| GEOS SDK TechDocs| | SocketError ... | SoundPlayFlags ...

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SocketLoadType

typedef enum {
        SLT_USER_LOAD_APPLICATION = 0x0,
        SLT_GEODE_LOAD,
} SocketLoadType;

The Socket library has the ability to load an application when it senses packet coming in to a port. It uses the SocketLoadType to determine how to load the application: via UserLoadApplication() or GeodeLoad().

Include: socket.goh

SocketOption

typedef enum {
        SO_RECV_BUF = 0x0,                   /* receive buffer size     */
        SO_SEND_BUF = 0x2,                   /* send buffer size        */
        SO_INLINE = 0x4,                     /* inline urgent data      */
        SO_NODELAY = 0x6,                    /* send data immediately   */
        SO_OWNER = 0x8,                      /* which app owns socket   */
} SocketOption;

Various options which may be changed on a per-Socket basis by means of the SocketSetIntSocketOption() routine.

Include: socket.goh

SocketPort

typedef struct {
        word		SP_port;				/*  16-bit port number */
        ManufacturerID		SP_manuf;				/*  16-bit manufacturer's ID */
} SocketPort;

Port numbers identify a particular line of communication within a machine. Port numbers may be 32-bit or 16-bit, depending on the domain. They are specified via the SocketPort structure, made up of a 16-bit ManufacturerID and 16-bit token number. If the domain uses 16-bit socket numbers, then use MANUFACTURER_ID_SOCKET_16BIT_PORT as the ManufacturerID . If the domain allows 32-bit socket numbers, then you may use MANUFACTURER_ID_SOCKET_16BIT_PORT or some other ManufacturerID .

Include: socket.goh

SocketRecvFlags

typedef WordFlags SocketRecvFlags;
        #define SRF_ADDRESS (0x8000) 					/*  return source address of data */
        #define SRF_URGENT (0x4000) 					/*  return urgent data, if any */
        #define SRF_PEEK (0x2000) 					/*  leave data in socket */

These flags allow you to set options when receiving data from a socket. SRF_ADDRESS requests the address of the machine sending the data. SRF_URGENT requests that only urgent data be returned, if any. SRF_PEEK asks that the data be left on the socket.

Include: socket.goh

SocketSendFlags

typedef WordFlags SocketSendFlags;
        #define SSF_ADDRESS (0x8000) 						/*  an address is supplied */
        #define SSF_URGENT (0x4000) 						/*  this is urgent data */
        #define SSF_OPEN_LINK (0x2000)					 	/*  this datagram should open the
        						 *    link, if it is closed       */
         

Use this structure to specify options when sending data over a socket. You may signal that you are specifying an address and/or that the packet sent should be marked urgent.

Include: socket.goh

SortOrder

typedef ByteEnum SortOrder;
#define SO_ASCENDING				0
#define SO_DESCENDING				1

 

SoundDriverCapability

typedef WordFlags SoundDriverCapability;
#define SDC_NOISE 				0x8000
#define SDC_WAVEFORM 				0x6000
#define SDC_TIMBRE 				0x1800
#define SDC_ENVELOPE 				0x0600
 
typedef WordFlags SoundDriverNoiseCapability;
#define SDNC_NO_NOISE 				0x0000
#define SDNC_WHITE_NOISE 				0x8000
 
typedef WordFlags SoundDriverWaveFormCapability
#define SDWFC_NONE 				0x0000
#define SDWFC_SELECT 				0x2000
#define SDWFC_GENERATE 				0x4000
 
typedef WordFlags SoundDriverTimbreCapability;
#define SDTC_TONE_GENERATOR 0x0000
#define SDTC_ADDITIVE 				0x0800
#define SDTC_MODULATOR 				0x1000
#define SDTC_SELECTIVE 				0x1800
 
typedef WordFlags SoundDriverEnvelopeCapability;
#define SDEC_NONE 				0x0000
#define SDEC_ADSR 				0x0200
#define SDEC_DSP 				0x0400

These fields encode information about what the sound driver is capable of in terms of music synthesis.