Create Joints from Every Cvs of Curve

import pymel.core as pm

curve_obj = pm.ls(sl=True)[0]
curve_local_points = curve_obj.getCVs("world")
len_local_points = curve_obj.numCVs()
curve_name = curve_obj.getName()


print (len(curve_local_points))

# Iterate through the curve_local_points and create a joint with the same position of each point

'''
for i, point in enumerate(curve_local_points):
    pm.select(clear=True)
    #joint_obj = pm.joint(position=point, name="test")
    #cv[0].getName()
    #constraint = pm.parentConstraint(joint_obj, curve_obj.cv[i])
'''


for i in range(len_local_points):
    pm.select(clear=True)
    point = curve_local_points[i]
    print (point)
    joint_obj = pm.joint(position=point, name=curve_name+"_con")
    pm.select(clear=True)
   
pm.joint(position=curve_obj.getTranslation(), name=curve_name +"_main")

import pymel.core as pm

curve_obj = pm.ls(sl=True)[0]
curve_local_points = curve_obj.getCVs("world")

# Iterate through the curve_local_points and create a joint with the same position of each point
joints = []
for point in curve_local_points:
    pm.select(clear=True)
    joint = pm.joint(position=point)
    joints.append(joint)

import pymel.core as pm

curve_obj = pm.ls(sl=True)[0]
curve_local_points = curve_obj.getCVs("world")
len_local_points = curve_obj.numCVs()
curve_name = curve_obj.getName()


print (len(curve_local_points))

# Iterate through the curve_local_points and create a joint with the same position of each point

'''
for i, point in enumerate(curve_local_points):
    pm.select(clear=True)
    #joint_obj = pm.joint(position=point, name="test")
    #cv[0].getName()
    #constraint = pm.parentConstraint(joint_obj, curve_obj.cv[i])
'''


for i in range(len_local_points):
    pm.select(clear=True)
    point = curve_local_points[i]
    print (point)
    joint_obj = pm.joint(position=point, name=curve_name+"_con")
    pm.select(clear=True)
   
pm.joint(position=curve_obj.getTranslation(), name=curve_name +"_main")