begriffs open source - cmsis-driver-validation/blob - Source/Config/DV_Config.h

   1 /*-----------------------------------------------------------------------------
   2  *      Name:         DV_Config.h
   3  *      Purpose:      DV Config header
   4  *----------------------------------------------------------------------------
   5  *      Copyright(c) KEIL - An ARM Company
   6  *----------------------------------------------------------------------------*/
   7 #ifndef __DV_CONFIG_H
   8 #define __DV_CONFIG_H
   9
  10 #include <stdint.h>
  11 #include "RTE_Components.h"
  12
  13 //-------- <<< Use Configuration Wizard in Context Menu >>> --------------------
  14
  15 // <h> Common Test Settings
  16 // <o> Print Output Format <0=> Plain Text <1=> XML
  17 // <i> Set the test results output format to plain text or XML
  18 #ifndef PRINT_XML_REPORT
  19 #define PRINT_XML_REPORT            0
  20 #endif
  21 // <o> Buffer size for assertions results
  22 // <i> Set the buffer size for assertions results buffer
  23 #define BUFFER_ASSERTIONS           128
  24 // <h> Buffer sizes
  25 // <i> Enable/disable buffer sizes (bytes)
  26 // <q> 1 - 32
  27 #define BUFFER_ELEM_1_32            0
  28 // <q> 512
  29 #define BUFFER_ELEM_512             1
  30 // <q> 1024
  31 #define BUFFER_ELEM_1024            0
  32 // <q> 4096
  33 #define BUFFER_ELEM_4096            0
  34 // <q> 32768
  35 #define BUFFER_ELEM_32768           0
  36 // </h>
  37 // <o> Buffer size for baudrate test
  38 // <i> Set the buffer sizes (bytes)
  39 #define BUFFER_SIZE_BR              512
  40 // <o> Buffer pattern <0=> 0x55, 0xAA <1=> 0x12, 0x34, 0x56, 0x78
  41 // <i> Set the buffer pattern
  42 #define BUFFER_PATTERN_INDEX        0
  43 #if    (BUFFER_PATTERN_INDEX == 0)
  44 #define BUFFER_PATTERN {0x55, 0xAA}
  45 #endif
  46 // </h>
  47
  48 // <h> SPI
  49 // <o> Driver_SPI# <0-255>
  50 // <i> Choose the Driver_SPI# instance to be tested
  51 #define DRV_SPI                          0
  52 // <h> SPI bus speed
  53 // <i> Set the SPI bus speed (kHz)
  54 // <i> Value zero is ignored
  55 // <o> SPI bus speed 1
  56 #define SPI_BR_1                         400
  57 // <o> SPI bus speed 2
  58 #define SPI_BR_2                         1000
  59 // <o> SPI bus speed 3
  60 #define SPI_BR_3                         4000
  61 // <o> SPI bus speed 4
  62 #define SPI_BR_4                         10000
  63 // <o> SPI bus speed 5
  64 #define SPI_BR_5                         25000
  65 // <o> SPI bus speed 6
  66 #define SPI_BR_6                         50000
  67 // </h>
  68 // <o> Percentual trigger for bus speed test
  69 // <i> Set the minimum margin between measured and expected bus speeds (%)
  70 #define MIN_BUS_SPEED                    5
  71 // <o> SPI data bits
  72 // <i> Set the SPI data bits
  73 #define SPI_DATA_BITS 8
  74 // <o> Transfer timeout
  75 // <i> Set the transfer timeout (us)
  76 #define SPI_TRANSFER_TIMEOUT 1000000
  77 // <h> Test Cases
  78 // <i> Enable/disable test cases
  79 // <q> SPI_GetCapabilities
  80 #define SPI_GETCAPABILITIES_EN           1
  81 // <q> SPI_Initialization
  82 #define SPI_INITIALIZATION_EN            1
  83 // <q> SPI_PowerControl
  84 #define SPI_POWERCONTROL_EN              1
  85 // <q> SPI_Config_PolarityPhase
  86 #define SPI_CONFIG_POLARITYPHASE_EN      1
  87 // <q> SPI_Config_DataBits
  88 #define SPI_CONFIG_DATABITS_EN           1
  89 // <q> SPI_Config_BitOrder
  90 #define SPI_CONFIG_BITORDER_EN           1
  91 // <q> SPI_Config_SSMode
  92 #define SPI_CONFIG_SSMODE_EN             1
  93 // <q> SPI_Config_BusSpeed
  94 #define SPI_CONFIG_BUSSPEED_EN           1
  95 // <q> SPI_Config_CommonParams
  96 #define SPI_CONFIG_COMMONPARAMS_EN       1
  97 // <q> SPI_Send
  98 #define SPI_SEND_EN                      1
  99 // <q> SPI_Receive
 100 #define SPI_RECEIVE_EN                   1
 101 // <q> SPI_Loopback_CheckBusSpeed
 102 #define SPI_LOOPBACK_CHECKBUSSPEED_EN    1
 103 // <q> SPI_Loopback_Transfer
 104 #define SPI_LOOPBACK_TRANSFER_EN         1
 105 // <q> SPI_CheckInvalidInit
 106 #define SPI_CHECKINVALIDINIT_EN          1
 107 // </h>
 108 // </h>
 109
 110 // <h> USART
 111 // <o> Driver_USART# <0-255>
 112 // <i> Choose the Driver_USART# instance to be tested
 113 #define DRV_USART                        0
 114 // <h> USART baudrates
 115 // <i> Set the USART baudrates (bps)
 116 // <i> Value zero is ignored
 117 // <o> USART baudrate 1
 118 #define USART_BR_1                         9600
 119 // <o> USART baudrate 2
 120 #define USART_BR_2                         19200
 121 // <o> USART baudrate 3
 122 #define USART_BR_3                         38400
 123 // <o> USART baudrate 4
 124 #define USART_BR_4                         57600
 125 // <o> USART baudrate 5
 126 #define USART_BR_5                         115200
 127 // <o> USART baudrate 6
 128 #define USART_BR_6                         921600
 129 // </h>
 130 // <o> Percentual tolerance for baudrate test
 131 // <i> Set the tolerance between measured and expected baudrates (%)
 132 #define TOLERANCE_BR                     5
 133 // <o> USART data bits
 134 // <i> Set the USART data bits
 135 #define USART_DATA_BITS 8
 136 // <o> Transfer timeout
 137 // <i> Set the transfer timeout (us)
 138 #define USART_TRANSFER_TIMEOUT 1000000
 139 // <h> Test Cases
 140 // <i> Enable/disable test cases
 141 // <q> USART_GetCapabilities
 142 #define USART_GETCAPABILITIES_EN         1
 143 // <q> USART_Initialization
 144 #define USART_INITIALIZATION_EN          1
 145 // <q> USART_PowerControl
 146 #define USART_POWERCONTROL_EN            1
 147 // <q> USART_Config_PolarityPhase
 148 #define USART_CONFIG_POLARITYPHASE_EN    1
 149 // <q> USART_Config_DataBits
 150 #define USART_CONFIG_DATABITS_EN         1
 151 // <q> USART_Config_StopBits
 152 #define USART_CONFIG_STOPBITS_EN         1
 153 // <q> USART_Config_Parity
 154 #define USART_CONFIG_PARITY_EN           1
 155 // <q> USART_Config_Baudrate
 156 #define USART_CONFIG_BAUDRATE_EN         1
 157 // <q> USART_Config_CommonParams
 158 #define USART_CONFIG_COMMONPARAMS_EN     1
 159 // <q> USART_Send
 160 #define USART_SEND_EN                    1
 161 // <q> USART_Loopback_CheckBaudrate
 162 #define USART_LOOPBACK_CHECKBAUDRATE_EN  1
 163 // <q> USART_Loopback_Transfer
 164 #define USART_LOOPBACK_TRANSFER_EN       1
 165 // <q> USART_CheckInvalidInit
 166 #define USART_CHECKINVALIDINIT_EN        1
 167 // </h>
 168 // </h>
 169
 170 // <h> Ethernet
 171 // <o> Driver_ETH_MAC# <0-255>
 172 // <i> Choose the Driver_ETH_MAC# instance to be tested
 173 #define DRV_ETH                          0
 174 // <o> Link timeout
 175 // <i> Set the Ethernet link timeout (us)
 176 #define ETH_LINK_TIMEOUT 3000000
 177 // <o> Transfer timeout
 178 // <i> Set the transfer timeout (us)
 179 #define ETH_TRANSFER_TIMEOUT 1000000
 180 // <o> Time duration for PTP Control Time
 181 // <i> Set time duration for Control Time tests (ms)
 182 #define ETH_PTP_TIME_REF                 1000
 183 // <o> Tolerance for PTP Control Time
 184 // <i> Set tolerance for Control Time tests (ns)
 185 #define ETH_PTP_TOLERANCE                0
 186 // <h> Test Cases
 187 // <i> Enable/disable test cases
 188 // <q> ETH_MAC_GetCapabilities
 189 #define ETH_MAC_GETCAPABILITIES_EN       1
 190 // <q> ETH_MAC_Initialization
 191 #define ETH_MAC_INITIALIZATION_EN        1
 192 // <q> ETH_MAC_PowerControl
 193 #define ETH_MAC_POWERCONTROL_EN          1
 194 // <q> ETH_MAC_SetBusSpeed
 195 #define ETH_MAC_SETBUSSPEED_EN           1
 196 // <q> ETH_MAC_Config_Mode
 197 #define ETH_MAC_CONFIG_MODE_EN           1
 198 // <q> ETH_MAC_Config_CommonParams
 199 #define ETH_MAC_CONFIG_COMMONPARAMS_EN   1
 200 // <q> ETH_MAC_PTP_ControlTimer
 201 #define ETH_MAC_PTP_CONTROLTIMER_EN      1
 202 // <q> ETH_PHY_Initialization
 203 #define ETH_PHY_INITIALIZATION_EN        1
 204 // <q> ETH_PHY_PowerControl
 205 #define ETH_PHY_POWERCONTROL_EN          1
 206 // <q> ETH_PHY_Config
 207 #define ETH_PHY_CONFIG_EN                1
 208 // <q> ETH_Loopback_Transfer
 209 #define ETH_LOOPBACK_TRANSFER_EN         1
 210 // <q> ETH_Loopback_PTP
 211 #define ETH_LOOPBACK_PTP_EN              1
 212 // <q> ETH_PHY_CheckInvalidInit
 213 #define ETH_PHY_CHECKINVALIDINIT_EN      1
 214 // <q> ETH_MAC_CheckInvalidInit
 215 #define ETH_MAC_CHECKINVALIDINIT_EN      1
 216 // </h>
 217 // </h>
 218
 219 // <h> I2C
 220 // <o> Driver_I2C# <0-255>
 221 // <i> Choose the Driver_I2C# instance to be tested
 222 #define DRV_I2C                          1
 223 // <h> Test Cases
 224 // <i> Enable/disable test cases
 225 // <q> I2C_GetCapabilities
 226 #define I2C_GETCAPABILITIES_EN           1
 227 // <q> I2C_Initialization
 228 #define I2C_INITIALIZATION_EN            1
 229 // <q> I2C_PowerControl
 230 #define I2C_POWERCONTROL_EN              1
 231 // <q> I2C_SetBusSpeed
 232 #define I2C_SETBUSSPEED_EN               1
 233 // <q> I2C_SetOwnAddress
 234 #define I2C_SETOWNADDRESS_EN             1
 235 // <q> I2C_BusClear
 236 #define I2C_BUSCLEAR_EN                  1
 237 // <q> I2C_AbortTransfer
 238 #define I2C_ABORTTRANSFER_EN             1
 239 // <q> I2C_CheckInvalidInit
 240 #define I2C_CHECKINVALIDINIT_EN          1
 241 // </h>
 242 // </h>
 243
 244 // <h> MCI
 245 // <o> Driver_MCI# <0-255>
 246 // <i> Choose the Driver_MCI# instance to be tested
 247 #define DRV_MCI                          0
 248 // <h> Test Cases
 249 // <i> Enable/disable test cases
 250 // <q> MCI_GetCapabilities
 251 #define MCI_GETCAPABILITIES_EN           1
 252 // <q> MCI_Initialization
 253 #define MCI_INITIALIZATION_EN            1
 254 // <q> MCI_PowerControl
 255 #define MCI_POWERCONTROL_EN              1
 256 // <q> MCI_SetBusSpeedMode
 257 #define MCI_SETBUSSPEEDMODE_EN           1
 258 // <q> MCI_Config_DataWidth
 259 #define MCI_CONFIG_DATAWIDTH_EN          1
 260 // <q> MCI_Config_CmdLineMode
 261 #define MCI_CONFIG_CMDLINEMODE_EN        1
 262 // <q> MCI_Config_DriverStrength
 263 #define MCI_CONFIG_DRIVERSTRENGTH_EN     1
 264 // <q> MCI_CheckInvalidInit
 265 #define MCI_CHECKINVALIDINIT_EN          1
 266 // </h>
 267 // </h>
 268
 269 // <h> USB Device
 270 // <o> Driver_USBD# <0-255>
 271 // <i> Choose the Driver_USBD# instance to be tested
 272 #define DRV_USBD                         0
 273 // <h> Test Cases
 274 // <i> Enable/disable test cases
 275 // <q> USBD_GetCapabilities
 276 #define USBD_GETCAPABILITIES_EN          1
 277 // <q> USBD_Initialization
 278 #define USBD_INITIALIZATION_EN           1
 279 // <q> USBD_PowerControl
 280 #define USBD_POWERCONTROL_EN             1
 281 // <q> USBD_CheckInvalidInit
 282 #define USBD_CHECKINVALIDINIT_EN         1
 283 // </h>
 284 // </h>
 285
 286 // <h> USB Host
 287 // <o> Driver_USBH# <0-255>
 288 // <i> Choose the Driver_USBH# instance to be tested
 289 #define DRV_USBH                         0
 290 // <h> Test Cases
 291 // <i> Enable/disable test cases
 292 // <q> USBH_GetCapabilities
 293 #define USBH_GETCAPABILITIES_EN          1
 294 // <q> USBH_Initialization
 295 #define USBH_INITIALIZATION_EN           1
 296 // <q> USBH_PowerControl
 297 #define USBH_POWERCONTROL_EN             1
 298 // <q> USBH_CheckInvalidInit
 299 #define USBH_CHECKINVALIDINIT_EN         1
 300 // </h>
 301 // </h>
 302
 303 // <h> CAN
 304 // <o> Driver_CAN# <0-255>
 305 // <i> Choose the Driver_USBD# instance to be tested
 306 #define DRV_CAN                         0
 307 // <h> CAN bitrates
 308 // <i> Set the CAN bitrates (kbit/s)
 309 // <i> Value zero is ignored
 310 // <o> CAN bitrate 1
 311 #define CAN_BR_1                         125
 312 // <o> CAN bitrate 2
 313 #define CAN_BR_2                         250
 314 // <o> CAN bitrate 3
 315 #define CAN_BR_3                         500
 316 // <o> CAN bitrate 4
 317 #define CAN_BR_4                         1000
 318 // <o> CAN bitrate 5
 319 #define CAN_BR_5                         0
 320 // <o> CAN bitrate 6
 321 #define CAN_BR_6                         0
 322 // </h>
 323 // <o> Ratio data/arbitration bitrate
 324 // <i> Set the ratio between data and arbitration bitrate for CAN FD
 325 #define CAN_DATA_ARB_RATIO               8
 326 // <o> Percentual trigger for bitrate test
 327 // <i> Set the minimum margin between measured and expected birates (%)
 328 #define MIN_BITRATE                      10
 329 // <o> Transfer timeout
 330 // <i> Set the transfer timeout (us)
 331 #define CAN_TRANSFER_TIMEOUT 1000000
 332 // <h> Test Cases
 333 // <i> Enable/disable test cases
 334 // <q> CAN_GetCapabilities
 335 #define CAN_GETCAPABILITIES_EN          1
 336 // <q> CAN_Initialization
 337 #define CAN_INITIALIZATION_EN           1
 338 // <q> CAN_PowerControl
 339 #define CAN_POWERCONTROL_EN             1
 340 // <q> CAN_Loopback_CheckBitrate
 341 #define CAN_LOOPBACK_CHECK_BR_EN        1
 342 // <q> CAN_Loopback_CheckBitrateFD
 343 #define CAN_LOOPBACK_CHECK_BR_FD_EN     1
 344 // <q> CAN_Loopback_Transfer
 345 #define CAN_LOOPBACK_TRANSFER_EN        1
 346 // <q> CAN_Loopback_TransferFD
 347 #define CAN_LOOPBACK_TRANSFER_FD_EN     1
 348 // <q> CAN_CheckInvalidInit
 349 #define CAN_CHECKINVALIDINIT_EN         1
 350 // </h>
 351 // </h>
 352
 353 //------------------------------------------------------------------------------
 354
 355 // Device specific local loopback settings
 356 #define SPI_LOCAL_LOOPBACK()
 357 #define USART_LOCAL_LOOPBACK()
 358
 359 #endif /* __DV_CONFIG_H */