#!/usr/bin/env bash
#
# Copyright 2015 The Bazel Authors. All rights reserved.
#
# Licensed under the Apache License, Version 2.0 (the "License");
# you may not use this file except in compliance with the License.
# You may obtain a copy of the License at
#
#    http://www.apache.org/licenses/LICENSE-2.0
#
# Unless required by applicable law or agreed to in writing, software
# distributed under the License is distributed on an "AS IS" BASIS,
# WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.
# See the License for the specific language governing permissions and
# limitations under the License.
#
# loading_phase_tests.sh: miscellaneous integration tests of Bazel,
# that use only the loading or analysis phases.
#

# --- begin runfiles.bash initialization ---
set -euo pipefail
if [[ ! -d "${RUNFILES_DIR:-/dev/null}" && ! -f "${RUNFILES_MANIFEST_FILE:-/dev/null}" ]]; then
  if [[ -f "$0.runfiles_manifest" ]]; then
    export RUNFILES_MANIFEST_FILE="$0.runfiles_manifest"
  elif [[ -f "$0.runfiles/MANIFEST" ]]; then
    export RUNFILES_MANIFEST_FILE="$0.runfiles/MANIFEST"
  elif [[ -f "$0.runfiles/bazel_tools/tools/bash/runfiles/runfiles.bash" ]]; then
    export RUNFILES_DIR="$0.runfiles"
  fi
fi
if [[ -f "${RUNFILES_DIR:-/dev/null}/bazel_tools/tools/bash/runfiles/runfiles.bash" ]]; then
  source "${RUNFILES_DIR}/bazel_tools/tools/bash/runfiles/runfiles.bash"
elif [[ -f "${RUNFILES_MANIFEST_FILE:-/dev/null}" ]]; then
  source "$(grep -m1 "^bazel_tools/tools/bash/runfiles/runfiles.bash " \
            "$RUNFILES_MANIFEST_FILE" | cut -d ' ' -f 2-)"
else
  echo >&2 "ERROR: cannot find @bazel_tools//tools/bash/runfiles:runfiles.bash"
  exit 1
fi
# --- end runfiles.bash initialization ---

source "$(rlocation "io_bazel/src/test/shell/integration_test_setup.sh")" \
  || { echo "integration_test_setup.sh not found!" >&2; exit 1; }

if is_linux; then
  export LC_ALL=C.UTF-8
else
  export LC_ALL=en_US.UTF-8
fi

output_base=$TEST_TMPDIR/out
TEST_stderr=$(dirname $TEST_log)/stderr

#### HELPER FUNCTIONS ##################################################

if ! type try_with_timeout >&/dev/null; then
  # Bazel's testenv.sh defines try_with_timeout but the Google-internal version
  # uses a different testenv.sh.
  function try_with_timeout() { $* ; }
fi

function set_up() {
    cd ${WORKSPACE_DIR}
}

function tear_down() {
  try_with_timeout bazel shutdown
}

#### TESTS #############################################################

function test_query_buildfiles_with_load() {
    local -r pkg="${FUNCNAME}"
    mkdir -p "$pkg" || fail "could not create \"$pkg\""

    mkdir -p $pkg/x || fail "mkdir $pkg/x failed"
    echo "load('//$pkg/y:rules.bzl', 'a')" >$pkg/x/BUILD
    echo "filegroup(name='x')"   >>$pkg/x/BUILD
    mkdir -p $pkg/y || fail "mkdir $pkg/y failed"
    touch $pkg/y/BUILD
    echo "a=1" >$pkg/y/rules.bzl

    bazel query --noshow_progress "buildfiles(//$pkg/x)" >$TEST_log ||
        fail "Expected success"
    expect_log //$pkg/x:BUILD
    expect_log //$pkg/y:BUILD
    expect_log //$pkg/y:rules.bzl

    # null terminated:
    bazel query --noshow_progress --null "buildfiles(//$pkg/x)" >$pkg/null.log ||
        fail "Expected null success"§
    printf "//$pkg/x:BUILD\0//$pkg/y:BUILD\0//$pkg/y:rules.bzl\0" >$pkg/null.ref.log
    cmp $pkg/null.ref.log $pkg/null.log || fail "Expected match"

    # Missing Starlark file:
    rm -f $pkg/y/rules.bzl
    bazel query --noshow_progress "buildfiles(//$pkg/x)" 2>$TEST_log &&
        fail "Expected error"
    expect_log "cannot load '//$pkg/y:rules.bzl'"
}

# Regression test for:
# "Skyframe does not build targets that transitively depend on non-rule targets
# that live in packages with errors".
function test_non_error_target_in_bad_pkg() {
    add_rules_shell "MODULE.bazel"

    local -r pkg="${FUNCNAME}"
    mkdir -p "$pkg" || fail "could not create \"$pkg\""

    mkdir -p $pkg/a || fail "mkdir $pkg/a failed"
    mkdir -p $pkg/b || fail "mkdir $pkg/b failed"

    cat > $pkg/a/BUILD <<EOF
load("@rules_shell//shell:sh_library.bzl", "sh_library")
sh_library(name = 'a', data = ['//$pkg/b'])
EOF
    echo "exports_files(['b'])" > $pkg/b/BUILD
    echo "genrule(name='r1', cmd = '', outs = ['conflict'])" >> $pkg/b/BUILD
    echo "genrule(name='r2', cmd = '', outs = ['conflict'])" >> $pkg/b/BUILD

    bazel build --nobuild -k //$pkg/a >& $TEST_log && fail "Expected failure"
    expect_log "'conflict' in rule"
    expect_not_log "Loading failed"
    expect_log "but there were loading phase errors"
    expect_not_log "Loading succeeded for only"
}

# This is a regression test to make sure that none of the bazel
# commands has an incompatible set of @Options annotations.  In the
# past, options have been declared multiple times, making a command
# unusable.
function test_options_errors() {
  local -r pkg="${FUNCNAME}"
  mkdir -p "$pkg" || fail "could not create \"$pkg\""

  # Enumerate bazel commands...
  bazel help 2>/dev/null |
      grep  '^  [a-z]' |
      grep -v '^  '${PRODUCT_NAME}' ' |
      awk '{print $1}' |
  while read command; do
    # bazel help <command> instantiates the options processor in the same way that
    # bazel <command> does, but is lighter weight.
    bazel help $command >$TEST_log 2>&1 || true
    # Mustn't crash in the options package:
    expect_not_log "Duplicate option name"
    expect_not_log "at com.google.devtools.build.lib"
    expect_not_log "lib.util.options.*Exception"
  done
}

function test_bazelrc_option() {
    local -r pkg="${FUNCNAME}"
    mkdir -p "$pkg" || fail "could not create \"$pkg\""

    cp "${bazelrc}" ".${PRODUCT_NAME}rc" || true

    echo "build --subcommands" >>".${PRODUCT_NAME}rc"    # default bazelrc
    $PATH_TO_BAZEL_BIN info --announce_rc >/dev/null 2>$TEST_log
    expect_log "Reading.*$pkg[/\\\\].${PRODUCT_NAME}rc:
.*--subcommands"

    cp .${PRODUCT_NAME}rc $pkg/foo
    echo "build --nosubcommands"   >>$pkg/foo         # non-default bazelrc
    $PATH_TO_BAZEL_BIN --${PRODUCT_NAME}rc=$pkg/foo info --announce_rc >/dev/null \
      2>$TEST_log
    expect_log "Reading.*$pkg[/\\\\]foo:
.*--nosubcommands"
}

# This exercises the production-code assertion in AbstractCommand.java
# that all help texts mention their %{options}.
function test_all_help_topics_succeed() {
  local -r pkg="${FUNCNAME}"
  mkdir -p "$pkg" || fail "could not create \"$pkg\""

  topics=($(bazel help 2>/dev/null |
              grep '^  [a-z]' |
              grep -v '^  '${PRODUCT_NAME}' ' |
              awk '{print $1}') \
          startup_options \
          target-syntax)
  for topic in "${topics[@]}"; do
    bazel help $topic >$TEST_log 2>&1 || {
       fail "help $topic failed"
       expect_not_log .  # print the log
    }
  done
  [ ${#topics[@]} -gt 15 ] || fail "Hmmm: not many topics: ${topics[*]}."
}

# Regression for "Sticky error during analysis phase when input is cyclic".
function test_regress_cycle_during_analysis_phase() {
  local -r pkg="${FUNCNAME}"
  mkdir -p "$pkg" || fail "could not create \"$pkg\""

  mkdir -p $pkg/cycle $pkg/main
  cat >$pkg/main/BUILD <<EOF
genrule(name='mygenrule', outs=['baz.h'], srcs=['//$pkg/cycle:foo.h'], cmd=':')
EOF
  cat >$pkg/cycle/BUILD <<EOF
genrule(name='foo.h', outs=['bar.h'], srcs=['foo.h'], cmd=':')
EOF
  bazel build --nobuild //$pkg/cycle:foo.h >$TEST_log 2>&1 || true
  expect_log "in genrule rule //$pkg/cycle:foo.h: .*dependency graph"
  expect_log "//$pkg/cycle:foo.h.*self-edge"

  bazel build --nobuild //$pkg/main:mygenrule >$TEST_log 2>&1 || true
  expect_log "in genrule rule //$pkg/cycle:foo.h: .*dependency graph"
  expect_log "//$pkg/cycle:foo.h.*self-edge"

  bazel build --nobuild //$pkg/cycle:foo.h >$TEST_log 2>&1 || true
  expect_log "in genrule rule //$pkg/cycle:foo.h: .*dependency graph"
  expect_log "//$pkg/cycle:foo.h.*self-edge"
}

# glob function should not return values that are outside the package
function test_glob_with_subpackage() {
    local -r pkg="${FUNCNAME}"
    mkdir -p "$pkg" || fail "could not create \"$pkg\""

    mkdir -p $pkg/p/subpkg || fail "mkdir $pkg/p/subpkg failed"
    mkdir -p $pkg/p/dir || fail "mkdir $pkg/p/dir failed"

    echo "exports_files(glob(['**/*.txt']))" >$pkg/p/BUILD
    echo "# Empty" >$pkg/p/subpkg/BUILD

    echo "$pkg/p/t1.txt" > $pkg/p/t1.txt
    echo "$pkg/p/dir/t2.txt" > $pkg/p/dir/t2.txt
    echo "$pkg/p/subpkg/t3.txt" > $pkg/p/subpkg/t3.txt

    bazel query "$pkg/p:*" >$TEST_log || fail "Expected success"
    expect_log "//$pkg/p:t1\.txt"
    expect_log "//$pkg/p:dir/t2\.txt"
    expect_log "//$pkg/p:BUILD"
    expect_not_log 't3\.txt'
    assert_equals "3" $(wc -l "$TEST_log")

    # glob returns an empty list, because t3.txt is outside the package
    echo "exports_files(glob(['subpkg/t3.txt'], allow_empty = True))" >$pkg/p/BUILD
    bazel query "$pkg/p:*" -k >$TEST_log || fail "Expected success"
    expect_log "//$pkg/p:BUILD"
    assert_equals "1" $(wc -l "$TEST_log")

    # same test, with a nonexisting file
    echo "exports_files(glob(['subpkg/no_glob.txt'], allow_empty = True))" >$pkg/p/BUILD
    bazel query "$pkg/p:*" -k >$TEST_log || fail "Expected success"
    expect_log "//$pkg/p:BUILD"
    assert_equals "1" $(wc -l "$TEST_log")

    # Non-recursive wildcard gives the same result as the recursive wildcard
    echo "exports_files(glob(['*.txt', '*/*.txt']))" >$pkg/p/BUILD
    bazel query "$pkg/p:*" >$TEST_log || fail "Expected success"
    expect_log "//$pkg/p:t1\.txt"
    expect_log "//$pkg/p:dir/t2\.txt"
    expect_log "//$pkg/p:BUILD"
    expect_not_log 't3\.txt'
    assert_equals "3" $(wc -l "$TEST_log")
}

function test_glob_with_subpackage2() {
    local -r pkg="${FUNCNAME}"
    mkdir -p "$pkg" || fail "could not create \"$pkg\""

    mkdir -p $pkg/p/q/subpkg || fail "mkdir $pkg/p/q/subpkg failed"
    mkdir -p $pkg/p/q/dir || fail "mkdir $pkg/p/q/dir failed"

    echo "exports_files(glob(['**/*.txt']))" >$pkg/p/q/BUILD
    echo "# Empty" >$pkg/p/q/subpkg/BUILD

    echo "$pkg/p/q/t1.txt" > $pkg/p/q/t1.txt
    echo "$pkg/p/q/dir/t2.txt" > $pkg/p/q/dir/t2.txt
    echo "$pkg/p/q/subpkg/t3.txt" > $pkg/p/q/subpkg/t3.txt

    bazel query "$pkg/p/q:*" >$TEST_log || fail "Expected success"
    expect_log "//$pkg/p/q:t1\.txt"
    expect_log "//$pkg/p/q:dir/t2\.txt"
    expect_log "//$pkg/p/q:BUILD"
    expect_not_log 't3\.txt'
    assert_equals "3" $(wc -l "$TEST_log")
}

# Regression test for b/19767102 ("BzlCompileFunction has an unnoted dependency
# on the PathPackageLocator").
function test_incremental_deleting_package_roots() {
  local -r pkg="${FUNCNAME}"
  mkdir -p "$pkg" || fail "could not create \"$pkg\""

  local other_root=other_root/${WORKSPACE_NAME}
  mkdir -p $other_root/$pkg/a
  touch $other_root/WORKSPACE
  echo 'filegroup(name="external")' > $other_root/$pkg/a/BUILD
  mkdir -p $pkg/a
  echo 'filegroup(name="internal")' > $pkg/a/BUILD

  bazel query --package_path=%workspace%/$other_root:. $pkg/a:all >& $TEST_log \
      || fail "Expected success"
  expect_log "//$pkg/a:external"
  expect_not_log "//$pkg/a:internal"
  rm -r $other_root
  bazel query --package_path=%workspace%/$other_root:. $pkg/a:all >& $TEST_log \
      || fail "Expected success"
  expect_log "//$pkg/a:internal"
  expect_not_log "//$pkg/a:external"
  mkdir -p $other_root
  bazel query --package_path=%workspace%/$other_root:. $pkg/a:all >& $TEST_log \
      || fail "Expected success"
  expect_log "//$pkg/a:internal"
  expect_not_log "//$pkg/a:external"
}

function test_disallow_load_labels_to_cross_package_boundaries() {
  local -r pkg="${FUNCNAME}"
  mkdir -p "$pkg" || fail "could not create \"$pkg\""

  mkdir "$pkg"/foo
  echo "load(\"//$pkg/foo/a:b/b.bzl\", \"b\")" > "$pkg"/foo/BUILD
  mkdir -p "$pkg"/foo/a/b
  touch "$pkg"/foo/a/BUILD
  touch "$pkg"/foo/a/b/BUILD
  echo "b = 42" > "$pkg"/foo/a/b/b.bzl

  bazel query "$pkg/foo:BUILD" >& "$TEST_log" && fail "Expected failure"
  expect_log "Label '//$pkg/foo/a:b/b.bzl' is invalid because '$pkg/foo/a/b' is a subpackage"
}

function test_package_loading_errors_in_target_parsing() {
  mkdir bad || fail "mkdir failed"
  echo "nope" > bad/BUILD || fail "echo failed"

  for keep_going in "--keep_going" "--nokeep_going"
  do
    for target_pattern in "//bad:BUILD" "//bad:all" "//bad/..."
    do
      bazel build --nobuild "$keep_going" "$target_pattern" >& "$TEST_log" \
        && fail "Expected failure"
      expect_log "Build did NOT complete successfully"
    done
  done
}

function test_severe_package_loading_errors_via_test_suites_in_target_parsing() {

  mkdir -p bad || fail "mkdir failed"
  cat > bad/BUILD <<EOF
load("//bad:bad.bzl", "some_val")
sh_test(name = "some_test", srcs = ["test.sh"])
EOF

  cat > bad/bad.bzl <<EOF
fail()
EOF

  mkdir dependsonbad || fail "mkdir failed"
  cat > dependsonbad/BUILD <<EOF
test_suite(name = "suite", tests = ["//bad:some_test"])
EOF

  for keep_going in "--keep_going" "--nokeep_going"
  do
    bazel build --nobuild "$keep_going" //dependsonbad:suite >& "$TEST_log" \
      && fail "Expected failure"
    local exit_code=$?
    assert_equals 1 "$exit_code"
    expect_log "Build did NOT complete successfully"
    expect_not_log "Illegal"
  done
}

function test_illegal_glob_exclude_pattern_in_bzl() {
  mkdir badglob-bzl || fail "mkdir failed"
  cat > badglob-bzl/BUILD <<EOF
load("//badglob-bzl:badglob.bzl", "f")
f()
EOF
  cat > badglob-bzl/badglob.bzl  <<EOF
def f():
  return native.glob(include = ["BUILD"], exclude = ["a/**b/c"])
EOF

  bazel query //badglob-bzl:BUILD >& "$TEST_log" && fail "Expected failure"
  local exit_code=$?
  assert_equals 7 "$exit_code"
  expect_log "recursive wildcard must be its own segment"
  expect_not_log "IllegalArgumentException"
}

# Regression test for https://github.com/bazelbuild/bazel/issues/9176
function test_windows_only__glob_with_junction() {
  if ! is_windows; then
    echo "Skipping $FUNCNAME because execution platform is not Windows"
    return
  fi

  mkdir -p foo/bar foo2
  touch foo/bar/x.txt
  touch foo/a.txt
  touch foo2/b.txt
  cat >BUILD <<eof
filegroup(name = 'x', srcs = glob(["foo/**"]))
filegroup(name = 'y', srcs = glob(["foo2/**"]))
eof
  # Create junction foo2/bar2 -> foo/bar
  cmd.exe /C mklink /J foo2\\bar2 foo\\bar >NUL

  bazel query 'deps(//:x)' >& "$TEST_log"
  expect_log "//:x"
  expect_log "//:foo/a.txt"
  expect_log "//:foo/bar/x.txt"

  bazel query 'deps(//:y)' >& "$TEST_log"
  expect_log "//:y"
  expect_log "//:foo2/b.txt"
  expect_log "//:foo2/bar2/x.txt"
}

# Regression test for https://github.com/bazelbuild/bazel/pull/9269#issuecomment-531221290
# Verify that bazel-bin and the other bazel-* symlinks are not treated as
# packages when expanding the "//..." pattern.
function test_bazel_bin_is_not_a_package() {
  local -r pkg="${FUNCNAME[0]}"
  mkdir "$pkg" || fail "Could not mkdir $pkg"
  echo "filegroup(name = '$pkg')" > "$pkg/BUILD"
  # Ensure bazel-<pkg> is created.
  bazel build --symlink_prefix="foo_prefix-" "//$pkg" || fail "build failed"
  [[ -d "foo_prefix-bin" ]] || fail "bazel-bin was not created"

  if [[ $PRODUCT_NAME == "bazel" ]]; then
    # Remove tools dir set up by copy_tools_directory from testenv.sh
    rm -rf tools
  fi

  # Assert that "//..." does not expand to //foo_prefix-*
  bazel query //... >& "$TEST_log"
  expect_log_once "//$pkg:$pkg"
  expect_log_once "//.*:$pkg"
  expect_not_log "//foo_prefix"
}

function test_starlark_cpu_profile() {
  if is_windows; then
    echo "Starlark profiler is not supported on Microsoft Windows."
    return
  fi

  mkdir -p test
  echo 'load("inc.bzl", "main"); main()' > test/BUILD
  cat >> test/inc.bzl <<'EOF'
def main():
   for i in range(2000):
      foo()
def foo():
   list(range(10000))
   sorted(range(10000))
main() # uses ~3 seconds of CPU
EOF
  bazel query --starlark_cpu_profile="${TEST_TMPDIR}/pprof.gz" test/BUILD
  # We don't depend on pprof, so just look for some strings in the raw file.
  gunzip "${TEST_TMPDIR}/pprof.gz"
  for str in sorted list range foo test/BUILD test/inc.bzl main; do
    grep -q sorted "${TEST_TMPDIR}/pprof" ||
      fail "string '$str' not found in profiler output"
  done
}

# Test that actions.write correctly emits a UTF-8 encoded attribute value as
# UTF-8.
function test_actions_write_utf8_attribute() {
  local -r pkg="${FUNCNAME}"
  mkdir -p "$pkg" || fail "could not create \"$pkg\""

  cat >"${pkg}/def.bzl" <<'EOF'
def _write_attribute_impl(ctx):
    ctx.actions.write(
        output = ctx.outputs.out,
        # adding a NL at the end to make the diff below easier
        content = ctx.attr.text + '\n',
    )
    return []

write_attribute = rule(
    implementation = _write_attribute_impl,
    attrs = {
        "text": attr.string(),
        "out": attr.output(),
    },
)
EOF

  cat >"${pkg}/BUILD" <<'EOF'
load(":def.bzl", "write_attribute")
write_attribute(
    name = "text_with_non_latin1_chars",
    # U+41, U+2117, U+4E16, U+1F63F  (1,2,3,4-byte UTF-8 encodings), 10 bytes.
    text = "A©世😿",
    out = "out",
)
EOF
  bazel build "${pkg}:text_with_non_latin1_chars" || fail "Expected build to succeed"
  diff $(bazel info "${PRODUCT_NAME}-bin")/$pkg/out <(echo 'A©世😿') || fail 'diff failed'
}

# Test that actions.write emits a file name containing non-Latin1 characters as
# a UTF-8 encoded string.
function test_actions_write_utf8_path() {
  local -r pkg="${FUNCNAME}"
  mkdir -p "$pkg" || fail "could not create \"$pkg\""

  filename='A©世😿.file'  # see above for an explanation.
  echo hello >"${pkg}/${filename}"

  cat >"${pkg}/def.bzl" <<'EOF'
def _write_paths_impl(ctx):
    # srcs is a list, but we only expect one entry.
    if len(ctx.attr.srcs) != 1:
        fail('expected exactly 1 file for srcs. got %d' % len(ctx.attr.srcs))
    file_name = ctx.attr.srcs[0].label.name
    ctx.actions.write(
        output = ctx.outputs.out,
        content = file_name,
    )
    return []

write_paths = rule(
    implementation = _write_paths_impl,
    attrs = {
        "srcs": attr.label_list(allow_files=True),
        "out": attr.output(),
    },
)
EOF

  cat >"${pkg}/BUILD" <<'EOF'
load(":def.bzl", "write_paths")
write_paths(
    name = "path_with_non_latin1",
    # Use a glob to ensure that the value is read from the file system and not
    # out of BUILD.
    srcs = glob(["*.file"]),
    out = "paths.txt",
)
EOF

  bazel build "${pkg}:path_with_non_latin1" >output 2>&1 || (
    echo '== build output'
    cat output
    fail "Expected build to succeed"
  )
  assert_equals "${filename}" "$(cat $(bazel info "${PRODUCT_NAME}-bin")/$pkg/paths.txt)"
}

function test_target_with_BUILD() {
  local -r pkg="${FUNCNAME}"
  mkdir -p "$pkg" || fail "could not create \"$pkg\""
  echo 'filegroup(name = "foo/BUILD", srcs = [])' > "$pkg/BUILD" || fail "echo"
  bazel query "$pkg/foo/BUILD" >output 2> "$TEST_log" || fail "Expected success"
  assert_contains "^//$pkg:foo/BUILD" output
}

function test_directory_with_BUILD() {
  local -r pkg="${FUNCNAME}"
  mkdir -p "$pkg/BUILD" || fail "could not create \"$pkg/BUILD\""
  touch "$pkg/BUILD/BUILD" || fail "Couldn't touch"
  bazel query "$pkg/BUILD" >output 2> "$TEST_log" || fail "Expected success"
  assert_contains "^//$pkg/BUILD:BUILD" output
}

function test_missing_BUILD() {
  local -r pkg="${FUNCNAME}"
  mkdir -p "$pkg/subdir1/subdir2" || fail "could not create under \"$pkg\""
  touch "$pkg/BUILD" || fail "Couldn't touch"
  bazel query "$pkg/subdir1/subdir2/BUILD" &> "$TEST_log" && fail "Should fail"
  expect_log "no such target '//${pkg}:subdir1/subdir2/BUILD'"
}

function test_glob_matching_BUILD() {
  local -r pkg="${FUNCNAME}"
  mkdir -p "$pkg/dir/BUILD" || fail "could not create \"$pkg/dir/BUILD\""
  touch "$pkg/dir/BUILD/file" || fail "Couldn't touch"
  cat > "$pkg/BUILD" <<EOF
filegroup(
    name = "files",
    srcs = glob(["dir/**"]),
)
EOF
  bazel query "$pkg:files" --output=build >&"$TEST_log" || fail "Expected success"
  expect_log "dir/BUILD/file"
}

run_suite "Integration tests of ${PRODUCT_NAME} using loading/analysis phases."