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#!/usr/bin/env julia

using ClusterManagers

function submit_task()
    # Complex task goes here
    function mytask(x)
        return sinint(x)
    end

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#!/usr/bin/env julia

function sdot(n, x, y)
    a = 0
    @inbounds @fastmath @simd for i=1:n
        a += x[i]*y[i]   
    end
    a
end

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[{"name":"EASC08001","size":1,"title":"Earth Dynamics","color":"#1b9e77","imports":[]},{"name":"EASC08014","size":1,"title":"Earth Materials","color":"#1b9e77","imports":[]},{"name":"GESC08002","size":1,"title":"Earth Modelling and Prediction","color":"#9b58a5","imports":[]},{"name":"EASC08018","size":2,"title":"Earth Modelling and Prediction 2","color":"#1b9e77","imports":["GESC08002"]},{"name":"EASC08022","size":3,"title":"Earth Science Fundamentals for Geophysicists","color":"#1b9e77","imports":["EASC08001","EASC08008"]},{"name":"EASC08024","size":1,"title":"Environmental Geochemistry of the Earth's Surface","color":"#1b9e77","imports":[]},{"name":"EASC08023","size":1,"title":"Evolution of the Living Earth","color":"#1b9e77","imports":[]},{"name":"EASC08021","size":2,"title":"Geomaterials","color":"#1b9e77","imports":["EASC08001"]},{"name":"EASC08007","size":1,"title":"Global Environmental Processes","color":"#1b9e77","imports":[]},{"name":"EASC08020","size":2,"title":"Global Tectonics and the Rock Cycle",

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[{"name":"EASC08001","size":10,"title":"Earth Dynamics","color":"#00004c","imports":["EASC08022","EASC08021","EASC08020","EASC08017","EASC09019","EASC09003","EASC09021","EASC10107","EASC10091"]},{"name":"GESC08002","size":2,"title":"Earth Modelling and Prediction","color":"#800000","imports":["EASC08018"]},{"name":"EASC08018","size":5,"title":"Earth Modelling and Prediction 2","color":"#00004c","imports":["EASC10118","EASC10098","EASC10102","EASC10103"]},{"name":"EASC08022","size":2,"title":"Earth Science Fundamentals for Geophysicists","color":"#00004c","imports":["EASC09021"]},{"name":"EASC08024","size":3,"title":"Environmental Geochemistry of the Earth's Surface","color":"#00004c","imports":["EASC10048","EASC10103"]},{"name":"EASC08021","size":8,"title":"Geomaterials","color":"#00004c","imports":["EASC09031","EASC09050","EASC09008","EASC10118","EASC10107","EASC10112","EASC10103"]},{"name":"EASC08020","size":12,"title":"Global Tectonics and the Rock Cycle","color":"#00004c","imports":["EASC09031","EASC09029

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using BenchmarkTools
using Statistics
using Plots

 _flags(A::Array) = unsafe_load(convert(Ptr{UInt16}, pointer_from_objref(A)), 9)
_isshared(A::Array) = !(_flags(A) & 0x4000 == 0x0000)

function create_and_resize_flag(n)
    a = Array{Float64}(undef, 1000)
    if !_isshared(a)

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using LinearMaps
using Test
function f1(source)
    dest = zeros(9)
    tmp = reshape(source, 5, 2)
    return dest
end
function f2(source)
    dest = zeros(6)
    tmp = reshape(source, 3, 3)

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{
 "cells": [
  {
   "cell_type": "code",
   "execution_count": 1,
   "id": "destroyed-operations",
   "metadata": {},
   "outputs": [],
   "source": [
    "import matplotlib.pyplot as plt\n",

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