diff --git a/packages/@aws-cdk/sdk-v2-to-v3-adapter/lib/api-call.d.ts b/packages/@aws-cdk/sdk-v2-to-v3-adapter/lib/api-call.d.ts
new file mode 100644
index 0000000000000..d4186f70ff1ab
--- /dev/null
+++ b/packages/@aws-cdk/sdk-v2-to-v3-adapter/lib/api-call.d.ts
@@ -0,0 +1,68 @@
+import type { AwsCredentialIdentityProvider } from '@smithy/types';
+export interface InvokeOptions {
+    /**
+     * The SDKv3 package for the service.
+     *
+     * @default - Load the package automatically
+     */
+    readonly sdkPackage?: any;
+    /**
+     * Override API version
+     *
+     * @default - Use default API version
+     */
+    readonly apiVersion?: string;
+    /**
+     * Override region
+     *
+     * @default - Current region
+     */
+    readonly region?: string;
+    /**
+     * Override credentials
+     *
+     * @default - Default credentials
+     */
+    readonly credentials?: AwsCredentialIdentityProvider;
+    /**
+     * Parameters to the API call
+     *
+     * @default {}
+     */
+    readonly parameters?: Record<string, unknown>;
+    /**
+     * Flatten the response object
+     *
+     * Instead of a nested object structure, return a map of `{ string -> value }`, with the keys
+     * being the paths to each primitive value.
+     *
+     * @default false
+     */
+    readonly flattenResponse?: boolean;
+}
+/**
+ * Wrapper to make an SDKv3 API call, with SDKv2 compatibility
+ */
+export declare class ApiCall {
+    readonly service: string;
+    readonly action: string;
+    readonly v3PackageName: string;
+    v3Package?: any;
+    client?: any;
+    constructor(service: string, action: string);
+    invoke(options: InvokeOptions): Promise<Record<string, unknown>>;
+    initializePackage(packageOverride?: any): any;
+    initializeClient(options: Pick<InvokeOptions, 'apiVersion' | 'credentials' | 'region'>): any;
+    findCommandClass(): new (input: any) => any;
+    private findConstructor;
+}
+/**
+ * Flattens a nested object
+ *
+ * @param object the object to be flattened
+ * @returns a flat object with path as keys
+ */
+export declare function flatten(root: unknown): {
+    [key: string]: any;
+};
+export declare function coerceSdkv3Response(value: unknown): Promise<unknown>;
diff --git a/packages/@aws-cdk/sdk-v2-to-v3-adapter/lib/api-call.js b/packages/@aws-cdk/sdk-v2-to-v3-adapter/lib/api-call.js
new file mode 100644
index 0000000000000..3315165857a6f
--- /dev/null
+++ b/packages/@aws-cdk/sdk-v2-to-v3-adapter/lib/api-call.js
@@ -0,0 +1,136 @@
+"use strict";
+Object.defineProperty(exports, "__esModule", { value: true });
+exports.coerceSdkv3Response = exports.flatten = exports.ApiCall = void 0;
+const coerce_api_parameters_1 = require("./coerce-api-parameters");
+const find_client_constructor_1 = require("./find-client-constructor");
+const sdk_info_1 = require("./sdk-info");
+/**
+ * Wrapper to make an SDKv3 API call, with SDKv2 compatibility
+ */
+class ApiCall {
+    constructor(service, action) {
+        this.service = (0, sdk_info_1.normalizeServiceName)(service);
+        this.action = (0, sdk_info_1.normalizeActionName)(this.service, action);
+        this.v3PackageName = `@aws-sdk/client-${this.service}`;
+    }
+    async invoke(options) {
+        this.initializePackage(options.sdkPackage);
+        this.initializeClient(options);
+        const Command = this.findCommandClass();
+        // Command must pass input value https://github.com/aws/aws-sdk-js-v3/issues/424
+        const response = await this.client.send(new Command((0, coerce_api_parameters_1.coerceApiParameters)(this.service, this.action, options.parameters ?? {})));
+        delete response.$metadata;
+        const coerced = await coerceSdkv3Response(response);
+        return (options.flattenResponse ? flatten(coerced) : coerced);
+    }
+    initializePackage(packageOverride) {
+        if (this.v3Package) {
+            return;
+        }
+        if (packageOverride) {
+            this.v3Package = packageOverride;
+            return;
+        }
+        try {
+            /* eslint-disable-next-line @typescript-eslint/no-require-imports */ // esbuild-disable unsupported-require-call
+            this.v3Package = require(this.v3PackageName);
+        }
+        catch (e) {
+            throw Error(`Service ${this.service} client package with name '${this.v3PackageName}' does not exist.`);
+        }
+    }
+    initializeClient(options) {
+        if (!this.v3Package) {
+            this.initializePackage();
+        }
+        const ServiceClient = this.findConstructor(this.v3Package);
+        this.client = new ServiceClient({
+            apiVersion: options.apiVersion,
+            credentials: options.credentials,
+            region: options.region,
+        });
+        return this.client;
+    }
+    findCommandClass() {
+        if (!this.v3Package) {
+            this.initializePackage();
+        }
+        const commandName = `${this.action}Command`;
+        const Command = Object.entries(this.v3Package ?? {}).find(([name]) => name.toLowerCase() === commandName.toLowerCase())?.[1];
+        if (!Command) {
+            throw new Error(`Unable to find command named: ${commandName} for action: ${this.action} in service package ${this.v3PackageName}`);
+        }
+        return Command;
+    }
+    findConstructor(pkg) {
+        try {
+            const ret = (0, find_client_constructor_1.findV3ClientConstructor)(pkg);
+            if (!ret) {
+                throw new Error('findV3ClientConstructor returned undefined');
+            }
+            return ret;
+        }
+        catch (e) {
+            // eslint-disable-next-line no-console
+            console.error(e);
+            throw Error(`No client constructor found within package: ${this.v3PackageName}`);
+        }
+    }
+}
+exports.ApiCall = ApiCall;
+/**
+ * Flattens a nested object
+ *
+ * @param object the object to be flattened
+ * @returns a flat object with path as keys
+ */
+function flatten(root) {
+    const ret = {};
+    recurse(root);
+    return ret;
+    function recurse(x, path = []) {
+        if (x && typeof x === 'object') {
+            for (const [key, value] of Object.entries(x)) {
+                recurse(value, [...path, key]);
+            }
+            return;
+        }
+        ret[path.join('.')] = x;
+    }
+}
+exports.flatten = flatten;
+/**
+ * Text decoder used for Uint8Array response parsing
+ */
+const decoder = new TextDecoder();
+async function coerceSdkv3Response(value) {
+    if (value && typeof (value) === 'object' && typeof (value.transformToString) === 'function') {
+        // in sdk v3 some return types are now adapters that we need to explicitly
+        // convert to strings. see example: https://github.com/aws/aws-sdk-js-v3/blob/main/UPGRADING.md?plain=1#L573-L576
+        // note we don't use 'instanceof Unit8Array' because observations show this won't always return true, even though
+        // the `transformToString` function will be available. (for example S3::GetObject)
+        return value.transformToString();
+    }
+    if (Buffer.isBuffer(value)) {
+        return value.toString('utf8');
+    }
+    if (ArrayBuffer.isView(value)) {
+        return decoder.decode(value.buffer);
+    }
+    if (Array.isArray(value)) {
+        const ret = [];
+        for (const x of value) {
+            ret.push(await coerceSdkv3Response(x));
+        }
+        return ret;
+    }
+    if (value && typeof value === 'object') {
+        for (const key of Object.keys(value)) {
+            value[key] = await coerceSdkv3Response(value[key]);
+        }
+        return value;
+    }
+    return value;
+}
+exports.coerceSdkv3Response = coerceSdkv3Response;
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type { AwsCredentialIdentityProvider } from '@smithy/types';\nimport { coerceApiParameters } from './coerce-api-parameters';\nimport { findV3ClientConstructor } from './find-client-constructor';\nimport { normalizeActionName, normalizeServiceName } from './sdk-info';\n\nexport interface InvokeOptions {\n  /**\n   * The SDKv3 package for the service.\n   *\n   * @default - Load the package automatically\n   */\n  readonly sdkPackage?: any;\n\n  /**\n   * Override API version\n   *\n   * @default - Use default API version\n   */\n  readonly apiVersion?: string;\n\n  /**\n   * Override region\n   *\n   * @default - Current region\n   */\n  readonly region?: string;\n\n  /**\n   * Override credentials\n   *\n   * @default - Default credentials\n   */\n  readonly credentials?: AwsCredentialIdentityProvider;\n\n  /**\n   * Parameters to the API call\n   *\n   * @default {}\n   */\n  readonly parameters?: Record<string, unknown>;\n\n  /**\n   * Flatten the response object\n   *\n   * Instead of a nested object structure, return a map of `{ string -> value }`, with the keys\n   * being the paths to each primitive value.\n   *\n   * @default false\n   */\n  readonly flattenResponse?: boolean;\n}\n\n/**\n * Wrapper to make an SDKv3 API call, with SDKv2 compatibility\n */\nexport class ApiCall {\n  public readonly service: string;\n  public readonly action: string;\n  public readonly v3PackageName: string;\n\n  public v3Package?: any; // For testing purposes\n  public client?: any; // For testing purposes\n\n  constructor(service: string, action: string) {\n    this.service = normalizeServiceName(service);\n    this.action = normalizeActionName(this.service, action);\n\n    this.v3PackageName = `@aws-sdk/client-${this.service}`;\n  }\n\n  public async invoke(options: InvokeOptions): Promise<Record<string, unknown>> {\n    this.initializePackage(options.sdkPackage);\n    this.initializeClient(options);\n\n    const Command = this.findCommandClass();\n\n    // Command must pass input value https://github.com/aws/aws-sdk-js-v3/issues/424\n    const response = await this.client.send(\n      new Command(coerceApiParameters(this.service, this.action, options.parameters ?? {})),\n    );\n\n    delete response.$metadata;\n\n    const coerced = await coerceSdkv3Response(response);\n\n    return (options.flattenResponse ? flatten(coerced) : coerced) as Record<string, unknown>;\n  }\n\n  public initializePackage(packageOverride?: any): any {\n    if (this.v3Package) {\n      return;\n    }\n\n    if (packageOverride) {\n      this.v3Package = packageOverride;\n      return;\n    }\n\n    try {\n      /* eslint-disable-next-line @typescript-eslint/no-require-imports */ // esbuild-disable unsupported-require-call\n      this.v3Package = require(this.v3PackageName);\n    } catch (e) {\n      throw Error(`Service ${this.service} client package with name '${this.v3PackageName}' does not exist.`);\n    }\n  }\n\n  public initializeClient(options: Pick<InvokeOptions, 'apiVersion' | 'credentials' | 'region'>) {\n    if (!this.v3Package) {\n      this.initializePackage();\n    }\n    const ServiceClient = this.findConstructor(this.v3Package);\n\n    this.client = new ServiceClient({\n      apiVersion: options.apiVersion,\n      credentials: options.credentials,\n      region: options.region,\n    });\n    return this.client;\n  }\n\n  public findCommandClass() {\n    if (!this.v3Package) {\n      this.initializePackage();\n    }\n    const commandName = `${this.action}Command`;\n    const Command = Object.entries(this.v3Package ?? {}).find(\n      ([name]) => name.toLowerCase() === commandName.toLowerCase(),\n    )?.[1] as { new (input: any): any };\n    if (!Command) {\n      throw new Error(`Unable to find command named: ${commandName} for action: ${this.action} in service package ${this.v3PackageName}`);\n    }\n    return Command;\n  }\n\n  private findConstructor(pkg: Object) {\n    try {\n      const ret = findV3ClientConstructor(pkg);\n      if (!ret) {\n        throw new Error('findV3ClientConstructor returned undefined');\n      }\n      return ret;\n    } catch (e) {\n      // eslint-disable-next-line no-console\n      console.error(e);\n      throw Error(`No client constructor found within package: ${this.v3PackageName}`);\n    }\n  }\n\n}\n\n/**\n * Flattens a nested object\n *\n * @param object the object to be flattened\n * @returns a flat object with path as keys\n */\nexport function flatten(root: unknown): { [key: string]: any } {\n  const ret: { [key: string]: any } = {};\n  recurse(root);\n  return ret;\n\n  function recurse(x: unknown, path: string[] = []): any {\n    if (x && typeof x === 'object') {\n      for (const [key, value] of Object.entries(x)) {\n        recurse(value, [...path, key]);\n      }\n      return;\n    }\n\n    ret[path.join('.')] = x;\n  }\n}\n\n/**\n * Text decoder used for Uint8Array response parsing\n */\nconst decoder = new TextDecoder();\n\nexport async function coerceSdkv3Response(value: unknown): Promise<unknown> {\n  if (value && typeof(value) === 'object' && typeof((value as any).transformToString) === 'function') {\n    // in sdk v3 some return types are now adapters that we need to explicitly\n    // convert to strings. see example: https://github.com/aws/aws-sdk-js-v3/blob/main/UPGRADING.md?plain=1#L573-L576\n    // note we don't use 'instanceof Unit8Array' because observations show this won't always return true, even though\n    // the `transformToString` function will be available. (for example S3::GetObject)\n    return (value as any).transformToString();\n  }\n  if (Buffer.isBuffer(value)) {\n    return value.toString('utf8');\n  }\n  if (ArrayBuffer.isView(value)) {\n    return decoder.decode(value.buffer);\n  }\n\n  if (Array.isArray(value)) {\n    const ret = [];\n    for (const x of value) {\n      ret.push(await coerceSdkv3Response(x));\n    }\n    return ret;\n  }\n\n  if (value && typeof value === 'object') {\n    for (const key of Object.keys(value)) {\n      (value as any)[key] = await coerceSdkv3Response((value as any)[key]);\n    }\n    return value;\n  }\n\n  return value;\n}\n"]}
\ No newline at end of file
diff --git a/packages/@aws-cdk/sdk-v2-to-v3-adapter/lib/coerce-api-parameters.d.ts b/packages/@aws-cdk/sdk-v2-to-v3-adapter/lib/coerce-api-parameters.d.ts
new file mode 100644
index 0000000000000..4ed6e03dc8613
--- /dev/null
+++ b/packages/@aws-cdk/sdk-v2-to-v3-adapter/lib/coerce-api-parameters.d.ts
@@ -0,0 +1,24 @@
+import { TypeCoercionStateMachine } from './parameter-types';
+type ApiParameters = {
+    [param: string]: any;
+};
+/**
+ * Given a minimal AWS SDKv3 call definition (service, action, parameters),
+ * coerces nested parameter values into a Uint8Array if that's what the SDKv3 expects.
+ */
+export declare function coerceApiParameters(v3service: string, action: string, parameters?: ApiParameters): ApiParameters;
+/**
+ * Make this a class in order to have multiple entry points for testing that can all share convenience functions
+ */
+export declare class Coercer {
+    private readonly typeMachine;
+    constructor(typeMachine: TypeCoercionStateMachine);
+    coerceApiParameters(v3service: string, action: string, parameters?: ApiParameters): ApiParameters;
+    testCoerce(value: unknown): any;
+    private recurse;
+    /**
+     * From a given state, return the state we would end up in if we followed this field
+     */
+    private progress;
+}
+export {};
diff --git a/packages/@aws-cdk/sdk-v2-to-v3-adapter/lib/coerce-api-parameters.js b/packages/@aws-cdk/sdk-v2-to-v3-adapter/lib/coerce-api-parameters.js
new file mode 100644
index 0000000000000..02d80d3a12ac8
--- /dev/null
+++ b/packages/@aws-cdk/sdk-v2-to-v3-adapter/lib/coerce-api-parameters.js
@@ -0,0 +1,96 @@
+"use strict";
+Object.defineProperty(exports, "__esModule", { value: true });
+exports.Coercer = exports.coerceApiParameters = void 0;
+const parameter_types_1 = require("./parameter-types");
+/**
+ * Given a minimal AWS SDKv3 call definition (service, action, parameters),
+ * coerces nested parameter values into a Uint8Array if that's what the SDKv3 expects.
+ */
+function coerceApiParameters(v3service, action, parameters = {}) {
+    const typeMachine = (0, parameter_types_1.typeCoercionStateMachine)();
+    return new Coercer(typeMachine).coerceApiParameters(v3service, action, parameters);
+}
+exports.coerceApiParameters = coerceApiParameters;
+/**
+ * Make this a class in order to have multiple entry points for testing that can all share convenience functions
+ */
+class Coercer {
+    constructor(typeMachine) {
+        this.typeMachine = typeMachine;
+    }
+    coerceApiParameters(v3service, action, parameters = {}) {
+        // Get the initial state corresponding to the current service+action, then recurse through the parameters
+        const actionState = this.progress(action.toLowerCase(), this.progress(v3service.toLowerCase(), 0));
+        return this.recurse(parameters, actionState);
+    }
+    testCoerce(value) {
+        return this.recurse(value, 0);
+    }
+    recurse(value, state) {
+        switch (state) {
+            case undefined: return value;
+            case 'b': return coerceValueToUint8Array(value);
+            case 'n': return coerceValueToNumber(value);
+            case 'd': return coerceValueToDate(value);
+        }
+        if (Array.isArray(value)) {
+            const elState = this.progress('*', state);
+            return elState !== undefined
+                ? value.map((e) => this.recurse(e, elState))
+                : value;
+        }
+        if (value && typeof value === 'object') {
+            // Mutate the object in-place for efficiency
+            const mapState = this.progress('*', state);
+            for (const key of Object.keys(value)) {
+                const fieldState = this.progress(key, state) ?? mapState;
+                if (fieldState !== undefined) {
+                    value[key] = this.recurse(value[key], fieldState);
+                }
+            }
+            return value;
+        }
+        return value;
+    }
+    /**
+     * From a given state, return the state we would end up in if we followed this field
+     */
+    progress(field, s) {
+        if (s === undefined || typeof s !== 'number') {
+            return undefined;
+        }
+        return this.typeMachine[s][field];
+    }
+}
+exports.Coercer = Coercer;
+function coerceValueToUint8Array(x) {
+    if (x instanceof Uint8Array) {
+        return x;
+    }
+    if (typeof x === 'string' || typeof x === 'number') {
+        return new TextEncoder().encode(x.toString());
+    }
+    return x;
+}
+function coerceValueToNumber(x) {
+    if (typeof x === 'number') {
+        return x;
+    }
+    if (typeof x === 'string') {
+        const n = Number(x);
+        return isNaN(n) ? x : n;
+    }
+    return x;
+}
+function coerceValueToDate(x) {
+    if (typeof x === 'string' || typeof x === 'number') {
+        const date = new Date(x);
+        // if x is not a valid date
+        if (isNaN(date.getTime())) {
+            return x;
+        }
+        return date;
+    }
+    return x;
+}
+//# sourceMappingURL=data:application/json;base64,{"version":3,"file":"coerce-api-parameters.js","sourceRoot":"","sources":["coerce-api-parameters.ts"],"names":[],"mappings":";;;AAAA,uDAAuF;AAMvF;;;GAGG;AACH,SAAgB,mBAAmB,CAAC,SAAiB,EAAE,MAAc,EAAE,aAA4B,EAAE;IACnG,MAAM,WAAW,GAAG,IAAA,0CAAwB,GAAE,CAAC;IAC/C,OAAO,IAAI,OAAO,CAAC,WAAW,CAAC,CAAC,mBAAmB,CAAC,SAAS,EAAE,MAAM,EAAE,UAAU,CAAC,CAAC;AACrF,CAAC;AAHD,kDAGC;AAED;;GAEG;AACH,MAAa,OAAO;IAClB,YAA6B,WAAqC;QAArC,gBAAW,GAAX,WAAW,CAA0B;IAAI,CAAC;IAEhE,mBAAmB,CAAC,SAAiB,EAAE,MAAc,EAAE,aAA4B,EAAE;QAC1F,yGAAyG;QACzG,MAAM,WAAW,GAAG,IAAI,CAAC,QAAQ,CAAC,MAAM,CAAC,WAAW,EAAE,EAAE,IAAI,CAAC,QAAQ,CAAC,SAAS,CAAC,WAAW,EAAE,EAAE,CAAC,CAAC,CAAC,CAAC;QACnG,OAAO,IAAI,CAAC,OAAO,CAAC,UAAU,EAAE,WAAW,CAAQ,CAAC;IACtD,CAAC;IAEM,UAAU,CAAC,KAAc;QAC9B,OAAO,IAAI,CAAC,OAAO,CAAC,KAAK,EAAE,CAAC,CAAC,CAAC;IAChC,CAAC;IAEO,OAAO,CAAC,KAAc,EAAE,KAAoC;QAClE,QAAQ,KAAK,EAAE;YACb,KAAK,SAAS,CAAC,CAAC,OAAO,KAAK,CAAC;YAC7B,KAAK,GAAG,CAAC,CAAC,OAAO,uBAAuB,CAAC,KAAK,CAAC,CAAC;YAChD,KAAK,GAAG,CAAC,CAAC,OAAO,mBAAmB,CAAC,KAAK,CAAC,CAAC;YAC5C,KAAK,GAAG,CAAC,CAAC,OAAO,iBAAiB,CAAC,KAAK,CAAC,CAAC;SAC3C;QAED,IAAI,KAAK,CAAC,OAAO,CAAC,KAAK,CAAC,EAAE;YACxB,MAAM,OAAO,GAAG,IAAI,CAAC,QAAQ,CAAC,GAAG,EAAE,KAAK,CAAC,CAAC;YAC1C,OAAO,OAAO,KAAK,SAAS;gBAC1B,CAAC,CAAC,KAAK,CAAC,GAAG,CAAC,CAAC,CAAC,EAAE,EAAE,CAAC,IAAI,CAAC,OAAO,CAAC,CAAC,EAAE,OAAO,CAAC,CAAC;gBAC5C,CAAC,CAAC,KAAK,CAAC;SACX;QAED,IAAI,KAAK,IAAI,OAAO,KAAK,KAAK,QAAQ,EAAE;YACtC,4CAA4C;YAC5C,MAAM,QAAQ,GAAG,IAAI,CAAC,QAAQ,CAAC,GAAG,EAAE,KAAK,CAAC,CAAC;YAC3C,KAAK,MAAM,GAAG,IAAI,MAAM,CAAC,IAAI,CAAC,KAAK,CAAC,EAAE;gBACpC,MAAM,UAAU,GAAG,IAAI,CAAC,QAAQ,CAAC,GAAG,EAAE,KAAK,CAAC,IAAI,QAAQ,CAAC;gBACzD,IAAI,UAAU,KAAK,SAAS,EAAE;oBAC3B,KAAa,CAAC,GAAG,CAAC,GAAG,IAAI,CAAC,OAAO,CAAE,KAAa,CAAC,GAAG,CAAC,EAAE,UAAU,CAAC,CAAC;iBACrE;aACF;YACD,OAAO,KAAK,CAAC;SACd;QAED,OAAO,KAAK,CAAC;IACf,CAAC;IAED;;OAEG;IACK,QAAQ,CAAC,KAAa,EAAE,CAAgC;QAC9D,IAAI,CAAC,KAAK,SAAS,IAAI,OAAO,CAAC,KAAK,QAAQ,EAAE;YAC5C,OAAO,SAAS,CAAC;SAClB;QACD,OAAO,IAAI,CAAC,WAAW,CAAC,CAAC,CAAC,CAAC,KAAK,CAAC,CAAC;IACpC,CAAC;CACF;AApDD,0BAoDC;AAED,SAAS,uBAAuB,CAAC,CAAU;IACzC,IAAI,CAAC,YAAY,UAAU,EAAE;QAC3B,OAAO,CAAC,CAAC;KACV;IAED,IAAI,OAAO,CAAC,KAAK,QAAQ,IAAI,OAAO,CAAC,KAAK,QAAQ,EAAE;QAClD,OAAO,IAAI,WAAW,EAAE,CAAC,MAAM,CAAC,CAAC,CAAC,QAAQ,EAAE,CAAC,CAAC;KAC/C;IAED,OAAO,CAAC,CAAC;AACX,CAAC;AAED,SAAS,mBAAmB,CAAC,CAAU;IACrC,IAAI,OAAO,CAAC,KAAK,QAAQ,EAAE;QACzB,OAAO,CAAC,CAAC;KACV;IAED,IAAI,OAAO,CAAC,KAAK,QAAQ,EAAE;QACzB,MAAM,CAAC,GAAG,MAAM,CAAC,CAAC,CAAC,CAAC;QACpB,OAAO,KAAK,CAAC,CAAC,CAAC,CAAC,CAAC,CAAC,CAAC,CAAC,CAAC,CAAC,CAAC,CAAC;KACzB;IAED,OAAO,CAAC,CAAC;AACX,CAAC;AAED,SAAS,iBAAiB,CAAC,CAAU;IACnC,IAAI,OAAO,CAAC,KAAK,QAAQ,IAAI,OAAO,CAAC,KAAK,QAAQ,EAAE;QAClD,MAAM,IAAI,GAAG,IAAI,IAAI,CAAC,CAAC,CAAC,CAAC;QACzB,2BAA2B;QAC3B,IAAI,KAAK,CAAC,IAAI,CAAC,OAAO,EAAE,CAAC,EAAE;YACzB,OAAO,CAAC,CAAC;SACV;QACD,OAAO,IAAI,CAAC;KACb;IAED,OAAO,CAAC,CAAC;AACX,CAAC","sourcesContent":["import { TypeCoercionStateMachine, typeCoercionStateMachine } from './parameter-types';\n\ntype ApiParameters = { [param: string]: any };\n\ntype StateOrConversion = TypeCoercionStateMachine[number][string];\n\n/**\n * Given a minimal AWS SDKv3 call definition (service, action, parameters),\n * coerces nested parameter values into a Uint8Array if that's what the SDKv3 expects.\n */\nexport function coerceApiParameters(v3service: string, action: string, parameters: ApiParameters = {}): ApiParameters {\n  const typeMachine = typeCoercionStateMachine();\n  return new Coercer(typeMachine).coerceApiParameters(v3service, action, parameters);\n}\n\n/**\n * Make this a class in order to have multiple entry points for testing that can all share convenience functions\n */\nexport class Coercer {\n  constructor(private readonly typeMachine: TypeCoercionStateMachine) { }\n\n  public coerceApiParameters(v3service: string, action: string, parameters: ApiParameters = {}): ApiParameters {\n    // Get the initial state corresponding to the current service+action, then recurse through the parameters\n    const actionState = this.progress(action.toLowerCase(), this.progress(v3service.toLowerCase(), 0));\n    return this.recurse(parameters, actionState) as any;\n  }\n\n  public testCoerce(value: unknown): any {\n    return this.recurse(value, 0);\n  }\n\n  private recurse(value: unknown, state: StateOrConversion | undefined): any {\n    switch (state) {\n      case undefined: return value;\n      case 'b': return coerceValueToUint8Array(value);\n      case 'n': return coerceValueToNumber(value);\n      case 'd': return coerceValueToDate(value);\n    }\n\n    if (Array.isArray(value)) {\n      const elState = this.progress('*', state);\n      return elState !== undefined\n        ? value.map((e) => this.recurse(e, elState))\n        : value;\n    }\n\n    if (value && typeof value === 'object') {\n      // Mutate the object in-place for efficiency\n      const mapState = this.progress('*', state);\n      for (const key of Object.keys(value)) {\n        const fieldState = this.progress(key, state) ?? mapState;\n        if (fieldState !== undefined) {\n          (value as any)[key] = this.recurse((value as any)[key], fieldState);\n        }\n      }\n      return value;\n    }\n\n    return value;\n  }\n\n  /**\n   * From a given state, return the state we would end up in if we followed this field\n   */\n  private progress(field: string, s: StateOrConversion | undefined): StateOrConversion | undefined {\n    if (s === undefined || typeof s !== 'number') {\n      return undefined;\n    }\n    return this.typeMachine[s][field];\n  }\n}\n\nfunction coerceValueToUint8Array(x: unknown): Uint8Array | any {\n  if (x instanceof Uint8Array) {\n    return x;\n  }\n\n  if (typeof x === 'string' || typeof x === 'number') {\n    return new TextEncoder().encode(x.toString());\n  }\n\n  return x;\n}\n\nfunction coerceValueToNumber(x: unknown): number | any {\n  if (typeof x === 'number') {\n    return x;\n  }\n\n  if (typeof x === 'string') {\n    const n = Number(x);\n    return isNaN(n) ? x : n;\n  }\n\n  return x;\n}\n\nfunction coerceValueToDate(x: unknown): Date | any {\n  if (typeof x === 'string' || typeof x === 'number') {\n    const date = new Date(x);\n    // if x is not a valid date\n    if (isNaN(date.getTime())) {\n      return x;\n    }\n    return date;\n  }\n\n  return x;\n}\n"]}
\ No newline at end of file
diff --git a/packages/@aws-cdk/sdk-v2-to-v3-adapter/lib/find-client-constructor.d.ts b/packages/@aws-cdk/sdk-v2-to-v3-adapter/lib/find-client-constructor.d.ts
new file mode 100644
index 0000000000000..7cf6561a8245f
--- /dev/null
+++ b/packages/@aws-cdk/sdk-v2-to-v3-adapter/lib/find-client-constructor.d.ts
@@ -0,0 +1,4 @@
+export declare function findV3ClientConstructor(pkg: Object): new (config: any) => {
+    send: (command: any) => Promise<any>;
+    config: any;
+};
diff --git a/packages/@aws-cdk/sdk-v2-to-v3-adapter/lib/find-client-constructor.js b/packages/@aws-cdk/sdk-v2-to-v3-adapter/lib/find-client-constructor.js
new file mode 100644
index 0000000000000..39adbabc81899
--- /dev/null
+++ b/packages/@aws-cdk/sdk-v2-to-v3-adapter/lib/find-client-constructor.js
@@ -0,0 +1,12 @@
+"use strict";
+Object.defineProperty(exports, "__esModule", { value: true });
+exports.findV3ClientConstructor = void 0;
+function findV3ClientConstructor(pkg) {
+    const [_clientName, ServiceClient] = Object.entries(pkg).find(([name]) => {
+        // Services expose a base __Client class that we don't want ever
+        return name.endsWith('Client') && name !== '__Client';
+    });
+    return ServiceClient;
+}
+exports.findV3ClientConstructor = findV3ClientConstructor;
+//# sourceMappingURL=data:application/json;base64,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
\ No newline at end of file
diff --git a/packages/@aws-cdk/sdk-v2-to-v3-adapter/lib/index.d.ts b/packages/@aws-cdk/sdk-v2-to-v3-adapter/lib/index.d.ts
new file mode 100644
index 0000000000000..cde4e15344628
--- /dev/null
+++ b/packages/@aws-cdk/sdk-v2-to-v3-adapter/lib/index.d.ts
@@ -0,0 +1,4 @@
+export { coerceApiParameters } from './coerce-api-parameters';
+export { findV3ClientConstructor } from './find-client-constructor';
+export { normalizeServiceName, normalizeActionName } from './sdk-info';
+export * from './api-call';
diff --git a/packages/@aws-cdk/sdk-v2-to-v3-adapter/lib/index.js b/packages/@aws-cdk/sdk-v2-to-v3-adapter/lib/index.js
new file mode 100644
index 0000000000000..7456cb0073dfe
--- /dev/null
+++ b/packages/@aws-cdk/sdk-v2-to-v3-adapter/lib/index.js
@@ -0,0 +1,26 @@
+"use strict";
+var __createBinding = (this && this.__createBinding) || (Object.create ? (function(o, m, k, k2) {
+    if (k2 === undefined) k2 = k;
+    var desc = Object.getOwnPropertyDescriptor(m, k);
+    if (!desc || ("get" in desc ? !m.__esModule : desc.writable || desc.configurable)) {
+      desc = { enumerable: true, get: function() { return m[k]; } };
+    }
+    Object.defineProperty(o, k2, desc);
+}) : (function(o, m, k, k2) {
+    if (k2 === undefined) k2 = k;
+    o[k2] = m[k];
+}));
+var __exportStar = (this && this.__exportStar) || function(m, exports) {
+    for (var p in m) if (p !== "default" && !Object.prototype.hasOwnProperty.call(exports, p)) __createBinding(exports, m, p);
+};
+Object.defineProperty(exports, "__esModule", { value: true });
+exports.normalizeActionName = exports.normalizeServiceName = exports.findV3ClientConstructor = exports.coerceApiParameters = void 0;
+var coerce_api_parameters_1 = require("./coerce-api-parameters");
+Object.defineProperty(exports, "coerceApiParameters", { enumerable: true, get: function () { return coerce_api_parameters_1.coerceApiParameters; } });
+var find_client_constructor_1 = require("./find-client-constructor");
+Object.defineProperty(exports, "findV3ClientConstructor", { enumerable: true, get: function () { return find_client_constructor_1.findV3ClientConstructor; } });
+var sdk_info_1 = require("./sdk-info");
+Object.defineProperty(exports, "normalizeServiceName", { enumerable: true, get: function () { return sdk_info_1.normalizeServiceName; } });
+Object.defineProperty(exports, "normalizeActionName", { enumerable: true, get: function () { return sdk_info_1.normalizeActionName; } });
+__exportStar(require("./api-call"), exports);
+//# sourceMappingURL=data:application/json;base64,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
\ No newline at end of file
diff --git a/packages/@aws-cdk/sdk-v2-to-v3-adapter/lib/parameter-types.d.ts b/packages/@aws-cdk/sdk-v2-to-v3-adapter/lib/parameter-types.d.ts
new file mode 100644
index 0000000000000..d3225637a587e
--- /dev/null
+++ b/packages/@aws-cdk/sdk-v2-to-v3-adapter/lib/parameter-types.d.ts
@@ -0,0 +1,2 @@
+export type TypeCoercionStateMachine = Array<Record<string, number | 'b' | 'n' | 'd'>>;
+export declare let typeCoercionStateMachine: () => TypeCoercionStateMachine;
diff --git a/packages/@aws-cdk/sdk-v2-to-v3-adapter/lib/parameter-types.js b/packages/@aws-cdk/sdk-v2-to-v3-adapter/lib/parameter-types.js
new file mode 100644
index 0000000000000..3d466051e8947
--- /dev/null
+++ b/packages/@aws-cdk/sdk-v2-to-v3-adapter/lib/parameter-types.js
@@ -0,0 +1,14 @@
+"use strict";
+Object.defineProperty(exports, "__esModule", { value: true });
+exports.typeCoercionStateMachine = void 0;
+// This file was generated from the aws-sdk-js-v3 at Tue Jan 30 2024 09:54:50 GMT+0000 (Coordinated Universal Time)
+/* eslint-disable quote-props,comma-dangle,quotes */
+const zlib = require("zlib");
+let typeCoercionStateMachine = () => {
+    const encoded = "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";
+    const decoded = JSON.parse(zlib.brotliDecompressSync(Buffer.from(encoded, 'base64')).toString());
+    exports.typeCoercionStateMachine = () => decoded;
+    return decoded;
+};
+exports.typeCoercionStateMachine = typeCoercionStateMachine;
+//# sourceMappingURL=data:application/json;base64,{"version":3,"file":"parameter-types.js","sourceRoot":"","sources":["parameter-types.ts"],"names":[],"mappings":";;;AAAA,mHAAmH;AACnH,oDAAoD;AACpD,6BAA6B;AAEtB,IAAI,wBAAwB,GAAG,GAA6B,EAAE;IACnE,MAAM,OAAO,GAAG,0p4FAA0p4F,CAAC;IAC3q4F,MAAM,OAAO,GAAG,IAAI,CAAC,KAAK,CAAC,IAAI,CAAC,oBAAoB,CAAC,MAAM,CAAC,IAAI,CAAC,OAAO,EAAE,QAAQ,CAAC,CAAC,CAAC,QAAQ,EAAE,CAAC,CAAC;IACjG,gCAAwB,GAAG,GAAG,EAAE,CAAC,OAAO,CAAC;IACzC,OAAO,OAAO,CAAC;AACjB,CAAC,CAAC;AALS,QAAA,wBAAwB,4BAKjC","sourcesContent":["// This file was generated from the aws-sdk-js-v3 at Tue Jan 30 2024 09:54:50 GMT+0000 (Coordinated Universal Time)\n/* eslint-disable quote-props,comma-dangle,quotes */\nimport * as zlib from 'zlib';\nexport type TypeCoercionStateMachine = Array<Record<string, number | 'b' | 'n' | 'd'>>\nexport let typeCoercionStateMachine = (): TypeCoercionStateMachine => {\n  const encoded = 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\";\n  const decoded = JSON.parse(zlib.brotliDecompressSync(Buffer.from(encoded, 'base64')).toString());\n  typeCoercionStateMachine = () => decoded;\n  return decoded;\n};"]}
\ No newline at end of file
diff --git a/packages/@aws-cdk/sdk-v2-to-v3-adapter/lib/sdk-info.d.ts b/packages/@aws-cdk/sdk-v2-to-v3-adapter/lib/sdk-info.d.ts
new file mode 100644
index 0000000000000..5a2ce086ede4e
--- /dev/null
+++ b/packages/@aws-cdk/sdk-v2-to-v3-adapter/lib/sdk-info.d.ts
@@ -0,0 +1,20 @@
+/**
+ * Normalize a service name from:
+ *
+ * - A full SDKv3 package name
+ * - A partial SDKv3 package name
+ * - An SDKv2 constructor name
+ *
+ * To a partial SDKv3 package name.
+ */
+export declare function normalizeServiceName(service: string): string;
+/**
+ * Normalize an action name from:
+ *
+ * - camelCase SDKv2 method name
+ * - PascalCase API name
+ * - SDKv3 command class name
+ *
+ * To a PascalCase API name.
+ */
+export declare function normalizeActionName(v3Service: string, action: string): string;
diff --git a/packages/@aws-cdk/sdk-v2-to-v3-adapter/lib/sdk-info.js b/packages/@aws-cdk/sdk-v2-to-v3-adapter/lib/sdk-info.js
new file mode 100644
index 0000000000000..c3a833c661899
--- /dev/null
+++ b/packages/@aws-cdk/sdk-v2-to-v3-adapter/lib/sdk-info.js
@@ -0,0 +1,49 @@
+"use strict";
+Object.defineProperty(exports, "__esModule", { value: true });
+exports.normalizeActionName = exports.normalizeServiceName = void 0;
+/**
+ * Normalize a service name from:
+ *
+ * - A full SDKv3 package name
+ * - A partial SDKv3 package name
+ * - An SDKv2 constructor name
+ *
+ * To a partial SDKv3 package name.
+ */
+function normalizeServiceName(service) {
+    service = service.toLowerCase(); // Lowercase
+    service = service.replace(/^@aws-sdk\/client-/, ''); // Strip the start of a V3 package name
+    service = v2ToV3Mapping()?.[service] ?? service; // Optionally map v2 name -> v3 name
+    return service;
+}
+exports.normalizeServiceName = normalizeServiceName;
+/**
+ * Normalize an action name from:
+ *
+ * - camelCase SDKv2 method name
+ * - PascalCase API name
+ * - SDKv3 command class name
+ *
+ * To a PascalCase API name.
+ */
+function normalizeActionName(v3Service, action) {
+    if (action.charAt(0).toLowerCase() === action.charAt(0)) {
+        return action.charAt(0).toUpperCase() + action.slice(1);
+    }
+    // If the given word is in the APIs ending in 'Command' for this service,
+    // return as is. Otherwise, return with a potential 'Command' suffix stripped.
+    if (v3Metadata()[v3Service]?.commands?.includes(action)) {
+        return action;
+    }
+    return action.replace(/Command$/, '');
+}
+exports.normalizeActionName = normalizeActionName;
+function v2ToV3Mapping() {
+    // eslint-disable-next-line @typescript-eslint/no-require-imports
+    return require('./sdk-v2-to-v3.json');
+}
+function v3Metadata() {
+    // eslint-disable-next-line @typescript-eslint/no-require-imports
+    return require('./sdk-v3-metadata.json');
+}
+//# sourceMappingURL=data:application/json;base64,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
\ No newline at end of file
diff --git a/packages/@aws-cdk/sdk-v2-to-v3-adapter/test/api-call.test.d.ts b/packages/@aws-cdk/sdk-v2-to-v3-adapter/test/api-call.test.d.ts
new file mode 100644
index 0000000000000..cb0ff5c3b541f
--- /dev/null
+++ b/packages/@aws-cdk/sdk-v2-to-v3-adapter/test/api-call.test.d.ts
@@ -0,0 +1 @@
+export {};
diff --git a/packages/@aws-cdk/sdk-v2-to-v3-adapter/test/api-call.test.js b/packages/@aws-cdk/sdk-v2-to-v3-adapter/test/api-call.test.js
new file mode 100644
index 0000000000000..70b197940eb0a
--- /dev/null
+++ b/packages/@aws-cdk/sdk-v2-to-v3-adapter/test/api-call.test.js
@@ -0,0 +1,111 @@
+"use strict";
+Object.defineProperty(exports, "__esModule", { value: true });
+const lib_1 = require("../lib");
+test('can map service name to SDK v3 client name', () => {
+    expect(new lib_1.ApiCall('S3', 'Bla').v3PackageName).toBe('@aws-sdk/client-s3');
+});
+test.each([
+    'api-gateway',
+    '@aws-sdk/client-api-gateway',
+    'APIGateway',
+    'apigateway',
+])('service %p is recognized', (service) => {
+    expect(new lib_1.ApiCall(service, 'Bla').v3PackageName).toEqual('@aws-sdk/client-api-gateway');
+});
+test.each([
+    'GetRestApi',
+    'getRestApi',
+    'GetRestApiCommand',
+])('action %p is recognized', (action) => {
+    expect(new lib_1.ApiCall('api-gateway', action).action).toEqual('GetRestApi');
+});
+test.each([
+    'ExecuteCommand',
+    'executeCommand',
+    'ExecuteCommandCommand',
+])('ECS action %p is recognized', (action) => {
+    expect(new lib_1.ApiCall('ecs', action).action).toEqual('ExecuteCommand');
+});
+describe('helpers for SDKv3', () => {
+    test('can load a SDK package by service name', () => {
+        const sdk = new lib_1.ApiCall('S3', 'Bla');
+        expect(sdk.v3PackageName).toBe('@aws-sdk/client-s3');
+        sdk.initializePackage();
+    });
+    test('can load a SDK package by package name', () => {
+        const sdk = new lib_1.ApiCall('@aws-sdk/client-s3', 'Bla');
+        expect(sdk.v3PackageName).toBe('@aws-sdk/client-s3');
+        sdk.initializePackage();
+    });
+    test('will throw when attempting to load unknown SDK package', () => {
+        expect(() => {
+            loadV3ClientPackage('@aws-sdk/client-foobar');
+        }).toThrow("Service foobar client package with name '@aws-sdk/client-foobar' does not exist.");
+    });
+    test('will throw when attempting to load unknown SDK package using V2 style name', () => {
+        expect(() => {
+            loadV3ClientPackage('FooBar');
+        }).toThrow("Service foobar client package with name '@aws-sdk/client-foobar' does not exist.");
+    });
+    describe('with a SDK package loaded', () => {
+        test('can get client', () => {
+            const client = getV3Client('s3');
+            expect(client.config.serviceId).toBe('S3');
+        });
+        test('can get client with config', async () => {
+            const client = getV3Client('s3', { region: 'eu-west-1' });
+            const region = await client.config.region();
+            expect(region).toBe('eu-west-1');
+        });
+        test('can get command', () => {
+            const apiCall = new lib_1.ApiCall('s3', 'ListBuckets');
+            const command = apiCall.findCommandClass();
+            expect(command).toBeDefined();
+        });
+        test('will throw when attempting to get unknown command', () => {
+            expect(() => {
+                new lib_1.ApiCall('s3', 'FooBar').findCommandClass();
+            }).toThrow('Unable to find command named: FooBarCommand');
+        });
+    });
+});
+test('flatten', () => {
+    expect((0, lib_1.flatten)({
+        foo: 'foo',
+        bar: {
+            foo: 'foo',
+            bar: 'bar',
+        },
+        baz: [
+            { foo: 'foo' },
+            { bar: 'bar' },
+        ],
+    })).toEqual({
+        'foo': 'foo',
+        'bar.foo': 'foo',
+        'bar.bar': 'bar',
+        'baz.0.foo': 'foo',
+        'baz.1.bar': 'bar',
+    });
+});
+test.each([
+    { transformToString: () => 'foo' },
+    Buffer.from('foo'),
+    new TextEncoder().encode('foo'),
+])('coerce %p', async (fooValue) => {
+    expect(await (0, lib_1.coerceSdkv3Response)({
+        foo: fooValue,
+    })).toEqual({ foo: 'foo' });
+});
+function loadV3ClientPackage(service) {
+    const apiCall = new lib_1.ApiCall(service, 'Bla');
+    apiCall.initializePackage();
+    return apiCall.v3Package;
+}
+function getV3Client(service, options = {}) {
+    const apiCall = new lib_1.ApiCall(service, 'Bla');
+    apiCall.initializePackage();
+    apiCall.initializeClient(options);
+    return apiCall.client;
+}
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{ ApiCall, InvokeOptions, coerceSdkv3Response, flatten } from '../lib';\n\ntest('can map service name to SDK v3 client name', () => {\n  expect(new ApiCall('S3', 'Bla').v3PackageName).toBe('@aws-sdk/client-s3');\n});\n\ntest.each([\n  'api-gateway',\n  '@aws-sdk/client-api-gateway',\n  'APIGateway',\n  'apigateway',\n])('service %p is recognized', (service) => {\n  expect(new ApiCall(service, 'Bla').v3PackageName).toEqual('@aws-sdk/client-api-gateway');\n});\n\ntest.each([\n  'GetRestApi',\n  'getRestApi',\n  'GetRestApiCommand',\n])('action %p is recognized', (action) => {\n  expect(new ApiCall('api-gateway', action).action).toEqual('GetRestApi');\n});\n\ntest.each([\n  'ExecuteCommand',\n  'executeCommand',\n  'ExecuteCommandCommand',\n])('ECS action %p is recognized', (action) => {\n  expect(new ApiCall('ecs', action).action).toEqual('ExecuteCommand');\n});\n\ndescribe('helpers for SDKv3', () => {\n  test('can load a SDK package by service name', () => {\n    const sdk = new ApiCall('S3', 'Bla');\n    expect(sdk.v3PackageName).toBe('@aws-sdk/client-s3');\n    sdk.initializePackage();\n  });\n\n  test('can load a SDK package by package name', () => {\n    const sdk = new ApiCall('@aws-sdk/client-s3', 'Bla');\n    expect(sdk.v3PackageName).toBe('@aws-sdk/client-s3');\n    sdk.initializePackage();\n  });\n\n  test('will throw when attempting to load unknown SDK package', () => {\n    expect(() => {\n      loadV3ClientPackage('@aws-sdk/client-foobar');\n    }).toThrow(\"Service foobar client package with name '@aws-sdk/client-foobar' does not exist.\");\n  });\n\n  test('will throw when attempting to load unknown SDK package using V2 style name', () => {\n    expect(() => {\n      loadV3ClientPackage('FooBar');\n    }).toThrow(\"Service foobar client package with name '@aws-sdk/client-foobar' does not exist.\");\n  });\n\n  describe('with a SDK package loaded', () => {\n    test('can get client', () => {\n      const client = getV3Client('s3');\n      expect(client.config.serviceId).toBe('S3');\n    });\n\n    test('can get client with config', async () => {\n      const client = getV3Client('s3', { region: 'eu-west-1' });\n      const region = await client.config.region();\n      expect(region).toBe('eu-west-1');\n    });\n\n    test('can get command', () => {\n      const apiCall = new ApiCall('s3', 'ListBuckets');\n      const command = apiCall.findCommandClass();\n      expect(command).toBeDefined();\n    });\n    test('will throw when attempting to get unknown command', () => {\n      expect(() => {\n        new ApiCall('s3', 'FooBar').findCommandClass();\n      }).toThrow('Unable to find command named: FooBarCommand');\n    });\n  });\n});\n\ntest('flatten', () => {\n  expect(flatten({\n    foo: 'foo',\n    bar: {\n      foo: 'foo',\n      bar: 'bar',\n    },\n    baz: [\n      { foo: 'foo' },\n      { bar: 'bar' },\n    ],\n  })).toEqual({\n    'foo': 'foo',\n    'bar.foo': 'foo',\n    'bar.bar': 'bar',\n    'baz.0.foo': 'foo',\n    'baz.1.bar': 'bar',\n  });\n});\n\ntest.each([\n  { transformToString: () => 'foo' },\n  Buffer.from('foo'),\n  new TextEncoder().encode('foo'),\n])('coerce %p', async (fooValue) => {\n  expect(await coerceSdkv3Response({\n    foo: fooValue,\n  })).toEqual({ foo: 'foo' });\n});\n\nfunction loadV3ClientPackage(service: string) {\n  const apiCall = new ApiCall(service, 'Bla');\n  apiCall.initializePackage();\n  return apiCall.v3Package;\n}\n\nfunction getV3Client(service: string, options: Omit<InvokeOptions, 'parameters'> = {}) {\n  const apiCall = new ApiCall(service, 'Bla');\n  apiCall.initializePackage();\n  apiCall.initializeClient(options);\n  return apiCall.client;\n}\n"]}
\ No newline at end of file
diff --git a/packages/@aws-cdk/sdk-v2-to-v3-adapter/test/coerce-api-parameters.test.d.ts b/packages/@aws-cdk/sdk-v2-to-v3-adapter/test/coerce-api-parameters.test.d.ts
new file mode 100644
index 0000000000000..cb0ff5c3b541f
--- /dev/null
+++ b/packages/@aws-cdk/sdk-v2-to-v3-adapter/test/coerce-api-parameters.test.d.ts
@@ -0,0 +1 @@
+export {};
diff --git a/packages/@aws-cdk/sdk-v2-to-v3-adapter/test/coerce-api-parameters.test.js b/packages/@aws-cdk/sdk-v2-to-v3-adapter/test/coerce-api-parameters.test.js
new file mode 100644
index 0000000000000..1addea726e7a1
--- /dev/null
+++ b/packages/@aws-cdk/sdk-v2-to-v3-adapter/test/coerce-api-parameters.test.js
@@ -0,0 +1,622 @@
+"use strict";
+Object.defineProperty(exports, "__esModule", { value: true });
+const coerce_api_parameters_1 = require("../lib/coerce-api-parameters");
+const encode = (v) => new TextEncoder().encode(v);
+describe('Uint8Array', () => {
+    describe('should coerce', () => {
+        test('a nested value', () => {
+            // GIVEN
+            const obj = { a: { b: { c: 'dummy-value' } } };
+            // WHEN
+            new coerce_api_parameters_1.Coercer([
+                { a: 1 },
+                { b: 2 },
+                { c: 'b' },
+            ]).testCoerce(obj);
+            // EXPECT
+            expect(obj).toMatchObject({ a: { b: { c: encode('dummy-value') } } });
+        });
+        test('values nested in an array', () => {
+            // GIVEN
+            const obj = {
+                a: {
+                    b: [
+                        { z: '1' },
+                        { z: '2' },
+                        { z: '3' },
+                    ],
+                },
+            };
+            // WHEN
+            new coerce_api_parameters_1.Coercer([
+                { a: 1 },
+                { b: 2 },
+                { '*': 3 },
+                { z: 'b' },
+            ]).testCoerce(obj);
+            // EXPECT
+            expect(obj).toMatchObject({
+                a: {
+                    b: [
+                        { z: encode('1') },
+                        { z: encode('2') },
+                        { z: encode('3') },
+                    ],
+                },
+            });
+        });
+        test('array elements', () => {
+            // GIVEN
+            const obj = {
+                a: {
+                    b: ['1', '2', '3'],
+                },
+            };
+            // THEN
+            new coerce_api_parameters_1.Coercer([
+                { a: 1 },
+                { b: 2 },
+                { '*': 'b' },
+            ]).testCoerce(obj);
+            // EXPECT
+            expect(obj).toMatchObject({
+                a: {
+                    b: [
+                        encode('1'),
+                        encode('2'),
+                        encode('3'),
+                    ],
+                },
+            });
+        });
+        test('values nested in multiple arrays', () => {
+            // GIVEN
+            const obj = {
+                a: {
+                    b: [
+                        {
+                            z: [
+                                { y: '1' },
+                                { y: '2' },
+                            ],
+                        },
+                        {
+                            z: [
+                                { y: 'A' },
+                                { y: 'B' },
+                            ],
+                        },
+                    ],
+                },
+            };
+            // THEN
+            coerce(obj, ['a', 'b', '*', 'z', '*', 'y'], 'Uint8Array');
+            // EXPECT
+            expect(obj).toMatchObject({
+                a: {
+                    b: [
+                        { z: [{ y: encode('1') }, { y: encode('2') }] },
+                        { z: [{ y: encode('A') }, { y: encode('B') }] },
+                    ],
+                },
+            });
+        });
+        test('empty string', () => {
+            // GIVEN
+            const obj = { a: { b: { c: '' } } };
+            // THEN
+            coerce(obj, ['a', 'b', 'c'], 'Uint8Array');
+            // EXPECT
+            expect(obj).toMatchObject({ a: { b: { c: encode('') } } });
+        });
+        test('a number', () => {
+            // GIVEN
+            const obj = { a: { b: { c: 0 } } };
+            // THEN
+            coerce(obj, ['a', 'b', 'c'], 'Uint8Array');
+            // EXPECT
+            expect(obj).toMatchObject({ a: { b: { c: encode('0') } } });
+        });
+    });
+    describe('should NOT coerce', () => {
+        test('undefined', () => {
+            // GIVEN
+            const obj = { a: { b: { c: undefined } } };
+            // THEN
+            coerce(obj, ['a', 'b', 'c'], 'Uint8Array');
+            // EXPECT
+            expect(obj).toMatchObject({ a: { b: { c: undefined } } });
+        });
+        test('null', () => {
+            // GIVEN
+            const obj = { a: { b: { c: null } } };
+            // THEN
+            coerce(obj, ['a', 'b', 'c'], 'Uint8Array');
+            // EXPECT
+            expect(obj).toMatchObject({ a: { b: { c: null } } });
+        });
+        test('an path that does not exist in input', () => {
+            // GIVEN
+            const obj = { a: { b: { c: 'dummy-value' } } };
+            // THEN
+            coerce(obj, ['a', 'b', 'foobar'], 'Uint8Array');
+            // EXPECT
+            expect(obj).toMatchObject({ a: { b: { c: 'dummy-value' } } });
+        });
+        test('a path that is not a leaf', () => {
+            // GIVEN
+            const obj = { a: { b: { c: 'dummy-value' } } };
+            // THEN
+            coerce(obj, ['a', 'b'], 'Uint8Array');
+            // EXPECT
+            expect(obj).toMatchObject({ a: { b: { c: 'dummy-value' } } });
+        });
+        test('do not change anything for empty path', () => {
+            // GIVEN
+            const obj = { a: { b: { c: 'dummy-value' } } };
+            // THEN
+            coerce(obj, [], 'Uint8Array');
+            // EXPECT
+            expect(obj).toMatchObject({ a: { b: { c: 'dummy-value' } } });
+        });
+    });
+    describe('given an api call description', () => {
+        test('can convert string parameters to Uint8Array when needed', () => {
+            const params = (0, coerce_api_parameters_1.coerceApiParameters)('KMS', 'encrypt', {
+                KeyId: 'key-id',
+                Plaintext: 'dummy-data',
+            });
+            expect(params).toMatchObject({
+                KeyId: 'key-id',
+                Plaintext: new Uint8Array([
+                    100, 117, 109, 109,
+                    121, 45, 100, 97,
+                    116, 97,
+                ]),
+            });
+        });
+        test('can convert string parameters to Uint8Array in arrays', () => {
+            const params = (0, coerce_api_parameters_1.coerceApiParameters)('Kinesis', 'putRecords', {
+                Records: [
+                    {
+                        Data: 'aaa',
+                        PartitionKey: 'key',
+                    },
+                    {
+                        Data: 'bbb',
+                        PartitionKey: 'key',
+                    },
+                ],
+            });
+            expect(params).toMatchObject({
+                Records: [
+                    {
+                        Data: new Uint8Array([97, 97, 97]),
+                        PartitionKey: 'key',
+                    },
+                    {
+                        Data: new Uint8Array([98, 98, 98]),
+                        PartitionKey: 'key',
+                    },
+                ],
+            });
+        });
+        test('can convert string parameters to Uint8Array in map & union', () => {
+            const params = (0, coerce_api_parameters_1.coerceApiParameters)('dynamodb', 'putItem', {
+                Item: {
+                    Binary: {
+                        B: 'abc',
+                    },
+                },
+            });
+            expect(params).toMatchObject({
+                Item: {
+                    Binary: {
+                        B: new Uint8Array([97, 98, 99]),
+                    },
+                },
+            });
+        });
+        test('can coerce parameters in recursive types', () => {
+            const params = (0, coerce_api_parameters_1.coerceApiParameters)('connect', 'CreateEvaluationForm', {
+                Items: [
+                    {
+                        Section: {
+                            Items: [
+                                {
+                                    Question: {
+                                        Weight: '9000',
+                                    },
+                                },
+                            ],
+                        },
+                    },
+                ],
+            });
+            expect(params).toMatchObject({
+                Items: [
+                    {
+                        Section: {
+                            Items: [
+                                {
+                                    Question: {
+                                        Weight: 9000, // <-- converted
+                                    },
+                                },
+                            ],
+                        },
+                    },
+                ],
+            });
+        });
+    });
+});
+describe('number', () => {
+    describe('should coerce', () => {
+        test('a nested value', () => {
+            // GIVEN
+            const obj = { a: { b: { c: '-123.45' } } };
+            // THEN
+            coerce(obj, ['a', 'b', 'c'], 'number');
+            // EXPECT
+            expect(obj).toMatchObject({ a: { b: { c: -123.45 } } });
+        });
+        test('values nested in an array', () => {
+            // GIVEN
+            const obj = {
+                a: {
+                    b: [
+                        { z: '1' },
+                        { z: '2' },
+                        { z: '3' },
+                    ],
+                },
+            };
+            // THEN
+            coerce(obj, ['a', 'b', '*', 'z'], 'number');
+            // EXPECT
+            expect(obj).toMatchObject({
+                a: {
+                    b: [
+                        { z: 1 },
+                        { z: 2 },
+                        { z: 3 },
+                    ],
+                },
+            });
+        });
+        test('array elements', () => {
+            // GIVEN
+            const obj = {
+                a: {
+                    b: ['1', '2', '3'],
+                },
+            };
+            // THEN
+            coerce(obj, ['a', 'b', '*'], 'number');
+            // EXPECT
+            expect(obj).toMatchObject({
+                a: {
+                    b: [
+                        1,
+                        2,
+                        3,
+                    ],
+                },
+            });
+        });
+        test('values nested in multiple arrays', () => {
+            // GIVEN
+            const obj = {
+                a: {
+                    b: [
+                        {
+                            z: [
+                                { y: '1' },
+                                { y: '2' },
+                            ],
+                        },
+                        {
+                            z: [
+                                { y: '3' },
+                                { y: '4' },
+                            ],
+                        },
+                    ],
+                },
+            };
+            // THEN
+            coerce(obj, ['a', 'b', '*', 'z', '*', 'y'], 'number');
+            // EXPECT
+            expect(obj).toMatchObject({
+                a: {
+                    b: [
+                        { z: [{ y: 1 }, { y: 2 }] },
+                        { z: [{ y: 3 }, { y: 4 }] },
+                    ],
+                },
+            });
+        });
+    });
+    describe('should NOT coerce', () => {
+        test('empty string', () => {
+            // GIVEN
+            const obj = { a: { b: { c: '' } } };
+            // THEN
+            coerce(obj, ['a', 'b', 'c'], 'number');
+            // EXPECT
+            expect(obj).toMatchObject({ a: { b: { c: encode('') } } });
+        });
+        test('a number', () => {
+            // GIVEN
+            const obj = { a: { b: { c: 0 } } };
+            // THEN
+            coerce(obj, ['a', 'b', 'c'], 'number');
+            // EXPECT
+            expect(obj).toMatchObject({ a: { b: { c: 0 } } });
+        });
+        test('undefined', () => {
+            // GIVEN
+            const obj = { a: { b: { c: undefined } } };
+            // THEN
+            coerce(obj, ['a', 'b', 'c'], 'number');
+            // EXPECT
+            expect(obj).toMatchObject({ a: { b: { c: undefined } } });
+        });
+        test('null', () => {
+            // GIVEN
+            const obj = { a: { b: { c: null } } };
+            // THEN
+            coerce(obj, ['a', 'b', 'c'], 'number');
+            // EXPECT
+            expect(obj).toMatchObject({ a: { b: { c: null } } });
+        });
+        test('an path that does not exist in input', () => {
+            // GIVEN
+            const obj = { a: { b: { c: 'dummy-value' } } };
+            // THEN
+            coerce(obj, ['a', 'b', 'foobar'], 'number');
+            // EXPECT
+            expect(obj).toMatchObject({ a: { b: { c: 'dummy-value' } } });
+        });
+        test('a path that is not a leaf', () => {
+            // GIVEN
+            const obj = { a: { b: { c: '123' } } };
+            // THEN
+            coerce(obj, ['a', 'b'], 'number');
+            // EXPECT
+            expect(obj).toMatchObject({ a: { b: { c: '123' } } });
+        });
+        test('do not change anything for empty path', () => {
+            // GIVEN
+            const obj = { a: { b: { c: '123' } } };
+            // THEN
+            coerce(obj, [], 'number');
+            // EXPECT
+            expect(obj).toMatchObject({ a: { b: { c: '123' } } });
+        });
+    });
+    describe('given an api call description', () => {
+        test('can convert string parameters to number when needed', () => {
+            const params = (0, coerce_api_parameters_1.coerceApiParameters)('Amplify', 'listApps', {
+                maxResults: '15',
+            });
+            expect(params).toMatchObject({
+                maxResults: 15,
+            });
+        });
+        test('can convert string parameters to number in arrays', () => {
+            const params = (0, coerce_api_parameters_1.coerceApiParameters)('ECS', 'createService', {
+                loadBalancers: [{
+                        containerPort: '8080',
+                    }, {
+                        containerPort: '9000',
+                    }],
+            });
+            expect(params).toMatchObject({
+                loadBalancers: [{
+                        containerPort: 8080,
+                    }, {
+                        containerPort: 9000,
+                    }],
+            });
+        });
+        test('can convert string parameters to number in map & union', () => {
+            const params = (0, coerce_api_parameters_1.coerceApiParameters)('apigatewayv2', 'createApi', {
+                CorsConfiguration: {
+                    MaxAge: '300',
+                },
+            });
+            expect(params).toMatchObject({
+                CorsConfiguration: {
+                    MaxAge: 300,
+                },
+            });
+        });
+    });
+});
+describe('date', () => {
+    describe('should coerce', () => {
+        test('a nested value', () => {
+            // GIVEN
+            const obj = { a: { b: { c: new Date('2023-01-01').toJSON() } } };
+            // THEN
+            coerce(obj, ['a', 'b', 'c'], 'Date');
+            // EXPECT
+            expect(obj).toMatchObject({ a: { b: { c: new Date('2023-01-01') } } });
+        });
+        test('values nested in an array', () => {
+            // GIVEN
+            const obj = {
+                a: {
+                    b: [
+                        { z: new Date('2023-01-01').toJSON() },
+                        { z: new Date('2023-01-02').toJSON() },
+                        { z: new Date('2023-01-03').toJSON() },
+                    ],
+                },
+            };
+            // THEN
+            coerce(obj, ['a', 'b', '*', 'z'], 'Date');
+            // EXPECT
+            expect(obj).toMatchObject({
+                a: {
+                    b: [
+                        { z: new Date('2023-01-01') },
+                        { z: new Date('2023-01-02') },
+                        { z: new Date('2023-01-03') },
+                    ],
+                },
+            });
+        });
+        test('array elements', () => {
+            // GIVEN
+            const obj = {
+                a: {
+                    b: [
+                        new Date('2023-01-01').toJSON(),
+                        new Date('2023-01-02').toJSON(),
+                        new Date('2023-01-03').toJSON(),
+                    ],
+                },
+            };
+            // THEN
+            coerce(obj, ['a', 'b', '*'], 'Date');
+            // EXPECT
+            expect(obj).toMatchObject({
+                a: {
+                    b: [
+                        new Date('2023-01-01'),
+                        new Date('2023-01-02'),
+                        new Date('2023-01-03'),
+                    ],
+                },
+            });
+        });
+        test('values nested in multiple arrays', () => {
+            // GIVEN
+            const obj = {
+                a: {
+                    b: [
+                        {
+                            z: [
+                                { y: new Date('2023-01-01').toJSON() },
+                                { y: new Date('2023-01-02').toJSON() },
+                            ],
+                        },
+                        {
+                            z: [
+                                { y: new Date('2023-01-03').toJSON() },
+                                { y: new Date('2023-01-04').toJSON() },
+                            ],
+                        },
+                    ],
+                },
+            };
+            // THEN
+            coerce(obj, ['a', 'b', '*', 'z', '*', 'y'], 'Date');
+            // EXPECT
+            expect(obj).toMatchObject({
+                a: {
+                    b: [
+                        { z: [{ y: new Date('2023-01-01') }, { y: new Date('2023-01-02') }] },
+                        { z: [{ y: new Date('2023-01-03') }, { y: new Date('2023-01-04') }] },
+                    ],
+                },
+            });
+        });
+    });
+    describe('should NOT coerce', () => {
+        test('empty string', () => {
+            // GIVEN
+            const obj = { a: { b: { c: '' } } };
+            // THEN
+            coerce(obj, ['a', 'b', 'c'], 'Date');
+            // EXPECT
+            expect(obj).toMatchObject({ a: { b: { c: '' } } });
+        });
+        test('undefined', () => {
+            // GIVEN
+            const obj = { a: { b: { c: undefined } } };
+            // THEN
+            coerce(obj, ['a', 'b', 'c'], 'Date');
+            // EXPECT
+            expect(obj).toMatchObject({ a: { b: { c: undefined } } });
+        });
+        test('null', () => {
+            // GIVEN
+            const obj = { a: { b: { c: null } } };
+            // THEN
+            coerce(obj, ['a', 'b', 'c'], 'Date');
+            // EXPECT
+            expect(obj).toMatchObject({ a: { b: { c: null } } });
+        });
+        test('an path that does not exist in input', () => {
+            // GIVEN
+            const obj = { a: { b: { c: new Date('2023-01-01').toJSON() } } };
+            // THEN
+            coerce(obj, ['a', 'b', 'foobar'], 'Date');
+            // EXPECT
+            expect(obj).toMatchObject({ a: { b: { c: new Date('2023-01-01').toJSON() } } });
+        });
+        test('a path that is not a leaf', () => {
+            // GIVEN
+            const obj = { a: { b: { c: new Date('2023-01-01').toJSON() } } };
+            // THEN
+            coerce(obj, ['a', 'b'], 'Date');
+            // EXPECT
+            expect(obj).toMatchObject({ a: { b: { c: new Date('2023-01-01').toJSON() } } });
+        });
+        test('do not change anything for empty path', () => {
+            // GIVEN
+            const obj = { a: { b: { c: new Date('2023-01-01').toJSON() } } };
+            // THEN
+            coerce(obj, [], 'Date');
+            // EXPECT
+            expect(obj).toMatchObject({ a: { b: { c: new Date('2023-01-01').toJSON() } } });
+        });
+    });
+    describe('given an api call description', () => {
+        test('can convert string parameters to Date when needed', () => {
+            const params = (0, coerce_api_parameters_1.coerceApiParameters)('CloudWatch', 'getMetricData', {
+                MetricDataQueries: [],
+                StartTime: new Date('2023-01-01').toJSON(),
+                EndTime: new Date('2023-01-02').toJSON(),
+            });
+            expect(params).toMatchObject({
+                MetricDataQueries: [],
+                StartTime: new Date('2023-01-01'),
+                EndTime: new Date('2023-01-02'),
+            });
+        });
+    });
+});
+/**
+ * A function to convert code testing the old API into code testing the new API
+ *
+ * Having this function saves manually updating 25 call sites.
+ */
+function coerce(value, path, type) {
+    const sm = [{}];
+    let current = sm[0];
+    for (const p of path.slice(0, -1)) {
+        current[p] = sm.length;
+        sm.push({});
+        current = sm[sm.length - 1];
+    }
+    switch (type) {
+        case 'Uint8Array':
+            current[path[path.length - 1]] = 'b';
+            break;
+        case 'number':
+            current[path[path.length - 1]] = 'n';
+            break;
+        case 'Date':
+            current[path[path.length - 1]] = 'd';
+            break;
+        default:
+            throw new Error(`Unexpected type: ${type}`);
+    }
+    return new coerce_api_parameters_1.Coercer(sm).testCoerce(value);
+}
+//# 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{ Coercer, coerceApiParameters } from '../lib/coerce-api-parameters';\nimport { TypeCoercionStateMachine } from '../lib/parameter-types';\n\nconst encode = (v: any) => new TextEncoder().encode(v);\n\ndescribe('Uint8Array', () => {\n\n  describe('should coerce', () => {\n    test('a nested value', () => {\n      // GIVEN\n      const obj = { a: { b: { c: 'dummy-value' } } };\n\n      // WHEN\n      new Coercer([\n        { a: 1 },\n        { b: 2 },\n        { c: 'b' },\n      ]).testCoerce(obj);\n\n      // EXPECT\n      expect(obj).toMatchObject({ a: { b: { c: encode('dummy-value') } } });\n    });\n\n    test('values nested in an array', () => {\n      // GIVEN\n      const obj = {\n        a: {\n          b: [\n            { z: '1' },\n            { z: '2' },\n            { z: '3' },\n          ],\n        },\n      };\n\n      // WHEN\n      new Coercer([\n        { a: 1 },\n        { b: 2 },\n        { '*': 3 },\n        { z: 'b' },\n      ]).testCoerce(obj);\n\n      // EXPECT\n      expect(obj).toMatchObject({\n        a: {\n          b: [\n            { z: encode('1') },\n            { z: encode('2') },\n            { z: encode('3') },\n          ],\n        },\n      });\n    });\n\n    test('array elements', () => {\n      // GIVEN\n      const obj = {\n        a: {\n          b: ['1', '2', '3'],\n        },\n      };\n\n      // THEN\n      new Coercer([\n        { a: 1 },\n        { b: 2 },\n        { '*': 'b' },\n      ]).testCoerce(obj);\n\n      // EXPECT\n      expect(obj).toMatchObject({\n        a: {\n          b: [\n            encode('1'),\n            encode('2'),\n            encode('3'),\n          ],\n        },\n      });\n    });\n\n    test('values nested in multiple arrays', () => {\n      // GIVEN\n      const obj = {\n        a: {\n          b: [\n            {\n              z: [\n                { y: '1' },\n                { y: '2' },\n              ],\n            },\n            {\n              z: [\n                { y: 'A' },\n                { y: 'B' },\n              ],\n            },\n          ],\n        },\n      };\n\n      // THEN\n      coerce(obj, ['a', 'b', '*', 'z', '*', 'y'], 'Uint8Array');\n\n      // EXPECT\n      expect(obj).toMatchObject({\n        a: {\n          b: [\n            { z: [{ y: encode('1') }, { y: encode('2') }] },\n            { z: [{ y: encode('A') }, { y: encode('B') }] },\n          ],\n        },\n      });\n    });\n\n    test('empty string', () => {\n      // GIVEN\n      const obj = { a: { b: { c: '' } } };\n\n      // THEN\n      coerce(obj, ['a', 'b', 'c'], 'Uint8Array');\n\n      // EXPECT\n      expect(obj).toMatchObject({ a: { b: { c: encode('') } } });\n    });\n\n    test('a number', () => {\n      // GIVEN\n      const obj = { a: { b: { c: 0 } } };\n\n      // THEN\n      coerce(obj, ['a', 'b', 'c'], 'Uint8Array');\n\n      // EXPECT\n      expect(obj).toMatchObject({ a: { b: { c: encode('0') } } });\n    });\n\n  });\n\n  describe('should NOT coerce', () => {\n    test('undefined', () => {\n      // GIVEN\n      const obj = { a: { b: { c: undefined } } };\n\n      // THEN\n      coerce(obj, ['a', 'b', 'c'], 'Uint8Array');\n\n      // EXPECT\n      expect(obj).toMatchObject({ a: { b: { c: undefined } } });\n    });\n\n    test('null', () => {\n      // GIVEN\n      const obj = { a: { b: { c: null } } };\n\n      // THEN\n      coerce(obj, ['a', 'b', 'c'], 'Uint8Array');\n\n      // EXPECT\n      expect(obj).toMatchObject({ a: { b: { c: null } } });\n    });\n\n    test('an path that does not exist in input', () => {\n      // GIVEN\n      const obj = { a: { b: { c: 'dummy-value' } } };\n\n      // THEN\n      coerce(obj, ['a', 'b', 'foobar'], 'Uint8Array');\n\n      // EXPECT\n      expect(obj).toMatchObject({ a: { b: { c: 'dummy-value' } } });\n    });\n\n    test('a path that is not a leaf', () => {\n      // GIVEN\n      const obj = { a: { b: { c: 'dummy-value' } } };\n\n      // THEN\n      coerce(obj, ['a', 'b'], 'Uint8Array');\n\n      // EXPECT\n      expect(obj).toMatchObject({ a: { b: { c: 'dummy-value' } } });\n    });\n\n    test('do not change anything for empty path', () => {\n      // GIVEN\n      const obj = { a: { b: { c: 'dummy-value' } } };\n\n      // THEN\n      coerce(obj, [], 'Uint8Array');\n\n      // EXPECT\n      expect(obj).toMatchObject({ a: { b: { c: 'dummy-value' } } });\n    });\n  });\n\n  describe('given an api call description', () => {\n\n    test('can convert string parameters to Uint8Array when needed', () => {\n      const params = coerceApiParameters('KMS', 'encrypt', {\n        KeyId: 'key-id',\n        Plaintext: 'dummy-data',\n      });\n\n      expect(params).toMatchObject({\n        KeyId: 'key-id',\n        Plaintext: new Uint8Array([\n          100, 117, 109, 109,\n          121, 45, 100, 97,\n          116, 97,\n        ]),\n      });\n    });\n\n    test('can convert string parameters to Uint8Array in arrays', () => {\n      const params = coerceApiParameters('Kinesis', 'putRecords', {\n        Records: [\n          {\n            Data: 'aaa',\n            PartitionKey: 'key',\n          },\n          {\n            Data: 'bbb',\n            PartitionKey: 'key',\n          },\n        ],\n      });\n\n      expect(params).toMatchObject({\n        Records: [\n          {\n            Data: new Uint8Array([97, 97, 97]),\n            PartitionKey: 'key',\n          },\n          {\n            Data: new Uint8Array([98, 98, 98]),\n            PartitionKey: 'key',\n          },\n        ],\n      });\n    });\n\n    test('can convert string parameters to Uint8Array in map & union', () => {\n      const params = coerceApiParameters('dynamodb', 'putItem', {\n        Item: {\n          Binary: {\n            B: 'abc',\n          },\n        },\n      });\n\n      expect(params).toMatchObject({\n        Item: {\n          Binary: {\n            B: new Uint8Array([97, 98, 99]),\n          },\n        },\n      });\n    });\n\n    test('can coerce parameters in recursive types', () => {\n      const params = coerceApiParameters('connect', 'CreateEvaluationForm', {\n        Items: [\n          {\n            Section: {\n              Items: [ // <-- same type as 'Items' above\n                {\n                  Question: {\n                    Weight: '9000',\n                  },\n                },\n              ],\n            },\n          },\n        ],\n      });\n\n      expect(params).toMatchObject({\n        Items: [\n          {\n            Section: {\n              Items: [\n                {\n                  Question: {\n                    Weight: 9000, // <-- converted\n                  },\n                },\n              ],\n            },\n          },\n        ],\n      });\n    });\n  });\n\n});\n\ndescribe('number', () => {\n\n  describe('should coerce', () => {\n    test('a nested value', () => {\n      // GIVEN\n      const obj = { a: { b: { c: '-123.45' } } };\n\n      // THEN\n      coerce(obj, ['a', 'b', 'c'], 'number');\n\n      // EXPECT\n      expect(obj).toMatchObject({ a: { b: { c: -123.45 } } });\n    });\n\n    test('values nested in an array', () => {\n      // GIVEN\n      const obj = {\n        a: {\n          b: [\n            { z: '1' },\n            { z: '2' },\n            { z: '3' },\n          ],\n        },\n      };\n\n      // THEN\n      coerce(obj, ['a', 'b', '*', 'z'], 'number');\n\n      // EXPECT\n      expect(obj).toMatchObject({\n        a: {\n          b: [\n            { z: 1 },\n            { z: 2 },\n            { z: 3 },\n          ],\n        },\n      });\n    });\n\n    test('array elements', () => {\n      // GIVEN\n      const obj = {\n        a: {\n          b: ['1', '2', '3'],\n        },\n      };\n\n      // THEN\n      coerce(obj, ['a', 'b', '*'], 'number');\n\n      // EXPECT\n      expect(obj).toMatchObject({\n        a: {\n          b: [\n            1,\n            2,\n            3,\n          ],\n        },\n      });\n    });\n\n    test('values nested in multiple arrays', () => {\n      // GIVEN\n      const obj = {\n        a: {\n          b: [\n            {\n              z: [\n                { y: '1' },\n                { y: '2' },\n              ],\n            },\n            {\n              z: [\n                { y: '3' },\n                { y: '4' },\n              ],\n            },\n          ],\n        },\n      };\n\n      // THEN\n      coerce(obj, ['a', 'b', '*', 'z', '*', 'y'], 'number');\n\n      // EXPECT\n      expect(obj).toMatchObject({\n        a: {\n          b: [\n            { z: [{ y: 1 }, { y: 2 }] },\n            { z: [{ y: 3 }, { y: 4 }] },\n          ],\n        },\n      });\n    });\n  });\n\n  describe('should NOT coerce', () => {\n    test('empty string', () => {\n      // GIVEN\n      const obj = { a: { b: { c: '' } } };\n\n      // THEN\n      coerce(obj, ['a', 'b', 'c'], 'number');\n\n      // EXPECT\n      expect(obj).toMatchObject({ a: { b: { c: encode('') } } });\n    });\n\n    test('a number', () => {\n      // GIVEN\n      const obj = { a: { b: { c: 0 } } };\n\n      // THEN\n      coerce(obj, ['a', 'b', 'c'], 'number');\n\n      // EXPECT\n      expect(obj).toMatchObject({ a: { b: { c: 0 } } });\n    });\n\n    test('undefined', () => {\n      // GIVEN\n      const obj = { a: { b: { c: undefined } } };\n\n      // THEN\n      coerce(obj, ['a', 'b', 'c'], 'number');\n\n      // EXPECT\n      expect(obj).toMatchObject({ a: { b: { c: undefined } } });\n    });\n\n    test('null', () => {\n      // GIVEN\n      const obj = { a: { b: { c: null } } };\n\n      // THEN\n      coerce(obj, ['a', 'b', 'c'], 'number');\n\n      // EXPECT\n      expect(obj).toMatchObject({ a: { b: { c: null } } });\n    });\n\n    test('an path that does not exist in input', () => {\n      // GIVEN\n      const obj = { a: { b: { c: 'dummy-value' } } };\n\n      // THEN\n      coerce(obj, ['a', 'b', 'foobar'], 'number');\n\n      // EXPECT\n      expect(obj).toMatchObject({ a: { b: { c: 'dummy-value' } } });\n    });\n\n    test('a path that is not a leaf', () => {\n      // GIVEN\n      const obj = { a: { b: { c: '123' } } };\n\n      // THEN\n      coerce(obj, ['a', 'b'], 'number');\n\n      // EXPECT\n      expect(obj).toMatchObject({ a: { b: { c: '123' } } });\n    });\n\n    test('do not change anything for empty path', () => {\n      // GIVEN\n      const obj = { a: { b: { c: '123' } } };\n\n      // THEN\n      coerce(obj, [], 'number');\n\n      // EXPECT\n      expect(obj).toMatchObject({ a: { b: { c: '123' } } });\n    });\n  });\n\n  describe('given an api call description', () => {\n\n    test('can convert string parameters to number when needed', () => {\n      const params = coerceApiParameters('Amplify', 'listApps', {\n        maxResults: '15',\n      });\n\n      expect(params).toMatchObject({\n        maxResults: 15,\n      });\n    });\n\n    test('can convert string parameters to number in arrays', () => {\n      const params = coerceApiParameters('ECS', 'createService', {\n        loadBalancers: [{\n          containerPort: '8080',\n        }, {\n          containerPort: '9000',\n        }],\n      });\n\n      expect(params).toMatchObject({\n        loadBalancers: [{\n          containerPort: 8080,\n        }, {\n          containerPort: 9000,\n        }],\n      });\n    });\n\n    test('can convert string parameters to number in map & union', () => {\n      const params = coerceApiParameters('apigatewayv2', 'createApi', {\n        CorsConfiguration: {\n          MaxAge: '300',\n        },\n      });\n\n      expect(params).toMatchObject({\n        CorsConfiguration: {\n          MaxAge: 300,\n        },\n      });\n    });\n  });\n});\n\ndescribe('date', () => {\n  describe('should coerce', () => {\n    test('a nested value', () => {\n      // GIVEN\n      const obj = { a: { b: { c: new Date('2023-01-01').toJSON() } } };\n\n      // THEN\n      coerce(obj, ['a', 'b', 'c'], 'Date');\n\n      // EXPECT\n      expect(obj).toMatchObject({ a: { b: { c: new Date('2023-01-01') } } });\n    });\n\n    test('values nested in an array', () => {\n      // GIVEN\n      const obj = {\n        a: {\n          b: [\n            { z: new Date('2023-01-01').toJSON() },\n            { z: new Date('2023-01-02').toJSON() },\n            { z: new Date('2023-01-03').toJSON() },\n          ],\n        },\n      };\n\n      // THEN\n      coerce(obj, ['a', 'b', '*', 'z'], 'Date');\n\n      // EXPECT\n      expect(obj).toMatchObject({\n        a: {\n          b: [\n            { z: new Date('2023-01-01') },\n            { z: new Date('2023-01-02') },\n            { z: new Date('2023-01-03') },\n          ],\n        },\n      });\n    });\n\n    test('array elements', () => {\n      // GIVEN\n      const obj = {\n        a: {\n          b: [\n            new Date('2023-01-01').toJSON(),\n            new Date('2023-01-02').toJSON(),\n            new Date('2023-01-03').toJSON(),\n          ],\n        },\n      };\n\n      // THEN\n      coerce(obj, ['a', 'b', '*'], 'Date');\n\n      // EXPECT\n      expect(obj).toMatchObject({\n        a: {\n          b: [\n            new Date('2023-01-01'),\n            new Date('2023-01-02'),\n            new Date('2023-01-03'),\n          ],\n        },\n      });\n    });\n\n    test('values nested in multiple arrays', () => {\n      // GIVEN\n      const obj = {\n        a: {\n          b: [\n            {\n              z: [\n                { y: new Date('2023-01-01').toJSON() },\n                { y: new Date('2023-01-02').toJSON() },\n              ],\n            },\n            {\n              z: [\n                { y: new Date('2023-01-03').toJSON() },\n                { y: new Date('2023-01-04').toJSON() },\n              ],\n            },\n          ],\n        },\n      };\n\n      // THEN\n      coerce(obj, ['a', 'b', '*', 'z', '*', 'y'], 'Date');\n\n      // EXPECT\n      expect(obj).toMatchObject({\n        a: {\n          b: [\n            { z: [{ y: new Date('2023-01-01') }, { y: new Date('2023-01-02') }] },\n            { z: [{ y: new Date('2023-01-03') }, { y: new Date('2023-01-04') }] },\n          ],\n        },\n      });\n    });\n  });\n\n  describe('should NOT coerce', () => {\n    test('empty string', () => {\n      // GIVEN\n      const obj = { a: { b: { c: '' } } };\n\n      // THEN\n      coerce(obj, ['a', 'b', 'c'], 'Date');\n\n      // EXPECT\n      expect(obj).toMatchObject({ a: { b: { c: '' } } });\n    });\n\n    test('undefined', () => {\n      // GIVEN\n      const obj = { a: { b: { c: undefined } } };\n\n      // THEN\n      coerce(obj, ['a', 'b', 'c'], 'Date');\n\n      // EXPECT\n      expect(obj).toMatchObject({ a: { b: { c: undefined } } });\n    });\n\n    test('null', () => {\n      // GIVEN\n      const obj = { a: { b: { c: null } } };\n\n      // THEN\n      coerce(obj, ['a', 'b', 'c'], 'Date');\n\n      // EXPECT\n      expect(obj).toMatchObject({ a: { b: { c: null } } });\n    });\n\n    test('an path that does not exist in input', () => {\n      // GIVEN\n      const obj = { a: { b: { c: new Date('2023-01-01').toJSON() } } };\n\n      // THEN\n      coerce(obj, ['a', 'b', 'foobar'], 'Date');\n\n      // EXPECT\n      expect(obj).toMatchObject({ a: { b: { c: new Date('2023-01-01').toJSON() } } });\n    });\n\n    test('a path that is not a leaf', () => {\n      // GIVEN\n      const obj = { a: { b: { c: new Date('2023-01-01').toJSON() } } };\n\n      // THEN\n      coerce(obj, ['a', 'b'], 'Date');\n\n      // EXPECT\n      expect(obj).toMatchObject({ a: { b: { c: new Date('2023-01-01').toJSON() } } });\n    });\n\n    test('do not change anything for empty path', () => {\n      // GIVEN\n      const obj = { a: { b: { c: new Date('2023-01-01').toJSON() } } };\n\n      // THEN\n      coerce(obj, [], 'Date');\n\n      // EXPECT\n      expect(obj).toMatchObject({ a: { b: { c: new Date('2023-01-01').toJSON() } } });\n    });\n  });\n\n  describe('given an api call description', () => {\n    test('can convert string parameters to Date when needed', () => {\n      const params = coerceApiParameters('CloudWatch', 'getMetricData', {\n        MetricDataQueries: [],\n        StartTime: new Date('2023-01-01').toJSON(),\n        EndTime: new Date('2023-01-02').toJSON(),\n      });\n\n      expect(params).toMatchObject({\n        MetricDataQueries: [],\n        StartTime: new Date('2023-01-01'),\n        EndTime: new Date('2023-01-02'),\n      });\n    });\n  });\n});\n\n/**\n * A function to convert code testing the old API into code testing the new API\n *\n * Having this function saves manually updating 25 call sites.\n */\nfunction coerce(value: unknown, path: string[], type: 'Uint8Array' | 'number' | 'Date') {\n  const sm: TypeCoercionStateMachine = [{}];\n  let current = sm[0];\n  for (const p of path.slice(0, -1)) {\n    current[p] = sm.length;\n    sm.push({});\n    current = sm[sm.length - 1];\n  }\n  switch (type) {\n    case 'Uint8Array':\n      current[path[path.length - 1]] = 'b';\n      break;\n    case 'number':\n      current[path[path.length - 1]] = 'n';\n      break;\n    case 'Date':\n      current[path[path.length - 1]] = 'd';\n      break;\n    default:\n      throw new Error(`Unexpected type: ${type}`);\n  }\n  return new Coercer(sm).testCoerce(value);\n}"]}
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diff --git a/packages/@aws-cdk/sdk-v2-to-v3-adapter/test/flatten.test.d.ts b/packages/@aws-cdk/sdk-v2-to-v3-adapter/test/flatten.test.d.ts
new file mode 100644
index 0000000000000..cb0ff5c3b541f
--- /dev/null
+++ b/packages/@aws-cdk/sdk-v2-to-v3-adapter/test/flatten.test.d.ts
@@ -0,0 +1 @@
+export {};
diff --git a/packages/@aws-cdk/sdk-v2-to-v3-adapter/test/flatten.test.js b/packages/@aws-cdk/sdk-v2-to-v3-adapter/test/flatten.test.js
new file mode 100644
index 0000000000000..5cb4186e515f2
--- /dev/null
+++ b/packages/@aws-cdk/sdk-v2-to-v3-adapter/test/flatten.test.js
@@ -0,0 +1,20 @@
+"use strict";
+Object.defineProperty(exports, "__esModule", { value: true });
+const api_call_1 = require("../lib/api-call");
+test('flatten correctly flattens a nested object', () => {
+    expect((0, api_call_1.flatten)({
+        a: { b: 'c' },
+        d: [
+            { e: 'f' },
+            { g: 'h', i: 1, j: null, k: { l: false } },
+        ],
+    })).toEqual({
+        'a.b': 'c',
+        'd.0.e': 'f',
+        'd.1.g': 'h',
+        'd.1.i': 1,
+        'd.1.j': null,
+        'd.1.k.l': false,
+    });
+});
+//# sourceMappingURL=data:application/json;base64,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
\ No newline at end of file