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@@ -48,26 +48,26 @@ public: |
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// Use a single variable as the data source. Typically a register |
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// for receiving data from one of the hardware peripherals is used. |
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void source(const signed char &p) { source(*(const uint8_t *)&p); } |
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void source(const unsigned char &p) { |
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void source(volatile const signed char &p) { source(*(volatile const uint8_t *)&p); } |
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void source(volatile const unsigned char &p) { |
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TCD->SADDR = &p; |
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TCD->SOFF = 0; |
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TCD->ATTR_SRC = 0; |
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if ((uint32_t)p < 0x40000000 || TCD->NBYTES == 0) TCD->NBYTES = 1; |
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TCD->SLAST = 0; |
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} |
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void source(const signed short &p) { source(*(const uint16_t *)&p); } |
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void source(const unsigned short &p) { |
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void source(volatile const signed short &p) { source(*(volatile const uint16_t *)&p); } |
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void source(volatile const unsigned short &p) { |
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TCD->SADDR = &p; |
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TCD->SOFF = 0; |
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TCD->ATTR_SRC = 1; |
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if ((uint32_t)p < 0x40000000 || TCD->NBYTES == 0) TCD->NBYTES = 2; |
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TCD->SLAST = 0; |
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} |
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void source(const signed int &p) { source(*(const uint32_t *)&p); } |
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void source(const unsigned int &p) { source(*(const uint32_t *)&p); } |
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void source(const signed long &p) { source(*(const uint32_t *)&p); } |
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void source(const unsigned long &p) { |
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void source(volatile const signed int &p) { source(*(volatile const uint32_t *)&p); } |
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void source(volatile const unsigned int &p) { source(*(volatile const uint32_t *)&p); } |
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void source(volatile const signed long &p) { source(*(volatile const uint32_t *)&p); } |
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void source(volatile const unsigned long &p) { |
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TCD->SADDR = &p; |
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TCD->SOFF = 0; |
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TCD->ATTR_SRC = 2; |
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@@ -77,9 +77,9 @@ public: |
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// Use a buffer (array of data) as the data source. Typically a |
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// buffer for transmitting data is used. |
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void sourceBuffer(const signed char p[], unsigned int len) { |
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sourceBuffer((uint8_t *)p, len); } |
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void sourceBuffer(const unsigned char p[], unsigned int len) { |
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void sourceBuffer(volatile const signed char p[], unsigned int len) { |
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sourceBuffer((volatile const uint8_t *)p, len); } |
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void sourceBuffer(volatile const unsigned char p[], unsigned int len) { |
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TCD->SADDR = p; |
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TCD->SOFF = 1; |
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TCD->ATTR_SRC = 0; |
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@@ -88,9 +88,9 @@ public: |
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TCD->BITER = len; |
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TCD->CITER = len; |
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} |
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void sourceBuffer(const signed short p[], unsigned int len) { |
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sourceBuffer((uint16_t *)p, len); } |
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void sourceBuffer(const unsigned short p[], unsigned int len) { |
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void sourceBuffer(volatile const signed short p[], unsigned int len) { |
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sourceBuffer((volatile const uint16_t *)p, len); } |
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void sourceBuffer(volatile const unsigned short p[], unsigned int len) { |
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TCD->SADDR = p; |
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TCD->SOFF = 2; |
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TCD->ATTR_SRC = 1; |
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@@ -99,13 +99,13 @@ public: |
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TCD->BITER = len / 2; |
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TCD->CITER = len / 2; |
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} |
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void sourceBuffer(const signed int p[], unsigned int len) { |
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sourceBuffer((uint32_t *)p, len); } |
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void sourceBuffer(const unsigned int p[], unsigned int len) { |
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sourceBuffer((uint32_t *)p, len); } |
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void sourceBuffer(const signed long p[], unsigned int len) { |
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sourceBuffer((uint32_t *)p, len); } |
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void sourceBuffer(const unsigned long p[], unsigned int len) { |
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void sourceBuffer(volatile const signed int p[], unsigned int len) { |
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sourceBuffer((volatile const uint32_t *)p, len); } |
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void sourceBuffer(volatile const unsigned int p[], unsigned int len) { |
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sourceBuffer((volatile const uint32_t *)p, len); } |
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void sourceBuffer(volatile const signed long p[], unsigned int len) { |
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sourceBuffer((volatile const uint32_t *)p, len); } |
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void sourceBuffer(volatile const unsigned long p[], unsigned int len) { |
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TCD->SADDR = p; |
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TCD->SOFF = 4; |
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TCD->ATTR_SRC = 2; |
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@@ -116,9 +116,9 @@ public: |
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} |
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// Use a circular buffer as the data source |
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void sourceCircular(const signed char p[], unsigned int len) { |
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sourceCircular((uint8_t *)p, len); } |
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void sourceCircular(const unsigned char p[], unsigned int len) { |
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void sourceCircular(volatile const signed char p[], unsigned int len) { |
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sourceCircular((volatile const uint8_t *)p, len); } |
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void sourceCircular(volatile const unsigned char p[], unsigned int len) { |
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TCD->SADDR = p; |
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TCD->SOFF = 1; |
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TCD->ATTR_SRC = ((31 - __builtin_clz(len)) << 3); |
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@@ -127,9 +127,9 @@ public: |
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TCD->BITER = len; |
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TCD->CITER = len; |
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} |
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void sourceCircular(const signed short p[], unsigned int len) { |
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sourceCircular((uint16_t *)p, len); } |
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void sourceCircular(const unsigned short p[], unsigned int len) { |
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void sourceCircular(volatile const signed short p[], unsigned int len) { |
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sourceCircular((volatile const uint16_t *)p, len); } |
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void sourceCircular(volatile const unsigned short p[], unsigned int len) { |
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TCD->SADDR = p; |
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TCD->SOFF = 2; |
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TCD->ATTR_SRC = ((31 - __builtin_clz(len)) << 3) | 1; |
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@@ -138,13 +138,13 @@ public: |
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TCD->BITER = len / 2; |
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TCD->CITER = len / 2; |
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} |
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void sourceCircular(const signed int p[], unsigned int len) { |
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sourceCircular((uint32_t *)p, len); } |
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void sourceCircular(const unsigned int p[], unsigned int len) { |
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sourceCircular((uint32_t *)p, len); } |
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void sourceCircular(const signed long p[], unsigned int len) { |
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sourceCircular((uint32_t *)p, len); } |
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void sourceCircular(const unsigned long p[], unsigned int len) { |
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void sourceCircular(volatile const signed int p[], unsigned int len) { |
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sourceCircular((volatile const uint32_t *)p, len); } |
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void sourceCircular(volatile const unsigned int p[], unsigned int len) { |
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sourceCircular((volatile const uint32_t *)p, len); } |
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void sourceCircular(volatile const signed long p[], unsigned int len) { |
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sourceCircular((volatile const uint32_t *)p, len); } |
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void sourceCircular(volatile const unsigned long p[], unsigned int len) { |
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TCD->SADDR = p; |
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TCD->SOFF = 4; |
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TCD->ATTR_SRC = ((31 - __builtin_clz(len)) << 3) | 2; |