Rob Dobson / Mbed 2 deprecated BLE_ScoringDevice

Using the MBED BLE library and Nordic Puck library this is a simple scoring application using Bluetooth LE. It monitors three analog inputs and triggers on reception of a pulse on any one recording data for a short period on all three. This is then published via BLE characteristics. It's a demonstrator for a new UI dev toolkit that is under development.

Dependencies:   Puck mbed

Fork of Example_Puck_BLE by Nordic Semiconductor

Diff: main.cpp

Revision:
7:dc08df448ddc
Parent:
6:81494b318e55
Child:
8:87a3708dca9c
--- a/main.cpp	Sat Aug 23 20:04:36 2014 +0000
+++ b/main.cpp	Sat Aug 23 20:44:36 2014 +0000
@@ -20,10 +20,10 @@
 const int NUM_SAMPLE_CHANNELS = 1;
 
 // Sample interval (uS)
-uint32_t sampleIntervalUs = 50000;
+uint32_t sampleIntervalUs = 10000;
 
 // Interrupt driven ticker to do the sampling
-Ticker sampleTicker;
+Timeout sampleTimeout;
 
 // Sample Channels
 SampleChannel sampleChannels[] =
@@ -39,12 +39,14 @@
 int lastSampleTime = 0;
 const int MIN_MS_BETWEEN_SAMPLES = 2000;
 
-// Function called in interrupt driven ticker to handle sampling
+// Function called in interrupt driven timeout to handle sampling
 static volatile int serviceCount = 0;
 void SampleService()
 {
     serviceCount++;
     
+    sampleTimeout.attach_us(&SampleService, sampleIntervalUs);
+
     return;
     
     // service all channel's state machines
@@ -160,12 +162,14 @@
     // Start timer
     intervalTimer.start();
     
-    // Start ticker to service the sampling
-    sampleTicker.attach_us(&SampleService, sampleIntervalUs);
+    // Start timeout to service the sampling
+    sampleTimeout.attach_us(&SampleService, sampleIntervalUs);
 
     // Wait for something to be found
     unsigned int lastPuckDriveTime = 0;
     unsigned int driveLoops = 0;
+    unsigned int lastDriveLoops = 0;
+    unsigned int lastServiceCount = 0;
     while(true)
     {
         // Service the puck
@@ -173,10 +177,14 @@
         driveLoops++;
         
         // Handle 1 second updates
-        if ((intervalTimer.read_ms() - lastPuckDriveTime >= 1000) || (intervalTimer.read_ms() < lastPuckDriveTime))
+        unsigned int nowTime = intervalTimer.read_ms();
+        if ((nowTime - lastPuckDriveTime >= 1000) || (nowTime < lastPuckDriveTime))
         {
+            unsigned int elapsed = nowTime - lastPuckDriveTime;
+            LOG_INFO("%u E%u C%u DC%u TC%u DTC%u L%u DL%u\n", nowTime, elapsed, serviceCount, serviceCount-lastServiceCount, nowTime/serviceCount, elapsed/(serviceCount-lastServiceCount), driveLoops, driveLoops-lastDriveLoops);
             lastPuckDriveTime = intervalTimer.read_ms();
-            LOG_INFO("%u T%u L%u\n", intervalTimer.read_ms(), serviceCount, driveLoops);
+            lastDriveLoops = driveLoops;
+            lastServiceCount = serviceCount;
         }
         
         continue;