xbee blue: Update name of product to be 'XBee 3 BLU'

Signed-off-by: Tatiana Leon <Tatiana.Leon@digi.com>

Author: tatianaleon

CHANGELOG.rst

@@ -14,7 +14,7 @@ v1.4.2 - XX/XX/202X
   * XBee 3 Cellular North America Cat 4
   * XBee XR 900 TH
   * XBee XR 868 TH
-  * XBee BLU
+  * XBee 3 BLU
 * Support to retrieve XBee statistics.
 * Send/receive explicit data in 802.15.4.
   (XBee 3 modules support this feature)
@@ -25,7 +25,7 @@ v1.4.2 - XX/XX/202X
     configure '$S', '$V', '$W', '$X', and '$Y' XBee parameters to establish
     Bluetooth password.
 * Support for sending BLE Generic Access Profile (GAP) scans.
-  (Only XBee BLU modules support this feature)
+  (Only XBee 3 BLU modules support this feature)
 * Bug fixing:
 
   * Fix order of nodes when creating a Zigbee source route (#278)

digi/xbee/models/hw.py

@@ -106,8 +106,8 @@ class HardwareVersion(Enum):
     CELLULAR_3_NA_CAT4 = (0x59, "XBee 3 Cellular North America Cat 4")
     XBEE_XR_900_TH = (0x5A, "XBee XR 900 TH")
     XBEE_XR_868_TH = (0x5B, "XBee XR 868 TH")
-    XBEE_BLU = (0x5C, "XBee BLU")
-    XBEE_BLU_TH = (0x5D, "XBee BLU TH")
+    XBEE_BLU = (0x5C, "XBee 3 BLU")
+    XBEE_BLU_TH = (0x5D, "XBee 3 BLU TH")
 
     def __init__(self, code, description):
         self.__code = code

examples/communication/bluetooth/GapScanCursesDemo/readme.txt

@@ -6,15 +6,15 @@
   The application registers a callback to be notified when new GAP scan data
   coming from Bluetooth BLE is received and displays it on the screen.
 
-  NOTE: This demo is currently only supported on the XBee BLU device
+  NOTE: This demo is currently only supported on the XBee 3 BLU device
         which uses 'XBeeBLU' device class.
 
 
   Requirements
   ------------
   To run this demo you will need:
 
-    * One XBee BLU module in API mode and its corresponding carrier board
+    * One XBee 3 BLU module in API mode and its corresponding carrier board
       (XBIB or equivalent).
     * The XCTU application (available at www.digi.com/xctu).
     * The Python 'curses' library installed.
@@ -27,31 +27,31 @@
 
   Demo setup
   -------------
-    1) Plug the XBee BLU radio into the XBee adapter and connect it to your
+    1) Plug the XBee 3 BLU radio into the XBee adapter and connect it to your
        computer's USB or serial port.
 
     2) Ensure that the module is in API mode.
        For further information on how to perform this task, read the
        'Configuring Your XBee Modules' topic of the Getting Started guide.
 
-    3) Enable the Bluetooth interface of the XBee BLU device using XCTU.
+    3) Enable the Bluetooth interface of the XBee 3 BLU device using XCTU.
        For further information on how to perform this task, refer to the
        XCTU user manual.
 
-    4) Set the port and baud rate of the XBee BLU radio in the demo file.
+    4) Set the port and baud rate of the XBee 3 BLU radio in the demo file.
        If you configured the module in the previous step with XCTU, you will
        see the port number and baud rate in the 'Port' label of the device
        on the left view.
 
-    5) Install the Python 'curses' library in your Python enviroment.
+    5) Install the Python 'curses' library in your Python environment.
        - For Linux based installations, this typically has already been done
          for you by your Linux distribution.
          If not, use 'pip' to install the 'curses' package.
 
        - For Windows based installations, you will need to install the
          'windows-curses' library using PIP.
          For example, the following steps should work, assuming the
-         Python enviroment has been properly set up:
+         Python environment has been properly set up:
 
              python.exe -m ensurepip --upgrade
              python.exe -m pip install --upgrade pip setuptools wheel

examples/communication/bluetooth/GapScanExample/readme.txt

@@ -9,15 +9,15 @@
   and also registers a callback to be notified when the GAP scan status
   changes.
 
-  NOTE: This example is currently only supported on the XBee BLU device
+  NOTE: This example is currently only supported on the XBee 3 BLU device
         which uses 'XBeeBLU' device class.
 
 
   Requirements
   ------------
   To run this example you will need:
 
-    * One XBee BLU module in API mode and its corresponding carrier board
+    * One XBee 3 BLU module in API mode and its corresponding carrier board
       (XBIB or equivalent).
     * The XCTU application (available at www.digi.com/xctu).
 
@@ -29,18 +29,18 @@
 
   Example setup
   -------------
-    1) Plug the XBee BLU radio into the XBee adapter and connect it to your
+    1) Plug the XBee 3 BLU radio into the XBee adapter and connect it to your
        computer's USB or serial port.
 
     2) Ensure that the module is in API mode.
        For further information on how to perform this task, read the
        'Configuring Your XBee Modules' topic of the Getting Started guide.
 
-    3) Enable the Bluetooth interface of the XBee BLU device using XCTU.
+    3) Enable the Bluetooth interface of the XBee 3 BLU device using XCTU.
        For further information on how to perform this task, refer to the
        XCTU user manual.
 
-    4) Set the port and baud rate of the XBee BLU radio in the example file.
+    4) Set the port and baud rate of the XBee 3 BLU radio in the example file.
        If you configured the module in the previous step with XCTU, you will
        see the port number and baud rate in the 'Port' label of the device
        on the left view.

functional_tests/Bluetooth/device_info.py

@@ -20,9 +20,9 @@
 
 
 def main():
-    print(" +---------------------------+")
-    print(" | XBee BLU device info test |")
-    print(" +---------------------------+\n")
+    print(" +-----------------------------+")
+    print(" | XBee 3 BLU device info test |")
+    print(" +-----------------------------+\n")
 
     local = BluDevice(PORT_LOCAL, BAUD_RATE_LOCAL)