Reference for unit 'go32': Procedures and functions

`allocate_ldt_descriptors`		Allocate a number of descriptors
`allocate_memory_block`		Allocate a block of linear memory
`copyfromdos`		Copy data from DOS to to heap
`copytodos`		Copy data from heap to DOS memory
`create_code_segment_alias_descriptor`		Create new descriptor from existing descriptor
`disable`		Disable hardware interrupts
`dpmi_dosmemfillchar`		Fill DOS memory with a character
`dpmi_dosmemfillword`		Fill DOS memory with a word value
`dpmi_dosmemget`		Move data from DOS memory to DPMI memory
`dpmi_dosmemmove`		Move DOS memory
`dpmi_dosmemput`		Move data from DPMI memory to DOS memory.
`enable`		Enable hardware interrupts
`free_ldt_descriptor`		Free a descriptor
`free_memory_block`		Free allocated memory block
`free_rm_callback`		Release real mode callback.
`get_cs`		Get CS selector
`get_descriptor_access_right`		Get descriptor's access rights
`get_ds`		Get DS Selector
`get_exception_handler`		Return current exception handler
`get_linear_addr`		Convert physical to linear address
`get_meminfo`		Return information on the available memory
`get_next_selector_increment_value`		Return selector increment value
`get_page_size`		Return the page size
`get_pm_exception_handler`		Get protected mode exception handler
`get_pm_interrupt`		Return protected mode interrupt handler
`get_rm_callback`		Return real mode callback
`get_rm_interrupt`		Get real mode interrupt vector
`get_run_mode`		Return current run mode
`get_segment_base_address`		Return base address from descriptor table
`get_segment_limit`		Return segment limite from descriptor
`get_ss`		Return SS selector
`global_dos_alloc`		Allocate DOS real mode memory
`global_dos_free`		Free DOS memory block
`inportb`		Read byte from I/O port
`inportl`		Read longint from I/O port
`inportw`		Read word from I/O port
`lock_code`		Lock code memory range
`lock_data`		Lock data memory range
`lock_linear_region`		Lock linear memory region
`map_device_in_memory_block`		Map a device into program's memory space
`outportb`		Write byte to I/O port
`outportl`		Write longint to I/O port
`outportw`		Write word to I/O port
`realintr`		Simulate interrupt
`request_linear_region`		Request linear address region.
`segment_to_descriptor`		Map segment address to descriptor
`seg_fillchar`		Fill segment with byte value
`seg_fillword`		Fill segment with word value
`seg_move`		Move data between 2 locations
`set_descriptor_access_right`		Set access rights to memory descriptor
`set_exception_handler`		Set exception handler
`set_pm_exception_handler`		Set protected mode exception handler
`set_pm_interrupt`		Set protected mode interrupt handler
`set_rm_interrupt`		Set real mode interrupt handler
`set_segment_base_address`		Set descriptor's base address
`set_segment_limit`		Set descriptor limit
`tb_offset`		Return DOS transfer buffer offset
`tb_segment`		Return DOS transfer buffer segment
`tb_size`		Return DOS transfer memory buffer size
`transfer_buffer`		Return offset of DOS transfer buffer
`unlock_code`		Unlock code segment
`unlock_data`		Unlock data segment
`unlock_linear_region`		Unlock linear memory region

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