added test for the CC3000 chip based on llibcurl and pyCurl

test/cc3000_test.py

@@ -0,0 +1,93 @@
+# Test for the aREST library using the CC3000 chip
+
+# Imports
+import pycurl
+import time
+import json
+import unittest
+import StringIO
+
+# Target
+target = 'arduino.local'
+
+# Function to make cURL call
+def curl_call(target, command):
+
+  buf = StringIO.StringIO()
+
+  c = pycurl.Curl()
+  c.setopt(c.URL, target + command)
+  c.setopt(c.WRITEFUNCTION, buf.write)
+  c.perform()
+
+  return buf.getvalue()
+
+# Test
+class TestSequenceFunctions(unittest.TestCase):
+
+  # Mode basic test
+  def test_mode(self):
+
+    # Input
+    answer = json.loads(curl_call(target,"/mode/6/i"))
+    self.assertEqual(answer['message'],"Setting pin D6 to input")
+
+    # Output
+    answer = json.loads(curl_call(target,"/mode/6/o"))
+    self.assertEqual(answer['message'],"Setting pin D6 to output")
+
+  # Digital write basic test
+  def test_digital_write(self):
+
+    # HIGH
+    answer = json.loads(curl_call(target,"/digital/6/1"))
+    self.assertEqual(answer['message'],"Pin D6 set to 1")
+
+    # LOW
+    answer = json.loads(curl_call(target,"/digital/6/0"))
+    self.assertEqual(answer['message'],"Pin D6 set to 0")
+
+  # Digital read basic test
+  def test_digital_read(self):
+
+    # Set to LOW
+    answer = json.loads(curl_call(target,"/digital/6/0"))
+
+    # Read
+    answer = json.loads(curl_call(target,"/digital/6"))
+    self.assertEqual(answer['return_value'],0) 
+
+  # Analog write basic test
+  def test_analog_write(self):
+
+    # Set to 100
+    answer = json.loads(curl_call(target,"/analog/6/100"))
+    self.assertEqual(answer['message'],"Pin D6 set to 100")
+
+    # Set to 0
+    answer = json.loads(curl_call(target,"/analog/6/0"))
+    self.assertEqual(answer['message'],"Pin D6 set to 0")
+
+  # Analog read basic test
+  def test_analog_read(self):
+
+    # Read
+    answer = json.loads(curl_call(target,"/analog/6"))
+    self.assertGreaterEqual(answer['return_value'],0)
+    self.assertLessEqual(answer['return_value'],1023) 
+
+  # Digital write + check test
+  def test_digital_check(self):
+
+    # Set to Output
+    answer = json.loads(curl_call(target,"/mode/6/o"))
+
+    # Set to HIGH
+    answer = json.loads(curl_call(target,"/digital/6/1"))
+
+    # Read
+    answer = json.loads(curl_call(target,"/digital/6"))
+    self.assertEqual(answer['return_value'],1)  
+
+if __name__ == '__main__':
+  unittest.main()