Exercise 6.8 A transimpedance amplifier

Given is the opamp circuit below. The opamp in this circuit is almost ideal, with $r_{\mathit{in}}\to \infty$, $r_{\mathit{out}}=0$, but the opamp has a finite voltage gain $A$.

Derive an equation for the transfer function $H(\mathit{j\omega })=\frac{v_{\mathit{out}}(\mathit{j\omega })}{i_{\mathit{in}}(\mathit{j\omega })}$ and draw a (half) bode plot of the magnitude, indicating the frequencies of the poles, zeros and the level of the flat parts.