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return ubuntu_names.get(raw_arch, raw_arch)
57
# TODO: Move to utils or kvmfixture.
59
58
def determine_vm_series():
60
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"""Figure out the Ubuntu release series to run MAAS on.
67
# Standard, non-interactive, "apt-get install" line.
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'sudo', 'DEBIAN_FRONTEND=noninteractive',
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'apt-get', 'install', '-y',
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def install_packages(kvm_fixture, packages):
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"""Install the given packages on the virtual machine."""
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kvm_fixture.run_command(APT_GET_INSTALL + list(packages), check_call=True)
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def install_maas(kvm_fixture):
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"""Install and configure MAAS in the virtual machine."""
81
# Install the English language pack first. If this is not done before
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# postgres is installed, on some systems it won't be able to set up its
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# TODO: Is there no better way to ensure this, e.g. through a dependency?
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install_packages(kvm_fixture, ['language-pack-en'])
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# Now we can install maas (which also installs postgres).
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install_packages(kvm_fixture, ['maas', 'maas-dhcp', 'maas-dns'])
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90
def query_api_key(kvm_fixture, username):
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91
"""Return the API key for the given MAAS user."""
70
92
# The "apikey" command prints the user's API key to stdout.
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133
# TODO: Actually implement.
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def configure_maas(kvm_fixture):
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"""Configure the MAAS running inside the virtual machine.
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MAAS must already have been installed. This function creates an admin user
118
and imports boot images.
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def set_up_maas(kvm_fixture):
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"""Install and configure MAAS inside the virtual machine.
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:param kvm_fixture: `KVMFixture` that controls the virtual machine.
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:return: Username and API key for the MAAS admin user.
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install_maas(kvm_fixture)
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admin_user, password = create_maas_admin(kvm_fixture)
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api_key = query_api_key(kvm_fixture, admin_user)
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import_maas_images(kvm_fixture, admin_user, api_key)
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return admin_user, api_key
added
removed
maastest/prepare.py
