* @brief LDR (1) (Load Register) allows 32-bit memory data to be loaded into a general-purpose register. The addressing mode is useful for accessing s

* @brief LDR (2) loads 32-bit memory data into a general-purpose register. The addressing mode is useful for pointer+large offset arithmetic and for a

* @brief LDR (3) loads 32-bit memory data into a general-purpose register. The addressing mode is useful for accessing PC-relative data. * * @param

* @brief MOV (1) (Move) moves a large immediate value to a register. * * @param rd Is the destination register for the operation. * @param immed_8

* @brief MOV (3) moves a value to, from, or between high registers. Unlike the low register MOV instruction described in MOV (2) on page A7-73, this i

* @brief POP (Pop Multiple Registers) loads a subset (or possibly all) of the general-purpose registers R0-R7 and the PC from the stack. * * @param

@brief The custom implementation of realloc() of the bitmap allocator described at the top of this module.

HACK: Unfortunately, libtonc references siscanf, which in turn causes a "lot" of binary bloat from newlibc (in regards to locale support) to be pulled

* @brief STR (1) (Store Register) stores 32-bit data from a general-purpose register to memory. The addressing mode is useful for accessing structure

* @brief STRH (1) (Store Register Halfword) stores 16-bit data from a general-purpose register to memory. The addressing mode is useful for accessing

* @brief SWI (Software Interrupt) generates a software interrupt or SWI, which is handled by an operating system. See Exceptions on page A2-16. Use it