For BIOS/MBR Legacy system refer to here
Download the .iso file from Arch Linux Official Site.
For BIOS/MBR Legacy system refer to here
Download the .iso file from Arch Linux Official Site.
| // So the problem to solve is that I needed a function | |
| // that encrypts an array of ubytes with multiple public | |
| // keys. The resulting, encrypted, array of bytes, when saved | |
| // to a file, should be decrypted-able by any private key | |
| // matching any of the used public key. | |
| // This should be possible with the openssl cli. | |
| // smime is used as bundle everything together, properly | |
| // not the best approach, but hey it works. | |
| // The asymmetrically keys are used to encrypt a symmetry | |
| // AES256 key that is in turn used to encrypt the array of |
| enum insertStmt = "INSERT INTO Entry(sym,open,close,volume) Values(?, ?, ?, ?);"; | |
| int errCode = sqlite3_prepare_v2(db, toCstr.toStringZ(insertStmt), | |
| to!int(insertStmt.length), &stmt, null); | |
| if(errCode != SQLITE_OK) { | |
| scope(exit) sqlite3_finalize(stmt); | |
| throw new Exception(insertStmt ~ " FAILED " ~ | |
| to!string(sqlite3_errmsg(db)) | |
| ); |