seg_iod_validator.h

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// BSD 3-Clause License
// Copyright (c) 2021-2025, 🍀☀🌕🌥 🌊
// See the LICENSE file in the project root for full license information.
 
#ifndef PACS_SERVICES_VALIDATION_SEG_IOD_VALIDATOR_HPP
#define PACS_SERVICES_VALIDATION_SEG_IOD_VALIDATOR_HPP
 
#include "kcenon/pacs/core/dicom_dataset.h"
#include "kcenon/pacs/core/dicom_tag.h"
#include "kcenon/pacs/services/validation/us_iod_validator.h"  // For validation_result types
 
#include <optional>
#include <string>
#include <vector>
 
namespace kcenon::pacs::services::validation {
 
// =============================================================================
// SEG Validation Options
// =============================================================================
 
struct seg_validation_options {
    bool check_type1 = true;
 
    bool check_type2 = true;
 
    bool check_conditional = true;
 
    bool validate_segment_sequence = true;
 
    bool validate_references = true;
 
    bool validate_pixel_data = true;
 
    bool validate_algorithm_info = true;
 
    bool validate_segment_labels = true;
 
    bool validate_anatomic_region = true;
 
    bool strict_mode = false;
};
 
// =============================================================================
// SEG IOD Validator
// =============================================================================
 
class seg_iod_validator {
public:
    seg_iod_validator() = default;
 
    explicit seg_iod_validator(const seg_validation_options& options);
 
    [[nodiscard]] validation_result validate(const core::dicom_dataset& dataset) const;
 
    [[nodiscard]] validation_result
    validate_segments(const core::dicom_dataset& dataset) const;
 
    [[nodiscard]] validation_result
    validate_references(const core::dicom_dataset& dataset) const;
 
    [[nodiscard]] bool quick_check(const core::dicom_dataset& dataset) const;
 
    [[nodiscard]] const seg_validation_options& options() const noexcept;
 
    void set_options(const seg_validation_options& options);
 
private:
    // Module validation methods
    void validate_patient_module(
        const core::dicom_dataset& dataset,
        std::vector<validation_finding>& findings) const;
 
    void validate_general_study_module(
        const core::dicom_dataset& dataset,
        std::vector<validation_finding>& findings) const;
 
    void validate_general_series_module(
        const core::dicom_dataset& dataset,
        std::vector<validation_finding>& findings) const;
 
    void validate_segmentation_series_module(
        const core::dicom_dataset& dataset,
        std::vector<validation_finding>& findings) const;
 
    void validate_general_equipment_module(
        const core::dicom_dataset& dataset,
        std::vector<validation_finding>& findings) const;
 
    void validate_enhanced_general_equipment_module(
        const core::dicom_dataset& dataset,
        std::vector<validation_finding>& findings) const;
 
    void validate_general_image_module(
        const core::dicom_dataset& dataset,
        std::vector<validation_finding>& findings) const;
 
    void validate_image_pixel_module(
        const core::dicom_dataset& dataset,
        std::vector<validation_finding>& findings) const;
 
    void validate_segmentation_image_module(
        const core::dicom_dataset& dataset,
        std::vector<validation_finding>& findings) const;
 
    void validate_segment_sequence(
        const core::dicom_dataset& dataset,
        std::vector<validation_finding>& findings) const;
 
    void validate_multiframe_functional_groups_module(
        const core::dicom_dataset& dataset,
        std::vector<validation_finding>& findings) const;
 
    void validate_multiframe_dimension_module(
        const core::dicom_dataset& dataset,
        std::vector<validation_finding>& findings) const;
 
    void validate_common_instance_reference_module(
        const core::dicom_dataset& dataset,
        std::vector<validation_finding>& findings) const;
 
    void validate_sop_common_module(
        const core::dicom_dataset& dataset,
        std::vector<validation_finding>& findings) const;
 
    // Attribute validation helpers
    void check_type1_attribute(
        const core::dicom_dataset& dataset,
        core::dicom_tag tag,
        std::string_view name,
        std::vector<validation_finding>& findings) const;
 
    void check_type2_attribute(
        const core::dicom_dataset& dataset,
        core::dicom_tag tag,
        std::string_view name,
        std::vector<validation_finding>& findings) const;
 
    void check_modality(
        const core::dicom_dataset& dataset,
        std::vector<validation_finding>& findings) const;
 
    void check_segmentation_type(
        const core::dicom_dataset& dataset,
        std::vector<validation_finding>& findings) const;
 
    void check_pixel_data_consistency(
        const core::dicom_dataset& dataset,
        std::vector<validation_finding>& findings) const;
 
    void validate_single_segment(
        const core::dicom_dataset& segment_item,
        size_t segment_index,
        std::vector<validation_finding>& findings) const;
 
    seg_validation_options options_;
};
 
// =============================================================================
// Convenience Functions
// =============================================================================
 
[[nodiscard]] validation_result validate_seg_iod(const core::dicom_dataset& dataset);
 
[[nodiscard]] bool is_valid_seg_dataset(const core::dicom_dataset& dataset);
 
[[nodiscard]] bool is_binary_segmentation(const core::dicom_dataset& dataset);
 
[[nodiscard]] bool is_fractional_segmentation(const core::dicom_dataset& dataset);
 
[[nodiscard]] size_t get_segment_count(const core::dicom_dataset& dataset);
 
}  // namespace kcenon::pacs::services::validation
 
#endif  // PACS_SERVICES_VALIDATION_SEG_IOD_VALIDATOR_HPP