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[MIRROR] Integrated circuits for modular computers (#26196)
Integrated circuits for modular computers (#80530) This PR integrates circuits for modular computers and a good bits of their programs. The peculiarity here is that modular computers have no fixed amount of unremovable components (except the base one with just a couple ports for now), instead, they're added and removed along with programs. With a few exceptions (such as the messenger and signaler), for these program circuits to work, their associated program has to be either open or in the background. For a reason or another, not all programs have a circuit associated to them, still, however the programs with a circuit are still a handful. They are: - Nanotrasen Pay System - Notepad - SiliConnect - WireCarp - MODsuit Control - Spectre Meter - Direct Messenger* - LifeConnect - Custodial Locator - Fission360 - Camera - Status Display - SignalCommander *By the by, sending messages has a cooldown, so it shouldn't be as spammy. If it turns out to not be enough, I can make it so messages from circuit will be ignored by other messenger circuits. The PR is no longer WIP. I believe modular computers could make for some interesting setups with circuits, since they're fairly flexible and stocked with features unlike many other appliances, therefore also a speck more abusable, though limits, cooldowns, logging and sanitization have been implemented to keep it in check. 🆑 add: Modular Computers now support integrated circuits. What can be done with them depends on the programs installed and whether they're running (open or background). add: Modular Consoles (the machinery) now have a small backup cell they draw power from if the power goes out. /🆑 Co-authored-by: Ghom <42542238+Ghommie@users.noreply.github.com>
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SkyratBot
@@ -1,3 +1,10 @@
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#define NT_PAY_STATUS_NO_ACCOUNT 0
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#define NT_PAY_STATUS_DEPT_ACCOUNT 1
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#define NT_PAY_STATUS_INVALID_TOKEN 2
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#define NT_PAY_SATUS_SENDER_IS_RECEIVER 3
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#define NT_PAY_STATUS_INVALID_MONEY 4
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#define NT_PAY_STATUS_SUCCESS 5
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/datum/computer_file/program/nt_pay
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filename = "ntpay"
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filedesc = "Nanotrasen Pay System"
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@@ -8,45 +15,19 @@
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tgui_id = "NtosPay"
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program_icon = "money-bill-wave"
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can_run_on_flags = PROGRAM_ALL
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circuit_comp_type = /obj/item/circuit_component/mod_program/nt_pay
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///Reference to the currently logged in user.
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var/datum/bank_account/current_user
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///Pay token, by which we can send credits
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var/token
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///Amount of credits, which we sends
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var/money_to_send = 0
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///Pay token what we want to find
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var/wanted_token
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/datum/computer_file/program/nt_pay/ui_act(action, list/params, datum/tgui/ui)
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/datum/computer_file/program/nt_pay/ui_act(action, list/params, datum/tgui/ui, datum/tgui/ui, datum/ui_state/state)
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. = ..()
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switch(action)
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if("Transaction")
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if(IS_DEPARTMENTAL_ACCOUNT(current_user))
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return to_chat(usr, span_notice("The app is unable to withdraw from that card."))
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token = params["token"]
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money_to_send = params["amount"]
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var/datum/bank_account/recipient
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if(!token)
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return to_chat(usr, span_notice("You need to enter your transfer target's pay token."))
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if(!money_to_send)
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return to_chat(usr, span_notice("You need to specify how much you're sending."))
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if(token == current_user.pay_token)
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return to_chat(usr, span_notice("You can't send credits to yourself."))
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for(var/account as anything in SSeconomy.bank_accounts_by_id)
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var/datum/bank_account/acc = SSeconomy.bank_accounts_by_id[account]
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if(acc.pay_token == token)
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recipient = acc
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break
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if(!recipient)
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return to_chat(usr, span_notice("The app can't find who you're trying to pay. Did you enter the pay token right?"))
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if(!current_user.has_money(money_to_send) || money_to_send < 1)
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return current_user.bank_card_talk("You cannot afford it.")
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recipient.bank_card_talk("You received [money_to_send] credit(s). Reason: transfer from [current_user.account_holder]")
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recipient.transfer_money(current_user, money_to_send)
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current_user.bank_card_talk("You send [money_to_send] credit(s) to [recipient.account_holder]. Now you have [current_user.account_balance] credit(s)")
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var/token = params["token"]
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var/money_to_send = params["amount"]
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make_payment(token, money_to_send, usr)
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if("GetPayToken")
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wanted_token = null
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@@ -58,8 +39,6 @@
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if(!wanted_token)
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return wanted_token = "Account \"[params["wanted_name"]]\" not found."
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/datum/computer_file/program/nt_pay/ui_data(mob/user)
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var/list/data = list()
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@@ -74,3 +53,99 @@
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data["transaction_list"] = current_user.transaction_history
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return data
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///Wrapper and signal for the main payment function of this program
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/datum/computer_file/program/nt_pay/proc/make_payment(token, money_to_send, mob/user)
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var/payment_result = _pay(token, money_to_send, user)
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SEND_SIGNAL(computer, COMSIG_MODULAR_COMPUTER_NT_PAY_RESULT, payment_result)
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/datum/computer_file/program/nt_pay/proc/_pay(token, money_to_send, mob/user)
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if(IS_DEPARTMENTAL_ACCOUNT(current_user))
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if(user)
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to_chat(user, span_notice("The app is unable to withdraw from that card."))
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return NT_PAY_STATUS_DEPT_ACCOUNT
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var/datum/bank_account/recipient
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if(!token)
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if(user)
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to_chat(user, span_notice("You need to enter your transfer target's pay token."))
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return NT_PAY_STATUS_INVALID_TOKEN
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if(money_to_send <= 0)
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if(user)
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to_chat(user, span_notice("You need to specify how much you're sending."))
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return NT_PAY_STATUS_INVALID_MONEY
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if(token == current_user.pay_token)
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if(user)
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to_chat(user, span_notice("You can't send credits to yourself."))
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return NT_PAY_SATUS_SENDER_IS_RECEIVER
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for(var/account as anything in SSeconomy.bank_accounts_by_id)
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var/datum/bank_account/acc = SSeconomy.bank_accounts_by_id[account]
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if(acc.pay_token == token)
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recipient = acc
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break
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if(!recipient)
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if(user)
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to_chat(user, span_notice("The app can't find who you're trying to pay. Did you enter the pay token right?"))
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return NT_PAY_STATUS_INVALID_TOKEN
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if(!current_user.has_money(money_to_send) || money_to_send < 1)
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current_user.bank_card_talk("You cannot afford it.")
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return NT_PAY_STATUS_INVALID_MONEY
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recipient.bank_card_talk("You received [money_to_send] credit(s). Reason: transfer from [current_user.account_holder]")
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recipient.transfer_money(current_user, money_to_send)
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current_user.bank_card_talk("You send [money_to_send] credit(s) to [recipient.account_holder]. Now you have [current_user.account_balance] credit(s)")
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return NT_PAY_STATUS_SUCCESS
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/obj/item/circuit_component/mod_program/nt_pay
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associated_program = /datum/computer_file/program/nt_pay
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circuit_flags = CIRCUIT_FLAG_INPUT_SIGNAL
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///Circuit variables. This one is for the token we want to pay
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var/datum/port/input/token_port
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///The port for the money to send
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var/datum/port/input/money_port
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///Let's us know if the payment has gone through or not.
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var/datum/port/output/payment_status
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/obj/item/circuit_component/mod_program/nt_pay/register_shell(atom/movable/shell)
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. = ..()
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RegisterSignal(associated_program.computer, COMSIG_MODULAR_COMPUTER_NT_PAY_RESULT, PROC_REF(on_payment_result))
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/obj/item/circuit_component/mod_program/nt_pay/unregister_shell()
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UnregisterSignal(associated_program.computer, COMSIG_MODULAR_COMPUTER_NT_PAY_RESULT)
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return ..()
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/obj/item/circuit_component/mod_program/nt_pay/populate_ports()
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. = ..()
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token_port = add_input_port("Token", PORT_TYPE_STRING)
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money_port = add_input_port("Amount", PORT_TYPE_NUMBER)
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payment_status = add_output_port("Status", PORT_TYPE_NUMBER)
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/obj/item/circuit_component/mod_program/nt_pay/get_ui_notices()
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. = ..()
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. += create_ui_notice("NT-Pay Statuses:")
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. += create_ui_notice("Fail (No Account) - [NT_PAY_STATUS_NO_ACCOUNT]", "red")
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. += create_ui_notice("Fail (Dept Account) - [NT_PAY_STATUS_DEPT_ACCOUNT]", "red")
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. += create_ui_notice("Fail (Invalid Token) - [NT_PAY_STATUS_INVALID_TOKEN]", "red")
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. += create_ui_notice("Fail (Sender = Receiver) - [NT_PAY_SATUS_SENDER_IS_RECEIVER]", "red")
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. += create_ui_notice("Fail (Invalid Amount) - [NT_PAY_STATUS_INVALID_MONEY]", "red")
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. += create_ui_notice("Success - [NT_PAY_STATUS_SUCCESS]", "green")
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/obj/item/circuit_component/mod_program/nt_pay/input_received(datum/port/port)
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var/datum/computer_file/program/nt_pay/program = associated_program
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program.make_payment(token_port.value, money_port.value)
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/obj/item/circuit_component/mod_program/nt_pay/proc/on_payment_result(datum/source, payment_result)
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SIGNAL_HANDLER
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payment_status.set_output(payment_result)
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#undef NT_PAY_STATUS_NO_ACCOUNT
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#undef NT_PAY_STATUS_DEPT_ACCOUNT
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#undef NT_PAY_STATUS_INVALID_TOKEN
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#undef NT_PAY_SATUS_SENDER_IS_RECEIVER
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#undef NT_PAY_STATUS_INVALID_MONEY
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#undef NT_PAY_STATUS_SUCCESS
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