Cross-language name resolutions.
To solve the scope of following codes,
function f(x) # enter f, enter x, x is local
y = 1 + x # enter y, require x
g -> begin
y = 2 # enter g, g is local
y + g # require y, require g
end
endwe can use NameResolution.jl to achieve this,
check test/runtests.jl
for more details.
ana = top_analyzer()
enter!(ana, :f)
is_local!(ana, :x)
enter!(ana, :x)
enter!(ana, :y)
require!(ana, :x)
lambda = child_analyzer!(ana)
is_local!(lambda, :g)
enter!(lambda, :g)
enter!(lambda, :y)
require!(lambda, :y)
require!(lambda, :g)
run_analyzer(ana)
println("f ", ana.solved)
println("lambda ", lambda.solved)outputs:
julia> println("f ", ana.solved.x)
f Scope(
bounds={
f=>LocalVar(f, is_mutable=false, is_shared=false),
y=>LocalVar(y, is_mutable=true, is_shared=true),
x=>LocalVar(x, is_mutable=false, is_shared=false),
},
freevars={},
parent=nothing,
)
julia> println("lambda ", lambda.solved.x)
lambda Scope(
bounds={
g=>LocalVar(g, is_mutable=false, is_shared=false),
},
freevars={
y=>LocalVar(y, is_mutable=true, is_shared=true),
},
parent=Scope(
bounds={
f=>LocalVar(f, is_mutable=false, is_shared=false),
y=>LocalVar(y, is_mutable=true, is_shared=true),
x=>LocalVar(x, is_mutable=false, is_shared=false),
},
freevars={},
parent=nothing,
),
)