def createBins(self):
# Declaring an array in this interface
bins = cl.cl_bin_arr(4)
# Provide values for those bins and then initialize them.
# Initializing bin of type string
b0 = bins[0]
b0.bin_name = "boardName"
cl.citrusleaf_object_init_str(b0.object, "Board Name");
# Initializing bin of type string
b1 = bins[1]
b1.bin_name = "boardDesc"
cl.citrusleaf_object_init_str(b1.object, "Board Description");
# Initializing bin of type string
b2 = bins[2]
b2.bin_name = "category"
cl.citrusleaf_object_init_str(b2.object, "Board category");
# Initializing bin of type string
b3 = bins[3]
b3.bin_name = "isPrivate"
cl.citrusleaf_object_init_str(b3.object, "Board isPrivate");
# Assign the structure back to the "bins" variable
bins[0] = b0
bins[1] = b1
bins[2] = b2
bins[3] = b3
return bins
def get_bins(pointer,n): #Declare an array of cl_bin with size n array = cl.cl_bin_arr(n) #Deference the bins pointer returned binp = cl.cl_bin_p_value(pointer) for i in xrange(n): #Define a cl_bin structure 'b' b = array[i] #get name of ith index of binp b.bin_name = cl.get_name(binp,i) #get object with name bn b.object = cl.get_object(binp,i) #Assigning the newly built struct to ith index of array array[i] = b return array
def createBins_general(self,bin_name,values,types,num):
print 'DEBUG: In createBins_general for length:',num
bins = cl.cl_bin_arr(num)
print 'DEBUG Bins array created'
for i in xrange(num):
print 'DEBUG: creating bin for index: ',i
b = bins[i]
print 'DEBUG: bin name: ',bin_name[i] , ' value: ',values[i] , ' type: ',types[i]
b.bin_name = bin_name[i]
print 'DEBUG: bin name: ',bin_name[i] , ' value: ',values[i] , ' type: ',types[i]
if types[i] == "string":
cl.citrusleaf_object_init_str(b.object, values[i]);
print 'DEBUG: string bin created'
elif types[i] == "int":
cl.citrusleaf_object_init_int(b.object, values[i]);
print 'DEBUG: int bin created'
else:
print 'Wrong Type, use type as "string" or "int"'
bins[i] = b
return bins
# Create a cluster with a particular starting host asc = cl.citrusleaf_cluster_create() # Add host to the cluster return_value = cl.citrusleaf_cluster_add_host(asc, "127.0.0.1", 3000, 1000) # set up the key. Create a stack object, set its value to a string key_obj = cl.cl_object() #key_obj2 = cl.cl_object() cl.citrusleaf_object_init_str(key_obj, "rajiv") #cl.citrusleaf_object_init_str(key_obj2, "newKeyObject") # Declaring an array in this interface bins = cl.cl_bin_arr(3) cans = cl.cl_bin_arr(4) tins = cl.cl_bin_arr(4) # Provide values for those bins and then initialize them. # Initializing bin of type string b0 = bins[0] b0.bin_name = "email" cl.citrusleaf_object_init_str(b0.object, "*****@*****.**"); # Initializing bin of type int b1 = bins[1] b1.bin_name = "hits" cl.citrusleaf_object_init_int(b1.object, 314);
import python_citrusleaf as pcl # Initialize citrusleaf once cl.citrusleaf_init() # Create a cluster with a particular starting host clu = cl.citrusleaf_cluster_create() # Add host to the cluster return_value = cl.citrusleaf_cluster_add_host(clu, "127.0.0.1", 3000, 1000) # set up the key. Create a stack object, set its value to a string key_obj = cl.cl_object() cl.citrusleaf_object_init_str(key_obj, "rajiv") # Declaring an array in this interface pin = cl.cl_bin_arr(4) board = cl.cl_bin_arr(4) comment = cl.cl_bin_arr(4) count = cl.cl_bin_arr(2) user = cl.cl_bin_arr(4) #User bins u0 = user[0] u0.bin_name = "name" u1 = user[1] u1.bin_name = "user_name" u2 = user[2] u2.bin_name = "password"