ISSDK  1.8
IoT Sensing Software Development Kit
frdm_k64f.c
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1 /*
2  * Copyright (c) 2016, Freescale Semiconductor, Inc.
3  * Copyright 2016-2017 NXP
4  * All rights reserved.
5  *
6  * SPDX-License-Identifier: BSD-3-Clause
7  */
8 
9 /**
10  * @file frdm_k64f.c
11  * @brief The frdm_k64f.c file defines GPIO pins and I2C CMSIS utilities for FRDM-K64F board.
12  */
13 
14 #include "frdm_k64f.h"
15 
16 // I2C0 Pin Handles
17 gpioHandleKSDK_t D15 = {.base = GPIOE,
18  .portBase = PORTE,
19  .pinNumber = 24,
20  .mask = 1 << (24),
21  .irq = PORTE_IRQn,
22  .clockName = kCLOCK_PortE,
23  .portNumber = PORTE_NUM};
24 gpioHandleKSDK_t D14 = {.base = GPIOE,
25  .portBase = PORTE,
26  .pinNumber = 25,
27  .mask = 1 << (25),
28  .irq = PORTE_IRQn,
29  .clockName = kCLOCK_PortE,
30  .portNumber = PORTE_NUM};
31 
32 // I2C1 Handle
33 gpioHandleKSDK_t A5 = {.base = GPIOC,
34  .portBase = PORTC,
35  .pinNumber = 10,
36  .mask = 1 << (10),
37  .irq = PORTC_IRQn,
38  .clockName = kCLOCK_PortC,
39  .portNumber = PORTC_NUM};
40 gpioHandleKSDK_t A4 = {.base = GPIOC,
41  .portBase = PORTC,
42  .pinNumber = 11,
43  .mask = 1 << (11),
44  .irq = PORTC_IRQn,
45  .clockName = kCLOCK_PortC,
46  .portNumber = PORTC_NUM};
47 
48 // SPI0 Handle
49 gpioHandleKSDK_t D13 = {.base = GPIOD,
50  .portBase = PORTD,
51  .pinNumber = 1,
52  .mask = 1 << (1),
53  .irq = PORTD_IRQn,
54  .clockName = kCLOCK_PortD,
55  .portNumber = PORTD_NUM};
56 gpioHandleKSDK_t D11 = {.base = GPIOD,
57  .portBase = PORTD,
58  .pinNumber = 2,
59  .mask = 1 << (2),
60  .irq = PORTD_IRQn,
61  .clockName = kCLOCK_PortD,
62  .portNumber = PORTD_NUM};
63 gpioHandleKSDK_t D12 = {.base = GPIOD,
64  .portBase = PORTD,
65  .pinNumber = 3,
66  .mask = 1 << (3),
67  .irq = PORTD_IRQn,
68  .clockName = kCLOCK_PortD,
69  .portNumber = PORTD_NUM};
70 
71 // UART3 Handle
72 gpioHandleKSDK_t D0 = {.base = GPIOC,
73  .portBase = PORTC,
74  .pinNumber = 16,
75  .mask = 1 << (16),
76  .irq = PORTC_IRQn,
77  .clockName = kCLOCK_PortC,
78  .portNumber = PORTC_NUM};
79 gpioHandleKSDK_t D1 = {.base = GPIOC,
80  .portBase = PORTC,
81  .pinNumber = 17,
82  .mask = 1 << (17),
83  .irq = PORTC_IRQn,
84  .clockName = kCLOCK_PortC,
85  .portNumber = PORTC_NUM};
86 
87 // FRDM-K64F Arduino Connector Pin Defintion
88 gpioHandleKSDK_t A0 = {.base = GPIOB,
89  .portBase = PORTB,
90  .pinNumber = 2,
91  .mask = 1 << (2),
92  .irq = PORTB_IRQn,
93  .clockName = kCLOCK_PortB,
94  .portNumber = PORTB_NUM};
95 gpioHandleKSDK_t A1 = {.base = GPIOB,
96  .portBase = PORTB,
97  .pinNumber = 3,
98  .mask = 1 << (3),
99  .irq = PORTB_IRQn,
100  .clockName = kCLOCK_PortB,
101  .portNumber = PORTB_NUM};
102 gpioHandleKSDK_t A2 = {.base = GPIOB,
103  .portBase = PORTB,
104  .pinNumber = 10,
105  .mask = 1 << (10),
106  .irq = PORTB_IRQn,
107  .clockName = kCLOCK_PortB,
108  .portNumber = PORTB_NUM};
109 gpioHandleKSDK_t A3 = {.base = GPIOB,
110  .portBase = PORTB,
111  .pinNumber = 11,
112  .mask = 1 << (11),
113  .irq = PORTB_IRQn,
114  .clockName = kCLOCK_PortB,
115  .portNumber = PORTB_NUM};
116 gpioHandleKSDK_t D2 = {.base = GPIOB,
117  .portBase = PORTB,
118  .pinNumber = 9,
119  .mask = 1 << (9),
120  .irq = PORTB_IRQn,
121  .clockName = kCLOCK_PortB,
122  .portNumber = PORTB_NUM};
123 gpioHandleKSDK_t D3 = {.base = GPIOA,
124  .portBase = PORTA,
125  .pinNumber = 1,
126  .mask = 1 << (1),
127  .irq = PORTA_IRQn,
128  .clockName = kCLOCK_PortA,
129  .portNumber = PORTA_NUM};
130 gpioHandleKSDK_t D4 = {.base = GPIOB,
131  .portBase = PORTB,
132  .pinNumber = 23,
133  .mask = 1 << (23),
134  .irq = PORTB_IRQn,
135  .clockName = kCLOCK_PortB,
136  .portNumber = PORTB_NUM};
137 gpioHandleKSDK_t D5 = {.base = GPIOA,
138  .portBase = PORTA,
139  .pinNumber = 2,
140  .mask = 1 << (2),
141  .irq = PORTA_IRQn,
142  .clockName = kCLOCK_PortA,
143  .portNumber = PORTA_NUM};
144 gpioHandleKSDK_t D6 = {.base = GPIOC,
145  .portBase = PORTC,
146  .pinNumber = 2,
147  .mask = 1 << (2),
148  .irq = PORTC_IRQn,
149  .clockName = kCLOCK_PortC,
150  .portNumber = PORTC_NUM};
151 gpioHandleKSDK_t D7 = {.base = GPIOC,
152  .portBase = PORTC,
153  .pinNumber = 3,
154  .mask = 1 << (3),
155  .irq = PORTC_IRQn,
156  .clockName = kCLOCK_PortC,
157  .portNumber = PORTC_NUM};
158 gpioHandleKSDK_t D8 = {.base = GPIOA,
159  .portBase = PORTA,
160  .pinNumber = 0,
161  .mask = 1 << (0),
162  .irq = PORTA_IRQn,
163  .clockName = kCLOCK_PortA,
164  .portNumber = PORTA_NUM};
165 gpioHandleKSDK_t D9 = {.base = GPIOC,
166  .portBase = PORTC,
167  .pinNumber = 4,
168  .mask = 1 << (4),
169  .irq = PORTC_IRQn,
170  .clockName = kCLOCK_PortC,
171  .portNumber = PORTC_NUM};
172 gpioHandleKSDK_t D10 = {.base = GPIOD,
173  .portBase = PORTD,
174  .pinNumber = 0,
175  .mask = 1 << (0),
176  .irq = PORTD_IRQn,
177  .clockName = kCLOCK_PortD,
178  .portNumber = PORTD_NUM};
179 
180 // FRDM-K64F Internal Peripheral Pin Definitions
181 gpioHandleKSDK_t RED_LED = {.base = GPIOB,
182  .portBase = PORTB,
183  .pinNumber = 22,
184  .mask = 1 << (22),
185  .irq = PORTB_IRQn,
186  .clockName = kCLOCK_PortB,
187  .portNumber = PORTB_NUM};
188 gpioHandleKSDK_t GREEN_LED = {.base = GPIOE,
189  .portBase = PORTE,
190  .pinNumber = 26,
191  .mask = 1 << (26),
192  .irq = PORTE_IRQn,
193  .clockName = kCLOCK_PortE,
194  .portNumber = PORTE_NUM};
195 gpioHandleKSDK_t BLUE_LED = {.base = GPIOB,
196  .portBase = PORTB,
197  .pinNumber = 21,
198  .mask = 1 << (21),
199  .irq = PORTB_IRQn,
200  .clockName = kCLOCK_PortB,
201  .portNumber = PORTB_NUM};
202 
203 // FRDM-K64F I2C Inertial Sensor Pin Definitions
204 gpioHandleKSDK_t INT1 = {.base = GPIOC,
205  .portBase = PORTC,
206  .pinNumber = 6,
207  .mask = 1 << (6),
208  .irq = PORTC_IRQn,
209  .clockName = kCLOCK_PortC,
210  .portNumber = PORTC_NUM};
211 gpioHandleKSDK_t INT2 = {.base = GPIOC,
212  .portBase = PORTC,
213  .pinNumber = 13,
214  .mask = 1 << (13),
215  .irq = PORTC_IRQn,
216  .clockName = kCLOCK_PortC,
217  .portNumber = PORTC_NUM};
218 
219 /*! @brief Determines the Clock Frequency feature.
220  * @details The Clock Frequecny computation API required by fsl_uart_cmsis.c.
221  * @param[in] void
222  * @Constraints None
223  * @Reentrant Yes
224  * @return uint32_t Returns the clock frequency .
225  */
226 uint32_t UART0_GetFreq(void)
227 {
228  return CLOCK_GetFreq(UART0_CLK_SRC);
229 }
230 
231 /*! @brief Determines the Clock Frequency feature.
232  * @details The Clock Frequecny computation API required by fsl_uart_cmsis.c.
233  * @param[in] void
234  * @Constraints None
235  * @Reentrant Yes
236  * @return uint32_t Returns the clock frequency .
237  */
238 uint32_t UART1_GetFreq(void)
239 {
240  return CLOCK_GetFreq(UART1_CLK_SRC);
241 }
242 
243 /*! @brief Determines the Clock Frequency feature.
244  * @details The Clock Frequecny computation API required by fsl_uart_cmsis.c.
245  * @param[in] void
246  * @Constraints None
247  * @Reentrant Yes
248  * @return uint32_t Returns the clock frequency .
249  */
250 uint32_t UART2_GetFreq(void)
251 {
252  return CLOCK_GetFreq(UART2_CLK_SRC);
253 }
254 
255 /*! @brief Determines the Clock Frequency feature.
256  * @details The Clock Frequecny computation API required by fsl_uart_cmsis.c.
257  * @param[in] void
258  * @Constraints None
259  * @Reentrant Yes
260  * @return uint32_t Returns the clock frequency .
261  */
262 uint32_t UART3_GetFreq(void)
263 {
264  return CLOCK_GetFreq(UART3_CLK_SRC);
265 }
266 
267 /*! @brief Determines the Clock Frequency feature.
268  * @details The Clock Frequecny computation API required by fsl_uart_cmsis.c.
269  * @param[in] void
270  * @Constraints None
271  * @Reentrant Yes
272  * @return uint32_t Returns the clock frequency .
273  */
274 uint32_t UART4_GetFreq(void)
275 {
276  return CLOCK_GetFreq(UART4_CLK_SRC);
277 }
278 
279 /*! @brief Determines the Clock Frequency feature.
280  * @details The Clock Frequecny computation API required by fsl_uart_cmsis.c.
281  * @param[in] void
282  * @Constraints None
283  * @Reentrant Yes
284  * @return uint32_t Returns the clock frequency .
285  */
286 uint32_t UART5_GetFreq(void)
287 {
288  return CLOCK_GetFreq(UART5_CLK_SRC);
289 }
290 
291 /*! @brief Determines the Clock Frequency feature.
292  * @details The Clock Frequecny computation API required by fsl_i2c_cmsis.c.
293  * @param[in] void
294  * @Constraints None
295  * @Reentrant Yes
296  * @return uint32_t Returns the clock frequency .
297  */
298 uint32_t I2C0_GetFreq(void)
299 {
300  return CLOCK_GetFreq(I2C0_CLK_SRC);
301 }
302 
303 /*! @brief Determines the Clock Frequency feature.
304  * @details The Clock Frequecny computation API required by fsl_i2c_cmsis.c.
305  * @param[in] void
306  * @Constraints None
307  * @Reentrant Yes
308  * @return uint32_t Returns the clock frequency .
309  */
310 uint32_t I2C1_GetFreq(void)
311 {
312  return CLOCK_GetFreq(I2C1_CLK_SRC);
313 }
314 
315 /*! @brief Determines the Clock Frequency feature.
316  * @details The Clock Frequecny computation API required by fsl_i2c_cmsis.c.
317  * @param[in] void
318  * @Constraints None
319  * @Reentrant Yes
320  * @return uint32_t Returns the clock frequency .
321  */
322 uint32_t I2C2_GetFreq(void)
323 {
324  return CLOCK_GetFreq(I2C2_CLK_SRC);
325 }
326 
327 /*! @brief Determines the Clock Frequency feature.
328  * @details The Clock Frequecny computation API required by fsl_spi_cmsis.c.
329  * @param[in] void
330  * @Constraints None
331  * @Reentrant Yes
332  * @return uint32_t Returns the clock frequency .
333  */
334 uint32_t DSPI0_GetFreq(void)
335 {
336  return CLOCK_GetBusClkFreq();
337 }
338 
339 /*! @brief Determines the Clock Frequency feature.
340  * @details The Clock Frequecny computation API required by fsl_spi_cmsis.c.
341  * @param[in] void
342  * @Constraints None
343  * @Reentrant Yes
344  * @return uint32_t Returns the clock frequency .
345  */
346 uint32_t DSPI1_GetFreq(void)
347 {
348  return CLOCK_GetBusClkFreq();
349 }
350 
351 /*! @brief Determines the Clock Frequency feature.
352  * @details The Clock Frequecny computation API required by fsl_spi_cmsis.c.
353  * @param[in] void
354  * @Constraints None
355  * @Reentrant Yes
356  * @return uint32_t Returns the clock frequency .
357  */
358 uint32_t DSPI2_GetFreq(void)
359 {
360  return CLOCK_GetBusClkFreq();
361 }
D8
gpioHandleKSDK_t D8
Definition: frdm_k64f.c:158
DSPI2_GetFreq
uint32_t DSPI2_GetFreq(void)
Determines the Clock Frequency feature.
Definition: frdm_k64f.c:358
D13
gpioHandleKSDK_t D13
Definition: frdm_k64f.c:49
D7
gpioHandleKSDK_t D7
Definition: frdm_k64f.c:151
UART0_GetFreq
uint32_t UART0_GetFreq(void)
Determines the Clock Frequency feature.
Definition: frdm_k64f.c:226
D5
gpioHandleKSDK_t D5
Definition: frdm_k64f.c:137
INT1
gpioHandleKSDK_t INT1
Definition: frdm_k64f.c:204
UART4_GetFreq
uint32_t UART4_GetFreq(void)
Determines the Clock Frequency feature.
Definition: frdm_k64f.c:274
UART3_GetFreq
uint32_t UART3_GetFreq(void)
Determines the Clock Frequency feature.
Definition: frdm_k64f.c:262
D11
gpioHandleKSDK_t D11
Definition: frdm_k64f.c:56
D1
gpioHandleKSDK_t D1
Definition: frdm_k64f.c:79
RED_LED
gpioHandleKSDK_t RED_LED
Definition: frdm_k64f.c:181
A1
gpioHandleKSDK_t A1
Definition: frdm_k64f.c:95
D12
gpioHandleKSDK_t D12
Definition: frdm_k64f.c:63
A3
gpioHandleKSDK_t A3
Definition: frdm_k64f.c:109
I2C2_GetFreq
uint32_t I2C2_GetFreq(void)
Determines the Clock Frequency feature.
Definition: frdm_k64f.c:322
A4
gpioHandleKSDK_t A4
Definition: frdm_k64f.c:40
D15
gpioHandleKSDK_t D15
Definition: frdm_k64f.c:17
D3
gpioHandleKSDK_t D3
Definition: frdm_k64f.c:123
I2C1_GetFreq
uint32_t I2C1_GetFreq(void)
Determines the Clock Frequency feature.
Definition: frdm_k64f.c:310
gpioHandleKSDK
The GPIO pin handle for KSDK.
Definition: gpio_driver.h:49
DSPI0_GetFreq
uint32_t DSPI0_GetFreq(void)
Determines the Clock Frequency feature.
Definition: frdm_k64f.c:334
A5
gpioHandleKSDK_t A5
Definition: frdm_k64f.c:33
D0
gpioHandleKSDK_t D0
Definition: frdm_k64f.c:72
UART5_GetFreq
uint32_t UART5_GetFreq(void)
Determines the Clock Frequency feature.
Definition: frdm_k64f.c:286
DSPI1_GetFreq
uint32_t DSPI1_GetFreq(void)
Determines the Clock Frequency feature.
Definition: frdm_k64f.c:346
D10
gpioHandleKSDK_t D10
Definition: frdm_k64f.c:172
UART1_GetFreq
uint32_t UART1_GetFreq(void)
Determines the Clock Frequency feature.
Definition: frdm_k64f.c:238
gpioHandleKSDK::base
GPIO_Type * base
Definition: gpio_driver.h:51
D9
gpioHandleKSDK_t D9
Definition: frdm_k64f.c:165
frdm_k64f.h
The frdm_k64f.h file defines GPIO pin mappings for FRDM-K64F board.
INT2
gpioHandleKSDK_t INT2
Definition: frdm_k64f.c:211
I2C0_GetFreq
uint32_t I2C0_GetFreq(void)
Determines the Clock Frequency feature.
Definition: frdm_k64f.c:298
D4
gpioHandleKSDK_t D4
Definition: frdm_k64f.c:130
BLUE_LED
gpioHandleKSDK_t BLUE_LED
Definition: frdm_k64f.c:195
UART2_GetFreq
uint32_t UART2_GetFreq(void)
Determines the Clock Frequency feature.
Definition: frdm_k64f.c:250
D14
gpioHandleKSDK_t D14
Definition: frdm_k64f.c:24
GREEN_LED
gpioHandleKSDK_t GREEN_LED
Definition: frdm_k64f.c:188
D6
gpioHandleKSDK_t D6
Definition: frdm_k64f.c:144
A0
gpioHandleKSDK_t A0
Definition: frdm_k64f.c:88
A2
gpioHandleKSDK_t A2
Definition: frdm_k64f.c:102
D2
gpioHandleKSDK_t D2
Definition: frdm_k64f.c:116
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