RAFlasher.py: markup info and area cmd

diff --git a/src/RAFlasher.py b/src/RAFlasher.py
index f9eab39..0e5659b 100644 (file)
--- a/src/RAFlasher.py
+++ b/src/RAFlasher.py
@@ -26,38 +26,33 @@ def inquire_connection(dev):
 
 def get_area_info(dev):
     for i in [0,1,2]:
-        print("===================")
         packed = pack_pkt(ARE_CMD, [str(i)])
         dev.send_data(packed)
         info = dev.recv_data(23)
         msg = unpack_pkt(info)
         fmt = '>BIIII'
         KOA, SAD, EAD, EAU, WAU = struct.unpack(fmt, bytes(int(x, 16) for x in msg))
-        print(f'Area {KOA} - {hex(SAD)}:{hex(EAD)}')
-        print(f'Erase {hex(EAU)} bytes - write {hex(WAU)} bytes')
+        print(f'Area {KOA}: {hex(SAD)}:{hex(EAD)} (erase {hex(EAU)} - write {hex(WAU)})')
 
 def get_dev_info(dev):
-
     packed = pack_pkt(SIG_CMD, "")
     dev.send_data(packed)
     info = dev.recv_data(18)
     fmt = '>IIIBBHH'
     _HEADER, SCI, RMB, NOA, TYP, BFV, _FOOTER = struct.unpack(fmt, info)
-    print('Chip info:')
     print('====================')
-    print(f'Serial interface speed: {SCI} Hz')
-    print(f'Recommend max UART baud rate {RMB} bps')
-    print(f'User area in Code flash [{NOA & 0x1}|{NOA & 0x02 >> 1}]')
-    print(f'User area in Data flash [{NOA & 0x03 >> 2}]')
-    print(f'Config area [{NOA & 0x04 >> 3}]')
     if TYP == 0x02:
-        print('RA MCU + RA2/RA4 Series')
+        print('Chip: RA MCU + RA2/RA4 Series')
     elif TYP == 0x03:
-        print('RA MCU + RA6 Series')
+        print('Chip: RA MCU + RA6 Series')
     else:
         print('Unknown MCU type')
-    print(f'Boot firmware version {BFV >> 8}.{BFV & 0xFF}')
-    print('====================')
+    print(f'Serial interface speed: {SCI} Hz')
+    print(f'Recommend max UART baud rate: {RMB} bps')
+    print(f'User area in Code flash [{NOA & 0x1}|{NOA & 0x02 >> 1}]')
+    print(f'User area in Data flash [{NOA & 0x03 >> 2}]')
+    print(f'Config area [{NOA & 0x04 >> 3}]')
+    print(f'Boot firmware: version {BFV >> 8}.{BFV & 0xFF}')
 
 
 def verify_img(dev, img, start_addr, end_addr):