mcp-vcd

Okay, I understand. To help you with this, I need the following information: 1. **The Signal Name:** Please provide the exact name of the signal you're interested in (e.g., `clk`, `data_in`, `address[3:0]`, `state`). 2. **The VCD (Value Change Dump) Data:** Please provide the VCD data. Ideally, this should be a snippet containing the relevant changes for the signal you specified. If you have a very large VCD file, try to extract a portion that shows the signal changing values. **How I will process the information:** Once you provide the signal name and VCD data, I will: 1. **Parse the VCD Data:** I will analyze the VCD data to identify all timestamps where the specified signal changes its value. 2. **Extract Value Changes:** I will extract the timestamp and the new value of the signal at each change. 3. **Format the Output:** I will present the information in a clear and concise format, showing the timestamp and the corresponding value of the signal. **Example:** Let's say you provide the following: * **Signal Name:** `data_in` * **VCD Data:** ```vcd $date Date : Tue Oct 27 16:28:30 PST 2023 $end $version Version : VCD Generator Version 1.0 $end $timescale 1 ns $end $scope module top $end $var wire 1 ! data_in $end $upscope $end $enddefinitions $end #0 !0 #10 !1 #20 !0 #30 !1 #40 !0 ``` Then, I would provide the following output: ``` Signal: data_in Timestamp | Value ----------|------- 0 | 0 10 | 1 20 | 0 30 | 1 40 | 0 ``` **Important Considerations:** * **VCD Format:** I assume the VCD data is in a standard format. If it's a non-standard format, please let me know, and I'll do my best to adapt. * **Signal Definition:** The VCD data should include the signal definition (e.g., `$var wire 1 ! data_in $end`). This helps me understand the signal's type and size. * **Data Size:** While I can handle a reasonable amount of VCD data, extremely large files might exceed my processing capabilities. In such cases, try to provide a representative snippet. * **Bit Vectors:** If the signal is a bit vector (e.g., `address[3:0]`), I will display the entire vector value at each change. **Now, please provide the signal name and the VCD data.**