// dapf.h
// !! this file should not be modified

// NB DAPF file is:
// DINKEYINFO
// LICENCEINFO (however many are needed)
// FILEINFO (however many are needed)
// ALGORITHM (however many are needed)
// DATAFILEENC (however many are needed)

#pragma pack (push,1)                       // so it is byte-aligned

typedef struct DINKEYINFO {
    char            Header[4];              // Should be set to "DAPF" ( = DinkeyAdd Parameter File)
    int             Version;                // version of this structure. Currently 9.
    int             SelectedModels;         // BIT0 = Dinkey Pro Lite, BIT1 = Dinkey Pro Plus, BIT2 = Dinkey Pro Net etc...
    char            ProdCode[12];
    int             PerLicence;             // 1 = per licence, 0 = per product (default)
    int             MaxNetUsers;            // product net users, unlimited = -1, no entry = -2
    int             RangeSettings;          // 0 = any number, 1 = dongle in computer, 2 = range
    unsigned int    RangeMin;
    unsigned int    RangeMax;
    int             NumLicences;            // number of LICENCEINFO structures in this DAPF file
    int             NumProgs;               // number of FILEINFO structures in this DAPF file
    int             NumAlgs;                // number of ALGORITHM structures in this DAPF file
    int             DataSizeType;           // 1 = set the zero data size, 0 = use file to initialise data area
    int             ZeroDataSize;           // size of the data area area in bytes
    char            DataFile[256];          // path to data file (0 = no data file)
    int             DataAreaSize;           // file size in bytes, -1 = file not found
    char            szShellMsgs[10][256];   // success, no dongle, expirydate, expiryexecs, warndate, warnexecs, net user limit, other error, background
    char            RWAlgorithm[12];        // coded form of rw algorithm (0 = no algorithm)
    int             SecOptions;             // BIT0: DRIS encryption, BIT1: Data encryption, BIT2: Data enc with alg, BIT3: only secure update codes
    unsigned char   SecDRISEncKey[4];       // DRIS encryption parameters (last byte ignored)
    unsigned char   SecDataEncKey[4];       // API Data encryption parameters (last byte ignored)
    int             ProtectionType;         // 0 = software + dongle, 1 = dongle only, 2 = program only
    char            DataEncKeyProdCode[12]; // Alternative Product Code used to generate internal encryption keys. Normally set to 0.
    char            Notes[256];             // user-defined notes
    int             LockDongle;             // 0 = don't lock (default), 1 = lock dongle to user's computer
    int             Reserved1;              // must be 0
    int             Reserved2;              // must be 0
    unsigned int    AdvancedOptions;        // BIT0 = do not allow usb-over-network for non-Net dongles, BIT1 = do not check for Software Key at Runtime. 
    int             NumDataFileEnc;         // Number of data files in our encryption list
} DINKEYINFO;

typedef struct LICENCEINFO {
    char            LicenceName[256];       // name of licence  
    int             MaxDays;                // -1 = no limit
    int             ExpiryDay;              // -1 = no limit
    int             ExpiryMonth;
    int             ExpiryYear;
    int             Execs;                  // -1 = no limit
    int             ExecsWarn;              // 0 = no warning (just for Shell method)
    int             DaysWarn;               // 0 = no warning (just for Shell method)
    unsigned int    Features;
    int             LicenceNetUsers;        // unlimited = -1  (-2 = not needed (this is for display only))
} LICENCEINFO;

typedef struct FILEINFO {
    char            InputName[256];
    char            OutputName[256];
    char            CallingProg[256];       // calling program name
    int             LicenceIndex;           // index (of licence) in the LicenceInfo structure (1-based index. 0 = no selection)
    int             Method;                 // 0-api, 1-shell, 2-shell & api
    int             ShellFlags;             // same bit flag values as in dris. i.e. 1 = DEC_ONE_EXEC, 4 = START_NET_USER
    int             BackGround;             // 0=no background, 1=1min, 2=5min, 3=10min, 4=30min, 5=60min
    int             OtherShellOptions;      // BIT0 = Shell Data Encryption is enabled, BIT1: Extra Anti-Debug is disabled, BIT2: Extra Anti-Piracy is disabled
    char            EncFileList[256];       // files (or file types) that the Shell-protected program will treat as encrypted (separated by ':')
    char            ExceptList[256];        // files (or file types) that are exceptions to the above list (separated by ':')
    int             ExtraAntiPiracy;        // 0 = off, 1=min, 10=max
} FILEINFO;

typedef struct ALGORITHM {
    unsigned char   Algorithm[12];
} ALGORITHM;

typedef struct DATAFILEENC {
    char            InputName[256];         // file name, wild cards are allowed
    char            OutputName[256];        // file name (or folder name if input is a wildcard)
} DATAFILEENC;

typedef struct TEMP_SWKEY_INFO {
    int             size;                   // size of this structure (must be initialised)
    unsigned int    machineID;              // machine ID in (hex) integer form
    int             expiry_day;             // expiry date of the Software Key
    int             expiry_month;
    int             expiry_year;
    int             dongle_model;           // model of the Software Key. See constant values below
    unsigned int    dongle_number;          // dongle number of the Software Key. 0 = default (random)
} TEMP_SWKEY_INFO;

typedef struct DEMO_SWKEY_INFO {
    int size;                               // size of this structure (must be initialised)
    int max_days;                           // max days demo swkey installation is valid (0-60)
    int models;                             // bitmap of valid dongle models. See constant values below. 0 = default (only use if only one model is selected in DINKEYINFO)
} DEMO_SWKEY_INFO;

typedef void *DAPF_HANDLE;                  // for DinkeyAdd Module API functions

#pragma pack (pop)

// constants
#define DAPF_VERSION                9       // current DAPF version

// WriteDAPF API flags
#define FLAGS_LOSE_FEATURES         1       // means that you can save the DAPF file to an earlier version even if it means losing some new features that have been currently set

// AddProtection API action values
#define ACTION_USE_DAPF_SETTINGS    0       // means you just ignore the action value and use the default dapf settings
#define ACTION_PROGRAM_DONGLE       1       // program the dongle only
#define ACTION_PROTECT_SOFTWARE     2       // protect a software file (index indicated by separate parameter)
#define ACTION_PROGRAM_AND_PROTECT  3       // program the dongle and protect software

// AddProtection API flags values
#define FLAGS_OVERWRITE_OUTPUT      1       // overwrite the output file if it already exists (default is to give an error)

// SoftwareKey API flags
#define FLAGS_OVERWRITE_SWKEY       1       // overwrite an existing swkey with the new one
#define FLAGS_EXPIRY_DONTCARE       2       // create the Software Key even though the expiry date (or max days) is less than the expiry date of the key itself.

// constants for dapf_format in ReadDAPFEx and WriteDAPFEx functions
#define DAPF_FORMAT_BINARY          1
#define DAPF_FORMAT_JSON            2
#define DAPF_FORMAT_JSON_MIN        3       // this value is only used with WriteDAPEx. ReadDAPFEx cannot return this value.

// constants for values for dongle_model in the TEMP_SWKEY_INFO structure
#define SWKEY_MODEL_PRO_LITE        0           
#define SWKEY_MODEL_PRO_PLUS        1
#define SWKEY_MODEL_PRO_NET         2
#define SWKEY_MODEL_FD_LITE         3
#define SWKEY_MODEL_FD_PLUS         4
#define SWKEY_MODEL_FD_NET          5

// constants for models bitmap in the DEMO_SWKEY_INFO structure
#define SWKEY_BITMAP_DEFAULT        0       // use default value set in DINKEYINFO.SelectedModels
#define SWKEY_BITMAP_PRO_LITE       1       // BIT0
#define SWKEY_BITMAP_PRO_PLUS       2       // BIT1
#define SWKEY_BITMAP_PRO_NET        4       // BIT2
#define SWKEY_BITMAP_FD_LITE        8       // BIT3
#define SWKEY_BITMAP_FD_PLUS        16      // BIT4
#define SWKEY_BITMAP_FD_NET         32      // BIT5

#define MAX_LICENCES                255     // max number of licences in a DAPF file
#define MAX_FILE_INFO               255     // theoretically unlimited but in practice it is easier if we limit it
#define MAX_USER_ALGS               20      // max number of user algs in DAPF file
#define MAX_DATA_ENCS               255     // max number of Shell data encryption files in DAPF file

// DinkeyAdd module API declarations
#ifdef __cplusplus
    extern "C" {
#endif

int WINAPI ReadDAPFEx(char *szFileDAPF, DINKEYINFO *pDinkeyInfo, LICENCEINFO *pLicenceInfo, FILEINFO *pFileInfo, ALGORITHM *pAlgorithms, DATAFILEENC *pDataFileEnc, int *dapf_version, int *dapf_format);

DAPF_HANDLE WINAPI LoadDAPF(DINKEYINFO *pDinkeyInfo, LICENCEINFO *pLicenceInfo, FILEINFO *pFileInfo, ALGORITHM *pAlgorithms, DATAFILEENC *pDataFileEnc, int *err_code);

DAPF_HANDLE WINAPI LoadDAPFFromFile(char *szFileDAPF, int *err_code);

int WINAPI WriteDAPFEx(DAPF_HANDLE handle, char *szFileDAPF, int dapf_format, int dapf_version, int flags);

void WINAPI UnloadDAPF(DAPF_HANDLE *handle);

int WINAPI AddProtection(DAPF_HANDLE handle, int action, int file_num, int flags, unsigned int *dongle_number);

int WINAPI CreateTempSoftwareKey(DAPF_HANDLE handle, TEMP_SWKEY_INFO *swkey_info, int flags);

int WINAPI CreateDemoSoftwareKeyTemplate(DAPF_HANDLE handle, DEMO_SWKEY_INFO *swkey_info, int flags);

int WINAPI EncryptShellDataFiles(DAPF_HANDLE handle, int file_num, int flags);

void WINAPI GetLastMessage(char *szMessage, int buffer_size, int *message_length);

int WINAPI GetLastExtendedError(void);

#ifdef __cplusplus
}
#endif