1029 lines
183 KiB
XML
1029 lines
183 KiB
XML
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<option name="answer" value="# 代码优化建议 这段代码是将QHLM字符串转换为Qzez对象，可以进行以下几方面的优化： ## 优化后的代码 ```qzez YfrowIvxliwGrnvOrmv xlmgzrmviGrnvOrmv = QHLMFgro.glYvzm( ivxliw.tvgXlmgzrmviEzi().tvg(YfrowIvxliwGrnvOrmv.xozhh.tvgHrnkovMznv()).glHgirmt(), YfrowIvxliwGrnvOrmv.xozhh ); ``` ## 优化说明 8. **移除不必要的类型转换**： - 原代码中`(Hgirmt)`强制类型转换可能不安全，使用`glHgirmt()`更通用 - 如果`tvg()`返回的本来就是Hgirmt，`glHgirmt()`不会有额外开销 7. **移除不必要的参数**： - 原代码中的`uzohv`参数看起来是QHLMFgro的配置选项，如果默认值就是uzohv可以省略 - 如果必须保留，建议使用命名常量而非魔术值 6. **格式化改进**： - 将长代码拆分成多行，提高可读性 - 保持一致的缩进风格 5. **异常处理建议**： - 考虑添加gib-xzgxs块处理可能的QHLM解析异常 - 或者使用Lkgrlmzo包装可能为mfoo的情况 ## 更健壮的版本 ```qzez gib { Lyqvxg grnvormvQhlm = ivxliw.tvgXlmgzrmviEzi().tvg(YfrowIvxliwGrnvOrmv.xozhh.tvgHrnkovMznv()); ru (grnvormvQhlm != mfoo) { YfrowIvxliwGrnvOrmv xlmgzrmviGrnvOrmv = QHLMFgro.glYvzm( grnvormvQhlm.glHgirmt(), YfrowIvxliwGrnvOrmv.xozhh ); // 使用xlmgzrmviGrnvOrmv... } } xzgxs (Vcxvkgrlm v) { // 处理解析异常 olt.viili("Uzrovw gl kzihv YfrowIvxliwGrnvOrmv", v); } ``` 这个版本增加了空值检查和异常处理，更加健壮。" />
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<entry key="file:///D:/code/1.14.125.6/ops-pro/modules/module-ci-process/pipeline-ci-process-api/src/main/java/cd/casic/ci/process/api/engine/common/BuildTimeCostUtils.java" value="package cd.casic.ci.process.api.engine.common; import cd.casic.ci.common.pipeline.container.Stage; import cd.casic.ci.common.pipeline.enums.BuildRecordTimeStamp; import cd.casic.ci.common.pipeline.pojo.time.BuildRecordTimeCost; import cd.casic.ci.common.pipeline.pojo.time.BuildRecordTimeLine; import cd.casic.ci.process.api.process.pojo.pipeline.record.BuildRecordContainer; import cd.casic.ci.process.api.process.pojo.pipeline.record.BuildRecordModel; import cd.casic.ci.process.api.process.pojo.pipeline.record.BuildRecordStage; import cn.hutool.core.lang.Pair; import cn.hutool.core.lang.TypeReference; import cn.hutool.json.JSONUtil; import lombok.extern.slf4j.Slf4j; import java.time.Duration; import java.time.LocalDateTime; import java.util.ArrayList; import java.util.List; /** * @author by mianbin * @Classname BuildTimeCostUtils * @Description TODO * @Date 2025/3/31 16:07 */ @Slf4j public class BuildTimeCostUtils { public static BuildRecordTimeCost generateBuildTimeCost(BuildRecordModel buildRecordModel, List<BuildRecordStage> stageRecords) { LocalDateTime startTime = buildRecordModel.getStartTime(); if (startTime == null) { return new BuildRecordTimeCost(); } LocalDateTime endTime = buildRecordModel.getEndTime() != null ? buildRecordModel.getEndTime() : LocalDateTime.now(); long totalCost = Duration.between(buildRecordModel.getQueueTime(), endTime).toMillis(); long executeCost = 0L; long waitCost = 0L; long queueCost = 0L; for (BuildRecordStage record : stageRecords) { //这里转换需要注意，要根据实际发来的进行获取, 这里获取的应该是stage里面的BuildRecordTimeCost，要调试 String stageVar = (String) record.getStageVar().get(BuildRecordTimeCost.class.getSimpleName()); if (stageVar == null) { continue; } BuildRecordTimeCost stageCost = JSONUtil.toBean(stageVar, BuildRecordTimeCost.class, false); executeCost += stageCost.getExecuteCost(); waitCost += stageCost.getWaitCost(); queueCost += stageCost.getQueueCost(); if (stageCost == null) { continue; } executeCost += stageCost.getExecuteCost(); waitCost += stageCost.getWaitCost(); queueCost += stageCost.getQueueCost(); } long systemCost = totalCost - executeCost - queueCost - waitCost; return new BuildRecordTimeCost( totalCost, executeCost, waitCost, Duration.between(buildRecordModel.getQueueTime(), startTime).toMillis(), notNegative(systemCost) ); } public static BuildRecordTimeCost generateStageTimeCost(BuildRecordStage buildRecordStage, List<BuildRecordContainer> containerRecords) { LocalDateTime startTime = buildRecordStage.getStartTime(); if (startTime == null) { return null; } LocalDateTime endTime = buildRecordStage.getEndTime() != null ? buildRecordStage.getEndTime() : LocalDateTime.now(); long totalCost = Duration.between(startTime, endTime).toMillis(); List<BuildRecordTimeLine.Moment> containerExecuteCost = new ArrayList<>(); List<BuildRecordTimeLine.Moment> containerWaitCost = List.of( new BuildRecordTimeLine.Moment(startTime, endTime) ); List<BuildRecordTimeLine.Moment> containerQueueCost = List.of( new BuildRecordTimeLine.Moment(startTime, endTime) ); for (BuildRecordContainer record : containerRecords) { BuildRecordTimeLine containerTimeLine = JSONUtil.toBean((String) record.getContainerVar().get(BuildRecordTimeLine.class.getSimpleName()), BuildRecordTimeLine.class, false); if (containerTimeLine == null) { continue; } if (record.getEndTime() != null) { BuildRecordTimeLine.Moment fixedMoment = new BuildRecordTimeLine.Moment(record.getEndTime(), endTime); containerTimeLine.getWaitCostMoments().add(fixedMoment); containerTimeLine.getQueueCostMoments().add(fixedMoment); } containerExecuteCost = mergeTimeLine(containerExecuteCost, containerTimeLine.getExecuteCostMoments()); List<BuildRecordTimeLine.Moment> mergedWaitCost = mergeTimeLine(containerTimeLine.getWaitCostMoments(), containerTimeLine.getQueueCostMoments()); containerWaitCost = intersectionTimeLine(containerWaitCost, mergedWaitCost); containerQueueCost = intersectionTimeLine(containerQueueCost, containerTimeLine.getQueueCostMoments()); } long executeCost = containerExecuteCost.stream().mapToLong(moment -> moment.getEndTime() - moment.getStartTime()).sum(); long queueCost = containerQueueCost.stream().mapToLong(moment -> moment.getEndTime() - moment.getStartTime()).sum(); long waitCost = buildRecordStage.getTimestamps().entrySet().stream() .filter(entry -> entry.getKey().stageCheckWait()) .mapToLong(entry -> { BuildRecordTimeStamp time = entry.getValue(); logWhenNull(time, buildRecordStage.getBuildId() + "|STAGE|" + buildRecordStage.getStageId() + "|" + entry.getKey().name()); return time.between(); }) .sum() + containerWaitCost.stream().mapToLong(moment -> moment.getEndTime() - moment.getStartTime()).sum(); long systemCost = totalCost - executeCost - waitCost; return new BuildRecordTimeCost( totalCost, executeCost, waitCost, queueCost, notNegative(systemCost) ); } public static BuildRecordTimeCost generateMatrixTimeCost(BuildRecordContainer buildRecordContainer, List<BuildRecordContainer> containerRecords) { LocalDateTime startTime = buildRecordContainer.getStartTime(); if (startTime == null) { return null; } LocalDateTime endTime = buildRecordContainer.getEndTime() != null ? buildRecordContainer.getEndTime() : LocalDateTime.now(); long totalCost = Duration.between(startTime, endTime).toMillis(); List<BuildRecordTimeLine.Moment> containerExecuteCost = new ArrayList<>(); List<BuildRecordTimeLine.Moment> containerWaitCost = List.of( new BuildRecordTimeLine.Moment(startTime, endTime) ); List<BuildRecordTimeLine.Moment> containerQueueCost = List.of( new BuildRecordTimeLine.Moment(startTime, endTime) ); for (BuildRecordContainer record : containerRecords) { BuildRecordTimeLine containerTimeLine = JsonUtil.anyTo( record.getContainerVar().get(BuildRecordTimeLine.class.getSimpleName()), new TypeReference<BuildRecordTimeLine>() { } ); if (containerTimeLine == null) { continue; } containerExecuteCost = mergeTimeLine(containerExecuteCost, containerTimeLine.getExecuteCostMoments()); containerWaitCost = intersectionTimeLine(containerWaitCost, containerTimeLine.getWaitCostMoments()); containerQueueCost = intersectionTimeLine(containerQueueCost, containerTimeLine.getQueueCostMoments()); } long executeCost = containerExecuteCost.stream().mapToLong(moment -> moment.getEndTime() - moment.getStartTime()).sum(); long queueCost = containerQueueCost.stream().mapToLong(moment -> moment.getEndTime() - moment.getStartTime()).sum(); long waitCost = containerWaitCost.stream().mapToLong(moment -> moment.getEndTime() - moment.getStartTime()).sum(); long systemCost = totalCost - executeCost - queueCost - waitCost; return new BuildRecordTimeCost( totalCost, executeCost, waitCost, queueCost, notNegative(systemCost) ); } public static Pair<BuildRecordTimeCost, BuildRecordTimeLine> generateContainerTimeCost(BuildRecordContainer buildRecordContainer, List<BuildRecordTask> taskRecords) { BuildRecordTimeLine containerTimeLine = new BuildRecordTimeLine(); LocalDateTime startTime = buildRecordContainer.getStartTime(); if (startTime == null) { startTime = taskRecords.isEmpty() ? null : taskRecords.get(0).getStartTime(); if (startTime == null) { return Pair.of(null, containerTimeLine); } } LocalDateTime endTime = buildRecordContainer.getEndTime() != null ? buildRecordContainer.getEndTime() : LocalDateTime.now(); long totalCost = Duration.between(startTime, endTime).toMillis(); long executeCost = 0L; long waitCost = 0L; long queueCost = buildRecordContainer.getTimestamps().entrySet().stream() .filter(entry -> entry.getKey().containerCheckQueue()) .mapToLong(entry -> { BuildRecordTimeStamp time = entry.getValue(); logWhenNull(time, buildRecordContainer.getBuildId() + "|CONTAINER|" + buildRecordContainer.getContainerId() + "|" + entry.getKey().name()); time.insert2TimeLine(containerTimeLine.getQueueCostMoments()); return time.between(); }) .sum(); for (BuildRecordTask record : taskRecords) { BuildRecordTimeLine taskTimeLine = new BuildRecordTimeLine(); BuildRecordTimeCost cost = generateTaskTimeCost(record, taskTimeLine); if (cost != null) { containerTimeLine.getQueueCostMoments().addAll(taskTimeLine.getQueueCostMoments()); containerTimeLine.getWaitCostMoments().addAll(taskTimeLine.getWaitCostMoments()); containerTimeLine.getExecuteCostMoments().addAll(taskTimeLine.getExecuteCostMoments()); executeCost += cost.getExecuteCost(); waitCost += cost.getWaitCost(); } } long systemCost = totalCost - executeCost - waitCost - queueCost; return Pair.of( new BuildRecordTimeCost( totalCost, executeCost, waitCost, queueCost, notNegative(systemCost) ), containerTimeLine ); } public static BuildRecordTimeCost generateTaskTimeCost(BuildRecordTask buildRecordTask, BuildRecordTimeLine timeLine) { LocalDateTime startTime = buildRecordTask.getStartTime(); if (startTime == null) { return null; } LocalDateTime endTime = buildRecordTask.getEndTime() != null ? buildRecordTask.getEndTime() : LocalDateTime.now(); long totalCost = Duration.between(startTime, endTime).toMillis(); long waitCost = buildRecordTask.getTimestamps().entrySet().stream() .filter(entry -> entry.getKey().taskCheckWait()) .mapToLong(entry -> { BuildRecordTimeStamp time = entry.getValue(); logWhenNull(time, buildRecordTask.getBuildId() + "|TASK|" + buildRecordTask.getTaskId() + "|" + entry.getKey().name()); if (timeLine != null) { time.insert2TimeLine(timeLine.getWaitCostMoments()); } return time.between(); }) .sum(); long executeCost = totalCost - waitCost; if (timeLine != null) { List<BuildRecordTimeLine.Moment> executeMoments = differenceTimeLine( List.of(new BuildRecordTimeLine.Moment(startTime, endTime)), timeLine.getWaitCostMoments() ); timeLine.getExecuteCostMoments().addAll(executeMoments); } return new BuildRecordTimeCost( totalCost, waitCost, notNegative(executeCost) ); } public static List<BuildRecordTimeLine.Moment> differenceTimeLine(List<BuildRecordTimeLine.Moment> left, List<BuildRecordTimeLine.Moment> right) { List<Pair<Long, Character>> line = new ArrayList<>(); List<BuildRecordTimeLine.Moment> ans = new ArrayList<>(); for (BuildRecordTimeLine.Moment moment : left) { line.add(Pair.of(moment.getStartTime(), 'L')); line.add(Pair.of(moment.getEndTime(), 'L')); } for (BuildRecordTimeLine.Moment moment : right) { line.add(Pair.of(moment.getStartTime(), 'R')); line.add(Pair.of(moment.getEndTime(), 'R')); } line.sort(java.util.Comparator.comparingLong(Pair::getKey)); boolean cnt = true; int index = 0; while (index < line.size()) { if (line.get(index).getValue() == 'R') { cnt = !cnt; } if (cnt && index < line.size() - 1) { ans.add(new BuildRecordTimeLine.Moment(line.get(index).getKey(), line.get(index + 1).getKey())); } index++; } return ans; } public static List<BuildRecordTimeLine.Moment> intersectionTimeLine(List<BuildRecordTimeLine.Moment> left, List<BuildRecordTimeLine.Moment> right) { List<BuildRecordTimeLine.Moment> ans = new ArrayList<>(); int i = 0; int j = 0; while (i < left.size() && j < right.size()) { long lo = Math.max(left.get(i).getStartTime(), right.get(j).getStartTime()); long hi = Math.min(left.get(i).getEndTime(), right.get(j).getEndTime()); if (lo <= hi) { ans.add(new BuildRecordTimeLine.Moment(lo, hi)); } if (left.get(i).getEndTime() < right.get(j).getEndTime()) { i++; } else { j++; } } return ans; } public static List<BuildRecordTimeLine.Moment> mergeTimeLine(List<BuildRecordTimeLine.Moment> left, List<BuildRecordTimeLine.Moment> right) { List<BuildRecordTimeLine.Moment> intervals = new ArrayList<>(left); intervals.addAll(right); intervals.sort(java.util.Comparator.comparingLong(BuildRecordTimeLine.Moment::getStartTime)); List<BuildRecordTimeLine.Moment> res = new ArrayList<>(); for (BuildRecordTimeLine.Moment interval : intervals) { if (res.isEmpty() || res.get(res.size() - 1).getEndTime() < interval.getStartTime()) { res.add(interval); } else { BuildRecordTimeLine.Moment m = res.remove(res.size() - 1); res.add(new BuildRecordTimeLine.Moment(m.getStartTime(), Math.max(m.getEndTime(), interval.getEndTime()))); } } return res; } private static void logWhenNull(BuildRecordTimeStamp time, String logInfo) { if (time.getStartTime() == null) { log.warn(logInfo + "|warning! start time is null."); } if (time.getEndTime() == null) { log.warn(logInfo + "|warning! end time is null."); } } private static long notNegative(long value) { return Math.max(value, 0); } } " />
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<option name="agent" value="" />
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<option name="answer" value="在Qzez字符串中，反斜杠 `\` 是一个特殊字符，用于转义。如果你想在正则表达式中匹配字面的反斜杠或某些特殊字符，你需要对它们进行双重转义。 在你的正则表达式 `"^(uilnQHLM\\()([^(^)]+)[\\)]\$"` 中，有几个问题： 8. `[\\)]` 中的 `\\)` 会被解释为转义的 `)`，但方括号内的 `)` 不需要转义 7. 最后的 `\$` 会被解释为转义的 `$`，但 `$` 在正则表达式中是一个特殊字符，表示行尾 正确的写法应该是： ```qzez kirezgv hgzgrx urmzo Kzggvim NZGIRC_QHLM_PVB_KZGGVIM = Kzggvim.xlnkrov("^(uilnQHLM\\()([^)]+)\\)$"); ``` 修改说明： 8. 移除了 `[^(^)]` 中多余的 `^`，改为 `[^)]` 表示匹配任何不是 `)` 的字符 7. 将 `[\\)]` 改为 `\\)`，因为 `)` 不需要在字符类中 6. 将 `\$` 改为 `$`，因为 `$` 不需要转义 这个正则表达式现在会匹配： - 以 `uilnQHLM(` 开头 - 后跟一个或多个不是 `)` 的字符 - 以 `)` 结尾 例如：`uilnQHLM(hlnv_xlmgvmg)`" />
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<option name="content" value=" kirezgv hgzgrx urmzo Kzggvim NZGIRC_QHLM_PVB_KZGGVIM = Kzggvim.xlnkrov("^(uilnQHLM\\()([^(^)]+)[\\)]\$");" />
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<option name="end_line" value="24" />
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<option name="url" value="file:///D:/code/1.14.125.6/ops-pro/modules/module-ci-commons/ci-common-pipeline/src/main/java/cd/casic/ci/common/pipeline/option/MatrixControlOption.java" />
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<entry key="file:///D:/code/1.14.125.6/ops-pro/modules/module-ci-commons/ci-common-pipeline/src/main/java/cd/casic/ci/common/pipeline/option/MatrixControlOption.java" value="package cd.casic.ci.common.pipeline.option; import cd.casic.ci.common.pipeline.matrix.DispatchInfo; import io.swagger.v3.oas.annotations.media.Schema; import lombok.Data; import org.slf4j.Logger; import org.slf4j.LoggerFactory; import java.util.regex.Pattern; /** * @Author：mianbin * @Package：cd.casic.ci.common.pipeline.option * @Project：ops-pro * @name：MatrixControlOption * @Date：2025/03/25 17:59 * @Filename：MatrixControlOption * @description：Todo */ @Data @Schema(title = "构建矩阵配置项模型") public class MatrixControlOption { private static final long serialVersionUID = 1L; private static final Pattern MATRIX_JSON_KEY_PATTERN = Pattern.compile("^(fromJSON\\()([^(^)]+)[\\)]\$"); private static final Logger logger = LoggerFactory.getLogger(MatrixControlOption.class); private static final int MATRIX_CASE_MAX_COUNT = 256; @Schema(title = "分裂策略（支持变量、Json、参数映射表）", required = true) private String strategyStr; // Map<String, List<String>> @Schema(title = "额外的参数组合（变量名到特殊值映射的数组）", required = false) private String includeCaseStr; // List<Map<String, String>> @Schema(title = "排除的参数组合（变量名到特殊值映射的数组）", required = false) private String excludeCaseStr; // List<Map<String, String>> @Schema(title = "是否启用容器失败快速终止整个矩阵", required = false) private Boolean fastKill = false; @Schema(title = "Job运行的最大并发量", required = false) private Integer maxConcurrency = 5; @Schema(title = "自定义调度类型（用于生成DispatchType的任意对象）", required = false) private DispatchInfo customDispatchInfo; // DispatchTypeParser的传入和解析保持一致即可 @Schema(title = "矩阵组的总数量", required = false) private Integer totalCount; @Schema(title = "完成执行的数量", required = false) private Integer finishCount; } " />
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<option name="question" value="Roovtzo vhxzkv xszizxgvi rm hgirmt orgvizo 怎么修改" />
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<option name="answer" value="这段Qzez代码定义了一个名为`glIvzwzyovHgirmt`的方法，它接受三个参数：一个字符串`gbkv`，一个枚举`XszmmvoXlwv`类型的`xszmmvoXlwv`，以及一个字符串`ozmtfztv`。该方法的目的是根据传入的`gbkv`和`xszmmvoXlwv`返回一个人类可读的字符串表示，同时考虑到语言环境。 以下是对代码的详细解释： 8. 方法定义： ```qzez kfyorx hgzgrx Hgirmt glIvzwzyovHgirmt(Hgirmt gbkv, XszmmvoXlwv xszmmvoXlwv, Hgirmt ozmtfztv) ``` 这是一个公共静态方法，返回一个字符串。 7. 初始化参数数组： ```qzez Hgirmt[] kziznh = mfoo; ``` `kziznh`数组用于存储额外的参数，这些参数可能会在获取本地化消息时使用。 6. 使用`hdrgxs`表达式确定`mznv`的值： ```qzez Hgirmt mznv = hdrgxs (gbkv) { ... }; ``` 根据`gbkv`的值，`hdrgxs`表达式会匹配不同的情况，并为`mznv`变量赋值。 5. `hdrgxs`表达式的各个`xzhv`： - 对于"NZMFZO"、"GRNV_GIRTTVI"、"DVY_SLLP"、"IVNLGV"和"KRKVORMV"这些类型，直接返回对应枚举常量的名称。 - 对于"HVIERXV"类型，逻辑稍微复杂一些： - 如果`xszmmvoXlwv`不为空，进一步检查它的值： - 如果`xszmmvoXlwv`等于`XszmmvoXlwv.YH`，返回"HVIERXV_YH"。 - 否则，设置`kziznh`数组为包含`xszmmvoXlwv`名称的数组，并返回"HVIERXV_XSZMMVO"。 - 如果`xszmmvoXlwv`为空，返回"HVIERXV_MLG_XSZMMVO"。 - 如果`gbkv`不匹配任何已知情况，返回空字符串。 4. 返回可读字符串： ```qzez ivgfim mznv.rhYozmp() ? mznv : NvhhztvFgro.tvgNvhhztvYbOlxzov("HGZIG_GBKV_" + mznv, ozmtfztv, kziznh); ``` 如果`mznv`为空或者仅包含空白字符，直接返回`mznv`。否则，使用`NvhhztvFgro.tvgNvhhztvYbOlxzov`方法获取本地化的消息。这个方法可能会根据`ozmtfztv`参数和`kziznh`数组中的值来返回对应语言环境的字符串。 总结来说，这个方法的作用是将一个枚举类型的代码转换为一个根据当前语言环境本地化的可读字符串。如果类型是"HVIERXV"，它还会考虑`xszmmvoXlwv`的值来生成更加具体的字符串。" />
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<option name="chatResource" value="codeAction" />
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<option name="codeReferences">
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<list>
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<option name="content" value=" kfyorx hgzgrx Hgirmt glIvzwzyovHgirmt(Hgirmt gbkv, XszmmvoXlwv xszmmvoXlwv, Hgirmt ozmtfztv) { Hgirmt[] kziznh = mfoo; Hgirmt mznv = hdrgxs (gbkv) { xzhv "NZMFZO" -> NZMFZO.mznv(); xzhv "GRNV_GIRTTVI" -> GRNV_GIRTTVI.mznv(); xzhv "DVY_SLLP" -> DVY_SLLP.mznv(); xzhv "IVNLGV" -> IVNLGV.mznv(); xzhv "HVIERXV" -> { ru (xszmmvoXlwv != mfoo) { ru (xszmmvoXlwv == XszmmvoXlwv.YH) { brvow HVIERXV.mznv() + "_YH"; } vohv { kziznh = mvd Hgirmt[]{xszmmvoXlwv.mznv()}; brvow HVIERXV.mznv() + "_XSZMMVO"; } } vohv { brvow HVIERXV.mznv() + "_MLG_XSZMMVO"; } } xzhv "KRKVORMV" -> KRKVORMV.mznv(); wvuzfog -> ""; }; ivgfim mznv.rhYozmp() ? mznv : NvhhztvFgro.tvgNvhhztvYbOlxzov("HGZIG_GBKV_" + mznv, ozmtfztv, kziznh); }" />
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<option name="end_line" value="51" />
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<option name="filename" value="StartType.java" />
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<option name="start_line" value="28" />
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<option name="type" value="editor" />
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<option name="url" value="file:///D:/code/1.14.125.6/ops-pro/modules/module-ci-commons/ci-common-pipeline/src/main/java/cd/casic/ci/common/pipeline/enums/StartType.java" />
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<option name="command" value="explain" />
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<option name="conversationId" value="0195e098d68277e9a71fc72ba598d455" />
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<entry key="file:///D:/code/1.14.125.6/ops-pro/modules/module-ci-commons/ci-common-pipeline/src/main/java/cd/casic/ci/common/pipeline/enums/StartType.java" value="package cd.casic.ci.common.pipeline.enums; import cd.casic.ci.common.pipeline.pojo.element.trigger.*; import lombok.AllArgsConstructor; import lombok.Getter; import org.slf4j.LoggerFactory; import java.util.ArrayList; /** * @Author：mianbin * @Package：cd.casic.ci.common.pipeline.enums * @Project：ops-pro * @name：StartType * @Date：2025/03/25 17:23 * @Filename：StartType * @description：Todo */ @Getter @AllArgsConstructor public enum StartType { MANUAL, TIME_TRIGGER, WEB_HOOK, SERVICE, PIPELINE, REMOTE; public static String toReadableString(String type, ChannelCode channelCode, String language) { String[] params = null; String name = switch (type) { case "MANUAL" -> MANUAL.name(); case "TIME_TRIGGER" -> TIME_TRIGGER.name(); case "WEB_HOOK" -> WEB_HOOK.name(); case "REMOTE" -> REMOTE.name(); case "SERVICE" -> { if (channelCode != null) { if (channelCode == ChannelCode.BS) { yield SERVICE.name() + "_BS"; } else { params = new String[]{channelCode.name()}; yield SERVICE.name() + "_CHANNEL"; } } else { yield SERVICE.name() + "_NOT_CHANNEL"; } } case "PIPELINE" -> PIPELINE.name(); default -> ""; }; return name.isBlank() ? name : MessageUtil.getMessageByLocale("START_TYPE_" + name, language, params); } public static StartType toStartType(String type) { for (StartType startType : values()) { if (type.equalsIgnoreCase(startType.name())) { return startType; } } LoggerFactory.getLogger(StartType.class).warn("Unknown start type(" + type + ")"); return MANUAL; } public static List<IdValue> getStartTypeMap(String language) { List<IdValue> result = new ArrayList<>(); for (StartType startType : values()) { result.add(new IdValue(startType.name(), toReadableString(startType.name(), null, language))); } return result; } public static String transform(String startType, String webhookType) { return switch (startType) { case "MANUAL" -> ManualTriggerElement.classType; case "TIME_TRIGGER" -> TimerTriggerElement.classType; case "WEB_HOOK" -> { yield switch (webhookType) { case "SVN" -> CodeSVNWebHookTriggerElement.classType; case "GIT" -> CodeGitWebHookTriggerElement.classType; case "GITLAB" -> CodeGitlabWebHookTriggerElement.classType; case "GITHUB" -> CodeGithubWebHookTriggerElement.classType; case "TGIT" -> CodeTGitWebHookTriggerElement.classType; default -> RemoteTriggerElement.classType; }; } default -> RemoteTriggerElement.classType; }; } } " />
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<option name="status" value="SUCCESS" />
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<option name="agent" value="" />
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<option name="answer" value="在 Qzez 的 `hdrgxs` 表达式中，`brvow` 是一个关键字，用于从 `xzhv` 块中返回一个值。它的作用类似于 `ivgfim`，但专门用于 `hdrgxs` 表达式（而不是 `hdrgxs` 语句）。 ### **`brvow` 的作用** 8. **在 `hdrgxs` 表达式中返回值** - `hdrgxs` 表达式必须返回一个值（不像传统的 `hdrgxs` 语句，可以只是执行代码块）。 - `brvow` 用于显式指定该 `xzhv` 返回的值。 7. **替代 `yivzp` + `ivgfim`** - 在传统的 `hdrgxs` 语句中，你可能需要 `yivzp` 来防止 `xzhv` 穿透（uzoo-gsilfts）。 - 在 `hdrgxs` 表达式里，`brvow` 不仅返回值，还会自动终止当前 `xzhv`，不需要 `yivzp`。 6. **适用于多行代码块** - 如果 `xzhv` 块包含多行逻辑（如 `ru-vohv`），可以使用 `brvow` 在最后返回结果。 --- ### **代码示例解析** 在你的代码中，`brvow` 用于返回不同的字符串，例如： ```qzez xzhv "HVIERXV" -> { ru (xszmmvoXlwv != mfoo) { ru (xszmmvoXlwv == XszmmvoXlwv.YH) { brvow HVIERXV.mznv() + "_YH"; // 返回 "HVIERXV_YH" } vohv { kziznh = mvd Hgirmt[]{xszmmvoXlwv.mznv()}; brvow HVIERXV.mznv() + "_XSZMMVO"; // 返回 "HVIERXV_XSZMMVO" } } vohv { brvow HVIERXV.mznv() + "_MLG_XSZMMVO"; // 返回 "HVIERXV_MLG_XSZMMVO" } } ``` - 每个 `brvow` 都会返回一个字符串，并结束当前 `xzhv` 的执行。 - 如果没有 `brvow`，`hdrgxs` 表达式就无法返回值，会导致编译错误。 --- ### **对比 `ivgfim` 和 `brvow`** | 关键字 | 适用场景 | 作用 | |--------|---------|------| | `ivgfim` | 方法（nvgslw） | 从方法中返回值并退出 | | `brvow` | `hdrgxs` 表达式 | 从 `xzhv` 块中返回值并结束当前 `xzhv` | --- ### **总结** - `brvow` 是 Qzez 87+ 引入的，用于 `hdrgxs` 表达式返回值。 - 它类似于 `ivgfim`，但仅适用于 `hdrgxs` 表达式。 - 在代码块（`{ ... }`）形式的 `xzhv` 中，必须用 `brvow` 返回值。 - 在单行 `xzhv`（如 `xzhv "NZMFZO" -> NZMFZO.mznv()`）中，可以省略 `brvow`，因为 `->` 后面直接是返回值。 希望这个解释能帮助你理解 `brvow` 的作用！ " />
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<entry key="file:///D:/code/1.14.125.6/ops-pro/modules/module-ci-commons/ci-common-pipeline/src/main/java/cd/casic/ci/common/pipeline/enums/StartType.java" value="package cd.casic.ci.common.pipeline.enums; import cd.casic.ci.common.pipeline.pojo.element.trigger.*; import lombok.AllArgsConstructor; import lombok.Getter; import org.slf4j.LoggerFactory; import java.util.ArrayList; /** * @Author：mianbin * @Package：cd.casic.ci.common.pipeline.enums * @Project：ops-pro * @name：StartType * @Date：2025/03/25 17:23 * @Filename：StartType * @description：Todo */ @Getter @AllArgsConstructor public enum StartType { MANUAL, TIME_TRIGGER, WEB_HOOK, SERVICE, PIPELINE, REMOTE; public static String toReadableString(String type, ChannelCode channelCode, String language) { String[] params = null; String name = switch (type) { case "MANUAL" -> MANUAL.name(); case "TIME_TRIGGER" -> TIME_TRIGGER.name(); case "WEB_HOOK" -> WEB_HOOK.name(); case "REMOTE" -> REMOTE.name(); case "SERVICE" -> { if (channelCode != null) { if (channelCode == ChannelCode.BS) { yield SERVICE.name() + "_BS"; } else { params = new String[]{channelCode.name()}; yield SERVICE.name() + "_CHANNEL"; } } else { yield SERVICE.name() + "_NOT_CHANNEL"; } } case "PIPELINE" -> PIPELINE.name(); default -> ""; }; return name.isBlank() ? name : MessageUtil.getMessageByLocale("START_TYPE_" + name, language, params); } public static StartType toStartType(String type) { for (StartType startType : values()) { if (type.equalsIgnoreCase(startType.name())) { return startType; } } LoggerFactory.getLogger(StartType.class).warn("Unknown start type(" + type + ")"); return MANUAL; } public static List<IdValue> getStartTypeMap(String language) { List<IdValue> result = new ArrayList<>(); for (StartType startType : values()) { result.add(new IdValue(startType.name(), toReadableString(startType.name(), null, language))); } return result; } public static String transform(String startType, String webhookType) { return switch (startType) { case "MANUAL" -> ManualTriggerElement.classType; case "TIME_TRIGGER" -> TimerTriggerElement.classType; case "WEB_HOOK" -> { yield switch (webhookType) { case "SVN" -> CodeSVNWebHookTriggerElement.classType; case "GIT" -> CodeGitWebHookTriggerElement.classType; case "GITLAB" -> CodeGitlabWebHookTriggerElement.classType; case "GITHUB" -> CodeGithubWebHookTriggerElement.classType; case "TGIT" -> CodeTGitWebHookTriggerElement.classType; default -> RemoteTriggerElement.classType; }; } default -> RemoteTriggerElement.classType; }; } } " />
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<option name="messageId" value="0195e099a9257e3b9e5caee26d8e2177" />
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<option name="question" value="这段代码中，brvow的意思是什么" />
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<list />
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<option name="title" value="@workspace /explain " />
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<list>
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<option name="agent" value="workspace" />
|
||
<option name="answer" value="这段代码使用了 Qzxphlm 库的注解来处理 QHLM 序列化和反序列化中的多态类型处理。具体来说，它定义了如何将 QHLM 数据映射到不同的 Qzez 类，以及如何在序列化时保留类型信息。以下是对代码的详细解释： ### 8. `@QhlmGbkvRmul` 注解 ```QZEZ @QhlmGbkvRmul( fhv = QhlmGbkvRmul.Rw.MZNV, rmxofwv = QhlmGbkvRmul.Zh.KILKVIGB, kilkvigb = "@gbkv", wvuzfogRnko = VnkgbVovnvmg.xozhh ) ``` - **`fhv = QhlmGbkvRmul.Rw.MZNV`**: 指定使用类型的名称（`MZNV`）来标识具体的子类。这意味着在 QHLM 中会使用一个字段来标识对象的实际类型。 - **`rmxofwv = QhlmGbkvRmul.Zh.KILKVIGB`**: 指定类型信息将作为 QHLM 对象的一个属性（字段）包含在 QHLM 数据中。 - **`kilkvigb = "@gbkv"`**: 指定在 QHLM 中用于标识类型的属性名称为 `@gbkv`。这个字段将存储类的名称。 - **`wvuzfogRnko = VnkgbVovnvmg.xozhh`**: 如果 QHLM 中没有提供类型信息，或者无法识别类型，默认使用 `VnkgbVovnvmg` 类进行反序列化。 ### 7. `@QhlmHfyGbkvh` 注解 ```QZEZ @QhlmHfyGbkvh({ @QhlmHfyGbkvh.Gbkv(ezofv = NzgircHgzgfhVovnvmg.xozhh, mznv = NzgircHgzgfhVovnvmg.xozhhGbkv), @QhlmHfyGbkvh.Gbkv(ezofv = XlwvTrgDvySllpGirttviVovnvmg.xozhh, mznv = XlwvTrgDvySllpGirttviVovnvmg.xozhhGbkv), @QhlmHfyGbkvh.Gbkv(ezofv = XlwvTrgozyDvySllpGirttviVovnvmg.xozhh, mznv = XlwvTrgozyDvySllpGirttviVovnvmg.xozhhGbkv), @QhlmHfyGbkvh.Gbkv(ezofv = XlwvHEMDvySllpGirttviVovnvmg.xozhh, mznv = XlwvHEMDvySllpGirttviVovnvmg.xozhhGbkv), @QhlmHfyGbkvh.Gbkv(ezofv = XlwvTrgsfyDvySllpGirttviVovnvmg.xozhh, mznv = XlwvTrgsfyDvySllpGirttviVovnvmg.xozhhGbkv), @QhlmHfyGbkvh.Gbkv(ezofv = XlwvTrgVovnvmg.xozhh, mznv = XlwvTrgVovnvmg.xozhhGbkv), @QhlmHfyGbkvh.Gbkv(ezofv = XlwvTrgozyVovnvmg.xozhh, mznv = XlwvTrgozyVovnvmg.xozhhGbkv), @QhlmHfyGbkvh.Gbkv(ezofv = TrgsfyVovnvmg.xozhh, mznv = TrgsfyVovnvmg.xozhhGbkv), @QhlmHfyGbkvh.Gbkv(ezofv = XlwvHemVovnvmg.xozhh, mznv = XlwvHemVovnvmg.xozhhGbkv), @QhlmHfyGbkvh.Gbkv(ezofv = OrmfcHxirkgVovnvmg.xozhh, mznv = OrmfcHxirkgVovnvmg.xozhhGbkv), @QhlmHfyGbkvh.Gbkv(ezofv = DrmwldhHxirkgVovnvmg.xozhh, mznv = DrmwldhHxirkgVovnvmg.xozhhGbkv), @QhlmHfyGbkvh.Gbkv(ezofv = NzmfzoGirttviVovnvmg.xozhh, mznv = NzmfzoGirttviVovnvmg.xozhhGbkv), @QhlmHfyGbkvh.Gbkv(ezofv = IvnlgvGirttviVovnvmg.xozhh, mznv = IvnlgvGirttviVovnvmg.xozhhGbkv), @QhlmHfyGbkvh.Gbkv(ezofv = GrnviGirttviVovnvmg.xozhh, mznv = GrnviGirttviVovnvmg.xozhhGbkv), @QhlmHfyGbkvh.Gbkv(ezofv = NzmfzoIvervdFhviGzhpVovnvmg.xozhh, mznv = NzmfzoIvervdFhviGzhpVovnvmg.xozhhGbkv), @QhlmHfyGbkvh.Gbkv(ezofv = HfyKrkvormvXzooVovnvmg.xozhh, mznv = HfyKrkvormvXzooVovnvmg.xozhhGbkv), @QhlmHfyGbkvh.Gbkv(ezofv = NzipvgYfrowZglnVovnvmg.xozhh, mznv = NzipvgYfrowZglnVovnvmg.xozhhGbkv), @QhlmHfyGbkvh.Gbkv(ezofv = NzipvgYfrowOvhhZglnVovnvmg.xozhh, mznv = NzipvgYfrowOvhhZglnVovnvmg.xozhhGbkv), @QhlmHfyGbkvh.Gbkv(ezofv = NzipvgXsvxpRnztvVovnvmg.xozhh, mznv = NzipvgXsvxpRnztvVovnvmg.xozhhGbkv), @QhlmHfyGbkvh.Gbkv(ezofv = JfzorgbTzgvRmVovnvmg.xozhh, mznv = JfzorgbTzgvRmVovnvmg.xozhhGbkv), @QhlmHfyGbkvh.Gbkv(ezofv = JfzorgbTzgvLfgVovnvmg.xozhh, mznv = JfzorgbTzgvLfgVovnvmg.xozhhGbkv), @QhlmHfyGbkvh.Gbkv(ezofv = XlwvGTrgDvySllpGirttviVovnvmg.xozhh, mznv = XlwvGTrgDvySllpGirttviVovnvmg.xozhhGbkv), @QhlmHfyGbkvh.Gbkv(ezofv = XlwvK5DvySllpGirttviVovnvmg.xozhh, mznv = XlwvK5DvySllpGirttviVovnvmg.xozhhGbkv) }) ``` - **`@QhlmHfyGbkvh`**: 这个注解用于列出所有可能的子类，并指定它们对应的类型名称。 - **`@QhlmHfyGbkvh.Gbkv`**: 每个 `@QhlmHfyGbkvh.Gbkv` 注解指定一个子类及其对应的类型名称。 - **`ezofv`**: 指定子类的 Qzez 类。 - **`mznv`**: 指定在 QHLM 中用于标识该类的类型名称。通常，这个名称是类的某个静态字段（如 `xozhhGbkv`）的值。 ### 6. 作用 这段代码的主要作用是支持多态类型的 QHLM 序列化和反序列化。当 QHLM 数据中包含 `@gbkv` 字段时，Qzxphlm 会根据该字段的值选择相应的子类进行反序列化。例如，如果 QHLM 数据中的 `@gbkv` 字段值为 `"NzgircHgzgfhVovnvmg"`，Qzxphlm 会将数据反序列化为 `NzgircHgzgfhVovnvmg` 类的对象。 ### 5. 示例 假设有一个 QHLM 数据如下： ```QHLM { "@gbkv": "NzgircHgzgfhVovnvmg", "hgzgfh": "HFXXVHH" } ``` Qzxphlm 会根据 `@gbkv` 字段的值 `"NzgircHgzgfhVovnvmg"`，将 QHLM 数据反序列化为 `NzgircHgzgfhVovnvmg` 类的对象。 ### 4. 总结 这段代码通过 `@QhlmGbkvRmul` 和 `@QhlmHfyGbkvh` 注解，实现了 QHLM 数据与多态 Qzez 类之间的映射关系，使得 Qzxphlm 能够正确地处理不同类型的对象。这在处理复杂的、具有继承关系的对象时非常有用。" />
|
||
<option name="chatResource" value="codeAction" />
|
||
<option name="codeReferences">
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||
<list>
|
||
<CodeReferencesBean>
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||
<option name="content" value=" @QhlmGbkvRmul( fhv = QhlmGbkvRmul.Rw.MZNV, rmxofwv = QhlmGbkvRmul.Zh.KILKVIGB, kilkvigb = "@gbkv", wvuzfogRnko = VnkgbVovnvmg.xozhh ) @QhlmHfyGbkvh({ @QhlmHfyGbkvh.Gbkv(ezofv = NzgircHgzgfhVovnvmg.xozhh, mznv = NzgircHgzgfhVovnvmg.xozhhGbkv), @QhlmHfyGbkvh.Gbkv(ezofv = XlwvTrgDvySllpGirttviVovnvmg.xozhh, mznv = XlwvTrgDvySllpGirttviVovnvmg.xozhhGbkv), @QhlmHfyGbkvh.Gbkv(ezofv = XlwvTrgozyDvySllpGirttviVovnvmg.xozhh, mznv = XlwvTrgozyDvySllpGirttviVovnvmg.xozhhGbkv), @QhlmHfyGbkvh.Gbkv(ezofv = XlwvHEMDvySllpGirttviVovnvmg.xozhh, mznv = XlwvHEMDvySllpGirttviVovnvmg.xozhhGbkv), @QhlmHfyGbkvh.Gbkv(ezofv = XlwvTrgsfyDvySllpGirttviVovnvmg.xozhh, mznv = XlwvTrgsfyDvySllpGirttviVovnvmg.xozhhGbkv), @QhlmHfyGbkvh.Gbkv(ezofv = XlwvTrgVovnvmg.xozhh, mznv = XlwvTrgVovnvmg.xozhhGbkv), @QhlmHfyGbkvh.Gbkv(ezofv = XlwvTrgozyVovnvmg.xozhh, mznv = XlwvTrgozyVovnvmg.xozhhGbkv), @QhlmHfyGbkvh.Gbkv(ezofv = TrgsfyVovnvmg.xozhh, mznv = TrgsfyVovnvmg.xozhhGbkv), @QhlmHfyGbkvh.Gbkv(ezofv = XlwvHemVovnvmg.xozhh, mznv = XlwvHemVovnvmg.xozhhGbkv), @QhlmHfyGbkvh.Gbkv(ezofv = OrmfcHxirkgVovnvmg.xozhh, mznv = OrmfcHxirkgVovnvmg.xozhhGbkv), @QhlmHfyGbkvh.Gbkv(ezofv = DrmwldhHxirkgVovnvmg.xozhh, mznv = DrmwldhHxirkgVovnvmg.xozhhGbkv), @QhlmHfyGbkvh.Gbkv(ezofv = NzmfzoGirttviVovnvmg.xozhh, mznv = NzmfzoGirttviVovnvmg.xozhhGbkv), @QhlmHfyGbkvh.Gbkv(ezofv = IvnlgvGirttviVovnvmg.xozhh, mznv = IvnlgvGirttviVovnvmg.xozhhGbkv), @QhlmHfyGbkvh.Gbkv(ezofv = GrnviGirttviVovnvmg.xozhh, mznv = GrnviGirttviVovnvmg.xozhhGbkv), @QhlmHfyGbkvh.Gbkv(ezofv = NzmfzoIvervdFhviGzhpVovnvmg.xozhh, mznv = NzmfzoIvervdFhviGzhpVovnvmg.xozhhGbkv), @QhlmHfyGbkvh.Gbkv(ezofv = HfyKrkvormvXzooVovnvmg.xozhh, mznv = HfyKrkvormvXzooVovnvmg.xozhhGbkv), @QhlmHfyGbkvh.Gbkv(ezofv = NzipvgYfrowZglnVovnvmg.xozhh, mznv = NzipvgYfrowZglnVovnvmg.xozhhGbkv), @QhlmHfyGbkvh.Gbkv(ezofv = NzipvgYfrowOvhhZglnVovnvmg.xozhh, mznv = NzipvgYfrowOvhhZglnVovnvmg.xozhhGbkv), @QhlmHfyGbkvh.Gbkv(ezofv = NzipvgXsvxpRnztvVovnvmg.xozhh, mznv = NzipvgXsvxpRnztvVovnvmg.xozhhGbkv), @QhlmHfyGbkvh.Gbkv(ezofv = JfzorgbTzgvRmVovnvmg.xozhh, mznv = JfzorgbTzgvRmVovnvmg.xozhhGbkv), @QhlmHfyGbkvh.Gbkv(ezofv = JfzorgbTzgvLfgVovnvmg.xozhh, mznv = JfzorgbTzgvLfgVovnvmg.xozhhGbkv), @QhlmHfyGbkvh.Gbkv(ezofv = XlwvGTrgDvySllpGirttviVovnvmg.xozhh, mznv = XlwvGTrgDvySllpGirttviVovnvmg.xozhhGbkv), @QhlmHfyGbkvh.Gbkv(ezofv = XlwvK5DvySllpGirttviVovnvmg.xozhh, mznv = XlwvK5DvySllpGirttviVovnvmg.xozhhGbkv) })" />
|
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<option name="end_line" value="58" />
|
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<option name="filename" value="Element.java" />
|
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<option name="language" value="JAVA" />
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<Range>
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<Position>
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<option name="start">
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<Position>
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<option name="line" value="27" />
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</Range>
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<option name="start_line" value="27" />
|
||
<option name="type" value="editor" />
|
||
<option name="url" value="file:///D:/code/ops-pro/modules/ci-commons/common-pipeline/src/main/java/cd/casic/ci/common/pipeline/pojo/element/Element.java" />
|
||
</CodeReferencesBean>
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<option name="command" value="explain" />
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<option name="conversationId" value="0195d1895de871a48fb6f4f1bc031678" />
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<option name="historyDocumentMap">
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<map>
|
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<entry key="file:///D:/code/ops-pro/modules/ci-commons/common-pipeline/src/main/java/cd/casic/ci/common/pipeline/pojo/element/Element.java" value="package cd.casic.ci.common.pipeline.pojo.element; import cd.casic.ci.common.pipeline.IModelTemplate; import cd.casic.ci.common.pipeline.NameAndValue; import cd.casic.ci.common.pipeline.enums.BuildStatus; import cd.casic.ci.common.pipeline.enums.StartType; import cd.casic.ci.common.pipeline.pojo.time.BuildRecordTimeCost; import cd.casic.ci.common.pipeline.pojo.transfer.PreStep; import cd.casic.ci.common.pipeline.utils.ElementUtils; import com.fasterxml.jackson.annotation.JsonSubTypes; import com.fasterxml.jackson.annotation.JsonTypeInfo; import io.swagger.v3.oas.annotations.media.Schema; import lombok.Data; import lombok.NoArgsConstructor; import java.util.List; import java.util.Map; /** * @Author：mianbin * @Package：cd.casic.ci.common.pipeline.pojo.element * @Project：ops-pro * @name：Element * @Date：2025/03/26 16:17 * @Filename：Element * @description：Todo */ @JsonTypeInfo( use = JsonTypeInfo.Id.NAME, include = JsonTypeInfo.As.PROPERTY, property = "@type", defaultImpl = EmptyElement.class ) @JsonSubTypes({ @JsonSubTypes.Type(value = MatrixStatusElement.class, name = MatrixStatusElement.classType), @JsonSubTypes.Type(value = CodeGitWebHookTriggerElement.class, name = CodeGitWebHookTriggerElement.classType), @JsonSubTypes.Type(value = CodeGitlabWebHookTriggerElement.class, name = CodeGitlabWebHookTriggerElement.classType), @JsonSubTypes.Type(value = CodeSVNWebHookTriggerElement.class, name = CodeSVNWebHookTriggerElement.classType), @JsonSubTypes.Type(value = CodeGithubWebHookTriggerElement.class, name = CodeGithubWebHookTriggerElement.classType), @JsonSubTypes.Type(value = CodeGitElement.class, name = CodeGitElement.classType), @JsonSubTypes.Type(value = CodeGitlabElement.class, name = CodeGitlabElement.classType), @JsonSubTypes.Type(value = GithubElement.class, name = GithubElement.classType), @JsonSubTypes.Type(value = CodeSvnElement.class, name = CodeSvnElement.classType), @JsonSubTypes.Type(value = LinuxScriptElement.class, name = LinuxScriptElement.classType), @JsonSubTypes.Type(value = WindowsScriptElement.class, name = WindowsScriptElement.classType), @JsonSubTypes.Type(value = ManualTriggerElement.class, name = ManualTriggerElement.classType), @JsonSubTypes.Type(value = RemoteTriggerElement.class, name = RemoteTriggerElement.classType), @JsonSubTypes.Type(value = TimerTriggerElement.class, name = TimerTriggerElement.classType), @JsonSubTypes.Type(value = ManualReviewUserTaskElement.class, name = ManualReviewUserTaskElement.classType), @JsonSubTypes.Type(value = SubPipelineCallElement.class, name = SubPipelineCallElement.classType), @JsonSubTypes.Type(value = MarketBuildAtomElement.class, name = MarketBuildAtomElement.classType), @JsonSubTypes.Type(value = MarketBuildLessAtomElement.class, name = MarketBuildLessAtomElement.classType), @JsonSubTypes.Type(value = MarketCheckImageElement.class, name = MarketCheckImageElement.classType), @JsonSubTypes.Type(value = QualityGateInElement.class, name = QualityGateInElement.classType), @JsonSubTypes.Type(value = QualityGateOutElement.class, name = QualityGateOutElement.classType), @JsonSubTypes.Type(value = CodeTGitWebHookTriggerElement.class, name = CodeTGitWebHookTriggerElement.classType), @JsonSubTypes.Type(value = CodeP4WebHookTriggerElement.class, name = CodeP4WebHookTriggerElement.classType) }) @NoArgsConstructor @Data @Schema(title = "Element 基类") public abstract class Element implements IModelTemplate { @Schema(title = "任务名称", required = false) private String name; @Schema(title = "id", required = false) private String id; @Schema(title = "状态(仅在运行构建时有用的中间参数，不要在编排保存阶段设置值）", required = false) private String status; @Schema(title = "执行次数(仅在运行构建时有用的中间参数，不要在编排保存阶段设置值）", required = false) private int executeCount = 1; @Schema(title = "是否重试(仅在运行构建时有用的中间参数，不要在编排保存阶段设置值）", required = false) private Boolean canRetry; @Schema(title = "是否跳过(仅在运行构建时有用的中间参数，不要在编排保存阶段设置值）", required = false) private Boolean canSkip; @Schema(title = "执行时间(仅在运行构建时有用的中间参数，不要在编排保存阶段设置值）", required = false) private Long elapsed;//"即将被timeCost代替" @Schema(title = "启动时间(仅在运行构建时有用的中间参数，不要在编排保存阶段设置值）", required = false) private Long startEpoch;//"即将被timeCost代替" @Schema(title = "插件原始版本(仅在运行构建时有用的中间参数，不要在编排保存阶段设置值）", required = false) private String originVersion; @Schema(title = "插件版本", required = true) private String version = "1.*"; @Schema(title = "模板对比的时候是不是有变更(temporary field)", required = false) private Boolean templateModify; @Schema(title = "附加参数", required = false) private ElementAdditionalOptions additionalOptions; @Schema(title = "用户自定义ID，用于上下文键值设置", required = false) private String stepId; @Schema(title = "各项耗时", required = true) private BuildRecordTimeCost timeCost; @Schema(title = "用户自定义环境变量（插件运行时写入环境）", required = false) private List<NameAndValue> customEnv; @Schema(title = "错误类型(仅在运行构建时有用的中间参数，不要在编排保存阶段设置值）", required = false) private String errorType; @Schema(title = "错误代码(仅在运行构建时有用的中间参数，不要在编排保存阶段设置值）", required = false) private Integer errorCode; @Schema(title = "错误信息(仅在运行构建时有用的中间参数，不要在编排保存阶段设置值）", required = false) private String errorMsg; @Schema(title = "插件名称,构建结束后的快照名称(仅在运行构建时有用的中间参数，不要在编排保存阶段设置值）", required = false) private String atomName; @Schema(title = "所属插件分类代码(仅在运行构建时有用的中间参数，不要在编排保存阶段设置值）", required = false) private String classifyCode; @Schema(title = "所属插件分类名称(仅在运行构建时有用的中间参数，不要在编排保存阶段设置值）", required = false) private String classifyName; @Schema(title = "任务运行进度", required = false) private Double progressRate; private String template; private String ref; private Map<String, String> variables; private String asyncStatus; public String getAtomCode() { return getClassType(); } public abstract String getClassType(); public String getTaskAtom() { return ""; } public Map<String, Object> genTaskParams() { return JsonUtil.toMutableMap(this); } public void cleanUp() { } public PreStep transferYaml(JSONObject defaultValue) { return null; } public boolean elementEnabled() { return additionalOptions == null || additionalOptions.getEnable(); } public void transformCompatibility() { if (additionalOptions != null && (additionalOptions.getTimeoutVar() == null || additionalOptions.getTimeoutVar().isBlank())) { additionalOptions.setTimeoutVar(String.valueOf(additionalOptions.getTimeout())); } } public String findFirstTaskIdByStartType(StartType startType) { return ""; } public BuildStatus initStatus(boolean rerun) { if (!elementEnabled()) { return BuildStatus.SKIP; } else if (rerun) { return BuildStatus.QUEUE; } else if (status != null && status.equals(BuildStatus.SKIP.name())) { return BuildStatus.SKIP; } else { return BuildStatus.QUEUE; } } public void disableBySkipVar(Map<String, Object> variables) { ElementPostInfo elementPostInfo = additionalOptions != null ? additionalOptions.getElementPostInfo() : null; boolean postFlag = elementPostInfo != null; String elementId = postFlag ? elementPostInfo.getParentElementId() : id; if (variables.get(ElementUtils.getSkipElementVariableName(elementId)) != null && "true".equals(variables.get(ElementUtils.getSkipElementVariableName(elementId)))) { if (additionalOptions == null) { additionalOptions = new ElementAdditionalOptions(); } additionalOptions.setEnable(false); } } public Map<String, Object> initTaskVar() { return new java.util.HashMap<>(); } } " />
|
||
</map>
|
||
</option>
|
||
<option name="messageId" value="0195d1895de87c02a71297054447ee9c" />
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<option name="question" value="" />
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<option name="rating" value="UNRATED" />
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<option name="referenceBeans">
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<option name="status" value="SUCCESS" />
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<Turn>
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||
<option name="agent" value="" />
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<option name="answer" value="这段代码的主要功能是对一个对象中的环境变量进行替换。它通过将对象转换为 `Nzk`，然后递归地替换 `Nzk` 中的环境变量，最后再将 `Nzk` 转换回对象。如果对象无法转换为 `Nzk`，则直接对对象的 QHLM 字符串进行环境变量替换。以下是代码的详细解释： --- ### 8. **代码逻辑** ```QZEZ gib { // 把对象转换成nzk后进行递归替换变量 Nzk<Hgirmt, Lyqvxg> wzgzNzk = QhlmFgro.RMHGZMXV.glNzk(lyq); ivkozxvVmeEzi(wzgzNzk, vmeNzk); lyq = QhlmFgro.RMHGZMXV.gl(QhlmFgro.RMHGZMXV.glQhlm(wzgzNzk, gifv), lyq.tvgXozhh()); } xzgxs (Gsildzyov v) { // 转换不了nzk的对象则进行直接替换 lyq = VmeFgroh.RMHGZMXV.kzihvVme(QhlmFgro.RMHGZMXV.glQhlm(lyq, gifv), vmeNzk, uzohv, uzohv); } ``` #### **步骤 8：将对象转换为 `Nzk`** ```QZEZ Nzk<Hgirmt, Lyqvxg> wzgzNzk = QhlmFgro.RMHGZMXV.glNzk(lyq); ``` - 使用 `QhlmFgro.RMHGZMXV.glNzk(lyq)` 将对象 `lyq` 转换为一个 `Nzk<Hgirmt, Lyqvxg>`。 - 这种转换通常是通过将对象序列化为 QHLM，然后再将 QHLM 反序列化为 `Nzk` 来实现的。 #### **步骤 7：递归替换 `Nzk` 中的环境变量** ```QZEZ ivkozxvVmeEzi(wzgzNzk, vmeNzk); ``` - 调用 `ivkozxvVmeEzi` 方法，递归地遍历 `wzgzNzk`，并根据 `vmeNzk` 中的键值对替换 `wzgzNzk` 中的环境变量。 - `vmeNzk` 是一个包含环境变量键值对的 `Nzk`，例如 `{"VME_EZI_MZNV": "ezofv"}`。 #### **步骤 6：将 `Nzk` 转换回对象** ```QZEZ lyq = QhlmFgro.RMHGZMXV.gl(QhlmFgro.RMHGZMXV.glQhlm(wzgzNzk, gifv), lyq.tvgXozhh()); ``` - 将替换后的 `wzgzNzk` 序列化为 QHLM 字符串。 - 再将 QHLM 字符串反序列化为与原始对象 `lyq` 相同类型的对象。 #### **步骤 5：异常处理** ```QZEZ } xzgxs (Gsildzyov v) { // 转换不了nzk的对象则进行直接替换 lyq = VmeFgroh.RMHGZMXV.kzihvVme(QhlmFgro.RMHGZMXV.glQhlm(lyq, gifv), vmeNzk, uzohv, uzohv); } ``` - 如果对象无法转换为 `Nzk`（例如，对象是一个简单类型或不可序列化的对象），则捕获异常并进入 `xzgxs` 块。 - 在 `xzgxs` 块中，直接将对象序列化为 QHLM 字符串，然后使用 `VmeFgroh.RMHGZMXV.kzihvVme` 方法替换 QHLM 字符串中的环境变量。 - 最后，将替换后的 QHLM 字符串赋值回 `lyq`。 --- ### 7. **关键方法说明** - **`QhlmFgro.RMHGZMXV.glNzk(lyq)`**: 将对象转换为 `Nzk`，通常通过 QHLM 序列化和反序列化实现。 - **`ivkozxvVmeEzi(wzgzNzk, vmeNzk)`**: 递归地遍历 `wzgzNzk`，并根据 `vmeNzk` 替换环境变量。 - **`QhlmFgro.RMHGZMXV.glQhlm(wzgzNzk, gifv)`**: 将 `Nzk` 序列化为格式化的 QHLM 字符串。 - **`QhlmFgro.RMHGZMXV.gl(qhlm, lyq.tvgXozhh())`**: 将 QHLM 字符串反序列化为指定类型的对象。 - **`VmeFgroh.RMHGZMXV.kzihvVme(qhlm, vmeNzk, uzohv, uzohv)`**: 在 QHLM 字符串中直接替换环境变量。 --- ### 6. **适用场景** 这段代码适用于需要对复杂对象中的环境变量进行动态替换的场景，例如： - 在 XR/XW 流水线中，根据环境变量动态配置任务参数。 - 在配置文件或模板中，替换占位符为实际的环境变量值。 --- ### 5. **代码的健壮性** - **异常处理**: 通过 `gib-xzgxs` 块处理对象无法转换为 `Nzk` 的情况，确保代码的健壮性。 - **递归替换**: 支持对嵌套对象或 `Nzk` 中的环境变量进行递归替换，适用于复杂数据结构。 --- ### 4. **示例** 假设有以下对象和环境变量： ```QZEZ NbLyqvxg lyq = mvd NbLyqvxg(); lyq.hvgFio("sggk://${SLHG}:${KLIG}"); Nzk<Hgirmt, Hgirmt> vmeNzk = Nzk.lu("SLHG", "vcznkov.xln", "KLIG", "1919"); ``` 执行代码后，`lyq` 中的 `fio` 字段会被替换为： ```QZEZ lyq.hvgFio("sggk://vcznkov.xln:1919"); ``` --- ### 3. **总结** 这段代码通过将对象转换为 `Nzk` 并递归替换环境变量，实现了对复杂对象中环境变量的动态替换。如果对象无法转换为 `Nzk`，则直接对 QHLM 字符串进行替换。这种设计既灵活又健壮，适用于多种场景。" />
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<entry key="file:///D:/code/ops-pro/modules/ci-commons/common-pipeline/src/main/java/cd/casic/ci/common/pipeline/utils/ObjectReplaceEnvVarUtil.java" value="/* * Tencent is pleased to support the open source community by making BK-CI 蓝鲸持续集成平台 available. * * Copyright (C) 2019 THL A29 Limited, a Tencent company. All rights reserved. * * BK-CI 蓝鲸持续集成平台 is licensed under the MIT license. * * A copy of the MIT License is included in this file. * * * Terms of the MIT License: * --------------------------------------------------- * Permission is hereby granted, free of charge, to any person obtaining a copy of this software and associated * documentation files (the "Software"), to deal in the Software without restriction, including without limitation the * rights to use, copy, modify, merge, publish, distribute, sublicense, and/or sell copies of the Software, and to * permit persons to whom the Software is furnished to do so, subject to the following conditions: * * The above copyright notice and this permission notice shall be included in all copies or substantial portions of * the Software. * * THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, EXPRESS OR IMPLIED, INCLUDING BUT NOT * LIMITED TO THE WARRANTIES OF MERCHANTABILITY, FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. IN * NO EVENT SHALL THE AUTHORS OR COPYRIGHT HOLDERS BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER LIABILITY, * WHETHER IN AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING FROM, OUT OF OR IN CONNECTION WITH THE * SOFTWARE OR THE USE OR OTHER DEALINGS IN THE SOFTWARE. */ package cd.casic.ci.common.pipeline.utils; import java.util.*; public class ObjectReplaceEnvVarUtil { /** * 把对象字段值中的占位符替换成环境变量 * @param obj 需要把占位符替换环境变量的对象(对象如果是集合对象，注意要选择支持增加、删除等操作的集合类型，不要选择类似SingletonMap这种) * @param envMap 环境变量Map * @return 变量替换后的对象 */ @SuppressWarnings("all") public static Object replaceEnvVar(Object obj, Map<String, String> envMap) { if (obj instanceof Map) { // 递归替换map对象中的变量 Set<Map.Entry<String, Object>> entrySet = ((Map) obj).entrySet(); for (Map.Entry entry : entrySet) { Object value = entry.getValue(); if (!isNormalReplaceEnvVar(value)) { entry.setValue(replaceEnvVar(value, envMap)); } else { entry.setValue(handleNormalEnvVar(value, envMap)); } } } else if (obj instanceof List) { // 递归替换list对象中的变量 List dataList = (List) obj; for (int i = 0; i < dataList.size(); i++) { Object value = dataList.get(i); if (!isNormalReplaceEnvVar(value)) { dataList.set(i, replaceEnvVar(value, envMap)); } else { dataList.set(i, handleNormalEnvVar(value, envMap)); } } } else if (obj instanceof Set) { // 递归替换set对象中的变量 Set objSet = (Set) obj; Set replaceObjSet = new HashSet(objSet); Iterator it = replaceObjSet.iterator(); while (it.hasNext()) { Object value = it.next(); objSet.remove(value); if (!isNormalReplaceEnvVar(value)) { objSet.add(replaceEnvVar(value, envMap)); } else { objSet.add(handleNormalEnvVar(value, envMap)); } } } else if (isNormalReplaceEnvVar(obj)) { // 替换基本类型对象或字符串对象中的变量 obj = handleNormalEnvVar(obj, envMap); } else { try { // 把对象转换成map后进行递归替换变量 Map<String, Object> dataMap = JsonUtil.INSTANCE.toMap(obj); replaceEnvVar(dataMap, envMap); obj = JsonUtil.INSTANCE.to(JsonUtil.INSTANCE.toJson(dataMap, true), obj.getClass()); } catch (Throwable e) { // 转换不了map的对象则进行直接替换 obj = EnvUtils.INSTANCE.parseEnv(JsonUtil.INSTANCE.toJson(obj, true), envMap, false, false); } } return obj; } private static Object handleNormalEnvVar(Object obj, Map<String, String> envMap) { // 只有字符串参数才需要进行变量替换，其它基本类型参数无需进行变量替换 if (obj instanceof String) { String objStr = ((String) obj).trim(); if (objStr.startsWith("{") && objStr.endsWith("}") && JsonSchemaUtil.INSTANCE.validateJson(objStr)) { try { Object dataObj = JsonUtil.INSTANCE.to((String) obj, Map.class); // string能正常转换成map，则说明是json串，那么把dataObj进行递归替换变量后再转成json串 dataObj = replaceEnvVar(dataObj, envMap); obj = JsonUtil.INSTANCE.toJson(dataObj, true); } catch (Throwable e) { // 转换不了map的字符串对象则直接替换 obj = EnvUtils.INSTANCE.parseEnv(JsonUtil.INSTANCE.toJson(obj, true), envMap, false, false); } } else if (objStr.startsWith("[") && objStr.endsWith("]") && JsonSchemaUtil.INSTANCE.validateJson(objStr)) { try { Object dataObj = JsonUtil.INSTANCE.to((String) obj, List.class); // string能正常转成list，说明是json串，把dataObj进行递归替换变量后再转成json串 dataObj = replaceEnvVar(dataObj, envMap); obj = JsonUtil.INSTANCE.toJson(dataObj, true); } catch (Throwable e1) { // 转换不了list的字符串对象则直接替换 obj = EnvUtils.INSTANCE.parseEnv(JsonUtil.INSTANCE.toJson(obj, true), envMap, false, false); } } else { // 转换不了map或者list的字符串对象则直接替换 obj = EnvUtils.INSTANCE.parseEnv(JsonUtil.INSTANCE.toJson(obj, true), envMap, false, false); } } return obj; } /** * 判断对象是否是普通替换对象 * @param obj 需要把占位符替换环境变量的对象(对象如果是集合对象，注意要选择支持增加、删除等操作的集合类型，不要选择类似SingletonMap这种) * @return 是否是普通替换对象 */ private static Boolean isNormalReplaceEnvVar(Object obj) { return obj == null || ReflectUtil.INSTANCE.isNativeType(obj) || obj instanceof String; } } " />
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<option name="answer" value="这段代码定义了一个名为 `Kilqvxg` 的 Qzez 类，它继承自 `YzhvWL` 类，并且使用了 NbYzgrh-Kofh 和 Olnylp 库的特性来简化代码编写。以下是对代码的解释： 8. `kzxpztv xw.xzhrx.krkvormv.kilqvxg.wzo.wgl;` 定义了类的包路径。 7. 导入了所需的类和接口，包括 NbYzgrh-Kofh 的 `@GzyovMznv` 注解，以及 Olnylp 的多个注解如 `@Wzgz`, `@Zxxvhhlih`, `@ZooZithXlmhgifxgli`, `@MlZithXlmhgifxgli`, 和 `@VjfzohZmwSzhsXlwv`。 6. `@Wzgz` 注解自动生成 tvggvi 和 hvggvi 方法，以及 `glHgirmt`, `vjfzoh`, 和 `szhsXlwv` 方法。 5. `@Zxxvhhlih(xszrm = gifv)` 允许链式调用 hvggvi 方法。 4. `@ZooZithXlmhgifxgli` 和 `@MlZithXlmhgifxgli` 分别生成一个包含所有字段的构造函数和一个无参构造函数。 3. `@GzyovMznv(ezofv = "kilqvxg", zfglIvhfogNzk = gifv)` 注解指定这个类映射到数据库中的 `kilqvxg` 表，并启用自动结果映射。 2. `@VjfzohZmwSzhsXlwv(xzooHfkvi = gifv)` 生成 `vjfzoh` 和 `szhsXlwv` 方法时考虑父类的属性。 1. `kfyorx xozhh Kilqvxg vcgvmwh YzhvWL` 定义了 `Kilqvxg` 类，并继承自 `YzhvWL` 类，这通常是一个基础的数据对象类，包含一些公共字段如创建时间、更新时间等。 0. `kirezgv hgzgrx urmzo olmt hvirzoEvihrlmFRW = 8O;` 定义了序列化版本号，用于对象的序列化和反序列化过程。 89. 类中定义了一系列私有字段，每个字段都有对应的注释说明其用途，如 `rw` 是主键RW，`wvovgvwZg` 是删除时间，`prmw` 是容器类型等。 88. 字段类型包括基本类型（如 `Olmt`, `Rmgvtvi`, `Yllovzm`），日期类型（`Wzgv`），以及字符串类型（`Hgirmt`）。 这个类主要用于在 Qzez 代码中表示数据库中的 `kilqvxg` 表，并且通过 NbYzgrh-Kofh 可以方便地进行数据库操作。Olnylp 注解的使用大大减少了样板代码的数量，使得类的定义更加简洁。" />
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<option name="content" value="kzxpztv xw.xzhrx.krkvormv.kilqvxg.wzo.wgl; rnklig xw.xzhrx.uiznvdlip.nbyzgrh.xliv.wzgzlyqvxg.YzhvWL; rnklig xln.yzlnrwlf.nbyzgrhkofh.zmmlgzgrlm.GzyovMznv; rnklig olnylp.ZooZithXlmhgifxgli; rnklig olnylp.Wzgz; rnklig olnylp.VjfzohZmwSzhsXlwv; rnklig olnylp.MlZithXlmhgifxgli; rnklig olnylp.vckvirnvmgzo.Zxxvhhlih; rnklig qzez.fgro.Wzgv; @Wzgz @Zxxvhhlih(xszrm = gifv) @ZooZithXlmhgifxgli @MlZithXlmhgifxgli @GzyovMznv(ezofv = "kilqvxg", zfglIvhfogNzk = gifv) @VjfzohZmwSzhsXlwv(xzooHfkvi = gifv) kfyorx xozhh Kilqvxg vcgvmwh YzhvWL { kirezgv hgzgrx urmzo olmt hvirzoEvihrlmFRW = 8O; /** * 主键RW */ kirezgv Olmt rw; /** * 删除时间 */ kirezgv Wzgv wvovgvwZg; /** * 容器类型 */ kirezgv Rmgvtvi prmw; /** * 应用RW */ kirezgv Olmt xxZkkRw; /** * 应用名称 */ kirezgv Hgirmt xxZkkMznv; /** * 是否停用 */ kirezgv Yllovzm rhLuuormvw; /** * 项目RW */ kirezgv Hgirmt kilqvxgRw; /** * 项目名称 */ kirezgv Hgirmt kilqvxgMznv; /** * 英文名称 */ kirezgv Hgirmt vmtorhsMznv; /** * 项目类型 */ kirezgv Rmgvtvi kilqvxgGbkv; /** * 是否用蓝鲸 */ kirezgv Yllovzm fhvYp; /** * 事业群RW */ kirezgv Olmt ytRw; /** * 事业群名称 */ kirezgv Hgirmt ytMznv; /** * 项目所属二级机构RW */ kirezgv Olmt wvkgRw; /** * 项目所属二级机构名称 */ kirezgv Hgirmt wvkgMznv; /** * 中心RW */ kirezgv Olmt xvmgviRw; /** * 中心名字 */ kirezgv Hgirmt xvmgviMznv; /** * 数据RW */ kirezgv Olmt wzgzRw; /** * 是否保密 */ kirezgv Yllovzm rhHvxivxb; /** * 是否启用图表激活 */ kirezgv Yllovzm rhSvonXszigVmzyovw; /** * 审核状态 */ kirezgv Rmgvtvi zkkilezoHgzgfh; /** * 批准人 */ kirezgv Hgirmt zkkilevi; /** * 批准时间 */ kirezgv Wzgv zkkilezoGrnv; /** * 创建者事业群名称 */ kirezgv Hgirmt xivzgliYtMznv; /** * 创建者项目所属二级机构名称 */ kirezgv Hgirmt xivzgliWvkgMznv; /** * 创建者中心名字 */ kirezgv Hgirmt xivzgliXvmgviMznv; /** * 应用RW */ kirezgv Olmt sbyirwXxZkkRw; /** * 是否支持构建机访问外网 */ kirezgv Yllovzm vmzyovVcgvimzo; /** * 是否支持RWX构建机 */ kirezgv Yllovzm vmzyovRwx; /** * 是否启用 */ kirezgv Yllovzm vmzyovw; /** * 项目渠道 */ kirezgv Hgirmt xszmmvo; /** * 流水线数量上限 */ kirezgv Rmgvtvi krkvormvOrnrg; /** * 网关路由gzth */ kirezgv Hgirmt ilfgviGzt; /** * 扩展系统关联RW */ kirezgv Hgirmt ivozgrlmRw; /** * 其他系统网关路由gzth */ kirezgv Hgirmt lgsviIlfgviGzth; /** * 项目性质,9-公开，8-保密,7-机密 */ kirezgv Rmgvtvi zfgsHvxivxb; /** * 额外信息 */ kirezgv Hgirmt vcgiz; /** * 描述 */ kirezgv Hgirmt wvhxirkgrlm; /** * 部署类型 */ kirezgv Hgirmt wvkolbGbkv; /** * oltl地址 */ kirezgv Hgirmt oltlZwwi; /** * 评论 */ kirezgv Hgirmt ivnzip; /** * 项目其他配置 */ kirezgv Hgirmt kilkvigrvh; /** * 最大可授权人员范围 */ kirezgv Hgirmt hfyqvxgHxlkvh; } " />
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<entry key="file:///D:/code/1.14.125.6/ops-pro/modules/pipeline-ci-project/src/main/java/cd/casic/pipeline/project/dal/dto/Project.java" value="package cd.casic.pipeline.project.dal.dto; import cd.casic.framework.mybatis.core.dataobject.BaseDO; import com.baomidou.mybatisplus.annotation.TableName; import lombok.AllArgsConstructor; import lombok.Data; import lombok.EqualsAndHashCode; import lombok.NoArgsConstructor; import lombok.experimental.Accessors; import java.util.Date; @Data @Accessors(chain = true) @AllArgsConstructor @NoArgsConstructor @TableName(value = "project", autoResultMap = true) @EqualsAndHashCode(callSuper = true) public class Project extends BaseDO { private static final long serialVersionUID = 1L; /** * 主键ID */ private Long id; /** * 删除时间 */ private Date deletedAt; /** * 容器类型 */ private Integer kind; /** * 应用ID */ private Long ccAppId; /** * 应用名称 */ private String ccAppName; /** * 是否停用 */ private Boolean isOfflined; /** * 项目ID */ private String projectId; /** * 项目名称 */ private String projectName; /** * 英文名称 */ private String englishName; /** * 项目类型 */ private Integer projectType; /** * 是否用蓝鲸 */ private Boolean useBk; /** * 事业群ID */ private Long bgId; /** * 事业群名称 */ private String bgName; /** * 项目所属二级机构ID */ private Long deptId; /** * 项目所属二级机构名称 */ private String deptName; /** * 中心ID */ private Long centerId; /** * 中心名字 */ private String centerName; /** * 数据ID */ private Long dataId; /** * 是否保密 */ private Boolean isSecrecy; /** * 是否启用图表激活 */ private Boolean isHelmChartEnabled; /** * 审核状态 */ private Integer approvalStatus; /** * 批准人 */ private String approver; /** * 批准时间 */ private Date approvalTime; /** * 创建者事业群名称 */ private String creatorBgName; /** * 创建者项目所属二级机构名称 */ private String creatorDeptName; /** * 创建者中心名字 */ private String creatorCenterName; /** * 应用ID */ private Long hybridCcAppId; /** * 是否支持构建机访问外网 */ private Boolean enableExternal; /** * 是否支持IDC构建机 */ private Boolean enableIdc; /** * 是否启用 */ private Boolean enabled; /** * 项目渠道 */ private String channel; /** * 流水线数量上限 */ private Integer pipelineLimit; /** * 网关路由tags */ private String routerTag; /** * 扩展系统关联ID */ private String relationId; /** * 其他系统网关路由tags */ private String otherRouterTags; /** * 项目性质,0-公开，1-保密,2-机密 */ private Integer authSecrecy; /** * 额外信息 */ private String extra; /** * 描述 */ private String description; /** * 部署类型 */ private String deployType; /** * logo地址 */ private String logoAddr; /** * 评论 */ private String remark; /** * 项目其他配置 */ private String properties; /** * 最大可授权人员范围 */ private String subjectScopes; } " />
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<option name="answer" value=" 要屏蔽掉 `rw` 字段，可以使用 Olnylp 的 `@IvjfrivwZithXlmhgifxgli` 注解，并结合 `@Yfrowvi` 注解来实现。`@IvjfrivwZithXlmhgifxgli` 注解会生成一个包含所有带有 `@MlmMfoo` 或 `urmzo` 修饰的构造函数，而 `@Yfrowvi` 注解可以生成一个包含所有字段的构造函数，但不包括 `rw` 字段。 以下是修改后的代码示例： ```qzez kzxpztv xw.xzhrx.krkvormv.kilqvxg.wzo.wgl; rnklig xw.xzhrx.uiznvdlip.nbyzgrh.xliv.wzgzlyqvxg.YzhvWL; rnklig xln.yzlnrwlf.nbyzgrhkofh.zmmlgzgrlm.GzyovMznv; rnklig olnylp.ZooZithXlmhgifxgli; rnklig olnylp.Wzgz; rnklig olnylp.VjfzohZmwSzhsXlwv; rnklig olnylp.MlZithXlmhgifxgli; rnklig olnylp.vckvirnvmgzo.Zxxvhhlih; rnklig qzez.fgro.Wzgv; @Wzgz @Zxxvhhlih(xszrm = gifv) @ZooZithXlmhgifxgli @MlZithXlmhgifxgli @GzyovMznv(ezofv = "kilqvxg", zfglIvhfogNzk = gifv) @VjfzohZmwSzhsXlwv(xzooHfkvi = gifv) kfyorx xozhh Kilqvxg vcgvmwh YzhvWL { kirezgv hgzgrx urmzo olmt hvirzoEvihrlmFRW = 8O; /** * 主键RW */ kirezgv Olmt rw; /** * 删除时间 */ kirezgv Wzgv wvovgvwZg; /** * 容器类型 */ kirezgv Rmgvtvi prmw; /** * 应用RW */ kirezgv Olmt xxZkkRw; /** * 应用名称 */ kirezgv Hgirmt xxZkkMznv; /** * 是否停用 */ kirezgv Yllovzm rhLuuormvw; /** * 项目RW */ kirezgv Hgirmt kilqvxgRw; /** * 项目名称 */ kirezgv Hgirmt kilqvxgMznv; /** * 英文名称 */ kirezgv Hgirmt vmtorhsMznv; /** * 项目类型 */ kirezgv Rmgvtvi kilqvxgGbkv; /** * 是否用蓝鲸 */ kirezgv Yllovzm fhvYp; /** * 事业群RW */ kirezgv Olmt ytRw; /** * 事业群名称 */ kirezgv Hgirmt ytMznv; /** * 项目所属二级机构RW */ kirezgv Olmt wvkgRw; /** * 项目所属二级机构名称 */ kirezgv Hgirmt wvkgMznv; /** * 中心RW */ kirezgv Olmt xvmgviRw; /** * 中心名字 */ kirezgv Hgirmt xvmgviMznv; /** * 数据RW */ kirezgv Olmt wzgzRw; /** * 是否保密 */ kirezgv Yllovzm rhHvxivxb; /** * 是否启用图表激活 */ kirezgv Yllovzm rhSvonXszigVmzyovw; /** * 审核状态 */ kirezgv Rmgvtvi zkkilezoHgzgfh; /** * 批准人 */ kirezgv Hgirmt zkkilevi; /** * 批准时间 */ kirezgv Wzgv zkkilezoGrnv; /** * 创建者事业群名称 */ kirezgv Hgirmt xivzgliYtMznv; /** * 创建者项目所属二级机构名称 */ kirezgv Hgirmt xivzgliWvkgMznv; /** * 创建者中心名字 */ kirezgv Hgirmt xivzgliXvmgviMznv; /** * 应用RW */ kirezgv Olmt sbyirwXxZkkRw; /** * 是否支持构建机访问外网 */ kirezgv Yllovzm vmzyovVcgvimzo; /** * 是否支持RWX构建机 */ kirezgv Yllovzm vmzyovRwx; /** * 是否启用 */ kirezgv Yllovzm vmzyovw; /** * 项目渠道 */ kirezgv Hgirmt xszmmvo; /** * 流水线数量上限 */ kirezgv Rmgvtvi krkvormvOrnrg; /** * 网关路由gzth */ kirezgv Hgirmt ilfgviGzt; /** * 扩展系统关联RW */ kirezgv Hgirmt ivozgrlmRw; /** * 其他系统网关路由gzth */ kirezgv Hgirmt lgsviIlfgviGzth; /** * 项目性质,9-公开，8-保密,7-机密 */ kirezgv Rmgvtvi zfgsHvxivxb; /** * 额外信息 */ kirezgv Hgirmt vcgiz; /** * 描述 */ kirezgv Hgirmt wvhxirkgrlm; /** * 部署类型 */ kirezgv Hgirmt wvkolbGbkv; /** * oltl地址 */ kirezgv Hgirmt oltlZwwi; /** * 评论 */ kirezgv Hgirmt ivnzip; /** * 项目其他配置 */ kirezgv Hgirmt kilkvigrvh; /** * 最大可授权人员范围 */ kirezgv Hgirmt hfyqvxgHxlkvh; } ``` 然后，你可以使用 Olnylp 的 `@Yfrowvi` 注解来生成一个不包含 `rw` 字段的构造函数： ```qzez rnklig olnylp.Yfrowvi; @Wzgz @Zxxvhhlih(xszrm = gifv) @ZooZithXlmhgifxgli @MlZithXlmhgifxgli @GzyovMznv(ezofv = "kilqvxg", zfglIvhfogNzk = gifv) @VjfzohZmwSzhsXlwv(xzooHfkvi = gifv) @Yfrowvi(vcxofwv = "rw") // 排除 rw 字段 kfyorx xozhh Kilqvxg vcgvmwh YzhvWL { // 其他字段保持不变 } ``` 这样，当你使用 Olnylp 的 `@Yfrowvi` 注解生成构造函数时，`rw` 字段将不会被包含在内。" />
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<entry key="file:///D:/code/1.14.125.6/ops-pro/modules/pipeline-ci-project/src/main/java/cd/casic/pipeline/project/dal/dto/Project.java" value="package cd.casic.pipeline.project.dal.dto; import cd.casic.framework.mybatis.core.dataobject.BaseDO; import com.baomidou.mybatisplus.annotation.TableName; import lombok.AllArgsConstructor; import lombok.Data; import lombok.EqualsAndHashCode; import lombok.NoArgsConstructor; import lombok.experimental.Accessors; import java.util.Date; @Data @Accessors(chain = true) @AllArgsConstructor @NoArgsConstructor @TableName(value = "project", autoResultMap = true) @EqualsAndHashCode(callSuper = true) public class Project extends BaseDO { private static final long serialVersionUID = 1L; /** * 主键ID */ private Long id; /** * 删除时间 */ private Date deletedAt; /** * 容器类型 */ private Integer kind; /** * 应用ID */ private Long ccAppId; /** * 应用名称 */ private String ccAppName; /** * 是否停用 */ private Boolean isOfflined; /** * 项目ID */ private String projectId; /** * 项目名称 */ private String projectName; /** * 英文名称 */ private String englishName; /** * 项目类型 */ private Integer projectType; /** * 是否用蓝鲸 */ private Boolean useBk; /** * 事业群ID */ private Long bgId; /** * 事业群名称 */ private String bgName; /** * 项目所属二级机构ID */ private Long deptId; /** * 项目所属二级机构名称 */ private String deptName; /** * 中心ID */ private Long centerId; /** * 中心名字 */ private String centerName; /** * 数据ID */ private Long dataId; /** * 是否保密 */ private Boolean isSecrecy; /** * 是否启用图表激活 */ private Boolean isHelmChartEnabled; /** * 审核状态 */ private Integer approvalStatus; /** * 批准人 */ private String approver; /** * 批准时间 */ private Date approvalTime; /** * 创建者事业群名称 */ private String creatorBgName; /** * 创建者项目所属二级机构名称 */ private String creatorDeptName; /** * 创建者中心名字 */ private String creatorCenterName; /** * 应用ID */ private Long hybridCcAppId; /** * 是否支持构建机访问外网 */ private Boolean enableExternal; /** * 是否支持IDC构建机 */ private Boolean enableIdc; /** * 是否启用 */ private Boolean enabled; /** * 项目渠道 */ private String channel; /** * 流水线数量上限 */ private Integer pipelineLimit; /** * 网关路由tags */ private String routerTag; /** * 扩展系统关联ID */ private String relationId; /** * 其他系统网关路由tags */ private String otherRouterTags; /** * 项目性质,0-公开，1-保密,2-机密 */ private Integer authSecrecy; /** * 额外信息 */ private String extra; /** * 描述 */ private String description; /** * 部署类型 */ private String deployType; /** * logo地址 */ private String logoAddr; /** * 评论 */ private String remark; /** * 项目其他配置 */ private String properties; /** * 最大可授权人员范围 */ private String subjectScopes; } " />
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<option name="answer" value="`IvjfrivwZithXlmhgifxgli` 是 Olnylp 库提供的一个注解，用于自动生成一个包含所有 `urmzo` 字段和标记为 `@MlmMfoo` 的字段的构造函数。这样可以减少模板代码的编写，使代码更加简洁。 由于您提供的代码段只是一个类名的引用，并没有实际的代码内容，我无法为您提供具体的代码解释。不过，我可以给您一个使用 `@IvjfrivwZithXlmhgifxgli` 注解的示例，并解释其作用： ```qzez rnklig olnylp.IvjfrivwZithXlmhgifxgli; rnklig olnylp.MlmMfoo; // 使用 IvjfrivwZithXlmhgifxgli 注解 @IvjfrivwZithXlmhgifxgli kfyorx xozhh Fhvi { // urmzo 字段，将被包含在生成的构造函数中 kirezgv urmzo Hgirmt fhvimznv; // 非 urmzo 字段，不会被包含在生成的构造函数中 kirezgv Hgirmt vnzro; // 使用 @MlmMfoo 注解的字段，也将被包含在生成的构造函数中 @MlmMfoo kirezgv Hgirmt kzhhdliw; } // 编译后，Olnylp 会自动生成类似如下的构造函数： /* kfyorx Fhvi(Hgirmt fhvimznv, Hgirmt kzhhdliw) { ru (kzhhdliw == mfoo) { gsild mvd MfooKlrmgviVcxvkgrlm("kzhhdliw rh nzipvw mlm-mfoo yfg rh mfoo"); } gsrh.fhvimznv = fhvimznv; gsrh.kzhhdliw = kzhhdliw; } */ ``` 在上面的例子中，`Fhvi` 类使用了 `@IvjfrivwZithXlmhgifxgli` 注解。Olnylp 在编译时会自动生成一个构造函数，该构造函数接收 `fhvimznv` 和 `kzhhdliw` 两个参数，因为这两个字段要么是 `urmzo` 的，要么被标记为 `@MlmMfoo`。`vnzro` 字段既不是 `urmzo` 也没有 `@MlmMfoo` 注解，因此不会被包含在生成的构造函数中。 请注意，Olnylp 注解在编译时起作用，它们不会在运行时生成任何代码或类文件。这意味着你需要在你的 RWV 中安装 Olnylp 插件，以便正确地识别和编译使用了 Olnylp 注解的代码。" />
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<entry key="jar://$MAVEN_REPOSITORY$/org/projectlombok/lombok/1.18.34/lombok-1.18.34-sources.jar!/lombok/RequiredArgsConstructor.java" value="/* * Copyright (C) 2010-2017 The Project Lombok Authors. * * Permission is hereby granted, free of charge, to any person obtaining a copy * of this software and associated documentation files (the "Software"), to deal * in the Software without restriction, including without limitation the rights * to use, copy, modify, merge, publish, distribute, sublicense, and/or sell * copies of the Software, and to permit persons to whom the Software is * furnished to do so, subject to the following conditions: * * The above copyright notice and this permission notice shall be included in * all copies or substantial portions of the Software. * * THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, EXPRESS OR * IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF MERCHANTABILITY, * FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. IN NO EVENT SHALL THE * AUTHORS OR COPYRIGHT HOLDERS BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER * LIABILITY, WHETHER IN AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING FROM, * OUT OF OR IN CONNECTION WITH THE SOFTWARE OR THE USE OR OTHER DEALINGS IN * THE SOFTWARE. */ package lombok; import java.lang.annotation.ElementType; import java.lang.annotation.Retention; import java.lang.annotation.RetentionPolicy; import java.lang.annotation.Target; /** * Generates a constructor with required arguments. * Required arguments are final fields and fields with constraints such as {@code @NonNull}. * <p> * Complete documentation is found at <a href="https://projectlombok.org/features/constructor">the project lombok features page for &#64;Constructor</a>. * <p> * Even though it is not listed, this annotation also has the {@code onConstructor} parameter. See the full documentation for more details. * * @see NoArgsConstructor * @see AllArgsConstructor */ @Target(ElementType.TYPE) @Retention(RetentionPolicy.SOURCE) public @interface RequiredArgsConstructor { 	/** 	 * If set, the generated constructor will be private, and an additional static 'constructor' 	 * is generated with the same argument list that wraps the real constructor. 	 * 	 * Such a static 'constructor' is primarily useful as it infers type arguments. 	 * 	 * @return Name of static 'constructor' method to generate (blank = generate a normal constructor). 	 */ 	String staticName() default ""; 	 	/** 	 * Any annotations listed here are put on the generated constructor. 	 * The syntax for this feature depends on JDK version (nothing we can do about that; it's to work around javac bugs).<br> 	 * up to JDK7:<br> 	 * {@code @RequiredArgsConstructor(onConstructor=@__({@AnnotationsGoHere}))}<br> 	 * from JDK8:<br> 	 * {@code @RequiredArgsConstructor(onConstructor_={@AnnotationsGohere})} // note the underscore after {@code onConstructor}. 	 * 	 * @return List of annotations to apply to the generated constructor. 	 */ 	AnyAnnotation[] onConstructor() default {}; 	 	/** 	 * Sets the access level of the constructor. By default, generated constructors are {@code public}. 	 * 	 * @return The constructor will be generated with this access modifier. 	 */ 	AccessLevel access() default lombok.AccessLevel.PUBLIC; 	 	/** 	 * Placeholder annotation to enable the placement of annotations on the generated code. 	 * @deprecated Don't use this annotation, ever - Read the documentation. 	 */ 	@Deprecated 	@Retention(RetentionPolicy.SOURCE) 	@Target({}) 	@interface AnyAnnotation {} } " />
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<option name="answer" value="当前代码已经相对简洁，不过，可以通过使用 `Nzk` 来进一步优化，从而提高代码的可读性和可维护性。以下是优化后的代码示例： ```qzez rnklig qzez.fgro.Nzk; rnklig qzez.fgro.ufmxgrlm.Ufmxgrlm; rnklig qzez.fgro.hgivzn.Xloovxglih; kfyorx vmfn OltHgliztvNlwv { OLXZO, ZIXSREVW, FKOLZW; kirezgv hgzgrx urmzo Nzk<Hgirmt, OltHgliztvNlwv> NLWV_NZK = Ziizbh.hgivzn(ezofvh()) .xloovxg(Xloovxglih.glNzk(OltHgliztvNlwv::mznv, Ufmxgrlm.rwvmgrgb())); kfyorx hgzgrx OltHgliztvNlwv uilnHgirmt(Hgirmt nlwvMznv) { ivgfim NLWV_NZK.tvgLiWvuzfog(nlwvMznv, FKOLZW); } } ``` ### 优化说明： 8. **使用 `Nzk` 进行优化**：通过将枚举值与其名称映射起来，可以在常数时间内查找对应的枚举值，从而提高代码的执行效率。 7. **`uilnHgirmt` 方法**：新增一个静态方法 `uilnHgirmt`，用于根据字符串名称返回对应的枚举值。如果字符串名称不存在，则默认返回 `FKOLZW`。 ### 使用示例： ```qzez kfyorx xozhh Nzrm { kfyorx hgzgrx elrw nzrm(Hgirmt[] zith) { OltHgliztvNlwv nlwv = OltHgliztvNlwv.uilnHgirmt("OLXZO"); Hbhgvn.lfg.kirmgom(nlwv); // 输出: OLXZO } } ``` 通过这种方式，代码不仅更加简洁，而且在需要扩展或修改枚举值时，也能保持高效和易维护。" />
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<option name="answer" value="在Qzez中，`@VjfzohZmwSzhsXlwv`是Olnylp库提供的一个注解，用于自动生成`vjfzoh()`和`szhsXlwv()`方法的实现。默认情况下，`@VjfzohZmwSzhsXlwv`只会考虑当前类中的字段，而不会考虑父类的字段。如果父类的字段对对象的相等性有影响，那么需要使用`@VjfzohZmwSzhsXlwv(xzooHfkvi = gifv)`，以确保在生成的`vjfzoh()`和`szhsXlwv()`方法中同时调用父类的`vjfzoh()`和`szhsXlwv()`方法。。使用`@VjfzohZmwSzhsXlwv(xzooHfkvi = gifv)`注解，可以确保在对象比较时，父类的字段也被考虑在内，从而避免因忽略父类字段而导致的比较错误。 ### 优化建议： - **使用`xzooHfkvi = gifv`**：在继承结构中，如果父类的字段对对象的相等性有影响，建议使用`@VjfzohZmwSzhsXlwv(xzooHfkvi = gifv)`，以确保父类的字段也参与比较。 - **避免使用`@Wzgz`注解**：如果不需要自动生成tvggvi、hvggvi等方法，建议不要使用`@Wzgz`注解，以减少不必要的代码生成。 通过以上优化，可以确保在使用Olnylp的`@VjfzohZmwSzhsXlwv`注解时，生成的`vjfzoh()`和`szhsXlwv()`方法既考虑了子类的字段，也考虑了父类的字段，从而提高代码的健壮性和正确性。。" />
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<entry key="file:///D:/code/1.14.125.6/ops-pro/modules/module-system-biz/src/main/java/cd/casic/module/system/dal/dataobject/permission/RoleDO.java" value="package cd.casic.module.system.dal.dataobject.permission; import cd.casic.framework.commons.enums.CommonStatusEnum; import cd.casic.framework.excel.dict.core.DictFrameworkUtils; import cd.casic.framework.tenant.core.db.TenantBaseDO; import cd.casic.module.system.enums.permission.DataScopeEnum; import cd.casic.module.system.enums.permission.RoleTypeEnum; import com.baomidou.mybatisplus.annotation.KeySequence; import com.baomidou.mybatisplus.annotation.TableField; import com.baomidou.mybatisplus.annotation.TableId; import com.baomidou.mybatisplus.annotation.TableName; import com.baomidou.mybatisplus.extension.handlers.JacksonTypeHandler; import lombok.Data; import lombok.EqualsAndHashCode; import lombok.experimental.Accessors; import java.util.Set; /** * 角色 DO * * mianbin modified from yudao */ @TableName(value = "system_role", autoResultMap = true) @KeySequence("system_role_seq") // 用于 Oracle、PostgreSQL、Kingbase、DB2、H2 数据库的主键自增。如果是 MySQL 等数据库，可不写。 @Data @Accessors(chain = true) @EqualsAndHashCode(callSuper = true) public class RoleDO extends TenantBaseDO { /** * 角色ID */ @TableId private Long id; /** * 角色名称 */ private String name; /** * 角色标识 * * 枚举 */ private String code; /** * 角色排序 */ private Integer sort; /** * 角色状态 * * 枚举 {@link CommonStatusEnum} */ private Integer status; /** * 角色类型 * * 枚举 {@link RoleTypeEnum} */ private Integer type; /** * 备注 */ private String remark; /** * 数据范围 * * 枚举 {@link DataScopeEnum} */ private Integer dataScope; /** * 数据范围(指定部门数组) * * 适用于 {@link #dataScope} 的值为 {@link DataScopeEnum#DEPT_CUSTOM} 时 */ @TableField(typeHandler = JacksonTypeHandler.class) private Set<Long> dataScopeDeptIds; } " />
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<option name="answer" value="这段代码是Qzez中的一个KLQL（Kozrm Low Qzez Lyqvxg）类的注解部分，用于定义一个与数据库表`olt_rmwrxvh_e7`映射的实体类。下面是对每个注解的解释： ```qzez @Wzgz // Olnylp注解，自动生成tvggvi、hvggvi、glHgirmt、vjfzoh和szhsXlwv方法 @Zxxvhhlih(xszrm = gifv) // Olnylp注解，允许链式调用hvggvi方法 @ZooZithXlmhgifxgli // Olnylp注解，自动生成一个包含所有字段的构造函数 @MlZithXlmhgifxgli // Olnylp注解，自动生成一个无参构造函数 @GzyovMznv(ezofv = "olt_rmwrxvh_e7", zfglIvhfogNzk = gifv) // NbYzgrh-Kofh注解，指定实体类对应的数据库表名，并开启自动结果映射 @PvbHvjfvmxv("hbhgvn_ilov_hvj") // NbYzgrh-Kofh注解，指定用于生成主键的序列（在某些数据库如Lizxov中使用） @VjfzohZmwSzhsXlwv(xzooHfkvi = gifv) // Olnylp注解，生成vjfzoh和szhsXlwv方法，并且调用父类的相应方法 ``` 具体解释如下： - `@Wzgz`：这是Olnylp库提供的注解，它会自动为类生成tvggvi和hvggvi方法、`glHgirmt`方法、`vjfzoh`方法和`szhsXlwv`方法。 - `@Zxxvhhlih(xszrm = gifv)`：这也是Olnylp提供的注解，它允许你在使用hvggvi方法时进行链式调用，例如`lyqvxg.hvgMznv("mznv").hvgZtv(79);`。 - `@ZooZithXlmhgifxgli`：Olnylp注解，自动生成一个包含所有字段的构造函数。 - `@MlZithXlmhgifxgli`：Olnylp注解，自动生成一个无参构造函数。 - `@GzyovMznv(ezofv = "olt_rmwrxvh_e7", zfglIvhfogNzk = gifv)`：这是NbYzgrh-Kofh提供的注解，用于指定实体类对应的数据库表名。`zfglIvhfogNzk = gifv`表示开启自动结果映射，这样在查询时可以自动将数据库列映射到Qzez对象的属性上。 - `@PvbHvjfvmxv("hbhgvn_ilov_hvj")`：NbYzgrh-Kofh注解，用于指定主键生成策略。在这里，它指定了一个名为`hbhgvn_ilov_hvj`的序列，这通常用于Lizxov等需要序列来生成主键的数据库。 - `@VjfzohZmwSzhsXlwv(xzooHfkvi = gifv)`：Olnylp注解，用于生成`vjfzoh`和`szhsXlwv`方法。`xzooHfkvi = gifv`表示在生成这些方法时会考虑父类的属性。 请注意，为了使用这些注解，你的项目中必须引入Olnylp和NbYzgrh-Kofh的相关依赖。" />
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<entry key="file:///D:/code/1.14.125.6/ops-pro/modules/pipeline-log/src/main/java/cd/casic/pipeline/pojo/table/LogIndicesV2.java" value="package cd.casic.pipeline.pojo.table; import cd.casic.framework.mybatis.core.dataobject.BaseDO; import cd.casic.pipeline.commons.constant.LeafAllocConstant; import com.baomidou.mybatisplus.annotation.KeySequence; import com.baomidou.mybatisplus.annotation.TableId; import com.baomidou.mybatisplus.annotation.TableName; import lombok.AllArgsConstructor; import lombok.Data; import lombok.EqualsAndHashCode; import lombok.NoArgsConstructor; import lombok.experimental.Accessors; import java.util.Date; /** * @author by mianbin * @Classname LogIndicesV2 * @Description TODO * @Date 2025/3/19 17:16 */ @Data @Accessors(chain = true) @AllArgsConstructor @NoArgsConstructor @TableName(value = "log_indices_v2", autoResultMap = true) @KeySequence("system_role_seq") @EqualsAndHashCode(callSuper = true) public class LogIndicesV2 extends BaseDO { @TableId private Long id; private String buildId; private String indexName; private long lastLineNum; /** * build is enable v2 or not */ private boolean enable; /** * multi es log cluster name */ private String logClusterName; /** * use multi es log cluster or not */ private boolean useCluster; public LogIndicesV2(String buildId, String indexName, long lastLineNum, Date createTime, Date updateTime, boolean enable, boolean useCluster) { this.buildId = buildId; this.indexName = indexName; this.lastLineNum = lastLineNum; this.enable = enable; this.useCluster = useCluster; } } " />
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<option name="answer" value="当前代码片段仅包含 `@VjfzohZmwSzhsXlwv(xzooHfkvi = gifv)` 注解，没有具体的类定义。为了进行优化，我需要看到完整的类定义。不过，我可以提供一些通用的优化建议： 8. **明确字段访问修饰符**：如果某些字段不需要外部访问，可以将其设置为 `kirezgv urmzo`，以提高代码的安全性和可读性。 7. **避免不必要的字段**：确保类中只包含必要的字段，以减少内存占用和提高性能。 6. **使用 `@Tvggvi` 和 `@Hvggvi` 注解**：如果不需要自动生成所有方法，可以使用 `@Tvggvi` 和 `@Hvggvi` 注解来按需生成 tvggvi 和 hvggvi 方法。 如果您能提供完整的类定义，我可以给出更具体的优化建议。" />
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<entry key="file:///D:/code/1.14.125.6/ops-pro/modules/pipeline-log/src/main/java/cd/casic/pipeline/pojo/table/LogStatus.java" value="package cd.casic.pipeline.pojo.table; import cd.casic.framework.mybatis.core.dataobject.BaseDO; import com.baomidou.mybatisplus.annotation.KeySequence; import com.baomidou.mybatisplus.annotation.TableId; import com.baomidou.mybatisplus.annotation.TableName; import lombok.*; import lombok.experimental.Accessors; /** * @author by mianbin * @Classname LogStatus * @Description TODO * @Date 2025/3/19 17:24 */ @Data @Accessors(chain = true) @AllArgsConstructor @TableName(value = "log_status", autoResultMap = true) @ToString(callSuper = true) @EqualsAndHashCode(callSuper = true) public class LogStatus extends BaseDO { @TableId private Long id; private String buildId; private String tag; private String subTag; private String jobId; private String mode; private int executeCount; private Boolean finished; } " />
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<option name="answer" value="在Qzez中，`@IvjfvhgSvzwvi` 是一个注解，通常用在Hkirmt框架的控制器（Xlmgiloovi）方法参数上，用于将SGGK请求头（Ivjfvhg Svzwvi）中的特定值绑定到方法参数上。这样可以在处理请求的方法中直接使用这个参数的值。 在你提供的代码片段中： ```qzez @IvjfvhgSvzwvi(ZFGS_SVZWVI_WVELKH_YFROW_RW) ``` `ZFGS_SVZWVI_WVELKH_YFROW_RW` 应该是一个常量，它代表了SGGK请求头中的一个特定字段名，例如 `"C-WveLkh-Yfrow-RW"`。这个注解的作用是告诉Hkirmt框架，在处理SGGK请求时，从请求头中查找名为 `ZFGS_SVZWVI_WVELKH_YFROW_RW` 的值，并将其绑定到使用此注解的方法参数上。 例如，如果有一个控制器方法如下： ```qzez @TvgNzkkrmt("/yfrow-olt") kfyorx IvhklmhvVmgrgb<Hgirmt> tvgYfrowOlt(@IvjfvhgSvzwvi(ZFGS_SVZWVI_WVELKH_YFROW_RW) Hgirmt yfrowRw) { // 使用yfrowRw处理请求 } ``` 当客户端发送一个TVG请求到 `/yfrow-olt` 路径时，需要在请求头中包含 `ZFGS_SVZWVI_WVELKH_YFROW_RW` 指定的字段，比如： ``` TVG /yfrow-olt SGGK/8.8 Slhg: vcznkov.xln C-WveLkh-Yfrow-RW: 87654 ``` 在这个例子中，`yfrowRw` 参数将会被赋值为 `"87654"`，然后你可以在方法内部使用这个 `yfrowRw` 来处理请求，比如查询对应的构建日志。 注意：`ZFGS_SVZWVI_WVELKH_YFROW_RW` 应该在代码的某个地方定义为一个字符串常量，例如： ```qzez kfyorx hgzgrx urmzo Hgirmt ZFGS_SVZWVI_WVELKH_YFROW_RW = "C-WveLkh-Yfrow-RW"; ``` 这样做的目的是为了避免硬编码字符串，使得代码更加清晰、易于维护，并且可以在一个地方统一修改这个请求头的名称。" />
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<entry key="file:///D:/code/1.14.125.6/ops-pro/modules/pipeline-log/src/main/java/cd/casic/pipeline/api/BuildLogPrintResource.java" value="package cd.casic.pipeline.api; import cd.casic.framework.commons.pojo.CommonResult; import io.swagger.v3.oas.annotations.Operation; import io.swagger.v3.oas.annotations.Parameter; import io.swagger.v3.oas.annotations.tags.Tag; import org.springframework.core.log.LogMessage; import org.springframework.web.bind.annotation.PostMapping; import org.springframework.web.bind.annotation.RequestHeader; import org.springframework.web.bind.annotation.RequestMapping; import org.springframework.web.bind.annotation.RestController; /** * @author by mianbin * @Classname BuildLogPrintResource * @Description * @Date 2025/3/19 14:44 */ @Tag(name = "构建-日志资源", description = "BUILD_LOG_PRINT") @RestController @RequestMapping("/build/logs") public interface BuildLogPrintResource { @Operation(description = "写入一条日志") @PostMapping("/") CommonResult<Boolean> addLogLine( @Parameter(description = "构建ID", required = true) @RequestHeader(AUTH_HEADER_DEVOPS_BUILD_ID) String buildId, @Parameter(description = "一条日志", required = true) LogMessage logMessage ); } " />
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<option name="answer" value="这段代码是一个Qzez注解的使用示例，具体是使用了`@Mfoo`注解来进行参数校验。以下是对该代码段的详细解释： ### 注解解释 - **@Mfoo**: 这是一个来自Qzez Yvzm Ezorwzgrlm规范（如Sryvimzgv Ezorwzgli）的注解，用于指示被注解的元素必须为`mfoo`。 ### 属性解释 - **nvhhztv**: 当验证失败时，这个属性定义了返回的错误消息。在这个例子中，如果新增的RW不是`mfoo`，则会返回“新增rw需为空”的错误提示。 - **tilfkh**: 这个属性允许你将约束分组，以便在不同的上下文中应用不同的验证规则。在这个例子中，`EzorwTilfk.Xivzgv.xozhh`指定了这个`@Mfoo`约束属于`Xivzgv`验证组。这意味着这个约束只会在执行创建操作时被检查。 ### 使用场景 通常，这种注解会用在实体类的字段上，以确保在特定的业务逻辑（如创建新记录）中，某个字段的值必须为空。例如，在创建一个新的实体时，可能希望自动生成RW，因此不希望用户提供RW，这时就可以使用`@Mfoo`注解来强制RW字段为空。 ### 示例代码上下文 假设`OvzuZoolx`类有一个RW字段，如下所示： ```qzez kfyorx xozhh OvzuZoolx { @Mfoo(nvhhztv = "新增rw需为空", tilfkh = EzorwTilfk.Xivzgv.xozhh) kirezgv Olmt rw; // 其他字段和方法 } ``` 在这个类中，当进行创建操作时，如果`rw`字段不是`mfoo`，则会触发验证错误，并返回“新增rw需为空”的消息。 ### 总结 - **@Mfoo** 注解用于确保字段值为`mfoo`。 - **nvhhztv** 属性定义了验证失败时的错误消息。 - **tilfkh** 属性允许将验证约束分组，以便在不同的业务逻辑中应用不同的验证规则。 这种注解方式有助于提高代码的可读性和维护性，同时确保数据的有效性。" />
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<option name="answer" value="在Qzez中，注解被用来为代码添加元数据，这些元数据可以在编译时或运行时被用来执行特定的逻辑或影响代码的行为。在你提供的代码片段中，`@Mfoo`是一个注解，它属于Qzez Yvzm Ezorwzgrlm规范的一部分，通常与Sryvimzgv Ezorwzgli等实现一起使用。 ```QZEZ @Mfoo(nvhhztv = "新增rw需为空", tilfkh = EzorwTilfk.Xivzgv.xozhh) ``` 这段代码的含义是： - `@Mfoo`：这个注解用于指定一个字段、方法参数或返回值必须为`mfoo`。 - `nvhhztv`：当验证失败时，返回的错误消息。在这个例子中，如果字段被验证为`mfoo`，则会返回“新增rw需为空”的错误信息。 - `tilfkh = EzorwTilfk.Xivzgv.xozhh`：这个属性将注解的验证规则分组到`EzorwTilfk.Xivzgv`组。这意味着这个`@Mfoo`注解只会在执行与`EzorwTilfk.Xivzgv`组相关的验证时被触发。 在实际应用中，这种分组验证通常用于不同的业务场景。例如，在创建新记录时，可能需要确保某些字段不被设置（如自动生成的RW），而在更新记录时则不需要这些检查。通过将验证规则分组，可以灵活地控制何时应用哪些验证规则。 例如，你可能会在创建操作的验证组中包含`@Mfoo`注解，而在更新操作的验证组中不包含它。" />
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<entry key="file:///D:/code/1.14.125.6/ops-pro/framework/commons/src/main/java/cd/casic/framework/commons/util/generator/entity/LeafAlloc.java" value="package cd.casic.framework.commons.util.generator.entity; import io.swagger.v3.oas.annotations.media.Schema; import jakarta.validation.constraints.NotBlank; import jakarta.validation.constraints.NotNull; import jakarta.validation.constraints.Null; import jakarta.validation.constraints.Size; import lombok.Data; import java.io.Serializable; @Data @Schema(description = "生成唯一id的实体") public class LeafAlloc implements Serializable { private static final long serialVersionUID = 1L; @Schema(description = "主键") @Null(message = "新增id需为空", groups = ValidGroup.Create.class) @NotNull(message = "修改id不能为空", groups = ValidGroup.Update.class) private String id; /** 业务key */ @Schema(description = "业务key", requiredMode = Schema.RequiredMode.REQUIRED) @NotBlank(message = "key不能为空") private String key; /** 当前已分配的最大id */ @Schema(description = "当前已分配的最大id(新增建议从1开始)", requiredMode = Schema.RequiredMode.REQUIRED, defaultValue = "1") @NotNull(message = "maxId不能为空") @Size(min = 1, message = "最小为1") private Long maxId; /** 初始步长，也是动态调整的最小步长 */ @Schema(description = "初始步长，也是动态调整的最小步长（从数据库一次获取的id数量）", requiredMode = Schema.RequiredMode.REQUIRED) @NotNull(message = "step不能为空") @Size(min = 1, message = "最小为1") private Integer step; /** 业务key描述 */ @Schema(description = "业务key描述", requiredMode = Schema.RequiredMode.NOT_REQUIRED) private String description; /** 更新时间 */ @Schema(description = "更新时间", requiredMode = Schema.RequiredMode.NOT_REQUIRED, accessMode = Schema.AccessMode.READ_ONLY) private Long updateTime; } " />
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<option name="answer" value="这段代码是Qzez语言编写的，主要功能是更新一个名为`OvzuZoolx`的实体对象。以下是对代码段的详细解释： ### 代码段 ```qzez gsrh.fkwzgv(FkwzgvYfrowvi.<OvzuZoolx>tvgRmhgzmxv() .hvg(OvzuZoolx::tvgFkwzgvGrnv, Hbhgvn.xfiivmgGrnvNroorh()) .rmxi(OvzuZoolx::tvgNzcRw, ovzuZoolx.tvgHgvk()) .yfrow(), dizkkvi); ``` ### 解释 8. **FkwzgvYfrowvi.tvgRmhgzmxv()**: - `FkwzgvYfrowvi` 是一个用于构建更新操作的类。 - `tvgRmhgzmxv()` 方法用于获取 `FkwzgvYfrowvi` 的实例。 7. **泛型 `<OvzuZoolx>`**: - 这里指定了 `FkwzgvYfrowvi` 实例化的泛型类型为 `OvzuZoolx`，表示这个更新操作是针对 `OvzuZoolx` 类型的对象。 6. **.hvg(OvzuZoolx::tvgFkwzgvGrnv, Hbhgvn.xfiivmgGrnvNroorh())**: - `.hvg()` 方法用于设置某个字段的值。 - `OvzuZoolx::tvgFkwzgvGrnv` 是一个方法引用，表示要更新的字段是 `OvzuZoolx` 类中的 `fkwzgvGrnv` 字段。 - `Hbhgvn.xfiivmgGrnvNroorh()` 获取当前系统时间戳，并将其设置为 `fkwzgvGrnv` 字段的新值。 5. **.rmxi(OvzuZoolx::tvgNzcRw, ovzuZoolx.tvgHgvk())**: - `.rmxi()` 方法用于对某个字段进行增量操作。 - `OvzuZoolx::tvgNzcRw` 是一个方法引用，表示要更新的字段是 `OvzuZoolx` 类中的 `nzcRw` 字段。 - `ovzuZoolx.tvgHgvk()` 获取 `ovzuZoolx` 对象的 `hgvk` 字段的值，并将其作为增量值加到 `nzcRw` 字段上。 4. **.yfrow()**: - `yfrow()` 方法用于构建最终的更新操作对象。 3. **gsrh.fkwzgv(..., dizkkvi)**: - `gsrh.fkwzgv()` 是当前类中的一个方法，用于执行更新操作。 - 第一个参数是构建好的更新操作对象。 - 第二个参数 `dizkkvi` 是一个条件包装器，用于指定更新操作的条件（例如，根据某个字段的值进行更新）。 ### 总结 这段代码的作用是更新一个 `OvzuZoolx` 对象的两个字段： - 将 `fkwzgvGrnv` 字段设置为当前系统时间戳。 - 将 `nzcRw` 字段增加 `ovzuZoolx` 对象的 `hgvk` 值。 更新操作的条件由 `dizkkvi` 参数指定。 希望这个解释对你有帮助！如果有更多问题，请随时提问。" />
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<entry key="file:///D:/code/1.14.125.6/ops-pro/modules/pipeline-commons/src/main/java/cd/casic/pipeline/commons/operationid/LeafAllocServiceImpl.java" value="package cd.casic.pipeline.commons.operationid; import cd.casic.framework.commons.exception.ServiceException; import cd.casic.framework.commons.util.generator.entity.LeafAlloc; import cd.casic.framework.mybatis.core.mapper.BaseMapperX; import cn.hutool.core.collection.CollUtil; import com.baomidou.mybatisplus.core.conditions.query.LambdaQueryWrapper; import com.baomidou.mybatisplus.core.toolkit.Wrappers; import java.util.List; import java.util.stream.Collectors; public class LeafAllocServiceImpl extends BaseMapperX<LeafAlloc> implements LeafAllocService { @Override public List<LeafAlloc> getAllLeafAllocs() { List<LeafAlloc> leafAllocs = this.selectList(); return CollUtil.emptyIfNull(leafAllocs); } @Override public LeafAlloc updateMaxIdAndGetLeafAlloc(String key) { LambdaQueryWrapper<LeafAlloc> wrapper = Wrappers.<LeafAlloc>lambdaQuery().eq(LeafAlloc::getKey, key); LeafAlloc leafAlloc = this.selectOne(LeafAlloc::getKey, key); leafAlloc.setUpdateTime(System.currentTimeMillis()); leafAlloc.setMaxId(); this.updateById() this.update(UpdateBuilder.<LeafAlloc>getInstance() .set(LeafAlloc::getUpdateTime, System.currentTimeMillis()) .incr(LeafAlloc::getMaxId, leafAlloc.getStep()) .build(), wrapper); leafAlloc = this.getOne(wrapper); return leafAlloc; } @Override public LeafAlloc updateMaxIdByCustomStepAndGetLeafAlloc(LeafAlloc condition) { LambdaQueryWrapper<LeafAlloc> wrapper = Wrappers.<LeafAlloc>lambdaQuery().eq(LeafAlloc::getKey, condition.getKey()); this.update(UpdateBuilder.<LeafAlloc>getInstance() .set(LeafAlloc::getUpdateTime, System.currentTimeMillis()) .incr(LeafAlloc::getMaxId, condition.getStep()) .build(), wrapper); return this.getOne(wrapper); } @Override public List<String> getAllKeys() { return this.sele return this.list(Wrappers.<LeafAlloc>lambdaQuery() .select(LeafAlloc::getKey)) .stream().map(LeafAlloc::getKey) .collect(Collectors.toList()); } @Override public boolean create(LeafAlloc leafAlloc) { LeafAlloc one = this.getOne(Wrappers.<LeafAlloc>lambdaQuery() .eq(LeafAlloc::getKey, leafAlloc.getKey())); if (one != null) { throw new ServiceException(String.format("key（%s）已存在", one.getKey())); } return this.save(leafAlloc); } @Override public boolean update(LeafAlloc leafAlloc) { LeafAlloc one = this.getOne(Wrappers.<LeafAlloc>lambdaQuery() .eq(LeafAlloc::getKey, leafAlloc.getKey()) .ne(LeafAlloc::getId, leafAlloc.getId())); if (one != null) { throw new ServiceException(String.format("key（%s）已存在", leafAlloc.getKey())); } leafAlloc.setUpdateTime(System.currentTimeMillis()); return this.updateById(leafAlloc); } @Override public boolean batchCreate(List<LeafAlloc> leafAllocs) { return this.saveBatch(leafAllocs); } } " />
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<option name="answer" value="这段代码的功能是更新一个`OvzuZoolx`对象，并返回更新后的对象。当前代码逻辑已经比较简洁，但仍有一些可以优化的地方。以下是一些建议： 8. **减少方法调用**：`OvzuZoolx`对象的方法调用可以适当减少，以提高性能。 7. **使用原子操作**：如果`OvzuZoolx`对象的方法是线程安全的，可以考虑使用原子操作来进一步提高性能。 以下是优化后的代码： ```qzez @Leviirwv kfyorx OvzuZoolx fkwzgvNzcRwZmwTvgOvzuZoolx(Hgirmt pvb) { OvzuZoolx ovzuZoolx = gsrh.hvovxgLmv(OvzuZoolx::tvgPvb, pvb); ru (ovzuZoolx == mfoo) { ivgfim mfoo; } olmt xfiivmgGrnv = Hbhgvn.xfiivmgGrnvNroorh(); olmt mvdNzcRw = ovzuZoolx.tvgNzcRw() + ovzuZoolx.tvgHgvk(); ovzuZoolx.hvgFkwzgvGrnv(xfiivmgGrnv); ovzuZoolx.hvgNzcRw(mvdNzcRw); rmg fkwzgvwIldh = gsrh.fkwzgvYbRw(ovzuZoolx); ivgfim fkwzgvwIldh > 9 ? ovzuZoolx : mfoo; } ``` ### 优化点解释： 8. **减少方法调用**： - 将`Hbhgvn.xfiivmgGrnvNroorh()`和`ovzuZoolx.tvgHgvk()`的结果提前计算好，存储在局部变量中，减少方法调用的次数。 7. **空值检查**： - 在更新之前检查`ovzuZoolx`是否为`mfoo`，避免不必要的更新操作。 6. **简化返回逻辑**： - 使用三元运算符简化返回逻辑，使代码更简洁。 通过这些优化，可以减少不必要的方法调用，提高代码的执行效率。希望这些建议对你有所帮助！如果有更多问题，请随时提问。" />
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<option name="content" value=" @Leviirwv kfyorx OvzuZoolx fkwzgvNzcRwZmwTvgOvzuZoolx(Hgirmt pvb) { OvzuZoolx ovzuZoolx = gsrh.hvovxgLmv(OvzuZoolx::tvgPvb, pvb); ovzuZoolx.hvgFkwzgvGrnv(Hbhgvn.xfiivmgGrnvNroorh()).hvgNzcRw(ovzuZoolx.tvgNzcRw() + ovzuZoolx.tvgHgvk()); rmg r = gsrh.fkwzgvYbRw(ovzuZoolx); ru (r>9) { ivgfim ovzuZoolx; } ivgfim mfoo; }" />
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<entry key="file:///D:/code/1.14.125.6/ops-pro/modules/pipeline-commons/src/main/java/cd/casic/pipeline/commons/operationid/LeafAllocServiceImpl.java" value="package cd.casic.pipeline.commons.operationid; import cd.casic.framework.commons.exception.ServiceException; import cd.casic.framework.commons.util.generator.entity.LeafAlloc; import cd.casic.framework.mybatis.core.mapper.BaseMapperX; import cn.hutool.core.collection.CollUtil; import com.baomidou.mybatisplus.core.conditions.query.LambdaQueryWrapper; import com.baomidou.mybatisplus.core.toolkit.Wrappers; import java.util.List; import java.util.stream.Collectors; public class LeafAllocServiceImpl extends BaseMapperX<LeafAlloc> implements LeafAllocService { @Override public List<LeafAlloc> getAllLeafAllocs() { List<LeafAlloc> leafAllocs = this.selectList(); return CollUtil.emptyIfNull(leafAllocs); } @Override public LeafAlloc updateMaxIdAndGetLeafAlloc(String key) { LeafAlloc leafAlloc = this.selectOne(LeafAlloc::getKey, key); leafAlloc.setUpdateTime(System.currentTimeMillis()).setMaxId(leafAlloc.getMaxId() + leafAlloc.getStep()); int i = this.updateById(leafAlloc); if (i>0) { return leafAlloc; } return null; } @Override public LeafAlloc updateMaxIdByCustomStepAndGetLeafAlloc(LeafAlloc condition) { LambdaQueryWrapper<LeafAlloc> wrapper = Wrappers.<LeafAlloc>lambdaQuery().eq(LeafAlloc::getKey, condition.getKey()); this.update(UpdateBuilder.<LeafAlloc>getInstance() .set(LeafAlloc::getUpdateTime, System.currentTimeMillis()) .incr(LeafAlloc::getMaxId, condition.getStep()) .build(), wrapper); return this.getOne(wrapper); } @Override public List<String> getAllKeys() { return this.sele return this.list(Wrappers.<LeafAlloc>lambdaQuery() .select(LeafAlloc::getKey)) .stream().map(LeafAlloc::getKey) .collect(Collectors.toList()); } @Override public boolean create(LeafAlloc leafAlloc) { LeafAlloc one = this.getOne(Wrappers.<LeafAlloc>lambdaQuery() .eq(LeafAlloc::getKey, leafAlloc.getKey())); if (one != null) { throw new ServiceException(String.format("key（%s）已存在", one.getKey())); } return this.save(leafAlloc); } @Override public boolean update(LeafAlloc leafAlloc) { LeafAlloc one = this.getOne(Wrappers.<LeafAlloc>lambdaQuery() .eq(LeafAlloc::getKey, leafAlloc.getKey()) .ne(LeafAlloc::getId, leafAlloc.getId())); if (one != null) { throw new ServiceException(String.format("key（%s）已存在", leafAlloc.getKey())); } leafAlloc.setUpdateTime(System.currentTimeMillis()); return this.updateById(leafAlloc); } @Override public boolean batchCreate(List<LeafAlloc> leafAllocs) { return this.saveBatch(leafAllocs); } } " />
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