iTCtdJ8ZDKnUjoctz4MRWGJdGSaoVyQy0D88E9ZBxAc9o4ViMUSjulufq8SBAwds0Kuuuqq1tbVaoNq6OWAuJLGfnSr0YCQNeNxl4ejRoyzBEEX1qrPnZBUJ68rjDAeBaDeJISpgoaho4cqQP0MYVakdD6uEo5kAKqAlvkmyCs8GtFfGzCIUC4sIVzcKaOcT6Lr00ksdTrpi5pAP4blh7iQZyLOsooFtLt6Fl2NTyMenDNUIS0gGtLjLmscMmA54VczpD4RklHqztjPF6eyyRKU2i5DMyEqnl90D7AItbqdUAvV8zlAJgnK9upzHdpjXDx5Yv369Uzms1nuCXWeLuZBk4dCYiiyhAeX27t3rOmcHaQkB2pNRMYRMaKxUV5EZogWiBbTkEaael6A3KucJ+UJ5JeAMY5HAEmoRYZHqQ2FgYLTwhp333HPPMeeSSy6R9k0VLlKGzNwwF5IMCQJoY21BwOOSMrVceAjY9dqDyHzTqZN0R3dzdXQhQ1eOIJVY0AkVH2TMQU7eOULsKmOt6srJOz262KKLOUGVJIE2lRDQFWI0jJZnn32Wgd5ALrvsMr30jzI269xwTiSFBl7oXD2ZQTPpjkCkQRUCSvuLjFI7m0El7IQwMq+EMSavhhbkJaEzRow6GXl7VPIydnroUF2CXoZQQAsxmtsx0gYb863DIprzBlc4mYitW7cuPm0JgXPBXEgKhOqUEBY7d+6ktCwcF1zt7Inwpz0BASSMmMFCUPEYk4QC1RXluSP2x8nIvZYvVL1irkPeKMupY4g5OU8gZyDJiRUmMzO6nEyuefI/htwgGGvUOVI19xiE2GvcwQB5gCphGw5oJnrQ4yClt3Z3XyYxQ3tc4ULYJGBsZnt6lcmR1pgrYv6TYXU3MbsnAprm9M8RY+kfyqAhJA2kobiJTaaSfQ9zRGaLF7WchrY2KbHVfWho6JiLEfdk5TnhrCNpcnqqsSFlhvHieFtr+oXJzl07mXfRRRfhqb4uefbowFHas42jpyfT+xCwPKBu0bA8uohFl0q0B/JeZXgw6lHmlYr0LKIl6/+LfF7JBaoRLXr5OtTIJa0cldBQ3f6DrCtxw2opRJ4Xc5lI3WuvvyaYdOF469atafhM5XIxi7OLjbMmqVw3E0wUJ4qtLa0TpYldu3bR5rJNl5Vn0ktoBJDSJjV5YyGFV4DlBob9mT0JHhFA2FjGR3oJaK/UMlQGVL3iGKs0Z0UiQzzmZJvEtPlUMSpQXefEUIMwMS3R29KSLqtaTigFk5IwGTrjyc27o7ONcw4dPvjyyy/ziRk2b97c3b2koSDOqok5zyTl0tPlaWuPjI7s3r1b/l29avXo2KgA8s7EVAJmhmqSQDurlGTYANytRVfY75aoJVKNMnrBErl8tKtrV4m18hWjYh5l+DGHFqdjdbsKaIk5lWDakIH8UhZisaKltXg0A0M0iienVFd3R3dX93hx7KmnnsKc6VetWuU6nuWemOjs6AnMJZKom22NBCQ5dVy+xcHIyAgXSOJssNHCfZMTKenlVuXLsYp58Q4bpJIBeYObWBhAlXnCa2RU8vKsQGelSayoTlvrBqyuheamDcSQTFmRlxTTGI/agyQzRHtIqqdd1VTYsGGD/33iiSccwMXihJP4qquuam/zdv83JIn01OyxBAPHBuRfmilZS3UGU52j6Q3jo+kbl3B0bN5YMTdbhXk5Jd3d3YRDPpY4ATEKom6JaIdoDJihUjs9smkqcP6D+AP7jBVmNklHR+WXnVpy/SHmp2RmZeXVfnJqYuPGjUuX9vzLv/y/jKT0y6Qrr9jiHZ9MNs3fiiTnoMzrBCrUF/oO9O3Zs8etwYUt1E0yGSry0+marj32b1CoxRYWbe6vjAE7LsbyQk6PScI1KgSi8QxhlDLUqC5jFYhV8rVUrMXRQs2BGj9qoLC9pB3IGEvMPGBL6SWvJTKkFT12L+lcsaL3hRf+LFWw0cBVK9e4i89ummqSQoGovxHmQlJgciq9GXhxe/XVVx0YoS5Er2npp2xqqHz0QEALXbkbVqxYoT340xsWKuO142QwOJ8cqutwwiPMOiUhbIwyJylHtKPE3Zq7oxEBQkpsDQ6mX92qELOrxLq16Gl+LWGjllyB8swUbzgCTFWeTmoYsm3bNrf6rP9EPU9S/BSYO0mlyfRjQQG0Y8eO+DoyaFCJXKcOSCKsEiziIB2w2Q9UtOern+A77QH1sP9k574xrKjMfZdXIsI8RkveHjAqFrVcdI2MpB/gMRNPGiFsSaZlnzgQM2c+bWky/fwGwQTq69Jvym2vG2+8cTaGjlsOjl//1EgxfoKi1YikZFtRSB6w11wcQKLT6xa+b98+R26oHhoT1hUbzfD21jb3PQLLly+3xeLg8ZhNXwMolYqxn4Sac7e/v59deTyxmqXgEXNsV9fOQLYbgrDVq9MbpGvekSNHe3uXmUqEccDYWKmtvXlsbFReCflYiLvIV5OSpraqJnLVHfaCo0JFO5kUvNmh0tic3huSWnX1Q8ND4pokmcRfdn4oPeZmFMfGdYkeJJlQYywXqyx8CBsWhc784BUQT2IrNm6YSSCsBr5mtXZD5EmOam5OXwAuX76CE1auXMld01Mzvb09JndmNbek/YrO8AxfGZKt/BecmO4sZnnanPJsSMKz/nV9EEMHDhxwxnq0HUI/a9CVpKmS2HTZ8UM5Atm4hBCrPCxsOC45JNwXLUeOHMGTBKgeu00JrFZnWhZPiTxu1FIslgw5dOiQF95jA0Pq0sl11133rnf9u9ZWL5rOwiQsDHB5+PBh7zNcGhESSNkpFlBW2mYRorFH8C8GTYRS9IQqGulqFxCOUCNpE+mVwamIifUXpw+DqUUm5yYk0xoLHgytdg7NA5xujwopRuGP1ey1TVnK1wIvxGQw5xdiGK6r/8gAR+3atcuLlFgwa2tbc7E4RsAmxv3q1as/9alPfeITn6gOnnpMGBa+s5556eRRY0gggwa0MYveY0OD2eops9EGGQSIhSUGml2LXvrh9dKNl0SqZYAy6mRO3hMLE0gK54RdKmECA5Fk40uA2plDgFvEkJIAe7VLSO51yXutHfH9dU9Pz/79fY8++qjG7u4utwJDEQwmtOPXrFnz4x//2BlmksBfuThQ4vnnn0cGhmwEs/QsW0oeJcFKRW42OKguEXsU2rKcY7OlKd0mtLAhJz6Eo77gQdmEzOKkM0OYGbYwNlIZAiJWhodTRa8usE2RNDAwIIbs9UhIxeLEL3/5S46dnCzVF7wXJxYMwSiSECnOrr322mz1hLQqzgWEGYNPdXO98sorTz/99G9/+1vEmML2sS+UIo9CZDBHVwTQifZUj1IjXW0E51B7W7qlaAklYkky1ewufNA2kD8yAdRZai/Gb2/CRdHLjfwjoQgqjzyAAGfHsmXLZTkDjVLqMoQDOT+8Z0KPzz33XFppFvUuLkcGju7dvbvv4MFj/cf2Hejb+/ru/QcPKA8cPtK7dNm//8x/uOpNW+obGw7u7+te2mO9QmN9wTnXkD7O4XpqJbZmpkVbKEfjTZdstBj63W30Wj5I0kLewFi+FpByV4BDGZJnbMaqhC229W4+7Ovr7u4hxgla2N3b2+vEEklCpDiePpi36Q0RA7/4xS+6u7uny5PLly999dVX0RM/oEfYpz/96fvvvz8tmaEgyz7y6KMf+vu//8w//uM/3X//f3vwwR/8r//94s5dTR1L1m68bLqhrTTTdGhg/PDA+JLeiwdHp0enZsan6san64rT9SWXQym40DBdrqtPb9ZNLnv1M+W1a1anK3pduSEFarqv52HEwppiCNhQ+WtqarHnoi6DeJQUXN484mblytU9PcvswiBSWmtqcpjhOJ06wqmhsd5fZ1d7+lRiec/I6NDQ8DGOOnjwIFIjkgzEveOqsngWuIViearv4IGxiSIFLlp/8cZLLl299qLOriVNbW2NTS30mpyakY/LMw3FyXJxYrpYmh6fLJemyhPT5alpF2x7qs7LrXAplkqNhfSpT3NSDo779PMCA4cqq/ecY3jt2rV8GjzZmkJKWEj1HrlFgB096vp+eHR0eGxsxN/Bg33bt28Xf2ScI2Yjv3fv3vjZXo5CS6FxojjW3dWxpKu7p7urualRCuP+ifGx8bGRieL40SOHi2OjpYnxkeHB4ZF0/fB+WiqOuW9OldItjgaR8SwgWoVwU5YQwAUjKhcegiRARtTZ7hh2VwpWkKcUFpxDRipzD9Sibu9qRxsZBxWghwB2Hfam2rp1azZ3BZzoUuBeIW4Ko2PDfX373P6LE2MDDqhjR0dGhg4c3Dc2Pjo5VXTfnp4sTYyNqZiuVEo/MpmatmvKDXWJJE2dnem75Mrcs2ZckOD6Sm321UVFoxcd3kdDJHk0IM95k90alnGOzPb666+/9NJL5JcuXcpp3OguptRirJdZkmneWRTksKbGwqGDfS6Jx472Dw8dm54qlZ3/7m/FsZlyqf/wocmJ4sz0VHl6qtAwk1iZnkyPUynf+XP3MJE9QldK0Camtp+ickEioicQWV1wcLRg4notvCE+0BNURabBolS2adMmb0vk3cK1qF9xxRV33nnn3Xfffe+99z744IPXX399zByoL86U/vm///Pn/uEflvX2dnf14Lmzs9thmJaZSrG5fv2G22+/3UQeE+pTXENTc0Nrc0v6SVNrW6GhTnqk6ZWXb84ul2lbed21nerqKleGCwyczr+BaBFMGvHh9rRnzx63ON5yfeAr5GlJzquvf/nll70JIezmm2++8cYb0YNL3tZFwAxxyYrQBO3pa/BtV19dN1XH1w31MykshNL42MzUpFt1Y6HOHUSmdLOeKhW9eQk79wJlg8FWJa+cqWvKvjhxIJm3NJk+XMi1vyAR1uU2BgE8oOINREbhd/TY5RFAMtjhw4d37NjBRZ/85Ce/8pWv3HPPPdu2bYvcGPOQVFeJkylHatq4cWNbZ5tZzOjarmxrS7M34qO5EWmYdGI1tzR0tbenny40FJq8RntZMnV9umL6U7cFqGXCSK+p98I9lngzHAoSlwykVHfGoMr1QckbnKCdy5xDGt/97nd/+MMfFkOyImFXCaU3KiWnGWJOU2FOS46G+//Lfy5Pl/n75z/72djoWEd7x/DQsCDt6VnS2tqypLtr4/oNHWK2uRnXzreOjvZicUwYtbe3pQ+rpqeaG7P7SvptxsTai9IdtDg+4bCsq6+bTl+xX7DpTkYKnpQ2KMNBXYme/fv3K3lc6Oi99dZb3dni14miTYsyWHFumSTt/Wy2SHcxWwVTM2nX/+h//uixxx7r6OjYsGHD8uUr3PdNbZaYor3tL/+ZTS02S1tzW1Nr03T2Bg7u5dl/4qB47TXbyNsgdo3wynJAvDNdmEBVeFYc8EPKMt5Os+j505/+JET4wc6+7LLL4nOgk0G+Ujs96odGBjs70n1sdGwUE16TptziIPvuNYdGSqgQSC+vdQ0zOMBbuez12KloU9Dm8ssvd7eRUvPDMDLqBQkOQUbEUKVp9o4nXzmBXnnlFeeTa8JNN910yu/noHrs6ZA+6uB0FYmuqTGdKI0NKWjGixOTU5PpVpC+t0tvrJyOoczrivRJgwWoqB09aa5CQTCpUJG8SdIKFyiQwUBbs9rLrI5kxSF61QVT+mVr9l/qOSVi4Buj4Bo9OTE1WRIq5dGRsYliybimhua2ljaliPHXWGhqbmxRzk6ZbgozZe/S2C13dLb5s32QJIaCG3W4sHnKM5Wkx3xQiUfXBNlFi+v45s2bz5CM06EgitI/Qcz+eXZnZ3scYnxrWqFiv0AkOh63asZQgkfvBSp2k8yLHqo4nEAjhjxewCQxMCpxg+AE4MPdu3cfPHhwYGCA3wSQtO/anPlt7kgkNRTqpye9jU5NTrgbyG7ZMTJTJ06EUUN9Y/qFvnp9+mo8pUbnUxk9lc/qZcO2ltbixJjr+MjIiCOK0nglOHNOG2hBIxk4m9KTW7Jd68bkHDpy5Ei249OvbtavX6/LDg75k5Hm+msoiBP/09BU19LS2OSwb0hhFGNdHbJX1kTYTB4S/K610EA6lGtobKbQ1KRh6UzCk3tnaH+OYb6QkUdSVNx4XRD+8Ic/oEcLz9jBfX198Xl2vOPPGYVG7z88mVyflfWJsHRtjsbZrkpLEoqH9GmDCi78dXX3NDe3NjQ0LVvWe+zYUH//QPqqf3rGMTZdrpsoTflLgeWqOlUeGR0/Njgcj+WZ1KJXmW2MDNF3Pv6qpren4i/vrG73hjdVnk56ZT8vseWlNZk8kkccvbagC4LS7QDimz371b1JrxZvMvFJphmInRKZRn8Fle1wNsh4Ou4vNbprSnTxsxa3z3379tFYi33W3NwoXU9PzzhZiXZ0tC1Z0uVy5M9jfK6hVB8bT/9G87yC9915VGyx+It2F6d0ic1+5p7+Mvcpudu5kp6zOkW1C5TIVPG4Y8eO3/zmN46ia665Rhg5gXBpFIbiI5gzTGunQ7h4HiCu425Drf7+fhpTMfust1wSRk6+9HV7ug6Js71792PFH1dgbnw8feYuItvast+28c95+sv8xd2pdjwaGxobpPG6emx592CLR43VF4T27L9P8dxzzz3wwAM33HDDww8/LKE988wzg4ODb3vb26688koHEoGIPObHJ3haTrnimSN98lqpniViYD7cabR9+3aRhBjZwBYT7CqP//JXGzdu3LJly8qVKTvjLIJGYFF91gNVOI0+c7bzRANPM8/wyLD4aG1Jl9scYqux0CAfuPTC7373u+985ztPPvmkC4JAcfRu2rTpPe95z1vf+lYUym9vetObbNAIo5UrV65atSoiSUvE3NwwbySBpPziiy/Sz47zlrBz506P//fxJxhw0UUX3XLLLe973/uuvvoqXhoaGunu7hRDcrq9Rj6Y09KUVU7GuZCUK6mSfXuS3vKixbR5xoN0Q8quppXHmZnx0TGB8rOf/ezBBx989tlnL7nkEhc2THjrsCN1se6jH/3oHXfcgQa2B3/xi+Lss7GEM/ns5w0wbySJcXtNvEt0XuUef/xxqcAedPezj/QyhtJbt2697bbbbrrpJtx0d3eF5yU6AmwTWJyUzXci8rRzVsiVzCveJKIOWSgXgqSJ0kQ8SnECSFgcOnTItnvkf3z36aefZlH8Jou7DWcRerQIlKNHj951113vf//7DffIZAyJofyrvzTnOYQRzDNJLgtiSLL+7ne/6yrh6jk8kv6lHwLI6AVKMyaLqqtl9lWr0iePY2PpS5dIDqfEnDiiXvxVqZp+MVrhRg8nguiJf0k/ODRok7388ssuAj//+c+Fzsre9B/tXLFihQNG9qY/huLlFGdeVA8cOPDxj3/8Xe96l172mg1D8SW6acFakJaeK+aNJHpQCFVcIDM89NBDSKJ3W3snw1hFaWmNmDpoZDwjnbdy+rZt29atWxev6DHhCThHkgJa4vKSoziR/mst9PGK8/zzz+Pmz3/+syRsw1HY9mptTj+EC2KUaHDoGogbLcLF8C984Qs333yzFkMMxBCezpGYasydpJPBNl5W+elPf/qlL32Jbczo6OzesGHD7t27ZXAGsFPSs91iXQLalRqJrVmz5u/efpO8j7nly9IPWibTV/j1tn0O71MyouHpg3rpseox+5lfgqnzEVPpn9tVHo1trE+ZTSrznrB//36UuJ7J0lpcHIRypCYTQqp40csOFbtHL9dTnhXOHhcHd1qjvva1r9HfDI4rW42kRps15onKuWA+SaK9kk4vvPDC5z//+fjcYXBoZPPmzZjQy35EMhUrwBggg06I4cfS/29P+rc0rL3++utFmEsHdo2yA+xiezk2bGtrczV5AZSYx5wI4FCR7fBwbMSr26FDB379yyf6jx4+cuRIbBehIL5xQJI85TnE8HBLasncEyRxvTpJcPZIA7Syt+677z7yAoh6dCPG0pwk5TnyNG8ksZlm8hu9nbqf+9znvOLR+LXX97inMpLB1kKSOi+QobpGJim1BHO9q1YjzDxaTItpXiZsqnjz4NPwV5QezQPk6YAhsJA6sh0w+OBTWpkhvZzVF8oz6QszLXhWsQSICTMYG2qYQVdCFoT+11qhechTScS7HH3mM59xD7J17EUCBioh84ooz16cM0TLHDDPJPELV5rz61//+je/+U3X0MNHjtqtHMpO7exngLoWpiLDQMOjFw4e6WewoFGPXq70aOawUzvLldmy6ROa3ClcnHehRBlDlMnbmcs621qRpELY5PShhorAjUYtHk1iSJo2+2rT2FhFO8rJ6LVjpHFXJJWrrrpKFwHC+XKgEVTyljlgPtMdxLFkzj/+8Y8f+tCH0FPOvu/IdnH6Vp9MmBHyud/DvzBemky/5su+UtPFbAOVjNRIzBCPSo+cJSB0eQRDTBWraNcbDjVKo3maGhvqy9NIiuUMjHhSOv9jEpKxtHqaeabCvboZNHq0tJ1k3zg7v/GNb0ibtqaFRJuBYBKSUQ+t6ByPc8B8kkQb2gsRZtD4gx/8oAtPY1N6dZC+8aSXGHdYVE5LXqv6R87J9Y0NM+WCe0DyVuZ0Yo5oQ8wQztJuiBlEgFXCBTE86FTX4n3Tig6J+GxGwAH3Tk8Um5rTAROS4XHySi3V+oC6W0s1SUqPgFc74Mtf/rJ7nb1IE4oRiIGhJ+SP1dOeLeaNJHoz0mwUCvttMamgvtCIqrVr13KZOKM3jzPG1uMXdqKBuw1MZjQUykKlIXGgN6YyEIzSEhlSGV3mkaY8ghWDJJpwmbVIxn3EbLrs9yVLutuavKvqT+FFGfII0+vkU4fcm5mT651JhqvE5Op0Bo9btmzxpoEt6tlJ5s/JiMnzqWKGqM8Bc6f3BDBbSZWoKN/+9rfLJPamRuYxgCtjw2JIeEkXxPhI6gCmNhUa2tpbOQrXyiwPicupoaFBLf5KpYnh4aHBwWMyWXd3lxvv2972d9deu+2KKy5ft+7iFSt6JR53K26RqNwBe3uXr1170apVK9UNGXbcDw3hjxq5E2lFE3ryuxYOpWpAPfZKmAa8Tx796tddd11c59weMUQGeUqjlNUgXKnNCfNGEj7YQ/uosNlLj3e60sT40p7u4aFj42MjS7o7O9pbm5sahgYHnA716VCeKk9PKivf4Mw4Zibs9PSPFLN/zVNXX56aLk2UxhubCsWJsdJksb2jddnyniU9XavXrLzyTZf3HdjX0to0MjrU3NKoJEzSPEqSS5ctIdzR2WYqc6ZPCOvL3k+bGhonJ0qjwyNTpUn1tpbW6ckpx48/60lx7a1t2sdH03+IAQ2RwwcGBuwt+wk9jz766D333MNw7fZc7gQlSqoj8twxbxNFRNv56rH1pDhm3HbbbTR2CxI0ZFTcifHHNpZzgSHqshkBhkmBrhFOt/Hx0YGB/pGRIUfVsmU96sWiPFno7Gzv6nI78arkCi5ZNUqZ2T/0KBroz9mvPYsKWpnbba2kjL+410iDSs4FW8p7KCUDrNAbmdlBKA3q3bNnD8kvfvGLXn5///vff+tb39Jlqsz0ZG+YbLFomV/M8+0uqGIky1mlxSukDPPrX//6Rz/6EVOXL19OQKPtqcI2ksA7WlraWodHR+uyd1SNaCMQvlPnAhnJbtVorPu9A8koSea1115DduRPiIxkVEqXzc3qdDCn+Dh29KhSe+z0KM1siOjPg8YkutSpesUVV7gE3XnnnV6rYzO5jJAxv7Ee1UmSzxvnF/NMElOTR7P/w3J+pLoyVOf0H/7wh24T27dvv/jii1FIhoW6iPF7Oi5Ghju6ukrZd24auQwr4XQuUNI23KHdXsYTGdzY71xMQB1nFnWSE8MoPrR7tIS01upeV59u83FptHp+A7S+FmMZQgFLeFP+6le/+uY3v3nDhg1hHQUip+WgniGE1WOPRvs8Yt5Iois3paDIXj+1qNA46LGXY1Nz4ve///1HHnnkmWee4Rr5nWQkH9mjs7sr/aeps/seN3GcGVTMYJ7wfsp02X7nQeBZDBlOJqZSEohHYmA2MkG8C6VsarbgD3OIMcqm0cjXWrR7Of3IRz5y++23x50iNAkmQMZ27dYS3oteFWPVM5H5xLyRxM7ghkfCKjOH6hBO1MgRnMXd3nYfe+yx733vezt37kSV2OKa8Yn0gVD6l1etrcaayqOBhpvTPNodY3xtEtsi4s/lSotTPXGQCZuK01W0GKJiKqunsDs2aB5qmNAS4Vb1l156SSp+y1ve8t73vvfWW2/dtGkTMfzZE9WxguzYIgZ61A4qQCWNoef8Yj7THS0Zz02sYknQps68sAQ3ZJgRG5Z3PL7yyiu/+tWvHn/8cbT1HTwgvHBrHo4AA8mYk5fNxmUIMKcNjj9dpsWTayT3yX4eVTjXEsQsYZTZzGOs3dB/8BDFDI+L+IoVK6655hpvPO985ztFj+PHDAbqFaYU2L9/v8nNEPnTJAT0qnBdzhBz4pFMtMwj5pMk3uHiykMWUhwazHnkGgYwO+p8pwttWgjwC3e4Rz324//z/AsvSIZegdFpBjIc5AQSHGASHADNCejl661bt3IQL5Pfu3evqYCM3vCjUggu6+nZtWOnTHXllVfecMMN27Ztu/TSS10HInclpTO11UNP+8Buoyf1KKwlItW6SiAJUT8f9ATmk6R5QfpMqK7+6MBR+UeQHT58GPdIEi5aaItRFDrtI4zQhgnZcv369e94xzsQs2vXrqeeesoQjhYxBgbZvMmP//Qf/9O9994bcRYlsdgrocACxIIjaWKy1NyU/DWVklz6JLBQX5gup3T/5JNP3nXXXXwtyJwfenGAJDKiRHRu3LhRjjLW25ggICYBCkFXf8IqZL72X7/6sY99zCRBTHWZrb8Qcb4idM5I34RKI2rlmfRr5uxb2fJU+mnVTTe+/R033ax9SVc3MS+sq1asbGlqTu89eC3P9O3bv/2ll3dsf6X/8BG37RXLe4tj4y/9+cWhY4NLl/SY4cD+PjcCDAmgWC5w/jLVvGDBKSf1c6KKHBW7W6yLA5HEs3fccYc8FncBLSJD0uvv7+/L/oPXAkK6c6obq1EwufKJOVcDl2aZ87Of/axDyJxGxSrV5YLFgiOJ34F/gwAtUTo/pDJXZECPVKbRqe6W5XwSCobEDxN5nLBR6Fm9ejVq3fIlxltuueWBBx6IGyCZIEZpE0R9wWLBnUmnBI8LIGSIEkHz0EMPffvb3xZn3pBwsC77mRGZuF4KJpTElZJ1gsm5dffdd993332bN2/OJ8RrMBRiCznjLbyLw+w/m+FlCFd61BjhInqUDz/88BNPPPGTn/wEMbIfK3p7e43FBzpJahFtruYf+MAHIv5ctTEqE0ZpTlQFlzG5ysLEgo4kvgMkcWW+9x0t8S+5vQnJbzt27HjkkUd+8IMfuGQjLwZeffXVziHvpzfffLOrebyB4kYaZK+jK156crYWSTrvYELQqc7XwWU8noyFTMbpUHsa/xvEhUOS6IHKw4WFCyTdBdSDKojHk6GrUqsdXCAkVWqzWCRpEX9r1PyZdMpNdoHtvMXbXQ1gMd3VABYjqQawSFINYJGkGsAiSTWARZJqAIsk1QAWSaoBLJJUA1gkqQawSFINYJGkGsAiSTWARZJqAIsk1QAWSaoBLJJUA1gkqQawSFINYJGkBY+6uv8PydCKtZTj+VcAAAAASUVORK5CYII=
In my project, I used this method to convert an array of bytes to BitmapImage:
public static BitmapImage? ConvertToBitmapImage(byte[]? imageData)
{
if (imageData == null || imageData.Length == 0) return null;
var image = new BitmapImage();
using (var mem = new MemoryStream(imageData))
{
mem.Position = 0;
image.BeginInit();
image.CreateOptions = BitmapCreateOptions.PreservePixelFormat;
image.CacheOption = BitmapCacheOption.OnLoad;
image.UriSource = null;
image.StreamSource = mem;
image.EndInit();
}
image.Freeze();
return image;
}
You can use this function by passing an array of bytes to it:
public static BitmapImage? Base64ToBitmapImage(this string base64String)
{
byte[] binaryData = Convert.FromBase64String(base64String);
return ConvertToBitmapImage(binaryData);
}
you can use this functions.
private string ImageToBase64String(string file)
{
Bitmap bitmap = new Bitmap(file);
MemoryStream ms = new MemoryStream();
bitmap.Save(ms, System.Drawing.Imaging.ImageFormat.Jpeg);
byte[] arr = new byte[ms.Length];
ms.Position = 0;
ms.Read(arr, 0, (int)ms.Length);
ms.Close();
string strBase64 = Convert.ToBase64String(arr);
return strBase64;
}
private Bitmap Base64StringToImage(string base64)
{
byte[] arr = Convert.FromBase64String(base64);
MemoryStream ms = new MemoryStream(arr);
Bitmap bitmap = new Bitmap(ms);
return bitmap;
}
The code above works fine. The cause of the problem its on MySQL return.
The value from a blob column returns returns as a byte on C# MySQL Lybrary.
And I was converting it to a Base64 String and recoverting to a byte.
I excluded this confusion in my code and problem fixed.
I am trying to create an Image in WPF out of a base 64 string, however, whenever I try to create the BitmapImage for the images Source property, I get a NotSupportedException.
Code:
public ScreenCaptureWindow(string screenCaptureBase64) {
InitializeComponent();
byte[] imageBytes = Convert.FromBase64String(screenCaptureBase64);
BitmapImage bitmapImage = new BitmapImage();
bitmapImage.BeginInit();
bitmapImage.StreamSource = new MemoryStream(imageBytes);
bitmapImage.EndInit(); //Crashes here
image.Source = bitmapImage;
}
Link to stacktrace
Attached is a screenshot of the exception details.
Any ideas?
Want to convert byte[] to Imagesource
here is my code for convert to byte
public object BufferFromImage(System.Windows.Media.ImageSource imageSource)
{
if (imageSource != null)
{
var image = (BitmapSource)imageSource;
BitmapEncoder encoder = new PngBitmapEncoder();
encoder.Frames.Add(BitmapFrame.Create(image));
using (var ms = new MemoryStream())
{
encoder.Save(ms);
return ms.ToArray();
}
}
else
{
return DBNull.Value;
}
}
code for byte[] to Imagesource
public ImageSource ByteToImage(byte[] imageData)
{
BitmapImage biImg = new BitmapImage();
MemoryStream ms = new MemoryStream(imageData);
biImg.BeginInit();
biImg.StreamSource = ms;
biImg.EndInit();
ImageSource imgSrc = biImg as ImageSource;
return imgSrc;
}
This is giving me this error:
An unhandled exception of type 'System.NotSupportedException' occurred
in PresentationCore.dll
Additional information: No imaging component suitable to complete this
operation was found.
What is causing this and how can I fix it?
Looks like you can save it to a MemoryStream then convert the MemoryStream to a byte array.try to this
public byte[] imageToByteArray(System.Drawing.Image imageIn)
{
MemoryStream ms = new MemoryStream();
imageIn.Save(ms,System.Drawing.Imaging.ImageFormat.Gif);
return ms.ToArray
}
//second
public byte[] imgToByteArray(Image img)
{
using (MemoryStream mStream = new MemoryStream())
{
img.Save(mStream, img.RawFormat);
return mStream.ToArray();
}
}
I read all first page results of "Byte array to BitmapImage" and I fount
Byte array to BitmapImage WP
byte[] to BitmapImage in silverlight
the problem is that I code dosen't work for me and I get this error:
'System.Windows.Media.Imaging.BitmapImage' does not contain a
definition for 'SetSource' and no extension method 'SetSource'
accepting a first argument of type
'System.Windows.Media.Imaging.BitmapImage' could be found (are you
missing a using directive or an assembly reference?)
My main code is:
int stride = CoverPhotoBitmap.PixelWidth * 4;
int size = CoverPhotoBitmap.PixelHeight * stride;
byte[] CoverPhotoPixels = new byte[size];
CoverPhotoBitmap.CopyPixels(CoverPhotoPixels, stride, 0);
byte[] HiddenPhotoPixels = new byte[size];
HiddenPhotoBitmap.CopyPixels(HiddenPhotoPixels, stride, 0);
ResultPhotoBitmap = ByteArraytoBitmap(HiddenPhotoPixels);
and my method is:
public static BitmapImage ByteArraytoBitmap(Byte[] byteArray)
{
MemoryStream stream = new MemoryStream(byteArray);
BitmapImage bitmapImage = new BitmapImage();
bitmapImage.SetSource(stream);
return bitmapImage;
}
The example you found appears to have been specific to Silverlight. The exception explains that the method you called(SetSource) does not exist. What you need to do is set the StreamSource.
public static BitmapImage ByteArraytoBitmap(Byte[] byteArray)
{
MemoryStream stream = new MemoryStream(byteArray);
BitmapImage bitmapImage = new BitmapImage();
bitmapImage.BeginInit();
bitmapImage.StreamSource = stream;
bitmapImage.EndInit();
return bitmapImage;
}
I have to convert BitmapImage (JPEG inside) to byte[] and then back.
Here is my code:
using System.IO;
using System.Windows.Media.Imaging;
public class CImageConverter
{
//
public BitmapImage ByteArray_To_BitmapImage(byte[] _binaryData)
{
BitmapImage _bitmapImage = new BitmapImage();
//
_bitmapImage.BeginInit();
_bitmapImage.CacheOption = BitmapCacheOption.OnLoad;
_bitmapImage.StreamSource = new MemoryStream(_binaryData);
_bitmapImage.EndInit();
//
return _bitmapImage;
}
//
public byte[] BitmapImage_To_ByteArray(BitmapImage _bitmapImage)
{
byte[] bytes;
//
using(MemoryStream ms = new MemoryStream())
{
JpegBitmapEncoder encoder = new JpegBitmapEncoder();
encoder.Frames.Add(BitmapFrame.Create(_bitmapImage));
encoder.Save(ms);
bytes = ms.ToArray();
}
//
return bytes;
}
}
It seems that BitmapImage_To_ByteArray working properly.
But ByteArray_To_BitmapImage throwing NotSupportedException in EndInit() method.
The message is (translated with web-translator):
Could not locate the image processing component which is suitable to
complete this operation.
I found similar questions on the internet, but the answers do not work. The usual answer is "I tried your code - I have everything working fine."
I also found this suggestion, but did not understood, how to use it.
Thanks for your help!
public BitmapImage ToImage(byte[] array)
{
using (var ms = new System.IO.MemoryStream(array))
{
var image = new BitmapImage();
image.BeginInit();
image.CacheOption = BitmapCacheOption.OnLoad; // here
image.StreamSource = ms;
image.EndInit();
return image;
}
}
Have you tried this?