microprobe.code.wrapper.Wrapper

Bases: ABC

Abstract class to represent a language wrapper.

__init__()[source]: Initialization abstract method.

Methods

`__init__`()	Initialization abstract method.
`context`()
`declare_global_var`(var)
`end_loop`(instr)
`end_main`()
`footer`()
`get_direct_init`(key, defaultvalue)	Get the value for key
`headers`()
`infinite`()	Returns a `bool` indicating if the loop is infinite.
`init_global_var`(var, value)
`init_loop_pad`()
`init_main_pad`()
`outputname`(name)
`post_var`()
`register_direct_init`(dummy_key, dummy_value)	Initialize key with the value value
`required_global_vars`()
`reserved_registers`(registers, target)
`set_benchmark`(bench)
`set_target`(target)
`start_loop`(instr, instr_reset[, aligned])
`start_main`()
`wrap_ins`(instr)

Attributes

`benchmark`
`direct_initialization_support`	Boolean indicating if the wrapper supports direct initialization.
`reset`
`target`

outputname(name: str) → str[source]

Parameters:: name

headers() → str[source]

declare_global_var(var: Variable) → str[source]

Parameters:: var

init_global_var(var: Variable, value: int | str | Callable[[], int | str]) → str[source]

Parameters:

var
value

required_global_vars() → List[Variable][source]

start_main() → str[source]

post_var() → str[source]

start_loop(instr: Instruction, instr_reset: Instruction, aligned: bool = True) → str[source]

Parameters:

instr
instr_reset
aligned – (Default value = True)

wrap_ins(instr: Instruction) → str[source]

Parameters:: instr

end_loop(instr: Instruction) → str[source]

Parameters:: instr

end_main() → str[source]

footer() → str[source]

infinite() → bool[source]: Returns a bool indicating if the loop is infinite.

reserved_registers(registers: List[Register], target: Target) → List[Register][source]

Parameters:

registers
target

set_benchmark(bench: Benchmark)[source]

Parameters:: bench

property benchmark

property reset

set_target(target: Target)[source]

Parameters:: target

property target

context()[source]

init_loop_pad()[source]

init_main_pad()[source]

property direct_initialization_support

Boolean indicating if the wrapper supports direct initialization.

Direct initialization refers to the capability of initializing values without requiring the execution of instructions. For instance, simulation-based format usually allow the specification of the initial values of the memory and the registers.

register_direct_init(dummy_key, dummy_value)[source]: Initialize key with the value value

get_direct_init(key, defaultvalue)[source]: Get the value for key