def boot_uartrun(path, faddr, xmmode1k=False):
ret = False
rsp = None
gw_report.clear()
data = func.hexfile_analyze(path)
if (len(data) != 1):
return gw_report.result(str(False))
#print(data)
itm = data[0]
#uartrun [hex(addr), hex(size), checksum]
ret, rsp = func.cmd(
'uartrun',
[hex(itm[0]), hex(len(itm[1])),
crc16(0, itm[1])])
#print(ret)
if (ret == False):
return gw_report.result(str(ret))
#print(itm[1])
if (xmmode1k):
ret = func.xmdm_send_1k(itm[1])
else:
ret = func.xmdm_send(itm[1])
print(ret)
return gw_report.result(str(ret))
def boot_prog_hexf(hexf_path, xmmode1k=False):
ret = True
rsp = None
gw_report.clear()
data = func.hexfile_analyze(hexf_path)
#print(hex(data[0][0]), hex(len(data[0][1])))
#print(hex(data[1][0]), hex(len(data[1][1])))
#return
#print(data)
for itm in data:
#progr [addr, size]
ret, rsp = func.cmd('progr', [hex(itm[0]), hex(len(itm[1]))])
#print(ret)
if (ret == False):
break
#print(itm[1])
if (xmmode1k):
ret = func.xmdm_send_1k(itm[1])
else:
ret = func.xmdm_send(itm[1])
print(ret)
if (ret == False):
break
return gw_report.result(str(ret))
def boot_quit():
ret = True
gw_report.clear()
ret = func.cmd('quit')
return gw_report.result(str(ret))
def boot_prog_bin(path, faddr, xmmode1k=False):
ret = False
rsp = None
gw_report.clear()
try:
size = os.path.getsize(path)
fp = open(path, 'rb')
data = list(fp.read(size))
except:
traceback.print_exc()
return gw_report.result(str(False))
#progr [hex(addr), hex(size), checksum]
ret, rsp = func.cmd('progr', [hex(faddr), hex(size), crc16(0, data)])
#print(ret)
if (ret == False):
return gw_report.result(str(ret))
#print(itm[1])
if (xmmode1k):
ret = func.xmdm_send_1k(data)
else:
ret = func.xmdm_send(data)
print(ret)
return gw_report.result(str(ret))
def boot_write(faddr, value):
ret = False
rsp = None
gw_report.clear()
ret, rsp = func.cmd('write', [hex(faddr), hex(value)], 5)
#print(ret)
return gw_report.result(str(ret))
def boot_er64k(faddr):
ret = False
rsp = None
gw_report.clear()
ret, rsp = func.cmd('er64k', [hex(faddr)], 5)
#print(ret)
return gw_report.result(str(ret))
def boot_etssf():
ret = False
rsp = None
gw_report.clear()
ret, rsp = func.cmd('etssf', None, 5)
#print(ret)
return gw_report.result(str(ret))
def boot_rdreg(reg):
ret = False
rsp = None
gw_report.clear()
ret, rsp = func.cmd('rdreg', [hex(reg)])
#print(ret)
return gw_report.result(str(ret))
def boot_wrreg(reg, value):
ret = False
rsp = None
gw_report.clear()
ret, rsp = func.cmd('wrreg', [hex(reg), hex(value)])
#print(ret)
return gw_report.result(str(ret))
def boot_cmd(c, para=None):
ret = True
rsp = None
gw_report.clear()
if (para is not None):
if (type(para) is not list):
para = [para]
ret, rsp = func.cmd(c, para)
print(ret)
return gw_report.result(str(ret))