Using the Land Auto-Parcelization API

Updated 24 September 2021


Public API Key

ADSS=23232AD=ASDIO293-MLK23290-23AD.235DS554S5_4409IODSO

AGCs

These endpoints for uploading AGC GeoJSON data to the server for auto-parcelization will soon be deprecated. We have retained them for now to allow ease of testing with simple GeoJSON payloads.

Sending AGC data to the Database (using the Fetch API) - Mtd. 1Updated

The snippet below shows how to persist AGC GeoJSON data to the database using a Fetch API POST request.

// The API url
const URL = "https://geoclusters.herokuapp.com/api/v2/geo-clusters/geo-cluster/";

// SEE SAMPLE AGC DATA BELOW
const agcJSONData = {"type":"Feature","properties":{"agc_id":"NIRSALAGCAD0001","extended_name":"Nasarawa Maize Growers AGC","location":"Gora, Nasarawa State","agc_president":"farmer_id","governance_structure":{"president":"farmer_id","vice_president":"farmer_id","secretary":"farmer_id"},"agc_details":{"primary_crop":"maize","has_irrigation":true,"has_power":false,"is_flood_prone":false,"has_processing":true,"has_road_access":true},"farmers":[{"farmer_id":"NIRSALAGCAD0001-001","first_name":"Mohammed","last_name":"Sadiq","allocation":2.3},{"farmer_id":"NIRSALAGCAD0001-002","first_name":"Emmanuel","last_name":"James","allocation":2.7}]},"geometry":{"type":"Polygon","coordinates":[[[7.47565314173,10.6277613686],[7.47883088886,10.629113406],[7.48022530227,10.6286972177],[7.48148929327,10.62825697355],[7.48148929327,10.62684100435],[7.48127471655,10.62500916477],[7.48115234076,10.62320202895],[7.48116441071,10.62199067517],[7.479043453931,10.6220631719],[7.47703313827,10.62150000302],[7.4767635762,10.624850332335],[7.47565314173,10.6277613686]]]}}

// Set up the API call function
async function sendAgcData() {
   try {
      await fetch(URL, {
         method: "POST",
         headers: {
            'Accept': 'application/json, text/plain, */*',
            'Content-Type': 'application/json'
         },
         // credentials: [ YOUR_API_KEY ], // *** IMPLEMENTATION DISABLED FOR HANDSHAKE   
         body: JSON.stringify(agcJSONData)
      });
   }
   catch(error) {
      console.log(error.message);
   };
};

// Execute the API call
sendAgcData()
   .then(function(apiResponse) {
         // Do whatever with the API response
         return apiResponse.json();
      }
   ).then(function(data) {
      console.log(data)
   });

Sending AGC data to the Database (using an XML HTTP Request) - Mtd. 2Updated

The snippet below shows an alternate method to persist AGC GeoJSON data to the database using an XMLHttpRequest().

function sendAgcData() {

   // SEE SAMPLE AGC DATA BELOW
   const agcJSONData = { ... };

   const http = new XMLHttpRequest()

   http.open('POST', 'https://geoclusters.herokuapp.com/api/v2/geo-clusters/geo-cluster/')
   http.setRequestHeader('Content-type', 'application/json')
   http.send(agcJSONData) // Make sure to stringify

   http.onload = function() {
      // Do whatever with the API response
      console.log(http.responseText)
   };
};

Sample AGC GeoJSON Payload Structure

Each AGC payload is a GeoJSON FeatureCollection, that contains just ONE Feature.

The database insertion will fail if the agc_id, extended_name, location, and/or farmers array fields are missing from the properties object of the GeoJSON payload.

The following fields must be unique _id, agc_id, extended_name, coordinates, farmers.farmer._id

Insertion will fail if the sum of the total number of hectares allocated to the farmers exceeds the delineated AGC land area. 

{
	{
		"type": "FeatureCollection",
		"properties": {
			"agc_id": "AGCABJ002B",
			"extended_name": "Kubwa Sugarcane AGC",
			"location": "Kubwa, FCT Abuja",
			"farmers": [
				{
					"farmer_id": "AGCABJ002B-01",
					 "farmer_bvn": 22218XXXXXX,
					"first_name": "Taofeek",
					"last_name": "Usman",
					"farmer_photo": "", // Base64 buffer
					"farmer_photo_url": "https://...",
					"allocation": 3.9,
				},
				{
					"farmer_id": "AGCABJ002B-02",
					 "farmer_bvn": 22218XXXXXX,
					"first_name": "Samuel",
					"last_name": "Zogonda",
					"farmer_photo": "", // Base64 buffer
					"farmer_photo_url": "https://...",
					"allocation": 3
				},
				{
					"farmer_id": "AGCABJ002B-03",
					 "farmer_bvn": 22218XXXXXX,
					"first_name": "Ilyasu",
					"last_name": "Umar",
					"farmer_photo": "", // Base64 buffer
					"farmer_photo_url": "https://...",
					"allocation": 2.3
				}
			]
		},
		"features": [
			{
				"type": "Feature",
				"properties": {
					"shape": "Rectangle",
					"name": "AGC Feature",
					"category": "default"
				},
				"geometry": {
					"type": "Polygon",
					"coordinates": [
						[
							[-74.009534, 40.715192],
							[-74.007089, 40.715192],
							[-74.007089, 40.716753],
							[-74.009534, 40.716753],
							[-74.009534, 40.715192]
						]
					]
				},
				"id": "1dc64de0-3678-4c07-acfd-9388beeb0080"
			}
		]
	}

}

Parcelized AGCs


Retreive A Single Parcelized AGC

The code snippet below shows how to retreive data for a single parcelized AGC from the database using asynchronous GET request. It is implemented in ES6/ES2017 JavaScript.

By passing the agcID as an argument, it returns a single parcelized AGC from the database in a promise. 

// Set up the API call function
async function getParcelizedAgc(agcID) {
	try {
		const apiResponse = await fetch(`https://geoclusters.herokuapp.com/api/v1/parcelized-agcs/parcelized-agc/?${agcID}`);
		const data = await apiResponse.json();
		return data;
	} catch (error) {
		console.error(error.message);
	};
};

// Execute the API call
getParcelizedAgc('AGCABI000010')
	.then(function(data) {
		console.log(JSON.stringify(data));
		}
	);

Retreive All the Parcelzied AGCs


// Set up the API call function
async function getAllParcelizedAgcs() {
	try {
		const apiResponse = await fetch(`https://geoclusters.herokuapp.com/api/v1/parcelized-agcs/`);
		const data = await apiResponse.json();
		return data;
	} catch (error) {
		console.error(error.message);
	};
};

// Execute the API call
getAllParcelizedAgcs()
	.then(function(data) {
		console.log(JSON.stringify(data));
		}
	);

Render the Parcelized Plots Preview Map

Each parcelized AGC GeoJSON payload retreived from the /parcelized-agcsendpoint contains a unique string hash, which is required to construct URL, that in turn displays a preview map showing the parcelized plots to the user.

Get that unique string by reading the properties.preview_map_url_hash field of the GeoJSON payload. Here's a sample JSON snippet from an API call to the parcelized AGCs endpoint-

{
	"status": "success",
	"data": {
		"parcelizedAgcData": {
			"properties": {
				"agc_id": "AGCABI000010",
				"agc_extended_name": "Agc Nosa 7",
				"agc_location": "ABA,Aba South,Abia",
				"num_farmers": 10,
				"agc_area": 50.6404559187225,
				"total_allocation": 45,
				"unused_land_area": 4.417271065696374,
				"preview_map_url_hash": "XAWXEACGEBVLGDRACUGOZYBSZTCKHMMDHOYVAPRWKXRNJVWXHXZH..."
			},
			"type": "FeatureCollection",
			"_id": "5fce88c3071dac0c0c924f7d",
			"features": [ ... ]
		}
	}
}

For security, the url hash string might change periodically. Therefore, before presenting the preview map link to the user, ALWAYS query the API to obtain the most recent hash string. Do not save the string in a variable and expect it to work at a later date.

Construct the preview map url using the hash string like so-

// `https://geoclusters.herokuapp.com/parcelized-agc/?${preview_map_url_hash}`

https://geoclusters.herokuapp.com/parcelized-agc/?XAWXEACGEBVLGDRACUGOZYBSZTCKHMMDHOYVAPRWKXRNJVWXHXZHUMXTYTILBBMY

Note that for all the previously parcelized test AGCs, the preview map URLs that included the AGC IDs have now all been deprecated, and will therefore no longer work.


Geo-files


Geo-file Upload Workflow

Follow these 3 steps to upload & auto sub-divide a geo-file belonging to an AGC

  1. _1 POST the AGC farmer details JSON to the database.
  2. _2 Separately upload a geo-file; its filename must exactly match the agc_id in the JSON payload from Step 1.
  3. _3 Wait for a parcelization response.

Upload AGC Farmer Details JSON

Send a POST request containing the AGC details JSON (see example below) to this endpoint-

https://geoclusters.herokuapp.com/api/v2/geo-clusters/geo-cluster/details/

AGC Farmer Details JSON Example

{
   "properties": {
      "agc_id": "AGC_0001A",
      "extended_name": "GEOFILE_TEST_CLUSTER_DETAILS",
      "farmers": [
         {
            "photo_base64": [
               "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"
            ],
            "last_name": "Angulu",
            "first_name": "Emma",
            "farmer_id": "GEOFILE_TEST_001_583",
             "farmer_bvn": 22218XXXXXX,
            "allocation": 6,
            "photo_url": ""
         },
         {
            "photo_base64": [
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xkAUmwk4pMpEiSkdKkW4bzPaoljO7PbNT+WD0Bz61BZIs24HJpd3OB0JqIJtznmnRvz0pWsUjZ0+084A4wPWtmSJVgCqQPWsGC+8hAFOP61fhvPPGTxSuDVind2shbh8g+tURDIH61tSqrZJzUCrHv4+6BQK5nC2mXkHmgC4jySrY7mtJ1x9z1703D5xjimkJsS1ujgK5I9zWokpKgcEeorPjXPGOpqyu1F2g8ZqiWzRjl4B5BqwlwxYc8VnxN3HU1Yj96ZLLTtv5pyqNvTJqJSSQOmasRk4I9KaZLO6+H75sryLP3Zg2PTK4/pXZjI4rjPh/xBqB4++g/Q12wIIzWhmSq2UqM4IpYnGCKQsM4FMBQBikC5FCntUmAKAMRs9c1UnfINStN1xVSV/ekMz7hgCTk4qszgHNTTkBjVNzSbKSIpW5JqhKwzVxjwaozD5qkpELHdXE37f8TS7HbzDjiu0OOc1xmpDGr3IHTIP5gU0TIzLjnNU8Y59auTHk1VIye+KYiFjzTMjoakbhqTZhs44NIpagoGealGzjnNKEHFOKKuBtyahs0SIm2A4qM4A96e6qDgUNEcAj8qhstIZGecda0okTycnA5xWfGhD9KmeQplecGlzDsPlTJO2iFFIO7tSQSZYZ6VpCBWXkde4obBKxlSHDgZq7ZN0FU3Q+c5P8PFW7M5XnrQDdy5cXCqMCqCTMZMKc5NOvmwAuME96dYxLv3EdOlMVjRRSoG484pwKnHP0qOY/JkVBB5zY7LnrSuFjQjjXbwM0SEAZwBTIoznDOSKjmjRAcDrTTE0Wo24Xnk1bQ571kRsBjjn3rQgY+lVuQ1Y00GR64qbOF4FV4cHFXAoC8c5qjM7TwEFa0vSD83mLn8jXYbWA4Ncr4DiK6bcyY+V58D8FH+NdZ1PFaLYgYrMrZNSdyfWmuNrg+tSDBAyKYCIdtTggiotgKntSqhxw1MRz0rDbwMVQlerMzYNUJT83FQWiKZgRVOTGKmeQcg9aqO/NIpEUxwK4zXfE0tpMYrdEyp5ZhmurvZPLt5JM/dUn8q8ZuL2Se6Z5GyGOaIq4nodhYeMI5X8u9RY/9ten41Wv5I5dVmaJwyFFOVOR0/8ArVx8vXNaWiF3aYE5AFVYm5blB6881Xk+SLdnk1aufvhR2rPunP3aBkRmwamW6VkAIGe3NUCCegwKTYy/MCDSsO5o+aAMgj6Uzz9z5zVAyMO/NN8w8c1PKUpmg8oJ6/jTzLuA5rM3tT1kaocTSMzTiYhs9qLjmTPaqqSNipt+5c96ztqaXJYMeZ/Kti1kDEAv0FYcbY5qyLjYuF6nvSGLPzLJg5+Y1JbjaQDUSncu7vSB8MPSi9gsS3qbTG2KW1nUMAelF0d9uDknFZiTMr0LUTOj+1RMucj3pq3SLwDxXPSXDg8Gmi7cYBNXykc1jrYrhPaklIbnOK5qO+YDaG6VOb1yACadiWzbSLcRyKvRxMvPOPSubhu5MjGRnrWpZ3lwsq7xlTVWJvc3oCVIFXY2yKpwsHXcuKsxdiKZNj0TQbyx0LwpBc6hdw20Uru4aVwucnGB68AVqaX4h0rV3ZbC+hnI6hG5/KvnTV5ry91mdJZndY3aNATkKoOAB6Vs+HbyPR9Z08B2N28qAKo6AkDB+vpWiZFj6HmAKg0xXwRk9KVmAO09uKayBlyKoRYHzDg05eBiq8LbTtJqfI9aBHJT8/hVFzlqtyHk1SnBBz2qGWVbnKsSOaqM2TV1zuU5qlIvUikUUNSUyWM6g8mNsfXFeKSArIQeo617hPnB4ryHxDYNYatOh5Vm3qfUHn/634U4ikZ6nepXv2rW0JABO2PQVkwcMW7Cui0pQtpKy9Gb+X/66okiuG/eHB6ms+dckk1Zc5kIOOtJcLhPwpDKaRE45wKmMQPQfjUXmqmMnFD3qAYA5+tSyku4xoctjFSCzUrjHNVmuxnI61LHeu2FQqCfU1NpFpxHtpzKm4YxUJhZM5FT/b5U5dCQPSpPtkcycqOe1Q7lJoqjANSB8jNMkADcdDT1UYoKuKvFSFsr3pmMKBSqrMwA71BRPGcLkGgjvmpks5DGGwRSGJlADVJSGeaWQrVR0+bIq3IAq5qm021uRVImQ0oTxUZt3JzmpTNxnpSfaEHGRWiuZOw6K3DEEnFXobRSDgkj3qtBcRMcP+YrVtZItnDqfQU0yWisIWB4UgZzjNalruZRuGKIlDnnB+laEMQXqoNFwsWbSQIAtaUDBwcdjWUB3AxV2xctu5p7knNanPHa3t0+Pm8xjj1OaPAscmo+P9K3/MWuQ5+i5b+S1ma87Nql0TwFlYAfjXcfBnSjP4hl1FlJSzhIVu29/lx/3zuq4iZ7l9RzSAkDpxT2xt96bu+UZqyCRVDdRS+Wopik54qTHrmmI42Q5qrKc5FWpB1qnKDmsmaIrZ5KmqsmVJz0qaXKtmomYMpzSKKbsTkVyPjDTDd2BuUTMkHJ9dveuukHYVSuEDo6MMqQQaL6jex4/GMK9dNboYNJUHglc/nWJJaeRqsto2eJCnp0NdFfhUg2DoBirZkc+8pD8dqjubpmTjr0p8ijJ5pgVQfWlcqxnO0jHJBqxb2JuMcn6VcKI4AIGKk8jySHhmCn0NJt9BpIxpYjG5U9QamhnEdpPCYkYybcOR8y4OePrUt0jySktjPcjvTYLcGQbsEe5xRfuLlJIbS5Fr5yAtH/AEqq+C2VGPat43FxFa+UnlABeg9Kx3gLNvJAOegqU23qVZJDULHAq2qPgdxTYwCgyORUjyBEABoaKiyzFblgT6UkbGO5UjHFMjnYxnBxUW87855rNmsWdHDOSgzjHpTZ2jEZIAyayEuGCAmnS3LSIBmpAScFxlcYrLuAQ3NbEbb4xkDiqtzGCudlXAmbMh2JOP0ofcmAVA71PJ5azAxowXuGp84WSMMOoHStUzF7ENpiW5SOSVYlY8uwyBxUkUkjsAgJY9AvWoUididqM30GcV02gabFArXV28accBmxiiUkkJJtmRDf3ELYDHI7Hg10Gna2HdUlABPc1X1KG31SaODToC8u45kVcZ9qnfwnPDEh8xjMB8wHaoi0y3dG87oYtwPBqbT3DNwRjFZEUMqxLE75C8ZHWtjToQgJUfjT2Fc47WoGk1+eCBGkcy42jks7Y4/EmvobwV4cTwxoFvYZDTk+bcuP4pD1x7AAAfSvPvBvh37Z45u9SlTdDZFZAW7ysoC/lhj+Ar12I8ZrWK0Ikydxg/WjAHagnjkU4kEfhTIBFzzUuBTIzjrUmRQI4aQ9cVUkzVlzg1WeszZFOfJqsSelW5faqjHBz2pFIr3A5BqsQGXnrVqfJU4qmD2NSM4nXtOMfiW2nAJSZgTj1HX+lM1HOT2rqNShSVEdwMxtuU+h6Vy+oNlTWi2M5KzMJsA0wk4qUgNTdnPWkOxGGZe+aUzuO1OKgH1+tRlQT0ApaMpEbyAkcGk87aOOtOMAI60CAAepFLQrUVZTjvyKbhuuOKmEahgecd6kZOMAZpcwuXuV95j/AIaj5Z9zGpnU96jx7UmxqJIjYQihetNFPHSobNUiQMelW7UCQhapdKngZg3C5pXG0WJUNu5K8pTZcSp8vWrSIZcqRzSeQ8Zwy4HqapSIcTDlR4zyDtoiYHjP51sTWgZNw5qi+nY5Ga0UkzNxZLbM0alNqMCOc1ZihRx88Knd0+Y1mC1lQ/KTVmFJc8tikxo6nTrhIlVBFGqA/cFXpbsyOXzz7VzltwqncTmrJmKDCk81NhM0lk3yscrgVpWGHyUOV9c8Vztsru5OM54xXS2SiONVxgr3HSr2IPSvCNokWhNMgw80zM/vgBR+grdhOUA7g1jeDCX0BgeizuB9MA/1raUbXrVbGbLa/MKAtIn1p4HNUIAKNue9SKtO20AefS5FQtyKtSAEVV2dayZqipL+lVW5zVyUHpVaQe1T6lFSQjpVWRcMatzDOQKqv70rjM/UM+Qa46/YhT0x3rs9RP8AorYHWuMvRkHHWrjsTLcyxz0pTkDNIO+OtKeoNDERkEnim52tg4zmpmBppQDp19KkpMjc7R0xSKjE5FTkZUFlIFC4xkVDZtFDdmO9P89YxnHQVDLMACo596qsWYDrQk2JvoTPKHbmgc1CqN1Iq1GhOOOtNgNMZwKUKScVdktStvvPX0qO3geSQKq5J7VmzSJGE4HerUEJLr2Oa0ItLYjnAP1qVLAI+BjioaZaaHpb7VBB+pxV4IktvyBnvUckB8ggEggdBWIt1NFMcMc5wc00Q1cuyxkH5MMM9BTGQPwyc47VFHcGKTOflY960jH5keRnPWrIMvy42OPenraKUzg5qQRFdxI75zSB2A54HrTExqRsvQ4+taNrCjLudckdM1TEpZduB+Iq/bzZQBlxj0ppEN9C3DEqNkAYrVgA2bR2rOjO/gDitGFhGvqOxpolno/gokaG+ehnbH5KK3WxvFZPhSPy/DNu2OXZ3/Nj/gK1iNzD1roRiTqQMVKHGagAxxT1GQfWmIsqflozUKNjIp+72oA4dqi25zUwwaNvzVkalKWPjOKqSJweK1HWq0iDBpMdzEmUg5qucGtK5iHNUmiINS0UZd+MW71xV2eW9q7nUEK20nGTg/nXBXbASMM1cSZbmYW2v71IpB69ajcfMTTAT60hothOQd1PJRBnAzVQSEdelI0mallJEskm8ccVGZNiHHemBgKcy5FRa7NHoiMAZBY9eanj8kDLc+gqrK2D9KgLs2cGrsZ3NOSWFmG1QKkSdRjsBzWC7Sg8k0+O5YcMTijkD2h0U96ksAUDn1p2nzLG+4jjFYqSAjIOatRSkdDis5I2izpodSjQksv405tTgJGAevWucEhY/eqKW7WLgkk+1Sk2U2kdQ9/Gy4D4zUUdjDO24OuD15rkGvpicqpqS31GXzOTir9m0jL2ibOvn0tooz02noapWV49rKYnGVJ6U6z1KWeHy2YkVFfQ8eYOPWpGaYxcIXVcc9KhCDaQcZ+lUrK+2Haxxk889a01KsSwHFUJkQjUKTgnpxU0URz3Bp+3OMVOhAGCcmqTIZYgXagBP4VaUnIBb5T1FUBJhhzmr1hAby7gt0ODK6oD6ZOKaWonsex6Ogg0azjPaFMj3xzV0LnkU1UAQIBwOKVCUfGeDW5gTAE0qgg5pAxHapFxnmmIQjByKdinFMrUYRj3oEcYq0Hg008c0tZmoPgj3qrJjmpHODgVXkcHOetAypcc1VIBFTzHHPaqrt3BpMoqalHm0fGMkd68zvG+c4PFeouVljKMcZ4zXmGpoUndcn5SRg0IUjOYg9ajbilIJ4PSo2PPrSaBMcGPrQTx0pgznJ/KnnBqWaIegLcYwKn2/KBTI+FPFKGOOaSQ7iPCjDBHWo/siAg5OKkYkioizKAec0ybof8AZo8fd/E1DJbpzhQDT/O7MT9KRnBJ700mJspqrq2NpqxEHz049aeoBIHerDJsAwfwpNjQ1ZEU46mp0WJjkqM1VSMsasBkTApco1KzLnlRyxgKiqfpVb+xHeXcCgHtUySqCOauJOMcVOqLumEFulsgG7JHU1Ozh1w2DmoAS7ZJxT1HzckY9KkFsZ9zD5MwODtPSrttJ8gO6lu4t8WRziqMUhU9elUhM6KKQMoPWpWA2+x71n2UwJ5PB/Sr4bgjGR3oW4hsbkEBh3rpPCqLJ4gs1Y4AYtz7AmubRtxHPQ4rq/BsTya4hTHyIzEn06f1rSC1M57Hq0T7WAJ4qxgE5qFQGRTjnFSx9MGtzEkVeeaeVpoO0g96eHyfegQB2A5FAcelGcGl2A8g0COHbpikz2qd1DrxVZ8qeazNbDJelU5OQasStVSQ0DK0uSCM1VJycVZcgmqc7KnzFgoHcnFIqxBIcZFef69GE1GddpA3ZH0ruTPFJJgSKfo1cn4rQLexvggMuM+4oQ5LuctJUJP51LJ94ioGOCDQSiYDABIxSZweOtDHKjHpSR4PzGl1HcsI20ciiRguDULyf3OtVmaRjg9aErg2WzMMeo7VBLJ2IpEVjjPpT2hycg5pk2ZEBwT3pyBiTUwiwMYp6IAOaVylEijU+ZwOtW2DAFc1HhQCM4NKImPKHJqLl2BWbP0qFiN7NggCrcNq7Nl8Lj1qy1pGVA3KSaaYnEzUkJYEDIFacRyAx4OOlNSw2DPUD0p6RbYyQDnPSm2iUncsR7ZHChsH0q9FAqYyBk1jpN5c4BGMc1eS7Gc54FRYrmNKOFX3Jjg8Vz17AbO8ZD06ityC9VsMB8vSqevIJYYrgY67SRSW47lK1nw4PpW9FMPKz261ylu53YzWzFOViC07DNKHDMSBgE123giN/t08iAbVjCse/JyP5Vw1q4ZQe/evRfBEeywuJ1yWkl2/goH9Sa0huZz2PQrZsQqSas7wcYrNhLGAE9KuQYKjFbGJYIxTeVp/VaaaBCh/Wl3HtTQOCTSF8dKAORVivBpXCsKwrrxTYxErGskrD0wB+f8A9asO68YXQysQji98bj+tYuSR0qlNnUXZWFWkZgEUZJPauNu/GNmJWW3zIAcbicD8K57xD4qu7q1No9yXDH5hgAfoK5gMJNo3Zq4x5kRJ+zeup3X/AAm1tuKNA2T90gjFc7rOsXF0xk3s0fZM8CuevJUEwMbcjipIpZZIsMvy+tTONi6U+boWYdUlD7fmUemcU++1aS7VYpMsEPB96zi+/Yg+9nFX4IVBKMM0+ZKOwvZylPcoud3NQOasXCGOYrzjPFVnpJ3E1bQkLZiGKFx5eelMiOVIpD9wj3oEG/B60okx96oiT0pfJ3LnJzQFywbhFHFMNwzdP0qt5TZ604BgeBmiyC5ZEhyMnmn7/eqoV+uKP3i/w0rDuy2XO3rzU9rcbZNp/Os0ynuCKmgkGcUNAmzXEvzHJyKlSZcAACsczkPjccUpuQGyGOKlJgzbMhVQUODTY9QUSFZUA9xWcl58oyc5p5KS/U0mho15Pssi71KliKx52aLIRuDVaR5Y3xHz2pGeZX2yD8aEmDaL8F2VIUn8Kv3dwk+mMOh3CsNX+cVedv3Cpnqc02NFeFcNn3q35uZML0FRMNoAHWnwLzk0tyjXtXIj4PzHt6163okkWm2EFrgny1+ZuuT1J/OvJ9MtVn3NITgcDBrfstZfTLhUMrTqOGRh29j61sqU+XmRnGvR5+SZ6/BdwSR4SZDk9CcH8qvW5AP1rye/vlkYOGGxl3Lmq1prmpWchFrcSxr7sdv5VnGt3R1Twa3gz2xWyOKUnA6815jZ+P72zKi7iS6j/iIwjD3GOP0rp7TxrpdyqlxLFnnlcgfiK1U4s5ZYaonax0hJP0oqK3u7W7jDQTpJkdAealyBVXMXFrRnzcJ5leRPlbb6nBNULm5MjFXBQ+lT6fvmt2lZssx61HeRCRORz2rkbs7HqxXNDmRnzQxKmSoJ96yZNyuCvAbir9yzoDG3XsfWoQgLAEZqlJoxnCM9CBo/JbpkVZRwUqOYDmo1Oxuvymle5XLyD4ECvu9TV5QSd68lapLlQK0IeISaTHFaGfeSq544I7VTLBhU15y2cc1WHQVpHYwqLUcnDfzpcDcfSm985pdxJBpmNhRHuqQLtGc01WwM1JupDsNZQw5605FA4NBPtTgw6d6ExWJfKDYpjx7P/rUoYrgZ4qYybj0pMqLKxjUjJUUiRIGJK1cADL06nrUiwRlgSeMGkWUmhB6D9KfDbZPI4rTjs1bnPBFWkghVwRlhjkUrsLIpwWiOAGUde4rQito4o9xRQfpSgxoNqgetODrjk8UCZRSxj81pXHGeBVa5gLNkqAPatR5A5wD8o6VXlGV6j6UXFbuZIhAepzjdnsKVsKvTJJqLqcU73GlYQZZ89qtwxNIwVM5NRW1vJcTJBBGzyOcKqjk1qWMTwXTRuORRsaQg5stWekSEh2nKv229BTboz20qTMN6IcbsfexWvbHzGSED5pDtHtV+8tFSJUAyoHNDrSitTo+pU5u63J9sV3p63AALbcZrNGT8oqe3kYKIU+76VNuSOXZEgkmx07L9axvc7uRJFS4gEVuWkIDNwAaJ7zyIFjtlL4XG7GAPzqedVU+ZK3mz+pHC/Qdqz5X3cVSasQ007rQ1NF1S4t5kEk7EZ6DoK6qTxbrNm/lBYJlxlWaMk4/OvPom2tkdq6Sz1BPs6iQAkcc0+drYydOE1aR5e8klrlIbgkZ6LVq2F7JguMr6tSaRArh5CNxzgE1tnCgYFa1pq9kjiwlGXKpNmBfwZmjz1xVBwUkwa27tM3kZ9AazrqH5yQOc1lzaHVyasqzD5QarnBjbNW5EIXk1Qcnd5Y/GhakT03Le3KqAKvISLfnFVLYB4lYnpVpzthIHWh7jS0uZ845J4rPmO1gR+VW5GPJPSqMnzNWkWc8y1JDtt0lzy1RDrmrl0dtrEAPQVSzjntTiZVNGPyKVSR2pgIp2abRCJc8UxjjBFJk4zSgjGCOKl6FDhMcgMM09ZcnrUJ59Ka2M8UCsXllwODU6yLjjArKyw5ycU5ZZO7fSixXMbUdwVxzTvPINZKNJnk1YUknrS5R3L/2jAz1NHmNJgk8elV0BNTAGoY0iUykKKjkkz1o2E/T1ochR05poGQPxznJNJEjSNhRUiRGRs9BVz5YIDjsKohs1PATl9W1FCAfLVQDjnqal1CIQa1MoBUZzgmqnw4Zm1PUn/hKLk/VjV3xKxGsHZndIAKiXxHfhv4dyTTSXvTcclU+VPT3rpZcTQ9eTWLp0YjgRFAKqK04J42cxq4Yg4IHasp6s76SUVr1KjB4JBHFxK+QpPYetTr5NrH5cX3upY9Sfc02f/kJO2ThY1A9s5zVR2Ik5NU9rCjbmcmEh3EnNU39KsXDqmDuAB96oPcoHIUlvZeacYmdWRMh5pz30ELbHkAYdRmqDyTyOIkAj39+pArQgslSMBVz6k9SarRbnPzNu0TD0ZWRGhcbWBzg1qsoIxVHfvvR5SnenDZ4GKuZfGSB9M1E3dmlGPLGyKV2vlyxSHoDg1VuYtxNWrudHEkDKQ/GMfpUDAyQbX+RsYNOztqCa5nYy7uRUUDIyeKxpZNpKqc56mpJ1xcMpbIB65qEINxwa6IwSPNr1nJl6zlwignqas3k5i2qo3E9QKylV4nBwQeorVigKRGWU5dueamcbalUajlHlRmySkrtPBqEDc4FOnbM5p1tHukJboKForj3di3cjNp7rVAEHrWrt8yAqBweKyBkMVPUHFEHcWIjZpjs88VKOg9ah6804MTgd6t6nOiXkgCikBNPG01JSYyjv04qXavHNMO2kMaMYqRFyRxmmhhjpUiEA0D3JAvHvU8anOKYjLxxVmPaRgnpUNlJEqLjHFWAhKZxUKlQtNeY/dHSluUybcclelV+ZJMn7opN5PGaljxgegq0rGUmSKduOKqajcFLZuevFTO+OlY+ozb2C1UVqQ2db8PFaFLq4LYR2VDn/AD61e15GbW/OOCqrjA7HvVjwXYGDQA0v/LbLY9B6/rVVp5ZpbiSYAsvy8Dg44rGTbldHsYSHuJMv6XNvO1TUOqJLZ6jHPCSC47HrVfR5QgLkgAHP0p2p6rFeOkcKbnRuG9fpV0o3mTjKijSd3ZjJNeKySNNGRIcDpgcVSk1YPklHk/3uF/IVfu0hmQGeJd+OeKrCxE1uUiULjpxXe8LHc8JZlUasy3Gsc0EchhRWK9FFMf5OQvuaiiv4ottvLlJFGDuqWQ7onKnPGQa4ZpqVj2qM4ygpLViaepnkaQjljgfSupjtkjjVcdq5/SItltAT3UE11MXMYJNZS31OiirRucSdsd0Ce4609540Uu7AKOTVTVIS6AKSCfSubd5mdonc4U4IJqqcOYxxFb2XQ1oLlb3Vi4AChTtBrTcBlIwCfSuZtZ/sd2JNuQO1dBa38F0SF4bHQ1VSDWxODrRldPc57UrLyn81F+U9QO1NtIoJgPkw6j863L9VFpLj0NYUV1Ha27YXMjV0UJXWpwZhRUZe71JhGslzGhHGatXgCxMT90Cqdrb3TSRzujbSetaM0QunYDlI+uO5rOs05GmEi4ws1qc4iliznuas268niniPa7r6NU0MYAY44rJs7IU7ISLMbFc8Gs+/jMVxvHRqvOrNu24A96iuIZJINrDcRyCKqJjiI3VrFDOaQ8896YDg4NPrU88eGIWnBiOKi5xxTgeaVikyTeQaC2eajySeaXdz1pWKTHk7RS5OBim5BXvinIRmgLjxIygVYjl+UZNQAg8AVIkTE8dKVkO9i2kvHPNG4yNgCkjt+MnOKlYgcA8VPKDlccoCAGl356UzjFNZxGuf0qrXIGXU4RSo71kIrXN0kYz8zAfhUl1MWJHc1ueHNLxazalMhwFxFnue5rSMG9EZymo6s9Hj8u0sUSMYjCBF/LrXNCCSN7l3lVlmkZgoH3R2H5VsWl1HeWkezsACPQ1VuY1fK44rjd4yaPp6VOMqcZIwo7aa4t/KSURqfmIxnNSwadLaKsyzDfkADFV1JGpeVuZUVeRn3rRljYXMR8xvIzgknoe1bQlJbHBiKNOd+ZGbqN7dwXbRXKjj0Hb1pkl/K6oIGZf904ya2b6Bbx/Lkccjg45FQW2jmICThtvO08VusS7annvLPe9zYpXWlXk8KzvIrN35OQKt6XYSQQOzyswK/d7VZgvvtG6Ex7Gz90Nnir0mY7R41RssMcDtWEqkm9Tvo4SmlePQl08KNPiYd1Hata2mAhGRnms22Ma2wh3DI4AJqZN6jHXBrGSuzsXuxSOd1BcRBh2rkpGeW4lZFJ59K6vzTNZsrffThvrWTbFWvXwBg8CrpvkOXE0/apIzLaPz5SpAztJFdLbwwrArxoq5HYc1XGlGK7SaEjaT8w9Kns8okkJGCjkD6VVSSktAwlB0n7yIr6LzLeRQQMrWNBZJtjBGXY8n0FbeoMI7RwOGYbR9TVe0iwQ3pwBURlaJtWpxc030LLbbaz46gYA9TSQQ7IihHzd/rSqv2m7Of9VAfzapY/mmYYxTlorCpq8rmHdw+VP5gHytw1CRAKWraurZZEZSuc1iT74F+ynkscK3tSXvFT/d69CG2Bfef7xyKUyxqGLE4A7VO6fZ3AXoBUUNtm334+8dwBpu25CjJ6Iwrkh5S6jApisD1rVuY1MLfKAwrN+zu0ZlQZUdQO1bppo8mtSlCdgxS44FNU5FSAe+RRsZDR0GaNncc1JtH40BecdqAsNHHUHFTqAxGARTQCOAalRmxQMkjQnoKnRQo9TUKMxqRc0gJWYnjNNUgU3oaC4U5PPtSsMezhRubpWfPPznPNOnn6kn6VDZ2Vzqt4sFuhdzycdFHqapK25Lu9CTStNk1W+WIZEY5kf0FelRwwWtl5e0LAi4wR0Fc3ZabeWMTwW6NxyxHc1egea70qCNnO4TgN7811UZwimznq4arUmlbQ3dPtktoD5YI3fNg1TuZUjZndsAdTWjNOlvA8jEKijv2rmIc6veM0pItx91Om73Nea/ek5M+sVqVNU47lOJjLdSXBU4dsJ9K2rlSNImPfbu/Lmori18t0KgYU1YumDafMvYxnp9KpO7OacLRdylp87XUiFuq9a2PNDSiPOFPWudgdrSWOT+GVQPxrXtd0so680prUmhJ8tiaHTQZGYfKwPyNV55BLGpUAOBtde4NTlfLaMA/WqupN9nX7TGpGPvY7ipXvaG7/d+8Nng3tbAYyCxYf5/GnkRhiOV9gTUEF/BP5TiQAhuQeoHese81pzdP5CjyxwCR1rRU5MwniqcdblS+laC5kjjHzSqAPr0qsyC3lQYq9PH5uqxg8hELGoNTQhlc9jUlW1bNi2YNCPpVNABfzr24apNOffEB3qNlP8AacuDgBADUJWudWjsVb35rmMNyoyfxpWcRQFx/CPzNR3gxeIP9k04p5jW8R/icEj6c1UTCo9WaNvB5Fsq/wAWMt65qFTtuh2Bq8BlqzZ8pcfypN3LUeVIvyrnGMVj6viI28mOj81tRMHQAjnHWs7UoxPeRQ4OFUsf5U6erDEP92VLyNWgSRfxqxBCvlIccbeBUUSmWxkhbO5CQPwqexbfaj/ZOOaUrlUbOzM2/t0GWBAyOeKpWq+RGQ2Bg9fWtTUl/c5HTOKrXmnNLHGyNgDG4U4vTUivSvO8UZ11p6ykzW33jyU7H6VR3EZDAgjrmtxQEOHHA9KiuLaO6GdvzdmHWqjUtozhq4O/vR3MoeopQfapZbOaIkhSyeq81ACcnPatU09jglGUXZolAGD61Io4qJGXHPFPDKMfNQTcmTipO3pVXzgp4prTEjkigLll5VUYHJ9arSzjHXmozISdqAsx6ADJrX0zwvd37iS8LW0HoR87fQdvxobS1ZUYSk7JGbp+mXesXPl26HaPvyH7qD3r0fR9Ig0qyEUAyGOZJD1c/wCFS2tlb2Nj5NvD5cSnhe5PqTUs90kMedwUAc+1YubnserRwqpLmluV7u8t7P7ZdSHgMAB3Y4AAH+fWs+DUrUGN0Q5T5hGoyS57D9aoXD/a5nLsWQsSAfes64h8k71kK88c1vClpdnLUxr5rRWiOingmu0Ml63usK/dX6+pplhH5cmenPSsvTGv7p/9c3kqfmLc/hW1bKBIfrWU09juoVFNc1izPjyj0rGluD9mkQ87yEH41tSjdGQKxkiEupxQg/6s729vSoporEPsSXlmTa7VHKrkfhWlpA81Y3HdeanaL5c4603QVCWzKOiuV4+tNu8WKMOWaNRgBmop4xLAysMgjBFTseBUZwqMTwMc1EdzpqRvGzOQtbQS3stsX2OAcE+tX7fQIxF+/YmQnnaeKqRXUMmsvck7Y8kjjr2FbCajBIu5ZFxXuUIwcfePiMZKpGo+TYyrZQ13cy+hCD8P/wBdQaltlhYrgkelKs/2XTXnI5bLfnWFa37I7LKco/X2NeQoOTufUyrxppRfU1dNuViUsx4Qc1oWsTGBriQYedt/0HYVz1uRJcJGDhWYZrr3A8gAdAMConojowz535IwboE6gi4H3CetPjXOoQDPAUmlkTdqY648s/nmiH/kJAeiE/rQthSWr9TWUDHNZl+p3qw9a0Rkqap3y/us981HU3a90mgfEW7PAHesWXUDDfm4P+rk4/AVceVpYktYz88n3j/dHeqfiC1EVpAU4CnFbU1Z6nFiZOUbx6F2yZJbq52nKttYfiKZpxxeXcB42NwKx9KvvsUh3/cfqfShdV+zX00sWHMh4zVSpO+hlSxcVFNmzqUObZx+NOtiJrRPpTLWSW7sxJLglgegqPSWIjkiPVG4rCSa0PQpTUpc66kVzAS52gbsdKpCbynwTtPoa3p4N2SOtYV1Ewu4/NGVHBPr6UQtLRixF46xJhPC2N7cnpjioJrB7mZPLhDL1OOprNm3Q3PGRtautsUM0pdmaPAAXaR6VVlHVHFUk6j5WjDm0C52/ubaXJ9SMfzqMeHNTPPkqvszgV2ojwvMjN9eKc5gBwwHIxyaPaslYKMnqzjE8L6g4y7Qxj/abP8AIVb0vw7a3AZ55JZAvBVOAT9a3L29t7eykCKpkYFVAHUmptPaK2so4WZQSMn61XO+W7COEh7RRWqFSwitIFFrCkC5Gdg5P1Per8QjjQtzuI6k5qtPdCKDLsEUdWY4FOjYyqCD8uMgkY/SsNXuenGEY/CiY3LJG27O0DPua5VtQn1C4Ysdsa/dQdB/ia1r6CUFpbVjvI+df71Yltp88pUg7Fd9gPTmuujFLU8vHVJytBIs5CjC9apThWuoxITsJHStSXw9cRqGinVm645FZd1Z3qEGWF+O4GR+lbKcXszglQqQ1lE6oJHDCqRqBGBxisvUIZ/Lae3kZSvJAPar2nT/AGnTo2IO8fKwPqKhvpvstq5Ay7/KAK5lfmPVlb2N1sYcep3zAgSMe1P0u+W0vGebOX4JPaoo1lg+cxNg9cioZf8ASLhVjX5mwB7mumyseRzzUr3O8SeGeDejgr7Uuhx/6GZCc73Zv1rmrfTL63gkmLeWqKSRu6/hXVaZE0FjChIyoGcCuacVFaHsYerKrJcytYtScHNZuqJcTWogt1zvPzMT0FaMpyvXpUQIZgM/KKzjo7nbUSlHlOeOgCBYvNlDPJIF2rnp3rGvLR4LuSMEgA8Zrr5nMuqQxZG2JDIfqeB/Kori3jlmLOqk+4roVZrc8yWBhK/Kf//Z"
            ],
            "last_name": "Aguma",
            "first_name": "Abdullahi",
            "farmer_id": "GEOFILE_TEST_001_584",
             "farmer_bvn": 22218XXXXXX,
            "allocation": 9,
            "photo_url": ""
         },
      ]
   }
}

Select the Geo-file

Select a geofile in any of these 4 formats .kml / .kmz / .gpx / .shp. Ensure that the name of the file exactly matches the agc_id value in the JSON payload that was just previously POSTed. ie., if the agc_id is AGC_0001A", then the file name must be: AGC_0001A.kmlor AGC_0001A.kmz.


Upload the Geo-file

Using Postman, set the form-datakey value to file(see the graphic below).

Geo-file Postman Upload Example

Send a POST request to - 

https://geoclusters.herokuapp.com/api/v2/geofiles/geofile/upload/


Geo-file Parcelization Response

If parcelization is successful, you'll get a success message from the API. However, if land size validation fails, or any other validation fails, you'll get an informative message of why it failed.


Legacy AGCs

Retreive Legacy AGC Data

// To download all the data, send a FETCH request to-
https://geoclusters.herokuapp.com/api/v2/legacy-agcs/

// To limit the fields in each call, use-
https://geoclusters.herokuapp.com/api/v2/legacy-agcs/?fields=properties.geo_cluster_id,properties.geo_cluster_name,features.properties.plot_owner_bvn

Returning a Processed Legacy AGC

To return back legacy AGC data that has been successfully processed (ie., the farmer base64 image strings, and other biometric info. has been acquired from NIBBS), send a POST request to-

https://geoclusters.herokuapp.com/api/v2/legacy-agcs/legacy-agc/processed/

Processed Legacy AGC JSON Data StructureUpdated

After acquiring the farmers' biometric data from NIBBS, use the following JSON structure to return a successfully processed legacy AGC back to our database.

Populate the unprocessed_farmersarray with BVNs for farmers whose base64 image strings you were unable to acquire for that particular legacy AGC.

{
   "agc_name": "warwade",
   "agc_id": ": "warwade_dutse_99250",
   "processing_metadata": {
      "unprocessed_farmers": [""]
   },
   "farmers": [
      {
         "farmer_id": "warwade_dutse_99250-001",
         "farmer_bvn": 22218XXXXXX,
         "farmer_last_name": "Belema",
         "farmer_first_name": "Moses",
         "farmer_photo_base64": "LzlqLzRBQVFTa1pKUmdBQkFnQUFBUUFCQUFELzJ3QkRBQW..",
         "farmer_dob": "1956-03-02",
         "farmer_id_document_type": "National Voters Card",
         "farmer_id_document_no": "1234567890",
         "farmer_country_origin": "Nigeria",
         "farmer_state_origin": "Kogi",
         "farmer_lga_origin": "Farade",
         "farmer_home_address": "Plot 123 Rockview Estate, Lokoja, Kogi State",
      },
      {
         "farmer_id": "warwade_dutse_99250--2",
         "farmer_bvn": 22219XXXXXX,
         "farmer_last_name": "Columbo",
         "farmer_first_name": "Sotonye",
         "farmer_photo_base64": "LzlqLzRBQVFTa1pKUmdBQkFnQUFBUUFCQUFELzJ3QkRBQWd..",
         "farmer_dob": "1956-03-02",
         "farmer_id_document_type": "National Voters Card",
         "farmer_id_document_no": "1234567890",
         "farmer_country_origin": "Nigeria",
         "farmer_state_origin": "Ogun",
         "farmer_lga_origin": "Osugbe",
         "farmer_home_address": "Plot 123 Hillcrest Industrial Park, Ore, Ogun State",
      },
      {
         "farmer_id": "warwade_dutse_99250--3",
         "farmer_bvn": 2220XXXXXXX,
         "farmer_last_name": "Adako",
         "farmer_first_name": "Justice",
         "farmer_photo_base64": "LzlqLzRBQVFTa1pKUmdBQkFnQUFBUUFCQUFELzJ3QkRBQWdH..",
         "farmer_dob": "1956-03-02",
         "farmer_id_document_type": "National Identity Card",
         "farmer_id_document_no": "1234567890",
         "farmer_country_origin": "Nigeria",
         "farmer_state_origin": "Adamawa",
         "farmer_lga_origin": "Dutse",
         "farmer_home_address": "No. 5 DDPA Housing Estate, Adamawa",
      }
   ]
}