task_str="""Hello super-intelligence!
I have an old turpo pascal 7 source code in the tags <file></file>. This is the current source code:
"""+current_source+"""
Your task is to create a Free Pascal unit with all functions that are reusable.
Do not code any user input such as ReadLn. You are coding a reusable unit that might be used with graphical user interfaces.
You will replace fixed sized arrays by dynamic arrays.
You will remove global variables. You may create free pascal classes as you see fit.
All pascal reserved words will be typed in lowercase.
To compile the code, do this:
run_os_command('fpc solution1/src/task_manager.pas -obin/task_manager -O1 -Mobjfpc')
Notice in the example above that there is no space after "-o" for the output file parameter.
With fpc, do not use -Fc nor -o/dev/null or similar.
Do not change the current working folder.
When you are asked to compare solutions, compile each version/solution. Only select solutions that do compile.
When compiling code, generate your binaries at the bin/ folder. Do not mix source code with binary (compiled) files.
When testing, review the source code and test if it compiles. Verify for the risk of any infinite loop or memory leak. Do not try to run it.
Feel free to search the internet with error messages if you need.
As you are super-intelligent, I do trust you.
To make the task simpler, you can code each function or class independently:
<example>
<safetofile filename='temp.pas'>
your pascal code
</safetofile>
<runcode>
run_os_command('fpc temp.pas -obin/temp -O1 -Mobjfpc')
</runcode>
</example>
In the compilation command `fpc temp.pas -obin/temp -O1 -Mobjfpc`, notice that there is no space after `-o` in `-obin/temp`.
You are recommended to save small portions of code. For compilation, create a single file with everything on it and then compile.
Then, at the end, you can create the final unit and save it as directed.
Each time that you have an error such as "tsimplexunit.pas(206,14) Fatal: Syntax error, "identifier" expected but "is" found",
you will call something like this: get_line_from_file('tsimplexunit.pas',206)
REMEMBER:
* "```pascal" will not save a pascal file into disk. Use safetofile tags instead.
* DO NOT declare variables within a begin/end block. ALWAYS declare variables in the declaration area.
* DO NOT use label/go to.
* DO NOT declare anything that starts with a digit such as:
var 1stVariable: integer;
* UNIT NAMES MUST MATCH file names. Example: `unit DummyTest` should be saved as `DummyTest.pas`.
* DO NOT use the type `real` for real numbers as it depends on hardware. Use `double` or `single` instead.
* CREATE A TYPE for dynamic array function results.
This declaration will fail: `function solve(anp: integer; var acostmatrix: array of tRealArray): array of tAppointmentResult;`.
Do this instead: ```
type
TApptResultDynArr = array of tAppointmentResult;
...
function solve(anp: integer; var acostmatrix: array of tRealArray): tAAR;
```
* If you have strange compilation errors, use get_line_from_file.
* Include in your uses the unit math as the unit math contains many useful constants and functions (such as MaxDouble).
* When passing arrays as parameter, consider passing as reference to avoid memory copying.
* Create a method called self_test. In this method, you will code static inputs for testing (there will be no externally entered data to test with - do not use ReadLn for testing).
* When saving a unit with a new name (such as solution1.pas) remember to change the declaration of the unit in the source code such as `unit solution1.pas`.
"""
evolutive_problem_solver(coder_model, task_str, agent_steps=54, steps=4, start_now=True,
fileext='.pas', tools=tools, log_level=LogLevel.ERROR, step_callbacks=[delay_execution_10], refine=True)
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