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docs: Add comprehensive documentation to recipe generator

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Add detailed docstrings and inline comments to all recipe generator modules explaining classes, functions, and complex logic in plain English.

Files updated:
- recipe-generator/recipe_generator.py: Module, class, and method docs
- recipe-generator/cli.py: CLI modes, arguments, and workflow docs
- recipe-generator/validators.py: Three-layer validation architecture docs
- recipe-generator/manifest.py: Manifest processing and variant expansion docs
- recipe-generator/generate_recipe.py: Entry point documentation
This commit is contained in:
Lukas Greve
2026-03-27 11:07:16 +01:00
parent 31955a8983
commit 0a3c2b14d8
5 changed files with 1052 additions and 113 deletions
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recipe-generator/recipe_generator.py
+412 -47
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@@ -1,9 +1,32 @@
"""Core recipe generation logic."""
"""Core recipe generation logic.
This module is the heart of the Phyllome OS kickstart recipe generation system.
It works like a sophisticated template engine that:
1. Reads template definitions from recipe_templates.yaml
2. Each template defines:
- Required ingredients (always included, like base system components)
- Modifiers (user choices like desktop environment, storage type)
- Optional ingredients (included based on modifier values)
- Versioned ingredients (Fedora version-specific paths)
- Conditional ingredients (complex logic based on multiple factors)
- Flags (boolean on/off switches for features)
3. When you call generate(), it:
- Looks up the template for your recipe type (e.g., "virtual-desktop")
- Processes all the modifier values you passed in
- Builds a list of %include directives pointing to ingredient fragments
- Returns a complete kickstart file with header and includes
Think of it as a "recipe assembler" - the templates are the master recipes,
modifiers are your customizations, and the output is a complete installation
script that pulls in the right ingredient fragments.
"""
from __future__ import annotations
from pathlib import Path
from typing import Dict, List, Optional
from typing import Dict, List
from validators import (
TemplateValidator,
@@ -14,6 +37,9 @@ from validators import (
import yaml
# ASCII art banner displayed at the top of every generated recipe file.
# This decorative header identifies the output as a Phyllome OS kickstart recipe.
# The backslashes are escaped because they're inside a Python string.
HEADER_ASCII_ART = [
"# __ ____ ____ _____",
"# ____ / /_ __ __/ / /___ ____ ___ ___ / __ \\/ ___/",
@@ -26,37 +52,71 @@ HEADER_ASCII_ART = [
class RecipeGenerator:
"""Generate kickstart recipes from templates and modifiers."""
"""Generate kickstart recipes from templates and modifiers.
This is the core class that powers the recipe generation system. It works by:
1. Loading template definitions from a YAML file (recipe_templates.yaml)
2. Taking a recipe type (like "virtual-desktop") and version (like "43")
3. Accepting optional modifiers (like desktop environment, storage type, security mode)
4. Building a list of %include directives that reference ingredient fragments
5. Outputting a complete kickstart file with header and include statements
The templates define which ingredients are required, optional, conditional, or version-specific.
Modifiers control which optional ingredients get included based on user preferences.
Example usage:
generator = RecipeGenerator(Path('recipe_templates.yaml'))
recipe = generator.generate('virtual-desktop', '43', desktop='gnome', storage='encrypted')
# Returns a string containing the complete kickstart recipe
"""
def __init__(self, ingredients_dir_or_templates: Optional[Path] = None, templates_file: Optional[Path] = None):
def __init__(self, templates_file: Path):
"""Initialize RecipeGenerator.
Args:
ingredients_dir_or_templates: Either ingredients_dir (deprecated) or templates_file
templates_file: Path to the templates YAML file (if ingredients_dir provided)
templates_file: Path to the templates YAML file.
This should be the full path to recipe_templates.yaml.
"""
# Handle both positional arg patterns:
# RecipeGenerator(templates_file) - new style
# RecipeGenerator(ingredients_dir, templates_file) - old style
if templates_file is None:
# Old style: single arg which is actually templates_file
templates_file = ingredients_dir_or_templates
else:
# New style: both args provided (old style with ingredients_dir)
pass
self.project_root = templates_file.parent.parent
self.templates = self._load_templates(templates_file)
def _load_templates(self, path: Path) -> Dict:
"""Load recipe templates from YAML file."""
"""Load recipe templates from YAML file.
This method reads the templates YAML file and extracts the 'templates' section.
The YAML file contains a top-level 'templates' key with all recipe type definitions.
Args:
path: Path to the templates YAML file (can be absolute or relative)
Returns:
Dictionary mapping recipe types to their template definitions.
Example structure:
{
'virtual-desktop': {
'description': 'Virtual machine with desktop',
'required': ['ingredients/base.cfg', ...],
'modifiers': {'desktop': {...}, 'storage': {...}},
'optional': {...},
'versioned': {...},
'conditional': {...},
'flags': {...}
},
...
}
Raises:
SystemExit: If the file is not found or contains invalid YAML
"""
try:
if path.is_absolute():
template_path = path
else:
# Resolve relative paths from project root
template_path = self.project_root / path
with open(template_path, encoding='utf-8') as f:
data = yaml.safe_load(f)
# Extract the 'templates' section - the YAML file has this as top-level key
return data['templates']
except FileNotFoundError:
print(f"Error: Templates file not found: {template_path}")
@@ -66,64 +126,158 @@ class RecipeGenerator:
exit(2)
def generate(self, recipe_type: str, version: str, **modifiers) -> str:
"""Generate a recipe from template with modifiers."""
"""Generate a complete kickstart recipe from a template with modifiers.
This is the main entry point for recipe generation. It takes a recipe type
(like "virtual-desktop"), a Fedora version, and any number of modifier options,
then returns a complete kickstart file as a string.
Args:
recipe_type: The type of recipe to generate. Must match a key in the templates.
Examples: 'virtual-desktop', 'server', 'hypervisor'
version: Fedora version string, typically '43' or 'rawhide'.
This affects which versioned ingredients are included.
**modifiers: Keyword arguments for recipe customization:
- desktop: 'gnome' or 'labwc'
- storage: 'standard' or 'encrypted'
- security: 'secure' or 'devel'
- cpu: 'generic', 'amdcpu', or 'intelcpu'
- gpu: 'none' or 'intelgpu'
- guest_agents: True/False for virtualization tools
- And many others...
Returns:
A string containing the complete kickstart recipe, including:
- ASCII art header
- Description comment
- %include directives for all required and selected ingredients
Raises:
SystemExit: If the recipe_type is not found in templates
"""
if recipe_type not in self.templates:
print(f"Error: Unknown recipe type: {recipe_type}")
exit(1)
template = self.templates[recipe_type]
# Build the output in two parts:
# 1. Header with ASCII art and description
# 2. All the %include lines for ingredients
lines = self._build_header(template['description'])
lines.extend(self._build_includes(template, version, modifiers))
# Join all lines with newlines to create the final recipe string
return '\n'.join(lines)
generate_recipe = generate # Compatibility alias
generate_recipe = generate # Compatibility alias - old code may use this name
def _build_header(self, description: str) -> List[str]:
"""Build the ASCII art header and description."""
"""Build the ASCII art header and description for the recipe.
Creates the decorative banner that appears at the top of every generated
kickstart file. This helps identify the file as a Phyllome OS recipe and
describes what type of system it will install.
Args:
description: Human-readable description of the recipe type
(e.g., "Virtual desktop environment")
Returns:
List of strings representing the header lines, including:
- The ASCII art banner (from HEADER_ASCII_ART constant)
- A comment line with the recipe description
- An empty line to separate header from content
"""
header = HEADER_ASCII_ART.copy()
header.append(f"# {description}")
header.append("")
return header
def _build_includes(self, template: Dict, version: str, modifiers: Dict) -> List[str]:
"""Build %include lines from template and modifiers."""
"""Build %include lines from template and modifiers.
This is the most complex method in the class - it's the core logic that
determines which ingredient fragments get included in the final recipe.
The method processes six different types of ingredient sources:
1. REQUIRED: Always included, no conditions
Example: base system packages, partition layout
2. MODIFIERS: User-specified options that map to ingredient paths
Example: desktop='gnome' → ingredients/desktops/gnome.cfg
3. OPTIONAL: Included only if the modifier is present
Example: gpu='intelgpu' → ingredients/gpu/intel.cfg
4. VERSIONED: Paths with {version} placeholder substituted
Example: ingredients/repo/f{version}.cfg → ingredients/repo/f43.cfg
5. CONDITIONAL: Complex logic based on modifier values
Example: If security='devel', include development tools
6. FLAGS: Boolean on/off switches
Example: hardware_support=True → ingredients/hardware-detection.cfg
The 'seen' set prevents duplicate includes if multiple paths reference
the same ingredient.
Args:
template: The template dictionary for this recipe type
version: Fedora version string for versioned paths
modifiers: Dictionary of user-specified options
Returns:
List of %include directive strings, one per ingredient
"""
includes = []
seen = set()
seen = set() # Track which ingredients we've already added
# Add version to modifiers for template processing
# Add version to modifiers so templates can reference it
modifiers = modifiers.copy()
modifiers['version'] = version
# Add required includes (all ingredients listed under 'required')
# === 1. REQUIRED INGREDIENTS ===
# These are always included, regardless of user options
# Example: base system, bootloader, partition scheme
for item in template.get('required', []):
if isinstance(item, dict):
# Dict format allows conditional logic within required
fragment_path = list(item.values())[0]
else:
# Simple string path
fragment_path = item
if fragment_path not in seen:
includes.append(f"%include {fragment_path}")
seen.add(fragment_path)
# Add modifiers section includes
# === 2. MODIFIER INGREDIENTS ===
# Process user-specified options like desktop, storage, security
for mod_key, mod_value in modifiers.items():
# Normalize key: convert underscores to hyphens for template lookup
# This allows Python-style snake_case (guest_agents) to match
# YAML-style kebab-case (guest-agents)
mod_key_normalized = mod_key.replace("_", "-")
if mod_key_normalized in template.get("modifiers", {}):
mod_key_to_use = mod_key_normalized
elif mod_key in template.get("modifiers", {}):
mod_key_to_use = mod_key
else:
# This modifier doesn't have a mapping in the template, skip it
continue
mod_config = template["modifiers"][mod_key_to_use]
# Handle nested dict modifiers with string values
# Example: mod_config = {'gnome': 'ingredients/gnome.cfg', 'labwc': 'ingredients/labwc.cfg'}
# mod_value = 'gnome'
# Result: include ingredients/gnome.cfg
if isinstance(mod_config, dict) and isinstance(mod_value, str):
if mod_value in mod_config:
fragment_path = mod_config[mod_value]
if isinstance(fragment_path, list):
# Some modifiers map to multiple ingredients
for fp in fragment_path:
if fp is not None and fp not in seen:
includes.append(f"%include {fp}")
@@ -133,6 +287,7 @@ class RecipeGenerator:
seen.add(fragment_path)
# Handle list modifiers
# Example: User passes multiple values like hypervisor_type=['kvm', 'xen']
elif isinstance(mod_config, dict) and isinstance(mod_value, list):
for item in mod_value:
if item in mod_config:
@@ -146,12 +301,16 @@ class RecipeGenerator:
includes.append(f"%include {fragment_path}")
seen.add(fragment_path)
# Add optional includes based on modifiers
# === 3. OPTIONAL INGREDIENTS ===
# Included based on modifier presence and value
# More flexible than modifiers - can handle complex nested structures
for opt_key, opt_config in template.get("optional", {}).items():
if opt_key in modifiers:
value = modifiers[opt_key]
# Case 1: opt_config is nested dict, value is string/int
# Example: opt_config = {'gnome': 'ingredients/gnome.cfg'}
# value = 'gnome'
if isinstance(opt_config, dict) and not isinstance(value, (dict, list)):
if value in opt_config:
fragment_path = opt_config[value]
@@ -165,6 +324,8 @@ class RecipeGenerator:
seen.add(fragment_path)
# Case 2: opt_config is nested dict, value is dict
# Example: value = {'kvm': True, 'xen': False}
# Include ingredients for keys that are present
elif isinstance(opt_config, dict) and isinstance(value, dict):
for nested_key in value:
if nested_key in opt_config:
@@ -178,7 +339,8 @@ class RecipeGenerator:
includes.append(f"%include {nested_value}")
seen.add(nested_value)
# Case 3: opt_config is nested dict, value is boolean
# Case 3: opt_config is nested dict, value is boolean True
# Include ALL options when value is True
elif isinstance(opt_config, dict) and isinstance(value, bool) and value:
for nested_key, nested_value in opt_config.items():
if isinstance(nested_value, list):
@@ -190,32 +352,41 @@ class RecipeGenerator:
includes.append(f"%include {nested_value}")
seen.add(nested_value)
# Case 4: opt_config is list, value is boolean
# Case 4: opt_config is list, value is boolean True
# Include all items in the list
elif isinstance(opt_config, list) and value is True:
for fragment_path in opt_config:
if fragment_path is not None and fragment_path not in seen:
includes.append(f"%include {fragment_path}")
seen.add(fragment_path)
# Add versioned includes
# === 4. VERSIONED INGREDIENTS ===
# Paths that change based on Fedora version
# Example: 'repo': 'ingredients/repo/f{version}.cfg'
# Becomes: ingredients/repo/f43.cfg or ingredients/repo/frawhide.cfg
versioned = template.get('versioned', {})
for fragment_path in versioned.values():
# Substitute {version} placeholder
# Substitute {version} placeholder with actual version
resolved_path = fragment_path.format(version=version)
if resolved_path not in seen:
includes.append(f"%include {resolved_path}")
seen.add(resolved_path)
# Add conditional includes based on modifiers
# === 5. CONDITIONAL INGREDIENTS ===
# Similar to optional, but with different template structure
# Used for more complex conditional logic
conditional = template.get('conditional', {})
for mod_key, mod_config in conditional.items():
# Support both hyphenated and underscored key names
if mod_key.replace('-', '_') in modifiers:
value = modifiers[mod_key.replace('-', '_')]
elif mod_key in modifiers:
value = modifiers[mod_key]
else:
# This modifier wasn't provided, skip
continue
# Same four cases as optional section above
if isinstance(mod_config, dict) and not isinstance(value, (dict, list)):
if value in mod_config:
fragment_path = mod_config[value]
@@ -258,7 +429,10 @@ class RecipeGenerator:
includes.append(f"%include {fragment_path}")
seen.add(fragment_path)
# Add flag includes (boolean toggles)
# === 6. FLAG INGREDIENTS ===
# Simple boolean on/off switches
# Example: hardware_support=True → include hardware detection
# Only includes when value is exactly True (not False or None)
for mod_key, mod_value in modifiers.items():
mod_key_normalized = mod_key.replace('_', '-')
if mod_key_normalized in template.get('flags', {}):
@@ -270,7 +444,22 @@ class RecipeGenerator:
return includes
def _get_modifier(self, modifiers: dict, key: str, default=None):
"""Get modifier value, checking both hyphenated and underscored versions."""
"""Get modifier value, checking both hyphenated and underscored versions.
This helper method handles the naming convention mismatch between:
- Python code: uses snake_case (e.g., guest_agents)
- YAML templates: use kebab-case (e.g., guest-agents)
It tries both versions so users can pass modifiers using either convention.
Args:
modifiers: Dictionary of modifier values
key: The key to look up (will try both this and the hyphenated version)
default: Value to return if key is not found
Returns:
The modifier value if found, otherwise the default
"""
if key in modifiers:
return modifiers[key]
alt_key = key.replace('_', '-')
@@ -279,17 +468,43 @@ class RecipeGenerator:
return default
def generate_filename(self, recipe_type: str, version: str, **modifiers) -> str:
"""Generate recipe filename from parameters."""
"""Generate recipe filename from parameters.
Creates a descriptive filename that encodes the recipe's configuration.
This allows users to identify what a recipe does just from its name.
Filename format:
{recipe_type}-{guest_type}-{variant}-{desktop}-{security}-{storage}-{version}.cfg
Examples:
- virtual-desktop_gnome_43.cfg
- server_encrypted_43.cfg
- hypervisor_kvm_devel_43.cfg
The method only adds suffixes for non-default values:
- GNOME is default → only add if different (labwc)
- secure is default → only add if devel
- standard is default → only add if encrypted
Args:
recipe_type: Base recipe type (e.g., 'virtual-desktop')
version: Fedora version (e.g., '43' or 'rawhide')
**modifiers: All the modifier values that affect the recipe
Returns:
Filename string ending in .cfg
"""
# Extract variant subname if present
# Used to distinguish between desktop/server/hypervisor variants
variant_subname = modifiers.get('variant_subname', '')
if not variant_subname:
variant_subname = modifiers.get('variant_type', '')
# Build base parts
# Build base parts - start with recipe type
parts = [recipe_type.replace('_', '-')]
# Add guest_agents suffix (for both True and False)
# Distinguishes between virtual machines and bare metal installs
guest_agents = self._get_modifier(modifiers, 'guest_agents')
if guest_agents is True:
parts.append('virtual')
@@ -297,61 +512,103 @@ class RecipeGenerator:
parts.append('bare-metal')
# Add variant_subname for install variants
# Only include recognized variant types
if variant_subname and variant_subname in ['desktop', 'server', 'hypervisor', 'hypervisor-desktop']:
parts.append(variant_subname)
# Add hypervisor_type suffix
# For hypervisors, include the type (kvm, xen, etc.)
if modifiers.get('hypervisor_type'):
ht = modifiers['hypervisor_type']
if isinstance(ht, list):
# Multiple hypervisor types
for h in ht:
if h:
parts.append(h)
elif ht:
# Single hypervisor type
parts.append(ht)
# Add desktop (non-GNOME only, since GNOME is default)
# GNOME is the default desktop, so we only note alternatives
desktop = self._get_modifier(modifiers, 'desktop')
if desktop and desktop != 'gnome':
parts.append(desktop)
# Add security suffix (devel only, since secure is default)
# Security defaults to 'secure', so only 'devel' gets noted
security = self._get_modifier(modifiers, 'security')
if security == 'off':
parts.append('devel')
# Add storage suffix (encrypted only, since standard is default)
# Standard storage is default, encrypted gets noted
storage = self._get_modifier(modifiers, 'storage')
if storage == 'encrypted':
parts.append('encrypted')
# Add hardware_support suffix (for True only)
# Hardware support detection is optional
hardware_support = self._get_modifier(modifiers, 'hardware_support')
if hardware_support is True:
parts.append('hw')
# Add initial_setup suffix (non-server values)
# Server is default, other setup types get noted
initial_setup = self._get_modifier(modifiers, 'initial_setup')
if initial_setup and initial_setup != 'server':
parts.append(f'{initial_setup}-setup')
# Add bootloader suffix (systemd-boot only)
# Default bootloader doesn't get noted
bootloader = self._get_modifier(modifiers, 'bootloader')
if bootloader == 'systemd-boot':
parts.append('systemd-boot')
# Add version
# Add version - always included
parts.append(str(version))
# Join all parts with underscores and add .cfg extension
return '_'.join(parts) + '.cfg'
def expand_variants(self, variants: List[Dict]) -> List[Dict]:
"""Expand variants with list values into individual variants."""
"""Expand variants with list values into individual variants.
This method enables batch generation by converting compact manifest
entries with list values into all possible combinations.
Example input:
[
{
'version': ['43', 'rawhide'],
'storage': ['standard', 'encrypted'],
'desktop': 'gnome'
}
]
Example output (cartesian product = 2×2×1 = 4 variants):
[
{'version': '43', 'storage': 'standard', 'desktop': 'gnome'},
{'version': '43', 'storage': 'encrypted', 'desktop': 'gnome'},
{'version': 'rawhide', 'storage': 'standard', 'desktop': 'gnome'},
{'version': 'rawhide', 'storage': 'encrypted', 'desktop': 'gnome'}
]
This uses itertools.product to generate the cartesian product of all
list-valued keys, while preserving scalar values across all combinations.
Args:
variants: List of variant dictionaries, where some values may be lists
Returns:
Expanded list where each variant has only scalar (non-list) values
"""
from itertools import product as itertools_product
expanded = []
for variant in variants:
# Separate list-valued keys from scalar keys
list_keys = {}
scalar_keys = {}
@@ -362,12 +619,15 @@ class RecipeGenerator:
scalar_keys[key] = value
if not list_keys:
# No lists to expand, keep as-is
expanded.append(variant)
continue
# Get cartesian product of all list values
keys = list(list_keys.keys())
values_product = itertools_product(*[list_keys[k] for k in keys])
# Create a new variant for each combination
for combo in values_product:
new_variant = scalar_keys.copy()
for i, key in enumerate(keys):
@@ -376,37 +636,112 @@ class RecipeGenerator:
return expanded
# === VALIDATION METHODS ===
# These are convenience wrappers that delegate to the validators module.
# They provide a unified API so callers can validate through the generator.
def validate_template(self, template: Dict) -> List[str]:
"""Validate template structure and fragment existence."""
"""Validate template structure and fragment existence.
Checks that:
- Required keys are present (description, required)
- All referenced ingredient files actually exist on disk
- Versioned, conditional, and flag paths are valid
Args:
template: Template dictionary to validate
Returns:
List of validation error strings (empty if valid)
"""
validator = TemplateValidator(self.project_root)
return validator.validate(template)
def validate_manifest(self, manifest: Dict) -> List[str]:
"""Validate manifest structure."""
"""Validate manifest structure.
Checks that the manifest has the required 'recipes' key and that
each recipe has required fields (name, variants with version).
Args:
manifest: Manifest dictionary to validate
Returns:
List of validation error strings (empty if valid)
"""
return validate_manifest(manifest)
def validate_recipe(self, content: str) -> List[str]:
"""Validate recipe content."""
"""Validate recipe content.
Checks that:
- No duplicate %include directives
- All referenced ingredient files exist
Args:
content: Recipe content string to validate
Returns:
List of validation error strings (empty if valid)
"""
validator = ContentValidator(self.project_root)
return validator.validate(content)
def validate_recipe_semantic(self, content: str, version: str) -> List[str]:
"""Validate recipe using pykickstart parser."""
"""Validate recipe using pykickstart parser.
Uses the official pykickstart library to parse the recipe and check
for syntax errors, invalid directives, or semantic issues.
Args:
content: Recipe content string to validate
version: Fedora version for version-specific validation rules
Returns:
List of validation error strings (empty if valid)
"""
validator = SemanticValidator()
return validator.validate(content, version)
def get_ksversion(self, version: str) -> Optional[str]:
"""Map Phyllome OS version to pykickstart version string."""
"""Map Phyllome OS version to pykickstart version string.
Pykickstart uses Fedora version naming (F42, F43, etc.).
This method converts Phyllome OS versions to the corresponding
kickstart version string.
Args:
version: Phyllome OS version (e.g., '43' or 'rawhide')
Returns:
Pykickstart version string (e.g., 'F42' for version 43)
or None for rawhide (uses latest development version)
"""
return SemanticValidator().get_ksversion(version)
def extract_version(self, content: str, filename: str) -> Optional[str]:
"""Extract Fedora version from recipe content or filename."""
"""Extract Fedora version from recipe content or filename.
Uses multiple heuristics to determine which Fedora version a recipe
targets:
1. Check filename for version patterns (e.g., _43_, -rawhide.cfg)
2. Check content for version-specific repository paths
Args:
content: Recipe content string
filename: Recipe filename
Returns:
Version string ('43' or 'rawhide') or None if undetermined
"""
import re
# Try to extract from filename first
filename_match = re.search(r'(?:_|-)(43|rawhide)(?:_|-|.cfg|.yaml|$)', filename)
if filename_match:
return filename_match.group(1)
# Fall back to content inspection
for line in content.split('\n'):
if 'core-fedora-repo-43' in line:
return '43'
@@ -420,16 +755,46 @@ class RecipeGenerator:
return None
def extract_version_from_file(self, recipe_path: str, filename: str) -> Optional[str]:
"""Extract version from recipe file."""
"""Extract version from recipe file.
Convenience wrapper that reads the file and delegates to extract_version.
Args:
recipe_path: Path to the recipe file
filename: Filename (used for pattern matching)
Returns:
Version string or None
"""
content = Path(recipe_path).read_text(encoding='utf-8')
return self.extract_version(content, filename)
def validate_recipe_content(self, recipe_path: str) -> List[str]:
"""Validate recipe content from file path."""
"""Validate recipe content from file path.
Reads a recipe file and validates its content for ingredient existence
and duplicate includes.
Args:
recipe_path: Path to the recipe file
Returns:
List of validation error strings
"""
content = Path(recipe_path).read_text(encoding='utf-8')
return self.validate_recipe(content)
def validate_recipe_semantic_from_file(self, recipe_path: str, version: str) -> List[str]:
"""Validate recipe from file path using pykickstart."""
"""Validate recipe from file path using pykickstart.
Reads a recipe file and validates it with the pykickstart parser.
Args:
recipe_path: Path to the recipe file
version: Fedora version for validation rules
Returns:
List of validation error strings
"""
content = Path(recipe_path).read_text(encoding='utf-8')
return self.validate_recipe_semantic(content, version)