NICFI data to earth engine

import json
import requests
from pprint import pprint	
import os
import ee


ee.Initialize()

# insert your api key here
API = ''
url = 'https://api.planet.com/basemaps/v1/mosaics?api_key=' + API
mosaics = requests.get(url).json()['mosaics']

print(list(map(lambda m: m['first_acquired'],mosaics)))

# select the relevant year here
moi = mosaic_jsons[-(len(mosaic_jsons))]
print(moi)
moi = mosaics[3]

# set the area of interst
lx = 102.08822490378263
ux = 107.89009812650694
ly = 10.075476746964359
uy = 15.477468765578934

quads = moi['_links']['quads']
#print(quads)

quad_formatted = quads.replace('{lx}',str(lx))\
                      .replace('{ly}',str(ly))\
                      .replace('{ux}',str(ux))\
                      .replace('{uy}',str(uy))

quad_fetch = requests.get(quad_formatted)
quad_fetch = quad_fetch.json()

pprint(quad_fetch['_links'])
pprint(quad_fetch['items'][0])

images = []
nnext = quad_formatted

while nnext:
    next_fetch = requests.get(nnext).json()
    images.extend(next_fetch['items'])
    try:
	nnext = next_fetch['_links']['_next']
    except Exception as e:
	nnext = False
    
pprint(images[0])
print(len(images))

downloadurls = list(map(lambda quad: [quad['id'],quad['_links']['download']], images))
downloadurls.sort()

for i in range(0,len(images)):
  url = downloadurls[i][1]
  name = downloadurls[i][0].replace('-','_')
  cmd = "wget {0} -O - | gsutil cp - gs://myfolder/../{1}.tif".format(url,name)
  os.system(cmd)
  cmd = "earthengine upload image --asset_id=/id/{0} gs://myfolder/../{0}.tif".format(name)
  os.system(cmd)