Library for Modtronix NZ32 STM32 boards, like the NZ32-SC151, NZ32-SB072, NZ32-SE411 and others
nz32s.h@17:86034c970ea0, 2016-08-19 (annotated)
- Committer:
- modtronix-com
- Date:
- Fri Aug 19 15:50:48 2016 +1000
- Revision:
- 17:86034c970ea0
- Parent:
- 15:3fd3c1ce01be
Cleaned up includes
Who changed what in which revision?
User | Revision | Line number | New contents of line |
---|---|---|---|
modtronix | 2:cd263c5e86f2 | 1 | /** |
modtronix | 5:e1297df8ee0d | 2 | * File: nz32s.h |
modtronix | 2:cd263c5e86f2 | 3 | * |
modtronix | 2:cd263c5e86f2 | 4 | * Author: Modtronix Engineering - www.modtronix.com |
modtronix | 2:cd263c5e86f2 | 5 | * |
modtronix | 2:cd263c5e86f2 | 6 | * Description: |
modtronix | 2:cd263c5e86f2 | 7 | * |
modtronix | 2:cd263c5e86f2 | 8 | * Software License Agreement: |
modtronix | 2:cd263c5e86f2 | 9 | * This software has been written or modified by Modtronix Engineering. The code |
modtronix | 2:cd263c5e86f2 | 10 | * may be modified and can be used free of charge for commercial and non commercial |
modtronix | 2:cd263c5e86f2 | 11 | * applications. If this is modified software, any license conditions from original |
modtronix | 2:cd263c5e86f2 | 12 | * software also apply. Any redistribution must include reference to 'Modtronix |
modtronix | 2:cd263c5e86f2 | 13 | * Engineering' and web link(www.modtronix.com) in the file header. |
modtronix | 2:cd263c5e86f2 | 14 | * |
modtronix | 2:cd263c5e86f2 | 15 | * THIS SOFTWARE IS PROVIDED IN AN 'AS IS' CONDITION. NO WARRANTIES, WHETHER EXPRESS, |
modtronix | 2:cd263c5e86f2 | 16 | * IMPLIED OR STATUTORY, INCLUDING, BUT NOT LIMITED TO, IMPLIED WARRANTIES OF |
modtronix | 2:cd263c5e86f2 | 17 | * MERCHANTABILITY AND FITNESS FOR A PARTICULAR PURPOSE APPLY TO THIS SOFTWARE. THE |
modtronix | 2:cd263c5e86f2 | 18 | * COMPANY SHALL NOT, IN ANY CIRCUMSTANCES, BE LIABLE FOR SPECIAL, INCIDENTAL OR |
modtronix | 2:cd263c5e86f2 | 19 | * CONSEQUENTIAL DAMAGES, FOR ANY REASON WHATSOEVER. |
modtronix | 2:cd263c5e86f2 | 20 | */ |
modtronix | 5:e1297df8ee0d | 21 | #ifndef NZ32S_H_ |
modtronix | 5:e1297df8ee0d | 22 | #define NZ32S_H_ |
modtronix | 2:cd263c5e86f2 | 23 | |
modtronix-com |
17:86034c970ea0 | 24 | #include "nz32s_default_config.h" |
modtronix-com |
7:709130701ac7 | 25 | #include "mx_tick.h" |
modtronix-com |
7:709130701ac7 | 26 | #include "mx_helpers.h" |
modtronix-com |
13:328bfac0e686 | 27 | #include "mx_circular_buffer.h" |
modtronix-com |
13:328bfac0e686 | 28 | #include "mx_cmd_buffer.h" |
modtronix | 5:e1297df8ee0d | 29 | |
modtronix-com |
13:328bfac0e686 | 30 | |
modtronix-com |
13:328bfac0e686 | 31 | // Debugging ////////////////////////////////////////////////////////////////// |
modtronix-com |
13:328bfac0e686 | 32 | // To enable debug output from this file, define MX_DEBUG and DEBUG_ENABLE_NZ32S before |
modtronix-com |
13:328bfac0e686 | 33 | // including this file. |
modtronix-com |
13:328bfac0e686 | 34 | // |
modtronix-com |
13:328bfac0e686 | 35 | //Defines for MXH_DEBUG - debugging for include file |
modtronix-com |
13:328bfac0e686 | 36 | #if !defined(DEBUG_ENABLE_NZ32S) |
modtronix-com |
13:328bfac0e686 | 37 | #define DEBUG_ENABLE_NZ32S 0 |
modtronix-com |
13:328bfac0e686 | 38 | #endif |
modtronix-com |
13:328bfac0e686 | 39 | #if !defined(DEBUG_ENABLE_INFO_NZ32S) |
modtronix-com |
13:328bfac0e686 | 40 | #define DEBUG_ENABLE_INFO_NZ32S 0 |
modtronix-com |
13:328bfac0e686 | 41 | #endif |
modtronix-com |
13:328bfac0e686 | 42 | |
modtronix-com |
13:328bfac0e686 | 43 | #if !defined(MXH_DEBUG) |
modtronix-com |
13:328bfac0e686 | 44 | #if defined(MX_DEBUG) && (DEBUG_ENABLE_NZ32S==1) |
modtronix-com |
13:328bfac0e686 | 45 | #define MXH_DEBUG MX_DEBUG |
modtronix-com |
13:328bfac0e686 | 46 | #else |
modtronix-com |
13:328bfac0e686 | 47 | #define MXH_DEBUG(format, args...) ((void)0) |
modtronix-com |
13:328bfac0e686 | 48 | #endif |
modtronix-com |
13:328bfac0e686 | 49 | #endif |
modtronix-com |
13:328bfac0e686 | 50 | |
modtronix-com |
13:328bfac0e686 | 51 | #if !defined(MXH_DEBUG_INFO) |
modtronix-com |
13:328bfac0e686 | 52 | #if defined(MX_DEBUG) && (DEBUG_ENABLE_NZ32S==1) && (DEBUG_ENABLE_INFO_NZ32S==1) |
modtronix-com |
13:328bfac0e686 | 53 | #define MXH_DEBUG_INFO MX_DEBUG |
modtronix-com |
13:328bfac0e686 | 54 | #else |
modtronix-com |
13:328bfac0e686 | 55 | #define MXH_DEBUG_INFO(format, args...) ((void)0) |
modtronix-com |
13:328bfac0e686 | 56 | #endif |
modtronix-com |
13:328bfac0e686 | 57 | #endif |
modtronix-com |
13:328bfac0e686 | 58 | |
modtronix-com |
13:328bfac0e686 | 59 | |
modtronix | 5:e1297df8ee0d | 60 | #ifdef __cplusplus |
modtronix | 5:e1297df8ee0d | 61 | extern "C" { |
modtronix | 5:e1297df8ee0d | 62 | #endif |
modtronix | 2:cd263c5e86f2 | 63 | |
modtronix | 2:cd263c5e86f2 | 64 | #ifndef WEAK |
modtronix | 2:cd263c5e86f2 | 65 | #if defined (__ICCARM__) |
modtronix | 2:cd263c5e86f2 | 66 | #define WEAK __weak |
modtronix | 2:cd263c5e86f2 | 67 | #else |
modtronix | 2:cd263c5e86f2 | 68 | #define WEAK __attribute__((weak)) |
modtronix | 2:cd263c5e86f2 | 69 | #endif |
modtronix | 2:cd263c5e86f2 | 70 | #endif |
modtronix | 2:cd263c5e86f2 | 71 | |
modtronix | 3:99cb87ee1792 | 72 | |
modtronix | 3:99cb87ee1792 | 73 | class NZ32S { |
modtronix | 3:99cb87ee1792 | 74 | public: |
modtronix-com |
10:213d6350f0a8 | 75 | /** Constructor |
modtronix-com |
10:213d6350f0a8 | 76 | */ |
modtronix-com |
10:213d6350f0a8 | 77 | NZ32S(); |
modtronix-com |
10:213d6350f0a8 | 78 | |
modtronix | 5:e1297df8ee0d | 79 | /** Toggle System LED1 |
modtronix | 5:e1297df8ee0d | 80 | */ |
modtronix-com |
13:328bfac0e686 | 81 | static inline bool toggle_led1(void) { |
modtronix | 5:e1297df8ee0d | 82 | led1 = !led1; |
modtronix-com |
13:328bfac0e686 | 83 | return (bool)led1.read(); |
modtronix | 5:e1297df8ee0d | 84 | } |
modtronix | 5:e1297df8ee0d | 85 | |
modtronix | 5:e1297df8ee0d | 86 | /** Set System LED1 |
modtronix | 5:e1297df8ee0d | 87 | */ |
modtronix | 5:e1297df8ee0d | 88 | static inline void set_led1(void) { |
modtronix | 5:e1297df8ee0d | 89 | led1 = 1; |
modtronix | 5:e1297df8ee0d | 90 | } |
modtronix | 5:e1297df8ee0d | 91 | |
modtronix | 5:e1297df8ee0d | 92 | /** Set System LED1 |
modtronix | 5:e1297df8ee0d | 93 | */ |
modtronix | 5:e1297df8ee0d | 94 | static inline void clear_led1(void) { |
modtronix | 5:e1297df8ee0d | 95 | led1 = 0; |
modtronix | 5:e1297df8ee0d | 96 | } |
modtronix | 5:e1297df8ee0d | 97 | |
modtronix | 5:e1297df8ee0d | 98 | /** Set System LED1 |
modtronix | 5:e1297df8ee0d | 99 | */ |
modtronix | 5:e1297df8ee0d | 100 | static inline void write_led1(bool val) { |
modtronix | 5:e1297df8ee0d | 101 | led1 = val; |
modtronix | 5:e1297df8ee0d | 102 | } |
modtronix | 5:e1297df8ee0d | 103 | |
modtronix-com |
13:328bfac0e686 | 104 | /** Get state of LED2 |
modtronix-com |
13:328bfac0e686 | 105 | */ |
modtronix-com |
13:328bfac0e686 | 106 | static inline bool get_led1(void) { |
modtronix-com |
13:328bfac0e686 | 107 | return (bool)led1.read(); |
modtronix-com |
13:328bfac0e686 | 108 | } |
modtronix | 5:e1297df8ee0d | 109 | |
modtronix-com |
13:328bfac0e686 | 110 | /** Get state of button1. Returns 1 when pressed |
modtronix | 5:e1297df8ee0d | 111 | */ |
modtronix | 5:e1297df8ee0d | 112 | static inline bool get_btn1(void) { |
modtronix | 5:e1297df8ee0d | 113 | return (bool)btn1.read(); |
modtronix | 5:e1297df8ee0d | 114 | } |
modtronix | 3:99cb87ee1792 | 115 | |
modtronix | 5:e1297df8ee0d | 116 | /** Enable fast charging |
modtronix | 5:e1297df8ee0d | 117 | * This function will enable fast charging of the battery. Ensure solder jumper labeled |
modtronix | 5:e1297df8ee0d | 118 | * "Fast Charge" (J13 on NZ32-SC151) on the back of the board is made! |
modtronix | 5:e1297df8ee0d | 119 | */ |
modtronix | 5:e1297df8ee0d | 120 | static inline void enable_fast_charging(void) { |
modtronix-com |
17:86034c970ea0 | 121 | #if (NZ32S_USE_A13_A14 == 1) |
modtronix | 5:e1297df8ee0d | 122 | enableFastCharge.output(); |
modtronix-com |
17:86034c970ea0 | 123 | enableFastCharge = 0; //Enable fast charging |
modtronix | 5:e1297df8ee0d | 124 | #endif |
modtronix | 5:e1297df8ee0d | 125 | } |
modtronix | 5:e1297df8ee0d | 126 | |
modtronix | 5:e1297df8ee0d | 127 | |
modtronix | 5:e1297df8ee0d | 128 | /** Disable fast charging |
modtronix | 5:e1297df8ee0d | 129 | */ |
modtronix | 5:e1297df8ee0d | 130 | static inline void disable_fast_charging(void) { |
modtronix-com |
17:86034c970ea0 | 131 | #if (NZ32S_USE_A13_A14 == 1) |
modtronix | 5:e1297df8ee0d | 132 | NZ32S::enableFastCharge.input(); |
modtronix | 5:e1297df8ee0d | 133 | NZ32S::enableFastCharge.mode(PullNone); |
modtronix | 5:e1297df8ee0d | 134 | #endif |
modtronix | 5:e1297df8ee0d | 135 | } |
modtronix | 5:e1297df8ee0d | 136 | |
modtronix | 5:e1297df8ee0d | 137 | /** Get the battery voltage. |
modtronix | 5:e1297df8ee0d | 138 | */ |
modtronix | 5:e1297df8ee0d | 139 | static uint16_t get_batt_mv(); |
modtronix | 5:e1297df8ee0d | 140 | |
modtronix | 5:e1297df8ee0d | 141 | /** |
modtronix | 5:e1297df8ee0d | 142 | * Get Vusb or 5V supply voltage in millivolts. |
modtronix | 5:e1297df8ee0d | 143 | */ |
modtronix | 5:e1297df8ee0d | 144 | static uint16_t get_supply_mv(void); |
modtronix | 5:e1297df8ee0d | 145 | |
modtronix | 3:99cb87ee1792 | 146 | /** |
modtronix | 3:99cb87ee1792 | 147 | * Reset I2C bus |
modtronix | 3:99cb87ee1792 | 148 | */ |
modtronix | 3:99cb87ee1792 | 149 | static void i2c_reset(uint8_t busNumber, PinName sda, PinName scl); |
modtronix | 3:99cb87ee1792 | 150 | |
modtronix | 3:99cb87ee1792 | 151 | /** Initializes and start the IWDG Watchdog timer with given timerout. |
modtronix | 3:99cb87ee1792 | 152 | * After calling this function, watchdog_refresh() function must be called before the |
modtronix | 3:99cb87ee1792 | 153 | * timeout expires, else the MCU will be reset. |
modtronix | 3:99cb87ee1792 | 154 | * |
modtronix | 3:99cb87ee1792 | 155 | * @param timeout The timeout in ms. Must be a value from 1 to 32000 (1ms to 32 seconds) |
modtronix | 3:99cb87ee1792 | 156 | */ |
modtronix | 3:99cb87ee1792 | 157 | static inline void watchdog_start(uint32_t timeout) { |
modtronix-com |
15:3fd3c1ce01be | 158 | #if (NZ32S_USE_WWDG==1) |
modtronix-com |
15:3fd3c1ce01be | 159 | //WWDG clock counter = (PCLK1 (32MHz)/4096)/8) = 976 Hz (~1024 us) |
modtronix-com |
15:3fd3c1ce01be | 160 | //WWDG Window value = 80 means that the WWDG counter should be refreshed only |
modtronix-com |
15:3fd3c1ce01be | 161 | //when the counter is below 80 (and greater than 64/0x40) otherwise a reset will |
modtronix-com |
15:3fd3c1ce01be | 162 | //be generated. |
modtronix-com |
15:3fd3c1ce01be | 163 | //WWDG Counter value = 127, WWDG timeout = ~1024 us * 64 = 65.57 ms */ |
modtronix-com |
15:3fd3c1ce01be | 164 | // |
modtronix-com |
15:3fd3c1ce01be | 165 | //Min and Max for given Prescaler and WDGTB |
modtronix-com |
15:3fd3c1ce01be | 166 | //For Prescaler=1 and WDGTB=0 is: |
modtronix-com |
15:3fd3c1ce01be | 167 | // - Min TimeOut = 128uS, Max Timeout = 8.19ms |
modtronix-com |
15:3fd3c1ce01be | 168 | //For Prescaler=2 and WDGTB=1 is: |
modtronix-com |
15:3fd3c1ce01be | 169 | // - Min TimeOut = 256uS, Max Timeout = 16.38ms |
modtronix-com |
15:3fd3c1ce01be | 170 | //For Prescaler=4 and WDGTB=2 is: |
modtronix-com |
15:3fd3c1ce01be | 171 | // - Min TimeOut = 512uS, Max Timeout = 32.76ms |
modtronix-com |
15:3fd3c1ce01be | 172 | //For Prescaler=8 and WDGTB=3 is: |
modtronix-com |
15:3fd3c1ce01be | 173 | // - Min TimeOut = 1024uS, Max Timeout = 65.54ms |
modtronix-com |
15:3fd3c1ce01be | 174 | NZ32S::hwwdg.Instance = WWDG; |
modtronix-com |
15:3fd3c1ce01be | 175 | |
modtronix-com |
15:3fd3c1ce01be | 176 | MXH_DEBUG("\r\nwatchdog_start() called!"); |
modtronix-com |
15:3fd3c1ce01be | 177 | |
modtronix-com |
15:3fd3c1ce01be | 178 | //The refresh window is:between 48.1ms (~1024 * (127-80)) and 65.57 ms (~1024 * 64) |
modtronix-com |
15:3fd3c1ce01be | 179 | NZ32S::hwwdg.Init.Prescaler = WWDG_PRESCALER_8; |
modtronix-com |
15:3fd3c1ce01be | 180 | NZ32S::hwwdg.Init.Window = 80; |
modtronix-com |
15:3fd3c1ce01be | 181 | NZ32S::hwwdg.Init.Counter = 127; |
modtronix-com |
15:3fd3c1ce01be | 182 | |
modtronix-com |
15:3fd3c1ce01be | 183 | HAL_WWDG_Init(&NZ32S::hwwdg); |
modtronix-com |
15:3fd3c1ce01be | 184 | |
modtronix-com |
15:3fd3c1ce01be | 185 | //Start the watchdog timer |
modtronix-com |
15:3fd3c1ce01be | 186 | HAL_WWDG_Start(&NZ32S::hwwdg); |
modtronix-com |
15:3fd3c1ce01be | 187 | #else |
modtronix | 3:99cb87ee1792 | 188 | //Watchdog frequency is always 32 kHz |
modtronix | 3:99cb87ee1792 | 189 | //Prescaler: Min_Value = 4 and Max_Value = 256 |
modtronix | 3:99cb87ee1792 | 190 | //Reload: Min_Data = 0 and Max_Data = 0x0FFF(4000) |
modtronix | 3:99cb87ee1792 | 191 | //TimeOut in seconds = (Reload * Prescaler) / Freq. |
modtronix | 3:99cb87ee1792 | 192 | //MinTimeOut = (4 * 1) / 32000 = 0.000125 seconds (125 microseconds) |
modtronix | 3:99cb87ee1792 | 193 | //MaxTimeOut = (256 * 4096) / 32000 = 32.768 seconds |
modtronix | 3:99cb87ee1792 | 194 | NZ32S::hiwdg.Instance = IWDG; |
modtronix | 3:99cb87ee1792 | 195 | |
modtronix-com |
13:328bfac0e686 | 196 | MXH_DEBUG("\r\nwatchdog_start() called!"); |
modtronix | 3:99cb87ee1792 | 197 | |
modtronix | 3:99cb87ee1792 | 198 | //For values below 4000, use IWDG_PRESCALER_32. This will cause timeout period to be |
modtronix | 3:99cb87ee1792 | 199 | //equal to 'timeout' value in ms |
modtronix | 3:99cb87ee1792 | 200 | if(timeout < 4000) { |
modtronix | 3:99cb87ee1792 | 201 | NZ32S::hiwdg.Init.Prescaler = IWDG_PRESCALER_32; |
modtronix | 3:99cb87ee1792 | 202 | NZ32S::hiwdg.Init.Reload = timeout; //Timeout = (32 * timeout) / 32000 = (timeout) ms |
modtronix | 3:99cb87ee1792 | 203 | } |
modtronix | 3:99cb87ee1792 | 204 | else { |
modtronix | 3:99cb87ee1792 | 205 | NZ32S::hiwdg.Init.Prescaler = IWDG_PRESCALER_256; |
modtronix | 3:99cb87ee1792 | 206 | NZ32S::hiwdg.Init.Reload = timeout/8; //Timeout = (256 * (timeout/8)) / 32000 |
modtronix | 3:99cb87ee1792 | 207 | } |
modtronix | 3:99cb87ee1792 | 208 | HAL_IWDG_Init(&NZ32S::hiwdg); |
modtronix | 3:99cb87ee1792 | 209 | |
modtronix | 3:99cb87ee1792 | 210 | //Start the watchdog timer |
modtronix | 3:99cb87ee1792 | 211 | HAL_IWDG_Start(&NZ32S::hiwdg); |
modtronix-com |
15:3fd3c1ce01be | 212 | #endif |
modtronix | 3:99cb87ee1792 | 213 | } |
modtronix | 3:99cb87ee1792 | 214 | |
modtronix | 3:99cb87ee1792 | 215 | |
modtronix | 3:99cb87ee1792 | 216 | /** Refreshes the IWDG |
modtronix | 3:99cb87ee1792 | 217 | */ |
modtronix | 3:99cb87ee1792 | 218 | static inline void watchdog_refresh(void) { |
modtronix-com |
15:3fd3c1ce01be | 219 | #if (NZ32S_USE_WWDG==1) |
modtronix-com |
15:3fd3c1ce01be | 220 | //Refresh WWDG: update counter value to 127, the refresh window is: |
modtronix-com |
15:3fd3c1ce01be | 221 | //between 48.1ms (~1024 * (127-80)) and 65.57 ms (~1024 * 64) */ |
modtronix-com |
15:3fd3c1ce01be | 222 | HAL_WWDG_Refresh(&NZ32S::hwwdg, 127); |
modtronix-com |
15:3fd3c1ce01be | 223 | #else |
modtronix | 3:99cb87ee1792 | 224 | HAL_IWDG_Refresh(&NZ32S::hiwdg); |
modtronix-com |
15:3fd3c1ce01be | 225 | #endif |
modtronix | 3:99cb87ee1792 | 226 | } |
modtronix | 3:99cb87ee1792 | 227 | |
modtronix | 3:99cb87ee1792 | 228 | |
modtronix | 3:99cb87ee1792 | 229 | /** Return true if last reset was caused by watchdog timer |
modtronix | 3:99cb87ee1792 | 230 | * |
modtronix | 3:99cb87ee1792 | 231 | * @param clearFlags If set, will clear ALL reset flags! Note that not only the |
modtronix | 3:99cb87ee1792 | 232 | * watchdog flag, but ALL reset flags located in RCC_CSR register are cleared! |
modtronix | 3:99cb87ee1792 | 233 | */ |
modtronix | 3:99cb87ee1792 | 234 | static inline bool watchdog_caused_reset(bool clearFlags) { |
modtronix | 3:99cb87ee1792 | 235 | bool retVal; |
modtronix | 3:99cb87ee1792 | 236 | retVal = __HAL_RCC_GET_FLAG(RCC_FLAG_IWDGRST)==0?false:true; |
modtronix | 3:99cb87ee1792 | 237 | if (clearFlags==true) { |
modtronix | 3:99cb87ee1792 | 238 | __HAL_RCC_CLEAR_RESET_FLAGS(); // The flags cleared after use |
modtronix | 3:99cb87ee1792 | 239 | } |
modtronix | 3:99cb87ee1792 | 240 | return retVal; |
modtronix | 3:99cb87ee1792 | 241 | } |
modtronix | 3:99cb87ee1792 | 242 | |
modtronix | 3:99cb87ee1792 | 243 | /** Print the cause of last reset |
modtronix | 3:99cb87ee1792 | 244 | * |
modtronix | 3:99cb87ee1792 | 245 | * @param clearFlags If set, will clear ALL reset flags! Note that not only the |
modtronix | 3:99cb87ee1792 | 246 | * watchdog flag, but ALL reset flags located in RCC_CSR register are cleared! |
modtronix | 3:99cb87ee1792 | 247 | */ |
modtronix | 3:99cb87ee1792 | 248 | static inline void print_reset_cause(bool clearFlags); |
modtronix | 3:99cb87ee1792 | 249 | |
modtronix | 5:e1297df8ee0d | 250 | public: |
modtronix-com |
15:3fd3c1ce01be | 251 | #if (NZ32S_USE_WWDG==1) |
modtronix-com |
15:3fd3c1ce01be | 252 | static WWDG_HandleTypeDef hwwdg; //Windowed Watchdog Timer, is stopped during low power mode |
modtronix-com |
15:3fd3c1ce01be | 253 | #else |
modtronix-com |
15:3fd3c1ce01be | 254 | static IWDG_HandleTypeDef hiwdg; //Independent Watchdog Timer, is NOT stopped during low power mode! |
modtronix-com |
15:3fd3c1ce01be | 255 | #endif |
modtronix-com |
15:3fd3c1ce01be | 256 | |
modtronix | 5:e1297df8ee0d | 257 | static DigitalOut led1; |
modtronix | 5:e1297df8ee0d | 258 | static DigitalIn btn1; |
modtronix | 3:99cb87ee1792 | 259 | |
modtronix-com |
17:86034c970ea0 | 260 | #if (NZ32S_USE_A13_A14 == 1) |
modtronix | 5:e1297df8ee0d | 261 | static DigitalInOut enableFastCharge; |
modtronix-com |
15:3fd3c1ce01be | 262 | #endif |
modtronix | 3:99cb87ee1792 | 263 | }; |
modtronix | 3:99cb87ee1792 | 264 | |
modtronix | 5:e1297df8ee0d | 265 | #ifdef __cplusplus |
modtronix | 5:e1297df8ee0d | 266 | }; |
modtronix | 5:e1297df8ee0d | 267 | #endif |
modtronix | 2:cd263c5e86f2 | 268 | |
modtronix-com |
13:328bfac0e686 | 269 | #if defined(MXH_DEBUG) |
modtronix-com |
13:328bfac0e686 | 270 | #undef MXH_DEBUG |
modtronix-com |
13:328bfac0e686 | 271 | #endif |
modtronix-com |
13:328bfac0e686 | 272 | #if defined(MXH_DEBUG_INFO) |
modtronix-com |
13:328bfac0e686 | 273 | #undef MXH_DEBUG_INFO |
modtronix-com |
13:328bfac0e686 | 274 | #endif |
modtronix-com |
13:328bfac0e686 | 275 | |
modtronix | 5:e1297df8ee0d | 276 | #endif //NZ32S_H_ |