Data Structures

Here are the data structures with brief descriptions:

C__attribute__
Cachi_hba_cmd_tbl_t
Cachi_hba_fis_t
Cahci_fis_data_t
Cahci_fis_dev_bits_t
Cahci_fis_dma_setup_t
Cahci_fis_pio_setup_t
Cahci_fis_reg_d2h_t
Cahci_fis_reg_h2d_t
Cahci_hba_cmd_header_t
Cahci_hba_mem_t
Cahci_hba_port_t
Cahci_hba_prdt_entry_t
Carp_packet
Carp_table_entry_t
Cbasic_ctx	BASIC program context. Every instance of a BASIC program has one of these,* also certain structures such as functions will clone the context and run on the clone until the function completes. Cloned contexts share variables and you should never call basic_destroy() on them!
Cbasic_double_fn	Builtin real (double) function
Cbasic_int_fn	Builtin integer function
Cbasic_str_fn	Builtin string function
Cchannel
Cconsole
Ccpuid_result_t	CPUID instruction result
Cdatetime_t	A representation of date and time
Cdevname_prefix_t
Cdhcp_packet_t	Definition of a DHCP packet
Cdirectory_entry_t	A directory entry, e.g. file, volume label, directory, long filename entry
Cdns_header
Cdns_request_t
Cdns_result_t
Ce1000_rx_desc
Ce1000_tx_desc
Cethernet_frame	There is actually more to an ethernet frame than this (see the STD documents!) but we don't have access to it from the software
Cfat32_fs_info_t	FAT32 FSINFO structure
Cfat32_t	FAT32 filesystem information, used internally by the driver. This is a higher level version of FSINFO
Cfilesystem_t	Defines a filesystem driver
Cfooter_t
Cfor_state	State for a FOR...NEXT loop
Cfs_directory_entry_t	A VFS directory entry. Files AND directories have these, but internally there is also a tree of fs_tree_t* which is used for faster access and caching the structure to RAM
Cfs_handle_t	The data for an open file descriptor
Cfs_tree_t	Used internally by filesystem.c to cache directories to RAM
Cg_cpuid_vendor_t
Cgc_str
Cgpt_entry_t
Cgpt_header_t
Cheader_t
Cheap_t
Cicmp_echo_packet
Cicmp_information
Cicmp_packet
Cicmp_parameter_problem_packet
Cicmp_redirect_packet
Cicmp_timestamp_packet
Cide_device
Cidle_timer_t	An idle timer
Cidt_entry_t
Cidt_ptr_t
Cioapic_t	Definition of an IOAPIC
Cip_frag	Structure and bitfields for representing IP fragmentation. Used within an ip_packet_t
Cip_fragmented_packet_parts_t
Cip_packet	Structure for an IP packet
Cip_packet_frag_t
Ciso9660
Clfn_t	Long filename entry, overlays a directory_entry_t. These entries repeat before a non-lfn entry, each holding up to 13 UCS-2 characters. Note that they are not stored in order, the 'order' attribute indicates which order they go in
Cmt_rand_t
Cnet_address_t	Represents an address that is bound to a protocol on an interface. This is kept as flexible as possible, to represent potentially different protocol's forms of addresses, e.g. IPv4, IPv6, IPX, Econet etc. The length indicates the number of bytes in the address, and the bytes field contains the actual address in host byte order. For example in IPv4, length would be 4 and bytes would essentially point at a uint32_t. The name is purely a human readable label for use in commands. The label might be 'ip.address', 'ip.gateway' etc
Cnetdev_t	An ethernet network device, this relates directly to a physical network card in the machine. A device may have zero or more attached protocols, each protocol intercepts an ethernet id number. Where a protocol requires another protocol to be of use, e.g. ARP with IPv4, the dependency will be added automatically by other protocols that require it
Cnetproto_t	Represents a protocol, or group of related protocols, that can be attached to an interface and can have addresses. At present only ethernet devices are supported, this covers 99% of the scenarios we might see in the wild on consumer machines
Cpacket_queue_item_t
Cparameter_block_t	FAT32 BIOS parameter block (BPB), stored in the boot sector of the drive
Cpartition_t	A disk partition on a storage device
Cpartition_table_t	A disk partition table consisiting of four partition_t
Cpci_dev_t
Cpci_subclass
Cproc_id_t	Process identifier struct. Used to identify processes by ID in the hash map only, contains the id and a pointer to the actual process_t struct
Cprocess_t
Cresource_record
CResourceRecord
Crsdp_t	ACPI Root System Description Pointer (RSDP)
Crsdt_t	Root System Description Table
Crtl8139_dev_t	PCI device configuration
Csdt_header_t	System Description Table Header
Cshared_interrupt_t	An entry in a linked list of handlers attached to an ISR
Cstack_frame_t
Cstorage_device_t	Represents a block storage device e.g. a hard disk, DVD-ROM drive, etc
Csymbol_t
Ctcp_conn_t
Ctcp_ip_pseudo_header_t
Ctcp_options_t
Ctcp_ordered_list_t
Ctcp_segment
Ctcp_segment_flags_t
Ctos_flags
Ctx_desc_t	Transfer description
Cub_line_ref	Line reference in program. Each program has a hashmap of these so it can find a line number in O(1) time
Cub_param	FN/PROC parameter
Cub_proc_fn_def	Procedure or function definition Each has a name, a type, a starting line and a parameter list
Cub_var_double	A real (double) variable
Cub_var_double_array	An array of real (double)
Cub_var_generic_array	A generic array, we can use this to represent any array regardless of its contained type
Cub_var_int	An integer variable
Cub_var_int_array	An array of integers
Cub_var_string	A string variable
Cub_var_string_array	An array of strings
Cudp_packet	Raw structure for UDP