For this lab, you are going to hand-encode a simple program for the Herky 6000 Processor. This lab is very similar, in many ways, to the last lab. Download the "Worksheet" document off the CSC 35 homepage. You can turn in the modified Word Document.
Your Task For this lab, you are going to hand-encode a simple program for the Herky 6000 Processor. This lab is very similar, in many ways, to the last lab. Download the "Worksheet" document off the CSC 35 homepage. You can turn in the modified Word Document. The "Ancient" Program 3 Assume the library subroutine labels contain the following addresses: Helpful Chart You might want to look at the Herky 6000 Quick Reference Guide on the website. However, here is a quick lookup chart. Requirements You must think of a solution on your own. The requirements are as follows: 1. Encode the program above using the worksheet handout 2. Write all encoded bytes in hexadecimal 3. Count the correct number of bytes and the current address. Write the encoded bytes in hexadecimal and put a space between each. We will start at address 1000. Please note: this is also in hexadecimal. So, it will count as: 1008, 1009, inne inno inne inne indn Your Task For this lab, you are going to hand-encode a simple program for the Herky 6000 Processor. This lab is very similar, in many ways, to the last lab. Download the "Worksheet" document off the CSC 35 homepage. You can turn in the modified Word Document. The "Ancient" Program 3 Assume the library subroutine labels contain the following addresses: Helpful Chart You might want to look at the Herky 6000 Quick Reference Guide on the website. However, here is a quick lookup chart. Requirements You must think of a solution on your own. The requirements are as follows: 1. Encode the program above using the worksheet handout 2. Write all encoded bytes in hexadecimal 3. Count the correct number of bytes and the current address. Write the encoded bytes in hexadecimal and put a space between each. We will start at address 1000. Please note: this is also in hexadecimal. So, it will count as: 1008, 1009, inne inno inne inne indn
