The variety of Internet voting schemes proposed in the literature build their security upon a number of trust assumptions. The criticality of these assumptions depends on the target election setting, particularly the adversary expected within that setting. Given the potential complexity of the assumptions, identifying the most appropriate Internet voting schemes for a specific election setting poses a significant burden to election officials. We address this shortcoming by the construction of an election-dependent security evaluation framework for Internet voting schemes. On the basis of two specification languages, the core of the framework essentially evaluates election-independent security models with regard to expected adversaries and returns satisfaction degrees for security requirements. These satisfaction degrees serve election officials as basis for their decision-making. The framework is evaluated against requirements stemming from measure theory.