INTERMEDIATE SAVE - TO BE CONTINUED!!!!

ipmc-tester/IPMCTest.py

@@ -52,16 +52,16 @@ def cernipmc_test():
 
 def cernipmc_test_seq(boardSplittedRef=[None, None], ha_address=0x41, hostname='192.168.1.34', enableProgramming=False, enableMACFlashing=False, **kwargs):
 
-    enablePowerTesting = True
-    enableHaTesting = True
-    enableAtcaTesting = True
-    enableLedTesting = False
-    enableAmcTesting = True
-    enableIoTesting = True
-    enableMgtI2cTesting = True
-    enableSensorI2cTesting = True
-    enableUartTesting = True
-    enableConfigTesting = True
+    enablePowerTesting = False
+    enableHaTesting = False
+    enableAtcaTesting = False
+    enableLedTesting = True
+    enableAmcTesting = False
+    enableIoTesting = False
+    enableMgtI2cTesting = False
+    enableSensorI2cTesting = False
+    enableUartTesting = False
+    enableConfigTesting = False
 
     #Test details
     try:
@@ -155,7 +155,7 @@ def cernipmc_test_seq(boardSplittedRef=[None, None], ha_address=0x41, hostname='
             subtests.append(s)
             if s['pass'] != 0:
                 global_res |= 0x04
-                global_prt += '[Result] LED test {} FAILED!\n'.format(hex(s['details']['ha']))
+                global_prt += '[Result] LED test {} FAILED!\n'.format(hex(s['details']['led']))
         print('[Result] LED test {}\n'.format('passed' if s['pass'] == 0 else 'failed'))
 
     #LAN

ipmc-tester/LEDTest.py

@@ -87,13 +87,15 @@ def test_led(hostname='192.168.1.34', timeout=100, **kwargs):
             led_state_read = ipmiLan.ipmc_read_led(fru, led)
         except Exception as e:
             print(f'[ERROR] Writing LED #{led}: {str(e)}')
+        print(led_state_read)
 
         # get LED state and compare
-        r = IPMCDevATCAObject.GETLED(led)
-        if r != 0:
-            print(f'[ERROR] Getting LED #{led}')
-        if led_read != led_on:
-            measurements.append({'name': 'read_led', 'data': {'s': 'LED state ON', 'v': led_read}, 'pass': -1 })
+        led_read = IPMCDevATCAObject.GETLED(led)
+        if led_read < 0:
+            print(f'[ERROR] Reading LED #{led} (r = {led_read})')
+        print(f'led_read = {led_read}')
+        if led_read != 1:
+            measurements.append({'name': 'led_read', 'data': {'s': 'LED state ON', 'v': led_read}, 'pass': -1 })
             passed = -1
             verbose = f'LED #{led} state incorrect: ON expected - OFF read'
             print(f'[ERROR ] {verbose}')
@@ -109,11 +111,12 @@ def test_led(hostname='192.168.1.34', timeout=100, **kwargs):
             print(f'[ERROR] Writing LED #{led}: {str(e)}')
 
         # get LED state and compare
-        r = IPMCDevATCAObject.GETLED(led)
-        if r != 0:
-            print(f'[ERROR] Getting LED #{led}')
-        if led_read != led_off:
-            measurements.append({'name': 'read_led', 'data': {'s': 'LED state OFF', 'v': led_read}, 'pass': -1 })
+        led_read = IPMCDevATCAObject.GETLED(led)
+        print(f'led_read = {led_read}')
+        if led_read < 0:
+            print(f'[ERROR] Reading LED #{led} (r = {led_read})')
+        if led_read != 0:
+            measurements.append({'name': 'led_read', 'data': {'s': 'LED state OFF', 'v': led_read}, 'pass': -1 })
             passed = -1
             verbose = f'HLED #{led} incorrect: OFF expected - ON read'
             print(f'[ERROR ] {verbose}')