Coverage for formkit_ninja / parser / generator.py: 5.89%
343 statements
« prev ^ index » next coverage.py v7.13.1, created at 2026-02-27 05:19 +0000
1"""
2Code generator for FormKit schemas.
4This module provides the CodeGenerator class which generates Django models,
5Pydantic schemas, admin classes, and API endpoints from FormKit schemas.
6"""
8import ast
9from typing import List, Union
11from formkit_ninja.formkit_schema import FormKitSchema
12from formkit_ninja.parser.formatter import CodeFormatter, FormattingError
13from formkit_ninja.parser.generation_pipeline import CallableStep, GenerationContext, GenerationPipeline
14from formkit_ninja.parser.generator_config import GeneratorConfig, schema_name_to_filename
15from formkit_ninja.parser.schema_walker import SchemaWalker
16from formkit_ninja.parser.template_loader import TemplateLoader
17from formkit_ninja.parser.type_convert import NodePath
20class CodeGenerator:
21 """
22 Code generator for FormKit schemas.
24 Generates Django models, Pydantic schemas, admin classes, and API endpoints
25 from FormKit schema definitions.
27 Args:
28 config: Generator configuration (app name, output dir, etc.)
29 template_loader: Template loader for Jinja2 templates
30 formatter: Code formatter (uses ruff)
31 """
33 def __init__(
34 self,
35 config: GeneratorConfig,
36 template_loader: TemplateLoader,
37 formatter: CodeFormatter,
38 ) -> None:
39 """Initialize CodeGenerator with configuration and dependencies."""
40 self.config = config
41 self.template_loader = template_loader
42 self.formatter = formatter
44 def _collect_nodepaths(self, schema: Union[List[dict], FormKitSchema]) -> List[NodePath]:
45 """
46 Collect all NodePath instances from a FormKit schema recursively.
48 Traverses the schema structure and collects all nodes (groups, repeaters,
49 and form fields) as NodePath instances.
51 Args:
52 schema: FormKit schema (list of dicts or FormKitSchema object)
54 Returns:
55 List of NodePath instances representing all nodes in the schema
56 """
57 abstract_base_info: dict[str, bool] = {} # Use classname as key
58 root_child_abstract_bases: dict[str, list[str]] = {} # Use classname as key
60 walker = SchemaWalker(config=self.config)
61 nodepaths = walker.collect_nodepaths(schema, abstract_base_info=abstract_base_info)
63 # After collecting all nodepaths, identify abstract bases if merging is enabled
64 if self.config.merge_top_level_groups:
65 # Only process group nodes
66 group_nodepaths = [np for np in nodepaths if np.is_group]
67 for node_path in group_nodepaths:
68 # Root-level groups (depth=1, not a child)
69 if not node_path.is_child:
70 # This is a root group - find its immediate child groups
71 child_abstract_bases = []
72 for child_path in group_nodepaths:
73 if (
74 child_path.is_child
75 and len(child_path.nodes) == 2 # depth=2 (root + child)
76 and child_path.nodes[0] == node_path.node # parent is this root
77 ):
78 # This is an immediate child group of the root
79 abstract_base_info[child_path.classname] = True
80 child_abstract_bases.append(child_path.abstract_class_name)
81 root_child_abstract_bases[node_path.classname] = child_abstract_bases
83 # Set child_abstract_bases for all root nodes and update abstract_base_info
84 for node_path in nodepaths:
85 # Update abstract_base_info dict reference so all NodePaths share the same dict
86 node_path._abstract_base_info = abstract_base_info
87 # Only set child_abstract_bases for group nodes (they have classnames)
88 if node_path.is_group:
89 try:
90 node_path._child_abstract_bases = root_child_abstract_bases.get(node_path.classname, [])
91 except AttributeError:
92 # Skip nodes without names (e.g., element nodes)
93 node_path._child_abstract_bases = []
95 return nodepaths
97 def _generate_file(
98 self,
99 template_name: str,
100 output_filename: str,
101 nodepaths: List[NodePath],
102 root_classname: str | None = None,
103 ) -> str:
104 """
105 Generate a single file from a template.
107 Args:
108 template_name: Name of the Jinja2 template
109 output_filename: Name of the output file (for reference)
110 nodepaths: List of NodePath instances to render
111 root_classname: Optional root node classname for imports
113 Returns:
114 Generated code as string (before formatting)
115 """
116 env = self.template_loader.get_environment()
117 template = env.get_template(template_name)
119 # Render template with nodepaths
120 code = template.render(
121 nodepaths=nodepaths,
122 app_name=self.config.app_name,
123 include_ordinality=self.config.include_ordinality,
124 root_classname=root_classname,
125 custom_imports=self.config.custom_imports,
126 )
128 return code
130 def _generate_per_schema_file(
131 self,
132 template_name: str,
133 filename: str,
134 subdirectory: str,
135 nodepaths: List[NodePath],
136 root_classname: str | None = None,
137 ) -> None:
138 """
139 Generate a per-schema file in a subdirectory.
141 Args:
142 template_name: Name of the Jinja2 template to use
143 filename: Name of the output file
144 subdirectory: Subdirectory within output_dir (e.g., "schemas", "admin")
145 nodepaths: List of NodePath instances to generate code from
146 root_classname: Optional root node classname for imports
147 """
148 # Generate code from template
149 code = self._generate_file(template_name, filename, nodepaths, root_classname=root_classname)
151 # Format code (may raise FormattingError)
152 try:
153 formatted_code = self.formatter.format(code)
154 except FormattingError:
155 # If formatting fails, use unformatted code
156 formatted_code = code
158 # Validate code syntax
159 self._validate_code(formatted_code, filename)
161 # Write to file in subdirectory
162 self._write_file(filename, formatted_code, subdirectory=subdirectory)
164 def _extract_classes_from_code(self, code: str, file_type: str) -> List[str]:
165 """
166 Extract class/function names from generated code based on file type.
168 Args:
169 code: Generated Python code as string
170 file_type: Type of file ("models", "schemas", "schemas_in", "admin", "api")
172 Returns:
173 List of class/function/variable names to import
174 """
175 try:
176 tree = ast.parse(code)
177 except SyntaxError:
178 return []
180 extracted = []
182 for node in tree.body:
183 if file_type == "models":
184 # Extract concrete (non-abstract) classes
185 if isinstance(node, ast.ClassDef):
186 # Check if this class is abstract by looking for Meta class with abstract = True
187 is_abstract = False
188 for child in node.body:
189 if isinstance(child, ast.ClassDef) and child.name == "Meta":
190 # Check if Meta class has abstract = True
191 for meta_attr in child.body:
192 if isinstance(meta_attr, ast.Assign) and len(meta_attr.targets) == 1 and isinstance(meta_attr.targets[0], ast.Name) and meta_attr.targets[0].id == "abstract":
193 # Check if the value is True
194 if isinstance(meta_attr.value, ast.Constant) and meta_attr.value.value is True:
195 is_abstract = True
196 break
197 if is_abstract:
198 break
199 # Only include concrete (non-abstract) classes
200 if not is_abstract:
201 extracted.append(node.name)
202 elif file_type == "schemas":
203 # Extract classes ending with "Schema" that inherit from Schema
204 if isinstance(node, ast.ClassDef) and node.name.endswith("Schema"):
205 # Check if class inherits from Schema
206 for base in node.bases:
207 if isinstance(base, ast.Name) and base.id == "Schema":
208 extracted.append(node.name)
209 break
210 elif isinstance(base, ast.Attribute):
211 # Handle cases like "schema_out.Schema"
212 if isinstance(base.value, ast.Name) and base.attr == "Schema":
213 extracted.append(node.name)
214 break
215 elif file_type == "schemas_in":
216 # Extract all classes (BaseModel subclasses)
217 if isinstance(node, ast.ClassDef):
218 extracted.append(node.name)
219 elif file_type == "admin":
220 # Extract classes ending with "Admin" or "Inline" (exclude ReadOnlyInline)
221 if isinstance(node, ast.ClassDef):
222 if (node.name.endswith("Admin") or node.name.endswith("Inline")) and node.name != "ReadOnlyInline":
223 extracted.append(node.name)
224 elif file_type == "api":
225 # Extract functions and router variable
226 if isinstance(node, ast.FunctionDef):
227 extracted.append(node.name)
228 elif isinstance(node, ast.Assign):
229 # Check if assigning to "router"
230 for target in node.targets:
231 if isinstance(target, ast.Name) and target.id == "router":
232 extracted.append("router")
234 return extracted
236 def _generate_init_file(
237 self,
238 subdirectory: str,
239 module_name: str,
240 file_type: str,
241 generated_file_content: str,
242 existing_init_content: str | None = None,
243 ) -> str:
244 """
245 Generate or update __init__.py file for a subdirectory.
247 Args:
248 subdirectory: Subdirectory name (e.g., "schemas", "admin")
249 module_name: Name of the module file (without .py extension)
250 file_type: Type of file ("models", "schemas", "schemas_in", "admin", "api")
251 generated_file_content: Content of the generated per-schema file
252 existing_init_content: Existing __init__.py content if updating
254 Returns:
255 Generated __init__.py content as string
256 """
257 # Extract classes/functions from generated file
258 extracted_items = self._extract_classes_from_code(generated_file_content, file_type)
260 if not extracted_items:
261 # No items to import, return existing content or empty
262 return existing_init_content or ""
264 # Parse existing __init__.py to preserve imports
265 existing_import_lines = []
266 existing_all = []
267 if existing_init_content:
268 # Extract existing import statements and __all__
269 try:
270 tree = ast.parse(existing_init_content)
271 for node in tree.body:
272 if isinstance(node, ast.ImportFrom) and node.module:
273 # Check if it's a relative import (level > 0 means relative)
274 is_relative = node.level > 0
275 if is_relative:
276 # Relative import - preserve the original line
277 imported_names = [alias.name for alias in node.names]
278 names_str = ", ".join(imported_names)
279 # Reconstruct the line with proper relative import syntax
280 # node.module doesn't include the dot, so we add it
281 module_path = "." * node.level + (node.module or "")
282 # Only add if not from current module
283 if not module_path.endswith(f".{module_name}") and module_path != f".{module_name}":
284 line = f"from {module_path} import {names_str} # noqa: F401"
285 existing_import_lines.append(line)
286 elif isinstance(node, ast.Assign):
287 # Check for __all__ assignment
288 for target in node.targets:
289 if isinstance(target, ast.Name) and target.id == "__all__":
290 if isinstance(node.value, (ast.List, ast.Tuple)):
291 existing_all = [
292 (elt.value if isinstance(elt, ast.Constant) else (elt.s if isinstance(elt, ast.Str) else str(elt)))
293 for elt in node.value.elts
294 if isinstance(elt, (ast.Constant, ast.Str))
295 ]
296 except SyntaxError:
297 # If parsing fails, try to extract imports manually
298 for line in existing_init_content.split("\n"):
299 stripped = line.strip()
300 if stripped.startswith("from .") and "import" in stripped:
301 # Check if it's not from current module
302 if f".{module_name}" not in stripped:
303 existing_import_lines.append(stripped)
304 elif stripped.startswith("__all__"):
305 # Extract __all__ values manually - simple regex-like extraction
306 import re
308 match = re.search(r"\[(.*?)\]", stripped)
309 if match:
310 all_content = match.group(1)
311 # Extract quoted strings
312 all_items = re.findall(r'"([^"]+)"', all_content)
313 existing_all.extend(all_items)
315 # Build new __init__.py content
316 init_lines = []
318 # Add docstring if this is a new file
319 if not existing_init_content:
320 init_lines.append(f'"""{subdirectory.capitalize()} for all schemas."""')
321 init_lines.append("")
323 # Special handling for API router merging
324 if file_type == "api":
325 # Collect all module names that have routers
326 schema_modules = set()
327 all_functions = []
329 # Parse existing imports to get module names
330 import re
332 for import_line in existing_import_lines:
333 # Extract module name from "from .module import router, ..."
334 match = re.search(r"from \.(\w+) import", import_line)
335 if match and "router" in import_line:
336 schema_modules.add(match.group(1))
337 # Extract function names from imports
338 if "router" not in import_line:
339 # This is a function import, preserve it
340 all_functions.append(import_line)
342 # Add current module
343 if extracted_items:
344 has_router = "router" in extracted_items
345 function_items = [item for item in extracted_items if item != "router"]
347 if has_router:
348 schema_modules.add(module_name)
350 # Add function imports for current module
351 if function_items:
352 items_str = ", ".join(function_items)
353 all_functions.append(f"from .{module_name} import {items_str} # noqa: F401")
355 # Import all functions
356 for func_import in all_functions:
357 init_lines.append(func_import)
359 # Create combined router
360 init_lines.append("")
361 init_lines.append("from ninja import Router")
362 init_lines.append("")
363 init_lines.append('router = Router(tags=["forms"])')
365 # Add router merging for all schema routers
366 for schema_module in sorted(schema_modules):
367 init_lines.append(f"from .{schema_module} import router as {schema_module}_router")
368 init_lines.append(f'router.add_router("", {schema_module}_router)')
370 # Build __all__ list (include router and all functions)
371 all_items = existing_all.copy()
372 all_items.extend(extracted_items)
373 # Remove duplicates while preserving order
374 seen = set()
375 unique_all = []
376 for item in all_items:
377 if item not in seen:
378 seen.add(item)
379 unique_all.append(item)
381 if unique_all:
382 init_lines.append("")
383 all_str = ", ".join(f'"{str(item)}"' for item in unique_all)
384 init_lines.append(f"__all__ = [{all_str}]")
385 else:
386 # Standard handling for other file types
387 # Add existing imports (excluding the current module)
388 for import_line in existing_import_lines:
389 if f".{module_name}" not in import_line:
390 init_lines.append(import_line)
392 # Add import for current module
393 if extracted_items:
394 items_str = ", ".join(extracted_items)
395 init_lines.append(f"from .{module_name} import {items_str} # noqa: F401")
397 # Build __all__ list
398 all_items = existing_all.copy()
399 all_items.extend(extracted_items)
400 # Remove duplicates while preserving order
401 seen = set()
402 unique_all = []
403 for item in all_items:
404 if item not in seen:
405 seen.add(item)
406 unique_all.append(item)
408 if unique_all:
409 init_lines.append("")
410 all_str = ", ".join(f'"{str(item)}"' for item in unique_all)
411 init_lines.append(f"__all__ = [{all_str}]")
413 return "\n".join(init_lines)
415 def _validate_code(self, code: str, filename: str) -> None:
416 """
417 Validate that generated code is valid Python.
419 Args:
420 code: Python code string to validate
421 filename: Name of file (for error messages)
423 Raises:
424 SyntaxError: If code is not valid Python
425 """
426 try:
427 ast.parse(code)
428 except SyntaxError as e:
429 raise SyntaxError(
430 f"Generated {filename} has syntax errors: {e.msg} at line {e.lineno}",
431 ) from e
433 def _write_file(self, filename: str, content: str, subdirectory: str | None = None) -> None:
434 """
435 Write content to a file, creating directory if needed.
437 Args:
438 filename: Name of the file (relative to output_dir or subdirectory)
439 content: Content to write
440 subdirectory: Optional subdirectory within output_dir (e.g., "models")
441 """
442 # Ensure output directory exists
443 self.config.output_dir.mkdir(parents=True, exist_ok=True)
445 if subdirectory:
446 file_path = self.config.output_dir / subdirectory / filename
447 file_path.parent.mkdir(parents=True, exist_ok=True)
448 else:
449 file_path = self.config.output_dir / filename
451 file_path.write_text(content, encoding="utf-8")
453 def _select_root_nodepath(self, nodepaths: List[NodePath]) -> NodePath | None:
454 root_nodepath = next((np for np in nodepaths if not np.is_child and np.is_group), None)
455 if not root_nodepath:
456 root_nodepath = next((np for np in nodepaths if np.is_group), None)
457 if not root_nodepath:
458 root_nodepath = nodepaths[0] if nodepaths else None
459 return root_nodepath
461 def _filter_descendants(self, root_nodepath: NodePath, nodepaths: List[NodePath]) -> List[NodePath]:
462 filtered = [root_nodepath]
463 for np in nodepaths:
464 if np == root_nodepath:
465 continue
466 if len(np.nodes) > len(root_nodepath.nodes):
467 is_descendant = all(np.nodes[i] == root_nodepath.nodes[i] for i in range(len(root_nodepath.nodes)))
468 if is_descendant:
469 filtered.append(np)
470 return filtered
472 @staticmethod
473 def _deduplicate_nodepaths(nodepaths: List[NodePath]) -> List[NodePath]:
474 seen_classnames = set()
475 unique_nodepaths = []
476 for np in nodepaths:
477 if np.classname not in seen_classnames:
478 seen_classnames.add(np.classname)
479 unique_nodepaths.append(np)
480 return unique_nodepaths
482 def _sort_abstract_bases_first(self, nodepaths: List[NodePath]) -> List[NodePath]:
483 if not self.config.merge_top_level_groups:
484 return nodepaths
485 abstract_bases = [np for np in nodepaths if np.is_abstract_base]
486 concrete_classes = [np for np in nodepaths if not np.is_abstract_base]
487 return abstract_bases + concrete_classes
489 def _generate_models_with_root(self, nodepaths: List[NodePath], root_classname: str) -> None:
490 models_filename = f"{schema_name_to_filename(root_classname)}.py"
491 models_subdirectory = "models"
493 models_code = self._generate_file(
494 "models.py.jinja2",
495 models_filename,
496 nodepaths,
497 root_classname=root_classname,
498 )
499 try:
500 formatted_models_code = self.formatter.format(models_code)
501 except FormattingError:
502 formatted_models_code = models_code
503 self._validate_code(formatted_models_code, models_filename)
504 self._write_file(models_filename, formatted_models_code, subdirectory=models_subdirectory)
506 module_name = schema_name_to_filename(root_classname)
507 init_file_path = self.config.output_dir / models_subdirectory / "__init__.py"
508 existing_init_content = init_file_path.read_text() if init_file_path.exists() else None
510 init_content = self._generate_init_file(
511 subdirectory=models_subdirectory,
512 module_name=module_name,
513 file_type="models",
514 generated_file_content=formatted_models_code,
515 existing_init_content=existing_init_content,
516 )
517 try:
518 formatted_init_code = self.formatter.format(init_content)
519 except FormattingError:
520 formatted_init_code = init_content
521 self._validate_code(formatted_init_code, "__init__.py")
522 self._write_file("__init__.py", formatted_init_code, subdirectory=models_subdirectory)
524 def _generate_models_without_root(self, nodepaths: List[NodePath]) -> None:
525 models_code = self._generate_file(
526 "models.py.jinja2",
527 "models.py",
528 nodepaths,
529 root_classname=None,
530 )
531 try:
532 formatted_models_code = self.formatter.format(models_code)
533 except FormattingError:
534 formatted_models_code = models_code
535 self._validate_code(formatted_models_code, "models.py")
536 self._write_file("models.py", formatted_models_code)
538 def _generate_signals_with_root(self, nodepaths: List[NodePath], root_classname: str) -> None:
539 """Generate signals.py when there is a root class."""
540 # For simplicity, we currently generate a single signals.py in the root app dir
541 # regardless of whether we are splitting other files.
542 # Ideally, this might be split, but signals usually need to be app-wide.
543 self._generate_signals_without_root(nodepaths)
545 def _generate_signals_without_root(self, nodepaths: List[NodePath]) -> None:
546 """Generate signals.py."""
547 signals_code = self._generate_file(
548 "signals.py.jinja2",
549 "signals.py",
550 nodepaths,
551 root_classname=None,
552 )
553 try:
554 formatted_code = self.formatter.format(signals_code)
555 except FormattingError:
556 formatted_code = signals_code
557 self._validate_code(formatted_code, "signals.py")
558 self._write_file("signals.py", formatted_code)
560 def _generate_subdir_files_with_root(self, nodepaths: List[NodePath], root_classname: str) -> None:
561 file_mappings = [
562 ("schemas.py.jinja2", "schemas", "schemas"),
563 ("schemas_in.py.jinja2", "schemas_in", "schemas_in"),
564 ("admin.py.jinja2", "admin", "admin"),
565 ("api.py.jinja2", "api", "api"),
566 ]
567 schema_filename = f"{schema_name_to_filename(root_classname)}.py"
569 for template_name, subdirectory, file_type in file_mappings:
570 self._generate_per_schema_file(
571 template_name=template_name,
572 filename=schema_filename,
573 subdirectory=subdirectory,
574 nodepaths=nodepaths,
575 root_classname=root_classname,
576 )
578 generated_file_path = self.config.output_dir / subdirectory / schema_filename
579 generated_file_content = generated_file_path.read_text()
581 init_file_path = self.config.output_dir / subdirectory / "__init__.py"
582 existing_init_content = init_file_path.read_text() if init_file_path.exists() else None
584 init_content = self._generate_init_file(
585 subdirectory=subdirectory,
586 module_name=schema_name_to_filename(root_classname),
587 file_type=file_type,
588 generated_file_content=generated_file_content,
589 existing_init_content=existing_init_content,
590 )
592 try:
593 formatted_init = self.formatter.format(init_content)
594 except FormattingError:
595 formatted_init = init_content
596 self._validate_code(formatted_init, "__init__.py")
597 self._write_file("__init__.py", formatted_init, subdirectory=subdirectory)
599 def _generate_subdir_files_without_root(self, nodepaths: List[NodePath]) -> None:
600 file_mappings = [
601 ("schemas.py.jinja2", "schemas", "schemas"),
602 ("schemas_in.py.jinja2", "schemas_in", "schemas_in"),
603 ("admin.py.jinja2", "admin", "admin"),
604 ("api.py.jinja2", "api", "api"),
605 ]
607 for template_name, subdirectory, _ in file_mappings:
608 output_filename = f"{subdirectory}.py"
609 code = self._generate_file(template_name, output_filename, nodepaths, root_classname=None)
610 try:
611 formatted_code = self.formatter.format(code)
612 except FormattingError:
613 formatted_code = code
614 self._validate_code(formatted_code, output_filename)
615 self._write_file(output_filename, formatted_code)
617 def generate(self, schema: Union[List[dict], FormKitSchema]) -> None:
618 """
619 Generate all code files from a FormKit schema.
621 Generates:
622 - models/<schema_name>.py: Django models (if schema_name is provided)
623 - models/__init__.py: Imports from the generated model file
624 - schemas.py: Django Ninja output schemas
625 - schemas_in.py: Django Ninja input schemas (Pydantic BaseModel)
626 - admin.py: Django admin classes
627 - api.py: Django Ninja API endpoints
629 Args:
630 schema: FormKit schema (list of dicts or FormKitSchema object)
632 Raises:
633 SyntaxError: If generated code is not valid Python
634 FormattingError: If code formatting fails
635 """
636 context = GenerationContext(schema=schema, generator=self)
638 def collect_nodepaths_step(ctx: GenerationContext) -> None:
639 all_nodepaths = self._collect_nodepaths(ctx.schema)
640 ctx.data["all_nodepaths"] = all_nodepaths
641 ctx.data["groups_and_repeaters"] = [np for np in all_nodepaths if np.is_group or np.is_repeater]
643 def select_root_step(ctx: GenerationContext) -> None:
644 groups_and_repeaters = ctx.data["groups_and_repeaters"]
645 root_nodepath = self._select_root_nodepath(groups_and_repeaters)
646 ctx.data["root_nodepath"] = root_nodepath
647 if root_nodepath:
648 root_classname = root_nodepath.classname
649 nodepaths = self._filter_descendants(root_nodepath, groups_and_repeaters)
650 nodepaths = self._sort_abstract_bases_first(nodepaths)
651 nodepaths = self._deduplicate_nodepaths(nodepaths)
652 ctx.data["nodepaths"] = nodepaths
653 ctx.data["root_classname"] = root_classname
654 else:
655 nodepaths = self._deduplicate_nodepaths(groups_and_repeaters)
656 ctx.data["nodepaths"] = nodepaths
658 def generate_models_step(ctx: GenerationContext) -> None:
659 root_nodepath = ctx.data["root_nodepath"]
660 nodepaths = ctx.data["nodepaths"]
661 if root_nodepath:
662 self._generate_models_with_root(nodepaths, ctx.data["root_classname"])
663 else:
664 self._generate_models_without_root(nodepaths)
666 def generate_signals_step(ctx: GenerationContext) -> None:
667 root_nodepath = ctx.data["root_nodepath"]
668 nodepaths = ctx.data["nodepaths"]
669 if root_nodepath:
670 self._generate_signals_with_root(nodepaths, ctx.data["root_classname"])
671 else:
672 self._generate_signals_without_root(nodepaths)
674 def generate_subdirs_step(ctx: GenerationContext) -> None:
675 root_nodepath = ctx.data["root_nodepath"]
676 nodepaths = ctx.data["nodepaths"]
677 if root_nodepath:
678 self._generate_subdir_files_with_root(nodepaths, ctx.data["root_classname"])
679 else:
680 self._generate_subdir_files_without_root(nodepaths)
682 pipeline = GenerationPipeline(
683 [
684 CallableStep(collect_nodepaths_step),
685 CallableStep(select_root_step),
686 CallableStep(generate_models_step),
687 CallableStep(generate_subdirs_step),
688 CallableStep(generate_signals_step),
689 ]
690 )
691 pipeline.run(context)