package jnpf.limsService.support;
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import jnpf.limsEntity.LimsSignUsageTarget;
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import jnpf.limsEntity.SignOpType;
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import java.util.Arrays;
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import java.util.Collections;
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import java.util.List;
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import java.util.Map;
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/** SIGN_USED 的幂等、分组与批量部分成功纯 JVM 探针。 */
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public final class LimsSignUsageSupportProbe {
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private static int passed;
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private static int failed;
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public static void main(String[] args) {
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LimsSignUsageTarget a = target("A", "LS-001");
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LimsSignUsageTarget b = target("B", "LS-001");
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LimsSignUsageTarget c = target("C", "LS-002");
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LimsSignUsageSupport.UsageGroup ordered =
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LimsSignUsageSupport.groupByBizCode(Arrays.asList(a, b)).get(0);
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LimsSignUsageSupport.UsageGroup reordered =
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LimsSignUsageSupport.groupByBizCode(Arrays.asList(b, a, a)).get(0);
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String key1 = LimsSignUsageSupport.clientEventId(
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"sign-1", SignOpType.JIANCE_AUDIT_PASS, ordered);
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String key2 = LimsSignUsageSupport.clientEventId(
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"sign-1", SignOpType.JIANCE_AUDIT_PASS, reordered);
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check("目标顺序和重复项不改变幂等键", key1.equals(key2), key1 + " vs " + key2);
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check("幂等键长度固定为 67", key1.length() == 67, key1);
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String changed = LimsSignUsageSupport.clientEventId(
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"sign-1", SignOpType.JIANCE_AUDIT_PASS,
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LimsSignUsageSupport.groupByBizCode(Collections.singletonList(a)).get(0));
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check("实际目标变化时幂等键变化", !key1.equals(changed), changed);
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check("业务模块进入事件分组", "LIMS-检测任务".equals(ordered.getBizModule()),
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ordered.getBizModule());
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LimsSignUsageTarget otherModule = target("A", "LS-001");
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otherModule.setBizModule("LIMS-其他模块");
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String changedModule = LimsSignUsageSupport.clientEventId(
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"sign-1", SignOpType.JIANCE_AUDIT_PASS,
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LimsSignUsageSupport.groupByBizCode(Collections.singletonList(otherModule)).get(0));
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check("业务模块变化时幂等键变化", !key1.equals(changedModule), changedModule);
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Map<String, Object> partial = LimsSignUsageSupport.signExtra(
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Arrays.asList("A", "B"), Collections.singletonList(a));
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List<?> requested = (List<?>) partial.get("requestedTargets");
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List<?> affected = (List<?>) partial.get("affectedTargets");
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check("请求摘要保留 A/B", requested.size() == 2, String.valueOf(requested));
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check("部分成功只记实际 A", affected.size() == 1
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&& String.valueOf(affected.get(0)).contains("targetId=A")
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&& !String.valueOf(affected.get(0)).contains("targetId=B"), String.valueOf(affected));
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check("affected 与实际目标数一致", Integer.valueOf(1).equals(partial.get("affected")),
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String.valueOf(partial));
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check("实际结果摘要携带业务模块", String.valueOf(affected.get(0))
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.contains("bizModule=LIMS-检测任务"), String.valueOf(affected));
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Map<String, Object> canonical1 = LimsSignUsageSupport.signExtra(
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Arrays.asList("B", "A", "A"), Arrays.asList(b, a, a));
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Map<String, Object> canonical2 = LimsSignUsageSupport.signExtra(
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Arrays.asList("A", "B"), Arrays.asList(a, b));
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check("签名使用摘要不受目标顺序和重复项影响",
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canonical1.equals(canonical2), canonical1 + " vs " + canonical2);
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List<LimsSignUsageSupport.UsageGroup> groups =
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LimsSignUsageSupport.groupByBizCode(Arrays.asList(a, b, c));
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check("跨两个 bizCode 生成两个事件组", groups.size() == 2, String.valueOf(groups.size()));
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check("同 bizCode 的两个目标在同一组", groups.get(0).getTargets().size() == 2,
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String.valueOf(groups.get(0).getTargets().size()));
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check("affected=0 不产生事件组",
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LimsSignUsageSupport.groupByBizCode(Collections.emptyList()).isEmpty(), "仍有分组");
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System.out.println("=== SIGN_USED 断言：" + passed + " 通过 / " + failed + " 失败 ===");
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System.exit(failed == 0 ? 0 : 1);
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}
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private static LimsSignUsageTarget target(String id, String bizCode) {
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return LimsSignUsageTarget.builder()
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.targetTable("lims_jianyan_xiang")
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.targetId(id)
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.bizType("JIANCE_TASK")
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.bizModule("LIMS-检测任务")
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.bizCode(bizCode)
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.build();
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}
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private static void check(String name, boolean ok, String detail) {
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if (ok) {
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passed++;
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System.out.println(" [PASS] " + name);
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} else {
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failed++;
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System.out.println(" [FAIL] " + name + " -- " + detail);
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}
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}
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private LimsSignUsageSupportProbe() {
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}
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}
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