examples/aqua-examples/ceramic-demo/compiled-aqua/ceramic_demo.ts

/**
 *
 * This file is auto-generated. Do not edit manually: changes may be erased.
 * Generated by Aqua compiler: https://github.com/fluencelabs/aqua/. 
 * If you find any bugs, please write an issue on GitHub: https://github.com/fluencelabs/aqua/issues
 * Aqua version: 0.3.0-226
 *
 */
import { Fluence, FluencePeer } from '@fluencelabs/fluence';
import {
    ResultCodes,
    RequestFlow,
    RequestFlowBuilder,
    CallParams,
} from '@fluencelabs/fluence/dist/internal/compilerSupport/v1';


// Services

 export interface CeramicAdapterDef {
     ceramic_request: (args: string[], callParams: CallParams<'args'>) => {ret_code:number;stderr:string;stdout:string};
create_schema: (schema: string, callParams: CallParams<'schema'>) => {ret_code:number;stderr:string;stdout:string};
create_stream: (payload: string, callParams: CallParams<'payload'>) => {ret_code:number;stderr:string;stdout:string};
show: (stream_id: string, callParams: CallParams<'stream_id'>) => {ret_code:number;stderr:string;stdout:string};
state: (stream_id: string, callParams: CallParams<'stream_id'>) => {ret_code:number;stderr:string;stdout:string};
update: (stream_id: string, payload: string, callParams: CallParams<'stream_id' | 'payload'>) => {ret_code:number;stderr:string;stdout:string};
 }

 export function registerCeramicAdapter(service: CeramicAdapterDef): void;
export function registerCeramicAdapter(serviceId: string, service: CeramicAdapterDef): void;
export function registerCeramicAdapter(peer: FluencePeer, service: CeramicAdapterDef): void;
export function registerCeramicAdapter(peer: FluencePeer, serviceId: string, service: CeramicAdapterDef): void;
 export function registerCeramicAdapter(...args: any) {
    let peer: FluencePeer;
    let serviceId: any;
    let service: any;
    if (FluencePeer.isInstance(args[0])) {
        peer = args[0];
    } else {
        peer = Fluence.getPeer();
    }

    if (typeof args[0] === 'string') {
        serviceId = args[0];
    } else if (typeof args[1] === 'string') {
        serviceId = args[1];
    }  
 else {
     serviceId = "service-id"
}

    // Figuring out which overload is the service.
    // If the first argument is not Fluence Peer and it is an object, then it can only be the service def
    // If the first argument is peer, we are checking further. The second argument might either be
    // an object, that it must be the service object
    // or a string, which is the service id. In that case the service is the third argument
    if (!(FluencePeer.isInstance(args[0])) && typeof args[0] === 'object') {
        service = args[0];
    } else if (typeof args[1] === 'object') {
        service = args[1];
    } else {
        service = args[2];
    }

      peer.internals.callServiceHandler.use((req, resp, next) => {
          if (req.serviceId !== serviceId) {
              next();
              return;
          }
  
          
 if (req.fnName === 'ceramic_request') {
     
 const callParams = {
     ...req.particleContext,
     tetraplets: {
         args: req.tetraplets[0]
     },
 };
 resp.retCode = ResultCodes.success;
 resp.result = service.ceramic_request(req.args[0], callParams)

 }
    


 if (req.fnName === 'create_schema') {
     
 const callParams = {
     ...req.particleContext,
     tetraplets: {
         schema: req.tetraplets[0]
     },
 };
 resp.retCode = ResultCodes.success;
 resp.result = service.create_schema(req.args[0], callParams)

 }
    


 if (req.fnName === 'create_stream') {
     
 const callParams = {
     ...req.particleContext,
     tetraplets: {
         payload: req.tetraplets[0]
     },
 };
 resp.retCode = ResultCodes.success;
 resp.result = service.create_stream(req.args[0], callParams)

 }
    


 if (req.fnName === 'show') {
     
 const callParams = {
     ...req.particleContext,
     tetraplets: {
         stream_id: req.tetraplets[0]
     },
 };
 resp.retCode = ResultCodes.success;
 resp.result = service.show(req.args[0], callParams)

 }
    


 if (req.fnName === 'state') {
     
 const callParams = {
     ...req.particleContext,
     tetraplets: {
         stream_id: req.tetraplets[0]
     },
 };
 resp.retCode = ResultCodes.success;
 resp.result = service.state(req.args[0], callParams)

 }
    


 if (req.fnName === 'update') {
     
 const callParams = {
     ...req.particleContext,
     tetraplets: {
         stream_id: req.tetraplets[0],payload: req.tetraplets[1]
     },
 };
 resp.retCode = ResultCodes.success;
 resp.result = service.update(req.args[0], req.args[1], callParams)

 }
    
  
          next();
      });
 }
      

// Functions

 export function roundtrip(payload: string, payload_two: string, node: string, service_id: string, config?: {ttl?: number}) : Promise<[string, string]>;
 export function roundtrip(peer: FluencePeer, payload: string, payload_two: string, node: string, service_id: string, config?: {ttl?: number}) : Promise<[string, string]>;
 export function roundtrip(...args: any) {
     let peer: FluencePeer;
     let payload: any;
let payload_two: any;
let node: any;
let service_id: any;
     let config: any;
     if (FluencePeer.isInstance(args[0])) {
         peer = args[0];
         payload = args[1];
payload_two = args[2];
node = args[3];
service_id = args[4];
config = args[5];
     } else {
         peer = Fluence.getPeer();
         payload = args[0];
payload_two = args[1];
node = args[2];
service_id = args[3];
config = args[4];
     }
    
     let request: RequestFlow;
     const promise = new Promise<[string, string]>((resolve, reject) => {
         const r = new RequestFlowBuilder()
                 .disableInjections()
                 .withRawScript(
                     `
     (xor
 (seq
  (seq
   (seq
    (seq
     (seq
      (seq
       (seq
        (seq
         (call %init_peer_id% ("getDataSrv" "-relay-") [] -relay-)
         (call %init_peer_id% ("getDataSrv" "payload") [] payload)
        )
        (call %init_peer_id% ("getDataSrv" "payload_two") [] payload_two)
       )
       (call %init_peer_id% ("getDataSrv" "node") [] node)
      )
      (call %init_peer_id% ("getDataSrv" "service_id") [] service_id)
     )
     (call -relay- ("op" "noop") [])
    )
    (xor
     (seq
      (seq
       (seq
        (call -relay- ("op" "noop") [])
        (call node (service_id "create_stream") [payload] create_res)
       )
       (call node (service_id "show") [create_res.$.stdout!] show_res)
      )
      (call node (service_id "update") [create_res.$.stdout! payload_two] update_res)
     )
     (seq
      (call -relay- ("op" "noop") [])
      (call %init_peer_id% ("errorHandlingSrv" "error") [%last_error% 1])
     )
    )
   )
   (call -relay- ("op" "noop") [])
  )
  (xor
   (call %init_peer_id% ("callbackSrv" "response") [create_res.$.stdout! update_res.$.stdout!])
   (call %init_peer_id% ("errorHandlingSrv" "error") [%last_error% 2])
  )
 )
 (call %init_peer_id% ("errorHandlingSrv" "error") [%last_error% 3])
)

                 `,
                 )
                 .configHandler((h) => {
                     h.on('getDataSrv', '-relay-', () => {
                    return peer.getStatus().relayPeerId;
                });
                h.on('getDataSrv', 'payload', () => {return payload;});
h.on('getDataSrv', 'payload_two', () => {return payload_two;});
h.on('getDataSrv', 'node', () => {return node;});
h.on('getDataSrv', 'service_id', () => {return service_id;});
                h.onEvent('callbackSrv', 'response', (args) => {
   let opt: any = args;

 return resolve(opt);
});

                h.onEvent('errorHandlingSrv', 'error', (args) => {
                    const [err] = args;
                    reject(err);
                });
            })
            .handleScriptError(reject)
            .handleTimeout(() => {
                reject('Request timed out for roundtrip');
            })
        if(config && config.ttl) {
            r.withTTL(config.ttl)
        }
        request = r.build();
    });
    peer.internals.initiateFlow(request!);
    return promise;
}