| ▼CAbstractGraphicsPrinter | Abstraction of basic graphics printing functions |
| CGraphicsPrinter< COLORDEPTH, OFFSET_RED, OFFSET_GREEN, OFFSET_BLUE, BITS_RED, BITS_GREEN, BITS_BLUE > | Actual implementation of basic graphics printing functions |
| CACPI::Address | ACPI address format |
| Cmultiboot_info::Array | Helper Structure |
| CTextMode::Attribute | Structure of a character attribute consists of 4 bit fore- and 3 bit background color, and a single blink bit |
| CBBuffer< T, CAP > | The class BBuffer implements a bounded buffer, that is a circular buffer with a fixed capacity |
| CBellringer | Manages and activates time-triggered activities |
| CAllocator::Buddy< MIN_ALLOC_LOG2, MAX_ALLOC_LOG2, BLOCK_SIZE, RESERVE > | Buddy Allocator Template |
| CTextMode::Cell | Structure for a cell in text mode |
| CContext | Structure for saving the CPU context when switching coroutines |
| CLAPIC::Timer::ControlRegister | LAPIC-Timer Control Register |
| CCore::CR< id > | Access to the Control Register |
| CCursor | Helper structure for the hardware cursor |
| CLAPIC::DestinationFormatRegister | Destination Format Register |
| CDispatcher | The dispatcher dispatches threads and puts the scheduler's decisions into action |
| CFont | Monospaced fonts |
| ▼CFramebuffer< COLORDEPTH, OFFSET_RED, OFFSET_GREEN, OFFSET_BLUE, BITS_RED, BITS_GREEN, BITS_BLUE > | Implementation of primitive operations on a memory area used as framebuffer |
| CGraphicsPrinter< COLORDEPTH, OFFSET_RED, OFFSET_GREEN, OFFSET_BLUE, BITS_RED, BITS_GREEN, BITS_BLUE > | Actual implementation of basic graphics printing functions |
| CMultiboot::Framebuffer | Video mode: Framebuffer |
| ▼CGate | Class of objects that are capable of handling interrupts |
| CAssassin | Handling for the "killer"-IPI, that is a message indicating that a thread should be terminated |
| ►CKeyboard | Handles keystrokes |
| CGuardedKeyboard | Syscall interface for keyboard |
| CPanic | Default handler for (unconfigured) interrupt events |
| CWakeUp | Interrupt handling used for waking sleeping cores |
| CWatch | The Watch device deals with timer interrupts |
| CGIMP | GIMP image |
| ▼CGraphics | Driver managing the video mode and synchronizing its buffer with the graphics printer |
| CGuardedGraphics | Guarded interface to Graphics used by user applications |
| CGuarded | A handy interface to protect critical sections |
| CGuardedScheduler | Guarded interface to the Scheduler used by user applications |
| CHarddisk | Simpler ATA Treiber, der 28bit Adressierung und polling über IOPorts verwendet |
| CIOAPIC::Identification | I/O APIC Identification |
| CLAPIC::IdentificationRegister | Local APIC ID (for Pentium 4 and newer) |
| CLAPIC::IPI::InterruptCommand | Interrupt Command |
| CInterruptContext | Preserved interrupt context |
| CIOPort | Abstracts access to the I/O address space |
| CKey | Class that abstracts a key, made up of the scan code and the modifier bits |
| CKeyDecoder | Decoder for keyboard codes received from the PS2Controller |
| CAllocator::Buddy< MIN_ALLOC_LOG2, MAX_ALLOC_LOG2, BLOCK_SIZE, RESERVE >::List | Free List structure Free lists are stored as circular doubly-linked lists. Every possible allocation size has an associated free list that is threaded through all currently free blocks of that size. That means MIN_ALLOC must be at least "sizeof(List)" |
| CLAPIC::LogicalDestinationRegister | Logical Destination Register |
| CMultiboot::Memory | Memory Map |
| CMultiboot::Module | Boot Module (also known as initrd = initial Ramdisk) |
| CCore::MSR< id > | Access to the Model-Specific Register (MSR) |
| Cmultiboot_info | Multiboot Information Structure according to Specification |
| CNullStream | Ignore all data passed by the stream operator |
| CPerCore< T > | Handy interface for core local variables |
| CFramebuffer< COLORDEPTH, OFFSET_RED, OFFSET_GREEN, OFFSET_BLUE, BITS_RED, BITS_GREEN, BITS_BLUE >::Pixel | Pixel (colored) |
| CFramebuffer< COLORDEPTH, OFFSET_RED, OFFSET_GREEN, OFFSET_BLUE, BITS_RED, BITS_GREEN, BITS_BLUE >::PixelComponent< OFFSET, SIZE > | Pixel component |
| CFramebuffer< COLORDEPTH, OFFSET_RED, OFFSET_GREEN, OFFSET_BLUE, BITS_RED, BITS_GREEN, BITS_BLUE >::PixelComponent< OFFSET_BLUE, BITS_BLUE > | |
| CFramebuffer< COLORDEPTH, OFFSET_RED, OFFSET_GREEN, OFFSET_BLUE, BITS_RED, BITS_GREEN, BITS_BLUE >::PixelComponent< OFFSET_GREEN, BITS_GREEN > | |
| CFramebuffer< COLORDEPTH, OFFSET_RED, OFFSET_GREEN, OFFSET_BLUE, BITS_RED, BITS_GREEN, BITS_BLUE >::PixelComponent< OFFSET_RED, BITS_RED > | |
| CPNG | Portable Network Graphics file format |
| CPoint | Coordinate on the graphic screen |
| CGDT::Pointer | Structure that describes a GDT Pointer (aka GDT Descriptor) |
| CQueue< T > | Templated Queue for arbitrary objects |
| CQueue< Bell > | |
| CQueue< Thread > | |
| CRandom | |
| CIOAPIC::RedirectionTableEntry | Entry in the redirection table |
| CACPI::RSDP | Root System Description Pointer (RSDP) |
| CScheduler | The scheduler plans the threads' execution order and, from this, selects the next thread to be running |
| ▼CACPI::SDTH | System Description Table Header (SDTH) |
| CACPI::MADT | Multiple APIC Description Table (MADT) |
| CACPI::RSDT | Root System Description Table (RSDT) |
| CACPI::XSDT | Extended System Description Table (XSDT) |
| CGDT::SegmentDescriptor | Describes the structure of segment descriptors |
| ▼CSerial | Serial interface |
| CSerialStream | Console (VT100 compatible) via Serial interface |
| CSpinlock | By the use of Spinlocks, it is possible to serialize blocks of code that might run parallel on multiple CPU cores |
| CSpritePixel< GREYSCALE, false, BITS > | Greyscale pixel without transparency |
| CSpritePixel< GREYSCALE, true, BITS > | Greyscale pixel with transparency |
| CSpritePixel< RGB, false, BITS > | Colored pixel without transparency |
| CSpritePixel< RGB, true, BITS > | Colored pixel with transparency |
| CSpritePixelComponent< BITS > | Sprite pixel component |
| CLAPIC::SpuriousInterruptVectorRegister | Spurious Interrupt Vector Register |
| ▼CStringbuffer | The class Stringbuffer composes single characters into a longer text that can be processed on block |
| ►COutputStream | The class OutputStream corresponds, essentially, to the class ostream from the C++ IO-Stream library |
| CConsoleOut | Write text on console (STDOUT) |
| CCopyStream | Duplicate all data passed by the stream operator to two output streams |
| CFileOut | Write text into file |
| CGraphicsStream | Output text (form different data type sources) on screen in graphic mode (similar to TextStream) |
| CSerialStream | Console (VT100 compatible) via Serial interface |
| CTextStream | Output text (form different data type sources) on screen in text mode |
| ▼CACPI::SubHeader | Helper structure |
| CACPI::MADS::IOAPIC | I/O APIC Structure |
| CACPI::MADS::Interrupt_Source_Override | Interrupt Source Override Structure |
| CACPI::MADS::LAPIC | Processor Local APIC (LAPIC) Structure |
| CACPI::MADS::LAPIC_Address_Override | Local APIC Address Override Structure |
| CLAPIC::TaskPriorityRegister | Task Priority Register |
| ▼CTextMode | Basic operations in the VGA-compatible text mode |
| ►CTextWindow | Virtual windows in text mode |
| CTextStream | Output text (form different data type sources) on screen in text mode |
| ▼CThread | The Thread is an object used by the scheduler |
| CApplication | Test application |
| CIdleThread | Thread that is executed when there is nothing to do for this core |
| CKeyboardApplication | Keyboard Application |
| CTicketlock | By the use of Ticketlocks, it is possible to serialize blocks of code that might run parallel on multiple CPU cores |
| CCore::MSR< id >::uint64_parts | Helper to access low and high bits of a 64 bit value |
| CMultiboot::VBE | Video mode: Vesa BIOS Extension |
| CVbeModeInfo | Mode Information of the Vesa BIOS Extension |
| CLAPIC::VersionRegister | Local APIC Version |
| ▼CVFS | Virtual File System - POSIX-ähnliche Dateisystem-Schnittstelle |
| CGuardedVFS | Guarded interface to the VFS used by user applications |
| ▼CWaitingroom | List of threads waiting for an event |
| ►CBell | Synchronization object allowing to sleep for given timespan |
| CGuardedBell | Guarded interface to Bell objects used by user applications |
| ►CSemaphore | Semaphore used for synchronization of threads |
| CGuardedSemaphore | Guarded interface to Semaphore objects used by user applications |
1.9.1