KolibriOS kernel
Class List
Here are the classes, structs, unions and interfaces with brief descriptions:
 CACPI_FADT
 CACPI_HPET
 CACPI_MADT
 CACPI_RSDP
 CACPI_RSDT
 CACPI_TABLEDESCRIPTION_HEADER
 CADDRESS_SPACE_RESOURCE_DESCRIPTOR
 CAHCI_CTRAHCI controller structure
 CAPP_HDR
 CAPP_HEADER_01_
 CAPPDATA
 CAPPOBJCommon object header
 CARP_entry
 CARP_header
 Cbdfe
 Cbdfe_hdr
 CBGDESCRBlock group descriptor
 CBiosDiskData
 CBITMAPINFOHEADER
 CBLITTER
 CBLITTER_BLOCK
 Cboot_data
 Cboot_pci_data
 CBOX
 CCACHE_ITEMThis structure describes one item in the cache
 CCOFF_HEADER
 CCOFF_RELOC
 CCOFF_SECTION
 CCOFF_SYM
 CCURSOR
 CDBG_REGS
 CDIRENTRY
 CDISKThis structure represents a disk device and its media for the kernel. This structure is allocated by the kernel in the 'disk_add' function, freed in the 'disk_dereference' function
 CDISKCACHEThis structure represents the disk cache. To follow the old implementation, there are two distinct caches for a disk, one for "system" data,and the other for "application" data
 CDISKFUNC=============================================================================
 CDISKMEDIAINFOThis structure holds information on a medium. Objects with this structure are allocated by the kernel as a part of the DISK structure and are filled by a driver in the 'querymedia' callback
 Cdisplay_t
 CDISPMODE
 CDLLDESCR
 CDQ
 Ce820entry
 CETH_DEVICE
 CETH_header
 CEVENT
 CEXCEPT_STACK
 CexFAT
 CEXTENTLeaf
 CEXTFS
 Cf70s0arg
 Cf70s1arg
 Cf70s5arg
 CFATInternal data for every FAT partition
 CFILED
 CFileSystemFs api for drivers
 CFIS_DATAData FIS ? Bidirectional
 CFIS_DEV_BITSSet device bits FIS - device to host
 CFIS_DMA_SETUPDMA Setup ? Device to Host
 CFIS_PIO_SETUPPIO Setup ? Device to Host
 CFIS_REG_D2HRegister FIS ? Device to Host
 CFIS_REG_H2DRegister FIS ? Host to Device
 CFRB
 CFUTEX
 CGASACPI Generic Address Structure
 CGPEGPT Partition Entry, UEFI 2.6, Table 19
 CGPTHGUID Partition Table Header, UEFI 2.6, Table 18
 CHBA_CMD_HDRCommand header structure, size = 32 bytes
 CHBA_CMD_TBL
 CHBA_FIS
 CHBA_MEMGeneric Host Control registers
 CHBA_PORTPort Control registers
 CHBA_PRDT_ENTRYPhysical region descriptor table entry, size = 16 bytes
 CHD_DATA
 CHDLL
 CICMP_header
 CIDE_CACHE
 CIDE_DATA
 CIDE_DEVICE
 CINDEXRoot/branch
 CINODE
 CIOCTL
 CIP_SOCKET
 CIPv4_FRAGMENT_entryThis structure will replace the ethernet header in fragmented ip packets
 CIPv4_FRAGMENT_slot
 CIPv4_header
 CIPv6_header
 CIRQH
 CISO9660Internal data for every ISO9660 partition
 CISO9660_DIRECTORY_RECORD
 CISO9660_PRIMARY_DESCRIPTOR
 CISO9660_VOLUME_DESCRIPTOR
 CKBDFUNC
 Ckernel_header
 CKEYBOARD------------------------------------------------------------------—
 CLHEAD
 CMEM_BLOCK
 CMEM_STATE
 Cmtrr_rangeMtrr_reconfigure keeps a list of MEM_WB ranges. This structure describes one item in the list
 CMUTEX
 CMUTEX_WAITER
 CNET_BUFF
 CNET_DEVICE
 CNODEHEADERExt4 extent tree tree node header
 CNTFS
 CPARTITIONThis structure represents one partition for the kernel. This is a base template, the actual contents after common fields is determined by the file system code for this partition
 CPARTITION_TABLE_ENTRYThis is an external structure, it represents an entry in the partition table
 CPCIDEV
 CPG_DATA
 CPIPE
 CPOINT
 CPORT_DATAContains virtual mappings for port phys memory regions
 CPPPoE_frame
 CPROC
 Cprocess_information
 Cqueue
 CQWORD_ADDRESS_SPACE_DESCRIPTOR
 CRECT
 CRING_BUFFER
 CRWSEM
 CSKIN_BITMAPS
 CSKIN_BUTTON
 CSKIN_BUTTONS
 CSKIN_DATA
 CSKIN_HEADER---------------------------------------------------------------------------—
 CSKIN_PARAMS
 CSMAP
 CSMEM
 Csockaddr
 CSOCKET
 Csocket_options
 Csocket_queue_entry
 CSRV
 CSTREAM_SOCKET
 CSTRIPPED_PE_HEADER
 CSUPERBLOCK
 CSYS_BUTTON
 CSYS_VARS
 CSYSCALL_STACK
 CTCP_header
 CTCP_queue_entry
 CTCP_SOCKET
 CTIMERThis structure describes a timer for the kernel
 CTSS
 CUDP_header
 CUDP_SOCKET
 Cusb_config_descrUSB configuration descriptor
 Cusb_controllerController descriptor. This structure represents the common (controller-independent) part of a controller for the USB code. The corresponding controller-dependent part *hci_controller is located immediately before usb_controller
 Cusb_descr=============================================================================
 Cusb_device_dataDevice-specific data
 Cusb_device_descrUSB device descriptor
 Cusb_endpoint_descrUSB endpoint descriptor
 Cusb_gtdThis structure represents one transfer descriptor ('g' stands for "general" as opposed to isochronous usb_itd). Note that one transfer can have several descriptors: a control transfer has three stages. Additionally, every controller has a limit on transfer length with one descriptor (packet size for UHCI, 1K for OHCI, 4K for EHCI), large transfers must be split into individual packets according to that limit
 Cusb_hardware_funcDescription of controller-specific data and functions
 Cusb_hub=============================================================================
 Cusb_hub_descrHub descriptor
 Cusb_interface_dataInterface-specific data. Several interfaces of one device can operate independently, each is controlled by some driver and is identified by some driver-specific data passed as is to the driver
 Cusb_interface_descrUSB interface descriptor
 Cusb_pipePipe descriptor. An USB pipe is described by two structures, for hardware and for software. This is the software part. The hardware part is defined in a driver of the corresponding controller. The hardware part is located immediately before usb_pipe, both are allocated at once by controller-specific code (it knows the total length, which depends on the hardware part)
 Cusb_static_epThis structure describes the static head of every list of pipes
 CUSBFUNC
 Cusbhc_funcPointers to kernel API functions that are called from *HCI-drivers
 CUSBSRV
 CV86_machine
 Cv86_regs
 CWDATAWindow structure:
 CXFSInternal data for every XFS partition this is XFS partition structure most fields are unpacked or bswap'ed values of the superblock, see xfs_sb structure above
 Cxfs_bmbt3_block
 Cxfs_bmbt_blockLong form header: bmap btrees xfs_btree_lblock is xfs_bmbt_block (xfs_btree.h)
 Cxfs_bmbt_irecUnpacked extent
 Cxfs_bmbt_keyKey structure for non-leaf levels of the tree
 Cxfs_bmbt_ptr
 Cxfs_bmbt_recPacket extent
 Cxfs_bmdr_blockBmap root header
 Cxfs_bmdr_ptr
 Cxfs_da3_blkinfo
 Cxfs_da3_intnode
 Cxfs_da3_node_hdr
 Cxfs_da_blkinfo
 Cxfs_da_intnode
 Cxfs_da_node_entry
 Cxfs_da_node_hdr
 Cxfs_dinode3_core
 Cxfs_dinode_coreInode core structure: basic information about file
 Cxfs_dir2_blockGeneric single-block structure, for xfs_db
 Cxfs_dir2_block_tailTail of directory block
 Cxfs_dir2_bmx
 Cxfs_dir2_data_entryActive entry in a data block aligned to 8 bytes tag appears as the last 2 bytes
 Cxfs_dir2_data_hdrHeader for the data blocks always at the beginning of a directory-sized block the code knows that XFS_DIR2_DATA_FD_COUNT is 3
 Cxfs_dir2_data_unionGeneric data entry
 Cxfs_dir2_data_unusedUnused entry in a data block
 Cxfs_dir2_free_hdr
 Cxfs_dir2_leafBests and tail are at the end of the block for single-leaf only (magic = XFS_DIR2_LEAF1_MAGIC not XFS_DIR2_LEAFN_MAGIC)
 Cxfs_dir2_leaf_entryLeaf block entry
 Cxfs_dir2_leaf_hdr
 Cxfs_dir2_sf
 Cxfs_dir2_sf_entry
 Cxfs_dir2_sf_hdr
 Cxfs_dir3_data_hdr
 Cxfs_dir3_leaf
 Cxfs_dir3_leaf_hdr
 Cxfs_inode
 Cxfs_sbSuperblock ondisk structure (xfs_sb.h) this is not the partition structure for XFS partition structure see XFS below