path: root/src/JSystem/JMessage/processor.cpp

//
// Generated by dtk
// Translation Unit: processor.cpp
//

#include "JSystem/JMessage/processor.h"
#include "JSystem/JMessage/control.h"

namespace JMessage {

namespace {

/* 8029EDA4-8029EDCC       .text process_setMessageIndex_reserved___Q28JMessage23@unnamed@processor_cpp@FUs */
bool process_setMessageIndex_reserved_(u16 messageIndex) {
    switch (messageIndex) {
    case 0xFFFF:
        return false;
    default:
        return false;
    }
}

/* 8029EDCC-8029EE18       .text process_setMessage_index___Q28JMessage23@unnamed@processor_cpp@FPQ28JMessage8TControlUs */
bool process_setMessage_index_(TControl* control, u16 index) {
    if (index >= 0xFF00) {
        return process_setMessageIndex_reserved_(index);
    } else {
        control->mMessageIndex = index;
        return !!control->setMessageCode_flush_();
    }
}

/* 8029EE18-8029EE6C       .text process_setMessage_code___Q28JMessage23@unnamed@processor_cpp@FPQ28JMessage8TControlUl */
bool process_setMessage_code_(TControl* control, u32 code) {
    if ((u16)code >= 0xFF00) {
        return process_setMessageIndex_reserved_(code);
    } else {
        return !!control->setMessageCode(code);
    }
}

}; // namespace

/* 8029EE6C-8029EEA4       .text pushCurrent__Q28JMessage10TProcessorFPCc */
void TProcessor::pushCurrent(const char* v) {
    if (v == NULL)
        return;

    if (!mStack.IsStorable())
        return;

    mStack.push(getCurrent());
    setCurrent_(v);
}

/* 8029EEA4-8029EEC8       .text popCurrent__Q28JMessage10TProcessorFv */
const char* TProcessor::popCurrent() {
    setCurrent_(mStack.top());
    mStack.pop();
}

struct SelectCallBackWork {
    /* 0x00 */ TProcessor::OnSelectBeginCallBack mCallBack;
    /* 0x04 */ const char* mBase;
    /* 0x08 */ const void* mTable;
    /* 0x0C */ u32 mRest;
};

/* 8029EEC8-8029EF54       .text on_select_begin__Q28JMessage10TProcessorFPFPQ28JMessage10TProcessor_PCcPCvPCcUl */
void TProcessor::on_select_begin(OnSelectBeginCallBack callback, const void* offs, const char* base, u32 rest) {
    if (mStack.IsStorable()) {
        mStatusData.mCallBack = process_onCharacterEnd_select_;
        SelectCallBackWork* work = (SelectCallBackWork*)&mStatusData.mCallBackWork;
        work->mCallBack = callback;
        work->mBase = base;
        work->mTable = offs;
        work->mRest = rest;

        const char *v = work->mCallBack(this);
        pushCurrent(v);
        do_select_begin(rest);
    }
}

/* 8029EF54-8029EFA0       .text on_select_end__Q28JMessage10TProcessorFv */
void TProcessor::on_select_end() {
    mStatusData.mCallBack = process_onCharacterEnd_normal_;
    popCurrent();
    do_select_end();
}

/* 8029EFA0-8029EFFC       .text on_select_separate__Q28JMessage10TProcessorFv */
void TProcessor::on_select_separate() {
    popCurrent();
    SelectCallBackWork* work = (SelectCallBackWork*)&mStatusData.mCallBackWork;
    const char *v = work->mCallBack(this);
    pushCurrent(v);
    do_select_separate();
}

/* 8029EFFC-8029F000       .text do_character__Q28JMessage10TProcessorFi */
void TProcessor::do_character(int) {
}

/* 8029F000-8029F008       .text do_tag__Q28JMessage10TProcessorFUlPCvUl */
bool TProcessor::do_tag(u32, const void*, u32) {
    return false;
}

/* 8029F008-8029F010       .text do_systemTagCode__Q28JMessage10TProcessorFUsPCvUl */
bool TProcessor::do_systemTagCode(u16, const void*, u32) {
    return false;
}

/* 8029F010-8029F014       .text do_select_begin__Q28JMessage10TProcessorFUl */
void TProcessor::do_select_begin(u32) {
}

/* 8029F014-8029F018       .text do_select_end__Q28JMessage10TProcessorFv */
void TProcessor::do_select_end() {
}

/* 8029F018-8029F01C       .text do_select_separate__Q28JMessage10TProcessorFv */
void TProcessor::do_select_separate() {
}

/* 8029F01C-8029F064       .text __dt__Q28JMessage10TProcessorFv */
TProcessor::~TProcessor() {
}

/* 8029F064-8029F080       .text reset___Q28JMessage10TProcessorFPCc */
void TProcessor::reset_(const char* v) {
    setCurrent_(v);
    mStack.clear();
    mStatusData.mCallBack = process_onCharacterEnd_normal_;
}

/* 8029F080-8029F120       .text on_tag___Q28JMessage10TProcessorFv */
void TProcessor::on_tag_() {
    u32 size;
    const u8* current = (const u8*)getCurrent();
    size = current[1];

    setCurrent_((const char*)current + size);
    u32 tag = (current[2] << 16 | (u8)current[3] << 8);
    tag |= current[4];

    on_tag(tag, &current[5], size - 5);
}

/* 8029F120-8029F248       .text do_tag___Q28JMessage10TProcessorFUlPCvUl */
bool TProcessor::do_tag_(u32 tag, const void* data, u32 size) {
    u16 code = data::getTagCode(tag);
    u8 group = data::getTagGroup(tag);

    switch (group) {
    case 0xFF:
        if (!do_systemTagCode(code, data, size)) {
            do_systemTagCode_(code, data, size);
        }
        break;
    case 0xFE:
        pushCurrent(mControl->on_word(code));
        break;
    case 0xFD:
        pushCurrent(mControl->on_message_limited(code));
        break;
    case 0xF6:
        on_select_begin(process_select_limited_, data, (char*)data + size, code);
        break;
    case 0xF5:
        on_select_begin(process_select_, data, (char*)data + size, code);
        break;
    }
}

/* 8029F248-8029F2A0       .text do_systemTagCode___Q28JMessage10TProcessorFUsPCvUl */
void TProcessor::do_systemTagCode_(u16 code, const void* data, u32 size) {
    switch (code) {
    case 0x05:
        pushCurrent(mControl->on_message(JGadget::binary::TParseValue<u32, JGadget::binary::TParseValue_endian_big_>::parse(data)));
        break;
    }
}

/* 8029F2A0-8029F37C       .text process_character___Q28JMessage10TProcessorFv */
bool TProcessor::process_character_() {
    const u8* current = (const u8*)getCurrent();
    u32 character = current[0];
    switch (current[0]) {
    case 0:
        if (!mStatusData.mCallBack(this))
            return false;
        break;
    case 0x1A:
        on_tag_();
        break;
    default:
        if (mControl->mResourceContainer->IsLeadByte(character)) {
            character <<= 8;
            mCurrent++;
            current = (const u8*)getCurrent();
            character |= current[0];
        }
        mCurrent++;
        on_character(character);
        break;
    }
    return true;
}

/* 8029F37C-8029F3C4       .text process_onCharacterEnd_normal___Q28JMessage10TProcessorFPQ28JMessage10TProcessor */
bool TProcessor::process_onCharacterEnd_normal_(TProcessor* proc) {
    if (!proc->mStack.empty()) {
        proc->popCurrent();
        return true;
    } else {
        proc->do_end_();
        return false;
    }
}

/* 8029F3C4-8029F40C       .text process_onCharacterEnd_select___Q28JMessage10TProcessorFPQ28JMessage10TProcessor */
bool TProcessor::process_onCharacterEnd_select_(TProcessor* proc) {
    SelectCallBackWork* work = (SelectCallBackWork*) &proc->mStatusData.mCallBackWork;
    work->mRest--;
    if (work->mRest != 0) {
        proc->on_select_separate();
        return true;
    } else {
        proc->on_select_end();
        return true;
    }
}

/* 8029F40C-8029F428       .text process_select_limited___Q28JMessage10TProcessorFPQ28JMessage10TProcessor */
const char* TProcessor::process_select_limited_(TProcessor* proc) {
    SelectCallBackWork* work = (SelectCallBackWork*) &proc->mStatusData.mCallBackWork;
    u16 offs = ((const u16*)work->mTable)[0];
    work->mTable = (const char*)work->mTable + sizeof(offs);
    return &work->mBase[offs];
}

/* 8029F428-8029F444       .text process_select___Q28JMessage10TProcessorFPQ28JMessage10TProcessor */
const char* TProcessor::process_select_(TProcessor* proc) {
    /* Nonmatching */
    SelectCallBackWork* work = (SelectCallBackWork*) &proc->mStatusData.mCallBackWork;
    u32 offs = ((const u32*)work->mTable)[0];
    work->mTable = (const char*)work->mTable + sizeof(offs);
    return &work->mBase[offs];
}

struct JumpCallBackWork {
    /* 0x00 */ u32 mTarget;
};

struct BranchCallBackWork {
    /* 0x00 */ const void* mTable;
    /* 0x04 */ u32 mTarget;
};

/* 8029F444-8029F480       .text __ct__Q28JMessage18TSequenceProcessorFPQ28JMessage8TControl */
TSequenceProcessor::TSequenceProcessor(TControl* control) : TProcessor(control) {
    mStatus = kStatus_Begin;
}

/* 8029F480-8029F4E0       .text __dt__Q28JMessage18TSequenceProcessorFv */
TSequenceProcessor::~TSequenceProcessor() {
}

/* 8029F4E0-8029F658       .text process__Q28JMessage18TSequenceProcessorFPCc */
const char* TSequenceProcessor::process(const char* stop) {
    /* Nonmatching */
    do {
        switch (mStatus) {
        case kStatus_Normal:
            break;
        case kStatus_Jump:
            if (!on_jump_isReady())
                return mCurrent;

            mStatus = kStatus_Normal;
            if (mStatusData.mCallBack(this))
                on_jump(mControl->getMessageEntry(), mControl->getMessageData_begin());
            break;
        case kStatus_Branch:
            {
                BranchCallBackWork* work = (BranchCallBackWork*) &mStatusData.mCallBackWork;
                u32 rt = on_branch_queryResult();

                if (rt > 0xFFFF) {
                    switch (rt) {
                    case -1:
                        return mCurrent;
                    case -2:
                        mStatus = kStatus_Normal;
                        break;
                    }
                } else {
                    mStatus = kStatus_Normal;
                    if (rt < work->mTarget && mStatusData.mCallBack(this))
                        on_branch(mControl->getMessageEntry(), mControl->getMessageData_begin());
                }
            }
            break;
        }

        if (mCurrent == stop) {
            on_end();
            return NULL;
        }

        if (!on_isReady())
            return mCurrent;
    } while (process_character_());

    return NULL;
}

/* 8029F658-8029F684       .text on_isReady__Q28JMessage18TSequenceProcessorFv */
bool TSequenceProcessor::on_isReady() {
    return do_isReady();
}

/* 8029F684-8029F698       .text on_jump_register__Q28JMessage18TSequenceProcessorFPFPQ28JMessage18TSequenceProcessor_bUl */
void TSequenceProcessor::on_jump_register(OnJumpRegisterCallBack callback, u32 target) {
    mStatus = kStatus_Jump;
    mStatusData.mCallBack = (ProcessorCallBack)callback;
    JumpCallBackWork* work = (JumpCallBackWork*) &mStatusData.mCallBackWork;
    work->mTarget = target;
}

/* 8029F698-8029F6C4       .text on_jump_isReady__Q28JMessage18TSequenceProcessorFv */
bool TSequenceProcessor::on_jump_isReady() {
    return do_jump_isReady();
}

/* 8029F6C4-8029F720       .text on_jump__Q28JMessage18TSequenceProcessorFPCvPCc */
void TSequenceProcessor::on_jump(const void* target, const char* v) {
    reset_(v);
    do_jump(target, v);
}

/* 8029F720-8029F730       .text on_branch_register__Q28JMessage18TSequenceProcessorFPFPQ28JMessage18TSequenceProcessorUl_bPCvUl */
void TSequenceProcessor::on_branch_register(OnBranchRegisterCallBack callback, const void* offset, u32 target) {
    mStatusData.mCallBack = (ProcessorCallBack)callback;
    BranchCallBackWork* work = (BranchCallBackWork*) &mStatusData.mCallBackWork;
    work->mTable = offset;
    work->mTarget = target;
}

/* 8029F730-8029F764       .text on_branch_query__Q28JMessage18TSequenceProcessorFUs */
void TSequenceProcessor::on_branch_query(u16 branch) {
    mStatus = kStatus_Branch;
    do_branch_query(branch);
}

/* 8029F764-8029F790       .text on_branch_queryResult__Q28JMessage18TSequenceProcessorFv */
int TSequenceProcessor::on_branch_queryResult() {
    return do_branch_queryResult();
}

/* 8029F790-8029F7EC       .text on_branch__Q28JMessage18TSequenceProcessorFPCvPCc */
void TSequenceProcessor::on_branch(const void* target, const char* v) {
    reset_(v);
    do_branch(target, v);
}

/* 8029F7EC-8029F7F0       .text do_begin__Q28JMessage18TSequenceProcessorFPCvPCc */
void TSequenceProcessor::do_begin(const void*, const char*) {
}

/* 8029F7F0-8029F7F4       .text do_end__Q28JMessage18TSequenceProcessorFv */
void TSequenceProcessor::do_end() {
}

/* 8029F7F4-8029F7FC       .text do_isReady__Q28JMessage18TSequenceProcessorFv */
bool TSequenceProcessor::do_isReady() {
    return true;
}

/* 8029F7FC-8029F804       .text do_jump_isReady__Q28JMessage18TSequenceProcessorFv */
bool TSequenceProcessor::do_jump_isReady() {
    return true;
}

/* 8029F804-8029F808       .text do_jump__Q28JMessage18TSequenceProcessorFPCvPCc */
void TSequenceProcessor::do_jump(const void*, const char*) {
}

/* 8029F808-8029F80C       .text do_branch_query__Q28JMessage18TSequenceProcessorFUs */
void TSequenceProcessor::do_branch_query(u16) {
}

/* 8029F80C-8029F814       .text do_branch_queryResult__Q28JMessage18TSequenceProcessorFv */
int TSequenceProcessor::do_branch_queryResult() {
    return -2;
}

/* 8029F814-8029F818       .text do_branch__Q28JMessage18TSequenceProcessorFPCvPCc */
void TSequenceProcessor::do_branch(const void*, const char*) {
}

/* 8029F818-8029F868       .text reset___Q28JMessage18TSequenceProcessorFPCc */
void TSequenceProcessor::reset_(const char* v) {
    TProcessor::reset_(v);
    mStatus = kStatus_Begin;
    if (v != NULL)
        mStatus = kStatus_Normal;
}

/* 8029F868-8029F894       .text do_begin___Q28JMessage18TSequenceProcessorFPCvPCc */
void TSequenceProcessor::do_begin_(const void* target, const char* v) {
    do_begin(target, v);
}

/* 8029F894-8029F8C8       .text do_end___Q28JMessage18TSequenceProcessorFv */
void TSequenceProcessor::do_end_() {
    mStatus = kStatus_End;
    do_end();
}

/* 8029F8C8-8029F9D4       .text do_tag___Q28JMessage18TSequenceProcessorFUlPCvUl */
bool TSequenceProcessor::do_tag_(u32 tag, const void* data, u32 size) {
    const char* datap = (const char*)data;
    u16 code = data::getTagCode(tag);
    u8 group = data::getTagGroup(tag);

    switch (group) {
    case 0xFC:
        on_jump_register(process_jump_limited_, code);
        break;
    case 0xFB:
        on_branch_register(process_branch_limited_, datap, code);
        break;
    case 0xFA:
        on_branch_register(process_branch_, datap, code);
        break;
    case 0xF9:
        on_branch_query(code);
        break;
    case 0xF8:
        on_branch_register(process_branch_limited_, datap + 2, JGadget::binary::TParseValue<u16, JGadget::binary::TParseValue_endian_big_>::parse(datap));
        on_branch_query(code);
        break;
    case 0xF7:
        on_branch_register(process_branch_, datap + 2, JGadget::binary::TParseValue<u16, JGadget::binary::TParseValue_endian_big_>::parse(datap));
        on_branch_query(code);
        break;
    default:
        TProcessor::do_tag_(tag, data, size);
        break;
    }
}

/* 8029F9D4-8029FA2C       .text do_systemTagCode___Q28JMessage18TSequenceProcessorFUsPCvUl */
void TSequenceProcessor::do_systemTagCode_(u16 code, const void* data, u32 size) {
    switch (code) {
    case 0:
    case 1:
    case 2:
    case 3:
        break;
    case 6: {
        u32 target = JGadget::binary::TParseValue<u32, JGadget::binary::TParseValue_endian_big_>::parse(data);
        on_jump_register(process_jump_, target);
        break;
    }
    case 4:
    case 5:
    default:
        TProcessor::do_systemTagCode_(code, data, size);
        break;
    }
}

/* 8029FA2C-8029FA5C       .text process_jump_limited___Q28JMessage18TSequenceProcessorFPQ28JMessage18TSequenceProcessor */
bool TSequenceProcessor::process_jump_limited_(TSequenceProcessor* proc) {
    JumpCallBackWork* work = (JumpCallBackWork*) &proc->mStatusData.mCallBackWork;
    return process_setMessage_index_(proc->mControl, work->mTarget);
}

/* 8029FA5C-8029FA88       .text process_jump___Q28JMessage18TSequenceProcessorFPQ28JMessage18TSequenceProcessor */
bool TSequenceProcessor::process_jump_(TSequenceProcessor* proc) {
    JumpCallBackWork* work = (JumpCallBackWork*) &proc->mStatusData.mCallBackWork;
    return process_setMessage_code_(proc->mControl, work->mTarget);
}

/* 8029FA88-8029FAB8       .text process_branch_limited___Q28JMessage18TSequenceProcessorFPQ28JMessage18TSequenceProcessorUl */
bool TSequenceProcessor::process_branch_limited_(TSequenceProcessor* proc, u32 choice) {
    /* Nonmatching */
    BranchCallBackWork* work = (BranchCallBackWork*) &proc->mStatusData.mCallBackWork;
    process_setMessage_index_(proc->mControl, ((u16*)work->mTable)[choice]);
}

/* 8029FAB8-8029FAE8       .text process_branch___Q28JMessage18TSequenceProcessorFPQ28JMessage18TSequenceProcessorUl */
bool TSequenceProcessor::process_branch_(TSequenceProcessor* proc, u32 choice) {
    /* Nonmatching */
    BranchCallBackWork* work = (BranchCallBackWork*) &proc->mStatusData.mCallBackWork;
    process_setMessage_code_(proc->mControl, ((u32*)work->mTable)[choice]);
}

/* 8029FAE8-8029FB20       .text __ct__Q28JMessage19TRenderingProcessorFPQ28JMessage8TControl */
TRenderingProcessor::TRenderingProcessor(TControl* control) : TProcessor(control) {
}

/* 8029FB20-8029FB80       .text __dt__Q28JMessage19TRenderingProcessorFv */
TRenderingProcessor::~TRenderingProcessor() {
}

/* 8029FB80-8029FBF0       .text process__Q28JMessage19TRenderingProcessorFPCc */
const char* TRenderingProcessor::process(const char* stop) {
    do {
        if (mCurrent == stop) {
            on_end();
            return NULL;
        }
    } while(process_character_());
    return NULL;
}

/* 8029FBF0-8029FBF4       .text do_begin__Q28JMessage19TRenderingProcessorFPCvPCc */
void TRenderingProcessor::do_begin(const void*, const char*) {
}

/* 8029FBF4-8029FBF8       .text do_end__Q28JMessage19TRenderingProcessorFv */
void TRenderingProcessor::do_end() {
}

/* 8029FBF8-8029FC24       .text do_begin___Q28JMessage19TRenderingProcessorFPCvPCc */
void TRenderingProcessor::do_begin_(const void* entry, const char* data) {
    do_begin(entry, data);
}

/* 8029FC24-8029FC50       .text do_end___Q28JMessage19TRenderingProcessorFv */
void TRenderingProcessor::do_end_() {
    do_end();
}

/* 8029FC50-8029FC84       .text do_tag___Q28JMessage19TRenderingProcessorFUlPCvUl */
bool TRenderingProcessor::do_tag_(u32 tag, const void* data, u32 size) {
    u8 group = data::getTagGroup(tag);

    switch (group) {
    case 0xFC:
    case 0xFB:
    case 0xFA:
    case 0xF9:
    case 0xF8:
    case 0xF7:
        break;
    default:
        TProcessor::do_tag_(tag, data, size);
        break;
    }
}

/* 8029FC84-8029FCC4       .text do_systemTagCode___Q28JMessage19TRenderingProcessorFUsPCvUl */
void TRenderingProcessor::do_systemTagCode_(u16 code, const void* data, u32 size) {
    switch (code) {
    case 0x06:
    case 0x03:
    case 0x02:
    case 0x01:
    case 0x00:
        break;
    default:
        TProcessor::do_systemTagCode_(code, data, size);
        break;
    }
}

}; // namespace JMessage