TNeo  v1.07
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File List
Here is a list of all documented files with brief descriptions:
[detail level 123]
 tn_arch_cortex_m.hCortex-M0/M0+/M3/M4/M4F architecture-dependent routines
 tn_arch_example.hExample of architecture-dependent routines
 tn_arch_pic24.hPIC24/dsPIC architecture-dependent routines
 tn_arch_pic24_bfa.hAtomic bit-field access macros for PIC24/dsPIC
 tn_arch_pic32.hPIC32 architecture-dependent routines
 tn_arch_pic32_bfa.hAtomic bit-field access macros for PIC24/dsPIC
 tn_arch.hArchitecture-dependent routines declaration
 tn_cfg_dispatch.hDispatch configuration: set predefined options, include user-provided cfg file as well as default cfg file
 tn_common.hDefinitions used through the whole kernel
 tn_common_macros.hMacros that may be useful for any part of the kernel
 tn_dqueue.hA data queue is a FIFO that stores pointer (of type void *) in each cell, called (in uITRON style) a data element
 tn_eventgrp.hEvent group
 tn_fmem.hFixed memory blocks pool
 tn_list.hCircular doubly linked list, for internal kernel usage
 tn_mutex.hA mutex is an object used to protect shared resources
 tn_oldsymbols.hCompatibility layer for old projects that use old TNKernel names; usage of them in new projects is discouraged
 tn_sem.hA semaphore: an object to provide signaling mechanism
 tn_sys.hKernel system routines: system start, tick processing, time slice managing
 tn_timer.hTimer is a kernel object that is used to ask the kernel to call some user-provided function at a particular time in the future, based on the system timer tick
 tn.hThe main kernel header file that should be included by user application; it merely includes subsystem-specific kernel headers
 tn_app_check.cIf TN_CHECK_BUILD_CFG option is non-zero, this file needs to be included in the application project
 tn_cfg_default.hTNeo default configuration file, to be copied as tn_cfg.h