Fedora 30 : Commands and tools that handle assembly files - part 002.

Another good approach to this topic is this Fedora tool.
The development team tells us: GNUSim8085 is a graphical simulator, assembler and debugger for the Intel 8085 microprocessor in Linux and Windows.

• A simple editor component with syntax highlighting.
• A keypad to input assembly language instructions with appropriate arguments.
• Easy view of register contents.
• Easy view of flag contents.
• Hexadecimal - Decimal converter.
• View of stack, memory and I/O contents.
• Support for breakpoints for program debugging.
• Stepwise program execution.
• One click conversion of assembly program to opcode listing.
• Printing support.
• UI translated in various languages.

Let's install this fedora package:

[root@desk mythcat]# dnf install gnusim8085.x86_64
...
Installed:
  gnusim8085-1.3.7-19.fc30.x86_64         electronics-menu-1.0-21.fc30.noarch   
  gtksourceview2-2.11.2-27.fc29.x86_64   

Complete!

Now you can run it with this command:

[mythcat@desk ~]$ gnusim8085

The GUI interface is simple to understand and easy to use for a developer.
The Intel 8085 has seven internal general-purpose 8-bit registers A, B, C, D, E, H, L, and 5 flags — S (sign), Z (zero), AC (Aux Carry), P (Parity) and CY (Carry).
The processor has a total of 246 instructions with which we can manipulate data in the processor registers and memory.
The assembler Intel 8085 mnemonics with the instruction strings, labels define with a named point in the code, the target for JMP or CALL instructions, comments start line with a semicolon ‘;’ is ignored by the assembler and pseudo codes to the assembler that provides some features to the coding process.
For another development assembly tools for hardware, you can find more info on this wiki page.