InfluxDBService.java

package org.influxdb.impl;

import org.influxdb.dto.QueryResult;

import okhttp3.RequestBody;
import okhttp3.ResponseBody;
import retrofit2.Call;
import retrofit2.http.Body;
import retrofit2.http.GET;
import retrofit2.http.POST;
import retrofit2.http.Query;
import retrofit2.http.Streaming;

interface InfluxDBService {

  public static final String U = "u";
  public static final String P = "p";
  public static final String Q = "q";
  public static final String DB = "db";
  public static final String RP = "rp";
  public static final String PARAMS = "params";
  public static final String PRECISION = "precision";
  public static final String CONSISTENCY = "consistency";
  public static final String EPOCH = "epoch";
  public static final String CHUNK_SIZE = "chunk_size";

  @GET("ping")
  public Call<ResponseBody> ping();

   /**
   * @param username u: optional The username for authentication
   * @param password p: optional The password for authentication
   * @param database db: required The database to write points
   * @param retentionPolicy rp: optional The retention policy to write points.
   *                            If not specified, the autogen retention
   * @param precision optional The precision of the time stamps (n, u, ms, s, m, h).
   *                           If not specified, n
   * @param consistency optional The write consistency level required for the write to succeed.
   *                             Can be one of one, any, all, quorum. Defaults to all.
   */
  @POST("write")
  public Call<ResponseBody> writePoints(@Query(U) String username,
      @Query(P) String password, @Query(DB) String database,
      @Query(RP) String retentionPolicy, @Query(PRECISION) String precision,
      @Query(CONSISTENCY) String consistency, @Body RequestBody batchPoints);

  @GET("query")
  public Call<QueryResult> query(@Query(U) String username, @Query(P) String password, @Query(DB) String db,
      @Query(EPOCH) String epoch, @Query(value = Q, encoded = true) String query);

  @POST("query")
  public Call<QueryResult> query(@Query(U) String username, @Query(P) String password, @Query(DB) String db,
          @Query(EPOCH) String epoch, @Query(value = Q, encoded = true) String query,
          @Query(value = PARAMS, encoded = true) String params);

  @GET("query")
  public Call<QueryResult> query(@Query(U) String username, @Query(P) String password, @Query(DB) String db,
      @Query(value = Q, encoded = true) String query);

  @POST("query")
  public Call<QueryResult> postQuery(@Query(U) String username, @Query(P) String password, @Query(DB) String db,
      @Query(value = Q, encoded = true) String query);

  @POST("query")
  public Call<QueryResult> postQuery(@Query(U) String username, @Query(P) String password, @Query(DB) String db,
          @Query(value = Q, encoded = true) String query, @Query(value = PARAMS, encoded = true) String params);

  @GET("query")
  public Call<QueryResult> query(@Query(U) String username, @Query(P) String password,
      @Query(value = Q, encoded = true) String query);

  @POST("query")
  public Call<QueryResult> postQuery(@Query(U) String username,
      @Query(P) String password, @Query(value = Q, encoded = true) String query);

  @Streaming
  @GET("query?chunked=true")
  public Call<ResponseBody> query(@Query(U) String username,
      @Query(P) String password, @Query(DB) String db, @Query(value = Q, encoded = true) String query,
      @Query(CHUNK_SIZE) int chunkSize);

  @Streaming
  @POST("query?chunked=true")
  public Call<ResponseBody> query(@Query(U) String username,
          @Query(P) String password, @Query(DB) String db, @Query(value = Q, encoded = true) String query,
          @Query(CHUNK_SIZE) int chunkSize, @Query(value = PARAMS, encoded = true) String params);
}