Calling EVE OpenAPI with Java

If you are into Java and want a quick example of a way you can read data from the EVE OpenAPI, here is an example I wrote using Jersey 2.26.

import java.util.List;

import javax.ws.rs.client.Client;
import javax.ws.rs.client.ClientBuilder;
import javax.ws.rs.core.GenericType;
import javax.ws.rs.core.MediaType;
import javax.ws.rs.ext.ContextResolver;

import org.glassfish.jersey.moxy.json.MoxyJsonConfig;

/**
 * Example of calling the EVE OpenAPI using Jersey 2.26.  Specific Jersey components needed
 * include jersey-client 2.26, jersey-hk2 2.26, and jersey-media-moxy 2.26.
 */
public class EveOpenAPIExample {

 // variable names need to match names from the EVE OpenAPI
 private static class Region {
  private String region_id;
  private String name;
  private List<String> constellations;
  private String description;
  public String getRegion_id() {
   return region_id;
  }
  public void setRegion_id(String region_id) {
   this.region_id = region_id;
  }
  public String getName() {
   return name;
  }
  public void setName(String name) {
   this.name = name;
  }
  public List<String> getConstellations() {
   return constellations;
  }
  public void setConstellations(List<String> constellations) {
   this.constellations = constellations;
  }
  public String getDescription() {
   return description;
  }
  public void setDescription(String description) {
   this.description = description;
  }
 }
 
 public static void main(String[] args) {

  // setup the service information we will need for the example
  final String target = "https://esi.tech.ccp.is/latest/";
  final String path = "universe/regions/{regionid}/";
  final String regionId = "10000002";
  final String dataSource = "tranquility";
  
  // create the client configured to use MOXy for JSON binding
  final MoxyJsonConfig moxyJsonConfig = new MoxyJsonConfig();
  final ContextResolver jsonConfigResolver = moxyJsonConfig.resolver();
  Client client = ClientBuilder.newBuilder()
   .register(jsonConfigResolver).build();
  
  // execute example call on EVE OpenAPI to read information on a region
  Region region = client.target(target)
   .path(path)
   .resolveTemplate("regionid", regionId)
   .queryParam("datasource", dataSource)
   .request(MediaType.APPLICATION_JSON_TYPE)
   .get(new GenericType<Region>(){}); 
  
  // utilize the data
  System.out.println("Read information for region " + region.getName());
  
  System.exit(0);
 }
}

Planetary Interaction Tables

If you haven't tried it, Planetary Interaction is a great way to supplement your income, produce supplies you may need, and add some variety to your Eve experience. The key thing you need to know is what supplies can be created and what the "recipes" are for each. There are some great pages made by others that provide this information, but in my effort to host more of this information myself as well, I've provided some recipe tables here.

To find planets you are interested in close to the area you want to operate in, try using the Dotlan Planet Range tool.

1st Level Refined	Raw Resource	Barren	Gas	Ice	Lava	Oceanic	Plasma	Storm	Temp.
Bacteria	Micro Organisms	X		X		X			X
Biofuels	Carbon Compounds	X				X			X
Biomass	Planktic Colonies			X		X
Chiral Structures	Non-CS Crystals				X		X
Electrolytes	Ionic Solutions		X					X
Industrial Fibers	Autotrophs								X
Oxidizing Compound	Reactive Gas		X
Oxygen	Noble Gas		X	X				X
Plasmoids	Suspended Plasma				X		X	X
Precious Metals	Noble Metals	X					X
Proteins	Complex Organisms					X			X
Reactive Metals	Base Metals	X	X		X		X	X
Silicon	Felsic Magma				X
Toxic Metals	Heavy Metals			X	X		X
Water	Aqueous Liquids	X	X	X		X		X	X

2nd Level Refined	1st Level Refined		1st Level Refined
Biocells	Biofuels	+	Precious Metals
Construction Blocks	Reactive Metals	+	Toxic Metals
Consumer Electronics	Toxic Metals	+	Chiral Structures
Coolant	Water	+	Electrolytes
Enriched Uranium	Toxic Metals	+	Precious Metals
Fertilizer	Proteins	+	Bacteria
Gen Enhanced Livestock	Proteins	+	Biomass
Livestock	Biofuels	+	Proteins
Mechanical Parts	Reactive Metals	+	Precious Metals
Microfiber Shielding	Industrial Fibers	+	Silicon
Miniature Electronics	Silicon	+	Chiral Structures
Nanites	Reactive Metals	+	Bacteria
Oxides	Oxygen	+	Oxidizing Compound
Polyaramids	Industrial Fibers	+	Oxidizing Compound
Polytextiles	Industrial Fibers	+	Biofuels
Rocket Fuel	Electrolytes	+	Plasmoids
Silicate Glass	Silicon	+	Oxidizing Compound
Superconductors	Water	+	Plasmoids
Supertensile Plastics	Oxygen	+	Biomass
Synthetic Oil	Electrolytes	+	Oxygen
Test Cultures	Water	+	Bacteria
Transmitter	Chiral Structures	+	Plasmoids
Viral Agent	Bacteria	+	Biomass
Water-Cooled CPU	Water	+	Reactive Metals

3rd Level Refined	2nd Level Refined		2nd Level Refined		2nd Level Refined
Biotech Research Reports	Construction Blocks	+	Livestock	+	Nanites
Camera Drones	Rocket Fuel	+	Silicate Glass
Condensates	Coolant	+	Oxides
Cryoprotectant Solution	Fertilizer	+	Synthetic Oil	+	Test Cultures
Data Chips	Microfiber Shielding	+	Supertensile Plastics
Gel-Matrix Biopaste	Biocells	+	Oxides	+	Superconductors
Guidance Systems	Transmitter	+	Water-Cooled CPU
Hazmat Detection Systems	Polytextiles	+	Transmitter	+	Viral Agent
Hermetic Membranes	Gen. Enhanced Livestock	+	Polyaramids
High-Tech Transmitters	Polyaramids	+	Transmitter
Industrial Explosives	Fertilizer	+	Polytextiles
Neocoms	Biocells	+	Silicate Glass
Nuclear Reactors	Enriched Uranium	+	Microfiber Shielding
Planetary Vehicles	Mechanical Parts	+	Miniature Electronics	+	Supertensile Plastics
Robotics	Consumer Electronics	+	Mechanical Parts
Smarfab Units	Construction Blocks	+	Miniature Electronics	+
Supercomputers	Consumer Electronics	+	Coolant	+	Water-Cooled CPU
Synthetic Synapses	Supertensile Plastics	+	Test Cultures
Transcranial Microcontrollers	Biocells	+	Nanites
Ukomi Super Conductors	Superconductors	+	Synthetic Oil
Vaccines	Livestock	+	Viral Agent

4th Level Refined	3rd Level Refined		3rd Level Refined		Misc. Refined (Level)
Broadcast Node	Data Chips	+	High-Tech Transmitters	+	Neocoms (3rd)
Integrity Response Drones	Gel-Matrix Biopaste	+	Hazmat Detection Systems	+	Planetary Vehicles (3rd)
Nano-Factory	Industrial Explosives	+	Ukomi Super Conductors	+	Reactive Metals (1st)
Organic Mortar Applicators	Condensates	+	Robotics	+	Bacteria (1st)
Recursive Computing Module	Guidance Systems	+	Synthetic Synapses	+	Transcranial Microcontrollers (3rd)
Self-Harmonizing Power Core	Camera Drones	+	Hermetic Membranes	+	Nuclear Reactors (3rd)
Sterile Conduits	Smartfab Units	+	Vaccines	+	Water (1st)
Wetware Mainframe	Biotech Research Reports	+	Cryoprotectant Solution	+	Supercomputers (3rd)