| /*! |
| * ======== BuildOpts ======== |
| * Compile time options for the SimpliciTI stack |
| * |
| * The `BuildOpts` module is used to re-build the SimpliciTI stack |
| * with options that control the size and number of network buffers, |
| * for example. By using this module, in lieu of setting compiler options |
| * directly, additional checks of the selected options will be made. |
| */ |
| metaonly module BuildOpts |
| { |
| /*! |
| * ======== Radio ======== |
| * Radio hardware supported |
| */ |
| enum Radio { |
| CC1100, |
| CC1101, |
| CC1110, |
| CC1111, |
| CC2420, |
| CC2430, |
| CC2431, |
| CC2500, |
| CC2510, |
| CC2511, |
| CC2520 |
| }; |
| |
| /*! |
| * ======== Mcu ======== |
| * Supported micro-controllers |
| */ |
| enum Mcu { |
| MSP430C1111, |
| MSP430C111, |
| MSP430C1121, |
| MSP430C112, |
| MSP430C1331, |
| MSP430C1351, |
| MSP430C312, |
| MSP430C313, |
| MSP430C314, |
| MSP430C315, |
| MSP430C323, |
| MSP430C325, |
| MSP430C336, |
| MSP430C337, |
| MSP430C412, |
| MSP430C413, |
| MSP430E112, |
| MSP430E313, |
| MSP430E315, |
| MSP430E325, |
| MSP430E337, |
| MSP430F1101, |
| MSP430F110, |
| MSP430F1111, |
| MSP430F1121, |
| MSP430F1122, |
| MSP430F112, |
| MSP430F1132, |
| MSP430F1222, |
| MSP430F122, |
| MSP430F1232, |
| MSP430F123, |
| MSP430F133, |
| MSP430F135, |
| MSP430F1471, |
| MSP430F147, |
| MSP430F1481, |
| MSP430F148, |
| MSP430F1491, |
| MSP430F149, |
| MSP430F155, |
| MSP430F156, |
| MSP430F157, |
| MSP430F1610, |
| MSP430F1611, |
| MSP430F1612, |
| MSP430F167, |
| MSP430F168, |
| MSP430F169, |
| MSP430F2001, |
| MSP430F2002, |
| MSP430F2003, |
| MSP430F2011, |
| MSP430F2012, |
| MSP430F2013, |
| MSP430F2035, |
| MSP430F2101, |
| MSP430F2111, |
| MSP430F2112, |
| MSP430F2121, |
| MSP430F2122, |
| MSP430F2131, |
| MSP430F2132, |
| MSP430F2232, |
| MSP430F2234, |
| MSP430F2252, |
| MSP430F2254, |
| MSP430F2272, |
| MSP430F2274, |
| MSP430F2330, |
| MSP430F233, |
| MSP430F2350, |
| MSP430F235, |
| MSP430F2370, |
| MSP430F2410, |
| MSP430F2416, |
| MSP430F2417, |
| MSP430F2418, |
| MSP430F2419, |
| MSP430F2471, |
| MSP430F247, |
| MSP430F2481, |
| MSP430F248, |
| MSP430F2491, |
| MSP430F249, |
| MSP430F2616, |
| MSP430F2617, |
| MSP430F2618, |
| MSP430F2619, |
| MSP430F412, |
| MSP430F413, |
| MSP430F415, |
| MSP430F417, |
| MSP430F423, |
| MSP430F4250, |
| MSP430F425, |
| MSP430F4260, |
| MSP430F4270, |
| MSP430F427, |
| MSP430F4351, |
| MSP430F435, |
| MSP430F4361, |
| MSP430F436, |
| MSP430F4371, |
| MSP430F437, |
| MSP430F447, |
| MSP430F448, |
| MSP430F449, |
| MSP430F4783, |
| MSP430F4784, |
| MSP430F4793, |
| MSP430F4794, |
| MSP430F5418, |
| MSP430F5419, |
| MSP430F5435, |
| MSP430F5436, |
| MSP430F5437, |
| MSP430F5438, |
| MSP430P112, |
| MSP430P313, |
| MSP430P315, |
| MSP430P325, |
| MSP430P337 |
| }; |
| |
| /*! |
| * ======== DeviceType ======== |
| * Type of the device |
| */ |
| enum DeviceType { |
| ACCESS_POINT, //! Access Point (-DACCESS_POINT) |
| END_DEVICE, //! End Device (-DEND_DEVICE) |
| RANGE_EXTENDER //! Range Extender (-DRANGE_EXTENDER) |
| }; |
| |
| /*! |
| * ======== RxMode ======== |
| * Receive mode |
| * |
| * For End Devices we need to specify theie Rx mode. This field is used |
| * by the Access Point (AP) in networks containing an AP to know whether |
| * to reserve store-and-forward support for the joining End Device. |
| * |
| * For sleeping devices that do _not_ poll, use RX_ALWAYS. |
| * |
| * For EDs that only send use RX_ALWAYS and not RX_NEVER. The RX_NEVER |
| * support is currently incomplete. It is inteneded to support devices |
| * that can not send as opposed to devices that can but do not send. |
| */ |
| enum RxMode { |
| RX_LISTENS, //! -DRX_LISTENS |
| RX_POLLS, //! -DRX_POLLS |
| RX_NEVER, //! -DRX_NEVER |
| RX_ALWAYS //! -DRX_ALWAYS |
| } |
| |
| /*! |
| * ======== radio ======== |
| * Radio device name |
| */ |
| config Radio radio = CC2500; |
| |
| /*! |
| * ======== mcu ======== |
| * MCU device name |
| */ |
| config Mcu mcu = MSP430F2274; |
| |
| /*! |
| * ======== rootDir ======== |
| * Installation directory of the SimpliciTI software |
| */ |
| config String rootDir; |
| |
| /*! |
| * ======== SRCS ======== |
| * This package's sources |
| */ |
| readonly config String SRCS[] = [ |
| "local/rf/Atomic.c", |
| "local/rf/Bsp.c", |
| "local/rf/Radio.c", |
| "bsp/bsp.c", |
| "mrfi/mrfi.c", |
| "simpliciti/nwk/nwk_globals.c", |
| "simpliciti/nwk/nwk.c", |
| "simpliciti/nwk/nwk_api.c", |
| "simpliciti/nwk/nwk_frame.c", |
| "simpliciti/nwk/nwk_QMgmt.c", |
| "simpliciti/nwk_applications/nwk_freq.c", |
| "simpliciti/nwk_applications/nwk_join.c", |
| "simpliciti/nwk_applications/nwk_mgmt.c", |
| "simpliciti/nwk_applications/nwk_security.c", |
| "simpliciti/nwk_applications/nwk_ioctl.c", |
| "simpliciti/nwk_applications/nwk_link.c", |
| "simpliciti/nwk_applications/nwk_ping.c" |
| ]; |
| |
| /*! |
| * ======== getMakePrologue ======== |
| * Get the make required file prologue |
| */ |
| String getMakePrologue(); |
| |
| instance: |
| /*! |
| * ======== getDefs ======== |
| * Get the compiler -D options necessary to build |
| * |
| * The SimpliciTI stack is a source code product that must be compiled |
| * with a set of -D options specific to the application. This function |
| * returns the appropriate set of -D options based on the `BuildObj` |
| * instance configuration parameters. |
| */ |
| String getDefs(); |
| |
| /*! |
| * ======== getIncs ======== |
| * Get the compiler -I options necessary to build |
| * |
| * The SimpliciTI stack is a source code product that must be compiled |
| * with a set of -I options that identify various sub-directories within |
| * the . |
| * |
| * This function returns the appropriate set of -I options based on the |
| * `BuildObj.rootDir` configuration parameter. |
| */ |
| String getIncs(); |
| |
| /*! |
| * ======== maxHopCount ======== |
| * Maximum number of total hops allowed |
| * |
| * Maximum number of times a frame is resent before |
| * frame dropped. Each RE and the AP decrement the hop |
| * count and resend the frame. |
| */ |
| config Int maxHopCount = 3; // -DMAX_HOPS=3 |
| |
| /*! |
| * ======== maxHopFromAP ======== |
| * Max hops away from an Access Point |
| * |
| * Maximum distance from an AP. Used by poll and poll response to |
| * limit network replay traffic. |
| * |
| * Keeps hop count and therefore replay storms down for sending to |
| * and from polling End Devices. Also used when joining since the End |
| * Devices can't be more than 1 hop away. |
| */ |
| config Int maxHopFromAP = 1; //-DMAX_HOPS_FROM_AP=1 |
| |
| /*! |
| * ======== maxAppPayload ======== |
| * Maximum size (in bytes) of application payload |
| * |
| * Absolute maximum is based on size of Rx and Tx FIFOs |
| * (50 for CC2500/CC1100 class including SoCs and |
| * 113 for CC2430). |
| */ |
| config Int maxAppPayload = 10; //-DMAX_APP_PAYLOAD=10 |
| |
| /*! |
| * ======== linkToken ======== |
| * Unique token identifying a link request |
| * |
| * Obtaining link access to a network device requires this |
| * value to match on all devices. It is sent in the Link |
| * message and matched in the receiving device. |
| */ |
| config Bits32 linkToken = 0x01020304; //-DDEFAULT_LINK_TOKEN=0x01020304 |
| |
| /*! |
| * ======== joinToken ======== |
| * Unique token identifying a join request |
| * |
| * Joining a network requires this value to match on all |
| * devices. It is sent in the Join message and matched in |
| * the receiving Access Point.Change this to provide some |
| * access security. |
| */ |
| config Bits32 joinToken = 0x05060708; //-DDEFAULT_JOIN_TOKEN=0x05060708 |
| |
| /*! |
| * ======== frequencyAgility ======== |
| * Enable (or disable) frequency agility |
| * |
| * When defined enabled support for Frequency Agility. |
| * Otherwise only the first entry in the channel table is used. |
| */ |
| config Bool frequencyAgility = false; // -DFREQUENCY_AGILITY |
| |
| /*! |
| * ======== numConnections ======== |
| * Number of connections supported |
| * |
| * Each connection supports bi-directional communication. Access Points |
| * and Range Extenders can set this to 0 if they do not host End Devices. |
| */ |
| config Int numConnections = 2; // -DNUM_CONNECTIONS=2 |
| |
| /*! |
| * ======== inFrameQSize ======== |
| * Size of low level queues for sent and received frames |
| * |
| * This affects RAM usage. Access points need larger input frame queue |
| * if they are supporting store-and-forward clients because the |
| * forwarded messages are held here. Two is probably enough for an |
| * End Device. |
| */ |
| config Int inFrameQSize = 2; // -DSIZE_INFRAME_Q=2 |
| |
| /*! |
| * ======== outFrameQSize ======== |
| * Size of the output frame queue |
| * |
| * The output frame queue can be small since Tx is done synchronously. If |
| * an Access Point device is also hosting an End Device that sends to a |
| * sleeping peer the output queue should be larger -- the waiting frames |
| * in this case are held here. In that case the output frame queue should |
| * be bigger. One is probably enough. |
| */ |
| config Int outFrameQSize = 2; // -DSIZE_OUTFRAME_Q=2 |
| |
| /*! |
| * ======== deviceAddress ======== |
| * This device's address |
| * |
| * The first byte is used as a filter on the CC1100/CC2500 |
| * radios so THE FIRST BYTE MUST NOT BE either 0x00 or 0xFF. Also, for |
| * these radios on End Devices the first byte should be the least |
| * significant byte so the filtering is maximally effective. Otherwise |
| * the frame has to be processed by the MCU before it is recognized as |
| * not intended for the device. APs and REs run in promiscuous mode so |
| * the filtering is not done. This setting intializes a static const array |
| * of unsigned characters of length NET_ADDR_SIZE (found in nwk_types.h). |
| */ |
| config String deviceAddress = "{0x77, 0x56, 0x34, 0x12}"; //-DTHIS_DEVICE_ADDRESS="{0x77, 0x56, 0x34, 0x12}" |
| |
| /*! |
| * ======== deviceType ======== |
| * Specify Access Point or End Device |
| */ |
| config DeviceType deviceType; |
| |
| /*! |
| * ======== rxMode ======== |
| * Receive mode |
| */ |
| config RxMode rxMode; |
| |
| /*! |
| * ======== isDataHub ======== |
| * Is this device a data hub |
| * |
| * In the spcial case in which the Access Point is a data hub, the AP |
| * will automatically listen for a link each time a new device joins |
| * the network. this is a special case scenario in which all End Device |
| * peers are the AP and every ED links to the AP. in this scenario the |
| * ED must automatically try and link after the join reply. |
| */ |
| config Bool isDataHub = false; // -DAP_IS_DATA_HUB |
| |
| /*! |
| * ======== numStoreAndFwdClients ======== |
| * Store and forward support: number of clients |
| */ |
| config Int numStoreAndFwdClients = 3; // -DNUM_STORE_AND_FWD_CLIENTS=3 |
| } |
