using Symata  # enter Symata mode

VersionInfo()

? OutputStyle

Timing(Range(10^5), Null)  # jit compile

Timing(Range(10^5), Null)

2^100   # overflow

? BigIntInput

BigIntInput(True);

2^100

Head(Cos(Pi))

Head(BI(Cos(Pi)))     # Convert explicitly to BigInt 

BigIntInput(False)
big"2"^100

? SetJ

expr = x + y

SetJ(z , expr)

J(Main.z)

 Julia()  # begin interpreting expressions as Julia code. ;

z         # Now in Julia

? Symata.symval

Symata.symval(:expr)

a = 1      # Set a Julia symbol  (bind an identifier to a value)

isymata()   # Enter Symata mode again

expr2 = J( Main.a  )
expr2

h"sympy"

? SymPyError

? ReturnSymPy

? ToSymata

? ToSymPy

OutputStyle(InputForm)
pyobj = ToSymPy(Integrate(f(x),x))

OutputStyle(JupyterForm)
[Head(pyobj), PyHead(pyobj)]

ToSymata(pyobj)

VersionInfo()

InputForm(Now())