Files

882 lines
33 KiB
Python

"""Base commands for module: list, search, show, validate, generate."""
from __future__ import annotations
import logging
from dataclasses import dataclass, replace
from pathlib import Path
from typer import Exit
from ..config import ConfigManager
from ..display import DisplayManager, IconManager
from ..exceptions import (
TemplateRenderError,
TemplateSyntaxError,
TemplateValidationError,
)
from ..input import InputManager
from ..template import Template
from ..validation import DependencyMatrixBuilder, MatrixOptions, ValidationRunner
from ..validators import get_validator_registry
from .generation_destination import (
GenerationDestination,
format_remote_destination,
prompt_generation_destination,
resolve_cli_destination,
write_rendered_files_remote,
)
from .helpers import (
apply_cli_overrides,
apply_var_file,
apply_variable_defaults,
collect_variable_values,
)
logger = logging.getLogger(__name__)
# File size thresholds for display formatting
BYTES_PER_KB = 1024
BYTES_PER_MB = 1024 * 1024
@dataclass
class GenerationConfig:
"""Configuration for template generation."""
id: str
output: str | None = None
remote: str | None = None
remote_path: str | None = None
interactive: bool = True
var: list[str] | None = None
var_file: str | None = None
dry_run: bool = False
show_files: bool = False
quiet: bool = False
name: str | None = None
@dataclass
class ValidationConfig:
"""Configuration for template validation."""
verbose: bool
semantic: bool = True
matrix: bool = False
kind: bool = False
all_templates: bool = False
matrix_max_combinations: int = 100
kind_validator: object | None = None
quiet_success: bool = False
def list_templates(module_instance, raw: bool = False) -> list:
"""List all templates."""
logger.debug(f"Listing templates for module '{module_instance.name}'")
# Load all templates using centralized helper
filtered_templates = module_instance._load_all_templates()
if filtered_templates:
if raw:
# Output raw format (tab-separated values for easy filtering with awk/sed/cut)
# Format: ID\tNAME\tTAGS\tVERSION\tLIBRARY
for template in filtered_templates:
name = template.metadata.name or "Unnamed Template"
tags_list = template.metadata.tags or []
tags = ",".join(tags_list) if tags_list else "-"
version = template.metadata.version.name if template.metadata.version else "-"
library = template.metadata.library or "-"
module_instance.display.text("\t".join([template.id, name, tags, version, library]))
else:
# Output rich table format
def format_template_row(template):
name = template.metadata.name or "Unnamed Template"
tags_list = template.metadata.tags or []
tags = ", ".join(tags_list) if tags_list else "-"
version = template.metadata.version.name if template.metadata.version else ""
library_name = template.metadata.library or ""
library_type = template.metadata.library_type or "git"
# Format library with icon and color
icon = IconManager.UI_LIBRARY_STATIC if library_type == "static" else IconManager.UI_LIBRARY_GIT
color = "yellow" if library_type == "static" else "blue"
library_display = f"[{color}]{icon} {library_name}[/{color}]"
return (template.id, name, tags, version, library_display)
module_instance.display.data_table(
columns=[
{"name": "ID", "style": "bold", "no_wrap": True},
{"name": "Name"},
{"name": "Tags"},
{"name": "Version", "no_wrap": True},
{"name": "Library", "no_wrap": True},
],
rows=filtered_templates,
row_formatter=format_template_row,
)
else:
logger.info(f"No templates found for module '{module_instance.name}'")
module_instance.display.info(
f"No templates found for module '{module_instance.name}'",
context="Use 'bp repo update' to update libraries or check library configuration",
)
return filtered_templates
def search_templates(module_instance, query: str) -> list:
"""Search for templates by ID containing the search string."""
logger.debug(f"Searching templates for module '{module_instance.name}' with query='{query}'")
# Load templates with search filter using centralized helper
filtered_templates = module_instance._load_all_templates(lambda t: query.lower() in t.id.lower())
if filtered_templates:
logger.info(f"Found {len(filtered_templates)} templates matching '{query}' for module '{module_instance.name}'")
def format_template_row(template):
name = template.metadata.name or "Unnamed Template"
tags_list = template.metadata.tags or []
tags = ", ".join(tags_list) if tags_list else "-"
version = template.metadata.version.name if template.metadata.version else ""
library_name = template.metadata.library or ""
library_type = template.metadata.library_type or "git"
# Format library with icon and color
icon = IconManager.UI_LIBRARY_STATIC if library_type == "static" else IconManager.UI_LIBRARY_GIT
color = "yellow" if library_type == "static" else "blue"
library_display = f"[{color}]{icon} {library_name}[/{color}]"
return (template.id, name, tags, version, library_display)
module_instance.display.data_table(
columns=[
{"name": "ID", "style": "bold", "no_wrap": True},
{"name": "Name"},
{"name": "Tags"},
{"name": "Version", "no_wrap": True},
{"name": "Library", "no_wrap": True},
],
rows=filtered_templates,
row_formatter=format_template_row,
)
else:
logger.info(f"No templates found matching '{query}' for module '{module_instance.name}'")
module_instance.display.warning(
f"No templates found matching '{query}'",
context=f"module '{module_instance.name}'",
)
return filtered_templates
def show_template(module_instance, id: str, var: list[str] | None = None, var_file: str | None = None) -> None:
"""Show template details with optional variable overrides."""
logger.debug(f"Showing template '{id}' from module '{module_instance.name}'")
template = module_instance._load_template_by_id(id)
if not template:
module_instance.display.error(f"Template '{id}' not found", context=f"module '{module_instance.name}'")
return
# Apply defaults and overrides (same precedence as generate command)
if template.variables:
config = ConfigManager()
apply_variable_defaults(template, config, module_instance.name)
apply_var_file(template, var_file, module_instance.display)
apply_cli_overrides(template, var)
# Re-sort sections after applying overrides (toggle values may have changed)
template.variables.sort_sections()
# Reset disabled bool variables to False to prevent confusion
reset_vars = template.variables.reset_disabled_bool_variables()
if reset_vars:
logger.debug(f"Reset {len(reset_vars)} disabled bool variables to False")
# Display template header
module_instance.display.templates.render_template_header(template, id)
# Display file tree
module_instance.display.templates.render_file_tree(template)
# Display variables table
module_instance.display.variables.render_variables_table(template)
def check_output_directory(
output_dir: Path,
rendered_files: dict[str, str],
interactive: bool,
display: DisplayManager,
) -> list[Path] | None:
"""Check output directory for conflicts and get user confirmation if needed."""
dir_exists = output_dir.exists()
dir_not_empty = dir_exists and any(output_dir.iterdir())
# Check which files already exist
existing_files = []
if dir_exists:
for file_path in rendered_files:
full_path = output_dir / file_path
if full_path.exists():
existing_files.append(full_path)
# Warn if directory is not empty
if dir_not_empty:
if interactive:
display.text("") # Add newline before warning
# Combine directory warning and file count on same line
warning_msg = f"Directory '{output_dir}' is not empty."
if existing_files:
warning_msg += f" {len(existing_files)} file(s) will be overwritten."
display.warning(warning_msg)
display.text("") # Add newline after warning
input_mgr = InputManager()
if not input_mgr.confirm("Continue?", default=False):
display.info("Generation cancelled")
return None
else:
# Non-interactive mode: show warning but continue
logger.warning(f"Directory '{output_dir}' is not empty")
if existing_files:
logger.warning(f"{len(existing_files)} file(s) will be overwritten")
return existing_files
def _analyze_file_operations(
output_dir: Path, rendered_files: dict[str, str]
) -> tuple[list[tuple[str, int, str]], int, int, int]:
"""Analyze file operations and return statistics."""
total_size = 0
new_files = 0
overwrite_files = 0
file_operations = []
for file_path, content in sorted(rendered_files.items()):
full_path = output_dir / file_path
file_size = len(content.encode("utf-8"))
total_size += file_size
if full_path.exists():
status = "Overwrite"
overwrite_files += 1
else:
status = "Create"
new_files += 1
file_operations.append((file_path, file_size, status))
return file_operations, total_size, new_files, overwrite_files
def _format_size(total_size: int) -> str:
"""Format byte size into human-readable string."""
if total_size < BYTES_PER_KB:
return f"{total_size}B"
if total_size < BYTES_PER_MB:
return f"{total_size / BYTES_PER_KB:.1f}KB"
return f"{total_size / BYTES_PER_MB:.1f}MB"
def _get_rendered_file_stats(rendered_files: dict[str, str]) -> tuple[int, int, str]:
"""Return file count, total size, and formatted size for rendered output."""
total_size = sum(len(content.encode("utf-8")) for content in rendered_files.values())
return len(rendered_files), total_size, _format_size(total_size)
def _display_rendered_file_contents(rendered_files: dict[str, str], display: DisplayManager) -> None:
"""Display rendered file contents for dry-run mode."""
display.text("")
display.heading("File Contents")
for file_path, content in sorted(rendered_files.items()):
display.text(f"\n[cyan]{file_path}[/cyan]")
display.text(f"{'─' * 80}")
display.text(content)
display.text("")
def execute_dry_run(
id: str,
output_dir: Path,
rendered_files: dict[str, str],
show_files: bool,
display: DisplayManager,
) -> tuple[int, int, str]:
"""Execute dry run mode - preview files without writing.
Returns:
Tuple of (total_files, overwrite_files, size_str) for summary display
"""
_file_operations, total_size, _new_files, overwrite_files = _analyze_file_operations(output_dir, rendered_files)
size_str = _format_size(total_size)
if show_files:
_display_rendered_file_contents(rendered_files, display)
logger.info(f"Dry run completed for template '{id}' - {len(rendered_files)} files, {total_size} bytes")
return len(rendered_files), overwrite_files, size_str
def execute_remote_dry_run(
remote_host: str,
remote_path: str,
rendered_files: dict[str, str],
show_files: bool,
display: DisplayManager,
) -> tuple[int, str]:
"""Preview a remote upload without writing files."""
total_files, _total_size, size_str = _get_rendered_file_stats(rendered_files)
if show_files:
_display_rendered_file_contents(rendered_files, display)
logger.info(
"Dry run completed for remote destination '%s' - %s files",
format_remote_destination(remote_host, remote_path),
total_files,
)
return total_files, size_str
def _validate_output_name(name: str) -> str:
"""Validate and normalize a generated output name."""
normalized_name = name.strip()
if not normalized_name:
raise ValueError("--name cannot be empty")
if "/" in normalized_name or "\\" in normalized_name:
raise ValueError("--name must be a file name, not a path")
if normalized_name in {".", ".."}:
raise ValueError("--name cannot be '.' or '..'")
return normalized_name
def _prefix_path_part(name: str, part: str) -> str:
"""Prefix one top-level path part with the generated output name."""
path = Path(part)
if path.stem == "main" and path.suffix:
return f"{name}{path.suffix}"
return f"{name}_{part}"
def apply_output_name(rendered_files: dict[str, str], name: str | None) -> dict[str, str]:
"""Rename top-level generated paths with a user-provided output name.
The top-level entrypoint file named ``main.<ext>`` becomes ``<name>.<ext>``.
All other top-level files or directories receive ``<name>_`` as a prefix.
Nested path segments are preserved unchanged.
"""
if name is None:
return rendered_files
normalized_name = _validate_output_name(name)
renamed_files: dict[str, str] = {}
for file_path, content in rendered_files.items():
path = Path(file_path)
parts = path.parts
if not parts:
continue
renamed_top_level = _prefix_path_part(normalized_name, parts[0])
renamed_path = Path(renamed_top_level, *parts[1:]).as_posix()
if renamed_path in renamed_files:
raise ValueError(f"--name creates duplicate generated path: {renamed_path}")
renamed_files[renamed_path] = content
return renamed_files
def write_rendered_files(output_dir: Path, rendered_files: dict[str, str]) -> None:
"""Write rendered files to the output directory."""
output_dir.mkdir(parents=True, exist_ok=True)
for file_path, content in rendered_files.items():
full_path = output_dir / file_path
full_path.parent.mkdir(parents=True, exist_ok=True)
with full_path.open("w", encoding="utf-8") as f:
f.write(content)
logger.info(f"Template written to directory: {output_dir}")
def _prepare_template(
module_instance,
id: str,
var_file: str | None,
var: list[str] | None,
display: DisplayManager,
):
"""Load template and apply all defaults/overrides."""
template = module_instance._load_template_by_id(id)
config = ConfigManager()
apply_variable_defaults(template, config, module_instance.name)
apply_var_file(template, var_file, display)
apply_cli_overrides(template, var)
if template.variables:
template.variables.sort_sections()
reset_vars = template.variables.reset_disabled_bool_variables()
if reset_vars:
logger.debug(f"Reset {len(reset_vars)} disabled bool variables to False")
return template
def _render_template(template, id: str, display: DisplayManager, interactive: bool):
"""Validate, render template and collect variable values."""
variable_values = collect_variable_values(template, interactive)
if template.variables:
template.variables.validate_all()
debug_mode = logger.isEnabledFor(logging.DEBUG)
rendered_files, variable_values = template.render(template.variables, debug=debug_mode)
if not rendered_files:
display.error(
"Template rendering returned no files",
context="template generation",
)
raise Exit(code=1)
logger.info(f"Successfully rendered template '{id}'")
return rendered_files, variable_values
def _display_template_error(display: DisplayManager, template_id: str, error: TemplateRenderError) -> None:
"""Display template rendering error with clean formatting."""
display.text("")
display.text("─" * 80, style="dim")
display.text("")
# Build details if available
details = None
if error.file_path:
details = error.file_path
if error.line_number:
details += f":line {error.line_number}"
# Display error with details
display.error(f"Failed to generate boilerplate from template '{template_id}'", details=details)
def _display_generic_error(display: DisplayManager, template_id: str, error: Exception) -> None:
"""Display generic error with clean formatting."""
display.text("")
display.text("─" * 80, style="dim")
display.text("")
# Truncate long error messages
max_error_length = 100
error_msg = str(error)
if len(error_msg) > max_error_length:
error_msg = f"{error_msg[:max_error_length]}..."
# Display error with details
display.error(f"Failed to generate boilerplate from template '{template_id}'", details=error_msg)
def generate_template(module_instance, config: GenerationConfig) -> None: # noqa: PLR0912, PLR0915
"""Generate from template."""
logger.info(f"Starting generation for template '{config.id}' from module '{module_instance.name}'")
display = DisplayManager(quiet=config.quiet) if config.quiet else module_instance.display
template = _prepare_template(module_instance, config.id, config.var_file, config.var, display)
slug = getattr(template, "slug", template.id)
used_implicit_dry_run_destination = False
try:
destination = resolve_cli_destination(config.output, config.remote, config.remote_path, slug)
except ValueError as e:
display.error(str(e), context="template generation")
raise Exit(code=1) from None
if not config.quiet:
# Display template header
module_instance.display.templates.render_template_header(template, config.id)
# Display file tree
module_instance.display.templates.render_file_tree(template)
# Display variables table
module_instance.display.variables.render_variables_table(template)
module_instance.display.text("")
try:
rendered_files, _variable_values = _render_template(template, config.id, display, config.interactive)
rendered_files = apply_output_name(rendered_files, config.name)
if destination is None:
if config.dry_run:
destination = GenerationDestination(mode="local", local_output_dir=Path.cwd() / slug)
used_implicit_dry_run_destination = True
elif config.interactive:
destination = prompt_generation_destination(slug)
else:
destination = GenerationDestination(mode="local", local_output_dir=Path.cwd() / slug)
if not destination.is_remote:
output_dir = destination.local_output_dir or (Path.cwd() / slug)
if (
not config.dry_run
and not config.quiet
and check_output_directory(output_dir, rendered_files, config.interactive, display) is None
):
return
# Execute generation (dry run or actual)
dry_run_stats = None
if destination.is_remote:
remote_host = destination.remote_host or ""
remote_path = destination.remote_path or f"~/{slug}"
if config.dry_run:
if not config.quiet:
dry_run_stats = execute_remote_dry_run(
remote_host,
remote_path,
rendered_files,
config.show_files,
display,
)
else:
write_rendered_files_remote(remote_host, remote_path, rendered_files)
else:
output_dir = destination.local_output_dir or (Path.cwd() / slug)
if config.dry_run:
if not config.quiet:
dry_run_stats = execute_dry_run(config.id, output_dir, rendered_files, config.show_files, display)
else:
write_rendered_files(output_dir, rendered_files)
# Display final status message at the end
if not config.quiet:
display.text("")
display.text("─" * 80, style="dim")
if destination.is_remote:
remote_host = destination.remote_host or ""
remote_path = destination.remote_path or f"~/{slug}"
remote_target = format_remote_destination(remote_host, remote_path)
if config.dry_run and dry_run_stats:
total_files, size_str = dry_run_stats
display.success(
f"Dry run complete: {total_files} files ({size_str}) would be uploaded to '{remote_target}'"
)
else:
display.success(f"Boilerplate uploaded successfully to '{remote_target}'")
elif config.dry_run and dry_run_stats:
total_files, overwrite_files, size_str = dry_run_stats
if used_implicit_dry_run_destination:
display.success(
"Dry run complete: boilerplate rendered successfully "
f"({total_files} files, {size_str}, preview only)"
)
elif overwrite_files > 0:
display.warning(
f"Dry run complete: {total_files} files ({size_str}) would be written to '{output_dir}' "
f"({overwrite_files} would be overwritten)"
)
else:
display.success(
f"Dry run complete: {total_files} files ({size_str}) would be written to '{output_dir}'"
)
else:
display.success(f"Boilerplate generated successfully in '{output_dir}'")
except TemplateRenderError as e:
_display_template_error(display, config.id, e)
raise Exit(code=1) from None
except Exception as e:
_display_generic_error(display, config.id, e)
raise Exit(code=1) from None
def validate_templates(
module_instance,
template_id: str,
path: str | None,
config: ValidationConfig,
) -> None:
"""Validate templates for Jinja2 syntax, undefined variables, and semantic correctness."""
# Load template based on input
if config.all_templates and (template_id or path):
module_instance.display.error("--all cannot be combined with a template ID or --path")
raise Exit(code=1) from None
template = _load_template_for_validation(module_instance, template_id, path)
if template:
_validate_single_template(module_instance, template, template_id or template.id, config)
else:
_validate_all_templates(module_instance, config)
def _load_template_for_validation(module_instance, template_id: str, path: str | None):
"""Load a template from path or ID for validation."""
if path:
template_path = Path(path).resolve()
if not template_path.exists():
module_instance.display.error(f"Path does not exist: {path}")
raise Exit(code=1) from None
if not template_path.is_dir():
module_instance.display.error(f"Path is not a directory: {path}")
raise Exit(code=1) from None
module_instance.display.info(f"[bold]Validating template from path:[/bold] [cyan]{template_path}[/cyan]")
try:
return Template(template_path, library_name="local")
except Exception as e:
module_instance.display.error(f"Failed to load template from path '{path}': {e}")
raise Exit(code=1) from None
if template_id:
try:
template = module_instance._load_template_by_id(template_id)
module_instance.display.info(f"Validating template: {template_id}")
return template
except Exception as e:
module_instance.display.error(f"Failed to load template '{template_id}': {e}")
raise Exit(code=1) from None
return None
def _validate_single_template(
module_instance,
template,
template_id: str,
config: ValidationConfig,
) -> None:
"""Validate a single template."""
try:
# Jinja2 validation
_ = template.used_variables
_ = template.variables
if not config.quiet_success:
module_instance.display.success("Jinja2 validation passed")
if config.matrix or config.kind:
_run_matrix_validation(module_instance, template, config)
return
# Semantic validation for the default rendered output.
if config.semantic:
_run_semantic_validation(module_instance, template, config.verbose)
# Verbose output
if config.verbose:
_display_validation_details(module_instance, template, config.semantic)
except TemplateRenderError as e:
module_instance.display.error(str(e), context=f"template '{template_id}'")
raise Exit(code=1) from None
except (TemplateSyntaxError, TemplateValidationError, ValueError) as e:
module_instance.display.error(f"Validation failed for '{template_id}':")
module_instance.display.info(f"\n{e}")
raise Exit(code=1) from None
except Exit:
raise
except Exception as e:
module_instance.display.error(f"Unexpected error validating '{template_id}': {e}")
raise Exit(code=1) from None
def _run_matrix_validation(
module_instance,
template,
config: ValidationConfig,
) -> None:
"""Run dependency matrix validation for one template."""
module_instance.display.info("")
module_instance.display.info("Running dependency matrix validation...")
options = MatrixOptions(max_combinations=config.matrix_max_combinations)
cases = DependencyMatrixBuilder(template, options).build()
runner = ValidationRunner(
template,
cases,
semantic=config.semantic,
kind_validator=config.kind_validator,
)
summary = runner.run()
module_instance.display.data_table(
columns=[
{"name": "Case", "style": "cyan", "no_wrap": False},
{"name": "Tpl", "justify": "center"},
{"name": "Sem", "justify": "center"},
{"name": "Kind", "justify": "center"},
],
rows=_build_matrix_result_rows(
cases,
summary.failures,
kind_requested=config.kind,
kind_available=config.kind_validator is not None,
kind_skipped_cases=summary.kind_skipped_cases,
),
title=f"Dependency Matrix ({len(cases)} cases)",
)
if config.kind and config.kind_validator is None:
module_instance.display.warning(f"No kind-specific validator available for '{module_instance.name}'")
elif summary.kind_skipped_cases:
module_instance.display.warning("Kind-specific validation skipped for one or more cases")
if summary.failures:
module_instance.display.info("")
for failure in summary.failures:
location = f" [{failure.file_path}]" if failure.file_path else ""
validator = f" ({failure.validator})" if failure.validator else ""
module_instance.display.error(
f"{failure.case_name}: {failure.stage}{location}{validator}: {failure.message}"
)
raise Exit(code=1) from None
module_instance.display.success(f"Dependency matrix validation passed ({summary.total_cases} case(s))")
def _build_matrix_result_rows(
cases,
failures,
kind_requested: bool,
kind_available: bool,
kind_skipped_cases: set[str],
) -> list[tuple[str, str, str, str]]:
"""Build display rows for matrix validation results."""
failures_by_case: dict[str, dict[str, set[str]]] = {}
for failure in failures:
case_failures = failures_by_case.setdefault(failure.case_name, {})
case_failures.setdefault(failure.stage, set()).add(failure.message)
rows = []
for case in cases:
failed_stages = failures_by_case.get(case.name, {})
rows.append(
(
case.name,
"fail" if "tpl" in failed_stages else "pass",
"fail" if "sem" in failed_stages else "pass",
_matrix_stage_status(
failed_stages,
"kind",
requested=kind_requested,
available=kind_available,
skipped=case.name in kind_skipped_cases,
),
)
)
return rows
def _matrix_stage_status(
failed_stages: dict[str, set[str]],
stage: str,
*,
requested: bool = True,
available: bool = True,
skipped: bool = False,
) -> str:
if not requested:
return "skip"
if not available:
return "missing"
if any("not available" in message or "unavailable" in message for message in failed_stages.get(stage, set())):
return "missing"
if stage in failed_stages:
return "fail"
if skipped:
return "skip"
return "pass"
def _run_semantic_validation(module_instance, template, verbose: bool) -> None:
"""Run semantic validation on the default rendered template files."""
module_instance.display.info("")
module_instance.display.info("Running semantic validation...")
registry = get_validator_registry()
debug_mode = logger.isEnabledFor(logging.DEBUG)
rendered_files, _ = template.render(template.variables, debug=debug_mode)
has_semantic_errors = False
for file_path, content in rendered_files.items():
result = registry.validate_file(content, file_path)
if result.errors or result.warnings or (verbose and result.info):
module_instance.display.info(f"\nFile: {file_path}")
result.display(f"{file_path}")
if result.errors:
has_semantic_errors = True
if has_semantic_errors:
module_instance.display.error("Semantic validation found errors")
raise Exit(code=1) from None
module_instance.display.success("Semantic validation passed")
def _display_validation_details(module_instance, template, semantic: bool) -> None:
"""Display verbose validation details."""
module_instance.display.info(f"\nTemplate path: {template.template_dir}")
module_instance.display.info(f"Found {len(template.used_variables)} variables")
if semantic:
debug_mode = logger.isEnabledFor(logging.DEBUG)
rendered_files, _ = template.render(template.variables, debug=debug_mode)
module_instance.display.info(f"Generated {len(rendered_files)} files")
def _validate_all_templates(module_instance, config: ValidationConfig) -> None:
"""Validate all templates in the module."""
module_instance.display.info(f"Validating all {module_instance.name} templates...")
valid_count = 0
invalid_count = 0
errors = []
all_templates = module_instance._load_all_templates()
total = len(all_templates)
# Preserve historical all-template validation behavior: by default this
# checks template syntax/variables only. Matrix or kind validation can be
# explicitly enabled for all templates with --matrix/--kind.
child_config = replace(
config,
semantic=config.semantic if config.matrix or config.kind else False,
quiet_success=not config.verbose,
)
for template in all_templates:
try:
_validate_single_template(module_instance, template, template.id, child_config)
valid_count += 1
if config.verbose:
module_instance.display.success(template.id)
except Exit:
invalid_count += 1
errors.append((template.id, "Validation failed"))
if config.verbose:
module_instance.display.error(template.id)
except ValueError as e:
invalid_count += 1
errors.append((template.id, str(e)))
if config.verbose:
module_instance.display.error(template.id)
except Exception as e:
invalid_count += 1
errors.append((template.id, f"Load error: {e}"))
if config.verbose:
module_instance.display.warning(template.id)
# Display summary
module_instance.display.info("")
module_instance.display.info(f"Total templates: {total}")
module_instance.display.info(f"Valid: {valid_count}")
module_instance.display.info(f"Invalid: {invalid_count}")
if errors:
module_instance.display.info("")
for template_id, error_msg in errors:
module_instance.display.error(f"{template_id}: {error_msg}")
raise Exit(code=1)
if total > 0:
module_instance.display.info("")
module_instance.display.success("All templates are valid")