-mkdir -p aptarchive/ubuntu/project var/lib/apt/keyrings
-echo 'APT::Key::ArchiveKeyringURI "http://localhost:8080/ubuntu/project/ubuntu-archive-keyring.gpg";' >> ./aptconfig.conf
-echo 'APT::Key::Net-Update-Enabled "1";' >> ./aptconfig.conf
-
-# signed thing
-echo "meep" > aptarchive/ubuntu/project/ubuntu-archive-keyring.gpg
-
-# test against the "real" webserver
-aptkey --fakeroot net-update
-
-exit 1
-
-# mock
-requires_root() {
- return 0
-}
-
-# extract net_update() and import it
-func=$( sed -n -e '/^add_keys_with_verify_against_master_keyring/,/^}/p' ${BUILDDIRECTORY}/apt-key )
-eval "$func"
-
-mkdir -p ./etc/apt
-TRUSTEDFILE=./etc/apt/trusted.gpg
-mkdir -p ./var/lib/apt/keyrings
-TMP_KEYRING=./var/lib/apt/keyrings/maybe-import-keyring.gpg
-GPG_CMD="gpg --ignore-time-conflict --no-options --no-default-keyring"
-
-# FIXME: instead of copying this use apt-key and the buildin apt webserver
-# to do a real test
-
-# COPYIED from apt-key.in --------------
-
-# gpg needs a trustdb to function, but it can't be invalid (not even empty)
-# so we create a temporary directory to store our fresh readable trustdb in
-TRUSTDBDIR="$(mktemp -d)"
-CURRENTTRAP="${CURRENTTRAP} rm -rf '${TRUSTDBDIR}';"
-trap "${CURRENTTRAP}" 0 HUP INT QUIT ILL ABRT FPE SEGV PIPE TERM
-chmod 700 "$TRUSTDBDIR"
-# We also don't use a secret keyring, of course, but gpg panics and
-# implodes if there isn't one available - and writeable for imports
-SECRETKEYRING="${TRUSTDBDIR}/secring.gpg"
-touch $SECRETKEYRING
-GPG_CMD="$GPG_CMD --secret-keyring $SECRETKEYRING"
-GPG_CMD="$GPG_CMD --trustdb-name ${TRUSTDBDIR}/trustdb.gpg"
-#----------------------------------------- END COPY
projects / apt.git / blobdiff