def get_markdown(
data: Dict[str, Any],
title: Optional[str] = None,
exclude: Optional[List[str]] = None,
) -> str:
"""Get data in GitHub-flavoured Markdown format for issues etc.
data (Dict[str, Any]): Label/value pairs.
title (str): Optional title, will be rendered as headline 2.
exclude (List[str]): Names of keys to exclude.
RETURNS (str): The Markdown string.
"""
md = MarkdownRenderer()
if title:
md.add(md.title(2, title))
items = []
for key, value in data.items():
if exclude and key in exclude:
continue
if isinstance(value, str):
try:
existing_path = Path(value).exists()
except Exception:
# invalid Path, like a URL string
existing_path = False
if existing_path:
continue
items.append(f"{md.bold(f'{key}:')} {value}")
md.add(md.list(items))
return f"\n{md.text}\n"
def debug_diff(
config_path: Path,
compare_to: Optional[Path],
gpu: bool,
optimize: Optimizations,
pretraining: bool,
markdown: bool,
):
msg = Printer()
with show_validation_error(hint_fill=False):
user_config = load_config(config_path)
if compare_to:
other_config = load_config(compare_to)
else:
# Recreate a default config based from user's config
lang = user_config["nlp"]["lang"]
pipeline = list(user_config["nlp"]["pipeline"])
msg.info(f"Found user-defined language: '{lang}'")
msg.info(f"Found user-defined pipelines: {pipeline}")
other_config = init_config(
lang=lang,
pipeline=pipeline,
optimize=optimize.value,
gpu=gpu,
pretraining=pretraining,
silent=True,
)
user = user_config.to_str()
other = other_config.to_str()
if user == other:
msg.warn("No diff to show: configs are identical")
else:
diff_text = diff_strings(other, user, add_symbols=markdown)
if markdown:
md = MarkdownRenderer()
md.add(md.code_block(diff_text, "diff"))
print(md.text)
else:
print(diff_text)
def _format_accuracy(data: Dict[str, Any],
exclude: List[str] = ["speed"]) -> str:
if not data:
return ""
md = MarkdownRenderer()
scalars = [(k, v) for k, v in data.items() if isinstance(v, (int, float))]
scores = [(md.code(acc.upper()), f"{score*100:.2f}")
for acc, score in scalars if acc not in exclude]
md.add(md.table(scores, ["Type", "Score"]))
return md.text
def project_document(project_dir: Path,
output_file: Path,
*,
no_emoji: bool = False) -> None:
is_stdout = str(output_file) == "-"
config = load_project_config(project_dir)
md = MarkdownRenderer(no_emoji=no_emoji)
md.add(MARKER_START)
title = config.get("title")
description = config.get("description")
md.add(md.title(1, f"spaCy Project{f': {title}' if title else ''}", "🪐"))
if description:
md.add(description)
md.add(md.title(2, PROJECT_FILE, "📋"))
md.add(INTRO_PROJECT)
# Commands
cmds = config.get("commands", [])
data = [(md.code(cmd["name"]), cmd.get("help", "")) for cmd in cmds]
if data:
md.add(md.title(3, "Commands", "⏯"))
md.add(INTRO_COMMANDS)
md.add(md.table(data, ["Command", "Description"]))
# Workflows
wfs = config.get("workflows", {}).items()
data = [(md.code(n), " → ".join(md.code(w) for w in stp))
for n, stp in wfs]
if data:
md.add(md.title(3, "Workflows", "⏭"))
md.add(INTRO_WORKFLOWS)
md.add(md.table(data, ["Workflow", "Steps"]))
# Assets
assets = config.get("assets", [])
data = []
for a in assets:
source = "Git" if a.get("git") else "URL" if a.get("url") else "Local"
dest_path = a["dest"]
dest = md.code(dest_path)
if source == "Local":
# Only link assets if they're in the repo
with working_dir(project_dir) as p:
if (p / dest_path).exists():
dest = md.link(dest, dest_path)
data.append((dest, source, a.get("description", "")))
if data:
md.add(md.title(3, "Assets", "🗂"))
md.add(INTRO_ASSETS)
md.add(md.table(data, ["File", "Source", "Description"]))
md.add(MARKER_END)
# Output result
if is_stdout:
print(md.text)
else:
content = md.text
if output_file.exists():
with output_file.open("r", encoding="utf8") as f:
existing = f.read()
if MARKER_IGNORE in existing:
msg.warn("Found ignore marker in existing file: skipping",
output_file)
return
if MARKER_START in existing and MARKER_END in existing:
msg.info(
"Found existing file: only replacing auto-generated docs")
before = existing.split(MARKER_START)[0]
after = existing.split(MARKER_END)[1]
content = f"{before}{content}{after}"
else:
msg.warn("Replacing existing file")
with output_file.open("w", encoding="utf8") as f:
f.write(content)
msg.good("Saved project documentation", output_file)
def _format_label_scheme(data: Dict[str, Any]) -> str:
if not data:
return ""
md = MarkdownRenderer()
n_labels = 0
n_pipes = 0
label_data = []
for pipe, labels in data.items():
if not labels:
continue
col1 = md.bold(md.code(pipe))
col2 = ", ".join([
md.code(label.replace("|", "\\|")) for label in labels
]) # noqa: W605
label_data.append((col1, col2))
n_labels += len(labels)
n_pipes += 1
if not label_data:
return ""
label_info = f"View label scheme ({n_labels} labels for {n_pipes} components)"
md.add("<details>")
md.add(f"<summary>{label_info}</summary>")
md.add(md.table(label_data, ["Component", "Labels"]))
md.add("</details>")
return md.text
def generate_readme(meta: Dict[str, Any]) -> str:
"""
Generate a Markdown-formatted README text from a model meta.json. Used
within the GitHub release notes and as content for README.md file added
to model packages.
"""
md = MarkdownRenderer()
lang = meta["lang"]
name = f"{lang}_{meta['name']}"
version = meta["version"]
pipeline = ", ".join([md.code(p) for p in meta.get("pipeline", [])])
components = ", ".join([md.code(p) for p in meta.get("components", [])])
vecs = meta.get("vectors", {})
vectors = f"{vecs.get('keys', 0)} keys, {vecs.get('vectors', 0)} unique vectors ({ vecs.get('width', 0)} dimensions)"
author = meta.get("author") or "n/a"
notes = meta.get("notes", "")
license_name = meta.get("license")
sources = _format_sources(meta.get("sources"))
description = meta.get("description")
label_scheme = _format_label_scheme(meta.get("labels"))
accuracy = _format_accuracy(meta.get("performance"))
table_data = [
(md.bold("Name"), md.code(name)),
(md.bold("Version"), md.code(version)),
(md.bold("spaCy"), md.code(meta["spacy_version"])),
(md.bold("Default Pipeline"), pipeline),
(md.bold("Components"), components),
(md.bold("Vectors"), vectors),
(md.bold("Sources"), sources or "n/a"),
(md.bold("License"), md.code(license_name) if license_name else "n/a"),
(md.bold("Author"),
md.link(author, meta["url"]) if "url" in meta else author),
]
# Put together Markdown body
if description:
md.add(description)
md.add(md.table(table_data, ["Feature", "Description"]))
if label_scheme:
md.add(md.title(3, "Label Scheme"))
md.add(label_scheme)
if accuracy:
md.add(md.title(3, "Accuracy"))
md.add(accuracy)
if notes:
md.add(notes)
return md.text