def create_snapshot( userId, projectId ):
ex = os.path.join( g_snapdir, g_snapexec )
print ex
schpicid = uuid.uuid4()
brdpicid = uuid.uuid4()
#schfn = FILEPATH + "/" + str(schpicid)
#brdfn = FILEPATH + "/" + str(brdpicid)
sp.call( [ "mkdir", "-p", os.path.join( USRBASE, userId, projectId, "img" ) ] )
schfn = os.path.join( USRBASE, userId, projectId, "img", str(schpicid) )
brdfn = os.path.join( USRBASE, userId, projectId, "img", str(brdpicid) )
ee = [ "node", ex, "-p", projectId, "-u", userId, "-s", schfn, "-b", brdfn ]
print ee
sp.call( ee )
st = mew.secondTime()
ht = mew.humanTime()
projpic = {}
projpic["userId"] = userId
projpic["projectId"] = projectId
projpic["schPicId"] = str(schpicid)
projpic["brdPicId"] = str(brdpicid)
projpic["stime"] = st
projpic["timestamp"] = ht
db.hmset( "projectpic:" + str(projectId), projpic )
proj = mew.getProject( projectId )
pic = {}
pic["id"] = str(schpicid)
pic["permission"] = proj["permission"]
pic["userId"] = userId
pic["clientToken"] = ""
pic["projectId"] = projectId
pic["stime"] = st
pic["timestamp"] = ht
db.hmset( "pic:" + str(schpicid) , pic )
pic = {}
pic["id"] = str(brdpicid)
pic["permission"] = proj["permission"]
pic["userId"] = userId
pic["clientToken"] = ""
pic["projectId"] = projectId
pic["stime"] = st
pic["timestamp"] = ht
db.hmset( "pic:" + str(brdpicid) , pic )
sp.check_call( [ "node", exec_snap,
"-i", loc,
"-W", "200",
"-H", "200",
"-u", userId,
"-o", os.path.join( base_fqfn, png_fn) ], env=myenv )
except Exception,ee:
print mew.humanTime(), "libmod_snap_d error:", str(ee)
return None
pass
# for open ...
pass
fp.close()
print mew.humanTime(), fqfn_queue_file, os.path.join( LIBMOD_SNAP_QUEUE_DIR, ".store", qfn )
sp.check_call( [ "mkdir", "-p", os.path.join( LIBMOD_SNAP_QUEUE_DIR, ".store" ) ] )
os.rename( fqfn_queue_file, os.path.join( LIBMOD_SNAP_QUEUE_DIR, ".store", qfn ) )
# for listdir
pass
while True:
print mew.humanTime(), ">"
process_imports()
time.sleep(sleepy)
def process_imports():
qfns = []
for f in os.listdir( LIBMOD_SNAP_QUEUE_DIR ):
if os.path.isfile( os.path.join( LIBMOD_SNAP_QUEUE_DIR, f ) ) and f.endswith(".q"):
qfns.append( f )
#qfns = [ f for f in os.listdir( LIBMOD_SNAP_QUEUE_DIR ) if os.path.isfile( os.path.join( LIBMOD_SNAP_QUEUE_DIR, f ) ) ]
for qfn in qfns:
if verbose:
print mew.humanTime(), "libmod_snap_d>> processing", qfn
fqfn_queue_file = os.path.join( LIBMOD_SNAP_QUEUE_DIR, qfn )
if verbose:
print mew.humanTime(), "libmod_snap_d>> processing", fqfn_queue_file
fp = open( fqfn_queue_file, "r" )
for line in fp:
if verbose:
print mew.humanTime(), "libmod_snap_d>>>", line
if line[0] == '#': continue
line = line.rstrip()
fileId, fn, userId, portfolioId = line.split(',')
try:
if len(fn)==0: continue
if verbose:
print mew.humanTime(), "libmod_snap_d>>>>", fn
base_fqfn = os.path.join( ODIR, "usr", userId )
if len(portfolioId) > 0:
base_fqfn = os.path.join( ODIR, "usr", userId, portfolioId )
fqfn = os.path.join( base_fqfn, "json", ".store", fn )
if (fqfn.endswith("_component_list.json") or fqfn.endswith("_footprint_list.json")) and os.path.isfile( fqfn ):
f = open(fqfn)
list_json = json.load(f)
f.close()
for libname in list_json:
for v in list_json[libname]["list"]:
loc = v["data"]
png_fn = re.sub( "\.json$", ".png", loc )
png_fn = re.sub( "/json/", "/png/", png_fn )
if verbose:
print mew.humanTime(), "libmod_snap_d>>>> snap:", libname, loc, png_fn
exec_snap = ""
if fqfn.endswith("_component_list.json"):
exec_snap = "../js/libsnap.js"
elif fqfn.endswith("_footprint_list.json"):
exec_snap = "../js/modsnap.js"
myenv = os.environ.copy()
myenv["NODE_PATH"] = "../js"
sp.check_call( [ "mkdir", "-p", os.path.join( base_fqfn, os.path.dirname( png_fn ) ) ] )
sp.check_call( [ "node", exec_snap,
"-i", loc,
"-W", "200",
"-H", "200",
"-u", userId,
"-o", os.path.join( base_fqfn, png_fn) ], env=myenv )
except Exception,ee:
print mew.humanTime(), "libmod_snap_d error:", str(ee)
return None
pass
# for open ...
pass
fp.close()
print mew.humanTime(), fqfn_queue_file, os.path.join( LIBMOD_SNAP_QUEUE_DIR, ".store", qfn )
sp.check_call( [ "mkdir", "-p", os.path.join( LIBMOD_SNAP_QUEUE_DIR, ".store" ) ] )
os.rename( fqfn_queue_file, os.path.join( LIBMOD_SNAP_QUEUE_DIR, ".store", qfn ) )
def process_imports():
db = redis.Redis()
qid = db.lpop("importq")
while qid is not None:
h = db.hgetall("importq:" + qid)
userId = h["userId"]
fileId = h["fileUUID"]
fileName = h["fileName"]
if h["type"] == "portfolio":
try:
if verbose:
print mew.humanTime(
), "libmod_import_d>> processing", fileId, userId, fileName
# Convert from KiCAD to MeowCAD json
#
lmi_out = sp.check_output([
"./libmod_import_file.py", "-i", ODIR + "/stage/" + fileId,
"-o", ODIR + "/usr/" + userId, "--name", fileName
])
# Create the location and list files
#
lmll_out = sp.check_output([
"./libmodloclist.py", "-u", userId, "-D",
ODIR + "/usr/" + userId + "/json/"
])
processed_loclist_fn = lmi_out.split("\n")
tmpid = str(uuid.uuid4())
# Create the queue file
#
tmpfn = os.path.join("/tmp", tmpid)
tmpfp = open(tmpfn, "w")
for fn in processed_loclist_fn:
if len(fn) == 0: continue
fqfn = ODIR + "/usr/" + userId + "/json/.store/" + fn
tmpfp.write(",".join([fileId, fqfn, userId, ""]) + "\n")
tmpfp.close()
# And place it so the snap daemon can process it
#
os.rename(tmpfn,
os.path.join(LIBMOD_SNAP_QUEUE_DIR, fileId + ".q"))
# Get the next queue id from the database
#
qid = db.lpop("importq")
except Exception, ee:
print mew.humanTime(), "libmodimport_d error:", str(ee)
return None
