ef9ae2ce9b
Now, we are simply skipping the allocation logic and making the start_instances call to AWS to get a VM which uses a pre baked image for postgresql. No magic, the moment we have VPC, NIC and the instance up, we are ready anyway.
36 lines
1.2 KiB
Ruby
36 lines
1.2 KiB
Ruby
# frozen_string_literal: true
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require_relative "../spec_helper"
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RSpec.describe Serializers::Vm do
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describe ".serialize_internal" do
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it "serializes a VM with no loadbalancer_vm_port correctly" do
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vm = instance_double(Vm, name: "test-vm", unix_user: "ubi", storage_size_gib: 100, ip4_enabled: true)
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expect(vm).to receive(:load_balancer_vm_ports).and_return([])
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expect(vm).to receive(:ip4_enabled).and_return(true)
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expect(vm).to receive(:display_state).and_return("running")
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expect(vm).to receive(:display_size).and_return("standard-2")
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expect(vm).to receive(:display_location).and_return("hetzner")
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expect(vm).to receive(:ubid).and_return("1234")
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expect(vm).to receive(:ip6).and_return(nil)
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expect(vm).to receive(:ephemeral_net4).and_return("192.168.1.0/24")
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expected_result = {
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id: "1234",
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name: "test-vm",
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state: "running",
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location: "hetzner",
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size: "standard-2",
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unix_user: "ubi",
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storage_size_gib: 100,
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ip6: nil,
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ip4_enabled: true,
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ip4: "192.168.1.0/24",
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load_balancer_state: nil
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}
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expect(described_class.serialize_internal(vm, {load_balancer: true})).to eq(expected_result)
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end
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end
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end
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