import subprocess
from gh import gh
from update_common import process_update_on_repos
dockerfile = os.path.join(gh.root, "docker_build", "docker", gh.tool,
"Dockerfile")
print("Reading Dockerfile %s…" % dockerfile)
repo = None
commit = None
repo_rx = r"ARG\s+(?:\w+?)_REPO\s*=\s*([^\s]+)"
commit_rx = r"ARG\s+(?:\w+?)_COMMIT\s*=\s*([^\s]+)"
with open(dockerfile) as f:
for line in f:
repo_match = re.match(repo_rx, line)
if repo_match is not None:
repo = repo_match[1]
commit_match = re.match(commit_rx, line)
if commit_match is not None:
commit = commit_match[1]
tool = gh.Repo(gh.tool, repo,
r"refs/heads/CID\-latest\-tools\-%s(?:\-(\w+))?" % gh.tool)
tool.commit = commit
print("Found %s@%s (latest: %s)." %
(tool.url, tool.commit, tool.latest_commit))
changed = process_update_on_repos([tool], [dockerfile])
gh.export_env("TOOL_COMMIT_HASH", tool.latest_commit)
gh.export_env("NO_UPDATE", "false" if changed else "true")
makefile = os.path.join(gh.root, "Makefile")
documentation = os.path.join(gh.root, "docs", "source",
"Manual_PDK_installation.md")
print("Reading Makefile…")
skywater = gh.Repo("Skywater PDK",
"https://github.com/google/skywater-pdk.git",
r"refs/heads/CID\-latest\-pdk(?:\-(\w+)-(?:\w+))?",
r"SKYWATER_COMMIT\s*\?=\s*(\w+)")
open_pdks = gh.Repo("Open PDKs",
"https://github.com/rtimothyedwards/open_pdks",
r"refs/heads/CID\-latest\-pdk(?:\-(?:\w+)-(\w+))?",
r"OPEN_PDKS_COMMIT\s*\?=\s*(\w+)")
with open(makefile) as f:
for line in f:
skywater.commit = skywater.match_line(line) or skywater.commit
open_pdks.commit = open_pdks.match_line(line) or open_pdks.commit
print("Found %s:%s. (latest: %s)" %
(skywater.url, skywater.commit, skywater.latest_commit))
print("Found %s:%s. (latest: %s)" %
(open_pdks.url, open_pdks.commit, open_pdks.latest_commit))
changed = process_update_on_repos([skywater, open_pdks],
[makefile, documentation])
gh.export_env("SKYWATER_COMMIT_HASH", skywater.latest_commit)
gh.export_env("OPEN_PDKS_COMMIT_HASH", open_pdks.latest_commit)
gh.export_env("NO_UPDATE", "false" if changed else "true")
dump_options = {'sort_keys': False}
changes = False
for tool_name in args.tools:
tool = tools[tool_name]
repo = gh.Repo(tool_name, tool.repo)
repo.commit = tool.commit
print("Found %s@%s (latest: %s)." %
(repo.url, repo.commit, repo.latest_commit))
if repo.commit != repo.latest_commit:
changes = True
metadata_str = open(metadata_path).read()
metadata = yaml.safe_load(metadata_str)
for tool in metadata:
if tool['name'] == tool_name:
tool['commit'] = repo.latest_commit
metadata_str = yaml.dump(metadata, **dump_options)
with open(metadata_path, "w") as f:
f.write(metadata_str)
if len(args.tools) == 1:
gh.export_env("TOOL_COMMIT_HASH", repo.latest_commit)
else:
gh.export_env(f"{tool_name.upper()}_COMMIT_HASH",
repo.latest_commit)
gh.export_env("NO_UPDATE", "0" if changes else "1")
prefix = lri if lri is not None else "v0"
print("Using prefix %s, getting the latest tag…" % prefix)
latest_tag = "%s.0" % prefix # Base case: Will create prefix.1
latest_tag_commit = "dad497fccc1b48f4f16e570b0214b6f0e1fc2f9b" # Base case: First commit, always > 2
for tag in gh.openlane.tags:
commit, name = tag
if name.startswith(prefix):
latest_tag = name
latest_tag_commit = commit
commit_count = int(subprocess.check_output(["git", "rev-list", "--count", "%s..%s" % (latest_tag_commit, "HEAD")]))
if commit_count < 2:
print("Only %i out of 2 new commits required for a new tag." % commit_count)
gh.export_env("NEW_TAG", "NO_NEW_TAG")
exit(0)
new_tag = None
if not latest_tag.startswith("v"):
new_tag = "%s.1" % prefix
print("Last tag (%s) lacked a v, replacing with %s…" % (latest_tag, new_tag))
else:
current = int(latest_tag.split(".")[1])
new = current + 1
new_tag = "%s.%i" % (prefix, new)
print("Naming new tag %s." % new_tag)
gh.export_env("NEW_TAG", new_tag)
# 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.
from gh import gh
import os
import json
github_event_name = os.environ["EVENT_NAME"]
if github_event_name in ["schedule", "workflow_dispatch"]:
gh.export_env("USE_ETS", "1")
elif github_event_name == "pull_request":
gh_event_str = open(os.environ["GITHUB_EVENT_PATH"]).read()
gh_event = json.loads(gh_event_str)
pr_body = gh_event["pull_request"]["body"]
if "[ci ets]" in pr_body:
gh.export_env("USE_ETS", "1")
else:
gh.export_env("USE_ETS", "0")
else:
gh.export_env("USE_ETS", "0")