as a command line argument. • --default-channel=: Configure the default Juliaup channel. For example --default-channel lts would install the lts channel and configure it as the default. • --add-to-path=: they need to, passing values back and forth as necessary. Julia provides a Channel mechanism for solving this problem. A Channel is a waitable first-in first-out queue which can have multiple tasks reading new task. A special Channel constructor which accepts a 1-arg function as an argument can be used to run a task bound to a channel. We can then take! values repeatedly from the channel object: julia> function

as a command line argument. • --default-channel=: Configure the default Juliaup channel. For example --default-channel lts would install the lts channel and configure it as the default. • --add-to-path=: they need to, passing values back and forth as necessary. Julia provides a Channel mechanism for solving this problem. A Channel is a waitable first-in first-out queue which can have multiple tasks reading new task. A special Channel constructor which accepts a 1-arg function as an argument can be used to run a task bound to a channel. We can then take! values repeatedly from the channel object: julia> function

as a command line argument. • --default-channel=: Configure the default Juliaup channel. For example --default-channel lts would install the lts channel and configure it as the default. • --add-to-path=: they need to, passing values back and forth as necessary. Julia provides a Channel mechanism for solving this problem. A Channel is a waitable first-in first-out queue which can have multiple tasks reading new task. A special Channel constructor which accepts a 1-arg function as an argument can be used to run a task bound to a channel. We can then take! values repeatedly from the channel object: julia> function

as a command line argument. • --default-channel=: Configure the default Juliaup channel. For example --default-channel lts would install the lts channel and configure it as the default. • --add-to-path=: they need to, passing values back and forth as necessary. Julia provides a Channel mechanism for solving this problem. A Channel is a waitable first-in first-out queue which can have multiple tasks reading new task. A special Channel constructor which accepts a 1-arg function as an argument can be used to run a task bound to a channel. We can then take! values repeatedly from the channel object: julia> function

as a command line argument. • --default-channel=: Configure the default Juliaup channel. For example --default-channel lts would install the lts channel and configure it as the default. • --add-to-path=: they need to, passing values back and forth as necessary. Julia provides a Channel mechanism for solving this problem. A Channel is a waitable first-in first-out queue which can have multiple tasks reading new task. A special Channel constructor which accepts a 1-arg function as an argument can be used to run a task bound to a channel. We can then take! values repeatedly from the channel object: julia> function

they need to, passing values back and forth as necessary. Julia provides a Channel mechanism for solving this problem. A Channel is a waitable first-in first-out queue which can have mul�ple tasks reading new task. A special Channel constructor which accepts a 1-arg func�on as an argument can be used to run a task bound to a channel. We can then take! values repeatedly from the channel object: julia> function function producer(c::Channel) put!(c, "start") for n=1:4 put!(c, 2n) end put!(c, "stop") end; julia> chnl = Channel(producer); julia> take!(chnl) "start" julia> take!(chnl) 2 julia> take!(chnl) 4

they need to, passing values back and forth as necessary. Julia provides a Channel mechanism for solving this problem. A Channel is a waitable first-in first-out queue which can have mul�ple tasks reading new task. A special Channel constructor which accepts a 1-arg func�on as an argument can be used to run a task bound to a channel. We can then take! values repeatedly from the channel object: julia> function function producer(c::Channel) put!(c, "start") for n=1:4 put!(c, 2n) end put!(c, "stop") end; julia> chnl = Channel(producer); julia> take!(chnl) "start" julia> take!(chnl) 2 julia> take!(chnl) 4

they need to, passing values back and forth as necessary. Julia provides a Channel mechanism for solving this problem. A Channel is a waitable first-in first-out queue which can have multiple tasks reading new task. A special Channel constructor which accepts a 1-arg function as an argument can be used to run a task bound to a channel. We can then take! values repeatedly from the channel object: julia> function function producer(c::Channel) put!(c, "start") for n=1:4 put!(c, 2n) end put!(c, "stop") end; julia> chnl = Channel(producer); julia> take!(chnl) "start" julia> take!(chnl) 2 julia> take!(chnl)

they need to, passing values back and forth as necessary. Julia provides a Channel mechanism for solving this problem. A Channel is a waitable first-in first-out queue which can have multiple tasks reading new task. A special Channel constructor which accepts a 1-arg function as an argument can be used to run a task bound to a channel. We can then take! values repeatedly from the channel object: julia> function function producer(c::Channel) put!(c, "start") for n=1:4 put!(c, 2n) end put!(c, "stop") end; julia> chnl = Channel(producer); julia> take!(chnl) "start" julia> take!(chnl) 2 julia> take!(chnl)

they need to, passing values back and forth as necessary. Julia provides a Channel mechanism for solving this problem. A Channel is a waitable first-in first-out queue which can have multiple tasks reading new task. A special Channel constructor which accepts a 1-arg function as an argument can be used to run a task bound to a channel. We can then take! values repeatedly from the channel object: julia> function function producer(c::Channel) put!(c, "start") for n=1:4 put!(c, 2n) end put!(c, "stop") end; julia> chnl = Channel(producer); julia> take!(chnl) "start" julia> take!(chnl) 2 julia> take!(chnl)