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(int)tmp);
} @catch (OFReadFailedException *e) {
if (e.errNo != EWOULDBLOCK && e.errNo != EAGAIN)
@throw e;
}
}
if ((ret = SSL_read_ex(_SSL, buffer, length, &bytesRead)) != 1) {
/*
* The underlying stream might have had data ready, but not
* enough for OpenSSL to return decrypted data. This means the
* caller might have observed the TLS stream for reading, got a
* ready signal and read - and expects the read to succeed, not
* to fail with EWOULDBLOCK, as it was signaled ready.
* Therefore, return 0, as we could read 0 decrypted bytes, but
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(int)tmp);
} @catch (OFReadFailedException *e) {
if (e.errNo != EWOULDBLOCK && e.errNo != EAGAIN)
@throw e;
}
}
ret = SSL_read_ex(_SSL, buffer, length, &bytesRead);
if (BIO_ctrl_pending(_writeBIO) > 0) {
int tmp = BIO_read(_writeBIO, _buffer, bufferSize);
OFEnsure(tmp >= 0);
[_underlyingStream writeBuffer: _buffer length: tmp];
[_underlyingStream flushWriteBuffer];
}
if (ret != 1) {
/*
* The underlying stream might have had data ready, but not
* enough for OpenSSL to return decrypted data. This means the
* caller might have observed the TLS stream for reading, got a
* ready signal and read - and expects the read to succeed, not
* to fail with EWOULDBLOCK, as it was signaled ready.
* Therefore, return 0, as we could read 0 decrypted bytes, but
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