import {
  populateCommonDb
} from "./chunk-6ZKBGPIT.mjs";
import {
  parse
} from "./chunk-2ENXBMWA.mjs";
import "./chunk-HQDACWF7.mjs";
import "./chunk-CYW2HGLJ.mjs";
import "./chunk-CT5Q72BK.mjs";
import "./chunk-3O5MS6M4.mjs";
import "./chunk-D6UAH5RW.mjs";
import "./chunk-LJRZYMMA.mjs";
import "./chunk-NZTEHIZO.mjs";
import "./chunk-WM6EUEOH.mjs";
import "./chunk-D6MTONMS.mjs";
import {
  calculateTextDimensions,
  cleanAndMerge,
  wrapLabel
} from "./chunk-BSZA5ISF.mjs";
import "./chunk-7TFACZ55.mjs";
import {
  clear,
  defaultConfig_default,
  getAccDescription,
  getAccTitle,
  getConfig,
  getConfig2,
  getDiagramTitle,
  sanitizeText,
  setAccDescription,
  setAccTitle,
  setDiagramTitle,
  setupGraphViewbox2 as setupGraphViewbox
} from "./chunk-Q52JI7PB.mjs";
import {
  log,
  select_default
} from "./chunk-V7P66DNM.mjs";
import "./chunk-BBDM4ZFP.mjs";
import {
  isEmResetFrame
} from "./chunk-NW2N4LI3.mjs";
import {
  __name
} from "./chunk-PTVI3W5X.mjs";

// src/diagrams/eventmodeling/types.ts
var PositionFrameKind = "position frame";
var FramePositionedKind = "frame positioned";
var PositionRelationKind = "position relation";
var RelationPositionedKind = "relation positioned";

// src/diagrams/eventmodeling/db.ts
var setOptions = /* @__PURE__ */ __name(function(_rawOptString) {
  log.debug("options str", _rawOptString);
}, "setOptions");
var getOptions = /* @__PURE__ */ __name(function() {
  return {};
}, "getOptions");
var clear2 = /* @__PURE__ */ __name(function() {
  reset();
  clear();
}, "clear");
function reset() {
  store = {};
}
__name(reset, "reset");
var DEFAULT_EVENTMODELING_CONFIG = defaultConfig_default.eventmodeling;
var getConfig3 = /* @__PURE__ */ __name(() => {
  const config = cleanAndMerge({
    ...DEFAULT_EVENTMODELING_CONFIG,
    ...getConfig().eventmodeling
  });
  return config;
}, "getConfig");
var store = {};
function getState() {
  let state = initial;
  const { ast } = store;
  const diagramProps2 = getDiagramProps();
  if (!ast) {
    throw new Error("No data for EventModel");
  }
  ast.frames.forEach((frame, index) => {
    const textProps = calculateTextProps(frame, ast.dataEntities, diagramProps2);
    state = dispatch(state, {
      $kind: PositionFrameKind,
      index,
      frame,
      textProps
    });
    let sourceFrames = void 0;
    if (hasSourceFrame(frame)) {
      log.debug(`source frame`, frame.sourceFrames);
      sourceFrames = ast.frames.filter((currentFrame) => {
        return frame.sourceFrames.some((sf) => sf.$refText === currentFrame.name);
      });
      sourceFrames.forEach((sourceFrame) => {
        state = dispatch(state, {
          $kind: PositionRelationKind,
          index,
          frame,
          sourceFrame
        });
      });
    } else {
      state = dispatch(state, {
        $kind: PositionRelationKind,
        index,
        frame
      });
    }
  });
  state = {
    ...state,
    sortedSwimlanesArray: sortedSwimlanesArray(state.swimlanes)
  };
  return state;
}
__name(getState, "getState");
function setAst(ast) {
  store.ast = ast;
}
__name(setAst, "setAst");
var diagramProps = {
  swimlaneMinHeight: 70,
  swimlanePadding: 15,
  swimlaneGap: 10,
  boxPadding: 10,
  boxOverlap: 90,
  boxDefaultY: 0,
  boxMinWidth: 80,
  boxMaxWidth: 450,
  boxMinHeight: 80,
  boxMaxHeight: 750,
  contentStartX: 250,
  textMaxWidth: 450 - 2 * 10,
  boxTextFontWeight: "bold",
  boxTextPadding: 10,
  swimlaneTextFontWeight: "bold",
  labelUiAutomation: "UI/Automation",
  labelUiAutomationPrefix: "UI/A: ",
  labelCommandReadModel: "Command/Read Model",
  labelCommandReadModelPrefix: "C/RM: ",
  labelEvents: "Events",
  labelEventsPrefix: "Stream: "
};
function getDiagramProps() {
  return diagramProps;
}
__name(getDiagramProps, "getDiagramProps");
var initial = {
  boxes: [],
  swimlanes: {},
  relations: [],
  maxR: 0,
  sortedSwimlanesArray: []
};
function extractNamespace(entityIdentifier) {
  const spl = entityIdentifier.split(".");
  if (spl.length === 2) {
    return spl[0];
  }
  return void 0;
}
__name(extractNamespace, "extractNamespace");
function extractName(entityIdentifier) {
  const spl = entityIdentifier.split(".");
  if (spl.length === 2) {
    return spl[1];
  }
  return entityIdentifier;
}
__name(extractName, "extractName");
function findSwimlaneByNamespace(swimlanes, namespace) {
  if (!namespace || namespace.length === 0) {
    return void 0;
  }
  return Object.values(swimlanes).find((swimlane) => swimlane.namespace === namespace);
}
__name(findSwimlaneByNamespace, "findSwimlaneByNamespace");
function findNextAvailableIndex(swimlanes, boundaryMin, boundaryMax) {
  return Math.max(
    boundaryMin,
    ...Object.keys(swimlanes).filter((key) => {
      const index = Number.parseInt(key);
      return index > boundaryMin && index < boundaryMax;
    }).map((key) => Number.parseInt(key))
  ) + 1;
}
__name(findNextAvailableIndex, "findNextAvailableIndex");
function calculateSwimlaneProps(frame, swimlanes) {
  const namespace = extractNamespace(frame.entityIdentifier);
  const sw = findSwimlaneByNamespace(swimlanes, namespace);
  switch (frame.modelEntityType) {
    case "ui":
    case "pcr":
    case "processor":
      if (sw) {
        return {
          index: sw.index,
          label: sw.namespace || diagramProps.labelUiAutomation
        };
      } else if (namespace) {
        return {
          index: findNextAvailableIndex(swimlanes, 0, 100),
          label: diagramProps.labelUiAutomationPrefix + namespace
        };
      }
      return { index: 0, label: diagramProps.labelUiAutomation };
    case "rmo":
    case "readmodel":
    case "cmd":
    case "command":
      if (sw) {
        return {
          index: sw.index,
          label: sw.namespace || diagramProps.labelCommandReadModel
        };
      } else if (namespace) {
        return {
          index: findNextAvailableIndex(swimlanes, 100, 200),
          label: diagramProps.labelCommandReadModelPrefix + namespace
        };
      }
      return { index: 100, label: diagramProps.labelCommandReadModel };
    case "evt":
    case "event":
    default:
      if (sw) {
        return {
          index: sw.index,
          label: sw.namespace || diagramProps.labelEvents
        };
      } else if (namespace) {
        return {
          index: findNextAvailableIndex(swimlanes, 200, 300),
          label: diagramProps.labelEventsPrefix + namespace
        };
      }
      return { index: 200, label: diagramProps.labelEvents };
  }
}
__name(calculateSwimlaneProps, "calculateSwimlaneProps");
function calculateEntityVisualProps(frame) {
  const { themeVariables } = getConfig();
  switch (frame.modelEntityType) {
    case "ui":
      return {
        fill: themeVariables.emUiFill ?? "white",
        stroke: themeVariables.emUiStroke ?? "#dbdada"
      };
    case "pcr":
    case "processor":
      return {
        fill: themeVariables.emProcessorFill ?? "#edb3f6",
        stroke: themeVariables.emProcessorStroke ?? "#b88cbf"
      };
    case "rmo":
    case "readmodel":
      return {
        fill: themeVariables.emReadModelFill ?? "#d3f1a2",
        stroke: themeVariables.emReadModelStroke ?? "#a3b732"
      };
    case "cmd":
    case "command":
      return {
        fill: themeVariables.emCommandFill ?? "#bcd6fe",
        stroke: themeVariables.emCommandStroke ?? "#679ac3"
      };
    case "evt":
    case "event":
      return {
        fill: themeVariables.emEventFill ?? "#ffb778",
        stroke: themeVariables.emEventStroke ?? "#c19a0f"
      };
    default:
      return {
        fill: "red",
        stroke: "black"
      };
  }
}
__name(calculateEntityVisualProps, "calculateEntityVisualProps");
function calculateTextProps(frame, dataEntities, diagramProps2) {
  const config = getConfig();
  const name = sanitizeText(extractName(frame.entityIdentifier) ?? "", config);
  let toHtml;
  const wrapLabelConfig = {
    fontSize: 16,
    fontWeight: 700,
    fontFamily: '"trebuchet ms", verdana, arial, sans-serif',
    joinWith: "<br/>"
  };
  const wrappedName = wrapLabel(name, diagramProps2.textMaxWidth, wrapLabelConfig);
  let content = `<b>${wrappedName}</b>`;
  if (frame.dataInlineValue) {
    toHtml = frame.dataInlineValue;
    toHtml = toHtml.substring(toHtml.indexOf("{") + 1);
    toHtml = toHtml.substring(0, toHtml.lastIndexOf("}") - 1);
    toHtml = sanitizeText(toHtml, config);
    toHtml = wrapLabel(toHtml, diagramProps2.textMaxWidth, wrapLabelConfig);
    toHtml = toHtml.replaceAll(" ", "&nbsp;");
  }
  if (frame.dataReference) {
    const dataEntity = dataEntities.find(
      (dataEntity2) => dataEntity2.name === frame.dataReference?.$refText
    );
    if (dataEntity) {
      toHtml = dataEntity.dataBlockValue;
      toHtml = toHtml.substring(toHtml.indexOf("{\n") + 2);
      toHtml = toHtml.substring(0, toHtml.lastIndexOf("}") - 1);
      toHtml = sanitizeText(toHtml, config);
      toHtml = wrapLabel(toHtml, diagramProps2.textMaxWidth, wrapLabelConfig);
      toHtml = toHtml.replaceAll(" ", "&nbsp;");
      toHtml += `<br/>`;
    }
  }
  const hasRenderedData = toHtml !== void 0;
  if (hasRenderedData) {
    content += `<br/><br/><code style="text-align: left; display: block;max-width:${diagramProps2.textMaxWidth}px">${toHtml}</code>`;
  }
  const textDimensionConfig = {
    fontSize: wrapLabelConfig.fontSize,
    fontWeight: wrapLabelConfig.fontWeight,
    fontFamily: wrapLabelConfig.fontFamily
  };
  const dimensions = calculateTextDimensions(content, textDimensionConfig);
  const calculatedWidthFix = hasRenderedData ? dimensions.width / 3 : dimensions.width;
  const props = {
    content,
    width: calculatedWidthFix,
    height: dimensions.height
  };
  log.debug(`[${frame.name}] ${frame.entityIdentifier} text`, props);
  return props;
}
__name(calculateTextProps, "calculateTextProps");
function decidePositionFrame(state, _command) {
  const command = _command;
  const visual = calculateEntityVisualProps(command.frame);
  const dimension = {
    width: command.textProps.width + 2 * diagramProps.boxTextPadding,
    height: command.textProps.height + 2 * diagramProps.boxTextPadding
  };
  const event = {
    $kind: FramePositionedKind,
    frame: command.frame,
    index: command.index,
    visual,
    dimension,
    textProps: command.textProps
  };
  return [event];
}
__name(decidePositionFrame, "decidePositionFrame");
function calculateX(swimlane, previousSwimlane, lastBox) {
  if (previousSwimlane === void 0) {
    return diagramProps.contentStartX;
  }
  if (previousSwimlane.index === swimlane.index && swimlane.r) {
    return swimlane.r + diagramProps.boxPadding;
  }
  if (lastBox === void 0) {
    return diagramProps.contentStartX;
  }
  return lastBox.r - diagramProps.boxOverlap + diagramProps.boxPadding;
}
__name(calculateX, "calculateX");
function calculateMaxRight(swimlanes, swimlaneR) {
  const rs = [...swimlanes.map((s) => s.r), swimlaneR];
  return Math.max(...rs);
}
__name(calculateMaxRight, "calculateMaxRight");
function sortedSwimlanesArray(swimlanes) {
  return Object.values(swimlanes).sort((a, b) => a.index - b.index);
}
__name(sortedSwimlanesArray, "sortedSwimlanesArray");
function evolveFramePositioned(state, _event) {
  const event = _event;
  const swimlaneProps = calculateSwimlaneProps(event.frame, state.swimlanes);
  let swimlane;
  if (swimlaneProps.index in state.swimlanes) {
    swimlane = state.swimlanes[swimlaneProps.index];
  } else {
    swimlane = {
      index: swimlaneProps.index,
      label: swimlaneProps.label,
      r: 0,
      y: swimlaneProps.index * diagramProps.swimlaneMinHeight + diagramProps.swimlaneGap,
      height: diagramProps.swimlaneMinHeight,
      maxHeight: diagramProps.swimlaneMinHeight
    };
  }
  const lastBox = state.boxes.length > 0 ? state.boxes[state.boxes.length - 1] : void 0;
  const previousSwimlane = state.previousSwimlaneNumber !== void 0 ? state.swimlanes[state.previousSwimlaneNumber] : void 0;
  const dimension = {
    width: Math.max(
      diagramProps.boxMinWidth,
      Math.min(diagramProps.boxMaxWidth, event.dimension.width)
    ) + 2 * diagramProps.boxPadding,
    height: Math.max(
      diagramProps.boxMinHeight,
      Math.min(diagramProps.boxMaxHeight, event.dimension.height)
    ) + 2 * diagramProps.boxPadding
  };
  const x = calculateX(swimlane, previousSwimlane, lastBox);
  const r = x + dimension.width + diagramProps.boxPadding;
  const maxR = calculateMaxRight(Object.values(state.swimlanes), r);
  swimlane.r = x + dimension.width;
  swimlane.maxHeight = Math.max(swimlane.maxHeight, dimension.height);
  swimlane.height = Math.max(diagramProps.swimlaneMinHeight, swimlane.maxHeight) + 2 * diagramProps.swimlanePadding;
  const box = {
    x,
    y: diagramProps.swimlanePadding + swimlane.y,
    // y: diagramProps.swimlanePadding + (swimlane.y || diagramProps.boxDefaultY),
    r,
    dimension,
    leftSibling: false,
    swimlane,
    visual: event.visual,
    text: event.textProps.content,
    frame: event.frame,
    index: event.index
  };
  const newState = {
    ...state,
    boxes: [...state.boxes, box],
    swimlanes: {
      ...state.swimlanes,
      [`${swimlane.index}`]: swimlane
    },
    previousSwimlaneNumber: swimlaneProps.index,
    previousFrame: event.frame,
    maxR
  };
  const swimlanes = sortedSwimlanesArray(newState.swimlanes);
  if (swimlanes.length > 0) {
    swimlanes[0].y = 0;
  }
  for (let i = 1; i < swimlanes.length; i++) {
    const sw = swimlanes[i];
    const prevSw = swimlanes[i - 1];
    sw.y = prevSw.y + prevSw.height + diagramProps.swimlaneGap;
  }
  return newState;
}
__name(evolveFramePositioned, "evolveFramePositioned");
function isFirstFrame(index, frame) {
  if (index === 0 && frame.sourceFrames.length === 0) {
    return true;
  }
  return false;
}
__name(isFirstFrame, "isFirstFrame");
function hasSourceFrame(frame) {
  return frame.sourceFrames !== void 0 && frame.sourceFrames !== null && frame.sourceFrames.length > 0;
}
__name(hasSourceFrame, "hasSourceFrame");
function findBoxByFrame(boxes, frame) {
  if (frame === void 0 || frame === null) {
    return void 0;
  }
  return boxes.find((box) => box.frame.name === frame.name);
}
__name(findBoxByFrame, "findBoxByFrame");
function findBoxByLineIndex(boxes, targetSwimlane, lineIndex) {
  if (lineIndex < 0) {
    return void 0;
  }
  for (let i = lineIndex; i >= 0; i--) {
    const box = boxes[i];
    if (box.swimlane.index !== targetSwimlane) {
      return box;
    }
  }
  return void 0;
}
__name(findBoxByLineIndex, "findBoxByLineIndex");
function decidePositionRelation(state, _command) {
  const command = _command;
  if (isEmResetFrame(command.frame) || isFirstFrame(command.index, command.frame)) {
    return [];
  }
  const targetBox = findBoxByFrame(state.boxes, command.frame);
  if (targetBox === void 0) {
    throw new Error(`Target box not found for frame ${command.frame.name}`);
  }
  let sourceBox;
  if (command.sourceFrame) {
    sourceBox = findBoxByFrame(state.boxes, command.sourceFrame);
  } else {
    sourceBox = findBoxByLineIndex(state.boxes, targetBox.swimlane.index, command.index - 1);
  }
  if (sourceBox === void 0) {
    return [];
  }
  const event = {
    $kind: RelationPositionedKind,
    frame: command.frame,
    index: command.index,
    sourceBox,
    targetBox
  };
  return [event];
}
__name(decidePositionRelation, "decidePositionRelation");
function evolveRelationPositioned(state, _event) {
  const event = _event;
  const relation = {
    visual: {
      fill: "none",
      stroke: "#000"
    },
    source: {
      x: event.sourceBox.x,
      y: event.sourceBox.y
    },
    target: {
      x: event.targetBox.x,
      y: event.targetBox.y
    },
    sourceBox: event.sourceBox,
    targetBox: event.targetBox
  };
  const newState = {
    ...state,
    relations: [...state.relations, relation]
  };
  return newState;
}
__name(evolveRelationPositioned, "evolveRelationPositioned");
var deciders = {
  [PositionFrameKind]: decidePositionFrame,
  [PositionRelationKind]: decidePositionRelation
};
var evolvers = {
  [FramePositionedKind]: evolveFramePositioned,
  [RelationPositionedKind]: evolveRelationPositioned
};
function decide(state, command) {
  const fn = deciders[command.$kind];
  if (fn === void 0 || fn === null) {
    return [];
  }
  const events = fn(state, command);
  log.debug(`decided events`, events);
  return events;
}
__name(decide, "decide");
function evolve(state, events) {
  const newState = events.reduce((previousState, event) => {
    const fn = evolvers[event.$kind];
    if (fn === void 0 || fn === null) {
      return previousState;
    }
    return fn(previousState, event);
  }, state);
  log.debug(`evolve events`, { state, newState, events });
  return newState;
}
__name(evolve, "evolve");
function dispatch(state, command) {
  const events = decide(state, command);
  const newState = evolve(state, events);
  return newState;
}
__name(dispatch, "dispatch");
var db = {
  getConfig: getConfig3,
  setOptions,
  getOptions,
  clear: clear2,
  setAccTitle,
  getAccTitle,
  getAccDescription,
  setAccDescription,
  setDiagramTitle,
  getDiagramTitle,
  setAst,
  getDiagramProps,
  getState
};

// src/diagrams/eventmodeling/parser.ts
var parser = {
  parse: /* @__PURE__ */ __name(async (input) => {
    const ast = await parse("eventmodeling", input);
    log.debug(ast);
    db.setAst(ast);
    populateCommonDb(ast, db);
  }, "parse")
};
if (void 0) {
  const { it, expect, describe } = void 0;
  describe("EventModeling Parser", () => {
    it("should parse simple model", () => {
      const result = parser.parse(`eventmodeling
  tf 01 evt Start

    `);
      expect(result !== void 0);
    });
  });
}

// src/diagrams/eventmodeling/renderer.ts
var DEFAULT_CONFIG = getConfig2();
var DEFAULT_EVENTMODELING_CONFIG2 = DEFAULT_CONFIG?.eventmodeling;
function renderD3Box(diagram2, diagramProps2) {
  return (box) => {
    const y = box.swimlane.y + diagramProps2.swimlanePadding;
    const g = diagram2.append("g").attr("class", "em-box");
    g.append("rect").attr("x", box.x).attr("y", y).attr("rx", "3").attr("width", box.dimension.width).attr("height", box.dimension.height).attr("stroke", box.visual.stroke).attr("fill", box.visual.fill);
    const f = g.append("foreignObject").attr("x", box.x + diagramProps2.boxPadding).attr("y", y + 10).attr("width", box.dimension.width - 2 * diagramProps2.boxPadding).attr("height", box.dimension.height - 2 * diagramProps2.boxPadding);
    const text = f.append("xhtml:div").style("display", "table").style("height", "100%").style("width", "100%");
    text.append("span").style("display", "table-cell").style("text-align", "center").style("vertical-align", "middle").html(box.text);
  };
}
__name(renderD3Box, "renderD3Box");
function dirUpwards(sourceY, targetY) {
  return sourceY > targetY;
}
__name(dirUpwards, "dirUpwards");
function renderD3Relation(diagram2, diagramProps2, arrowheadId, themeVariables) {
  return (relation) => {
    const sourceBoxY = relation.sourceBox.swimlane.y + diagramProps2.swimlanePadding;
    const targetBoxY = relation.targetBox.swimlane.y + diagramProps2.swimlanePadding;
    const upwards = dirUpwards(sourceBoxY, targetBoxY);
    const sourceX = relation.sourceBox.x + relation.sourceBox.dimension.width * 2 / 3;
    const targetX = relation.targetBox.x + relation.targetBox.dimension.width / 3;
    let sourceY;
    let targetY;
    log.debug(`rendering relation up=${upwards} for `, {
      sourceBox: relation.sourceBox,
      targetBox: relation.targetBox
    });
    if (upwards) {
      sourceY = sourceBoxY;
      targetY = targetBoxY + relation.targetBox.dimension.height;
    } else {
      sourceY = sourceBoxY + relation.sourceBox.dimension.height;
      targetY = targetBoxY;
    }
    const relationStroke = themeVariables.emRelationStroke ?? relation.visual.stroke;
    diagram2.append("path").attr("class", "em-relation").attr("fill", relation.visual.fill).attr("stroke", relationStroke).attr("stroke-width", "1").attr("marker-end", `url(#${arrowheadId})`).attr("d", `M${sourceX} ${sourceY} L${targetX} ${targetY}`);
  };
}
__name(renderD3Relation, "renderD3Relation");
function renderD3Swimlane(diagram2, maxR, diagramProps2, themeVariables) {
  return (swimlane) => {
    const g = diagram2.append("g").attr("class", "em-swimlane");
    const oddBackground = themeVariables.emSwimlaneBackgroundOdd ?? "rgb(250,250,250)";
    const backgroundStroke = themeVariables.emSwimlaneBackgroundStroke ?? "rgb(240,240,240)";
    g.append("rect").attr("x", 0).attr("y", swimlane.y).attr("rx", "3").attr("width", maxR + diagramProps2.swimlanePadding).attr("height", swimlane.height).attr("fill", oddBackground).attr("stroke", backgroundStroke);
    g.append("text").attr("font-weight", diagramProps2.swimlaneTextFontWeight).attr("x", 30).attr("y", swimlane.y + 30).text(swimlane.label);
  };
}
__name(renderD3Swimlane, "renderD3Swimlane");
var draw = /* @__PURE__ */ __name(function(txt, id, ver, diagObj) {
  log.debug("in eventmodeling renderer", txt + "\n", "id:", id, ver);
  if (!DEFAULT_EVENTMODELING_CONFIG2) {
    throw new Error("EventModeling config not found");
  }
  const db2 = diagObj.db;
  const { themeVariables, eventmodeling: config } = getConfig2();
  const diagram2 = select_default(`[id="${id}"]`);
  const diagramProps2 = db2.getDiagramProps();
  const state = db2.getState();
  const arrowheadId = `em-arrowhead-${id}`;
  const arrowheadColor = themeVariables.emArrowhead ?? "#000000";
  state.sortedSwimlanesArray.forEach(
    renderD3Swimlane(diagram2, state.maxR, diagramProps2, themeVariables)
  );
  state.boxes.forEach(renderD3Box(diagram2, diagramProps2));
  state.relations.forEach(renderD3Relation(diagram2, diagramProps2, arrowheadId, themeVariables));
  const marker = diagram2.append("defs").append("marker").attr("id", arrowheadId).attr("markerWidth", "10").attr("markerHeight", "7").attr("refX", "10").attr("refY", "3.5").attr("orient", "auto");
  marker.append("polygon").attr("points", "0 0, 10 3.5, 0 7").attr("fill", arrowheadColor);
  setupGraphViewbox(void 0, diagram2, config?.padding ?? 30, config?.useMaxWidth);
}, "draw");
var renderer_default = {
  draw
};

// src/diagrams/eventmodeling/styles.js
var getStyles = /* @__PURE__ */ __name((_options) => ``, "getStyles");
var styles_default = getStyles;

// src/diagrams/eventmodeling/diagram.ts
var diagram = {
  parser,
  db,
  renderer: renderer_default,
  styles: styles_default
};
export {
  diagram
};
