| C__EIT_entry | |
| C__ns_msg | |
| C__ns_rr | |
| C__reg_ACSR | |
| C__reg_ADCSRA | |
| C__reg_ADCSRB | |
| C__reg_ADCSRC | |
| C__reg_ADMUX | |
| C__reg_AES_CTRL | |
| C__reg_AES_KEY | |
| C__reg_AES_STATE | |
| C__reg_AES_STATUS | |
| C__reg_ANT_DIV | |
| C__reg_ASSR | |
| C__reg_BATMON | |
| C__reg_BGCR | |
| C__reg_CCA_THRES | |
| C__reg_CLKPR | |
| C__reg_CSMA_BE | |
| C__reg_CSMA_SEED_0 | |
| C__reg_CSMA_SEED_1 | |
| C__reg_DIDR0 | |
| C__reg_DIDR1 | |
| C__reg_DIDR2 | |
| C__reg_DPDS0 | |
| C__reg_DPDS1 | |
| C__reg_DRTRAM0 | |
| C__reg_DRTRAM1 | |
| C__reg_DRTRAM2 | |
| C__reg_DRTRAM3 | |
| C__reg_EECR | |
| C__reg_EICRA | |
| C__reg_EICRB | |
| C__reg_EIFR | |
| C__reg_EIMSK | |
| C__reg_FTN_CTRL | |
| C__reg_GPIOR0 | |
| C__reg_GPIOR1 | |
| C__reg_GPIOR2 | |
| C__reg_GTCCR | |
| C__reg_IEEE_ADDR_0 | |
| C__reg_IEEE_ADDR_1 | |
| C__reg_IEEE_ADDR_2 | |
| C__reg_IEEE_ADDR_3 | |
| C__reg_IEEE_ADDR_4 | |
| C__reg_IEEE_ADDR_5 | |
| C__reg_IEEE_ADDR_6 | |
| C__reg_IEEE_ADDR_7 | |
| C__reg_IRQ_MASK | |
| C__reg_IRQ_STATUS | |
| C__reg_LLCR | |
| C__reg_LLDRH | |
| C__reg_LLDRL | |
| C__reg_MAN_ID_0 | |
| C__reg_MAN_ID_1 | |
| C__reg_MCUCR | |
| C__reg_MCUSR | |
| C__reg_NEMCR | |
| C__reg_OCDR | |
| C__reg_OSCCAL | |
| C__reg_PAN_ID_0 | |
| C__reg_PAN_ID_1 | |
| C__reg_PART_NUM | |
| C__reg_PCICR | |
| C__reg_PCIFR | |
| C__reg_PCMSK1 | |
| C__reg_PCMSK2 | |
| C__reg_PHY_CC_CCA | |
| C__reg_PHY_ED_LEVEL | |
| C__reg_PHY_RSSI | |
| C__reg_PHY_TX_PWR | |
| C__reg_PLL_CF | |
| C__reg_PLL_DCU | |
| C__reg_PRR0 | |
| C__reg_PRR1 | |
| C__reg_PRR2 | |
| C__reg_RAMPZ | |
| C__reg_RX_CTRL | |
| C__reg_RX_SYN | |
| C__reg_SCBTSRHH | |
| C__reg_SCBTSRHL | |
| C__reg_SCBTSRLH | |
| C__reg_SCBTSRLL | |
| C__reg_SCCNTHH | |
| C__reg_SCCNTHL | |
| C__reg_SCCNTLH | |
| C__reg_SCCNTLL | |
| C__reg_SCCR0 | |
| C__reg_SCCR1 | |
| C__reg_SCIRQM | |
| C__reg_SCIRQS | |
| C__reg_SCOCR1HH | |
| C__reg_SCOCR1HL | |
| C__reg_SCOCR1LH | |
| C__reg_SCOCR1LL | |
| C__reg_SCOCR2HH | |
| C__reg_SCOCR2HL | |
| C__reg_SCOCR2LH | |
| C__reg_SCOCR2LL | |
| C__reg_SCOCR3HH | |
| C__reg_SCOCR3HL | |
| C__reg_SCOCR3LH | |
| C__reg_SCOCR3LL | |
| C__reg_SCSR | |
| C__reg_SCTSRHH | |
| C__reg_SCTSRHL | |
| C__reg_SCTSRLH | |
| C__reg_SCTSRLL | |
| C__reg_SFD_VALUE | |
| C__reg_SHORT_ADDR_0 | |
| C__reg_SHORT_ADDR_1 | |
| C__reg_SMCR | |
| C__reg_SPCR | |
| C__reg_SPMCSR | |
| C__reg_SPSR | |
| C__reg_SREG | |
| C__reg_TCCR0A | |
| C__reg_TCCR0B | |
| C__reg_TCCR1A | |
| C__reg_TCCR1B | |
| C__reg_TCCR1C | |
| C__reg_TCCR2A | |
| C__reg_TCCR2B | |
| C__reg_TCCR3A | |
| C__reg_TCCR3B | |
| C__reg_TCCR3C | |
| C__reg_TCCR4A | |
| C__reg_TCCR4B | |
| C__reg_TCCR4C | |
| C__reg_TCCR5A | |
| C__reg_TCCR5B | |
| C__reg_TCCR5C | |
| C__reg_TIFR0 | |
| C__reg_TIFR1 | |
| C__reg_TIFR2 | |
| C__reg_TIFR3 | |
| C__reg_TIFR4 | |
| C__reg_TIFR5 | |
| C__reg_TIMSK0 | |
| C__reg_TIMSK1 | |
| C__reg_TIMSK2 | |
| C__reg_TIMSK3 | |
| C__reg_TIMSK4 | |
| C__reg_TIMSK5 | |
| C__reg_TRX_CTRL_1 | |
| C__reg_TRX_CTRL_2 | |
| C__reg_TRX_STATE | |
| C__reg_TRX_STATUS | |
| C__reg_TRXPR | |
| C__reg_TST_CTRL_DIGI | |
| C__reg_TST_RX_LENGTH | |
| C__reg_TWAMR | |
| C__reg_TWAR | |
| C__reg_TWCR | |
| C__reg_TWSR | |
| C__reg_UCSR0A | |
| C__reg_UCSR0B | |
| C__reg_UCSR0C | |
| C__reg_UCSR1A | |
| C__reg_UCSR1B | |
| C__reg_UCSR1C | |
| C__reg_VERSION_NUM | |
| C__reg_VREG_CTRL | |
| C__reg_WDTCSR | |
| C__reg_XAH_CTRL_0 | |
| C__reg_XAH_CTRL_1 | |
| C__reg_XOSC_CTRL | |
| C__res_state | |
| ►C__rpc_auth | |
| Cauth_ops | |
| ►C__rpc_client | |
| Cclnt_ops | |
| ►C__rpc_svcxprt | |
| Cxp_ops | |
| ►C__rpc_xdr | |
| Cxdr_ops | |
| C__rtems_dev_t | |
| C__rtems_irq_connect_data__ | |
| C__rtld_trace_sig | |
| C__rtld_trace_sig_arg | These functions are provided as a separated interface to the Trace Buffer Generatror (TBG) data are not really designed for any real-time performance type interface |
| C_CPU_ISR_handler_entry | |
| C_fs | |
| C_ftsent | |
| C_fu | |
| C_inode | |
| C_ns_flagdata | |
| C_pr | |
| C_rtems_filesystem_file_handlers_r | File system node operations table |
| C_rtems_filesystem_operations_table | File system operations table |
| C_rtems_monitor_command_arg_t | |
| C_rtems_rfs_buffer | |
| C_rtems_rfs_file_handle | File data used to managed an open file |
| C_rtems_rfs_file_shared | File data that is shared by various file handles accessing the same file |
| C_rtems_rfs_file_system | RFS File System data |
| C_rtems_rfs_format_config | RFS File System Configuration data used to format the file system |
| C_rtems_rfs_group | Creates bit allocator for blocks in the group simpler |
| C_rtems_rfs_inode | The inode |
| C_rtems_rfs_inode_handle | RFS Inode Handle |
| C_rtems_symbol_t | |
| C_rtems_symbol_table_t | |
| CAC_struct | |
| Caccepted_reply | |
| CADC_CH_struct | |
| CADC_struct | |
| CAES_struct | |
| Cah | |
| Calign | |
| CAPI_extensions_Control | The control structure which defines the points at which an API can add an extension to the system initialization thread |
| CAPI_Mutex_Control | Control block used to manage each API mutex |
| CARM_VFP_context | |
| Carphdr | |
| Carpreq | |
| CASR_Information | The following defines the control structure used to manage signals |
| Cattrstat | |
| Caudata | |
| Cauthsvc | |
| Cauthunix_parms | |
| CAux32Info | |
| CAux64Info | |
| CAWEX_struct | |
| CBarrier_Control | This type defines the control block used to manage each barrier |
| CBarrier_MP_Packet | The following data structure defines the packet used to perform remote barrier operations |
| Cbootp_packet | |
| Cbpf_hdr | |
| Cbpf_insn | |
| Cbpf_program | |
| Cbpf_stat | |
| Cbpf_version | |
| Cbuffer_info | |
| Ccache_node | |
| Ccall_body | |
| Ccall_rpc_private | |
| Ccallout | |
| Ccbcp_state | |
| Cccp_options | |
| Ccgi_env_block | |
| CChain_Control | This is used to manage a chain |
| CChain_Node_struct | This is used to manage each element (node) which is placed on a chain |
| Cchap_state | |
| CCLK_struct | |
| Cclnt_raw_private | |
| Ccmsghdr | |
| Ccode | |
| Ccompare_info | |
| Ccompletion | |
| Ccompstat | |
| Cconfig_s | |
| CContext_Control | This defines the minimal set of integer and processor state registers that must be saved during a voluntary context switch from one thread to another |
| CContext_Control_fp | This defines the complete set of floating point registers that must be saved during any context switch from one thread to another |
| CContext_Control_sse | |
| CCORE_barrier_Attributes | The following defines the control block used to manage the attributes of each barrier |
| CCORE_barrier_Control | The following defines the control block used to manage each barrier |
| CCORE_message_queue_Attributes | Control block used to manage the attributes of each message queue |
| CCORE_message_queue_Buffer | Data types needed to manipulate the contents of message buffers |
| CCORE_message_queue_Buffer_control | The organization of a message buffer |
| CCORE_message_queue_Control | Control block used to manage each message queue |
| CCORE_mutex_Attributes | The control block used to manage attributes of each mutex |
| CCORE_mutex_Control | Control block used to manage each mutex |
| CCORE_RWLock_Attributes | The following defines the control block used to manage the attributes of each RWLock |
| CCORE_RWLock_Control | The following defines the control block used to manage each RWLock |
| CCORE_semaphore_Attributes | The following defines the control block used to manage the attributes of each semaphore |
| CCORE_semaphore_Control | The following defines the control block used to manage each counting semaphore |
| CCORE_spinlock_Attributes | The following defines the control block used to manage the attributes of each spinlock |
| CCORE_spinlock_Control | The following defines the control block used to manage each spinlock |
| CCPU_Exception_frame | The set of registers that specifies the complete processor state |
| CCPU_Interrupt_frame | This defines the set of integer and processor state registers that must be saved during an interrupt |
| CCPU_Minimum_stack_frame | This structure represents the organization of the minimum stack frame for the SPARC |
| CCPU_Per_CPU_control | The CPU specific per-CPU control |
| CCPU_Trap_table_entry | The following type defines an entry in the SPARC's trap table |
| Ccreateargs | |
| Ccrypt_data | |
| Ccrypt_format | |
| Ccstate | |
| Cct_data | |
| Cct_data_s | |
| Cctlname | |
| Cctrace_per_cpu_t | |
| Ccu_data | |
| CDAC_struct | |
| Cdatum | |
| Cdb_next_desc | |
| Cdb_result | |
| Cde | |
| Cdes_block | |
| CDes_Context | |
| CdevFS_data | |
| CdevFS_node | Per Device Node Control Structure |
| Cdf_context | |
| CDFLL_struct | |
| Cdhcp_packet | |
| Cdinfo | |
| Cdir_scan_data | |
| CDirInfoRec_ | |
| Cdirlist | |
| Cdiropargs | |
| Cdiropokres | |
| Cdiropres | |
| CDISPLAY | |
| CDMA_CH_struct | |
| CDMA_struct | |
| Cdom_binding | |
| Cdomain | |
| Cdrvmgr | |
| Cdrvmgr_bus | Bus information |
| Cdrvmgr_bus_ops | Bus operations |
| Cdrvmgr_bus_params | Bus parameters used by driver interface functions to aquire information about bus |
| Cdrvmgr_bus_res | Bus resource list node |
| Cdrvmgr_dev | Device information |
| Cdrvmgr_drv | Device driver description |
| Cdrvmgr_drv_ops | Driver operations, function pointers |
| Cdrvmgr_drv_res | Driver resource entry, Driver resources for a certain device instance, containing a number of keys where each key hold the data of interest |
| Cdrvmgr_func | |
| Cdrvmgr_key | |
| Cdrvmgr_key_value | Union of different values |
| Cdrvmgr_list | List description, Singly link list with head and tail pointers |
| Cdrvmgr_map_entry | MAP entry |
| Cdrvmgr_rw_arg | |
| CDual_ported_memory_Control | The following structure defines the port control block |
| CEBI_CS_struct | |
| CEBI_struct | |
| Ceditor | |
| Ceeprom | |
| CElf32_Cap | |
| CElf32_Dyn | |
| CElf32_Ehdr | |
| CElf32_Move | |
| CElf32_Nhdr | |
| CElf32_Phdr | |
| CElf32_Rel | |
| CElf32_Rela | |
| CElf32_Shdr | |
| CElf32_Sym | |
| CElf32_Syminfo | |
| CElf32_Verdaux | |
| CElf32_Verdef | |
| CElf32_Vernaux | |
| CElf32_Verneed | |
| CElf32_Versym | |
| CElf64_Cap | |
| CElf64_Dyn | |
| CElf64_Ehdr | |
| CElf64_Move | |
| CElf64_Nhdr | |
| CElf64_Phdr | |
| CElf64_Rel | |
| CElf64_Rela | |
| CElf64_Shdr | |
| CElf64_Sym | |
| CElf64_Syminfo | |
| Cencap_parms | |
| Centry | |
| Cenv | |
| Cerase_priv_struct | |
| Cether_addr | |
| Cether_arp | |
| Cether_header | |
| CEvent_Control | |
| CEvent_MP_Packet | The following data structure defines the packet used to perform remote event operations |
| CEVSYS_struct | |
| Cexportnode | |
| CExtension_Control | |
| Cfat_cache_s | |
| Cfat_dir_pos_s | |
| Cfat_file_fd_s | Descriptor of a fat-file |
| Cfat_file_map_s | The "fat-file" representation |
| Cfat_fs_info_s | |
| Cfat_pos_s | |
| Cfat_vol_s | |
| Cfattr | |
| Cfb_bitfield | |
| Cfb_cmap | |
| Cfb_fix_screeninfo | |
| Cfb_var_screeninfo | |
| Cffclock_estimate | |
| Cfhandle | |
| Cfhstatus | |
| Cfid | |
| Cfile | |
| Cfilesystem_node | |
| Cfind_arg | |
| Cformat | |
| CFrame_ | |
| CFreechain_Control | The freechain control |
| Cfrmrinfo | |
| Cfsid | |
| Cfsm | |
| Cfsm_callbacks | |
| CFTPD_SessionInfo_t | |
| CFTPD_TaskPool_t | |
| CFTS | |
| CGiant_Control | |
| Cgroupnode | |
| Cgrp_context | |
| Cgz_header_s | |
| Cgz_state | |
| CHEADER | |
| CHeap_Area | Heap area structure for table based heap initialization and extension |
| CHeap_Block | Description for free or used blocks |
| CHeap_Control | Control block used to manage a heap |
| CHeap_Information | Information about blocks |
| CHeap_Information_block | Information block returned by _Heap_Get_information() |
| CHeap_Statistics | Run-time heap statistics |
| CHIRES_struct | |
| Chostent | |
| Ci2c_bus | I2C bus control |
| Ci2c_dev | I2C slave device control |
| Ci2c_msg | I2C transfer message |
| Ci2c_rdwr_ioctl_data | Argument type for I2C_RDWR IO control call |
| Ci2c_smbus_data | SMBus data |
| Ci2c_smbus_ioctl_data | Argument type for I2C_SMBUS IO control call |
| Ciattr | |
| Cicmp | |
| Cicmp_ra_addr | |
| Cicmpstat | |
| Cif_nameindex | |
| Cifaddr | |
| Cifaddrs | |
| Cifmedia_description | |
| Cifnet | |
| Cifpppcstatsreq | |
| Cifpppstatsreq | |
| Cifqueue | |
| Cigmp | |
| Cigmpmsg | |
| Cigmpstat | |
| CIMFS_device_t | |
| CIMFS_directory_t | |
| CIMFS_fifo_t | |
| CIMFS_file_t | |
| CIMFS_filebase_t | |
| CIMFS_fs_info_t | |
| CIMFS_generic_t | |
| CIMFS_jnode_tt | |
| CIMFS_linearfile_t | |
| CIMFS_link_t | |
| CIMFS_memfile_t | |
| CIMFS_mknod_control | |
| CIMFS_mknod_controls | |
| CIMFS_mount_data | |
| CIMFS_node_control | IMFS node control |
| CIMFS_sym_link_t | |
| Cin_addr | |
| Cin_aliasreq | |
| Cin_ifaddr | |
| Cin_multi | |
| Cinflate_state | |
| Cinpcb | |
| Cinpcbinfo | |
| CInternal_errors_Information | This type holds the fatal error information |
| Cinternal_state | |
| Cinterrupt_gate_descriptor | |
| CIO | |
| Ciovec | |
| Cip | |
| Cip_fw | |
| Cip_fw_chain | |
| Cip_fw_if | |
| Cip_moptions | |
| Cip_mreq | |
| ►Cip_timestamp | |
| ►Cipt_timestamp | |
| Cipt_ta | |
| Cipasfrag | |
| Cipcp_options | |
| Cipoption | |
| Cipovly | |
| Cippseudo | |
| Cipq | |
| Cipstat | |
| CIRCOM_struct | |
| CISR_lock_Context | Local ISR lock context for acquire and release pairs |
| CISR_lock_Control | ISR lock control |
| Cjffs2_acl_entry | |
| Cjffs2_acl_entry_short | |
| Cjffs2_acl_header | |
| Cjffs2_compressor | |
| Cjffs2_device_node | |
| Cjffs2_eraseblock | |
| Cjffs2_full_dirent | |
| Cjffs2_full_dnode | |
| Cjffs2_inode_cache | |
| Cjffs2_inode_info | |
| Cjffs2_mount_opts | |
| Cjffs2_node_frag | |
| Cjffs2_node_union | |
| Cjffs2_raw_dirent | |
| Cjffs2_raw_inode | |
| Cjffs2_raw_node_ref | |
| Cjffs2_raw_summary | |
| Cjffs2_raw_xattr | |
| Cjffs2_raw_xref | |
| Cjffs2_readinode_info | |
| Cjffs2_sb_info | |
| Cjffs2_sum_dirent_flash | |
| Cjffs2_sum_dirent_mem | |
| Cjffs2_sum_flash | |
| Cjffs2_sum_inode_flash | |
| Cjffs2_sum_inode_mem | |
| Cjffs2_sum_marker | |
| Cjffs2_sum_mem | |
| Cjffs2_sum_unknown_flash | |
| Cjffs2_sum_unknown_mem | |
| Cjffs2_sum_xattr_flash | |
| Cjffs2_sum_xattr_mem | |
| Cjffs2_sum_xref_flash | |
| Cjffs2_sum_xref_mem | |
| Cjffs2_summary | |
| Cjffs2_tmp_dnode_info | |
| Cjffs2_unknown_node | |
| Cjffs2_xattr_datum | |
| Cjffs2_xattr_ref | |
| Cjint16_t | |
| Cjint32_t | |
| Cjmode_t | |
| Ckevent | |
| Ckmembuckets | |
| Ckmemstats | |
| Ckmemusage | |
| Cknlist | |
| Ckproc_desc | |
| Clcp_options | |
| Clinger | |
| Clink_map | Link map structure will be used for GDB support |
| Clinkargs | |
| Clist_head | |
| Clistener_item | |
| CListNodeRec_ | |
| Cllc | |
| Cllinfo_arp | |
| Cm302_DRAM_refresh_t | |
| Cm302_dualPortRAM_t | |
| Cm302_internalReg_t | |
| Cm302_SCC_bd | |
| Cm302_SCC_bd_table_t | |
| Cm302_SCC_HdlcSpecific_t | |
| Cm302_SCC_parameters_t | |
| Cm302_SCC_Registers_t | |
| Cm302_SCC_t | |
| Cm302_SCC_UartSpecific_t | |
| Cm360_ | |
| Cm360BufferDescriptor_ | |
| Cm360IDMABufferDescriptor_ | |
| Cm360IDMAparms_ | |
| Cm360MEMCRegisters_ | |
| Cm360MiscParms_ | |
| Cm360SCCENparms_ | |
| Cm360SCCparms_ | |
| Cm360SCCRegisters_ | |
| Cm360SMCparms_ | |
| Cm360SMCRegisters_ | |
| Cm360SPIparms_ | |
| Cm360TimerParms_ | |
| Cm_ext | |
| Cm_hdr | |
| CMBPrivateRec_ | |
| Cmbstat | |
| Cmbuf | |
| Cmcluster | |
| CMCU_struct | |
| CMD4_CTX | |
| CMD5_CTX | |
| CMD5Context | |
| Cmdproc | |
| Cmedia_item | |
| Cmessage | |
| CMessage_queue_Control | The following records define the control block used to manage each message queue |
| CMessage_queue_MP_Packet | The following data structure defines the packet used to perform remote message queue operations |
| Cmfc | |
| Cmfcctl | |
| Cmg_callbacks | |
| Cmg_connection | |
| Cmg_context | |
| ►Cmg_request_info | |
| Cmg_header | |
| Cmountbody | |
| CMP_packet_Prefix | The following record contains the prefix for every packet passed between nodes in an MP system |
| CMPCI_Control | This type defines the Multiprocessor Communications Interface (MPCI) Table |
| CMPCI_Internal_packet | The following data structure defines the packet used to perform remote event operations |
| Cmrtstat | |
| Cmsdos_default_convert_control | |
| Cmsdos_format_param_t | |
| Cmsdos_format_request_param_t | FAT file system format request parameters |
| Cmsdos_fs_info_s | |
| Cmsdos_utf8_convert_control | |
| Cmsghdr | |
| Cmutex | |
| CMW_UID_MESSAGE | |
| CNAMES | |
| Cnetbsd_elfcore_procinfo | |
| Cnetent | |
| Cnetobj | |
| Cnetstarg | |
| Cnewtask | |
| Cnfs_args | |
| Cnfs_diskless | |
| Cnfs_fattr | |
| Cnfs_fh | |
| Cnfs_quadconvert | |
| Cnfs_statfs | |
| Cnfs_uquad | |
| Cnfscookie | |
| Cnfsfh | |
| CNfsNodeRec_ | |
| CNfsRec_ | |
| CnfsTestReq_ | |
| Cnfstime | |
| Cnfsv2_sattr | |
| Cnfsv2_time | |
| Cnfsv3_diskless | |
| Cnfsv3_fsinfo | |
| Cnfsv3_pathconf | |
| Cnfsv3_sattr | |
| Cnfsv3_spec | |
| Cnfsv3_time | |
| CNios2_MPU_Configuration | |
| CNios2_MPU_Region_descriptor | |
| Cnpioctl | |
| Cns1 | |
| Cns_updrec | |
| Cntp_fp | |
| CntpPacket | |
| CntpPacketSmall | |
| Cntptimeval | |
| CNVM_FUSES_struct | |
| CNVM_LOCKBITS_struct | |
| CNVM_PROD_SIGNATURES_struct | |
| CNVM_struct | |
| CObjects_Control | The following defines the Object Control Block used to manage each object local to this node |
| CObjects_Information | The following defines the structure for the information used to manage each class of objects |
| CObjects_Name | The following type defines the control block used to manage object names |
| COCD_struct | |
| Comsghdr | |
| Copaque_auth | |
| Coption_info | |
| Coption_list | |
| Coption_t | |
| Cortentry | |
| COSC_struct | |
| Cosockaddr | |
| Cpacket | |
| Cpartition | |
| CPartition_Control | The following defines the control block used to manage each partition |
| CPartition_MP_Packet | The following data structure defines the packet used to perform remote partition operations |
| Cpartition_table | |
| CPATH_T | |
| Cpci_access_drv | |
| Cpci_auto_setup | |
| Cpci_bus | |
| Cpci_cfg_ops | |
| Cpci_config_access_functions | |
| Cpci_dev | |
| Cpci_dev_id | |
| Cpci_dev_id_match | |
| Cpci_dev_info | |
| Cpci_drv_info | |
| Cpci_io_ops | |
| Cpci_memreg_ops | |
| Cpci_res | |
| Cpcibus_config | |
| Cpcibus_priv | |
| Cpcibus_regmem_ops | |
| Cpcibus_res | |
| CPer_CPU_Control | Per CPU Core Structure |
| CPer_CPU_Control_envelope | |
| CPer_CPU_Stats | Per-CPU statistics |
| Cpermitted_ip | |
| Cpipe_control | |
| Cpkthdr | |
| Cpmap | |
| Cpmaplist | |
| CPMIC_struct | |
| Cpollfd | |
| CPORT_struct | |
| CPORTCFG_struct | |
| Cposix_api_configuration_table | The following records define the POSIX Configuration Table |
| CPOSIX_API_Control | This defines the POSIX API support structure associated with each thread in a system with POSIX configured |
| CPOSIX_Barrier_Control | This type defines the control block used to manage each barrier |
| CPOSIX_Cancel_Handler_control | This structure is used to manage the cancelation handlers |
| CPOSIX_Condition_variables_Control | |
| Cposix_initialization_threads_table | For now, we are only allowing the user to specify the entry point and stack size for POSIX initialization threads |
| CPOSIX_Keys_Control | The data structure used to manage a POSIX key |
| CPOSIX_Keys_Key_value_pair | Represents POSIX key and value pair |
| CPOSIX_Message_queue_Control | |
| CPOSIX_Message_queue_Control_fd | |
| CPOSIX_Mutex_Control | |
| CPOSIX_RWLock_Control | This type defines the control block used to manage each RWLock |
| CPOSIX_Semaphore_Control | |
| CPOSIX_signals_Siginfo_node | |
| CPOSIX_Spinlock_Control | This type defines the control block used to manage each spinlock |
| CPOSIX_Timer_Control | |
| Cppc_context | |
| Cppp_comp_stats | |
| Cppp_idle | |
| Cppp_option_data | |
| Cppp_softc | |
| Cppp_stats | |
| Cpppd_stats | |
| Cpppstat | |
| Cpps_fetch_args | |
| Cpps_fetch_ffc_args | |
| Cpps_info_ffc_t | |
| Cpps_info_t | |
| Cpps_kcbind_args | |
| Cpps_params_t | |
| Cpps_timeu | |
| CPR_struct | |
| CPriority_bit_map_Control | |
| CPriority_bit_map_Information | The following record defines the information associated with each thread to manage its interaction with the priority bit maps |
| Cproc | |
| Cprog_lst | |
| Cprotent | |
| Cprotocol_list | |
| Cprotoent | |
| Cprotosw | |
| Cpty_tt | |
| Cpushpull | |
| Cqres_params_t | Server parameters |
| Cqstr | |
| Cquerybuf | |
| Cr_debug | R_debug is used to manage the debug related structures |
| Cradix_mask | |
| Cradix_node | |
| Cradix_node_head | |
| Cramdisk | RAM disk descriptor |
| CRate_monotonic_Control | The following structure defines the control block used to manage each period |
| CRate_monotonic_Statistics | The following defines the INTERNAL data structure that has the statistics kept on each period instance |
| Crawcb | |
| Crb_node | |
| Crb_root | |
| CRBTree_Control | This is used to manage a RBT |
| CRBTree_Node_struct | This is used to manage each element (node) which is placed on a RBT |
| Creadargs | |
| Creaddirargs | |
| Creaddirres | |
| Creadlinkres | |
| Creadlinkres_strbuf | |
| Creadokres | |
| Creadres | |
| Crec_strm | |
| CRegion_Control | The following records define the control block used to manage each region |
| CRegion_MP_Packet | The following data structure defines the packet used to perform remote region operations |
| Crejected_reply | |
| Crenameargs | |
| Creply_body | |
| Cres_sym | |
| CResolvePathArgRec_ | |
| CResource_Control | Resource control to manage ownership and rival nodes depending on a resource |
| CResource_Node | Resource node to reflect ownership of resources and a dependency on a resource |
| Crinfo | |
| CRing_buffer_t | |
| Crmtcallargs | |
| Crmtcallres | |
| Croute | |
| Croute_cb | |
| Crouter_info | |
| Crpc_createerr | |
| Crpc_err | |
| Crpc_msg | |
| CRpcBufU_ | |
| Crpcdata | |
| Crpcent | |
| CRpcUdpServerRec_ | |
| CRpcUdpXactPoolRec_ | |
| CRpcUdpXactRec_ | |
| CRST_struct | |
| Crt_addrinfo | |
| Crt_metrics | |
| Crt_metrics_lite | |
| Crt_msghdr | |
| CRTC32_struct | |
| CRTC_struct | |
| Crtdetq | |
| Crtems_aio_queue | |
| Crtems_aio_request | |
| Crtems_aio_request_chain | |
| Crtems_api_configuration_table | The following records define the Configuration Table |
| CRTEMS_API_Control | This is the API specific information required by each thread for the RTEMS API to function correctly |
| Crtems_assert_context | Assert context |
| Crtems_assoc_t | |
| ►Crtems_bdbuf_buffer | To manage buffers we using buffer descriptors (BD) |
| Crtems_bdbuf_avl_node | |
| Crtems_bdbuf_cache | The BD buffer cache |
| Crtems_bdbuf_config | Buffering configuration definition |
| Crtems_bdbuf_group | A group is a continuous block of buffer descriptors |
| Crtems_bdbuf_swapout_transfer | A swapout transfer transaction data |
| Crtems_bdbuf_swapout_worker | Swapout worker thread |
| Crtems_bdbuf_waiters | Buffer waiters synchronization |
| Crtems_bdpart_format | Disk format description |
| Crtems_bdpart_partition | Partition description |
| Crtems_blkdev_imfs_context | |
| Crtems_blkdev_read_ahead | Block device read-ahead control |
| Crtems_blkdev_request | The block device transfer request is used to read or write a number of blocks from or to the device |
| Crtems_blkdev_sg_buffer | Block device scatter or gather buffer structure |
| Crtems_blkdev_stats | Block device statistics |
| Crtems_bsdnet_config | |
| Crtems_bsdnet_ifconfig | |
| Crtems_capture_buffer_t | |
| Crtems_capture_cli_triggers_s | |
| Crtems_capture_control_s | Capture control structure for a group of tasks |
| Crtems_capture_from_s | Task id and mask for the from trigger |
| Crtems_capture_global_data | |
| Crtems_capture_per_cpu_data | |
| Crtems_capture_record_s | |
| Crtems_capture_task_record_s | |
| Crtems_configuration_table | |
| Crtems_cpu_usage_data | |
| Crtems_cpu_usage_plugin | |
| Crtems_disk_desc_s | |
| Crtems_disk_device | Description of a disk device (logical and physical disks) |
| Crtems_disk_device_table | |
| Crtems_dosfs_buffer | |
| Crtems_dosfs_convert_control | FAT filesystem convert control |
| Crtems_dosfs_convert_handler | FAT filesystem convert handler |
| Crtems_dosfs_mount_options | FAT filesystem mount options |
| Crtems_driver_address_table | |
| Crtems_driver_name_t | |
| Crtems_fdisk_block_ctl | The Block control holds the segment and page with the data |
| Crtems_fdisk_device_ctl | Flash Device Control holds the segment controls |
| Crtems_fdisk_device_desc | Flash Device Descriptor holds the segments in a device |
| Crtems_fdisk_driver_handlers | Flash Low Level driver handlers |
| Crtems_fdisk_monitor_data | Flash Disk Monitoring Data allows a user to obtain the current status of the disk |
| Crtems_fdisk_page_desc | The start of a segment has a segment control table |
| Crtems_fdisk_segment_ctl | Flash Segment Control holds the pointer to the segment, number of pages, various page stats and the memory copy of the page descriptors |
| Crtems_fdisk_segment_ctl_queue | Segment control table queue |
| Crtems_fdisk_segment_desc | Flash Segment Descriptor holds, number of continuous segments in the device of this type, the base segment number in the device, the address offset of the base segment in the device, and the size of segment |
| Crtems_filesystem_eval_path_context_t | Path evaluation context |
| Crtems_filesystem_eval_path_generic_config | |
| Crtems_filesystem_global_location_t | Global file system location |
| Crtems_filesystem_limits_and_options_t | Contain file system specific information which is required to support fpathconf() |
| Crtems_filesystem_location_info_tt | File system location |
| Crtems_filesystem_mount_configuration | |
| Crtems_filesystem_mount_table_entry_tt | Mount table entry |
| Crtems_filesystem_table_t | File system table entry |
| Crtems_flashdisk | The virtual block table holds the mapping for blocks as seen by the disk drivers to the device, segment and page numbers of the physical device |
| Crtems_flashdisk_config | RTEMS Flash Disk configuration table used to initialise the driver |
| Crtems_fstab_entry | File system table entry |
| Crtems_ftpd_configuration | |
| Crtems_ftpd_hook | |
| Crtems_ftpfs_entry | Connection entry for each open file stream |
| Crtems_ftpfs_mount_entry | Mount entry for each file system instance |
| Crtems_ftpfs_pasv_entry | |
| Crtems_ftpfs_size_entry | |
| Crtems_initialization_tasks_table | The following records define the Initialization Tasks Table |
| Crtems_irq_global_settings | |
| Crtems_jffs2_compressor_control | JFFS2 compressor control |
| Crtems_jffs2_compressor_zlib_control | ZLIB compressor control structure |
| Crtems_jffs2_flash_control | JFFS2 flash device control |
| Crtems_jffs2_fs_info | |
| Crtems_jffs2_mount_data | JFFS2 mount options |
| Crtems_libi2c_bus_ops_ | |
| Crtems_libi2c_bus_t_ | |
| Crtems_libi2c_drv_t_ | |
| Crtems_libi2c_read_write_async_t | IO command data for asynchronous read and write |
| Crtems_libi2c_read_write_t | |
| Crtems_libi2c_tfm_read_write_t | |
| Crtems_libi2c_tfr_mode_t | |
| Crtems_libio_ioctl_args_t | Parameter block for ioctl |
| Crtems_libio_open_close_args_t | Parameter block for open/close |
| Crtems_libio_rw_args_t | Paramameter block for read/write |
| Crtems_libio_tt | An open file data structure |
| Crtems_monitor_command_entry_s | |
| Crtems_monitor_command_lookup_entry | |
| Crtems_monitor_config_t | |
| Crtems_monitor_driver_t | |
| Crtems_monitor_extension_t | |
| Crtems_monitor_generic_t | |
| Crtems_monitor_init_task_t | |
| Crtems_monitor_object_info_t | |
| Crtems_monitor_part_t | |
| Crtems_monitor_queue_t | |
| Crtems_monitor_region_t | |
| Crtems_monitor_sema_t | |
| Crtems_monitor_server_request_t | |
| Crtems_monitor_server_response_t | |
| Crtems_monitor_symbol_t | |
| Crtems_monitor_task_t | |
| Crtems_monitor_union_t | |
| Crtems_mvdisk | The NV disk control structure for a single disk |
| Crtems_nvdisk_config | RTEMS Non-Volatile Disk configuration table used to initialise the driver |
| Crtems_nvdisk_device_ctl | NV Device Control holds the segment controls |
| Crtems_nvdisk_device_desc | NV Device Descriptor holds the description of a device that is part of the NV disk |
| Crtems_nvdisk_driver_handlers | NV Low Level driver handlers |
| Crtems_nvdisk_monitor_data | NV Disk Monitoring Data allows a user to obtain the current status of the disk |
| Crtems_object_api_class_information | This structure is used to return information to the application about the objects configured for a specific API/Class combination |
| Crtems_part_desc_s | |
| Crtems_pci_config_t | |
| Crtems_profiling_data | Collection of profiling data |
| Crtems_profiling_header | The profiling data header |
| Crtems_profiling_per_cpu | Per-CPU profiling data |
| Crtems_profiling_smp_lock | SMP lock profiling data |
| Crtems_ramdisk_config | RAM disk configuration table entry |
| Crtems_rap_app_s | The RAP file data |
| Crtems_rap_data_s | The global RAP data |
| Crtems_rate_monotonic_period_statistics | The following defines the PUBLIC data structure that has the statistics kept on each period instance |
| Crtems_rate_monotonic_period_status | The following defines the period status structure |
| Crtems_rbheap_chunk | Red-black heap chunk descriptor |
| Crtems_rbheap_control | Red-black heap control |
| Crtems_resource_posix_api | |
| Crtems_resource_rtems_api | |
| Crtems_resource_snapshot | |
| Crtems_rfs_bitmap_control_s | The bitmap control is a simple way to manage the various parts of a bitmap |
| Crtems_rfs_block_map_s | A block map manges the block lists that originate from an inode |
| Crtems_rfs_block_pos_s | A block position is a block number times the block size plus the offset |
| Crtems_rfs_block_size_s | A block size is the number of blocks less one plus the offset where the offset must be less than the block size |
| Crtems_rfs_buffer_handle_t | RFS Buffer handle |
| Crtems_rfs_rtems_private | Add shell trace shell command |
| Crtems_rfs_shell_cmd | Table of handlers we parse to invoke the command |
| Crtems_rootfs_dir_table | |
| Crtems_rtl_alloc_data_s | The allocator data |
| Crtems_rtl_data_s | The global RTL data |
| Crtems_rtl_loader_format_s | Loader format definition |
| Crtems_rtl_loader_table_s | Table for supported loadable formats |
| Crtems_rtl_obj_cache_s | The buffer cache |
| Crtems_rtl_obj_cpmp_s | The compressed file |
| Crtems_rtl_obj_print_t | Object print data |
| Crtems_rtl_obj_s | RTL Object |
| Crtems_rtl_obj_sect_aligner_t | Section alignment iterator data |
| Crtems_rtl_obj_sect_finder_t | Section finder iterator data |
| Crtems_rtl_obj_sect_s | An object file is made up of sections and the can be more than one of a specific type of sections |
| Crtems_rtl_obj_sect_summer_t | Section size summer iterator data |
| Crtems_rtl_obj_sect_sync_ctx_t | Cache synchronization after runtime object load (dlopen) |
| Crtems_rtl_obj_summary_t | Object summary data |
| Crtems_rtl_obj_sym_s | An object file symbol |
| Crtems_rtl_ptr_chain_s | A chain of indirect pointers for users to chain in applications |
| Crtems_rtl_ptr_s | The RTL Indirect pointer |
| Crtems_rtl_rap_s | The RAP loader |
| Crtems_rtl_rap_sectdef_s | The section definitions found in a RAP file |
| Crtems_rtl_rap_section_s | The section definitions found in a RAP file |
| Crtems_rtl_shell_cmd_t | Table of handlers we parse to invoke the command |
| Crtems_rtl_sptr_chain_s | A chain of indirect sized pointers for users to chain in applications |
| Crtems_rtl_sptr_s | The RTL Indirect size and pointer |
| Crtems_rtl_symbols_s | Table of symbols stored in a hash table |
| Crtems_rtl_unresolv_block_s | Unresolved blocks |
| Crtems_rtl_unresolv_name_s | Unresolved externals symbol names |
| Crtems_rtl_unresolv_rec_s | Unresolved externals records |
| Crtems_rtl_unresolv_reloc_s | Unresolved externals symbols require the relocation records to be held and references |
| Crtems_rtl_unresolved_reloc_data_s | Struct to pass relocation data in the interator |
| Crtems_rtl_unresolved_s | Unresolved table holds the names and relocations |
| Crtems_sector_data_s | |
| Crtems_shell_alias_t | |
| Crtems_shell_cmd_tt | |
| Crtems_shell_cp_globals | |
| Crtems_shell_dd_globals_t | |
| Crtems_shell_env_t | Private environment associated with each shell instance |
| Crtems_shell_filesystems_tt | |
| Crtems_shell_hexdump_globals_t | |
| Crtems_shell_ln_globals | |
| Crtems_shell_ls_globals | |
| Crtems_shell_mknod_globals | |
| Crtems_shell_mv_globals | |
| Crtems_shell_rm_globals | |
| Crtems_shell_topic_tt | |
| Crtems_sparse_disk | |
| Crtems_sparse_disk_key | |
| Crtems_stdio_redirect | |
| Crtems_symbol_string_block_s | |
| Crtems_task_variable_t | Internal structure used to manager per task variables |
| CRTEMS_tasks_MP_Packet | The following data structure defines the packet used to perform remote task operations |
| Crtems_telnetd_config_table | Telnet configuration structure |
| Crtems_termios_callbacks | |
| Crtems_termios_device_context | Termios device context |
| Crtems_termios_device_flow | Termios device flow control handler |
| Crtems_termios_device_handler | Termios device handler |
| Crtems_termios_device_node | Termios device node for installed devices |
| Crtems_termios_linesw | |
| Crtems_termios_rawbuf | |
| Crtems_termios_tty | |
| Crtems_test_parallel_context | Internal context for parallel job execution |
| Crtems_test_parallel_job | Basic parallel job description |
| Crtems_time_of_day | Data structure to manage and manipulate calendar time |
| Crtems_timecounter_simple | Simple timecounter to support legacy clock drivers |
| Crtems_timer_information | This is the structure filled in by the timer get information service |
| Crtems_trace_buffering_shell_cmd_t | Table of handlers we parse to invoke the command |
| Crtems_user_env_t | User environment |
| Crtentry | |
| Crtfc_arg | |
| Crtqk_arg | |
| Crtstat | |
| Crubin_state | |
| Csattr | |
| Csattrargs | |
| CScheduler_CBS_Node | This structure handles CBS specific data of a thread |
| CScheduler_CBS_Parameters | This structure handles server parameters |
| CScheduler_CBS_Server | This structure represents a time server |
| CScheduler_Context | Scheduler context |
| CScheduler_Control | Scheduler control |
| CScheduler_EDF_Context | |
| CScheduler_EDF_Node | Scheduler node specialization for EDF schedulers |
| CScheduler_Node | Scheduler node for per-thread data |
| CScheduler_Operations | The scheduler operations |
| CScheduler_priority_affinity_SMP_Node | Scheduler node specialization for Deterministic Priority Affinity SMP schedulers |
| CScheduler_priority_Context | |
| CScheduler_priority_Node | Scheduler node specialization for Deterministic Priority schedulers |
| CScheduler_priority_Ready_queue | Data for ready queue operations |
| CScheduler_priority_SMP_Context | Scheduler context specialization for Deterministic Priority SMP schedulers |
| CScheduler_priority_SMP_Node | Scheduler node specialization for Deterministic Priority SMP schedulers |
| CScheduler_Set_root_context | |
| CScheduler_simple_Context | Simple scheduler context |
| CScheduler_simple_SMP_Context | |
| CScheduler_SMP_Context | Scheduler context specialization for SMP schedulers |
| CScheduler_SMP_Node | Scheduler node specialization for SMP schedulers |
| Csection_detail | Object details |
| Cselinfo | |
| CSemaphore_Control | The following defines the control block used to manage each semaphore |
| CSemaphore_MP_Packet | The following data structure defines the packet used to perform remote semaphore operations |
| Cserdbg_conf_t | |
| Cserporid | |
| Cserporidok | |
| Cservent | |
| CSHA256Context | |
| CSHA512Context | |
| Cshell_args | |
| Cshell_drvmgr_modifier | |
| Cshell_pci_modifier | |
| Cshort_hand_verf | |
| Cshow_bdbuf_bdbuf_info_t | |
| Cshow_bdbuf_filter_t | |
| Cshow_bdbuf_selector_t | |
| Csigacts | |
| Csigaltstack | |
| CSignal_MP_Packet | The following data structure defines the packet used to perform remote signal operations |
| Csignature | |
| Csioc_sg_req | |
| Csioc_vif_req | |
| Cslcompress | |
| CSLEEP_struct | |
| CSMP_barrier_Control | SMP barrier control |
| CSMP_barrier_State | SMP barrier per-thread state |
| CSMP_Multicast_action | |
| CSMP_Multicast_action_context | |
| Csockaddr | |
| Csockaddr_dl | |
| Csockaddr_in | |
| Csockaddr_inarp | |
| Csockaddr_un | |
| ►Csocket | |
| Csockbuf | |
| Csockproto | |
| Csockwakeup | |
| CSPARC_Counter | |
| CSPI_struct | |
| Cspinlock_t | |
| Cssl_func | |
| CStack_check_Control | |
| CStack_Control | The following defines the control block used to manage each stack |
| CStarting_Frame | |
| CSTAT | |
| Cstatfsokres | |
| Cstatfsres | |
| Cstatic_tree_desc_s | |
| Cstatvfs | |
| Cstrbuf | |
| Csuper_block | |
| Csvc_callout | |
| Csvc_raw_private | |
| Csvc_req | |
| Csvcudp_data | |
| Csymlinkargs | |
| Csysctl_args | |
| Csysinit | |
| Ctbf | |
| CTC0_struct | |
| CTC1_struct | |
| Ctcp_conn | |
| Ctcp_debug | |
| Ctcp_rendezvous | |
| Ctcpstat | |
| Ctermios | |
| Ctermios_printk_conf_t | |
| Ctftpfs_info_s | |
| ►CtftpPacket | |
| CtftpACK | |
| CtftpDATA | |
| CtftpERROR | |
| CtftpRWRQ | |
| CtftpStream | |
| CThread_Action | Thread action |
| CThread_Action_control | Control block to manage thread actions |
| CThread_Capture_control | |
| CThread_Control | This structure defines the Thread Control Block (TCB) |
| CThread_Control_add_on | Thread control add-on |
| CThread_Life_control | Thread life control |
| CThread_Proxy_control | The following defines the control block used to manage each thread proxy |
| CThread_queue_Control | This is the structure used to manage sets of tasks which are blocked waiting to acquire a resource |
| CThread_queue_Operations | Thread queue operations |
| CThread_Scheduler_control | Thread scheduler control |
| CThread_Start_information | The following structure contains the information which defines the starting state of a thread |
| CThread_Wait_information | Information required to manage a thread while it is blocked |
| CThread_Wait_information_Object_argument_type | Union type to hold a pointer to an immutable or a mutable object |
| CThread_Zombie_control | |
| Ctimecounter | |
| Ctimehands | |
| CTimer_Control | The following records define the control block used to manage each timer |
| Ctimer_list | |
| CTimer_server_Control | |
| CTimer_server_Watchdogs | |
| Ctimestamp | |
| Ctimex | |
| CTLS_Dynamic_thread_vector | |
| CTLS_Index | |
| CTLS_Thread_control_block | |
| CTOD_Control | TOD control |
| Ctranslation_table | |
| Ctree_desc_s | |
| Cttysize | |
| Cttywakeup | |
| Ctv32 | |
| CTWI_MASTER_struct | |
| CTWI_SLAVE_struct | |
| CTWI_struct | |
| Cucred | |
| Cudp_cache | |
| Cudphdr | |
| Cudpiphdr | |
| Cudpstat | |
| Cundo | |
| Cuni_sa | |
| Cupap_state | |
| Cusa | |
| CUSART_struct | |
| CUser_extensions_Control | Manages each user extension set |
| CUser_extensions_Fatal_context | |
| CUser_extensions_Switch_context | |
| CUser_extensions_Switch_control | Manages the switch callouts |
| CUser_extensions_Table | User extension table |
| CUser_extensions_Thread_create_context | |
| Cutf8proc_property_struct | |
| Cutsname | |
| Cuuid | |
| CVBAT_struct | |
| Cvec | |
| Cvif | |
| Cvifctl | |
| Cvjstat | |
| CVPORT_struct | |
| Cwait_queue_head_t | |
| Cwalkarg | |
| CWatchdog_Control | The control block used to manage each watchdog timer |
| CWatchdog_Header | Watchdog header |
| CWatchdog_Iterator | Iterator item to synchronize concurrent insert, remove and tickle operations |
| CWDT_struct | |
| Cwinsize | |
| Cwordlist | |
| Cwork_struct | |
| Cworker_arg | |
| Cwrap_delete_args | |
| Cwriteargs | |
| Cxdr_discrim | |
| Cypall_callback | |
| Cypbind_binding | |
| Cypbind_resp | |
| Cypbind_setdom | |
| Cypmap_parms | |
| Cypmaplist | |
| Cyppushresp_xfr | |
| Cypreq_key | |
| Cypreq_nokey | |
| Cypreq_xfr | |
| Cypresp_key_val | |
| Cypresp_maplist | |
| Cypresp_master | |
| Cypresp_order | |
| Cypresp_val | |
| Cz_stream_s | |
| Czonegrp | |
