VM crashes with big hint PCs

[Juan-M-V]

Descrption
Giving the VM a compiled program with a big hint PC location results in two kinds of panics: attempt to add with overflow if the number is usize::MAX and capacity overflow if the number is big enough.

To Reproduce
Create a program that has something similar to this in the hints section:

{
    "attributes": [],
    "builtins": [],
    "compiler_version": "0.11.0",
    "data": [],
    "debug_info": {
    	"instruction_locations": {}
    },
    "hints": {
        "18446744073709551615": [
            {
                "accessible_scopes": [],
                "code": "",
                "flow_tracking_data": {
                    "ap_tracking": {
                        "group": 0,
                        "offset": 0
                    },
                    "reference_ids": {}
                }
            }
        ]
    },
    "identifiers": {
        "__main__.main": {}
    },
    "main_scope": "",
    "prime": "0x800000000000011000000000000000000000000000000000000000000000001",
    "reference_manager": {
        "references": []
    }
}

Expected behavior
The VM should throw an Error instead of panicing

Used version
v0.8.2

Additional context
This bug was found when trying to execute a Program created by manually initializing the fields, without the use of the parser

Program {
    shared_program_data: SharedProgramData {
        data: vec![],
        hints: vec![],
        hints_ranges: vec![
            Some(
                (
                    usize::MAX,
                    NonZeroUsize::new(1_usize).unwrap(),
                ),
            ),
        ],
        main: Some(0),
        start: None,
        end: None,
        error_message_attributes: vec![],
        instruction_locations: None,
        identifiers: HashMap::new(),
        reference_manager: vec![],
    }.into(),
    constants: HashMap::new(),
    builtins: vec![],
}

[MegaRedHand]

Problem continues when manually building the Program struct

[MegaRedHand]

Talking with @Juan-M-V, this "bug" cannot be caused by a user, as the Program struct cannot be built directly. With the checks added in #1340, neither can this be built from a parsed program.