cp_produce.cpp

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/*
Copyright (C) 2002-2025 UFO: Alien Invasion.
 
This program is free software; you can redistribute it and/or
modify it under the terms of the GNU General Public License
as published by the Free Software Foundation; either version 2
of the License, or (at your option) any later version.
 
This program is distributed in the hope that it will be useful,
but WITHOUT ANY WARRANTY; without even the implied warranty of
MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.
 
See the GNU General Public License for more details.
 
You should have received a copy of the GNU General Public License
along with this program; if not, write to the Free Software
Foundation, Inc., 59 Temple Place - Suite 330, Boston, MA  02111-1307, USA.
*/
 
#include "../../DateTime.h"
#include "../../cl_shared.h"
#include "cp_campaign.h"
#include "cp_capacity.h"
#include "cp_ufo.h"
#include "cp_produce.h"
#include "cp_produce_callbacks.h"
#include "save/save_produce.h"

static int PR_CalculateTotalFrames (const base_t* base, const productionData_t* prodData)
{
    double time;
    if (PR_IsProductionData(prodData)) {
        const technology_t* tech = PR_GetTech(prodData);
        time = tech->produceTime;
    } else {
        const storedUFO_t* storedUFO = prodData->data.ufo;
        time = storedUFO->comp->time;
        /* Production is 4 times longer when installation is on Antipodes
         * Penalty starts when distance is greater than 45 degrees */
        time *= std::max(1.0, GetDistanceOnGlobe(storedUFO->installation->pos, base->pos) / 45.0);
    }
    /* Calculate the time needed for production of the item for our amount of workers. */
    time *= DateTime::MINUTES_PER_HOUR * ccs.curCampaign->produceRate;
 
    /* Don't allow to return a time of less than 1 (you still need at least 1 minute to produce an item). */
    return std::max(1.0, time) + 1;
}

int PR_WorkersAvailable (const base_t* base)
{
    assert(base);
    /* Check how many workers hired in this base. */
    const signed int allWorkers = E_CountHired(base, EMPL_WORKER);
    /* We will not use more workers than workspace capacity in this base. */
    const signed int maxWorkers = std::min(allWorkers, CAP_GetMax(base, CAP_WORKSPACE));
 
    return maxWorkers;
}

int PR_GetRemainingMinutes (const production_t* prod)
{
    assert(prod);
    const base_t *base = PR_ProductionBase(prod);
    return (prod->totalFrames - prod->frame) / std::max(1, PR_WorkersAvailable(base));
}

int PR_GetRemainingHours (const production_t* prod)
{
    return round(PR_GetRemainingMinutes(prod) / (double)DateTime::MINUTES_PER_HOUR);
}

int PR_GetProductionHours (const base_t* base, const productionData_t* prodData)
{
    return round(PR_CalculateTotalFrames(base, prodData) / std::max(1, PR_WorkersAvailable(base)) / (double)DateTime::MINUTES_PER_HOUR);
}

void PR_UpdateRequiredItemsInBasestorage (base_t* base, int amount, const requirements_t* reqs)
{
    if (!base)
        return;
 
    if (amount == 0)
        return;
 
    for (int i = 0; i < reqs->numLinks; i++) {
        const requirement_t* req = &reqs->links[i];
        switch (req->type) {
        case RS_LINK_ITEM: {
            const objDef_t* item = req->link.od;
            assert(item);
            B_AddToStorage(base, item, req->amount * amount);
            break;
        }
        case RS_LINK_ANTIMATTER:
            B_AddAntimatter(base, req->amount * amount);
            break;
        case RS_LINK_TECH:
        case RS_LINK_TECH_NOT:
            break;
        default:
            cgi->Com_Error(ERR_DROP, "Invalid requirement for production!\n");
        }
    }
}

int PR_RequirementsMet (int amount, const requirements_t* reqs, base_t* base)
{
    int producibleAmount = amount;
 
    for (int i = 0; i < reqs->numLinks; i++) {
        const requirement_t* req = &reqs->links[i];
 
        switch (req->type) {
        case RS_LINK_ITEM: {
                const int items = std::min(amount, B_ItemInBase(req->link.od, base) / ((req->amount) ? req->amount : 1));
                producibleAmount = std::min(producibleAmount, items);
                break;
            }
        case RS_LINK_ANTIMATTER: {
                const int am = std::min(amount, B_AntimatterInBase(base) / ((req->amount) ? req->amount : 1));
                producibleAmount = std::min(producibleAmount, am);
                break;
            }
        case RS_LINK_TECH:
            producibleAmount = (RS_IsResearched_ptr(req->link.tech)) ? producibleAmount : 0;
            break;
        case RS_LINK_TECH_NOT:
            producibleAmount = (RS_IsResearched_ptr(req->link.tech)) ? 0 : producibleAmount;
            break;
        default:
            break;
        }
    }
 
    return producibleAmount;
}

const char* PR_GetName (const productionData_t* data)
{
    switch (data->type) {
    case PRODUCTION_TYPE_ITEM:
        return _(data->data.item->name);
    case PRODUCTION_TYPE_AIRCRAFT:
        return _(data->data.aircraft->tpl->name);
    case PRODUCTION_TYPE_DISASSEMBLY:
        return UFO_TypeToName(data->data.ufo->ufoTemplate->getUfoType());
    default:
        cgi->Com_Error(ERR_DROP, "Invalid production type given: %i", data->type);
    }
}

technology_t* PR_GetTech (const productionData_t* data)
{
    switch (data->type) {
    case PRODUCTION_TYPE_ITEM:
        return RS_GetTechForItem(data->data.item);
    case PRODUCTION_TYPE_AIRCRAFT:
        return data->data.aircraft->tech;
    case PRODUCTION_TYPE_DISASSEMBLY:
        return data->data.ufo->ufoTemplate->tech;
    default:
        return nullptr;
    }
}
 
static void PR_ResetUFODisassembly (production_t* prod)
{
    if (PR_IsDisassembly(prod))
        prod->data.data.ufo->disassembly = nullptr;
}
 
static void PR_SetUFODisassembly (production_t* prod)
{
    if (PR_IsDisassembly(prod))
        prod->data.data.ufo->disassembly = prod;
}

production_t* PR_QueueNew (base_t* base, const productionData_t* data, signed int amount)
{
    production_queue_t* queue = PR_GetProductionForBase(base);
 
    if (queue->numItems >= MAX_PRODUCTIONS)
        return nullptr;
 
    /* Initialize */
    production_t* prod = &queue->items[queue->numItems];
    OBJZERO(*prod);
    /* self-reference. */
    prod->idx = queue->numItems;
    prod->data = *data;
    prod->amount = amount;
 
    const technology_t* tech = PR_GetTech(&prod->data);
    if (tech == nullptr)
        return nullptr;
 
 
    /* only one item for disassemblies */
    if (PR_IsDisassemblyData(data))
        amount = 1;
    else if (tech->produceTime < 0)
        /* Don't try to add an item to the queue which is not producible. */
        return nullptr;
 
    amount = PR_RequirementsMet(amount, &tech->requireForProduction, base);
    if (amount == 0)
        return nullptr;
 
    prod->totalFrames = PR_CalculateTotalFrames(base, data);
 
    PR_UpdateRequiredItemsInBasestorage(base, -amount, &tech->requireForProduction);
 
    PR_SetUFODisassembly(prod);
 
    queue->numItems++;
    return prod;
}

void PR_QueueDelete (base_t* base, production_queue_t* queue, int index)
{
    production_t* prod = &queue->items[index];
    const technology_t* tech = PR_GetTech(&prod->data);
    if (tech == nullptr)
        cgi->Com_Error(ERR_DROP, "No tech pointer for production");
 
    PR_ResetUFODisassembly(prod);
 
    assert(base);
    PR_UpdateRequiredItemsInBasestorage(base, prod->amount, &tech->requireForProduction);
 
    REMOVE_ELEM_ADJUST_IDX(queue->items, index, queue->numItems);
 
    /* Adjust ufos' disassembly pointer */
    for (int i = index; i < queue->numItems; i++) {
        production_t* disassembly = &queue->items[i];
        PR_SetUFODisassembly(disassembly);
    }
}

void PR_QueueMove (production_queue_t* queue, int index, int offset)
{
    const int newIndex = std::max(0, std::min(index + offset, queue->numItems - 1));
 
    if (newIndex == index)
        return;
 
    production_t saved = queue->items[index];
 
    /* copy up */
    for (int i = index; i < newIndex; i++) {
        production_t* prod;
        queue->items[i] = queue->items[i + 1];
        prod = &queue->items[i];
        prod->idx = i;
        PR_SetUFODisassembly(prod);
    }
 
    /* copy down */
    for (int i = index; i > newIndex; i--) {
        production_t* prod;
        queue->items[i] = queue->items[i - 1];
        prod = &queue->items[i];
        prod->idx = i;
        PR_SetUFODisassembly(prod);
    }
 
    /* insert item */
    queue->items[newIndex] = saved;
    queue->items[newIndex].idx = newIndex;
    PR_SetUFODisassembly(&queue->items[newIndex]);
}

void PR_QueueNext (base_t* base)
{
    production_queue_t* queue = PR_GetProductionForBase(base);
 
    PR_QueueDelete(base, queue, 0);
 
    if (queue->numItems == 0) {
        Com_sprintf(cp_messageBuffer, sizeof(cp_messageBuffer), _("Production queue for %s is empty"), base->name);
        MSO_CheckAddNewMessage(NT_PRODUCTION_QUEUE_EMPTY, _("Production queue empty"), cp_messageBuffer, MSG_PRODUCTION);
    }
}

static void PR_EmptyQueue (base_t* base)
{
    if (!base)
        return;
 
    production_queue_t* queue = PR_GetProductionForBase(base);
    while (queue->numItems)
        PR_QueueDelete(base, queue, 0);
}

static void PR_ProductionRollBottom (base_t* base)
{
    production_queue_t* queue = PR_GetProductionForBase(base);
    if (queue->numItems < 2)
        return;
 
    PR_QueueMove(queue, 0, queue->numItems - 1);
}

static bool PR_CheckFrame (base_t* base, production_t* prod)
{
    int price = 0;
 
    if (PR_IsItem(prod)) {
        const objDef_t* od = prod->data.data.item;
        price = PR_GetPrice(od->productionCost);
    } else if (PR_IsAircraft(prod)) {
        const aircraft_t* aircraft = prod->data.data.aircraft;
        price = PR_GetPrice(aircraft->productionCost);
    }
 
    /* Not enough money */
    if (price > 0 && price > ccs.credits) {
        if (!prod->creditMessage) {
            Com_sprintf(cp_messageBuffer, sizeof(cp_messageBuffer), _("Not enough credits to finish production in %s."), base->name);
            MSO_CheckAddNewMessage(NT_PRODUCTION_FAILED, _("Notice"), cp_messageBuffer);
            prod->creditMessage = true;
        }
 
        PR_ProductionRollBottom(base);
        return false;
    }
 
    return true;
}

static void PR_FinishProduction (base_t* base, production_t* prod)
{
    const char* name = PR_GetName(&prod->data);
    technology_t* tech = PR_GetTech(&prod->data);
 
    prod->frame = 0;
    prod->amount--;
 
    if (PR_IsItem(prod)) {
        CP_UpdateCredits(ccs.credits - PR_GetPrice(prod->data.data.item->productionCost));
        /* Now add it to equipment and update capacity. */
        B_AddToStorage(base, prod->data.data.item, 1);
    } else if (PR_IsAircraft(prod)) {
        CP_UpdateCredits(ccs.credits - PR_GetPrice(prod->data.data.aircraft->productionCost));
        /* Now add new aircraft. */
        AIR_NewAircraft(base, prod->data.data.aircraft);
    }
 
    if (prod->amount > 0)
        return;
 
    Com_sprintf(cp_messageBuffer, sizeof(cp_messageBuffer), _("Work on %s at %s has finished."), name, base->name);
    MSO_CheckAddNewMessage(NT_PRODUCTION_FINISHED, _("Production finished"), cp_messageBuffer, MSG_PRODUCTION, tech);
    /* queue the next production */
    PR_QueueNext(base);
}

static void PR_FinishDisassembly (base_t* base, production_t* prod)
{
    storedUFO_t* ufo = prod->data.data.ufo;
 
    assert(ufo);
    for (int i = 0; i < ufo->comp->numItemtypes; i++) {
        const objDef_t* compOd = ufo->comp->items[i];
        const int amount = (ufo->condition < 1 && ufo->comp->itemAmount2[i] != COMP_ITEMCOUNT_SCALED) ?
            ufo->comp->itemAmount2[i] : round(ufo->comp->itemAmount[i] * ufo->condition);
 
        assert(compOd);
 
        if (amount <= 0)
            continue;
 
        if (Q_streq(compOd->id, ANTIMATTER_ITEM_ID)) {
            B_AddAntimatter(base, amount);
        } else {
            technology_t* tech = RS_GetTechForItem(compOd);
            B_AddToStorage(base, compOd, amount);
            RS_MarkCollected(tech);
        }
    }
 
    Com_sprintf(cp_messageBuffer, sizeof(cp_messageBuffer), _("The disassembling of %s at %s has finished."),
        UFO_TypeToName(ufo->ufoTemplate->getUfoType()), base->name);
    MSO_CheckAddNewMessage(NT_PRODUCTION_FINISHED, _("Production finished"), cp_messageBuffer, MSG_PRODUCTION, ufo->ufoTemplate->tech);
 
    /* Removing UFO will remove the production too */
    US_RemoveStoredUFO(ufo);
}

int PR_IncreaseProduction (production_t* prod, int amount)
{
    if (PR_IsDisassembly(prod))
        return 0;
 
    base_t* base = PR_ProductionBase(prod);
    assert(base);
 
    /* amount limit per one production */
    if (prod->amount + amount > MAX_PRODUCTION_AMOUNT) {
        amount = std::max(0, MAX_PRODUCTION_AMOUNT - prod->amount);
    }
 
    const technology_t* tech = PR_GetTech(&prod->data);
    assert(tech);
 
    amount = PR_RequirementsMet(amount, &tech->requireForProduction, base);
    if (amount == 0)
        return 0;
 
    prod->amount += amount;
    PR_UpdateRequiredItemsInBasestorage(base, -amount, &tech->requireForProduction);
 
    return amount;
}

int PR_DecreaseProduction (production_t* prod, int amount)
{
    assert(prod);
    base_t* base = PR_ProductionBase(prod);
    assert(base);
 
    if (PR_IsDisassembly(prod))
        return 0;
 
    if (prod->amount <= amount) {
        production_queue_t* queue = PR_GetProductionForBase(base);
        amount = prod->amount;
        PR_QueueDelete(base, queue, prod->idx);
        return amount;
    }
 
    const technology_t* tech = PR_GetTech(&prod->data);
    if (tech == nullptr)
        cgi->Com_Error(ERR_DROP, "No tech pointer for production");
 
    prod->amount += -amount;
    PR_UpdateRequiredItemsInBasestorage(base, amount, &tech->requireForProduction);
 
    return amount;
}

void PR_ProductionRun (void)
{
    /* Loop through all founded bases. Then check productions
     * in global data array. Then increase prod->percentDone and check
     * whether an item is produced. Then add to base storage. */
    base_t* base = nullptr;
    while ((base = B_GetNext(base)) != nullptr) {
        production_queue_t* q = PR_GetProductionForBase(base);
 
        /* not actually any active productions */
        if (q->numItems <= 0)
            continue;
 
        /* Workshop is disabled because their dependences are disabled */
        if (!PR_ProductionAllowed(base))
            continue;
 
        production_t* prod = &q->items[0];
 
        if (!PR_CheckFrame(base, prod))
            return;
 
        prod->frame += PR_WorkersAvailable(base);
 
        /* If Production/Disassembly is not finished yet, we're done, check next base */
        if (!PR_IsReady(prod))
            continue;
 
        if (PR_IsProduction(prod))
            PR_FinishProduction(base, prod);
        else if (PR_IsDisassembly(prod))
            PR_FinishDisassembly(base, prod);
    }
}

bool PR_ProductionAllowed (const base_t* base)
{
    assert(base);
    return !B_IsUnderAttack(base) && B_GetBuildingStatus(base, B_WORKSHOP) && E_CountHired(base, EMPL_WORKER) > 0;
}

void PR_UpdateProductionCap (base_t* base, int workerChange)
{
    assert(base);
    capacities_t* workspaceCapacity = CAP_Get(base, CAP_WORKSPACE);
 
    if (workspaceCapacity->max <= 0)
        PR_EmptyQueue(base);
 
    const int workers = E_CountHired(base, EMPL_WORKER) + workerChange;
    if (workspaceCapacity->max >= workers)
        workspaceCapacity->cur = workers;
    else
        workspaceCapacity->cur = workspaceCapacity->max;
 
    /* recalculate time to finish */
    production_queue_t* q = PR_GetProductionForBase(base);
    /* not actually any active productions */
    if (q->numItems <= 0)
        return;
    /* Workshop is disabled because their dependences are disabled */
    if (!PR_ProductionAllowed(base))
        return;
 
    for (int i = 0; i < q->numItems; i++) {
        production_t* prod = &q->items[i];
        prod->totalFrames = std::max(prod->frame, PR_CalculateTotalFrames(base, &prod->data));
    }
}

bool PR_ItemIsProduceable (const objDef_t* item)
{
    const technology_t* tech = RS_GetTechForItem(item);
    return tech->produceTime != -1;
}

base_t* PR_ProductionBase (const production_t* production)
{
    base_t* base = nullptr;
    while ((base = B_GetNext(base)) != nullptr) {
        const ptrdiff_t diff = ((ptrdiff_t)((production) - PR_GetProductionForBase(base)->items));
 
        if (diff >= 0 && diff < MAX_PRODUCTIONS)
            return base;
    }
    return nullptr;
}

int PR_GetPrice (const int productionCost)
{
    int price;
    price = productionCost * ccs.curCampaign->componentRate;
    return price;
}

bool PR_SaveXML (xmlNode_t* p)
{
    xmlNode_t* node = cgi->XML_AddNode(p, SAVE_PRODUCE_PRODUCTION);
 
    base_t* base = nullptr;
    while ((base = B_GetNext(base)) != nullptr) {
        const production_queue_t* pq = PR_GetProductionForBase(base);
 
        xmlNode_t* snode = cgi->XML_AddNode(node, SAVE_PRODUCE_QUEUE);
        cgi->XML_AddInt(snode, SAVE_PRODUCE_QUEUEIDX, base->idx);
 
        for (int j = 0; j < pq->numItems; j++) {
            const production_t* prod = &pq->items[j];
            xmlNode_t* ssnode = cgi->XML_AddNode(snode, SAVE_PRODUCE_ITEM);
            if (PR_IsItem(prod))
                cgi->XML_AddString(ssnode, SAVE_PRODUCE_ITEMID, prod->data.data.item->id);
            else if (PR_IsAircraft(prod))
                cgi->XML_AddString(ssnode, SAVE_PRODUCE_AIRCRAFTID, prod->data.data.aircraft->id);
            else if (PR_IsDisassembly(prod))
                cgi->XML_AddInt(ssnode, SAVE_PRODUCE_UFOIDX, prod->data.data.ufo->idx);
            cgi->XML_AddInt(ssnode, SAVE_PRODUCE_AMOUNT, prod->amount);
            cgi->XML_AddInt(ssnode, SAVE_PRODUCE_PROGRESS, prod->frame);
        }
    }
    return true;
}

bool PR_LoadXML (xmlNode_t* p)
{
    xmlNode_t* node = cgi->XML_GetNode(p, SAVE_PRODUCE_PRODUCTION);
 
    for (xmlNode_t* snode = cgi->XML_GetNode(node, SAVE_PRODUCE_QUEUE); snode;
            snode = cgi->XML_GetNextNode(snode, node, SAVE_PRODUCE_QUEUE)) {
        xmlNode_t* ssnode;
        const int baseIDX = cgi->XML_GetInt(snode, SAVE_PRODUCE_QUEUEIDX, MAX_BASES);
        base_t* base = B_GetBaseByIDX(baseIDX);
        production_queue_t* pq;
 
        if (base == nullptr) {
            cgi->Com_Printf("Invalid production queue index %i\n", baseIDX);
            continue;
        }
 
        pq = PR_GetProductionForBase(base);
 
        for (ssnode = cgi->XML_GetNode(snode, SAVE_PRODUCE_ITEM); pq->numItems < MAX_PRODUCTIONS && ssnode;
                ssnode = cgi->XML_GetNextNode(ssnode, snode, SAVE_PRODUCE_ITEM)) {
            const char* s1 = cgi->XML_GetString(ssnode, SAVE_PRODUCE_ITEMID);
            production_t* prod = &pq->items[pq->numItems];
 
            prod->idx = pq->numItems;
            prod->amount = cgi->XML_GetInt(ssnode, SAVE_PRODUCE_AMOUNT, 0);
            prod->frame = cgi->XML_GetInt(ssnode, SAVE_PRODUCE_PROGRESS, 0);
 
            /* amount */
            if (prod->amount <= 0) {
                cgi->Com_Printf("PR_LoadXML: Production with amount <= 0 dropped (baseidx=%i, production idx=%i).\n",
                    baseIDX, pq->numItems);
                continue;
            }
            /* item */
            if (s1[0] != '\0')
                PR_SetData(&prod->data, PRODUCTION_TYPE_ITEM, INVSH_GetItemByID(s1));
            /* UFO */
            const int ufoIDX = cgi->XML_GetInt(ssnode, SAVE_PRODUCE_UFOIDX, -1);
            if (ufoIDX != -1) {
                storedUFO_t* ufo = US_GetStoredUFOByIDX(ufoIDX);
 
                if (!ufo) {
                    cgi->Com_Printf("PR_LoadXML: Could not find ufo idx: %i\n", ufoIDX);
                    continue;
                }
 
                PR_SetData(&prod->data, PRODUCTION_TYPE_DISASSEMBLY, ufo);
                PR_SetUFODisassembly(prod);
            }
            /* aircraft */
            const char* s2 = cgi->XML_GetString(ssnode, SAVE_PRODUCE_AIRCRAFTID);
            if (s2[0] != '\0')
                PR_SetData(&prod->data, PRODUCTION_TYPE_AIRCRAFT, AIR_GetAircraft(s2));
 
            if (!PR_IsDataValid(&prod->data)) {
                cgi->Com_Printf("PR_LoadXML: Production is not an item an aircraft nor a disassembly\n");
                continue;
            }
 
            prod->totalFrames = PR_CalculateTotalFrames(base, &prod->data);
 
            pq->numItems++;
        }
    }
    return true;
}

static bool PR_PostLoadInitProgress (void)
{
    base_t* base = nullptr;
    while ((base = B_GetNext(base)) != nullptr) {
        production_queue_t* pq = PR_GetProductionForBase(base);
        for (int j = 0; j < pq->numItems; j++) {
            production_t* prod = &pq->items[j];
            prod->totalFrames = PR_CalculateTotalFrames(base, &prod->data);
        }
    }
 
    return true;
}

bool PR_PostLoadInit (void)
{
    return PR_PostLoadInitProgress();
}