# Deterministic Logic Gate Evaluator MCP for AI Agents AI Agent Connect

> The Deterministic Logic Gate Evaluator calculates the exact truth value of complex boolean algebra strings. It processes operators like AND, OR, and XOR alongside variable assignments to resolve nested logic gates instantly. Perfect for verifying digital circuits or testing software conditions without manual calculation.

## Overview
- **Category:** developer-tools
- **Price:** Free
- **Endpoint:** https://edge.vinkius.com/vk_preview_iadUoRFDUkpNsLzDdEH8IuqtaZiCDj0PeMPPbUdl/ai-agent-connect
- **Tags:** boolean-logic, parsing, truth-tables, algebra, computation

## Description

You have a long string of conditional logic that is getting too messy to track in your head. Instead of manually tracing every true and false value through layers of parentheses, you can just hand the expression to this MCP. It takes your logic string and a set of variable assignments to give you a single, definitive result. Whether you are checking if a specific hardware path is active or testing a complex nested if-statement in a script, it handles the computation. You do not have to worry about order of operations or getting lost in the NOT gates. By connecting this to your AI client through Vinkius, you turn your agent into a precise logic engine that can audit much more complicated decision trees than you could ever do by hand.

## Tools

### evaluate_logic
Computes the final boolean result for any expression. It handles all standard logic gates and nested parentheses accurately.

## Prompt Examples

**Prompt:** 
```
Check if (A OR B) AND (NOT C) is true when A=true, B=false, and C=false.
```

**Response:** 
```
The result is **true**. Here is the breakdown:
- (True OR False) = True
- (NOT False) = True
- (True AND True) = **True**
```

**Prompt:** 
```
What happens if I run A XOR B with both set to true?
```

**Response:** 
```
The result is **false**. In an XOR gate, the output is only true if the inputs are different. Since both are true, the condition fails.
```

**Prompt:** 
```
Evaluate this logic: (A AND B) OR (C AND D) where A, B, C are true and D is false.
```

**Response:** 
```
The final value is **true**.

- Part 1: (True AND True) = True
- Part 2: (True AND False) = False
- Final Result: (True OR False) = **True**
```

## Capabilities

### Resolve nested parentheses
Handles complex layers of logic without losing track of the order.

### Compute truth values
Returns a definitive true or false for any valid boolean string.

### Process multiple operators
Supports AND, OR, NOT, XOR, NAND, and NOR gates.

### Map variable assignments
Uses your provided JSON dictionary to assign values to logic variables.

## Use Cases

### Verifying hardware circuit paths
A designer needs to check if a specific gate configuration is active. They ask their agent to run the logic string through the evaluator, and it returns the exact state.

### Testing software conditional branches
An engineer has a complex nested if-statement in a script. They use the MCP to verify that all edge cases result in the expected boolean outcome.

### Automating decision tree audits
A developer is reviewing business rules for an automated system. The agent evaluates the rule strings against specific user attributes to find logic flaws.

## Benefits

- Eliminate manual calculation errors when tracing nested logic gates.
- Speed up circuit verification by automating the evaluation of gate strings.
- Simplify software testing with automated conditional branch checks using evaluate_logic.
- Reduce cognitive load when auditing complex decision-making workflows.
- Ensure consistent results across different test environments and agents.

## How It Works

The bottom line is you get instant, error-free computation of any boolean algebra.

1. Provide a boolean expression string containing your logic gates and parentheses.
2. Include a JSON object mapping your variables to true or false values.
3. Receive the final computed truth value from your agent.

## Frequently Asked Questions

**Can the Deterministic Logic Gate Evaluator handle nested parentheses?**
Yes, it is designed to parse complex strings and respect the correct order of operations within parentheses.

**How do I use the Deterministic Logic Gate Evaluator for circuit testing?**
You provide your gate string and a dictionary of variable states, then ask your agent to compute the result.

**Does the Deterministic Logic Gate Evaluator support XOR gates?**
Yes, it supports all standard operators including AND, OR, NOT, XOR, NAND, and NOR.

**What format should my variables be in for the Deterministic Logic Gate Evaluator?**
You should provide them as a JSON object where each key is your variable name and the value is true or false.

**Is the Deterministic Logic Gate Evaluator useful for software testing?**
Absolutely, it allows you to verify that complex conditional branches in your code behave exactly as expected.

**What operators are supported by the evaluator?**
The `evaluate_logic` tool supports AND, OR, NOT, XOR, NAND, and NOR operators. It also correctly processes nested parentheses to maintain logical precedence.

**How should I format the variable assignments?**
Variable assignments must be provided as a JSON string. For example, if you want to test 'A' as true and 'B' as false, use the string: `{"A": true, "B": false}`.

**Can it detect syntax errors?**
Yes, the evaluator validates the syntax of your expression. It will flag issues such as unbalanced parentheses or invalid operator usage during the evaluation process.