Changes between Version 5 and Version 6 of 802.11/wlan_exp/Extending

Timestamp:

Dec 14, 2015, 5:59:21 PM (8 years ago)

Author:

murphpo

Comment:

--

802.11/wlan_exp/Extending

@@ -92 +92 @@
 This method takes one node object as its argument, sends the {{{USER_CMDID_TX_QUEUE_STATUS}}} command to the node, then parses the response. If the response is valid it returns the list of queue id/occupancy values.
 
-To use this function:
-
-{{{
-
-#Assume n0 is a wlan_exp node object that has already been initialized
-q_stat = get_tx_queue_status(n0)
-
-#Print the queue status response
-if(q_stat):
-  print('Tx Queue Status for node {0}'.format(n0.sn_str))
-  print('ID Occupancy')
-
-  for q_id,q_occ in q_stat:
-      print('{0:2d} {1:3d}'.format(q_id, q_occ))
-else:
-  print('No Tx Queue Status received for {0}'.format(n0_str))
-}}}
-
-
 Each upper-level MAC application implements its own callback function for handling application-specific user commands. By default these functions are empty. You must modify the C code to implement the behaviors required for your custom command.
 
 In this example the custom command will query the lengths of Tx queues. 
 Modify the {{{wlan_exp_user_ap_process_cmd()}}} function in {{{wlan_mac_ap.c}}}.
-{{{#!c
+{{{#!C
     #define USER_CMDID_TX_QUEUE_STATUS 100
     int i;
@@ -126 +107 @@
 Add a new case for the new command ID to the {{{switch(cmd_id)}}} statement:
 
-{{{#!c
+{{{#!C
     case USER_CMDID_TX_QUEUE_STATUS:
         xil_printf("Got Tx queue status cmd\n");
@@ -200 +181 @@
 
 
+Finally, to utilize this new command from your Python script:
+
+{{{#!python
+
+#Assume n0 is a wlan_exp node object that has already been initialized
+q_stat = get_tx_queue_status(n0)
+
+#Print the queue status response
+if(q_stat):
+  print('Tx Queue Status for node {0}'.format(n0.sn_str))
+  print('ID Occupancy')
+
+  for q_id,q_occ in q_stat:
+      print('{0:2d} {1:3d}'.format(q_id, q_occ))
+else:
+  print('No Tx Queue Status received for {0}'.format(n0_str))
+}}}
+
+
+
 == Low Params ==
 The User Command flow described above is can configure and reading state in CPU High. Some applications will also require interacting with CPU Low.