NXP / fsl_phy_mcr20a

A library implementing IEEE 802.15.4 PHY functionality for the MCR20A transceiver. The PHY sublayer provides two services: the PHY data service and the PHY management service interfacing to the PHY sublayer management entity (PLME) service access point (SAP) (known as PLME-SAP). The PHY data service enables the transmission and reception of PHY protocol data units (PSDUs) over the media (radio).

Fork of fsl_phy_mcr20a by Freescale

The Freescale PHY Layer deals with the physical burst which is to be sent and/or received. It performs modulation and demodulation, transmitter and receiver switching, fragmentation, scrambling, interleaving, and error correction coding. The communication to the upper protocol layers is carried out through the Layer 1 Interface.

The PHY Layer is capable of executing the following sequences:

  • I (Idle)
  • R (Receive Sequence conditionally followed by a TxAck)
  • T (Transmit Sequence)
  • C (Standalone CCA)
  • CCCA (Continuous CCA)
  • TR (Transmit/Receive Sequence - transmit unconditionally followed by either an R or RxAck)

In addition to these sequences the PHY Layer also integrates a packet processor which determines whether the packet is MAC-compliant, and if it is, whether it is addressed to the end device. Another feature of the packet processor is Source Address Matching which can be viewed as an extension of packet filtering; however its function is very specific to its intended application (data-polling and indirect queue management by a PAN Coordinator).

Documentation

MCR20A PHY Reference Manual

PHY/PhyInterface.h@0:764779eedf2d, 2015-08-18 (annotated)

Committer:
andreikovacs
Date:
Tue Aug 18 12:41:42 2015 +0000
Revision:
0:764779eedf2d
Initial commit

Who changed what in which revision?

UserRevisionLine numberNew contents of line
andreikovacs 0:764779eedf2d 1 /*!
andreikovacs 0:764779eedf2d 2 * Copyright (c) 2015, Freescale Semiconductor, Inc.
andreikovacs 0:764779eedf2d 3 * All rights reserved.
andreikovacs 0:764779eedf2d 4 *
andreikovacs 0:764779eedf2d 5 * \file PhyInterface.h
andreikovacs 0:764779eedf2d 6 *
andreikovacs 0:764779eedf2d 7 * Redistribution and use in source and binary forms, with or without modification,
andreikovacs 0:764779eedf2d 8 * are permitted provided that the following conditions are met:
andreikovacs 0:764779eedf2d 9 *
andreikovacs 0:764779eedf2d 10 * o Redistributions of source code must retain the above copyright notice, this list
andreikovacs 0:764779eedf2d 11 * of conditions and the following disclaimer.
andreikovacs 0:764779eedf2d 12 *
andreikovacs 0:764779eedf2d 13 * o Redistributions in binary form must reproduce the above copyright notice, this
andreikovacs 0:764779eedf2d 14 * list of conditions and the following disclaimer in the documentation and/or
andreikovacs 0:764779eedf2d 15 * other materials provided with the distribution.
andreikovacs 0:764779eedf2d 16 *
andreikovacs 0:764779eedf2d 17 * o Neither the name of Freescale Semiconductor, Inc. nor the names of its
andreikovacs 0:764779eedf2d 18 * contributors may be used to endorse or promote products derived from this
andreikovacs 0:764779eedf2d 19 * software without specific prior written permission.
andreikovacs 0:764779eedf2d 20 *
andreikovacs 0:764779eedf2d 21 * THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS "AS IS" AND
andreikovacs 0:764779eedf2d 22 * ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT LIMITED TO, THE IMPLIED
andreikovacs 0:764779eedf2d 23 * WARRANTIES OF MERCHANTABILITY AND FITNESS FOR A PARTICULAR PURPOSE ARE
andreikovacs 0:764779eedf2d 24 * DISCLAIMED. IN NO EVENT SHALL THE COPYRIGHT HOLDER OR CONTRIBUTORS BE LIABLE FOR
andreikovacs 0:764779eedf2d 25 * ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, EXEMPLARY, OR CONSEQUENTIAL DAMAGES
andreikovacs 0:764779eedf2d 26 * (INCLUDING, BUT NOT LIMITED TO, PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES;
andreikovacs 0:764779eedf2d 27 * LOSS OF USE, DATA, OR PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON
andreikovacs 0:764779eedf2d 28 * ANY THEORY OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT
andreikovacs 0:764779eedf2d 29 * (INCLUDING NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS
andreikovacs 0:764779eedf2d 30 * SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE.
andreikovacs 0:764779eedf2d 31 */
andreikovacs 0:764779eedf2d 32
andreikovacs 0:764779eedf2d 33 #ifndef _PHY_INTERFACE_H
andreikovacs 0:764779eedf2d 34 #define _PHY_INTERFACE_H
andreikovacs 0:764779eedf2d 35
andreikovacs 0:764779eedf2d 36
andreikovacs 0:764779eedf2d 37 /************************************************************************************
andreikovacs 0:764779eedf2d 38 *************************************************************************************
andreikovacs 0:764779eedf2d 39 * Include
andreikovacs 0:764779eedf2d 40 *************************************************************************************
andreikovacs 0:764779eedf2d 41 ************************************************************************************/
andreikovacs 0:764779eedf2d 42
andreikovacs 0:764779eedf2d 43 #include "PhyTypes.h"
andreikovacs 0:764779eedf2d 44 //#include "Messaging.h"
andreikovacs 0:764779eedf2d 45 #include "PhyConfig.h"
andreikovacs 0:764779eedf2d 46
andreikovacs 0:764779eedf2d 47 /************************************************************************************
andreikovacs 0:764779eedf2d 48 *************************************************************************************
andreikovacs 0:764779eedf2d 49 * Public macros
andreikovacs 0:764779eedf2d 50 *************************************************************************************
andreikovacs 0:764779eedf2d 51 ************************************************************************************/
andreikovacs 0:764779eedf2d 52
andreikovacs 0:764779eedf2d 53 /* Constants */
andreikovacs 0:764779eedf2d 54 #ifndef gMaxPhyTimers_c
andreikovacs 0:764779eedf2d 55 #define gMaxPhyTimers_c (5)
andreikovacs 0:764779eedf2d 56 #endif
andreikovacs 0:764779eedf2d 57
andreikovacs 0:764779eedf2d 58 #ifdef gPHY_802_15_4g_d
andreikovacs 0:764779eedf2d 59 #define gPhySeqStartAsap_c (0xFFFFFFFFFFFFFFFF)
andreikovacs 0:764779eedf2d 60 #else
andreikovacs 0:764779eedf2d 61 #define gPhySeqStartAsap_c (0xFFFFFFFF)
andreikovacs 0:764779eedf2d 62 #endif
andreikovacs 0:764779eedf2d 63
andreikovacs 0:764779eedf2d 64 /* XCVR active/idle power modes */
andreikovacs 0:764779eedf2d 65 #define gPhyDefaultActivePwrMode_c gPhyPwrAutodoze_c /* Do not change! */
andreikovacs 0:764779eedf2d 66 #define gPhyDefaultIdlePwrMode_c gPhyPwrAutodoze_c
andreikovacs 0:764779eedf2d 67
andreikovacs 0:764779eedf2d 68 /************************************************************************************
andreikovacs 0:764779eedf2d 69 *************************************************************************************
andreikovacs 0:764779eedf2d 70 * Public prototypes
andreikovacs 0:764779eedf2d 71 *************************************************************************************
andreikovacs 0:764779eedf2d 72 ************************************************************************************/
andreikovacs 0:764779eedf2d 73
andreikovacs 0:764779eedf2d 74 /************************************************************************************
andreikovacs 0:764779eedf2d 75 *************************************************************************************
andreikovacs 0:764779eedf2d 76 * Public type definitions
andreikovacs 0:764779eedf2d 77 *************************************************************************************
andreikovacs 0:764779eedf2d 78 ************************************************************************************/
andreikovacs 0:764779eedf2d 79
andreikovacs 0:764779eedf2d 80 typedef enum
andreikovacs 0:764779eedf2d 81 {
andreikovacs 0:764779eedf2d 82 #include "PhyMessages.h"
andreikovacs 0:764779eedf2d 83 }phyMessageId_t;
andreikovacs 0:764779eedf2d 84
andreikovacs 0:764779eedf2d 85 typedef enum{
andreikovacs 0:764779eedf2d 86 gPhyPwrIdle_c,
andreikovacs 0:764779eedf2d 87 gPhyPwrAutodoze_c,
andreikovacs 0:764779eedf2d 88 gPhyPwrDoze_c,
andreikovacs 0:764779eedf2d 89 gPhyPwrHibernate_c,
andreikovacs 0:764779eedf2d 90 gPhyPwrReset_c
andreikovacs 0:764779eedf2d 91 }phyPwrMode_t;
andreikovacs 0:764779eedf2d 92
andreikovacs 0:764779eedf2d 93 typedef struct pdDataReq_tag
andreikovacs 0:764779eedf2d 94 {
andreikovacs 0:764779eedf2d 95 phyTime_t startTime; // absolute
andreikovacs 0:764779eedf2d 96 uint32_t txDuration; // relative
andreikovacs 0:764779eedf2d 97 phySlottedMode_t slottedTx;
andreikovacs 0:764779eedf2d 98 phyCCAType_t CCABeforeTx;
andreikovacs 0:764779eedf2d 99 phyAckRequired_t ackRequired;
andreikovacs 0:764779eedf2d 100 uint8_t psduLength;
andreikovacs 0:764779eedf2d 101 #ifdef gPHY_802_15_4g_d
andreikovacs 0:764779eedf2d 102 phyPHR_t phyHeader;
andreikovacs 0:764779eedf2d 103 uint8_t macDataIndex;
andreikovacs 0:764779eedf2d 104 uint8_t fillFifoBlockLength;
andreikovacs 0:764779eedf2d 105 #endif // gPHY_802_15_4g_d
andreikovacs 0:764779eedf2d 106 uint8_t * pPsdu;
andreikovacs 0:764779eedf2d 107 } pdDataReq_t;
andreikovacs 0:764779eedf2d 108
andreikovacs 0:764779eedf2d 109 typedef struct pdDataCnf_tag
andreikovacs 0:764779eedf2d 110 {
andreikovacs 0:764779eedf2d 111 phyStatus_t status;
andreikovacs 0:764779eedf2d 112 } pdDataCnf_t;
andreikovacs 0:764779eedf2d 113
andreikovacs 0:764779eedf2d 114 typedef struct pdDataInd_tag
andreikovacs 0:764779eedf2d 115 {
andreikovacs 0:764779eedf2d 116 phyTimeTimestamp_t timeStamp;
andreikovacs 0:764779eedf2d 117 uint8_t ppduLinkQuality;
andreikovacs 0:764779eedf2d 118 uint8_t psduLength;
andreikovacs 0:764779eedf2d 119 uint8_t * pPsdu;
andreikovacs 0:764779eedf2d 120 #ifdef gPHY_802_15_4g_d
andreikovacs 0:764779eedf2d 121 uint32_t crcValue;
andreikovacs 0:764779eedf2d 122 bool_t crcValid;
andreikovacs 0:764779eedf2d 123 #endif
andreikovacs 0:764779eedf2d 124 } pdDataInd_t;
andreikovacs 0:764779eedf2d 125
andreikovacs 0:764779eedf2d 126 typedef struct pdIndQueueInsertReq_tag
andreikovacs 0:764779eedf2d 127 {
andreikovacs 0:764779eedf2d 128 uint8_t index;
andreikovacs 0:764779eedf2d 129 uint16_t checksum;
andreikovacs 0:764779eedf2d 130 } pdIndQueueInsertReq_t;
andreikovacs 0:764779eedf2d 131
andreikovacs 0:764779eedf2d 132 typedef struct pdIndQueueInsertCnf_tag
andreikovacs 0:764779eedf2d 133 {
andreikovacs 0:764779eedf2d 134 phyStatus_t status;
andreikovacs 0:764779eedf2d 135 } pdIndQueueInsertCnf_t;
andreikovacs 0:764779eedf2d 136
andreikovacs 0:764779eedf2d 137 typedef struct pdIndQueueRemoveReq_tag
andreikovacs 0:764779eedf2d 138 {
andreikovacs 0:764779eedf2d 139 uint8_t index;
andreikovacs 0:764779eedf2d 140 } pdIndQueueRemoveReq_t;
andreikovacs 0:764779eedf2d 141
andreikovacs 0:764779eedf2d 142 typedef struct plmeEdReq_tag
andreikovacs 0:764779eedf2d 143 {
andreikovacs 0:764779eedf2d 144 phyTime_t startTime; // absolute
andreikovacs 0:764779eedf2d 145 } plmeEdReq_t;
andreikovacs 0:764779eedf2d 146
andreikovacs 0:764779eedf2d 147 typedef struct plmeCcaReq_tag
andreikovacs 0:764779eedf2d 148 {
andreikovacs 0:764779eedf2d 149 phyCCAType_t ccaType;
andreikovacs 0:764779eedf2d 150 phyContCCAMode_t contCcaMode;
andreikovacs 0:764779eedf2d 151 } plmeCcaReq_t;
andreikovacs 0:764779eedf2d 152
andreikovacs 0:764779eedf2d 153 typedef struct plmeCcaCnf_tag
andreikovacs 0:764779eedf2d 154 {
andreikovacs 0:764779eedf2d 155 phyStatus_t status;
andreikovacs 0:764779eedf2d 156 } plmeCcaCnf_t;
andreikovacs 0:764779eedf2d 157
andreikovacs 0:764779eedf2d 158 typedef struct plmeEdCnf_tag
andreikovacs 0:764779eedf2d 159 {
andreikovacs 0:764779eedf2d 160 phyStatus_t status;
andreikovacs 0:764779eedf2d 161 uint8_t energyLevel;
andreikovacs 0:764779eedf2d 162 uint8_t energyLeveldB;
andreikovacs 0:764779eedf2d 163 } plmeEdCnf_t;
andreikovacs 0:764779eedf2d 164
andreikovacs 0:764779eedf2d 165 typedef struct plmeSetTRxStateReq_tag
andreikovacs 0:764779eedf2d 166 {
andreikovacs 0:764779eedf2d 167 phyState_t state;
andreikovacs 0:764779eedf2d 168 phySlottedMode_t slottedMode;
andreikovacs 0:764779eedf2d 169 phyTime_t startTime; // absolute
andreikovacs 0:764779eedf2d 170 uint32_t rxDuration; // relative
andreikovacs 0:764779eedf2d 171 } plmeSetTRxStateReq_t;
andreikovacs 0:764779eedf2d 172
andreikovacs 0:764779eedf2d 173 typedef struct phyTimeEvent_tag
andreikovacs 0:764779eedf2d 174 {
andreikovacs 0:764779eedf2d 175 phyTimeTimestamp_t timestamp; // absolute
andreikovacs 0:764779eedf2d 176 phyTimeCallback_t callback;
andreikovacs 0:764779eedf2d 177 uint32_t parameter;
andreikovacs 0:764779eedf2d 178 }phyTimeEvent_t;
andreikovacs 0:764779eedf2d 179
andreikovacs 0:764779eedf2d 180 typedef struct plmeSetTRxStateCnf_tag
andreikovacs 0:764779eedf2d 181 {
andreikovacs 0:764779eedf2d 182 phyStatus_t status;
andreikovacs 0:764779eedf2d 183 } plmeSetTRxStateCnf_t;
andreikovacs 0:764779eedf2d 184
andreikovacs 0:764779eedf2d 185 typedef struct plmeSetReq_tag
andreikovacs 0:764779eedf2d 186 {
andreikovacs 0:764779eedf2d 187 phyPibId_t PibAttribute;
andreikovacs 0:764779eedf2d 188 uint64_t PibAttributeValue;
andreikovacs 0:764779eedf2d 189 } plmeSetReq_t;
andreikovacs 0:764779eedf2d 190
andreikovacs 0:764779eedf2d 191 typedef struct plmeSetCnf_tag
andreikovacs 0:764779eedf2d 192 {
andreikovacs 0:764779eedf2d 193 phyStatus_t status;
andreikovacs 0:764779eedf2d 194 phyPibId_t PibAttribute;
andreikovacs 0:764779eedf2d 195 } plmeSetCnf_t;
andreikovacs 0:764779eedf2d 196
andreikovacs 0:764779eedf2d 197 typedef struct plmeGetReq_tag
andreikovacs 0:764779eedf2d 198 {
andreikovacs 0:764779eedf2d 199 phyPibId_t PibAttribute;
andreikovacs 0:764779eedf2d 200 uint64_t * pPibAttributeValue;
andreikovacs 0:764779eedf2d 201 } plmeGetReq_t;
andreikovacs 0:764779eedf2d 202
andreikovacs 0:764779eedf2d 203 typedef struct plmeGetCnf_tag
andreikovacs 0:764779eedf2d 204 {
andreikovacs 0:764779eedf2d 205 phyStatus_t status;
andreikovacs 0:764779eedf2d 206 phyPibId_t PibAttribute;
andreikovacs 0:764779eedf2d 207 uint64_t PibAttributeValue;
andreikovacs 0:764779eedf2d 208 } plmeGetCnf_t;
andreikovacs 0:764779eedf2d 209
andreikovacs 0:764779eedf2d 210 typedef struct macToPlmeMessage_tag
andreikovacs 0:764779eedf2d 211 {
andreikovacs 0:764779eedf2d 212 phyMessageId_t msgType;
andreikovacs 0:764779eedf2d 213 uint8_t macInstance;
andreikovacs 0:764779eedf2d 214 union
andreikovacs 0:764779eedf2d 215 {
andreikovacs 0:764779eedf2d 216 plmeEdReq_t edReq;
andreikovacs 0:764779eedf2d 217 plmeCcaReq_t ccaReq;
andreikovacs 0:764779eedf2d 218 plmeSetTRxStateReq_t setTRxStateReq;
andreikovacs 0:764779eedf2d 219 plmeSetReq_t setReq;
andreikovacs 0:764779eedf2d 220 plmeGetReq_t getReq;
andreikovacs 0:764779eedf2d 221 }msgData;
andreikovacs 0:764779eedf2d 222 } macToPlmeMessage_t;
andreikovacs 0:764779eedf2d 223
andreikovacs 0:764779eedf2d 224 typedef struct macToPdDataMessage_tag
andreikovacs 0:764779eedf2d 225 {
andreikovacs 0:764779eedf2d 226 phyMessageId_t msgType;
andreikovacs 0:764779eedf2d 227 uint8_t macInstance;
andreikovacs 0:764779eedf2d 228 union
andreikovacs 0:764779eedf2d 229 {
andreikovacs 0:764779eedf2d 230 pdDataReq_t dataReq;
andreikovacs 0:764779eedf2d 231 pdIndQueueInsertReq_t indQueueInsertReq;
andreikovacs 0:764779eedf2d 232 pdIndQueueRemoveReq_t indQueueRemoveReq;
andreikovacs 0:764779eedf2d 233 }msgData;
andreikovacs 0:764779eedf2d 234 } macToPdDataMessage_t;
andreikovacs 0:764779eedf2d 235
andreikovacs 0:764779eedf2d 236 typedef struct plmeToMacMessage_tag
andreikovacs 0:764779eedf2d 237 {
andreikovacs 0:764779eedf2d 238 phyMessageId_t msgType;
andreikovacs 0:764779eedf2d 239 uint8_t macInstance;
andreikovacs 0:764779eedf2d 240 union
andreikovacs 0:764779eedf2d 241 {
andreikovacs 0:764779eedf2d 242 plmeCcaCnf_t ccaCnf;
andreikovacs 0:764779eedf2d 243 plmeEdCnf_t edCnf;
andreikovacs 0:764779eedf2d 244 plmeSetTRxStateCnf_t setTRxStateCnf;
andreikovacs 0:764779eedf2d 245 plmeSetCnf_t setCnf;
andreikovacs 0:764779eedf2d 246 plmeGetCnf_t getCnf;
andreikovacs 0:764779eedf2d 247 }msgData;
andreikovacs 0:764779eedf2d 248 } plmeToMacMessage_t;
andreikovacs 0:764779eedf2d 249
andreikovacs 0:764779eedf2d 250 typedef struct pdDataToMacMessage_tag
andreikovacs 0:764779eedf2d 251 {
andreikovacs 0:764779eedf2d 252 phyMessageId_t msgType;
andreikovacs 0:764779eedf2d 253 uint8_t macInstance;
andreikovacs 0:764779eedf2d 254 union
andreikovacs 0:764779eedf2d 255 {
andreikovacs 0:764779eedf2d 256 pdDataCnf_t dataCnf;
andreikovacs 0:764779eedf2d 257 pdDataInd_t dataInd;
andreikovacs 0:764779eedf2d 258 pdIndQueueInsertCnf_t indQueueInsertCnf;
andreikovacs 0:764779eedf2d 259 }msgData;
andreikovacs 0:764779eedf2d 260 } pdDataToMacMessage_t;
andreikovacs 0:764779eedf2d 261
andreikovacs 0:764779eedf2d 262 typedef struct phyMessageHeader_tag
andreikovacs 0:764779eedf2d 263 {
andreikovacs 0:764779eedf2d 264 phyMessageId_t msgType;
andreikovacs 0:764779eedf2d 265 uint8_t macInstance;
andreikovacs 0:764779eedf2d 266 } phyMessageHeader_t;
andreikovacs 0:764779eedf2d 267
andreikovacs 0:764779eedf2d 268 typedef struct phyRxParams_tag {
andreikovacs 0:764779eedf2d 269 phyTime_t timeStamp;
andreikovacs 0:764779eedf2d 270 uint8_t psduLength;
andreikovacs 0:764779eedf2d 271 uint8_t linkQuality;
andreikovacs 0:764779eedf2d 272 #ifdef gPHY_802_15_4g_d
andreikovacs 0:764779eedf2d 273 uint8_t headerLength;
andreikovacs 0:764779eedf2d 274 uint8_t macDataIndex;
andreikovacs 0:764779eedf2d 275 uint8_t unfillFifoBlockLength;
andreikovacs 0:764779eedf2d 276 phyPHR_t phyHeader;
andreikovacs 0:764779eedf2d 277 #else
andreikovacs 0:764779eedf2d 278 phySlottedMode_t phyRxMode;
andreikovacs 0:764779eedf2d 279 pdDataToMacMessage_t *pRxData;
andreikovacs 0:764779eedf2d 280 #endif // gPHY_802_15_4g_d
andreikovacs 0:764779eedf2d 281 } phyRxParams_t;
andreikovacs 0:764779eedf2d 282
andreikovacs 0:764779eedf2d 283 typedef struct phyChannelParams_tag {
andreikovacs 0:764779eedf2d 284 union{
andreikovacs 0:764779eedf2d 285 phyStatus_t channelStatus;
andreikovacs 0:764779eedf2d 286 uint8_t energyLeveldB;
andreikovacs 0:764779eedf2d 287 };
andreikovacs 0:764779eedf2d 288 #ifdef gPHY_802_15_4g_d
andreikovacs 0:764779eedf2d 289 uint8_t ccaThreshold;
andreikovacs 0:764779eedf2d 290 uint8_t ccaParam;
andreikovacs 0:764779eedf2d 291 #endif // gPHY_802_15_4g_d
andreikovacs 0:764779eedf2d 292 } phyChannelParams_t;
andreikovacs 0:764779eedf2d 293
andreikovacs 0:764779eedf2d 294 typedef struct phyTxParams_tag {
andreikovacs 0:764779eedf2d 295 uint8_t numOfCca;
andreikovacs 0:764779eedf2d 296 phyAckRequired_t ackRequired;
andreikovacs 0:764779eedf2d 297 } phyTxParams_t;
andreikovacs 0:764779eedf2d 298
andreikovacs 0:764779eedf2d 299 typedef phyStatus_t ( * PD_MAC_SapHandler_t)(pdDataToMacMessage_t * pMsg, instanceId_t instanceId);
andreikovacs 0:764779eedf2d 300
andreikovacs 0:764779eedf2d 301 typedef phyStatus_t ( * PLME_MAC_SapHandler_t)(plmeToMacMessage_t * pMsg, instanceId_t instanceId);
andreikovacs 0:764779eedf2d 302
andreikovacs 0:764779eedf2d 303 #ifdef __cplusplus
andreikovacs 0:764779eedf2d 304 extern "C" {
andreikovacs 0:764779eedf2d 305 #endif
andreikovacs 0:764779eedf2d 306
andreikovacs 0:764779eedf2d 307 /************************************************************************************
andreikovacs 0:764779eedf2d 308 *************************************************************************************
andreikovacs 0:764779eedf2d 309 * Public memory declarations
andreikovacs 0:764779eedf2d 310 *************************************************************************************
andreikovacs 0:764779eedf2d 311 ************************************************************************************/
andreikovacs 0:764779eedf2d 312 extern const uint8_t gPhyIndirectQueueSize_c;
andreikovacs 0:764779eedf2d 313
andreikovacs 0:764779eedf2d 314 /************************************************************************************
andreikovacs 0:764779eedf2d 315 *************************************************************************************
andreikovacs 0:764779eedf2d 316 * Public functions
andreikovacs 0:764779eedf2d 317 *************************************************************************************
andreikovacs 0:764779eedf2d 318 ************************************************************************************/
andreikovacs 0:764779eedf2d 319
andreikovacs 0:764779eedf2d 320 void Phy_Init( void );
andreikovacs 0:764779eedf2d 321
andreikovacs 0:764779eedf2d 322 instanceId_t BindToPHY( instanceId_t macInstance );
andreikovacs 0:764779eedf2d 323
andreikovacs 0:764779eedf2d 324 // SAPs
andreikovacs 0:764779eedf2d 325 void Phy_RegisterSapHandlers(PD_MAC_SapHandler_t pPD_MAC_SapHandler, PLME_MAC_SapHandler_t pPLME_MAC_SapHandler, instanceId_t instanceId);
andreikovacs 0:764779eedf2d 326
andreikovacs 0:764779eedf2d 327 phyStatus_t MAC_PD_SapHandler(macToPdDataMessage_t * pMsg, instanceId_t phyInstance);
andreikovacs 0:764779eedf2d 328
andreikovacs 0:764779eedf2d 329 phyStatus_t MAC_PLME_SapHandler(macToPlmeMessage_t * pMsg, instanceId_t phyInstance);
andreikovacs 0:764779eedf2d 330
andreikovacs 0:764779eedf2d 331 // PHY Time
andreikovacs 0:764779eedf2d 332 void PhyTime_Maintenance ( void );
andreikovacs 0:764779eedf2d 333
andreikovacs 0:764779eedf2d 334 void PhyTime_RunCallback ( void );
andreikovacs 0:764779eedf2d 335
andreikovacs 0:764779eedf2d 336 void PhyTime_ISR ( void );
andreikovacs 0:764779eedf2d 337
andreikovacs 0:764779eedf2d 338 phyTimeStatus_t PhyTime_TimerInit ( void (*cb)(void) );
andreikovacs 0:764779eedf2d 339
andreikovacs 0:764779eedf2d 340 phyTimeTimestamp_t PhyTime_GetTimestamp ( void );
andreikovacs 0:764779eedf2d 341
andreikovacs 0:764779eedf2d 342 phyTimeTimerId_t PhyTime_ScheduleEvent( phyTimeEvent_t *pEvent );
andreikovacs 0:764779eedf2d 343
andreikovacs 0:764779eedf2d 344 phyTimeStatus_t PhyTime_CancelEvent ( phyTimeTimerId_t timerId );
andreikovacs 0:764779eedf2d 345
andreikovacs 0:764779eedf2d 346 phyTimeStatus_t PhyTime_CancelEventsWithParam ( uint32_t param );
andreikovacs 0:764779eedf2d 347
andreikovacs 0:764779eedf2d 348 #ifdef __cplusplus
andreikovacs 0:764779eedf2d 349 }
andreikovacs 0:764779eedf2d 350 #endif
andreikovacs 0:764779eedf2d 351
andreikovacs 0:764779eedf2d 352 #endif /* _PHY_INTERFACE_H */