[Python Programming Basics to Advanced] JSON data parsing in Python

You should have just said that this video is for people who follow the Quran only.

1)b=[(i['name_simple'],i['revelation_order']) for i in data['chapters']]
print([j[0] for j in (sorted(b,key=lambda b:b[1]))])

2)print(list(map(lambda a:a['name_simple'],sorted(data2['chapters'],key= lambda b:b['revelation_order']))))

3)print(reduce(lambda x,y:x+y["verses_count"],data['chapters'],0))

1-
print([e['symbol'] for e in data['elements'] if(e["category"]=="alkali metal" and e['shells'][-1]==1)])
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2-
s=sorted(data["chapters"],key=lambda a:a["revelation_order"])
print(list(map(lambda y:y['name_simple'],s)))
------------------------------------------------------------------------
3-
print(reduce(lambda b,y:b+y["verses_count"],data['chapters'],0))

1)
a = list(filter(lambda s:s['shells'][-1]==1and s['category']=='alkali metal',a['elements']))
b = list(map(lambda s:s['symbol'] ,a))
print(b)
2)
s = sorted(a['chapters'],key = lambda s:s['revelation_order'])
a = list(map(lambda s:s['name_simple'],s))
print(a)
3)
a = list(map(lambda s:s['verses_count'], a['chapters']))
print(sum(a))

REVIEW#1

l=[j["symbol"] for j in data['elements'] if j["category"]=="alkali metal"]
print(l)


REVIEW#2


x=sorted(data["chapters"],key=lambda b:b["revelation_order"])
l=list(map(lambda y:y['name_simple'],x))
print(l)


REVIEW#3


print(reduce(lambda x,y:x+y["verses_count"],data['chapters'],0))

1)b=[(i['name_simple'],i['revelation_order']) for i in data['chapters']]
print([j[0] for j in (sorted(b,key=lambda b:b[1]))])

2)print(list(map(lambda a:a['name_simple'],sorted(data2['chapters'],key= lambda b:b['revelation_order']))))

3)print(reduce(lambda x,y:x+y["verses_count"],data['chapters'],0))

#1
a=[i["symbol"] for i in data['elements'] if i["category"]=="alkali metal"]
print(a)
----------------------------------------------------------------------------------------------------------------
#2
b=sorted(data["chapters"],key=lambda a:a["revelation_order"])
a=list(map(lambda y:y['name_simple'],b))
print(a)
-----------------------------------------------------------------------------------------------------------------
#3
print(reduce(lambda b,y:b+y["verses_count"],data['chapters'],0))

Q-1
x=[(i['name_simple'],i['revelation_order']) for i in data['chapters']]
print([j[0] for j in (sorted(x,key=lambda x:x[1]))])
Q-2
from functools import reduce
print(reduce(lambda x, y: x + y["verses_count"], data['chapters'], 0))

1)x=filter(lambda m:m['ctgry']=='alkalis',data['element'])
print(list(map(lambda n:n['symbol'],x)))
2)x=sorted(data['chap'],key=lambda a:a['order'])
print(list(map(lambda b:b['name_simple'],x)))
3)print(reduce(lambda x,y:x+y['verses_count'],data['chap'],0)

1:

fil=filter(lambda a:a['category']=='alkali metal',data['elements'])
print(list(map(lambda b:b['symbol'],f)))

2:


sor=sorted(data['chapters'],key=lambda a:a['revelation_order'])
print(list(map(lambda b:b['name_simple'],s)))

3:

print(reduce(lambda a,b:a+b['verses_count'],data['chapters'],0))

Q no 1

l=[i["symbol"] for i in data['elements'] if i["category"]=="alkali metal"]
print(l)


Q no 2


x=sorted(data["chapters"],key=lambda a:a["revelation_order"])
l=list(map(lambda y:y['name_simple'],x))
print(l)


Q no 3


print(reduce(lambda x,y:x+y["verses_count"],data['chapters'],0))

Q-1
x=[(i['name_simple'],i['revelation_order']) for i in data['chapters']]
print([j[0] for j in (sorted(x,key=lambda x:x[1]))])
Q-2
from functools import reduce
print(reduce(lambda x, y: x + y["verses_count"], data['chapters'], 0))

Q-1
x=[(i['name_simple'],i['revelation_order']) for i in data['chapters']]
print([j[0] for j in (sorted(x,key=lambda x:x[1]))])
Q-2
from functools import reduce
print(reduce(lambda x, y: x + y["verses_count"], data['chapters'], 0))

Q1:
f=filter(lambda a:a['category']=='alkali metal',data['elements'])
print(list(map(lambda a1:a1['symbol'],f)))

Q2:
s=sorted(data['chapters'],key=lambda s1:s1['revelation_order'])
print(list(map(lambda s1: s1['name_simple'],s)))

Q3:
from functools import reduce
v=reduce(lambda r1,r2:r1+r2['verses_count'],data['chapters'],0)
print(v)

Q1:
a=[(i['name_simple'],i['revelation_order']) for i in data['chapters']]
print([j[0] for j in (sorted(a,key=lambda a:a[1]))])
Q2:
print(list(map(lambda b:b['name_simple'],sorted(data2['chapters'],key= lambda a:a['revelation_order']))))
Q3:
print(functools.reduce(lambda a,b:a+b['verses_count'],data2['chapters'],0))

Q no 1

l=[i["symbol"] for i in data['elements'] if i["category"]=="alkali metal"]
print(l)


Q no 2


x=sorted(data["chapters"],key=lambda a:a["revelation_order"])
l=list(map(lambda y:y['name_simple'],x))
print(l)


Q no 3


print(reduce(lambda x,y:x+y["verses_count"],data['chapters'],0))

Q1
x=[(i['name_simple'],i['revelation_order']) for i in data['chapters']]
print([j[0] for j in (sorted(x,key=lambda x:x[1]))])
Q2
from functools import reduce
print(reduce(lambda x, y: x + y["verses_count"], data['chapters'], 0))