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Input:
dsolve(ds(y)=exp(y)-exp(x))
Write:
`dsolve(ds(y)=exp(y)-exp(x))`
Compute:
$$dsolve(\frac{dy}{dx}=exp(y) - exp(x))$$
Output:
$$dsolve(\frac{dy}{dx}=exp(y) - exp(x))== (-log((-Ei((-exp(x))))\ exp(exp(x))+exp(C_1+exp(x))))$$
Result: $$(-log((-Ei((-exp(x))))\ exp(exp(x))+exp(C_1+exp(x))))$$
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