Input:
dsolve(ds(y,x,(1-i))-2y-exp(x)=0)
Write:
`dsolve(ds(y,x,(1-i))-2y-exp(x)=0)`
Compute:
$$dsolve(\frac{d^{{1 - i}}y}{dx^{{1 - i}}} - 2\ y - exp(x)=0)$$
Output:
$$dsolve(\frac{d^{{1 - i}}y}{dx^{{1 - i}}} - 2\ y - exp(x)=0)== (-exp(x))+exp((1.3301274004259787+0.4803759971480962i)\ (C_1+x))$$
Result: $$(-exp(x))+exp((1.3301274004259787+0.4803759971480962i)\ (C_1+x))$$
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