def getAccountsRecent(count):
count = min(10, int(count))
cached_key = '/accounts/recent/' + str(count)
cached = cache.get_cache_entry(cached_key)
if cached != None:
accounts = cached
else:
accounts = node_rpc_helper.getAccountsRecent(count)
cache.add_cache_entry(cached_key, accounts, 15)
setHeaders()
return accounts
def getFrontierCount():
count = ''
try:
cached = cache.get_cache_entry('frontiers/count')
if cached != None:
count = cached
else:
count = node_rpc_helper.getFrontierCount()
cache.add_cache_entry('frontiers/count', count)
except:
count = 'ERROR'
setHeaders()
return count
def getBlockCount():
count = ''
try:
cached = cache.get_cache_entry('blocks/count')
if cached != None:
#print("Found in cache", cached)
count = cached
else:
count = node_rpc_helper.getBlockCount()
cache.add_cache_entry('blocks/count', count, 60)
#print("Put in cache", count)
except:
count = 'ERROR'
setHeaders()
return count
def getPeerCount():
count = '0'
try:
cached = cache.get_cache_entry('peers/count')
if cached != None:
count = cached
else:
peers = node_rpc_helper.getPeers()
#print(peers)
#print(type(peers))
if ((type(peers) is str) and peers == ''):
# empty peer list, valid
count = '0'
else:
if (type(peers) is not dict) and (type(peers) is not list):
count = 0
else:
count = str(len(peers))
cache.add_cache_entry('peers/count', count, 60)
except:
count = 'ERROR'
setHeaders()
return count