diff -r c1f20ce4abcf -r 3e88ff8f41d5 kernel/eka/include/e32atomics.h
--- a/kernel/eka/include/e32atomics.h	Tue Aug 31 16:34:26 2010 +0300
+++ b/kernel/eka/include/e32atomics.h	Wed Sep 01 12:34:56 2010 +0100
@@ -26,93 +26,6 @@
 /**	@file e32atomics.h
 	@publishedAll
 	@prototype
-
-	General purpose atomic operations and utility functions
-	All functions in this header are available on both user and kernel side.
-
-Atomic operations:
-	__e32_atomic_xxx_yyy8() should be used for 8 bit atomic variables
-	__e32_atomic_xxx_yyy16() should be used for 16 bit atomic variables
-	__e32_atomic_xxx_yyy32() should be used for 32 bit atomic variables
-	__e32_atomic_xxx_yyy64() should be used for 64 bit atomic variables
-	__e32_atomic_xxx_yyy_ptr() should be used for atomic updates to pointers
-
-	xxx specifies the operation performed
-		load	read memory atomically
-		store	write memory atomically
-		swp		write to a memory location and return the original value of the
-				memory location
-		add		add a value to a memory location and return the original value
-				of the memory location
-		and		bitwise AND a value with a memory location and return the
-				original value of the memory location
-		ior		bitwise OR a value with a memory location and return the
-				original value of the memory location
-		xor		bitwise XOR a value with a memory location and return the
-				original value of the memory location
-		axo		atomic { orig_v = *p; *p = (orig_v & u) ^ v; } return orig_v;
-		cas		if the value of a memory location matches a specified expected
-				value, write a specified new value and return TRUE, otherwise
-				update the expected value with the actual value seen and return
-				FALSE.
-		tau		if the value of a memory location is >= a specified threshold,
-				considered as an unsigned integer, add a specified value to it
-				otherwise add a different specified	value to it; return the
-				original value of the memory location
-		tas		if the value of a memory location is >= a specified threshold,
-				considered as a signed integer, add a specified value to it
-				otherwise add a different specified	value to it; return the
-				original value of the memory location
-				
-	yyy specifies the memory ordering:
-		rlx = relaxed memory ordering
-				there is no guarantee on the order in which the atomic operation
-				is observed relative to preceding or following memory accesses
-		acq = acquire semantics
-				the atomic operation is guaranteed to be observed before any
-				following memory accesses
-		rel = release semantics
-				the atomic operation is guaranteed to be observed after any
-				preceding memory accesses
-		ord = fully ordered
-				the atomic operation is guaranteed to be observed after any
-				preceding memory accesses and before any following memory
-				accesses
-
-	Note that these operations should only be used on normal memory regions
-	since they are implemented in terms of LDREX/STREX and so multiple reads
-	can occur before the operation completes. Also __e32_atomic_load_yyy64()
-	can't be used on read-only memory regions since it uses LDREXD/STREXD to
-	guarantee atomicity.
-	Atomic operations may only be used on naturally aligned memory (i.e. *16()
-	operations on an even address, *32() operations on an address which is a
-	multiple of 4 and *64() operations on an address which is a multiple of 8).
-	This applies even if you have (unwisely) decided to turn off alignment
-	checking.
-
-Barrier operations:
-	Two barrier functions are provided:
-	__e32_memory_barrier() - this ensures all preceding explicit memory accesses
-				are observed before any following explicit memory accesses.
-				Equates to the ARM DMB instruction.
-	__e32_io_completion_barrier() - this ensures all preceding explicit memory
-				accesses complete before any following instructions execute.
-				For example, it ensures that writes to I/O devices have actually
-				occurred before execution continues.
-				Equates to the ARM DSB instruction.
-
-Utility functions:
-	__e32_find_ms1_32	Return bit position of most significant 1 in a 32 bit
-						argument, or -1 if the argument is zero.
-	__e32_find_ls1_32	Return bit position of least significant 1 in a 32 bit
-						argument, or -1 if the argument is zero.
-	__e32_bit_count_32	Return the count of bits set to 1 in a 32 bit argument.
-	__e32_find_ms1_64	Return bit position of most significant 1 in a 64 bit
-						argument, or -1 if the argument is zero.
-	__e32_find_ls1_64	Return bit position of least significant 1 in a 64 bit
-						argument, or -1 if the argument is zero.
-	__e32_bit_count_64	Return the count of bits set to 1 in a 64 bit argument.
-
 */