Diff: MCP320x.cpp

Revision:

2:d2c51376ee7c

Parent:

1:66fdf46dc4de

--- a/MCP320x.cpp	Fri Jan 29 02:36:06 2016 +0000
+++ b/MCP320x.cpp	Fri Jan 29 03:01:37 2016 +0000
@@ -5,8 +5,6 @@
     unsigned char CMCP320x_SPI::SPIModuleRefCounter = 0;
 
     CMCP320x_SPI::CMCP320x_SPI(const PinName p_mosi, const PinName p_miso, const PinName p_sclk, const PinName p_cs, const Mcp320xFamilly p_familly, const unsigned int p_frequency) : _internalId("") {
-        DEBUG_ENTER("CMCP320x_SPI")
-        
         CMCP320x_SPI::SPIModuleRefCounter += 1;
         if (CMCP320x_SPI::SPIModuleRefCounter > 1) {
             //FIXME Check that SPI settings are identical. Otherwise it should failed
@@ -25,30 +23,21 @@
                 _channelsNum = 8;
         } // End of 'switch' statement
         _settings = 0x02; // SGL/DIFF bit set to 1 = See DS21298E-page 19 TABLE 5-1: CONFIGURATION BITS FOR THE MCP3204/TABLE 5-2: CONFIGURATION BITS FOR THE MCP3208
-        DEBUG("CMCP320x_SPI: familly:%d - #channels:%d", _familly, _channelsNum)
         _spiInstance = new SPI(p_mosi, p_miso, p_sclk);
         _spiInstance->frequency(p_frequency); // Set the frequency of the SPI interface
         _spiInstance->format(8, 3);
-        DEBUG_ENTER("CMCP320x_SPI: refCounter=%d", CMCP320x_SPI::SPIModuleRefCounter)
 
         if (p_cs != NC) {
-            DEBUG("CMCP320x_SPI: /CS managed");
             _cs = new DigitalOut(p_cs);
             _cs->write(1); // Disable chip
         } else {
-            DEBUG("CMCP320x_SPI: /CS not managed");
             _cs = NULL; // Not used
         }
     
-   
-        DEBUG_LEAVE("CMCP320x_SPI")
-    }
+     }
     
     CMCP320x_SPI::~CMCP320x_SPI() {
-        DEBUG_ENTER("~CMCP320x_SPI")
-    
         // Release I2C instance
-        DEBUG_ENTER("~CMCP320x_SPI: refCounter=%d", CMCP320x_SPI::SPIModuleRefCounter)
         CMCP320x_SPI::SPIModuleRefCounter -= 1;
         if (CMCP320x_SPI::SPIModuleRefCounter == 0) {
             delete _spiInstance;
@@ -59,12 +48,9 @@
             _cs->write(1);
             delete _cs;
         }
-   
-        DEBUG_LEAVE("~CMCP320x_SPI")
     }
 
     float CMCP320x_SPI::Read(const Mcp320xChannels p_channels) {
-        DEBUG_ENTER("CMCP320x_SPI::Read: %d", (unsigned char)p_channels)
         
         // Read a sample
         _sample.value = 0x00;
@@ -78,16 +64,13 @@
                 Read_3201();
                 break;
         } // End of 'switch' statement 
-        DEBUG("CMCP320x_SPI::Read: 0x%02x - 0x%02x", _sample.bytes[0], _sample.bytes[1])
          //_sample.value >>= 1; // Adjust composite integer for 12 valid bits
         _sample.value &= 0x0FFF; // Mask out upper nibble of integer
         
-        DEBUG_LEAVE("CMCP320x_SPI::Read: %lu", _sample.value)
         return _sample.value;        
     }
     
     void CMCP320x_SPI::SetConfig(const bool p_settings) {
-        DEBUG_LEAVE("CMCP320x_SPI::SetConfig: %x", (unsigned char)p_settings)
         
         if (_settings) {
             _settings = 0x02;
@@ -120,7 +103,6 @@
     }
 
     void CMCP320x_SPI::Read_320x(const Mcp320xChannels p_channels) {
-        DEBUG_ENTER("CMCP320x_SPI::Read_320x: %d", (unsigned char)p_channels)
         
         unsigned char _channels = (unsigned char)p_channels % _channelsNum;
         // Set start bit 
@@ -135,7 +117,6 @@
             cmd0 = mask | ((_channels & 0x04) >> 2); // Extract D2 bit - See DS21298E-page 19 Clause 5.0 SERIAL COMMUNICATIONS
             cmd1 = _channels << 6; // MCP3204 has 8 channels in single-ended mode
         }
-        DEBUG("CMCP320x_SPI::Read_320x: cmd0:%02x - cmd1:%02x", cmd0, cmd1)
         if (_cs != NULL) {
             _cs->write(0);
             wait_us(1);
@@ -147,7 +128,6 @@
             _cs->write(1);
         }
             
-        DEBUG_LEAVE("CMCP320x_SPI::Read_320x")
     }
     
 } // End of namespace MCP320x_SPI