def get_code_6x6():
n_max_index = cmagic0.INDEXMAX
n_count = count if count < n_max_index else n_max_index
index_list = random.sample(range(n_max_index), n_count)
code_dict_list = []
if zone <= cmagic0.ZONEMAX and batch <= cmagic0.BATCHMAX:
for index in index_list:
t1, t2, text, t4, cstrip = cmagic0.get_colorcode5_ex(zone, cmagic0.new_serial(batch, index))
sn = cmagic0.scramble_textstr(text)
code_dict = {
'zone': zone,
'batch': batch,
'index': index,
'klass': klass,
'blocks': cstrip,
'hash': sn
}
code_dict_list.append(code_dict)
return code_dict_list
def create_code(uuid, callback_url=None):
if CodeBatch.objects.filter(uuid=uuid).exists():
code_batch_obj = CodeBatch.objects.get(uuid=uuid)
klass = code_batch_obj.klass.name
if klass == '6x6':
for i in range(cmagic0.INDEXMAX):
version = 0
serial = cmagic0.new_serial(code_batch_obj.batch, i, version)
text, code, text_str, code_str, blocks = cmagic0.get_colorcode5(code_batch_obj.zone, serial, version)
hash_code = cmagic0.scramble_textstr(text_str, version)
hash_code0 = cmagic0.scramble_textstr(text_str, version=0)
color_blocks = ''.join(map(lambda i: cmagic0.COLORS[i], blocks))
Code(text=text_str, code=code_str, blocks=color_blocks, hash_code=hash_code,
hash_code0=hash_code0, index=i, batch=code_batch_obj).save()
code_batch_obj.polulated = True
code_batch_obj.save()
transaction.commit()
elif klass == '7x7':
for i in range(cmagic7.INDEXMAX):
version = 3
text, code, text_str, code_str, blocks, color_blocks = cmagic7.get_colorcode6(
zone=code_batch_obj.zone,
batch=code_batch_obj.batch,
index=i
)
hash_code = cmagic7.scramble_textstr(text_str, version)
hash_code0 = cmagic7.scramble_textstr(text_str, version=0)
Code(text=text_str, code=code_str, blocks=color_blocks, hash_code=hash_code,
hash_code0=hash_code0, index=i, batch=code_batch_obj).save()
code_batch_obj.polulated = True
code_batch_obj.save()
transaction.commit()
if not callback_url is None:
pass
def get_random_code_list(zone_batch_info, count=6):
# zone_batch_info is a list of the dictionary
# with the following keys:
# hash, zone, batch, type
all_ = [] # all list to include all code entitiy
for info in zone_batch_info:
szone = info.get('zone', '-1')
sbatch = info.get('batch', '-1')
sklass = info.get('klass', '6x6') # by default
zone = int(szone)
batch = int(sbatch)
if zone < 0 or batch < 0:
continue
# temporarily diasble 7x7
if not sklass in ['6x6', '7x7']:
continue
if sklass == '6x6' and (batch > MAX_BATCH_1 or zone > MAX_ZONE_1):
continue
if sklass == '7x7' and (batch > MAX_BATCH_2 or zone > MAX_ZONE_2):
continue
for i in range(cmagic0.INDEXMAX):
all_.append((zone, batch, i, sklass))
# Now we have all collections, let's pick random count
if all_:
preview_elements = random.sample(all_, count)
else:
preview_elements = []
output = []
for e in preview_elements:
zone, batch, i, sklass = e
#cstrip = None
#sn = None
if sklass == '6x6':
t1, t2, text, t4, cstrip = cmagic0.get_colorcode5_ex(zone, cmagic0.new_serial(batch, i))
sn = cmagic0.scramble_textstr(text)
elif sklass == '7x7':
t1, t2, text, t4, t5, cstrip = cmagic7.get_colorcode6(zone, batch, i)
sn = cmagic7.scramble_textstr(text, version=3)
else:
continue
code_dict = {
'zone': zone,
'batch': batch,
'index': i,
'klass': sklass,
'blocks': cstrip,
'uuid': sn
}
output.append(code_dict)
return output