def flashWriteData(trame) : #on écrit trame dans fichier data
ofi=open('fichier_data', 'a')
dispo=os.getfree('/flash')# vérifie si y a de la place sur flash
if dispo > 100:
ofi.write(trame)
ofi.close()
return
def flashWriteMeasure(mesure,) : #on écrit les mesures dernière trame dans fichier mesure
ofi=open('fichier_derniere_mesure', 'w')
dispo=os.getfree('/flash')#en cours d'ajout, non testé, vérifie si y a de la place sur flash
if dispo > 100:
ofi.write(mesure)
ofi.close()
return
def __init__(self,
max_file_size_kb: int = 10,
log_to_sd_card: bool = False):
# set up error logging to log file
self.rtc = machine.RTC()
self.MAX_FILE_SIZE = max_file_size_kb * 1000 # in bytes
self.logfile = ('/sd/' if log_to_sd_card else '') + 'log.txt'
with open(self.logfile, 'a') as f:
self.file_position = f.tell()
print("++ file logging enabled")
print("\tfile: \"{}\"".format(self.logfile))
print("\tcurrent size: {: 9.2f} KB".format(self.file_position /
1000.0))
print("\tmaximal size: {: 9.2f} KB".format(self.MAX_FILE_SIZE /
1000.0))
print("\tfree flash memory:{: 6d} KB".format(os.getfree('/flash')))
if log_to_sd_card:
print("\tfree SD memory: {: 6d} MB".format(
int(os.getfree('/sd') / 1000)))
print("")
def house_keeping(targetDir,targetSpace,match_str):
# targetSpace in GiB
#
os.chdir(targetDir)
files_ = os.listdir()
files = sorted([file for file in files_ if match_str in file])
nfiles = len(files)
for file in files:
logger.debug(file)
logger.debug('nfiles={}'.format(nfiles))
cur = 0
logger.info('Before: Free = {}GiB, Target={}GiB'.format(os.getfree(targetDir)/(1024*1024),targetSpace))
while os.getfree(targetDir) < targetSpace*1024*1024:
if match_str in files[cur]:
os.remove(targetDir + '/' + files[cur])
logger.info('{} deleted.'.format(files[cur]))
cur += 1
if cur == nfiles:
logger.error('no matching file found!')
logger.info('After : Free = {}GiB, Target={}GiB'.format(os.getfree(targetDir)/(1024*1024),targetSpace))
return
def send_file():
logger.info("FTP to CTLR ...")
logger.info("Remote={} ...".format('/sd/data/{}'.format(
date_string(T_start))))
os.chdir('/sd')
# out = dropfile.dropfile(CTLR_IPADDRESS, 21, '/sd/data/{}'.format(date_string(T_start)), 'micro', 'python', filename)
out = dropfile.dropfile(CTLR_IPADDRESS, 21, '/sd/data', 'micro', 'python',
filename)
if out == 0:
logger.info("FTP Successful.")
else:
logger.info("FTP Failed.")
diskutil.house_keeping('/sd/data', 20, 'acc')
logger.info('available space = {}GiB'.format(os.getfree('/sd')))
def flashWriteData(trame): #on écrit trame dans fichier data
print("ecriture de trame")
ofi = open('fichier_data', 'a')
dispo = os.getfree('/flash') # vérifie si y a de la place sur flash
if dispo > 100:
ofi.write(trame)
else:
print("memoire saturee")
pycom.rgbled(
c.jaune_pale
) #si pas de mémoire, on arrête le programme qui va rebooter à l'infini à cause du chien de garde
time.sleep(c.timeout / 1000)
ofi.close()
return
def _df(part, verbose):
free_kib = os.getfree(part)
free_b = free_kib * 1024
free_mib = free_kib / 1024
if verbose:
used_b = du(part, do_return=True)
used_kib = used_b / 1024
total_b = used_b + free_b
total_kib = total_b / 1024
error_b = 4 * 1024 * 1024 - total_b
print(part, ' ', free_b, ' B free (', free_kib, " KiB, ", round(free_kib / 1024,2), " MiB), ", used_b, ' B used (', round(used_kib,2), ' KiB, ', round(used_kib / 1024,2), ' MiB), ', total_b, ' B total (', total_kib, ' KiB, ', round(total_kib / 1024,2), ' MiB) [error_b=', error_b, ']', sep='')
# /flash 4087808 B free (3992 KiB, 3.9 MiB), 41247 B used (40.28 KiB, 0.04 MiB), 4129055 B total (4032.28 KiB, 3.94 MiB) [error_b=65249]
# FIXME: why do we have an error of 64K?
# I would expect something below 1K due to rounding since os.getfree() reports in KiB
# probably something like inodes, ie managing directories and filenames
else:
print(part, kib * 1024, 'B free (', kib, "KiB)", sep='')
def _stress():
s = "All work and no play makes Jack a dull boy" * 10
d = '/flash/stress'
try:
mkdir(d)
except:
pass
if False:
print(os.listdir('/flash/stress'))
ct = 0
while True:
f = d + '/jack{:05}.txt'.format(ct)
print(ct)
for x in range(1):
tee(s, f, True)
_spin(x)
print('\b', end='')
print(ct, os.getfree('/flash'), len(os.listdir(d)))
ct += 1
def mem_free(self):
import os
try:
self.write_int16(os.getfree('/flash'))
except AttributeError:
self.write_int16(350000)
def mem_free(self):
import os
try:
self.write_int16(os.getfree('/flash'))
except AttributeError:
self.write_int16(350000)
def send_file():
_files = os.listdir('/sd/data/uploading')
logger.info('{} file(s) to upload from /sd/data/uploading...'.format(
len(_files)))
time.sleep(15 * (iACC - 1))
for _file in _files:
_file_fullpath = '/sd/data/uploading/' + _file
# _file='gcam1-acc1-2020-0507-201110'
# 0 0 0
_dateStr = _file[11:20] # yyyy-mmdd
_timestamp = _file[11:] # yyyy-mmdd-HHMMSS
_dest_path = '/sd/data/' + _dateStr
logger.info("FTP to CTLR: Remote={} ...".format(_dest_path))
os.chdir('/sd/data/uploading')
iter = 0
out = None
while iter < 3:
try:
out = dropfile.dropfile(CTLR_IPADDRESS, 21, _dest_path,
'micro', 'python', _file)
logger.debug('out={}'.format(out))
if out == 0:
break # Successful
if out == -1:
logger.debug(
'*************************************************')
logger.debug(
'retry dropfile, current_iter={}, connection timeout; svr busy'
.format(iter))
logger.debug(
'*************************************************')
iter += 1
time.sleep(
5) # waiting until the connection is closed by the svr
continue
else:
logger.debug(
'*************************************************')
logger.debug(
'retry dropfile, current_iter={}, svr response out={}'.
format(iter, out))
logger.debug(
'*************************************************')
iter += 1
time.sleep(
5) # waiting until the connection is closed by the svr
continue
except OSError as exc:
# if exc.args[0] == uerrno.ECONNRESET or exc.args[0] == uerrno.ECONNABORTED or \
# exc.args[0] == uerrno.ETIMEDOUT:
logger.debug(
'*************************************************')
logger.exception(
'retry dropfile, current_iter={}, errorcode={}'.format(
iter, exc.args[0]))
logger.debug(
'*************************************************')
time.sleep(30)
iter += 1
continue
except:
logger.debug(
'*************************************************')
logger.exception(
'retry dropfile, current_iter={}, non-OSError'.format(
iter))
logger.debug(
'*************************************************')
time.sleep(30)
iter += 1
continue
if out == 0:
logger.info("FTP Successful.")
_file_fullpath_new = _file_fullpath.replace(
'uploading', 'uploaded')
os.rename(_file_fullpath, _file_fullpath_new)
logger.info('file moved to uploaded folder.')
request = 'set,file{},{};'.format(iACC, _timestamp)
logger.info('sending request to the sever: "{}"'.format(request))
response = socket_client.request(request)
else:
logger.info("****** FTP Failed after all *******")
# filename='/sd/data/uploading/gcam1-acc1-2020-0507-201110'
# 0 0 0 0 0
timestamp = filename[30:] # yyyy-mmdd-HHMMSS
request = 'set,state{},3;set,rms{},{},{:.6f};'.format(
iACC, iACC, timestamp, rmsACC)
logger.info('sending request to the sever: "{}"'.format(request))
response = socket_client.request(request)
diskutil.house_keeping('/sd/data/uploaded', 25, 'acc')
diskutil.house_keeping('/sd/log', 3, 'log')
logger.info('available space = {:,} bytes'.format(os.getfree('/sd')))
gc.collect()
return
print("ULP_WAKE")
print("===== os =========================================")
print("sysname", os.uname().sysname) # e.g., GPy
print("release", os.uname().release) # e.g., 1.20.1.r1
print("release", os.uname().version)
print("uname", os.uname())
import pycom
print("===== pycom ======================================")
try:
print("free_heap", pycom.get_free_heap())
# print("bootmgr", pycom.bootmgr())
print("partition", pycom.bootmgr()[0])
print("fs_type", pycom.bootmgr()[1])
print("free", os.getfree('/flash'))
print(pycom.bootmgr()[2]) # safeboot
print(pycom.bootmgr()[3]) # status
print("ota_slot", hex(pycom.ota_slot()))
if (pycom.ota_slot() == 0x210000):
print("ota_slot is", "'ota_0' in 'new' 8MB layout")
elif (pycom.ota_slot() == 0x1A0000):
print("ota_slot is", "'ota_0' in 'old' 4MB layout")
elif (pycom.ota_slot() == 0x10000):
print("ota_slot is", "'Factory'")
else:
raise Exception("Unkown ota_slot"+ str(pycom.ota_slot()))
except:
pass
try:
def disk_status():
flash_used = 100 - os.getfree('/flash') / (4 * 1024) * 100 # in (%)
sd_used = 100 - os.getfree('/sd') / (32 * 1024 * 1024) * 100 # in (%)
return [int(flash_used), int(sd_used)]
targetDir = '/sd'
targetSpace = 1024 * 1024 # 1 GiB
sd = SD()
logger.info('mounting SD...')
os.mount(sd, '/sd')
logger.info('mounting success')
def date_string(time_sec):
t_ = time.localtime(time_sec)
return '{}-{:0>2d}{:0>2d}-{:0>2d}{:0>2d}{:0>2d}'.format(
t_[0], t_[1], t_[2], t_[3], t_[4], t_[5])
# sys.exit('')
logger.info('free-space ={}'.format(os.getfree('/sd')))
while True:
logger.info('creating a file ...')
diskutil.create_file('/sd/acc{}'.format(date_string(time.time())), 1)
logger.info('creating a file Done.')
free_space = os.getfree('/sd')
logger.info('free-space ={}'.format(free_space))
diskutil.house_keeping('/sd', 15, 'acc')
logger.info('Disk space available after house-keeping: {}'.format(
os.getfree(targetDir)))
time.sleep(1)
date_string(time_start))))
os.chdir('/sd')
out = dropfile.dropfile(CTLR_IPADDRESS, 21,
'/sd/data/{}'.format(date_string(time_start)), 'micro',
'python', filename)
if out == 0:
logger.debug("success")
else:
logger.debug('Failed.')
logger.debug("Transferring file to CTLR via FTP Done.")
# logger.info('creating a file ...')
# diskutil.create_file('/sd/gcam{}-acc{}-{}'.format(iCAM,iACC,datetime_string(time.time())),1)
# logger.info('creating a file Done.')
diskutil.house_keeping('/sd/', 20, 'acc')
logger.info('available space = {}GiB'.format(os.getfree('/sd')))
#
# DEEP SLEEP (state=5)
#
response = socket_client.request('set,state{},5'.format(iACC))
t_now = time.time()
res = (t_now + 43) % T_exec
if res != 0:
t_next = t_now + 43 - res + T_exec
else:
t_next = t_now + 43
logger.debug('time_now = {}'.format(datetime_string(t_now)))
logger.debug('time_next = {}'.format(datetime_string(t_next)))
logger.debug("Going to Sleep for {} seconds...".format(t_next - 40 - (t_now)))
time.sleep(3)