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journal: make "repository:" filtering condition work as expected (Issue #261)
Before this revision, journal filtering conditions like as below never
match against any entry, even if there are corresponded repositories.
- repository:foo/bar
- repository:foo-bar
Whoosh library, which is used to parse filtering condition, does:
- treat almost all non-alphanumeric characters as delimiter at
parsing condition
- join each conditions at filtering by "AND", by default
For example, filtering condition "repository:foo/bar" is translated as
"repository:foo AND repository:bar". This combined condition never
matches against any entry, because it is impossible that "repository"
field in DBMS table "user_logs" has both "foo" and "bar" values at
same time.
Using TEXT for "repository" of JOURNAL_SCHEMA causes this issue,
because TEXT assumes tokenization at parsing.
In addition to it, using TEXT also causes unintentional ignorance of
"stop words" in filtering conditions. For example, "this", "a", "you",
and so on are ignored at parsing, because these are too generic words
(from point of view of generic "text search").
To make "repository:" filtering condition work as expected, this
revision uses ID instead of TEST for "repository" of
JOURNAL_COLUMN. ID avoids both tokenization and removing "stop words".
This replacement should be safe with already existing DBMS instance,
because:
- JOURNAL_SCHEMA is used only to parse filtering condition
- DBMS table "user_logs" itself is defined by UserLog class
(in kallithea/model/db.py)
BTW, using ID also avoids normalization by lowercase-ing. But this
doesn't violate current case-insensitive search policy, because
LOWER-ing in actual SQL query is achieved by get_filterion() or so in
kallithea/controllers/admin/admin.py.
Before this revision, journal filtering conditions like as below never
match against any entry, even if there are corresponded repositories.
- repository:foo/bar
- repository:foo-bar
Whoosh library, which is used to parse filtering condition, does:
- treat almost all non-alphanumeric characters as delimiter at
parsing condition
- join each conditions at filtering by "AND", by default
For example, filtering condition "repository:foo/bar" is translated as
"repository:foo AND repository:bar". This combined condition never
matches against any entry, because it is impossible that "repository"
field in DBMS table "user_logs" has both "foo" and "bar" values at
same time.
Using TEXT for "repository" of JOURNAL_SCHEMA causes this issue,
because TEXT assumes tokenization at parsing.
In addition to it, using TEXT also causes unintentional ignorance of
"stop words" in filtering conditions. For example, "this", "a", "you",
and so on are ignored at parsing, because these are too generic words
(from point of view of generic "text search").
To make "repository:" filtering condition work as expected, this
revision uses ID instead of TEST for "repository" of
JOURNAL_COLUMN. ID avoids both tokenization and removing "stop words".
This replacement should be safe with already existing DBMS instance,
because:
- JOURNAL_SCHEMA is used only to parse filtering condition
- DBMS table "user_logs" itself is defined by UserLog class
(in kallithea/model/db.py)
BTW, using ID also avoids normalization by lowercase-ing. But this
doesn't violate current case-insensitive search policy, because
LOWER-ing in actual SQL query is achieved by get_filterion() or so in
kallithea/controllers/admin/admin.py.
1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28 29 30 31 32 33 34 35 36 37 38 39 40 41 42 43 44 45 46 47 48 49 50 51 52 53 54 55 56 57 58 59 60 61 62 63 64 65 66 67 68 69 70 71 72 73 74 75 76 77 78 79 80 81 82 83 84 85 86 87 88 89 90 91 92 93 94 95 96 97 98 99 100 101 102 103 104 105 106 107 108 109 110 111 112 113 114 115 116 117 118 119 120 121 | #!/bin/sh -e
if [ $# -lt 2 ] || [ $# -gt 3 ]; then
cat >&2 <<EOD
usage: $0 CONFIG_FILE FROM_REV [TO_REV]
Runs a database migration from FROM_REV to TO_REV (default: current
working directory parent), using the specified CONFIG_FILE (.ini file).
Test is run using a clean Kallithea install, in a temporary virtual
environment. FROM_REV and (optional) TO_REV should be Mercurial revision
identifiers (e.g. changeset hash or a version number tag). The working
directory is not touched, but the database referenced in the config file
will be (re)created.
Only SQLite is available out of the box; for MySQL or PostgreSQL, set
the EXTRA environment variable to the required package(s), and it'll
be installed in the virtual environment. (E.g. EXTRA=MySQL-python or
EXTRA=psycopg2.)
The temporary directory is not removed, allowing follow-up examination
of the upgrade results. It is, however, created in /tmp by default,
which many Linux distributions automatically clean at regular intervals.
EOD
exit 1
fi
config_file=$(readlink -f "$1")
from_rev=$2
to_rev=$3
source_repo=$(dirname "$(dirname "$(readlink -f "$0")")")
announce() {
echo
echo "$1"
echo
}
quiet_if_ok() (
local output
local st
set +e
output=$("$@" < /dev/null 2>&1)
st=$?
if [ $st -ne 0 ]; then
echo "$output" >&2
echo "Command $@ returned exit status $st." >&2
exit 1
fi
)
HG() {
"${HG:-hg}" --repository "$source_repo" "$@"
}
# If upgrading to "current revision", warn if working directory is dirty.
if [ ! "$to_rev" ] && [ "$(HG status -mard)" ]; then
announce "Warning: Uncommitted changes in working directory will be ignored!"
fi
from_rev_hash=$(HG id --id --rev "${from_rev:-.}")
to_rev_hash=$(HG id --id --rev "${to_rev:-.}")
temp=$(readlink -f "$(mktemp --tmpdir -d 'dbmigrate-test.XXXXXX')")
cat <<EOD
Config file: $config_file
EOD
sed -n -e 's/^sqlalchemy\.url *= */Database URL: /p' "$config_file"
cat <<EOD
Working dir: $temp
Repository: $source_repo
Upgrade from: $from_rev_hash (${from_rev:-current})
Upgrade to: $to_rev_hash (${to_rev:-current})
Extra packages: ${EXTRA:-(none)}
EOD
mkdir "$temp/repos" # empty
# Enable caching for old pip versions (this will cache the pip upgrade)
# Newer pip versions cache automatically, and don't use this variable.
if [ ! "$PIP_DOWNLOAD_CACHE" ]; then
export PIP_DOWNLOAD_CACHE=$HOME/.cache/pip/legacy
fi
install_kallithea() {
local prefix=$1
local rev=$2
announce "Installing Kallithea $rev in $prefix..."
"${VIRTUALENV:-virtualenv}" --quiet "$prefix-env"
HG archive --rev "$rev" "$prefix"
(
cd "$prefix"
. "$prefix-env/bin/activate"
pip install --quiet --upgrade pip setuptools mercurial $EXTRA
pip install --quiet -e .
)
}
install_kallithea "$temp/from" "$from_rev_hash"
(
cd "$temp/from"
. "$temp/from-env/bin/activate"
announce "Initializing database..."
quiet_if_ok paster setup-db "$config_file" --repos="$temp/repos" --user=doe --email=doe@example.com --password=123456 --no-public-access --force-yes
alembic -c "$config_file" current -v
)
install_kallithea "$temp/to" "$to_rev_hash"
(
cd "$temp/to"
. "$temp/to-env/bin/activate"
announce "Commencing database upgrade from shown Alembic revision to head..."
alembic -c "$config_file" current -v
alembic -c "$config_file" upgrade head
announce "Upgrade complete, now at the shown Alembic revision:"
alembic -c "$config_file" current -v
)
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