Skip to content

Latest commit

 

History

History
268 lines (200 loc) · 8.11 KB

basic_script.md

File metadata and controls

268 lines (200 loc) · 8.11 KB

Basic Script

Dependencies

Python 3: Download link

Python requests module: To install, enter the following command in cmd or a terminal:

pip install requests

Usage

  1. Run ./basic_script/check_artisan_stock.py

  2. Optionally, edit the delays in config.cfg to change the delay in seconds between checking stock, checking cart, and request fail. (config.cfg is generated after starting the script once)

    stock_delay adds a delay after sending the stock check request.

    cart_delay adds a delay after sending the cart check request.

    batch_delay is unused in the basic script. It is for the webhook only.

    request_fail_delay adds a delay after a request fails before resuming the sending of requests.

Removing stock checks (Optional)

To entirely remove stock checks for a mousepad:

Remove it from function_list in ./basic_script/artisan_mousepads.py.

For example, to remove all FX Shidenkai stock checks:

Take this:

function_list = [cs_zero,fx_hayate,fx_hayate_otsu,fx_hayate_kou,fx_hien,fx_hien_ve,fx_zero,fx_raiden,fx_shidenkai]

and remove fx_shidenkai:

function_list = [cs_zero,fx_hayate,fx_hayate_otsu,fx_hayate_kou,fx_hien,fx_hien_ve,fx_zero,fx_raiden]

To remove stock checks for specific hardnesses, sizes, or colors:

Remove them from their respective lists within the functions in ./basic_script/artisan_mousepads.py. Check the dictionaries to find what each number checks for.

For example, to remove the XSoft check from the FX Shidenkai:

Take this:

def fx_shidenkai():
    models = ["18"]
    hardnesses = ["0","2"]
    sizes = ["1","2","3","4"]
    colors = ["3","6","7"]
    return [models,hardnesses,sizes,colors]

and edit the hardnesses list:

def fx_shidenkai():
    models = ["18"]
    hardnesses = ["2"]
    sizes = ["1","2","3","4"]
    colors = ["3","6","7"]
    return [models,hardnesses,sizes,colors]

To remove hardnesses from CS pads, remove the model number that includes the hardness. Check the mousepad_hardnesses function to find which model contains the hardness you need. Match the last digit of the model to the CS hardnesses section of the mousepad_hardnesses function.

For example, to remove the XSoft check from the CS Raiden:

Checking the CS section of the hardnesses list, we can see that under CS Raiden, XSoft is labeled 6 so the model ending in 6 is the one that needs to be removed.

        #CS hardnesses are defined here
        hardness = model[-1]
        dict_hardnesses = {
            #CS Zero
            "3" : "XSoft",
            "4" : "Soft",
            "2" : "Mid",
            #CS Raiden
            "6" : "XSoft",
            "5" : "Mid"
        }

Take this:

def cs_raiden():
    models = ["15","16"]
    hardnesses = [""]
    sizes = ["2","3","4"]
    colors = ["8"]
    return [models,hardnesses,sizes,colors]

and edit the models list:

def cs_raiden():
    models = ["15"]
    hardnesses = [""]
    sizes = ["2","3","4"]
    colors = ["8"]
    return [models,hardnesses,sizes,colors]

Adding stock checks (Optional)

Adding an entirely new pad

  1. Find the model, hardnesses, sizes, and colors using your browser's developer/debug tools on the network tab. The data will be in the requests tab for get_syouhin.php.

    The model will be the first two numbers after sir.

    The hardness will be the last number in sir. (For CS pads this will overlap with the model number.)

    The size will be the number in size.

    The color will be the number after color.

  2. Add the model to the dictionary in ./basic_script/artisan_mousepads.py along with hardnesses, sizes, and colors if those are not already accounted for. Make sure you add the pad in the correct section; do not mix the dictionaries for CS and FX pads. For example, adding a new mousepad model named new_pad:

    dict_mousepad_models = {
    "11" : "FX Hayate",
    "12" : "FX Hayate Otsu",
    "13" : "FX Hayate Kou",
    "14" : "FX Hien",
    "15" : "FX Hien VE",
    "16" : "FX Zero",
    "17" : "FX Raiden",
    "18" : "FX Shidenkai",
    "19" : "New Pad"
}

  3. Make a new function for this new stock check in ./basic_script/artisan_mousepads.py. For example, adding a function named new_pad:

    def new_pad():
    models = ["19"]
    hardnesses = ["0","2"]
    sizes = ["1","2","3","4"]
    colors = ["3","6","7"]
    return [models,hardnesses,sizes,colors]

    For CS pads, model and hardness overlap. The hardnesses are handled as models. For example, adding a function named cs_new_pad:

    def cs_new_pad():
    models = ["10","12"]
    hardnesses = [""]
    sizes = ["1","2","3","4"]
    colors = ["3","6","7"]
    return [models,hardnesses,sizes,colors]

  4. Add this function to the functions list in ./basic_script/artisan_mousepads.py. For example, adding the new_pad function to the list:

    function_list = [new_pad,cs_zero,fx_hayate,fx_hayate_otsu,fx_hayate_kou,fx_hien,fx_hien_ve,fx_zero,fx_raiden,fx_shidenkai]

Adding new options to an existing pad

  1. Find the new hardnesses, sizes, or colors using your browser's developer/debug tools on the network tab. The data will be in the requests tab for get_syouhin.php.

    The hardness will be the last number in sir. (For CS pads the hardness and model are together so you will need to add a new model using both numbers in sir instead of adding a new hardness.)

    The size will be the number in size.

    The color will be the number after color.

  2. Add the hardnesses, sizes, and colors to the dictionary if those are not already accounted for in ./basic_script/artisan_mousepads.py. For example, adding color 9 as New Color:

    dict_colors = {
"1" : "Red",
"2" : "Blue",
"3" : "Black",
"5" : "Black",
"6" : "White",
"7" : "Pink",
"8" : "Brown",
"9" : "New Color"
}

  3. Add the new hardnesses, sizes, or colors to the function in ./basic_script/artisan_mousepads.py. For example, adding color 9 to the FX Raiden:

    def fx_raiden():
models = ["17"]
hardnesses = ["0","2"]
sizes = ["2","3","4"]
colors = ["8","9"]
return [models,hardnesses,sizes,colors]

    For CS pads only, hardnesses must be handled differently because the hardness will be attatched to the model. (Size and color are handled the same as FX) You will need to add a new model to the pad's function, a new entry to the CS hardnesses dictionary, and a new entry to the CS models dictionary. For example, adding a new hardness to the CS Raiden:

    Take this:

    def cs_raiden():
models = ["15","16"]
hardnesses = [""]
sizes = ["2","3","4"]
colors = ["8"]
return [models,hardnesses,sizes,colors]

    and edit the models list:

    def cs_raiden():
models = ["15","16","17"]
hardnesses = [""]
sizes = ["2","3","4"]
colors = ["8"]
return [models,hardnesses,sizes,colors]

    Now take the last digit in the new model and add it to the CS section of the mousepad_hardnesses dictionary:

        #CS hardnesses are defined here
    hardness = model[-1]
    dict_hardnesses = {
        #CS Zero
        "3" : "XSoft",
        "4" : "Soft",
        "2" : "Mid",
        #CS Raiden
        "6" : "XSoft",
        "7" : "Soft",
        "5" : "Mid"
    }

    Finally, take the model and add it to the CS section of the mousepad_models dictionary:

        #CS models are defined here
    model = model + hardness
    dict_mousepad_models = {
        "12" : "CS Zero",
        "13" : "CS Zero",
        "14" : "CS Zero",
        "15" : "CS Raiden",
        "16" : "CS Raiden",
        "17" : "CS Raiden",
    }

Troubleshooting

To reset settings to default, delete config.cfg and run the script. A new config.cfg will be generated with defaults.