v1.04

Release date: 2014-11-04.

Added PIC24/dsPIC support, refer to the page PIC24/dsPIC details;
PIC32: Core Software Interrupt is now handled by the kernel completely, application shouldn't set it up anymore. Refer to the page PIC32 details.
Refactor: the following symbols: NULL, BOOL, TRUE, FALSE now have the TN_ prefix: TN_NULL, TN_BOOL, TN_TRUE, TN_FALSE. This is because non-prefixed symbols may be defined by some other program module, which leads to conflicts. The easiest and robust way is to add unique prefix.
Refactor: PIC32 MPLABX project renamed from tneokernel.X to tneokernel_pic32.X.
Refactor: PIC32 ISR macros renamed: tn_soft_isr() -> tn_p32_soft_isr(), tn_srs_isr() -> tn_p32_srs_isr(). It is much easier to maintain documentation for different macros if they have different names; more, the signature of these macros is architecture-dependent. Old names are also available for backward compatibility.

v1.03

Release date: 2014-10-20.

Added a capability to connect an event group to other system objects, particularly to the queue. This offers a way to wait for messages from multiple queues with just a single system call. Refer to the section Connecting an event group to other system objects for details. Example project that demonstrates that technique is also available: examples/queue_eventgrp_conn.
PIC32 Interrupts: this isn't a mandatory anymore to use kernel-provided macros tn_p32_soft_isr() or tn_p32_srs_isr(): interrupts can be defined with standard way too: this particular ISR will use task's stack instead of interrupt stack, therefore it takes much more RAM and works a bit faster. There are no additional constraints on ISR defined without kernel-provided macro: in either ISR, you can call the same set of kernel services. Refer to the page Interrupts for details.
Priority 0 is now allowed to use by application (in the original TNKernel, it was reserved for the timer task, but TNeoKernel does not have timer task)
Application is now available to specify how many priority levels does it need for, it helps to save a bit of RAM. For details, refer to TN_PRIORITIES_CNT.
Added example project examples/queue that demonstrates the pattern on how to use queue together with fixed memory pool effectively.

Release date: 2014-10-14.

Added timers: kernel objects that are used to ask the kernel to call some user-provided function at a particular time in the future;
Removed tn_sys_time_set() function, because now TNeoKernel uses internal system tick count for timers, and modifying system tick counter by user is a really bad idea.

Release date: 2014-10-09.

FIX: tn_queue_receive() and tn_fmem_get() : if non-zero timeout is in effect, then TN_RC_TIMEOUT is returned, but user-provided pointer is altered anyway (some garbage data is written there). This bug was inherited from TNKernel.
Added tn_task_state_get()
tn_sem_acquire() and friends are renamed to tn_sem_wait() and friends. More on this read here. Old name is still available through tn_oldsymbols.h.

Release date: 2014-10-01.

Initial stable version of TNeoKernel. Lots of work done: thorough review and re-implementation of TNKernel 2.7, implemented detailed unit tests, and so on.