Hi All i have this code:
The string converti_base64 is Base64 ( 112kb )
I have this error:
if I replace the variable converti_base64 with the text as in the following example:
When i compiled i have ( of course ) this error:
NOTE:
if i use a smaller base64 file everything works. so it seems that the problem is when the file is bigger. The site accepts files up to 15MB and the file that i send is only 112kb.
I tried to send the file to the server through post man ( Curl ) and the file is accepted and sent.
So I think it's a socket problem with big string ( https://stackoverflow.com/questions/7742033/error-while-writing-a-big-string-on-a-socket )
Any idea, another way ??
Thank you very much
Marco
B4X:
Dim invio As String = $"{
"Messages":[
{
"From": {
"Email": "info@yyyyy.com",
"Name": "Studio xxxx"
},
"To": [
{"Email": "drtxxxx@gmail.com",
"Name": "Marco"}
],
"Subject": "MESSAGGIO DA STUDIO MARIO XXXXX",
"TextPart": "${elaborazioneTESTO}",
"HTMLPart": "<h3>Email da Studio XXXXXX. Per rispondere a questa email <a href='mailto:marioxxxx@gmail.com'>CLICCA QUI</a></h3><br />${elaborazioneHTML}",
"CustomID": "AppGettingStartedTest",
"Attachments": [
{
"ContentType": "application/pdf",
"Filename": "pippo.pdf",
"Base64Content": "${converti_base64}"
}
]
}
]
}"$
Dim job2 As HttpJob
'Send a POST request
job2.Initialize("Job2", Me)
job2.Username = username
job2.Password = pw
job2.PostString("https://api.mailjet.com/v3.1/send", invio)
job2.GetRequest.SetHeader("Content-Type", "application/json")
Wait For (job2) JobDone(job2 As HttpJob)
If job2.Success Then
Log(job2.GetString)
The string converti_base64 is Base64 ( 112kb )
I have this error:
Waiting for debugger to connect...
Program started.
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...
java.net.SocketException: Connection reset by peer: socket write error
at java.net.SocketOutputStream.socketWrite0(Native Method)
at java.net.SocketOutputStream.socketWrite(SocketOutputStream.java:111)
at java.net.SocketOutputStream.write(SocketOutputStream.java:155)
at sun.security.ssl.OutputRecord.writeBuffer(OutputRecord.java:431)
at sun.security.ssl.OutputRecord.write(OutputRecord.java:417)
at sun.security.ssl.SSLSocketImpl.writeRecordInternal(SSLSocketImpl.java:879)
at sun.security.ssl.SSLSocketImpl.writeRecord(SSLSocketImpl.java:850)
at sun.security.ssl.AppOutputStream.write(AppOutputStream.java:123)
at okikio$1.write(Okio.java:78)
at okio.AsyncTimeout$1.write(AsyncTimeout.java:179)
at okio.RealBufferedSink.emitCompleteSegments(RealBufferedSink.java:171)
at okio.RealBufferedSink.write(RealBufferedSink.java:41)
at okhttp3.internal.http1.Http1Codec$FixedLengthSink.write(Http1Codec.java:287)
at okio.RealBufferedSink.emitCompleteSegments(RealBufferedSink.java:171)
at okio.RealBufferedSink.write(RealBufferedSink.java:85)
at anywheresoftware.b4h.okhttp.OkHttpClientWrapper$PostPayload.writeTo(OkHttpClientWrapper.java:538)
at okhttp3.internal.http.CallServerInterceptor.intercept(CallServerInterceptor.java:48)
at okhttp3.internal.http.RealInterceptorChain.proceed(RealInterceptorChain.java:92)
at okhttp3.internal.connection.ConnectInterceptor.intercept(ConnectInterceptor.java:45)
at okhttp3.internal.http.RealInterceptorChain.proceed(RealInterceptorChain.java:92)
at okhttp3.internal.http.RealInterceptorChain.proceed(RealInterceptorChain.java:67)
at okhttp3.internal.cache.CacheInterceptor.intercept(CacheInterceptor.java:93)
at okhttp3.internal.http.RealInterceptorChain.proceed(RealInterceptorChain.java:92)
at okhttp3.internal.http.RealInterceptorChain.proceed(RealInterceptorChain.java:67)
at okhttp3.internal.http.BridgeInterceptor.intercept(BridgeInterceptor.java:93)
at okhttp3.internal.http.RealInterceptorChain.proceed(RealInterceptorChain.java:92)
at okhttp3.internal.http.RetryAndFollowUpInterceptor.intercept(RetryAndFollowUpInterceptor.java:120)
at okhttp3.internal.http.RealInterceptorChain.proceed(RealInterceptorChain.java:92)
at okhttp3.internal.http.RealInterceptorChain.proceed(RealInterceptorChain.java:67)
at okhttp3.RealCall.getResponseWithInterceptorChain(RealCall.java:179)
at okhttp3.RealCall.execute(RealCall.java:63)
at anywheresoftware.b4h.okhttp.OkHttpClientWrapper.executeWithTimeout(OkHttpClientWrapper.java:156)
at anywheresoftware.b4h.okhttp.OkHttpClientWrapper.access$0(OkHttpClientWrapper.java:153)
at anywheresoftware.b4h.okhttp.OkHttpClientWrapper$ExecuteHelper.run(OkHttpClientWrapper.java:201)
at java.util.concurrent.Executors$RunnableAdapter.call(Executors.java:511)
at java.util.concurrent.FutureTask.run(FutureTask.java:266)
at java.util.concurrent.ThreadPoolExecutor.runWorker(ThreadPoolExecutor.java:1149)
at java.util.concurrent.ThreadPoolExecutor$Worker.run(ThreadPoolExecutor.java:624)
at java.lang.Thread.run(Thread.java:748)
ResponseError. Reason: java.net.SocketException: Connection reset by peer: socket write error, Response:
if I replace the variable converti_base64 with the text as in the following example:
B4X:
Dim invio As String = $"{
"Messages":[
{
"From": {
"Email": "info@cxxx..com",
"Name": "Studio Mario xxxx"
},
"To": [
{"Email": "xxxxx@gmail.com",
"Name": "Marco"}
],
"Subject": "MESSAGGIO DA STUDIO MARIO XXX",
"TextPart": "${elaborazioneTESTO}",
"HTMLPart": "<h3>Email da Studio Commercialista xxx.. Per rispondere a questa email <a href='mailto:mttttt@gmail.com'>CLICCA QUI</a></h3><br />${elaborazioneHTML}",
"CustomID": "AppGettingStartedTest",
"Attachments": [
{
"ContentType": "application/pdf",
"Filename": "pippo.pdf",
"Base64Content": "JVBERi0xLjcKJcfsj6IKNSAwIG9iago8PC9MZW5ndGggNiAwIFIvRmlsdGVyIC9GbGF0ZURlY29kZT4+CnN0cmVhbQp4nN1d6a8tR3GXF+KX+xAPAjbGZrkxJDkHcsfT28x0bDAhOJGifCF6Uj5APhFAimQiO/+/lOqZXqq7fzUz575rEsXPy/EsvVRX1/Kr6prP78dB2/sx/Ek/fvvZ3Yf/Ot//4b/v1sv3X/zh7vM7O6hpmub1Av/928/uf/GSnl/ulRpGe//y93fj4L23o17vq3s/DrO+n/006EXdv/zs7teX164PejB+ns2Zn8tg58XYxzxq7eX168M4LEotzl3euOphHkdrLm9e3WC0V/PlK9cHmo8btb782frTerdc3roqPVi/uMuz64MZxinc//OrHcbZ5F96Cn3++8t/vvv05d2v7rbpnqKWGmVymcFM9/Oih8VW5NLGLAc0sPYR5KJJvB4uLsp7TT+XYXSTcvziG1c1LG6cLdFND94ugWzL4ObJ+Y1qs3fWEdXGgSg1O0VkW386NxGx1DBpTaP/zR/pqnV61vPleWop/yi9fPX6oIhq8+U3XxCh6aYyl69dZ+8rWp/kzB1a69EN08KJTUR5+Z9PuZyKulDE/pMf7Hgr+1vL155R90Wi2dev1LGxkwqkenCD17O3l2/QbTXp2fy/Wy/iWMuJWa8XUdrRv83sXn3dlCF5dT87ounU78O/ICIQ95Ao+GaYOxHdL5dvBVFBP60qRCp0fzvc9aPyji/1l7lAbLzvBHlnZlWx2bfD0Bcz2+nybnqHt/id8Khyy+wu7wUp6owftb28fyXaWOsU6DJOcpw07+i74acm8i6X710nEsGBCN9fpe1slWYXv1cu/oBdBLfv88W/LBc/yBd/WC7+KF5cCaL0ZIlDWrn96rypSGF42uhWD073DPNXqxoaSXm4epfQpl20nzxjALb9/3qlnFOT5439Td55bIn4yj0LYoFke+HJxccp05JPi6Ld80CraPT9y//gm+jzO+XJDNB6IXaZSHot97QDaDv97v7f7v/4ahQiKTXM072biQ7jtFHoN5ewTt5Mipj5GvjRakM89mOaoaW/+Fx/crV6zKsWxqqJnmWs9gmHusxBMbCh0qZLNNp6tlPueTbU7dP17dcbFZnilpvs5W8Dw4xuNBP9dGqu6aGUp1GkcWnzdKNyJHobirzGKKLSHtKKBDStC8mVwD70KjX3xe/ufk93pnkd3LzeczoQbdruhaEvWhq4CtvrlTeo06adwQf1mpJA/7KH4Act0nAj3ZJJF4iVaVdTld16GunlpmGy94bWuB/Z56QFzfbc5Omfeb43iqx6YzZXQZn7X/7XJjuWxdLQSMhNZFDdGxM2xvwYIpI7ERRvGKlK+4I4JmjkeSbNGwXs60FiOLJhV/FHEnbyRKVl1UcTaTYVTRNjyeYnsUuiRI9+CmI3eCUkaSzZUiRCJ2fJZP76lYz/ekcRX5b5+CecjjNBmvPpVMzw+T0NaGuP6Bz+Hol5MsltIvnj/TLSJAPZUjSwKTkazNd5vipyPauZ/yQik5pzjhTsNwLZHJHNJxeL1JRfnwikt5WV8/pVjdSwcWQ4BXk/BmOxuCqsLXb/m9lH+9rVB822GP7kt660n71ZTaMwbLeQjvs6vUNKVKmwxEmZvL0aL3bywQijgYRG00vBxdsUY70/HtRMaz5N9w/aBZuT1OSmzz05C2a+PITmjZpIDg/FhMtmTrSXaLuSil4Goh3Zh9xEZ8Thijtb0l+lKc+jH+fqrQ/pST8RnRcyHEklLNqKzWbLkhmR7DZrij3w3kofU82FPclM07DQRAFNNkacodHprYXcx5GWhzQ+rV75xWfKhqLWXaw9tXowaG6GshHqazBlPD2wroUbR8MbKONLpJomxdjPXB8mIrojv/99et9N85RXwqW1ID1Wvb5RZXJ6okEH/tETzY3E87jxSjTyPBnX7aK042P3o5molnZZ4Lw/DEuwWBpCvTCByHZ0jpuH7LVtQbQrP+JimlFdbCGGK+tSiDWVdoSFYZ2yKTzPMy9r9Kzcrke9v16sA7YKvIW3yeT3xGXZ6E2Lw3fzttaLMXGiNPt1LRTJH08cPJeZVj+TmX7T/Ue99Ce8/9imSPfW2IVCTLPQ0owzqbDR8UVn7MHY80Xmj4p9W+9oDuvmV/DDxmXWbvVo/uXu5Y9/ffHUuPITmdPN+qa3y/onL2zdlslzyqIY79S/CzuOjAnDJWEUlQu5v/H1yVju73GxfyFd5Y2n19jkb3D+4/hJq0mu/9pP0STvAkUl7GE2ZLYI/cYMOoe/l4lWqZdEUjY5PIR+yg3VixQpsq9Xu62c5By18gkZ+ZOak6jGY2EysdIF+aeoDVbFzCC5TXpln/5IB7C2Tmnm9cleM4eB3yD/s+xkIyl0Y28/g2vEOhVYqoh9obePgIbgj2LBwab4MWxWIDfZ9JtmiLzwEAzhjR+Y8RbJakmTYN4cuq33fA9KG33ZOnpOTKx8zYMJl89SLaisTaol8TovJ22lMIveVCJpMIDX62GuEqDdE3lKGYNmkg5JmJ+GcShaAM2jE0i68tahUMlDzn0zObX1Y5fJTxILIgR9IwitQSXTesukWq8GuKsFTWi1M4kLJdIIEyUYosO5ne3tIzX4lSjU5sGqbH/+NMgLGrOtdQGXXsk+3ba5nrgh/VbD4usGgpqZDzpSpeE5QaEzuoCh1mRJsgVThQ2W2awlPrER260I8IaBejLyvFvNwQ0D/fXlgw0xdiSh37hqp6NP6IpPSI2EAW0U3rz1ysH2NAg327QCxX99Z7OpJzJFvk0Xx1mT2VCiieUa7Z9p7p1RM4ZYpE4NE5UMrZ1TE7MBan1pqEXtgj9Mr5Lju0yQ+WvNl15igiVpbnaXb6hda+UG8cishYrDU5/1xl9Z6WdsM3EWLBZC+YU1B98MrIGsFLlkYpocKsVG+KRxFxy+sTHWOLO/be/D1XiXq8pVDKhp0NYnXnkBNm9jl6Sm4MQ239eMTjKzBPlaqWVmGVQ8BowgxGX1QqXGmKz5BDVWEzQZi8JwWc/tPlnb3fbRbIxqzL7U7jYao0adOlaGFrhhpjGAjzUzrcaisWl118BZwBtJX272iZ2G2S6rfUL/WRcVa/6kUF7sGSC0HnkzsV1XIzOpJQkjEsCIQ5gIxqpKd4c4UHoQ2cJFj7eGTfCaeN8VXJaahKsOmVQQG1DjQ4ypRLQ4f7VxfMReK7MLsmrb+zSGWTEICkgtSNGIO1nnuAu8u9Jn3Y4kzhmwxM1AAK19LehDSxPBpHwTyakdRdfDgdCcqrbPjtPz2lX5wQQzIZJnMpNnRlLvLAaIoZee62v8d5EAnKqVrF57nlUlYnplQY++EXD6WdtOmkQO4dLk58XwwUAJNDrfBDaEIFzRo4LseXGEajNzHdsP0EXBtmKx5jEC0CAnLU+wJ58V6S5hK1FiYQu4Vqi9cJPQgbRRBfFQWLkY9vg+girWzhJcQv+bxAoGJRKL9MJBL42gRBSIDDuljc6M9aABzbJ56Ca66H+/RnfsaD3zaF9ApRHyHPQcg4J7liceGGwAomOsqY+rOEd6H5ndGObiCVUs+JPYtUHqxOjPOejmZ8xB30koms1cwe2MY5jwxTqHK1LAs4KviKMAmZzCFFeOJWPOWMUcJuBWbpPxaqmVrr6qAOy6ymbfBUGbcUm6PJMOaiV2H3OfAIV1C9m7RMULOY6csA4rPZowTWGpWWtFe9/sVa08xizlNBiVYnjez7VzkvUrfJ/dfzff59qsUo2RZ7hq5FgdcxGq4GxEyVgMYaPAZBZB4R1hX9hdZW5jbkBA9DtHfl9HBwO5hJP7+KIyjcGeO8CAPsLWKq0jAOSpVZFLgX0pAFGCNV6vYLQ7EwyGBRJ7qVK9m5ghxWhNEjNPYi6jjqFJCuEA3BT0I47MZMZveFTHAmnban4FfiHpD1RFbug8JlNLj7VPk4zVXrqk+9wMl/MK2gaKTKqC/bVQ2TgEeu84X6QNoYVgIvZesFWbLKmU1xKtpi188HMOchZ4NAZDKjQzsMxSnMnvsMyc97bjD7Tu71O/zlulObL53S0J2HsVEnbDkQtHvXz/GmjgaBF/EBbOKvrDT1+U99/LyCi7Tau1hLTvKbQ/hQ2lHL9/HzqlJmd2yqM8+GboMqQA0TBsEP/Gh7xhmquxeqWFWZXC5QMBglVkFEyTZxbFEtKxlL/8ZB3D2ksjJdN4ebQisyxj6bSPD1FG1qaEn6X7j8QbmBY/Ahz2R41HJYU2j+UmballnNo8kSOYIXcs4Ax5jgdxZSSe6nWZl+A3rzbhqhkszU7nUEARJCXWgim0gz5yo4sYT/dGlxvdjehjMYpgNIaLMjPNg6pxSPZWPGCwNCZTwWw6v55nuw359mFcDWKIJcWs58vgGCHPK86Th+IKF72zyguz+CZ7I0E//faIKCswOzCK2ht8yuoaazkzrE3lFGAUpmExRhmy8XWT/9V3xQeVzpZk5jdr6mSWlfTOouAeqx2vtEmw1ccGXJO/hBd6iBCinRBDYbhdt3hGkcWGwxCIInggxVxDy3UulNYEtsqvdo0WlWT8ImaqQJ+pYIgJup9dbrLYUVzMtAGLbfW5oACB+1pVElkDIV4Bo4kNCH7UCbiDPYJBHf4wEx6l6xqJUS5YDDWWU479JA+xCa6HqX+UfqDE4n6q6xIw3kRpNIKyxWZlCwfE7gorCw+gPIHDtmLugrUkv7PE2JaC3ppqbwJR4Tns6zBPoAnY9gPrceLaJBB9UCCuKvma5K/MypFxWngpXj4fqcKQ0q7zvDJTMSY6FTwXCHtSktUQqTk1AZIU6WzFxbb0HN3td4CwUZnbdCKPqHFuF0eeUB0R3ktXwGn4nZZMWZ6xdRbTZKFQ9gBmT5xp+Qwa3aGx2YZ1kFMhk2ZiYeqj9AgcUROjnyBNgVnteLiSGs/EwQGKF1lmECNxjHd9C8XaPBP263iLrEKRGTbfwzngFEdBRSMtLOLJqQeB5FjE4axVRhHeSZ14FWlegekgfaVs//ILG3QCJhuw03muXTGWtiX5H2m9uV3RA6GCGGBYCr8seRvJGzkMCe0eSAnAJzR4hOzCfhmTrMi4b4s7l0zETc/wQG18yZTks1vP/Bga96Hrjc+OtPo10ovBEtwdgFEl+MBbOyzZGi8xemmmwWoFopf82Ro2yDGXZkdGkj42WQQAvm0uNF9pGSRlTx51+xYK/gyItBKHR+5gzWMU+TBsIaXpoXAANx24wdEy+KwFiVKED3v0WU6xqFe2hmw3fuFyBsGzHMh4DuEN6thNwzwvSsrVTrdRbiZ6pXR+InkyNS5IG/bEIzPGmIRaW2qPfZw8vkYyrD++thqi8j6xROOxQlkqFIJv2viocHADgmxt7kqL95WXxpx6vfjpQMRIyaAr7ZyQ13Qc6T2BGCZk4AnxXTCFRT0qzYV3z2MSudEeYE9cUPFv5wMeybsK38ir0EHUq9UiBIj2DmBGDs4hIt5bPHmycQ33fFBsSIqt8QWITI5LBHUR+zqbhBlBEqbaBd0qULWWaXEo2XEq2O4vKnwkPiccKTnKvIpvY3kDckGFjDkMaohKMfZakEpR58UnBUB22LcauIBLCVjKcFcn3pZEShOinWZpj+Dxy05zL3eFM7wlJVtwe7A5BHsTkad4/wTwxJky3d8/UwIXHjt7zQZ13vtRgREs3puNMB2EGqWhb7G+9FYBXjvSr/KpSkBMqcCjKxzDLRxrydSNCXXJwjkrOWpfiiW9PCoc02TgL6H6xGMrEzRuSmvD1OdKtp5w9bQiGY/Th6tNtzX6JhI5tyZsASBITtiKHUtIaFJRYuJlUblmpicWG9MrTTi7pHOmi9a6P1WyEWaFastITgYxb85xF3I/kv/QLEeciyx/EL0Rm3DDrBRpS/wGmQBxaxtujhmVAFvOo1fAeuryxqE9Ime5bQsJURS+y/MexRjrDTndDOBq6n9Ev/DJnAaAorCIDT+Gmt1bmGnLu/6HSkQ1r7k2rIPgJDZT0X7bRRZe/XDIqaSp1l3v0900bTQFkhqGA7X6Zk56wNnnogGQhiKlteUe8lwxWR8ZJKpkY2rrlyGPSS1Li0kDbAbladciSwCYHncUfhexD0mwXCMVO4S5OcyMqBPlCtZSGuOZkyVgVMROdHI2nuFODkMkbzI70ln5xzssIMc1TG70Q0gX+zLlUMJKbJk767mz40MFJXb/Ffw6fiTx1cRCHAsTfe8Kqjc9yoJfJQmtqiqUH61djs3kWOtz5cNsRbLIx1ZiY2KFjXgf1SL6BPw6Pjd81D9OLxZSb6XgXh51ojb2T3G85wDA4hlLIEh4GADmeOw6TmD2RiFSmyHb4nIzhBWfEMI1zBRh3N9bIFvKbHPQ5LhUQ5vAMU+DVdVZVJZxne6KFVixSZleO97RyajogJo26ewkUNOefajnB7M14gOCf83itenJW4o2wLGIOeWbRPCDGXO6/c9yoJDBHHtZPPCwS5O8k5ItOtocVTE6smZEnY+6qkzOeP9RQgskt4nds/HVMmuVBMwegHHdut7d1qqW/JTSQluCCCWUxWXnsgLX5eHmghD1iJtlQfJWyhQN7thEvDwuR/gsezLjn/CU6V6hKrF+zArs0UxMrdBZzUh4anCnZKTfMtiq2aGiDPH+jenbh8UJwRz3a1N9WpUXT8SozIyUgEpSNAmKzfYwtMtr22N32k+8y8+S+ClNE7Yf++6FRPhzpsmafp6bdQyerAP4KeULEsNx86AKj7TppGEtuQPRpVRWx+/6ZNOjCOr5UEeltFLOvxDcTbdh8iuLnabnovJUzK3xs2PyQxIK+ezBk+e+5qyeWmmmDguzwn3PnuSmDRQBdYEOxrmpBSkVLO23WCvN0ETcUiKxxQhMp1LRDhMCzbCujIjhNMuwcy6uIec0h/rT6lQ1oH0OOE5sBx+Z6MRbAGpgT7X4TcOGXh76VUvfNOY+2JQEQrYHXkiCJLQRREZbt2xt4WMe3k1PVmbMFihxYUznIyV9RmjtmeC6e9UDKfIN64KeDwHXcGpTT0416AjMWd0rMdHiICUmy97iMHhiraNyb6wnZiSBcqECgNHS6lzKRJNgykt87JwLQ66PmN6VUAuXIdKddArjOQJaZVKjKoFYswu5f+kl7jBWuVV9lobgIcnJqd0KYAJDKIRNphD4htqBlSNe81JTpaKCR1KaWIuOtHFVhHSI5bm29a6KBhyq4fbwyzgOetFd5HAvnIFeu1FgsMOR6IRKBk1ezZ4S04iaEX+6luwOPiObGlQt27dhFN2uFUp6ScheqEMPkjMe28BKnqsZkFUJObQGbUC2GKx2xRWxIEPT6vEZwDIlcDdB26fJAOX8hUCfeP/MuZ+uKYlXcT5Lej/qNuNbCwnEuBsUBU2GAQ7xAXbQv0gB/CSsSIJCUrJrAxLA9g7ABViTgaQNibQOh9lhbRAOtBm6qnjKJwyQsCf5QD5Jb30CREErnuKAeAf9+9iPLRsNJfazwQmuV7pd0tj/t/CKINRclE9xUEyolc9cxVL2m2Wdnnwv+zSLX3B2qRwTMd7VbUWl/6oHTY8O4LM+z+fJQ0/y4NQ9DmKwdAtRrnZiD4wdH3XFKVetgFg5XwN/ri/YV2SIlK+xLT43MHBhkLzxO/Nc6aU3bxYpSfe1ctQQZbHkt8XPuqS3s92wU66sPevYXMaeSMmHgGXn+oMK50M/ERDNwzpR4gYR7qY0jqeonBX30yYu5sFUxaKVNcOcThSsRsVZSzHr7zivW/IoMGWe1OGCqSSHhdczPU74VNUU4mu1VxVeC/ETfGCld6vatHB0yPfcOfu4zrC0kFBlI96FBcoOimUyTwv78rXbI1aci+dUDtCAXHeMyQUp5a4vU1qe3CZgxxkXQzs/5y5em04WdR8mAaeYukLZZajSE6K73WZcqOnUFt4cj2lYyhcCHpcv2uFErcy9GW4Ut20FNyZMQyAMNKo49MjMq7pqK5J34HsJsJiCgCTVH1bYThkffLhMdJ1qWBC4I+EBmiPDP0Rjo6RttMsZGuBF0jZklGg2q/PI6HGVjzpNQDVp46fqfNSJAut7eWez++XDCIOs7Zv4KDx//zGcwT/SVbUsDeuXoy47VezaMBMmQP9Eti4TBXAcv3zBrpgTN1T9O64gdHhwQ3CfogyywQayqGQiSyUXElHwEdTdA6TtRISWb47ZpBdf9cTbo5Nn0KY4zOSBdRC55cKEiHAYl73YotvNsVqeJiJ922BjBg6A7CJvI3LkAw8cn6iHNR2EU1O1M5KPmoE8jjNfD0qh3huKDRwLBV6AaB1gXRSA7UE4W56qv701LcdHrvaqfEb3GZ57A7r92DIqjRWRNmQ7xph8uAl826FxrCBauwn2kDNWepLE+i52AR007B4JTwDeqw8vx+9/m/9zQr2qIBIHu/MBhZROno61fZRFxACtl/qtVK1VyGgvZ+iqDIIItW4sw80VclKG0YePqjdmSpuQgc2UDY1N3/bdi8f3kdSM1BzZx4eFSEoOCvpwAmtWrE6fwvgQEOvOLMnFpIUSQKjg8fnSg2KGRWqqEnQI2JQqAEkHr0puS6rj6ZdsrnQSdK0ez94SOmZ+BJYGUiJMm+xgRi0HtRu+7fNIDj271MJBeexXB2kO+t8r/ZKPnXYfW2JpHlLB53S/qnLIxE3qQYRjIz8cfY2J5adm/4OtWzFnHpuGdmS3dPaBhm/jr8bBoK7weVjQPrtbHYsCtoEcPsontlHO6okPkN2Qu4WUWOVqFJULQgrQJsih3vDh+hlZKp00dHKkAkvDbKoh90eoDFoO8Pdm1pcDzYoHXPMn8gQsPT0gJLHsWajtAbYCt35cSYtkhpyoIARsj+HYv4nLz/0bzuZMSjCjolbPAKwaoK7HrogId/HyYt33jqDQeVyts1sy24RDcBIE+yc6BAdyjaDBze6zSA5m2WpPFvps8RsdPgvOzr0hOLAQqwdFgiTBBQsEt4Rb7EEuWJ36IpZfBAEKwW/26D8hwtwGkx+Lc5wuch7gLcITn6NlP3nJSKzAjgolrceJ7TLGEtDL6Msx2bjo3K743k3fatDLNJfyDPSmtaNR8KsKTLj+MF8s308or7AHy0cV2MXS5EE3P0JfdCjfZCijCGDFrN3iwhcJLd2d1cI+2VB9OSI9ifp+40rmL/iKg54HVyIgde2LONaFVpQaGfUoevSCaX8iESp1cuNHn5FePPMlU5CE9hyd2T0Rh0BffWGXpfR8JgOqj/nunKHBKUH7iTZixabTZoYQst+suFWboc9qnozeO7WvaXY+TfNl1SOTPBzj/KCdwynv+Kht90VMXCeR9HJuqGLY9DZypGBxw93a23tQaxcJqnghjUP63gIzqsw4aJMFxBpf3i3ciGPfx9+xuiWJCczk/PFVxmaiYCmtprS0sRy1qeVCevSjLG2G88knMnO0GvVGjAVRG3YmgN7lAQhQFL55sqP4qEekZkTUKL0ev27vSYFzMyR9UHZTetbYXIy0S2zjIgd6QVXCbFvrMDIL94TOwKsPJdmVVxoAtbdrOz0+gFPBnqM6ICfcmNho4zzFq0JCbYlM64k0gTZ7cFHYkzJchD96C3ReGpIUowHUedIyXfuVQ5v0iUiVvtiQXYZxWlCgGIutG7+tlzpuHYNIm50v+bQFhwBlH1lvKA+rLwwERtu8GLu+Mb123a83nILhJkoaq/ApIOGLeHFdDwuQHR9h+QRtOfzNyv546VZaA4VnKjVQdnq6KJT7gSfYKpw0NXDbFx+40VjaSvaHcJwcdIWDvwVy3tc5N7Exx1Mby7ALwzyDoaI2fqdHulXKD1YliGroop6AYFXBEhmFqN20Q5D4xOaFVAcJyrhYWeod628+znQNfw6krqZf6IhswhMCosu/3z3mCelx/P2y9GQLQa91Bo5z7j+J+WprxOPATWO2CQsC7eYNtLjupy/vfkV//gfF3jCNZW5kc3RyZWFtCmVuZG9iago2IDAgb2JqCjc0MDIKZW5kb2JqCjIyIDAgb2JqCjw8L0xlbmd0aCAyMyAwIFIvRmlsdGVyIC9GbGF0ZURlY29kZT4+CnN0cmVhbQp4nN1d66/lSHHXwMBO7iAGSALL+y4scA5wjdtuu21lyeYBShTlC9FI+cDmEwGkSBAt+f+lVNv9qOr+ldvn3jtJlJ2d1Vm73Y/q6npX9af3fTfY+97/iT9+84e7n/2Lu//9f91tj+//9Pu7T+9sZ+Z5dtsD/vs3f7j/u7fUfrk3puvt/dvf3fXduq62H7b35n7tOzfcu3XuhsXcv/3D3a8vL64PQzeuzo1nfi6ddctoH9PU2stnrg99txizTNPls9ehc31vx8vL69SNw2rc5XPXB1rP1A/D5fPbT7tOy+W9qxk6uy7T5dX1Yez62b//s6vtejemX8Psx/y3t/9098u3d7+625d7Clqm18E1duN875ahW6wA1zCOSwMG1j4CXLSIz/iHi1nXgX4uXT/NZuIPP3s13TL1zhLchm61iwfb0k1untYdam6d7ERQ6zuClJsMgW37OU0zAct08zDQ7D/5Iz210+AGd3kde0o/8ihfuD4Ygpq7fPInAjS9NOPli1e3rgLWJzHzANZDP3XzwoFNQHn7H8+5nYaGMIT+89rZ/lb0t5bvPYPumwizL11p4NHOxoPqYerWwa328mV6bebBjf/v9osw1nJgyv0iSE/039FNT983MxK9uncTwXSuz+FXCAiEPUQK/tyvnYC+Lpe/8KSCflqTgZTh/pf+7dqbdeJb/S43iM33q57ejc4INPuan/oyOjtf3o/f8B6/7puaaXHT5Rueik7j2g/28s0rwcbayYAhwyL7eeADfcv/HAi8y+Xb15lIsAfCdzZq66wZ2MNv54ffZQ/B6/v08IP88Hvp4ffzww/Dww0gZpgtYUhJt5+Om4YYxkoH3Q7dNNQI84ONDfXEPCZ5SujQLsM6rwwB2PH/4Qa5ycwr7+xH6eSxLeI798qTBaLtGSeXNSyZtnxeDJ2eB9rFcbh/++/8EH16Z1YSA4ZhIXSZiXot93QC6Dj99v5f7//4NAgRlercfD85gkM/7xD65OL3aR1nQ8h89fhoh5Fw7Me0Qkv/8LX+5GqHPu2an+tA8Mxztc841cV5xsCmSocuwmgf2c5pZDfSsM839rq9EGAKR262l596hOmnfpzp52SchIcxK80izmsYn29WE5HeAiIvGERMPEODIQJN+0J0xaMPfUrd/em3d7+jN7PbJue2d9PggTbv7/zUl0GbuPHH68kHdBrGcgV/I/eUCPq7nsLaDSoMd9AtCXQeWAl2Eqrs1fNQr2nuZns/0h7XM/uUuOC4t5tX+uvc/WhIqh/HXVUw4/0v/nOnHctiaWpE5GYSqO7H0R8M9xggkjrhGa+fqYnngjDGc2TniPMGAvsZTzEmkmE38kcUdl4JSsvGj2bibCaIJqMlmZ/ILpGSoV9nT3a9VkKUxpIsRSR0niyJzF+6kvAvTxThZV7P+ozLmUZPzflyBDJ8ek8T2vsjOPt/e0KeBHIbQf4UTWPwe+5oZi5KOJyHeGZpiXcQVw8SiXWraPEz+rnO00LM/r3EcLgc6rugZa7GcEbFhBrOvth3r1q9cXGEdccnl0Rkxm3ZkpLcxT4P6zEkyn0uSyxsjpLbesl7oDkGHk5Hk3+Wxv868XVnSG3kb9lMvnBd6X1v01pnkuZLWX/q+5G2Ye76pWfCvm/6CoIzbwgbKnfFpvKqkjH9z7/2EDZ2mem0BLDanlToN5sQ4Yn4TMS79+LDr0UD1gdbhNywampBsTyYGtt8xgL3HZunYRYgGa7GevFc38e4JfwrBii54jizoOYs40jyMjHkZaCv8Kb+VfqoS7/aUGKLDGNNu1KV5pgnwyGax2D9VrjoxiTSbxi27cIuqItd2Brus+o9sWTvu/Q+dxlPgvN6jaeUfT9sgmZEkgeiMHbZMSXsncngKClJ3KZ+5SvIuiaD0YOH0WgmF+ZVqC8MFpyMsFPODjHbuxPEpTxTuwKXZrsd6X7txUPeLf/NJsHQ+T08+ZJubIPwBpWRwG9Rk3AMV68LrE6cPjYboZvECbyGmM2+wjSf9QBJ4892CjNuxqdIYXqaoJ1JdwIzsWwmePpsSIAU8ewD3nID4NgKv0jKdm+dq8/gNkfJ9DxvWu1c8aZzZLqgPmEJfD8w+2KzxeaGvDUf5b7YHBl9yHgGyQejmmFeZlxXRonAGvpFtH3FaJWgMAFJOIVJpghGU8TRDKYq9uwlOMJN9j3SHg+Ehmm8RIPAp8URHjYz83r53m6kmEgK/fnGb2nTB8t7fyXoDyNW1fCSnFLLxZqEa85q00/wCBzNLkXDONfa0lAyMnE0i/5LPibIVGSlDBNPHLcoRGjiV+z164Ge2G4eksAizl1c4o4xq1nE/NgK3k8H8z14BOHBZcB4mSbF18eWzWjWR9tuj73hHXzJA35e12UuaO623zuli20Fj8nrbYpB/Du2dsGbIuzZ1E8wjjizgMnF2moEC2c/URIpk2y75gZMSNgUEuuQn2/DjqMQabbd2VwngbxsOOOpC6ndG+IIKr+b7mi3XwMCElC1VzURBg0kssiTzyWP+CETZISkbbxq7iQ0Ij3gRwxbetlnO+SMceyXMpeXiXpITg82tz6kdtEENA19gHCuECWsFhSs/xgxkSyvMeZdOVpp0g7TmpoUqPqOIPHbqOJgMcGy3nEobTSh2aQNQgyPPfziSgfELMuoaCqCJoWp4pYYVDtG0QxnbVlQxlbYkReanRMkcT/Jo+khkxzj+Q7KTqJMmepirUrqQjtOcEkFazpMbAmnbhkLqXfsBjeWJy0+RYYNRJ8SVWpIP9iiED077JvsYiqlndCWewmZqUeheFHW+Zhjh6LEMTqGJK698ShhUoIssHVumgivGROs1cHt3CgsM5MLQaYYiYmgYSYNarATEXrnxkhEsFYF0SI//KrvdRrnYSkVjYRBYLkvkZADNay8Kij4wMMqd6CFRmDO0Fx2yDe3LfoYERluPsJkkA8CJSAIuIqkb0IH+1lvnEmce5XUkalP76EOgnhrlo6OQ0SXjxSTjLWGKJoVZAgRjBfXyXQrsSdFi2IGYdXIB+0Xb7CWEUdDIQ6ZbNQGo0L2gU0VBS4OicjfGTFsJtVzWpzCk7FSja2gEj6R0+iTLVEM7tvH6BQrZ6OycO6kbsOrnviWD6rYcQXNBA5/K80MZ3qnmMO8KIJdAxInbCTxe0lxz1uvuAQU+/rJpsbPPmgKTJakCs1SVsgPhTBTHsLSLpigBkNH2sIgGOj9cqKboBPeTyMnYbLBjiszQSGxrE1XdcNsB24i5tagioBvHe/ndSUy+BEfQZAx4+O2VqGZYTL2YIiP9qOFrxkVS8abythAapNGeSQVDwNpBpH4HkdxZbVeyC1RbWNhInwuWS1rktu9ge2dmIymQnIp+pQWGfim4ukKo/G2koOGBlDT4WgCG8CuuJiwy1NT58ZEyG73oxDKNiWaX17nbnUeLAcbHnWiPNNsIRP0MatKXAzi+FzTX/geWGvgSrN1jU+ksJ9UWvUbzRVWr79Jn6E5fUcrO0s9K9ELpr0JV1SYwMCs0ppcFnW2zwVU2Q5Y5nlSgiIit0hF7uyRlo4uZj/SzrQuIVR0zhGpGQkEtxiFUkt5nqPmpTGLNFaiqdI0HV+/ztadisNuw54fQK519n5Fa06YpDGMoArxBM/qAUX4eVLmzDhmjEpTkYc7rzvZiQXJTHYQsRhuYJcmjc0o/hoanWEowAmNrZ4iPL7NPVAUK0yC3gBixvoqLN2l6nQghIppgp41f7h/X0gzrAEXjbJSx9oqbvRCnnqIaAO1tRtdg1HTVvxF6EwKNBbeqdiZ6p2KDXBEDd+v17UJeGQm88JRnmb8MaAMGOdKR2a0XFcAwaSRtcSmi8xoMca+URh1/F7RPrJyUDsvS1FB7NluDTAdSeOZ3sScEADOcmDp7mWzBGYrZT6auoIIFYTkWVW8nOVj9awCX7GiNfaT1PBjaIBCQIEszJVHvyXTFpO+n/WwZfysfze7h/mXJI74T0TOFR2ifnEL8zmM3WrsNF++Q6CenCOm8Y2UvvSB3wqSzQbLUqLya5YS9W0/eddPDrdkHX3NBz24Yd1l23XZ7DAfppb568+XCVfbz32a87jyz7+1ZxOsqwfy3LlhWqbLvX9ojXWsT9bw5Wb0tNPkWJ9iwQQrr5V58E6+I2P5z+94b4adxsUrw7PbIc2jKAl/tgyTzMz9dHta+N9u8eujzyrLfEw7/3GNZwwRiloVelDMbr7F4qi5IIdCMADnDU28OG1xXOVxy13VsBrjj1j/+TjzCUDNgdEZKO+0Aw4wPJnKwdh+2Id5nFfG4UM4k127eUjhTGhliReOSOvefPtCERkIIVfpnUaxL1z7wB6n7KnOFg+o9heznr1z4SBEJTZQzAl5MDjCTS5pPupku3lOXS1myjITm1Qr3UqJRoBs+RAYgWXGBlBvZ8oi+5l1j4ZhvZTnudUpDbsHwUweZgALKza7qRl4jdCgUSci7pJ9BBejO7cZFxTqGeYCzUDH9itqqtqvFM8aGgzJNRCpuitQqur+rTBqZL0gjR9s+pWykDWMuFYzx6/sPJwMpNsR44ZAugBkPeq9IWrlLMLktUFppEwUz+YG7F9WrAXxNc/Au8U0kiJANUw5HS8joieA61eh+qkpG1X1XEZRQbGNqNwVqHR1QuLGXXeDBkmr61BbU4HZC9KByZlnoQPHgru+t1vL2uzlifWTlITeKvJFd6wZZBUN65O3JWnglBAFZ7aV2T6mTaE4l9InVtp6ae5LGWqVxchoAbNrsoBpYTJ2iy6eniVlYAsRNN3sDItO46QjH21spkg2hvQD994Bmtc0S7RoBZ6SH3XsPUpp+y0SihlZLgGwBtIS1nBLjJtmYQoTY5xe8Sl1DQ2hhG0lA4nTGsXrYVbE69jXiSyB2LQgMlUHt7mnUF/smGclBcYONbMJIjlpTZq9/wfuiIotqzlXWs0ZMgoC/Mu4XRpOdvaSRd4KsSRsK9dx+CFhMgj7iQJCukKYKQPH2OMDdVp67FyumgA9vYwcIBLR8pa2HMmgxATbFGQTF+6jYlA6TzStcmlVIEoavYoUUM2e2H/Jv2Joj7iomjjFO97VGwLEMqKsROYORJrdshwo/Ud+3LPyzoHeUzr5DtUe4bevxZ3H6j3HmHicEFfGYcPtrpTsQssRcbkoKkRSlhghguZbuIGlmrMjCBcvRBJzCcqllMpTW5kSfewyvUUvMGs3eoPvbku0vV2ZoQT7fonvDt44HQWlGWZp784duNFxTCEmRQUsLlTqYsKXEiegJBewk5XNYmf0k0z04gyVWIr4+mNIlJAWkL+RVCI+7ZKaM41MzUGe1PxRGqhenOevyPCprP0lWJwS8RFfixN4nhApXCb2qugMmrUVBoUAm4g85JECVkdmYIQS71O9pVG2Kr22OI8IJr5mslSOvpGfn/ttJsTOeUIBTThZQTICp1UxhuG4/pP8Zpo75xaj88ZDSwbui+kLR9L6gegkYu5ZflMcIfTlvJKKwuz0RKcIo6R/SbMXZHYlaE/7E5mtNnaAPSClWFcpBFLsAJsWpZXR/38kLgcJQTHkA8S9wBB9yYJrcOBompvMumm1T5VvMFY+g6VLeYx3pM5dCZlhG3BmkJkfUpuj1KIZfaJek5UhSUmy/SYOZibVOhIxhqtDLIpMOE826KyLcP9oIbLBsfayOGZEFqfk9TJnaxmIGgmh53diIdGrCwQvXTuyI85PJ0GxBTz0WNrTXUAczo+Kc8gu0PPWzl2OWbrepHiQW+yeLUb8mFVhv25Ff3wawAn6E60jz+JWQgBuupUea1COo0n1PjiDFbtLlk14A0aTPj4v/HzWF7l1g62TFXd04fJMqLVCo50vtjKoMgPz0yqP62oKZcNUQ6Sk8+V8CqCDceEYtxYy2vqtjAdhNFjnEeSZrXpqDQNNLm1wKznVDrJOTMOgbeNprAu1rInQHFCyevdy7s8Zuio6C3NskyCgabDv/09YeMJccv9nDDyPpkDbaBMzwMrCFCDEjZMd1TacInS4JFrWhvKIcpMlBmkPzPdzyn1iaXH9UG11efhRmG22w0AKqB6hMKRCW3TZI3zH51fYmXxZl5Z6ljuCgJDRAWDaJ5QNLjCHrzQapoD/+KTtIa22I0E8UpabDp2MAfMUBk7qRHhHKeS7yTblwRe5+gDcgefVdTJ3KZSLMJpORUMDGY8YKYiWfw7WAz1bWo0bFvLuv1/WVaYeZlNOXcImM8BCrYpC70xqy5R9glnIki7n3tcQw3F02Pb7AtZngvUm/oez/ZJ+xwSTVrmYm3P9cFa1D7Rrjsaqb2mRUsE6fFx0610GSaDo0s1tuReJ+mkgR47eIU/TiUoNVTWUej82lgq/x+71F7Di1vtMIFLIQjUXJd0Aii64nhXrlVfAaDTliMhMitDHdJP9XCINSOaJVV7ecFqjCnox0RDE1GkkJiCLIuvwU5VDcdERH3C1ybpIYVFY5Zb4Wd2wbnESNdY2YCRxmjw26AS7+sw8Sm0/55FMWKiEeH+xJ6iR3oaLumoSIBpAlQB36rJ2djU5xSD2cJMZKklA2QWFvEk3GqGAZ+iWiLtboynbLqB2JS0APSHKMsqUtZWTbren6IwVKSnF13moCW+IydjRhCQcuxZoUjjAlEA7InrOGuyy6sAx515OFGlTQ7lPQkDpL2IhMPygRiIkkw1jt4c1rKTCEz9RVatiKZKQ4KYwRyFhe86qROLYYRLjQY0WnI7wEToEbfMMJCHAkFQnE/Zr19upJkZw9x+ZDhkJvsLPcZzgmXRI5j87T4Z1kTHS1DNhtfXeqHJiIyzjvLArZxChCmnYE6pBEI0RNmdJpHakcfTSwoDMmkpVhPuoXpYsBOPvrVi1Ep3/W9UYYiw3b5klIigbHZZe1BIdILtnDcsUDmYO8+qaovvhHA6QC9CK4VNcNsJAwEtLemfEnGLh0+V6gUX9893bH//68uENObFEm4dc8/eHWff0qaQEjZTd2m9g2e/+m3iyaEgGHUSyKEuPzUmvPHs2ZqoqCaTT4Fk/y86mB/3kLr+gLkZDst8ZT2vtH8lVnDja1EHssOYBq3UkcA51ycu1gSLM59NKhRQe66nJp4flxrAIeuKeh7QqyKKEAg1r25wsgvbo+JHoSjFuriuvHebXmplfGdYodPJIy2PzRgsIK8hjsOSvXoMA6jbWY00g+r6KZH/NeE/hjptjzYh1LSoVCJ1+uwBJVlIszO6ifrCoEA99j+gunD3/b6Qp0H5ycg6EUa3kIIhJlGwl2zKBe6wVsK54HV6VlKFKSEmrPrb0IYNHu0wySNI9YnZHeVmp/29SS6IJnMEpBjLB6/ZQL9cNovo8soBpPpP4PiQw2mkan6JyezvAI2M9Dss4wyo+p4zipaEuky02vOpxQoWsof2vplbl/RTtujzJWPgS5erfJrxGrODC603JboXnuC4LzWQDWT+3ujYG6qrHvs/zhj02+mOrrSaZk0eT8gU05WdQoznCtagM/cjYxRNlgMutUlh5RBe5F7GK4epAFcNWUeiNeDmfHCEE9Tb5Uqz2oDa2Wo8ZcBWsW+rXcoXRcAj6wV1a9WeP0lNwt2cu2OA81zewWe3a5BBGfLDQgnyd0n0Ry0cr1UNiRcPB3FDR8OAcrvTlNHCKxIZrx0+1ojrPOzmLJM8wr7ZuHBqybJksTmGFvRIRfdyFIk/JHP8wVr4hQSUJsemJaqD8ZMTPNJYKuu0UtB6WySscp0o37zm3hFRzMvHcUMO53INzRZilCWLrQUoI2ZwKDavKHLDptcSop6mevNjZUa+tDW2qSzIvGdxvwfUeEK+liiphrzmNqC0QGJTI9g+vvKh1iNTHHuU7j4uiQ2AkSXFP9TPkyTyQEMpAMsUsGLNfKsSv16MrRUfxD3UQj35PZ0NJPxPTWkX0aEQ1xQ4By4WIBmQFIoorOn195abpRotpwnGdUfC/sdZ7vS4YDq6EoCmnseEMkUQiDAsFFDYsul8EF3KQB2CLsnpnGbkKBQlIoaXyFzr9bLqxF0FXOCQUeQVxuJy8eyv0f5M6wm/fk/N7lzFVZy7hCrOpVbtVWCGriZf8i7lJNHNcxv7H3XEZJ9B2ZQWNx1+6bXnp5L2HCXPIZ4jWrqTOMlybx9aB1TD5CR1Gle4yKUIxRIXBXiOjtKxjEpvWF2lHo0lokOTKo5tOi0xZRi52LJhkZdSSjR3bUcP+Pq7GceB+q4xFeNrVMaevC990r4Hf1qyFTpT3ShcmUtbgpttExcW1w+V73vHU9/xGZ6eEsrLiYrEhYiYiUUM1/pZ5oGInjq/JbrrGQwjCaLphWnjJ1QxQnmEXnu6QMOt0+f7uLrRm4Nt1U2hCYywoHLVMC9iBoRaXrIY6FQgAJlupkeN64ta/wxtBzWCEBHFDDFO9RqvZVbWE2B0v3nXZQu6bTpbIJ7trUZRAw10L4iuVGIEu1fLYO9hufjnSH0uCiEPTC6NLijNAZkLsXsT1xWEQHxZSlCI22uHJI+yUpCdNYEGB20ICjXvzOhkz8JE94VV69zEUoJZ6aeyABdtBcgdOfBFj1IUKb0z4bVVrL7Sy2djC5BnKDUrHjO916mVarB67W4aBK5JKoDI7ztwgorBVskJBiOAIm1I8ZezzY8uHGiAEbtnLJEM1mIObDm6QpaI4I0ufNIt2lraVhulIqOjY562cA3jAmW1AM1SACjEay4xRubnGclnyP4c1PYSGXCO+vyG6yXRuTpcMf8V/uPZ7OXgfiTRsXtAHX1iYDkKuhP/5FJ3Ewpg+vILS/ywM6kfpcyWkyfpoYmeZgLasRFuIN/5kE8XWdSiVVmpg+xlX7a2L59R23KP08jPmOX5494LJccqKrB8nnGk7DGk5Eb/LBLPYqaTi8SlUcRX+h8eFZubWZJT7cONr5Vpbzm/QLT8vUuJULtTZLk4ZB21Edzzmvs2jNOw4bDOCKmtFkbkj/KgFL2/uhEiliL17y2Tx2m8WOJBI6roRdSkawZaFXO0mb5sVHG8Pf/GOSlivG8XU4rK7L5r3e8XXP7ilYnfTtqZHvBwa1+Jk3qDieEJVLm7kEqYEZvBnRZahharp5BFnNg6q5/XmBTyVbvFeY9WoyPRGwp6ZZSylYfO5y+nXz0zC0GpvkE65C+WRQV5KlEQ9GYnoEYgysuvd1JvJgfuwqN2LfKkZVNEFLYot8Y0nB7a+..."
}
]
}
]
}"$
When i compiled i have ( of course ) this error:
Dim invio As String = $\
javac 1.8.0_231
src\b4j\example\main.java:211: error: constant string too long
.....
NOTE:
if i use a smaller base64 file everything works. so it seems that the problem is when the file is bigger. The site accepts files up to 15MB and the file that i send is only 112kb.
I tried to send the file to the server through post man ( Curl ) and the file is accepted and sent.
So I think it's a socket problem with big string ( https://stackoverflow.com/questions/7742033/error-while-writing-a-big-string-on-a-socket )
Any idea, another way ??
Thank you very much
Marco
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