def order(
self, graph: nx.DiGraph, total_graph: nx.DiGraph,
) -> Sequence["PackageName"]:
"""Order to run migrations in
Parameters
----------
graph : nx.DiGraph
The graph of migratable PRs
Returns
-------
"""
top_level = {
node
for node in graph
if not list(graph.predecessors(node))
or list(graph.predecessors(node)) == [node]
}
return cyclic_topological_sort(graph, top_level)
def graph_migrator_status(
migrator: Migrator,
gx: nx.DiGraph,
) -> Tuple[dict, list, nx.DiGraph]:
"""Gets the migrator progress for a given migrator"""
if hasattr(migrator, "name"):
assert isinstance(migrator.name, str)
migrator_name = migrator.name.lower().replace(" ", "")
else:
migrator_name = migrator.__class__.__name__.lower()
num_viz = 0
out: Dict[str, Set[str]] = {
"done": set(),
"in-pr": set(),
"awaiting-pr": set(),
"not-solvable": set(),
"awaiting-parents": set(),
"bot-error": set(),
}
gx2 = copy.deepcopy(getattr(migrator, "graph", gx))
top_level = {node for node in gx2 if not list(gx2.predecessors(node))}
build_sequence = list(cyclic_topological_sort(gx2, top_level))
feedstock_metadata = dict()
import graphviz
from streamz.graph import _clean_text
gv = graphviz.Digraph(graph_attr={"packmode": "array_3"})
# pinning isn't actually in the migration
if "conda-forge-pinning" in gx2.nodes():
gx2.remove_node("conda-forge-pinning")
for node, node_attrs in gx2.nodes.items():
attrs = node_attrs["payload"]
# remove archived from status
if attrs.get("archived", False):
continue
node_metadata: Dict = {}
feedstock_metadata[node] = node_metadata
nuid = migrator.migrator_uid(attrs)
all_pr_jsons = []
for pr_json in attrs.get("PRed", []):
all_pr_jsons.append(copy.deepcopy(pr_json))
feedstock_ctx = FeedstockContext(
package_name=node,
feedstock_name=attrs.get("feedstock_name", node),
attrs=attrs,
)
# hack around bug in migrator vs graph data for this one
if isinstance(migrator, MatplotlibBase):
if "name" in nuid:
del nuid["name"]
for i in range(len(all_pr_jsons)):
if (all_pr_jsons[i] and "name" in all_pr_jsons[i]["data"]
and all_pr_jsons[i]["data"]["migrator_name"]
== "MatplotlibBase"):
del all_pr_jsons[i]["data"]["name"]
for pr_json in all_pr_jsons:
if pr_json and pr_json["data"] == frozen_to_json_friendly(
nuid)["data"]:
break
else:
pr_json = None
# No PR was ever issued but the migration was performed.
# This is only the case when the migration was done manually
# before the bot could issue any PR.
manually_done = pr_json is None and frozen_to_json_friendly(
nuid)["data"] in (z["data"] for z in all_pr_jsons)
buildable = not migrator.filter(attrs)
fntc = "black"
status_icon = ""
if manually_done:
out["done"].add(node)
fc = "#440154"
fntc = "white"
elif pr_json is None:
if buildable:
if "not solvable" in (attrs.get("pre_pr_migrator_status",
{}).get(migrator_name, "")):
out["not-solvable"].add(node)
fc = "#ff8c00"
elif "bot error" in (attrs.get("pre_pr_migrator_status",
{}).get(migrator_name, "")):
out["bot-error"].add(node)
fc = "#000000"
fntc = "white"
else:
out["awaiting-pr"].add(node)
fc = "#35b779"
elif not isinstance(migrator, Replacement):
if "bot error" in (attrs.get("pre_pr_migrator_status",
{}).get(migrator_name, "")):
out["bot-error"].add(node)
fc = "#000000"
fntc = "white"
else:
out["awaiting-parents"].add(node)
fc = "#fde725"
elif "PR" not in pr_json:
out["bot-error"].add(node)
fc = "#000000"
fntc = "white"
elif pr_json["PR"]["state"] == "closed":
out["done"].add(node)
fc = "#440154"
fntc = "white"
else:
out["in-pr"].add(node)
fc = "#31688e"
fntc = "white"
pr_status = pr_json["PR"]["mergeable_state"]
if pr_status == "clean":
status_icon = " ✓"
else:
status_icon = " ❎"
if node not in out["done"]:
num_viz += 1
gv.node(
node,
label=_clean_text(node) + status_icon,
fillcolor=fc,
style="filled",
fontcolor=fntc,
URL=(pr_json or {}).get("PR", {}).get(
"html_url",
feedstock_url(fctx=feedstock_ctx,
protocol="https").strip(".git"),
),
)
# additional metadata for reporting
node_metadata["num_descendants"] = len(nx.descendants(gx2, node))
node_metadata["immediate_children"] = [
k for k in sorted(gx2.successors(node))
if not gx2[k].get("payload", {}).get("archived", False)
]
if node in out["not-solvable"] or node in out["bot-error"]:
node_metadata["pre_pr_migrator_status"] = attrs.get(
"pre_pr_migrator_status",
{},
).get(migrator_name, "")
else:
node_metadata["pre_pr_migrator_status"] = ""
if pr_json and "PR" in pr_json:
# I needed to fake some PRs they don't have html_urls though
node_metadata["pr_url"] = pr_json["PR"].get(
"html_url",
feedstock_url(fctx=feedstock_ctx,
protocol="https").strip(".git"),
)
node_metadata["pr_status"] = pr_json["PR"].get("mergeable_state")
out2: Dict = {}
for k in out.keys():
out2[k] = list(
sorted(
out[k],
key=lambda x: build_sequence.index(x)
if x in build_sequence else -1,
), )
out2["_feedstock_status"] = feedstock_metadata
for (e0, e1), edge_attrs in gx2.edges.items():
if (e0 not in out["done"] and e1 not in out["done"]
and not gx2.nodes[e0]["payload"].get("archived", False)
and not gx2.nodes[e1]["payload"].get("archived", False)):
gv.edge(e0, e1)
print(" len(gv):", num_viz, flush=True)
out2["_num_viz"] = num_viz
return out2, build_sequence, gv
