def syncFile_mp3(mp3file):
'''
将文件转换成base64
'''
try:
print 'do syncFile:',mp3file
digest = utils.getfiledigest(mp3file)
# return prepare(digest)
f = open(mp3file,'rb')
c = f.read()
f.close()
s = base64.encodestring(c).strip()
params = urllib.urlencode({'token':getApp().getToken(),'digest':digest,'content':s})
print 'file len:',len(s)
server = getApp().getSettings().get('webserver')
if server.find('http')==-1:
server = 'http://'+server
f = urllib.urlopen('%s/WebApi/Terminal/syncFile'%(server),params) # POST
d = f.read()
print 'sync file returns:',d
d = json.loads(d)
if d['status'] == 0 :
return True
except:
traceback.print_exc()
return False
def scan():
'''
扫描文件，写入db，再进行文件传输
'''
import dbsql
path = getApp().getAudioStorePath()
db = getApp().getDB()
#扫描文件目录，找出差异文件，并写入db
print 'scan :',path
for root, dirs, files in os.walk(path):
for file in files:
time.sleep(0.001)
if not getApp().running:
return
file = file.strip().lower()
if file.find('.spx') == -1:
continue
spxfile = root+'/'+file
try:
# print 'ready for ',spxfile
if db.getRecCountBySpxFile(spxfile):
# print 'file has registered in db!'
continue #已处理
spx_digest = utils.getfiledigest(spxfile)
if db.getRecCountByDigest(spx_digest):
# print 'has upload by digest!'
continue #已处理
db.appendSpxFile(spxfile,spx_digest,0) #未上传
except:
traceback.print_exc()
def scan():
'''
扫描文件，写入db，再进行文件传输
'''
import dbsql
path = getApp().getAudioStorePath()
db = getApp().getDB()
#扫描文件目录，找出差异文件，并写入db
print 'scan :', path
for root, dirs, files in os.walk(path):
for file in files:
time.sleep(0.001)
if not getApp().running:
return
file = file.strip().lower()
if file.find('.spx') == -1:
continue
spxfile = root + '/' + file
try:
# print 'ready for ',spxfile
if db.getRecCountBySpxFile(spxfile):
# print 'file has registered in db!'
continue #已处理
spx_digest = utils.getfiledigest(spxfile)
if db.getRecCountByDigest(spx_digest):
# print 'has upload by digest!'
continue #已处理
db.appendSpxFile(spxfile, spx_digest, 0) #未上传
except:
traceback.print_exc()
def syncFile_mp3(mp3file):
'''
将文件转换成base64
'''
try:
print 'do syncFile:', mp3file
digest = utils.getfiledigest(mp3file)
# return prepare(digest)
f = open(mp3file, 'rb')
c = f.read()
f.close()
s = base64.encodestring(c).strip()
params = urllib.urlencode({
'token': getApp().getToken(),
'digest': digest,
'content': s
})
print 'file len:', len(s)
server = getApp().getSettings().get('webserver')
if server.find('http') == -1:
server = 'http://' + server
f = urllib.urlopen('%s/WebApi/Terminal/syncFile' % (server),
params) # POST
d = f.read()
print 'sync file returns:', d
d = json.loads(d)
if d['status'] == 0:
return True
except:
traceback.print_exc()
return False
def sync_mp3():
db = getApp().getDB()
#从db中取出未上传部分，执行文件同步
sql = 'select * from core_audiofile where status= 0 '
cr = db.handle().cursor()
cr.execute(sql)
rs = fetchallDict(cr)
cr = None
for r in rs:
spxfile,digest = r['spxfile'],r['digest']
try:
if not getApp().running:
return
spxfile = spxfile.decode('utf-8')
if not spxfile or not os.path.exists(spxfile):
sql = 'delete from core_audiofile where digest=?'
cr = db.handle().cursor()
cr.execute(sql,(digest,))
db.handle().commit()
continue
print __file__,inspect.currentframe().f_lineno, spxfile
rc = prepare(digest)
print 'prepare result:',rc
if rc not in (0,1): # 2
getApp().token = ''
return #网络访问异常，返回，等待下次再次执行sync
if rc ==1: #开始同步文件到服务器
#读文件 失败 可能文件未写完，要求话机上传程序写入文件时，独占写入
mp3file =''
try:
mp3file = convert.spx_convert_mp3(spxfile,'')
except:
traceback.print_exc()
if not mp3file: #文件转换失败，更名 处理失败，删除数据库记录
#print spxfile,spxfile.replace('.spx','._spx')
if os.path.exists(spxfile):
os.rename(spxfile,spxfile.replace('.spx','._spx'))
sql = 'delete from core_audiofile where digest=?'
cr = db.handle().cursor()
cr.execute(sql,(digest,))
db.handle().commit()
continue
digest = utils.getfiledigest(mp3file)
if not digest:
continue
if not syncFile_mp3(mp3file):
print 'syncFile failed!'
getApp().token = ''
return
#上传okay ，标识文件已经被上传了
sql = 'update core_audiofile set status=1 ,uptime=? where digest=?'
cr = db.handle().cursor()
cr.execute(sql,(int(time.time()),digest))
db.handle().commit()
except:
traceback.print_exc()
def sync_mp3():
db = getApp().getDB()
#从db中取出未上传部分，执行文件同步
sql = 'select * from core_audiofile where status= 0 '
cr = db.handle().cursor()
cr.execute(sql)
rs = fetchallDict(cr)
cr = None
for r in rs:
spxfile, digest = r['spxfile'], r['digest']
try:
if not getApp().running:
return
spxfile = spxfile.decode('utf-8')
if not spxfile or not os.path.exists(spxfile):
sql = 'delete from core_audiofile where digest=?'
cr = db.handle().cursor()
cr.execute(sql, (digest, ))
db.handle().commit()
continue
print __file__, inspect.currentframe().f_lineno, spxfile
rc = prepare(digest)
print 'prepare result:', rc
if rc not in (0, 1): # 2
getApp().token = ''
return #网络访问异常，返回，等待下次再次执行sync
if rc == 1: #开始同步文件到服务器
#读文件 失败 可能文件未写完，要求话机上传程序写入文件时，独占写入
mp3file = ''
try:
mp3file = convert.spx_convert_mp3(spxfile, '')
except:
traceback.print_exc()
if not mp3file: #文件转换失败，更名 处理失败，删除数据库记录
#print spxfile,spxfile.replace('.spx','._spx')
if os.path.exists(spxfile):
os.rename(spxfile, spxfile.replace('.spx', '._spx'))
sql = 'delete from core_audiofile where digest=?'
cr = db.handle().cursor()
cr.execute(sql, (digest, ))
db.handle().commit()
continue
digest = utils.getfiledigest(mp3file)
if not digest:
continue
if not syncFile_mp3(mp3file):
print 'syncFile failed!'
getApp().token = ''
return
#上传okay ，标识文件已经被上传了
sql = 'update core_audiofile set status=1 ,uptime=? where digest=?'
cr = db.handle().cursor()
cr.execute(sql, (int(time.time()), digest))
db.handle().commit()
except:
traceback.print_exc()
def isExisted(mov,db): name,ext = os.path.splitext(mov) ff = name +'.dat' #从.dat生成摘要 digest = utils.getfiledigest(ff) #检测image是否存在 ，根据digest dbconn = db sql = "select count(*) from core_imagefile where degist=%s" cr = dbconn.cursor() cr.execute(sql,(digest,)) r = cr.fetchone()[0] if r==0: return False return True
def spx_convert_mp3(spxfile,mp3file,subfix=''):
TEMPDIR = getApp().getTempPath()
riffhdr = [0x4952,0x4646,0x3EA4,0x0,0x4157,0x4556,0x6D66,0x2074,
0x0010,0x0,0x1,0x1,0x1F40,0x0,0x3E80,0x0,
0x2,0x10,0x6164,0x6174,0x0,0x0]
print spxfile
f = open(spxfile,'rb')
d = f.read()
f.close()
hdrsize = 32
magic,= struct.unpack('I',d[28:28+4])
if magic != 0xffffffff:
hdrsize = 19
# hdrsize = 32
print 'hdrsize:',hdrsize
npos = hdrsize
wavlen = int((len(d) - hdrsize)/500)
wavlen*=8000
riffhdr[21] = (wavlen >> 16) & 0xffff
riffhdr[20] = wavlen & 0xffff
riffhdr[3] = ((wavlen+36)>>16)& 0xffff
riffhdr[2] = (wavlen+36) & 0xffff
if not os.path.exists(TEMPDIR):
os.mkdir(TEMPDIR)
segfile = TEMPDIR +'/tempseg.dat'+subfix
pcmfile = TEMPDIR +'/temppcm.dat'+subfix
pcmbytes=''
while True:
block = d[npos:npos+CODEC_BLOCK_SIZE]
if not block:
break
npos+=CODEC_BLOCK_SIZE
f = open(segfile,'wb')
f.write(block)
f.close()
# print '--'*20
# print segfile,pcmfile
segfile = os.path.normpath(segfile)
pcmfile = os.path.normpath(pcmfile)
cmd = u'speex.exe "%s" "%s"'%(segfile,pcmfile)
# print cmd.encode('gbk')
# r = os.system(cmd.encode('gbk'))
r = subprocess.call(cmd.encode('gbk'),shell=True)
if r :
print 'speex fail!'
return ''
f = open(pcmfile,'rb')
pcmbytes+=f.read()
print len(pcmbytes)
f.close()
pcmfile = spxfile.replace('.spx','.pcm')
print 'spx to pcm completed! >> ',pcmfile
f = open(pcmfile,'wb')
f.write(pcmbytes)
f.close()
print 'preparing pcm to wav ..'
wavfile = spxfile.replace('.spx','.wav')
f = open(wavfile,'wb')
for n in riffhdr:
f.write( struct.pack('H',n))
f.write(pcmbytes)
f.close()
#-- copy wav to $app/temp/spx-digest.wav
if getApp().getSystemConfig('retain_wav_to_temp','0') == '1':
try:#检测是否已经存在对应的 wav文件了
digest = utils.getfiledigest(spxfile)
destpath = os.path.join(getApp().getTempPath(),digest+'.wav')
if not os.path.exists(destpath):
shutil.copyfile(wavfile,destpath)
except:
traceback.print_exc()
#-- end ----
mp3file = TEMPDIR +'/audiofinal.mp3'
if not wav_to_mp3(spxfile,wavfile,mp3file):
return ''
os.remove(pcmfile)
os.remove(wavfile)
return mp3file
def wav_to_mp3(spxfile,wavfile,mp3file):
try:
spxinfo = format.parseSpxFileInfo(spxfile)
if not spxinfo:
getApp().getLogger().info(u'corrupted file %s, be deleted'%(spxinfo))
#os.remove(spxfile) #删除非法的spx文件
return False
if os.path.exists(mp3file):
os.remove(mp3file)
wavfile = os.path.normpath(wavfile)
mp3file = os.path.normpath(mp3file)
cmd = u'ffmpeg.exe -y -aq 128 -i "%s" "%s"'%(wavfile,mp3file)
# os.system(cmd.encode('gbk'))
r = subprocess.call(cmd.encode('gbk'),shell=True)
if r:
print 'ffmpeg convert failed!'
return False
#添加附属信息
# (phone,filename,createtime,duration) encode json array
#2013.10.7 spx 头部32字节写入mp3尾部，spx的degist也写入尾部，
# mp3-content + magic(4) + spx-degist(32) + spx-hdr(32)
spx_digest = utils.getfiledigest(spxfile)
if not spx_digest:
print 'calc file digest failed!'
return False
f = open(spxfile,'rb')
hdrinfo = f.read(32)
f.close()
filename= os.path.basename(spxfile).lower()
filename = filename.replace('.spx','.mp3')
# phone = spxinfo.phone #getApp().getSettings()['phone']
# createtime = time.mktime(
# (spxinfo.year,
# spxinfo.month,
# spxinfo.day,
# spxinfo.hour,
# spxinfo.minute,
# 0,
# 0,0,0)) # int(time.time())
# createtime = int(createtime)
duration = utils.readImageDuration(mp3file)
if not duration:
print 'calc duration failed: 0 size'
return False
f = open(mp3file,'ab')
magic = struct.pack('!I',0xEEAAEEBB)
f.write(magic)
f.write(spx_digest)
f.write(hdrinfo)
# params=(phone,filename,createtime,duration,spxinfo.index,spxinfo.attr,spxinfo.serial,spx_digest)
# print params
# d = json.dumps(params)
# padding = 'leadtel '+ d + ' '*200
# padding = padding[:200]
# f.write(padding)
f.close()
except:
traceback.print_exc()
return False
return True
def beforePut_Init(self,file):
'''
file - {filesize,filename,...}
找寻trp文件并写入 file
trp在.或者../INFO/.trp|.dat
'''
import string
self.lastpercent = 0
#文件是否可被解码
times = utils.readImageTimes(file['filename'])
if not times: # decode asscess denied
print 'decode file failed!'
return False
st,mt = times
if st <= 1325350861:#文件创建时间是否合法
print 'file md time so early!'
return False
#文件时长是否过小
if mt - st < 5*60: # less than 5 minutes, skipped
print 'file duration too short!'
return False
filename = os.path.normpath(file['filename'])
file['fullname'] = filename
file['filename'] = os.path.basename(filename)
#重载文件大小为MB
file['filesize'] = int( file['filesize']/ (1024*1024))
d,b = os.path.split(filename)
c,ext = os.path.splitext(filename)
if os.path.exists( c+'.pass'):
#已处理过了
print '.pass skipped..'
return False
trp = c+'.trp'
dat= c+'.dat'
#同级目录是否存在trp和dat
if os.path.exists( trp): # and os.path.exists( dat):
pass
else:#去上级的INFO下检索 dat,trp
d = d.split(os.path.sep)
name,ext = os.path.splitext(b)
trp = string.join(d[:-1],'/')+'/INFO/'+name+'.trp'
#dat = string.join(d[:-1],'/')+'/INFO/'+name+'.dat'
if os.path.exists( trp):# and os.path.exists( dat):
pass
else:
print trp
#print dat
trp=dat=''
print '.trp or .dat missed'
return False #无法找到dat,trp文件
try:
#将trp,dat文件内容上传，并将dat内容digest作为资源唯一标示
fd = open(trp,'rb')
cont = fd.read()
fd.close()
file['trp'] = base64.encodestring(cont)
print 'trp size:',len(file['trp'])
# fd = open(dat,'rb')
# cont = fd.read()
# fd.close()
# file['dat'] = base64.encodestring(cont)
file['digest'] = utils.getfiledigest(trp) #将trp的digest上传 2012.7.17
except:
traceback.print_exc()
print 'create digest failed!'
return False
return True
# -*- coding:utf-8 -*-
def regdb_ImageFile(stodir,base,zone,app):
ff = os.path.join(stodir,base)+'.dat'
#从.dat生成摘要
digest = utils.getfiledigest(ff)
if not digest:
print 'digest make failed!'
return False# 生成摘要失败
print 'digest:',digest
#检测image是否存在 ，根据digest
dbconn = app.getDbConn()
sql = "select count(*) from core_imagefile where degist=%s"
cr = dbconn.cursor()
cr.execute(sql,(digest,))
r = cr.fetchone()[0]
if r!=0:
print 'same file is existed!(with digest)'
return False
#读取image视频信息
ff = os.path.join(stodir,base)+'.wmv'
print ff
csec,msec = readImageTimes(ff)
if csec ==0:
print 'read image time failed!'
return False
profile={'starttime':utils.mk_datetime(csec),'duration':msec-csec,
'uri':app.id+'.'+digest,
'filesize':os.path.getsize(ff),
'digest':digest,
'gpsdata':''}
#读取trp生成gpsdata (json格式)
trp2 = os.path.join(stodir,base)+'.trp2'
trp = os.path.join(stodir,base)+'.trp'
cwd = os.getcwd()
os.chdir('c:/dvr_bin')
cmd = "%s fixpoint %s %s"%('c:/dvr_bin/trpMapFix.exe',trp,trp2)
cmd = os.path.normpath(cmd)
#print cmd
os.system(cmd)
os.chdir(cwd)
fp = open(trp2)
lines = fp.readlines()
fp.close()
gpsdata=[]
wkt = 'LINESTRING(%s)'
pts=[]
for line in lines:
line = line.strip()
pp = map(string.strip,line.split(','))
if len(pp)!=6:
continue
lon,lat,timestr,tick,speed,angle = pp
lon = float(lon)/3600.
lat = float(lat)/3600.
lon = round(lon,6)
lat = round(lat,6)
tick = int(tick)
speed = float(speed)
angle = float(angle)
gps={
'lon':lon,'lat':lat,'time':tick,'speed':speed,'angle':angle
}
gpsdata.append(gps)
pts.append( "%s %s"%(lon,lat))
wkt = wkt%(string.join(pts,',')) #LINESTRING()
profile['gpsdata']= json.dumps(gpsdata)
#写入数据库 录像文件
dbconn = app.getDbConn()
seq = utils.getdbsequence_pg(dbconn,'core_imagefile_id_seq')
sql = "INSERT INTO core_imagefile(id, uri, starttime, \
addtime, duration, node, degist, filesize, removed, \
gpsdata,wkt) values(%s,%s,%s,%s,%s,%s,%s,%s,%s,%s,%s);"
dbconn = app.getDbConn()
cur = dbconn.cursor()
cur.execute(sql,(seq,profile['uri'],
profile['starttime'],
datetime.datetime.now(), # add time
profile['duration'],
app.id, # node id
profile['digest'],
profile['filesize'],
0, # removed
profile['gpsdata'],
wkt
))
#print profile['gpsdata']
#写入nodeimageindex
sql = "insert into core_StoNodeImageIndex (node,zone,imgdigest,imgpath) values \
(%s,%s,%s,%s)"
cr = dbconn.cursor()
#movpath = os.path.join(stodir,base)+'.mov'
cr.execute(sql,(app.id,zone.id,digest,ff))
return True
# -*- coding:utf-8 -*-
def importImageFile(stodir,base,zone,app):
trp = os.path.join(stodir,base)+'.trp'
digest = utils.getfiledigest(trp)
if not digest:
getLog().debug('digest make failed!')
return False# 生成摘要失败
getLog().debug('digest:',digest)
#检测image是否存在 ，根据digest
dbconn = app.getDbConn()
#读取image视频信息
mov = os.path.join(stodir,base)+'.mov'
csec,msec = readImageTimes(mov)
if csec ==0:
getLog().debug( 'read image time failed!')
return False
profile={'starttime':utils.mk_datetime(csec),'duration':msec-csec,
'uri':app.id+'.'+digest,
'filesize':os.path.getsize(mov),
'digest':digest,
'gpsdata':''}
fp = open(trp)
lines = fp.readlines()
fp.close()
gpsdata=[]
wkt = 'LINESTRING(%s)'
pts=[]
for line in lines:
line = line.strip()
pp = map(string.strip,line.split(','))
if len(pp)!=6:
continue
lon,lat,timestr,tick,speed,angle = pp
lon = float(lon)/3600.
lat = float(lat)/3600.
lon = round(lon,6)
lat = round(lat,6)
tick = int(tick)
speed = float(speed)
angle = float(angle)
gps={
'lon':lon,'lat':lat,'time':tick,'speed':speed,'angle':angle
}
gpsdata.append(gps)
pts.append( "%s %s"%(lon,lat))
wkt = wkt%(string.join(pts,',')) #LINESTRING()
profile['gpsdata']= json.dumps(gpsdata)
#写入数据库 录像文件
dbconn = app.getDbConn()
seq = utils.getdbsequence_pg(dbconn,'core_imagefile_id_seq')
sql = "INSERT INTO core_imagefile(id, uri, starttime, \
addtime, duration, node, degist, filesize, removed, \
gpsdata,wkt,visible,check_passed) values(%s,%s,%s,%s,%s,%s,%s,%s,%s,%s,%s,%s,%s);"
dbconn = app.getDbConn()
cur = dbconn.cursor()
cur.execute(sql,(seq,profile['uri'],
profile['starttime'],
datetime.datetime.now(), # add time
profile['duration'],
app.id, # node id
profile['digest'],
profile['filesize'],
0, # removed
profile['gpsdata'],
wkt,
True,
True
))
sql = "insert into core_StoNodeImageIndex (node,zone,imgdigest,imgpath) values \
(%s,%s,%s,%s)"
cr = dbconn.cursor()
cr.execute(sql,(app.id,zone.id,digest,mov))
dbconn.commit()
return True
def spx_convert_mp3(spxfile, mp3file, subfix=''):
TEMPDIR = getApp().getTempPath()
riffhdr = [
0x4952, 0x4646, 0x3EA4, 0x0, 0x4157, 0x4556, 0x6D66, 0x2074, 0x0010,
0x0, 0x1, 0x1, 0x1F40, 0x0, 0x3E80, 0x0, 0x2, 0x10, 0x6164, 0x6174,
0x0, 0x0
]
print spxfile
f = open(spxfile, 'rb')
d = f.read()
f.close()
hdrsize = 32
magic, = struct.unpack('I', d[28:28 + 4])
if magic != 0xffffffff:
hdrsize = 19
# hdrsize = 32
print 'hdrsize:', hdrsize
npos = hdrsize
wavlen = int((len(d) - hdrsize) / 500)
wavlen *= 8000
riffhdr[21] = (wavlen >> 16) & 0xffff
riffhdr[20] = wavlen & 0xffff
riffhdr[3] = ((wavlen + 36) >> 16) & 0xffff
riffhdr[2] = (wavlen + 36) & 0xffff
if not os.path.exists(TEMPDIR):
os.mkdir(TEMPDIR)
segfile = TEMPDIR + '/tempseg.dat' + subfix
pcmfile = TEMPDIR + '/temppcm.dat' + subfix
pcmbytes = ''
while True:
block = d[npos:npos + CODEC_BLOCK_SIZE]
if not block:
break
npos += CODEC_BLOCK_SIZE
f = open(segfile, 'wb')
f.write(block)
f.close()
# print '--'*20
# print segfile,pcmfile
segfile = os.path.normpath(segfile)
pcmfile = os.path.normpath(pcmfile)
cmd = u'speex.exe "%s" "%s"' % (segfile, pcmfile)
# print cmd.encode('gbk')
# r = os.system(cmd.encode('gbk'))
r = subprocess.call(cmd.encode('gbk'), shell=True)
if r:
print 'speex fail!'
return ''
f = open(pcmfile, 'rb')
pcmbytes += f.read()
print len(pcmbytes)
f.close()
pcmfile = spxfile.replace('.spx', '.pcm')
print 'spx to pcm completed! >> ', pcmfile
f = open(pcmfile, 'wb')
f.write(pcmbytes)
f.close()
print 'preparing pcm to wav ..'
wavfile = spxfile.replace('.spx', '.wav')
f = open(wavfile, 'wb')
for n in riffhdr:
f.write(struct.pack('H', n))
f.write(pcmbytes)
f.close()
#-- copy wav to $app/temp/spx-digest.wav
if getApp().getSystemConfig('retain_wav_to_temp', '0') == '1':
try: #检测是否已经存在对应的 wav文件了
digest = utils.getfiledigest(spxfile)
destpath = os.path.join(getApp().getTempPath(), digest + '.wav')
if not os.path.exists(destpath):
shutil.copyfile(wavfile, destpath)
except:
traceback.print_exc()
#-- end ----
mp3file = TEMPDIR + '/audiofinal.mp3'
if not wav_to_mp3(spxfile, wavfile, mp3file):
return ''
os.remove(pcmfile)
os.remove(wavfile)
return mp3file
def wav_to_mp3(spxfile, wavfile, mp3file):
try:
spxinfo = format.parseSpxFileInfo(spxfile)
if not spxinfo:
getApp().getLogger().info(u'corrupted file %s, be deleted' %
(spxinfo))
#os.remove(spxfile) #删除非法的spx文件
return False
if os.path.exists(mp3file):
os.remove(mp3file)
wavfile = os.path.normpath(wavfile)
mp3file = os.path.normpath(mp3file)
cmd = u'ffmpeg.exe -y -aq 128 -i "%s" "%s"' % (wavfile, mp3file)
# os.system(cmd.encode('gbk'))
r = subprocess.call(cmd.encode('gbk'), shell=True)
if r:
print 'ffmpeg convert failed!'
return False
#添加附属信息
# (phone,filename,createtime,duration) encode json array
#2013.10.7 spx 头部32字节写入mp3尾部，spx的degist也写入尾部，
# mp3-content + magic(4) + spx-degist(32) + spx-hdr(32)
spx_digest = utils.getfiledigest(spxfile)
if not spx_digest:
print 'calc file digest failed!'
return False
f = open(spxfile, 'rb')
hdrinfo = f.read(32)
f.close()
filename = os.path.basename(spxfile).lower()
filename = filename.replace('.spx', '.mp3')
# phone = spxinfo.phone #getApp().getSettings()['phone']
# createtime = time.mktime(
# (spxinfo.year,
# spxinfo.month,
# spxinfo.day,
# spxinfo.hour,
# spxinfo.minute,
# 0,
# 0,0,0)) # int(time.time())
# createtime = int(createtime)
duration = utils.readImageDuration(mp3file)
if not duration:
print 'calc duration failed: 0 size'
return False
f = open(mp3file, 'ab')
magic = struct.pack('!I', 0xEEAAEEBB)
f.write(magic)
f.write(spx_digest)
f.write(hdrinfo)
# params=(phone,filename,createtime,duration,spxinfo.index,spxinfo.attr,spxinfo.serial,spx_digest)
# print params
# d = json.dumps(params)
# padding = 'leadtel '+ d + ' '*200
# padding = padding[:200]
# f.write(padding)
f.close()
except:
traceback.print_exc()
return False
return True