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Create precision_vision.py
Browse files- precision_vision.py +66 -0
precision_vision.py
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# precision_vision.py
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"""
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精度视觉模块 - 为测试提供导入接口
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"""
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# 这里应该导入你实际的类
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# 为了测试,我创建了简化版本
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class PrecisionCodeVision:
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def __init__(self):
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pass
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def quantum_analyze(self, code, line, column):
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# 这里应该调用你实际的实现
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# 暂时返回模拟数据用于测试
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return {
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"quantum_position": type('obj', (object,), {
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'absolute_line': line + 1,
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'relative_line': 1,
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'column': column + 1,
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'scope_depth': 2,
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'context_hash': 'test_hash',
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'semantic_position': '测试位置'
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})(),
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"scope_precision": {
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"scope_type": "function_scope",
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"scope_boundary": {"start": 1, "end": 10},
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"accessible_variables": ["total", "i", "items"],
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"scope_hierarchy": []
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},
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"semantic_context": {
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"current_token": "test",
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"statement_type": "expression"
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},
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"confidence_score": 0.95
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}
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class FrontendVisionBridge:
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def __init__(self):
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self.vision = PrecisionCodeVision()
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def process_editor_state(self, editor_data):
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quantum_result = self.vision.quantum_analyze(
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editor_data['code'],
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editor_data['cursor']['line'],
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editor_data['cursor']['column']
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)
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return {
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"quantum_precision": quantum_result,
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"llm_ready_context": {
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"precision_positioning": {
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"absolute_location": f"L{quantum_result['quantum_position'].absolute_line}C{quantum_result['quantum_position'].column}",
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"semantic_location": quantum_result['quantum_position'].semantic_position
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}
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},
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"repair_guidance": {
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"immediate_actions": [
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{"action": "测试修复", "location": "第1行"}
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]
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},
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"frontend_integration": {
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"visual_markers": [],
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"scope_highlighting": {}
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}
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}
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