Alterna�vely, look at the embedding.c program in the Julia source tree in the test/embedding/ folder. The file ui/repl.c program is another simple example of how to set jl_options op�ons while linking against libjulia divisor of x and y and their Bézout coefficients, i.e. the integer coeffi- cients u and v that sa�sfy ux + vy = d = gcd(x, y). gcdx(x, y) returns (d, u, v). Examples julia> gcdx(12, 42) (6, -3, 1) julia> 34-element Array{String,1}: ".circleci" ".freebsdci.sh" ".git" ".gitattributes" ".github" "test" "ui" "usr" "usr-staging" julia> pwd() "/home/JuliaUser" source Base.Filesystem.readdir – Func�on.

Alterna�vely, look at the embedding.c program in the Julia source tree in the test/embedding/ folder. The file ui/repl.c program is another simple example of how to set jl_options op�ons while linking against libjulia divisor of x and y and their Bézout coefficients, i.e. the integer coeffi- cients u and v that sa�sfy ux + vy = d = gcd(x, y). gcdx(x, y) returns (d, u, v). Examples julia> gcdx(12, 42) (6, -3, 1) julia> 34-element Array{String,1}: ".circleci" ".freebsdci.sh" ".git" ".gitattributes" ".github" "test" "ui" "usr" "usr-staging" julia> pwd() "/home/JuliaUser" source Base.Filesystem.readdir – Func�on.

Alterna�vely, look at the embedding.c program in the Julia source tree in the test/embedding/ folder. The file ui/repl.c program is another simple example of how to set jl_options op�ons while linking against libjulia divisor of x and y and their Bézout coefficients, i.e. the integer coeffi- cients u and v that sa�sfy ux + vy = d = gcd(x, y). gcdx(x, y) returns (d, u, v). Examples julia> gcdx(12, 42) (6, -3, 1) julia> 34-element Array{String,1}: ".circleci" ".freebsdci.sh" ".git" ".gitattributes" ".github" "test" "ui" "usr" "usr-staging" julia> pwd() "/home/JuliaUser" source Base.Filesystem.readdir – Func�on.

Alterna�vely, look at the embedding.c program in the Julia source tree in the test/embedding/ folder. The file ui/repl.c program is another simple example of how to set jl_options op�ons while linking against libjulia divisor of x and y and their Bézout coefficients, i.e. the integer coeffi- cients u and v that sa�sfy ux + vy = d = gcd(x, y). gcdx(x, y) returns (d, u, v). Examples julia> gcdx(12, 42) (6, -3, 1) julia> 34-element Array{String,1}: ".circleci" ".freebsdci.sh" ".git" ".gitattributes" ".github" "test" "ui" "usr" "usr-staging" julia> pwd() "/home/JuliaUser" source Base.Filesystem.readdir – Func�on.

look at the embedding.c program in the Julia source tree in the test/embedding/ folder. The file ui/repl.c program is another simple example of how to set jl_options options while linking against libjulia divisor of x and y and their Bézout coefficients, i.e. the integer coefficients u and v that satisfy ux + vy = d = gcd(x, y). gcdx(x, y) returns (d, u, v). The arguments may be integer and rational numbers 34-element Array{String,1}: ".circleci" ".freebsdci.sh" ".git" ".gitattributes" ".github" "test" "ui" "usr" "usr-staging" julia> pwd() "/home/JuliaUser" source Base.Filesystem.readdir – Function

look at the embedding.c program in the Julia source tree in the test/embedding/ folder. The file ui/repl.c program is another simple example of how to set jl_options options while linking against libjulia divisor of x and y and their Bézout coefficients, i.e. the integer coefficients u and v that satisfy ux + vy = d = gcd(x, y). gcdx(x, y) returns (d, u, v). The arguments may be integer and rational numbers 34-element Array{String,1}: ".circleci" ".freebsdci.sh" ".git" ".gitattributes" ".github" "test" "ui" "usr" "usr-staging" julia> pwd() "/home/JuliaUser" source Base.Filesystem.readdir – Function

look at the embedding.c program in the Julia source tree in the test/embedding/ folder. The file ui/repl.c program is another simple example of how to set jl_options options while linking against libjulia divisor of x and y and their Bézout coefficients, i.e. the integer coefficients u and v that satisfy ux + vy = d = gcd(x, y). gcdx(x, y) returns (d, u, v). The arguments may be integer and rational numbers 34-element Array{String,1}: ".circleci" ".freebsdci.sh" ".git" ".gitattributes" ".github" "test" "ui" "usr" "usr-staging" julia> pwd() "/home/JuliaUser" source Base.Filesystem.readdir – Function

look at the embedding.c program in the Julia source tree in the test/embedding/ folder. The file ui/repl.c program is another simple example of how to set jl_options options while linking against libjulia divisor of x and y and their Bézout coefficients, i.e. the integer coefficients u and v that satisfy ux + vy = d = gcd(x, y). gcdx(x, y) returns (d, u, v). The arguments may be integer and rational numbers 34-element Array{String,1}: ".circleci" ".freebsdci.sh" ".git" ".gitattributes" ".github" "test" "ui" "usr" "usr-staging" julia> pwd() "/home/JuliaUser" source Base.Filesystem.readdir – Function

look at the embedding.c program in the Julia source tree in the test/embedding/ folder. The file ui/repl.c program is another simple example of how to set jl_options options while linking against libjulia divisor of x and y and their Bézout coefficients, i.e. the integer coefficients u and v that satisfy ux + vy = d = gcd(x, y). gcdx(x, y) returns (d, u, v). The arguments may be integer and rational numbers 34-element Array{String,1}: ".circleci" ".freebsdci.sh" ".git" ".gitattributes" ".github" "test" "ui" "usr" "usr-staging" julia> pwd() "/home/JuliaUser" source Base.Filesystem.readdir – Function

look at the embedding.c program in the Julia source tree in the test/embedding/ folder. The file ui/repl.c program is another simple example of how to set jl_options options while linking against libjulia divisor of x and y and their Bézout coefficients, i.e. the integer coefficients u and v that satisfy ux + vy = d = gcd(x, y). gcdx(x, y) returns (d, u, v). The arguments may be integer and rational numbers 34-element Array{String,1}: ".circleci" ".freebsdci.sh" ".git" ".gitattributes" ".github" "test" "ui" "usr" "usr-staging" julia> pwd() "/home/JuliaUser" source Base.Filesystem.readdir – Function