Method logPageFault

source/kernel/kmemory.cpp:586–611

}

void KMemory::logPageFault(KThread* thread, U32 address) {
    U32 start = 0;
    CPU* cpu = thread->cpu;

    BString name = process->getModuleName(cpu->seg[CS].address + cpu->eip.u32);
    klog_fmt("%.8X EAX=%.8X ECX=%.8X EDX=%.8X EBX=%.8X ESP=%.8X EBP=%.8X ESI=%.8X EDI=%.8X %s at %.8X", cpu->seg[CS].address + cpu->eip.u32, cpu->reg[0].u32, cpu->reg[1].u32, cpu->reg[2].u32, cpu->reg[3].u32, cpu->reg[4].u32, cpu->reg[5].u32, cpu->reg[6].u32, cpu->reg[7].u32, name.c_str(), process->getModuleEip(cpu->seg[CS].address + cpu->eip.u32));

    klog_fmt("Page Fault at %.8X", address);
    klog("Valid address ranges:");
    for (U32 i = 0; i < K_NUMBER_OF_PAGES; i++) {
        if (!start) {
            if (data->isPageValid(i)) {
                start = i;
            }
        } else {
            if (!data->isPageValid(i)) {
                klog_fmt("    %.8X - %.8X", start * K_PAGE_SIZE, i * K_PAGE_SIZE);
                start = 0;
            }
        }
    }
    klog("Mapped Files:");
    process->printMappedFiles();
    cpu->walkStack(cpu->eip.u32, EBP, 2);
    kpanic("pf");
}

void KMemory::performOnMemory(U32 address, U32 len, bool readOnly, std::function<bool(U8* ram, U32 len)> callback) {
    if (!len) {