norace uint16_t count;
norace uint16_t * COUNT_NOK(count) buffer;
- norace uint16_t * FAT_NOK(buffer, buffer+count) pos;
+ norace uint16_t * BND_NOK(buffer, buffer+count) pos;
norace uint32_t now, period;
norace uint16_t count;
norace uint16_t * COUNT_NOK(count) buffer;
- norace uint16_t * FAT_NOK(buffer, buffer+count) pos;
+ norace uint16_t * BND_NOK(buffer, buffer+count) pos;
norace uint32_t now, period;
norace bool periodModified;
uint16_t resultBufferLength; /* length of buffer */
uint16_t *COUNT_NOK(resultBufferLength) resultBufferStart;
- uint16_t *FAT_NOK(resultBufferStart, resultBufferStart+resultBufferLength) resultBuffer; /* conversion results */
+ uint16_t *BND_NOK(resultBufferStart, resultBufferStart+resultBufferLength) resultBuffer; /* conversion results */
uint16_t resultBufferIndex; /* offset into buffer */
uint8_t numChannels; /* number of channels (multi-channel conversion) */
uint8_t clientID; /* ID of client that called getData() */
#if NESC >= 130
struct @nonnull @deputy_scope() @macro("__DEPUTY_NONNULL") { };
-struct @fat @deputy_scope() @macro("__DEPUTY_FAT") { void *lo, *hi; };
-struct @fat_nok @deputy_scope() @macro("__DEPUTY_FAT_NOK") { void *lo, *hi; };
+struct @bnd @deputy_scope() @macro("__DEPUTY_BND") { void *lo, *hi; };
+struct @bnd_nok @deputy_scope() @macro("__DEPUTY_BND_NOK") { void *lo, *hi; };
struct @count @deputy_scope() @macro("__DEPUTY_COUNT") { int n; };
struct @count_nok @deputy_scope() @macro("__DEPUTY_COUNT_NOK") { int n; };
struct @one @deputy_scope() @macro("__DEPUTY_ONE") { };
struct @dmemcpy @deputy_scope() @macro("__DEPUTY_DMEMCPY") {void *dst; void *src; size_t sz; };
#define NONNULL @nonnull()
-#define FAT(x,y) @fat(x,y)
-#define FAT_NOK(x,y) @fat_nok(x,y)
+#define BND(x,y) @bnd(x,y)
+#define BND_NOK(x,y) @bnd_nok(x,y)
#define COUNT(x) @count(x)
#define COUNT_NOK(x) @count_nok(x)
#define ONE @one()
#endif
#define NONNULL
-#define FAT(x,y)
-#define FAT_NOK(x,y)
+#define BND(x,y)
+#define BND_NOK(x,y)
#define COUNT(x)
#define COUNT_NOK(x)
#define ONE
#ifdef SAFE_TINYOS
#define __DEPUTY_NONNULL(__n) __attribute__((nonnull))
-#define __DEPUTY_FAT_NOK(__lo,__hi) __attribute__((bounds((__lo),(__hi))))
-#define __DEPUTY_FAT(__lo,__hi) __DEPUTY_NONNULL(__n) __DEPUTY_FAT_NOK(__lo,__hi)
-#define __DEPUTY_COUNT_NOK(__n) __DEPUTY_FAT_NOK(__this, __this + (__n))
+#define __DEPUTY_BND_NOK(__lo,__hi) __attribute__((bounds((__lo),(__hi))))
+#define __DEPUTY_BND(__lo,__hi) __DEPUTY_NONNULL(__n) __DEPUTY_BND_NOK(__lo,__hi)
+#define __DEPUTY_COUNT_NOK(__n) __DEPUTY_BND_NOK(__this, __this + (__n))
#define __DEPUTY_COUNT(__n) __DEPUTY_NONNULL(__n) __DEPUTY_COUNT_NOK(__n)
#define __DEPUTY_ONE_NOK(__n) __DEPUTY_COUNT_NOK(1)
#define __DEPUTY_ONE(__n) __DEPUTY_NONNULL(__n) __DEPUTY_ONE_NOK(__n)
#else
#define __DEPUTY_NONNULL(__n)
-#define __DEPUTY_FAT_NOK(__lo,__hi)
-#define __DEPUTY_FAT(__lo,__hi)
+#define __DEPUTY_BND_NOK(__lo,__hi)
+#define __DEPUTY_BND(__lo,__hi)
#define __DEPUTY_COUNT_NOK(__n)
#define __DEPUTY_COUNT(__n)
#define __DEPUTY_ONE_NOK(__n)