fix: 검색유통에서 사업 검색 결과 클릭 시 오류 현상 수정

2025-11-04 14:33:17 +09:00 · 2025-11-04 14:33:17 +09:00 · ada3f17c56
parent 6d0dab72f6
commit ada3f17c56
8 changed files with 393 additions and 154 deletions
--- a/src/main/java/geoinfo/api/geoinfo/service/impl/GeoinfoApiV1ServiceImpl.java
+++ b/src/main/java/geoinfo/api/geoinfo/service/impl/GeoinfoApiV1ServiceImpl.java
@ -2,6 +2,7 @@ package geoinfo.api.geoinfo.service.impl;

 import geoinfo.api.geoinfo.service.GeoinfoApiV1Mapper;
 import geoinfo.api.geoinfo.service.GeoinfoApiV1Service;
+import geoinfo.util.MyUtil;

 import java.util.ArrayList;
 import java.util.HashMap;
@ -27,6 +28,12 @@ public class GeoinfoApiV1ServiceImpl implements GeoinfoApiV1Service {
 	
 	public int handleApiService(HttpServletRequest request, HashMap<String, Object> params, String spName, JSONObject jsonResponse) throws Exception {
 		
+		if( params.get("ipAddress") == null ) {
+			String ipAddress = MyUtil.getIpAddress(request);
+			params.put("ipAddress", ipAddress);
+		}
+		
+		
 		//호출 프로시저 유효성 체크
 		spName = spName.trim();
 		
--- a/src/main/java/geoinfo/map/left/MapLeftController.java
+++ b/src/main/java/geoinfo/map/left/MapLeftController.java
@ -271,6 +271,7 @@ public class MapLeftController {
 		JSONObject jsonResponse = new JSONObject();
 		HashMap<String, Object> handleApiServiceParams = new HashMap<String, Object>();
 		handleApiServiceParams.put("holeCode", params.get("hcode"));
+		handleApiServiceParams.put("apiKey", "91MhmaF8YlMZJlg6H4zruj8B5sKZWeRSoA5N4uXZjXg");
 		geoinfoApiV1Service.handleApiService(request, handleApiServiceParams, "sp-get-selectclass-info-h", jsonResponse);
 		ArrayList<HashMap<String, Object>> dataList = (ArrayList<HashMap<String, Object>>)jsonResponse.get("data");
 		if( dataList != null && 0 < dataList.size() ) {
@ -674,6 +675,7 @@ public class MapLeftController {
 		
 		HashMap<String, Object> handleApiServiceParams = new HashMap<String, Object>();
 		handleApiServiceParams.put("projCode", params.get("pcode"));
+		handleApiServiceParams.put("apiKey", "91MhmaF8YlMZJlg6H4zruj8B5sKZWeRSoA5N4uXZjXg");
 		geoinfoApiV1Service.handleApiService(request, handleApiServiceParams, "sp-get-selectclass-info-p", jsonResponse);
 		
 		EgovMap projectCount = mapLeftService.selectTblProjectCount(params);
--- a/src/main/java/geoinfo/util/MyUtil.java
+++ b/src/main/java/geoinfo/util/MyUtil.java
@ -872,6 +872,37 @@ public final class MyUtil {
 	

 	
+	public static String getIpAddress( HttpServletRequest request ) throws Exception {
+		String clientIp = "";
+        clientIp = request.getHeader("X-Forwarded-For");
+
+        if (clientIp == null || clientIp.length() == 0 || "unknown".equalsIgnoreCase(clientIp)) {
+            clientIp = request.getHeader("Proxy-Client-IP");
+        }
+        if (clientIp == null || clientIp.length() == 0 || "unknown".equalsIgnoreCase(clientIp)) {
+            clientIp = request.getHeader("WL-Proxy-Client-IP");
+        }
+        if (clientIp == null || clientIp.length() == 0 || "unknown".equalsIgnoreCase(clientIp)) {
+            clientIp = request.getHeader("HTTP_CLIENT_IP");
+        }
+        if (clientIp == null || clientIp.length() == 0 || "unknown".equalsIgnoreCase(clientIp)) {
+            clientIp = request.getHeader("HTTP_X_FORWARDED_FOR");
+        }
+        if (clientIp == null || clientIp.length() == 0 || "unknown".equalsIgnoreCase(clientIp)) {
+            clientIp = request.getHeader("X-Real-IP");
+        }
+        if (clientIp == null || clientIp.length() == 0 || "unknown".equalsIgnoreCase(clientIp)) {
+            clientIp = request.getHeader("X-RealIP");
+        }
+        if (clientIp == null || clientIp.length() == 0 || "unknown".equalsIgnoreCase(clientIp)) {
+            clientIp = request.getHeader("REMOTE_ADDR");
+        }
+        if (clientIp == null || clientIp.length() == 0 || "unknown".equalsIgnoreCase(clientIp)) {
+            clientIp = request.getRemoteAddr();
+        }
+        
+        return clientIp;
+	}
 	

 }
--- a/src/main/resources/egovframework/sqlmap/mapper/api/geoinfo/GeoinfoApiV1Mapper.xml
+++ b/src/main/resources/egovframework/sqlmap/mapper/api/geoinfo/GeoinfoApiV1Mapper.xml
@ -14,7 +14,9 @@
 			#{mastCompany, jdbcType=VARCHAR},
 			#{addr, jdbcType=VARCHAR},
 			#{startDate, jdbcType=VARCHAR},
-			#{endDate, jdbcType=VARCHAR}
+			#{endDate, jdbcType=VARCHAR},
+			#{apiKey, jdbcType=VARCHAR},
+			#{ipAddress, jdbcType=VARCHAR}
 		))
 	</select>

@ -25,55 +27,73 @@
 			#{mastCompany, jdbcType=VARCHAR},
 			#{addr, jdbcType=VARCHAR},
 			#{startDate, jdbcType=VARCHAR},
-			#{endDate, jdbcType=VARCHAR}
+			#{endDate, jdbcType=VARCHAR},
+			#{apiKey, jdbcType=VARCHAR},
+			#{ipAddress, jdbcType=VARCHAR}
 		) FROM DUAL
 	</select>

 	<select id="spGetSelectclassInfoP" parameterType="map" resultType="egovMap">
 		SELECT * FROM TABLE(SP_GET_SELECTCLASS_INFO_P(
-			#{projCode, jdbcType=VARCHAR}
+			#{projCode, jdbcType=VARCHAR},
+			#{apiKey, jdbcType=VARCHAR},
+			#{ipAddress, jdbcType=VARCHAR}
 		))
 	</select>

 	<select id="spGetSelectclassInfoPh" parameterType="map" resultType="egovMap">
 		SELECT * FROM TABLE(SP_GET_SELECTCLASS_INFO_PH(
-			#{projCode, jdbcType=VARCHAR}
+			#{projCode, jdbcType=VARCHAR},
+			#{apiKey, jdbcType=VARCHAR},
+			#{ipAddress, jdbcType=VARCHAR}
 		))
 	</select>

 	<select id="spGetTblTopoGeology" parameterType="map" resultType="egovMap">
 		SELECT * FROM TABLE(SP_GET_TBL_TOPO_GEOLOGY(
-			#{projCode, jdbcType=VARCHAR}
+			#{projCode, jdbcType=VARCHAR},
+			#{apiKey, jdbcType=VARCHAR},
+			#{ipAddress, jdbcType=VARCHAR}
 		))
 	</select>

 	<select id="spCntTblTopoGeology" parameterType="map" resultType="int">
 		SELECT SP_CNT_TBL_TOPO_GEOLOGY(
-			#{projCode, jdbcType=VARCHAR}
+			#{projCode, jdbcType=VARCHAR},
+			#{apiKey, jdbcType=VARCHAR},
+			#{ipAddress, jdbcType=VARCHAR}
 		) FROM DUAL
 	</select>

 	<select id="spGetTblResistivitySurvey" parameterType="map" resultType="egovMap">
 		SELECT * FROM TABLE(SP_GET_TBL_RESISTIVITY_SURVEY(
-			#{projCode, jdbcType=VARCHAR}
+			#{projCode, jdbcType=VARCHAR},
+			#{apiKey, jdbcType=VARCHAR},
+			#{ipAddress, jdbcType=VARCHAR}
 		))
 	</select>

 	<select id="spCntTblResistivitySurvey" parameterType="map" resultType="int">
 		SELECT SP_CNT_TBL_RESISTIVITY_SURVEY(
-			#{projCode, jdbcType=VARCHAR}
+			#{projCode, jdbcType=VARCHAR},
+			#{apiKey, jdbcType=VARCHAR},
+			#{ipAddress, jdbcType=VARCHAR}
 		) FROM DUAL
 	</select>

 	<select id="spGetTblRefractionSurvey" parameterType="map" resultType="egovMap">
 		SELECT * FROM TABLE(SP_GET_TBL_REFRACTION_SURVEY(
-			#{projCode, jdbcType=VARCHAR}
+			#{projCode, jdbcType=VARCHAR},
+			#{apiKey, jdbcType=VARCHAR},
+			#{ipAddress, jdbcType=VARCHAR}
 		))
 	</select>

 	<select id="spCntTblRefractionSurvey" parameterType="map" resultType="int">
 		SELECT SP_CNT_TBL_REFRACTION_SURVEY(
-			#{projCode, jdbcType=VARCHAR}
+			#{projCode, jdbcType=VARCHAR},
+			#{apiKey, jdbcType=VARCHAR},
+			#{ipAddress, jdbcType=VARCHAR}
 		) FROM DUAL
 	</select>

@ -92,7 +112,9 @@
 			#{maxX, jdbcType=DECIMAL},
 			#{maxY, jdbcType=DECIMAL},
 			#{startDate, jdbcType=VARCHAR},
-			#{endDate, jdbcType=VARCHAR}
+			#{endDate, jdbcType=VARCHAR},
+			#{apiKey, jdbcType=VARCHAR},
+			#{ipAddress, jdbcType=VARCHAR}
 		))
 	</select>

@ -107,13 +129,17 @@
 			#{maxX, jdbcType=DECIMAL},
 			#{maxY, jdbcType=DECIMAL},
 			#{startDate, jdbcType=VARCHAR},
-			#{endDate, jdbcType=VARCHAR}
+			#{endDate, jdbcType=VARCHAR},
+			#{apiKey, jdbcType=VARCHAR},
+			#{ipAddress, jdbcType=VARCHAR}
 		) FROM DUAL
 	</select>

 	<select id="spGetSelectclassInfoH" parameterType="map" resultType="egovMap">
 		SELECT * FROM TABLE(SP_GET_SELECTCLASS_INFO_H(
-			#{holeCode, jdbcType=VARCHAR}
+			#{holeCode, jdbcType=VARCHAR},
+			#{apiKey, jdbcType=VARCHAR},
+			#{ipAddress, jdbcType=VARCHAR}
 		))
 	</select>

@ -125,451 +151,595 @@
 	<select id="spGetTblLayerInfo" parameterType="map" resultType="egovMap">
 		SELECT * FROM TABLE(SP_GET_TBL_LAYER_INFO(
 			#{holeCode, jdbcType=VARCHAR},
-			#{layerCode, jdbcType=VARCHAR}
+			#{layerCode, jdbcType=VARCHAR},
+			#{apiKey, jdbcType=VARCHAR},
+			#{ipAddress, jdbcType=VARCHAR}
 		))
 	</select>

 	<select id="spCntTblLayerInfo" parameterType="map" resultType="int">
 		SELECT SP_CNT_TBL_LAYER_INFO(
 			#{holeCode, jdbcType=VARCHAR},
-			#{layerCode, jdbcType=VARCHAR}
+			#{layerCode, jdbcType=VARCHAR},
+			#{apiKey, jdbcType=VARCHAR},
+			#{ipAddress, jdbcType=VARCHAR}
 		) FROM DUAL
 	</select>

 	<select id="spGetTblSampleInfo" parameterType="map" resultType="egovMap">
 		SELECT * FROM TABLE(SP_GET_TBL_SAMPLE_INFO(
-			#{holeCode, jdbcType=VARCHAR}
+			#{holeCode, jdbcType=VARCHAR},
+			#{apiKey, jdbcType=VARCHAR},
+			#{ipAddress, jdbcType=VARCHAR}
 		))
 	</select>

 	<select id="spCntTblSampleInfo" parameterType="map" resultType="int">
 		SELECT SP_CNT_TBL_SAMPLE_INFO(
-			#{holeCode, jdbcType=VARCHAR}
+			#{holeCode, jdbcType=VARCHAR},
+			#{apiKey, jdbcType=VARCHAR},
+			#{ipAddress, jdbcType=VARCHAR}
 		) FROM DUAL
 	</select>

 	<!-- 현장 시험 -->
 	<select id="spGetTblSpt" parameterType="map" resultType="egovMap">
 		SELECT * FROM TABLE(SP_GET_TBL_SPT(
-			#{holeCode, jdbcType=VARCHAR}
+			#{holeCode, jdbcType=VARCHAR},
+			#{apiKey, jdbcType=VARCHAR},
+			#{ipAddress, jdbcType=VARCHAR}
 		))
 	</select>

 	<select id="spCntTblSpt" parameterType="map" resultType="int">
 		SELECT SP_CNT_TBL_SPT(
-			#{holeCode, jdbcType=VARCHAR}
+			#{holeCode, jdbcType=VARCHAR},
+			#{apiKey, jdbcType=VARCHAR},
+			#{ipAddress, jdbcType=VARCHAR}
 		) FROM DUAL
 	</select>

 	<select id="spGetTblSlickensideInfo" parameterType="map" resultType="egovMap">
 		SELECT * FROM TABLE(SP_GET_TBL_SLICKENSIDE_INFO(
-			#{holeCode, jdbcType=VARCHAR}
+			#{holeCode, jdbcType=VARCHAR},
+			#{apiKey, jdbcType=VARCHAR},
+			#{ipAddress, jdbcType=VARCHAR}
 		))
 	</select>

 	<select id="spCntTblSlickensideInfo" parameterType="map" resultType="int">
 		SELECT SP_CNT_TBL_SLICKENSIDE_INFO(
-			#{holeCode, jdbcType=VARCHAR}
+			#{holeCode, jdbcType=VARCHAR},
+			#{apiKey, jdbcType=VARCHAR},
+			#{ipAddress, jdbcType=VARCHAR}
 		) FROM DUAL
 	</select>

 	<select id="spGetTblRqd" parameterType="map" resultType="egovMap">
 		SELECT * FROM TABLE(SP_GET_TBL_RQD(
-			#{holeCode, jdbcType=VARCHAR}
+			#{holeCode, jdbcType=VARCHAR},
+			#{apiKey, jdbcType=VARCHAR},
+			#{ipAddress, jdbcType=VARCHAR}
 		))
 	</select>

 	<select id="spCntTblRqd" parameterType="map" resultType="int">
 		SELECT SP_CNT_TBL_RQD(
-			#{holeCode, jdbcType=VARCHAR}
+			#{holeCode, jdbcType=VARCHAR},
+			#{apiKey, jdbcType=VARCHAR},
+			#{ipAddress, jdbcType=VARCHAR}
 		) FROM DUAL
 	</select>

 	<select id="spGetTblDsf" parameterType="map" resultType="egovMap">
 		SELECT * FROM TABLE(SP_GET_TBL_DSF(
-			#{holeCode, jdbcType=VARCHAR}
+			#{holeCode, jdbcType=VARCHAR},
+			#{apiKey, jdbcType=VARCHAR},
+			#{ipAddress, jdbcType=VARCHAR}
 		))
 	</select>

 	<select id="spCntTblDsf" parameterType="map" resultType="int">
 		SELECT SP_CNT_TBL_DSF(
-			#{holeCode, jdbcType=VARCHAR}
+			#{holeCode, jdbcType=VARCHAR},
+			#{apiKey, jdbcType=VARCHAR},
+			#{ipAddress, jdbcType=VARCHAR}
 		) FROM DUAL
 	</select>

 	<select id="spGetTblRmr" parameterType="map" resultType="egovMap">
 		SELECT * FROM TABLE(SP_GET_TBL_RMR(
-			#{holeCode, jdbcType=VARCHAR}
+			#{holeCode, jdbcType=VARCHAR},
+			#{apiKey, jdbcType=VARCHAR},
+			#{ipAddress, jdbcType=VARCHAR}
 		))
 	</select>

 	<select id="spCntTblRmr" parameterType="map" resultType="int">
 		SELECT SP_CNT_TBL_RMR(
-			#{holeCode, jdbcType=VARCHAR}
+			#{holeCode, jdbcType=VARCHAR},
+			#{apiKey, jdbcType=VARCHAR},
+			#{ipAddress, jdbcType=VARCHAR}
 		) FROM DUAL
 	</select>

 	<select id="spGetTblQ" parameterType="map" resultType="egovMap">
 		SELECT * FROM TABLE(SP_GET_TBL_Q(
-			#{holeCode, jdbcType=VARCHAR}
+			#{holeCode, jdbcType=VARCHAR},
+			#{apiKey, jdbcType=VARCHAR},
+			#{ipAddress, jdbcType=VARCHAR}
 		))
 	</select>

 	<select id="spCntTblQ" parameterType="map" resultType="int">
 		SELECT SP_CNT_TBL_Q(
-			#{holeCode, jdbcType=VARCHAR}
+			#{holeCode, jdbcType=VARCHAR},
+			#{apiKey, jdbcType=VARCHAR},
+			#{ipAddress, jdbcType=VARCHAR}
 		) FROM DUAL
 	</select>

 	<select id="spGetTblFieldWaterpressure" parameterType="map" resultType="egovMap">
 		SELECT * FROM TABLE(SP_GET_TBL_FIELD_WATERPRESSURE(
-			#{holeCode, jdbcType=VARCHAR}
+			#{holeCode, jdbcType=VARCHAR},
+			#{apiKey, jdbcType=VARCHAR},
+			#{ipAddress, jdbcType=VARCHAR}
 		))
 	</select>

 	<select id="spCntTblFieldWaterpressure" parameterType="map" resultType="int">
 		SELECT SP_CNT_TBL_FIELD_WATERPRESSURE(
-			#{holeCode, jdbcType=VARCHAR}
+			#{holeCode, jdbcType=VARCHAR},
+			#{apiKey, jdbcType=VARCHAR},
+			#{ipAddress, jdbcType=VARCHAR}
 		) FROM DUAL
 	</select>

 	<select id="spGetTblWpTest" parameterType="map" resultType="egovMap">
 		SELECT * FROM TABLE(SP_GET_TBL_WP_TEST(
 			#{holeCode, jdbcType=VARCHAR},
-			#{wpCode, jdbcType=VARCHAR}
+			#{wpCode, jdbcType=VARCHAR},
+			#{apiKey, jdbcType=VARCHAR},
+			#{ipAddress, jdbcType=VARCHAR}
 		))
 	</select>

 	<select id="spCntTblWpTest" parameterType="map" resultType="int">
 		SELECT SP_CNT_TBL_WP_TEST(
 			#{holeCode, jdbcType=VARCHAR},
-			#{wpCode, jdbcType=VARCHAR}
+			#{wpCode, jdbcType=VARCHAR},
+			#{apiKey, jdbcType=VARCHAR},
+			#{ipAddress, jdbcType=VARCHAR}
 		) FROM DUAL
 	</select>

 	<select id="spGetTblFieldPermeability" parameterType="map" resultType="egovMap">
 		SELECT * FROM TABLE(SP_GET_TBL_FIELD_PERMEABILITY(
-			#{holeCode, jdbcType=VARCHAR}
+			#{holeCode, jdbcType=VARCHAR},
+			#{apiKey, jdbcType=VARCHAR},
+			#{ipAddress, jdbcType=VARCHAR}
 		))
 	</select>

 	<select id="spCntTblFieldPermeability" parameterType="map" resultType="int">
 		SELECT SP_CNT_TBL_FIELD_PERMEABILITY(
-			#{holeCode, jdbcType=VARCHAR}
+			#{holeCode, jdbcType=VARCHAR},
+			#{apiKey, jdbcType=VARCHAR},
+			#{ipAddress, jdbcType=VARCHAR}
 		) FROM DUAL
 	</select>

 	<select id="spGetTblFieldperSub" parameterType="map" resultType="egovMap">
 		SELECT * FROM TABLE(SP_GET_TBL_FIELDPER_SUB(
 			#{holeCode, jdbcType=VARCHAR},
-			#{fielderCode, jdbcType=VARCHAR}
+			#{fielderCode, jdbcType=VARCHAR},
+			#{apiKey, jdbcType=VARCHAR},
+			#{ipAddress, jdbcType=VARCHAR}
 		))
 	</select>

 	<select id="spCntTblFieldperSub" parameterType="map" resultType="int">
 		SELECT SP_CNT_TBL_FIELDPER_SUB(
 			#{holeCode, jdbcType=VARCHAR},
-			#{fielderCode, jdbcType=VARCHAR}
+			#{fielderCode, jdbcType=VARCHAR},
+			#{apiKey, jdbcType=VARCHAR},
+			#{ipAddress, jdbcType=VARCHAR}
 		) FROM DUAL
 	</select>

 	<select id="spGetTblFieldPressuremeter" parameterType="map" resultType="egovMap">
 		SELECT * FROM TABLE(SP_GET_TBL_FIELD_PRESSUREMETER(
-			#{holeCode, jdbcType=VARCHAR}
+			#{holeCode, jdbcType=VARCHAR},
+			#{apiKey, jdbcType=VARCHAR},
+			#{ipAddress, jdbcType=VARCHAR}
 		))
 	</select>

 	<select id="spCntTblFieldPressuremeter" parameterType="map" resultType="int">
 		SELECT SP_CNT_TBL_FIELD_PRESSUREMETER(
-			#{holeCode, jdbcType=VARCHAR}
+			#{holeCode, jdbcType=VARCHAR},
+			#{apiKey, jdbcType=VARCHAR},
+			#{ipAddress, jdbcType=VARCHAR}
 		) FROM DUAL
 	</select>

 	<select id="spGetTblFieldConePenetra" parameterType="map" resultType="egovMap">
 		SELECT * FROM TABLE(SP_GET_TBL_FIELD_CONE_PENETRA(
-			#{holeCode, jdbcType=VARCHAR}
+			#{holeCode, jdbcType=VARCHAR},
+			#{apiKey, jdbcType=VARCHAR},
+			#{ipAddress, jdbcType=VARCHAR}
 		))
 	</select>

 	<select id="spCntTblFieldConePenetra" parameterType="map" resultType="int">
 		SELECT SP_CNT_TBL_FIELD_CONE_PENETRA(
-			#{holeCode, jdbcType=VARCHAR}
+			#{holeCode, jdbcType=VARCHAR},
+			#{apiKey, jdbcType=VARCHAR},
+			#{ipAddress, jdbcType=VARCHAR}
 		) FROM DUAL
 	</select>

 	<select id="spGetTblBoreholeWave" parameterType="map" resultType="egovMap">
 		SELECT * FROM TABLE(SP_GET_TBL_BOREHOLE_WAVE(
-			#{holeCode, jdbcType=VARCHAR}
+			#{holeCode, jdbcType=VARCHAR},
+			#{apiKey, jdbcType=VARCHAR},
+			#{ipAddress, jdbcType=VARCHAR}
 		))
 	</select>

 	<select id="spCntTblBoreholeWave" parameterType="map" resultType="int">
 		SELECT SP_CNT_TBL_BOREHOLE_WAVE(
-			#{holeCode, jdbcType=VARCHAR}
+			#{holeCode, jdbcType=VARCHAR},
+			#{apiKey, jdbcType=VARCHAR},
+			#{ipAddress, jdbcType=VARCHAR}
 		) FROM DUAL
 	</select>

 	<select id="spGetTblDownhole" parameterType="map" resultType="egovMap">
 		SELECT * FROM TABLE(SP_GET_TBL_DOWNHOLE(
-			#{holeCode, jdbcType=VARCHAR}
+			#{holeCode, jdbcType=VARCHAR},
+			#{apiKey, jdbcType=VARCHAR},
+			#{ipAddress, jdbcType=VARCHAR}
 		))
 	</select>

 	<select id="spCntTblDownhole" parameterType="map" resultType="int">
 		SELECT SP_CNT_TBL_DOWNHOLE(
-			#{holeCode, jdbcType=VARCHAR}
+			#{holeCode, jdbcType=VARCHAR},
+			#{apiKey, jdbcType=VARCHAR},
+			#{ipAddress, jdbcType=VARCHAR}
 		) FROM DUAL
 	</select>

 	<select id="spGetTblDensity" parameterType="map" resultType="egovMap">
 		SELECT * FROM TABLE(SP_GET_TBL_DENSITY(
-			#{holeCode, jdbcType=VARCHAR}
+			#{holeCode, jdbcType=VARCHAR},
+			#{apiKey, jdbcType=VARCHAR},
+			#{ipAddress, jdbcType=VARCHAR}
 		))
 	</select>

 	<select id="spCntTblDensity" parameterType="map" resultType="int">
 		SELECT SP_CNT_TBL_DENSITY(
-			#{holeCode, jdbcType=VARCHAR}
+			#{holeCode, jdbcType=VARCHAR},
+			#{apiKey, jdbcType=VARCHAR},
+			#{ipAddress, jdbcType=VARCHAR}
 		) FROM DUAL
 	</select>

 	<!-- 실내 시험 -->
 	<select id="spGetTblClassification" parameterType="map" resultType="egovMap">
 		SELECT * FROM TABLE(SP_GET_TBL_CLASSIFICATION(
-			#{holeCode, jdbcType=VARCHAR}
+			#{holeCode, jdbcType=VARCHAR},
+			#{apiKey, jdbcType=VARCHAR},
+			#{ipAddress, jdbcType=VARCHAR}
 		))
 	</select>

 	<select id="spCntTblClassification" parameterType="map" resultType="int">
 		SELECT SP_CNT_TBL_CLASSIFICATION(
-			#{holeCode, jdbcType=VARCHAR}
+			#{holeCode, jdbcType=VARCHAR},
+			#{apiKey, jdbcType=VARCHAR},
+			#{ipAddress, jdbcType=VARCHAR}
 		) FROM DUAL
 	</select>

 	<select id="spGetTblCbrCompac" parameterType="map" resultType="egovMap">
 		SELECT * FROM TABLE(SP_GET_TBL_CBR_COMPAC(
-			#{holeCode, jdbcType=VARCHAR}
+			#{holeCode, jdbcType=VARCHAR},
+			#{apiKey, jdbcType=VARCHAR},
+			#{ipAddress, jdbcType=VARCHAR}
 		))
 	</select>

 	<select id="spCntTblCbrCompac" parameterType="map" resultType="int">
 		SELECT SP_CNT_TBL_CBR_COMPAC(
-			#{holeCode, jdbcType=VARCHAR}
+			#{holeCode, jdbcType=VARCHAR},
+			#{apiKey, jdbcType=VARCHAR},
+			#{ipAddress, jdbcType=VARCHAR}
 		) FROM DUAL
 	</select>

 	<select id="spGetTblConsolidationUsual" parameterType="map" resultType="egovMap">
 		SELECT * FROM TABLE(SP_GET_TBL_CONSOLIDATION_USUAL(
-			#{holeCode, jdbcType=VARCHAR}
+			#{holeCode, jdbcType=VARCHAR},
+			#{apiKey, jdbcType=VARCHAR},
+			#{ipAddress, jdbcType=VARCHAR}
 		))
 	</select>

 	<select id="spCntTblConsolidationUsual" parameterType="map" resultType="int">
 		SELECT SP_CNT_TBL_CONSOLIDATION_USUAL(
-			#{holeCode, jdbcType=VARCHAR}
+			#{holeCode, jdbcType=VARCHAR},
+			#{apiKey, jdbcType=VARCHAR},
+			#{ipAddress, jdbcType=VARCHAR}
 		) FROM DUAL
 	</select>

 	<select id="spGetTblConsolidation" parameterType="map" resultType="egovMap">
 		SELECT * FROM TABLE(SP_GET_TBL_CONSOLIDATION(
 			#{holeCode, jdbcType=VARCHAR},
-			#{sampleCode, jdbcType=VARCHAR}
+			#{sampleCode, jdbcType=VARCHAR},
+			#{apiKey, jdbcType=VARCHAR},
+			#{ipAddress, jdbcType=VARCHAR}
 		))
 	</select>

 	<select id="spCntTblConsolidation" parameterType="map" resultType="int">
 		SELECT SP_CNT_TBL_CONSOLIDATION(
 			#{holeCode, jdbcType=VARCHAR},
-			#{sampleCode, jdbcType=VARCHAR}
+			#{sampleCode, jdbcType=VARCHAR},
+			#{apiKey, jdbcType=VARCHAR},
+			#{ipAddress, jdbcType=VARCHAR}
 		) FROM DUAL
 	</select>

 	<select id="spGetTblUnconfinedUsual" parameterType="map" resultType="egovMap">
 		SELECT * FROM TABLE(SP_GET_TBL_UNCONFINED_USUAL(
-			#{holeCode, jdbcType=VARCHAR}
+			#{holeCode, jdbcType=VARCHAR},
+			#{apiKey, jdbcType=VARCHAR},
+			#{ipAddress, jdbcType=VARCHAR}
 		))
 	</select>

 	<select id="spCntTblUnconfinedUsual" parameterType="map" resultType="int">
 		SELECT SP_CNT_TBL_UNCONFINED_USUAL(
-			#{holeCode, jdbcType=VARCHAR}
+			#{holeCode, jdbcType=VARCHAR},
+			#{apiKey, jdbcType=VARCHAR},
+			#{ipAddress, jdbcType=VARCHAR}
 		) FROM DUAL
 	</select>

 	<select id="spGetTblTriaxialUsual" parameterType="map" resultType="egovMap">
 		SELECT * FROM TABLE(SP_GET_TBL_TRIAXIAL_USUAL(
-			#{holeCode, jdbcType=VARCHAR}
+			#{holeCode, jdbcType=VARCHAR},
+			#{apiKey, jdbcType=VARCHAR},
+			#{ipAddress, jdbcType=VARCHAR}
 		))
 	</select>

 	<select id="spCntTblTriaxialUsual" parameterType="map" resultType="int">
 		SELECT SP_CNT_TBL_TRIAXIAL_USUAL(
-			#{holeCode, jdbcType=VARCHAR}
+			#{holeCode, jdbcType=VARCHAR},
+			#{apiKey, jdbcType=VARCHAR},
+			#{ipAddress, jdbcType=VARCHAR}
 		) FROM DUAL
 	</select>

 	<select id="spGetTblTriaxialCu" parameterType="map" resultType="egovMap">
 		SELECT * FROM TABLE(SP_GET_TBL_TRIAXIAL_CU(
 			#{holeCode, jdbcType=VARCHAR},
-			#{sampleCode, jdbcType=VARCHAR}
+			#{sampleCode, jdbcType=VARCHAR},
+			#{apiKey, jdbcType=VARCHAR},
+			#{ipAddress, jdbcType=VARCHAR}
 		))
 	</select>

 	<select id="spCntTblTriaxialCu" parameterType="map" resultType="int">
 		SELECT SP_CNT_TBL_TRIAXIAL_CU(
 			#{holeCode, jdbcType=VARCHAR},
-			#{sampleCode, jdbcType=VARCHAR}
+			#{sampleCode, jdbcType=VARCHAR},
+			#{apiKey, jdbcType=VARCHAR},
+			#{ipAddress, jdbcType=VARCHAR}
 		) FROM DUAL
 	</select>

 	<select id="spGetTblTriaxialUu" parameterType="map" resultType="egovMap">
 		SELECT * FROM TABLE(SP_GET_TBL_TRIAXIAL_UU(
 			#{holeCode, jdbcType=VARCHAR},
-			#{sampleCode, jdbcType=VARCHAR}
+			#{sampleCode, jdbcType=VARCHAR},
+			#{apiKey, jdbcType=VARCHAR},
+			#{ipAddress, jdbcType=VARCHAR}
 		))
 	</select>

 	<select id="spCntTblTriaxialUu" parameterType="map" resultType="int">
 		SELECT SP_CNT_TBL_TRIAXIAL_UU(
 			#{holeCode, jdbcType=VARCHAR},
-			#{sampleCode, jdbcType=VARCHAR}
+			#{sampleCode, jdbcType=VARCHAR},
+			#{apiKey, jdbcType=VARCHAR},
+			#{ipAddress, jdbcType=VARCHAR}
 		) FROM DUAL
 	</select>

 	<select id="spGetTblResonantUsual" parameterType="map" resultType="egovMap">
 		SELECT * FROM TABLE(SP_GET_TBL_RESONANT_USUAL(
-			#{holeCode, jdbcType=VARCHAR}
+			#{holeCode, jdbcType=VARCHAR},
+			#{apiKey, jdbcType=VARCHAR},
+			#{ipAddress, jdbcType=VARCHAR}
 		))
 	</select>

 	<select id="spCntTblResonantUsual" parameterType="map" resultType="int">
 		SELECT SP_CNT_TBL_RESONANT_USUAL(
-			#{holeCode, jdbcType=VARCHAR}
+			#{holeCode, jdbcType=VARCHAR},
+			#{apiKey, jdbcType=VARCHAR},
+			#{ipAddress, jdbcType=VARCHAR}
 		) FROM DUAL
 	</select>

 	<select id="spGetTblResonant" parameterType="map" resultType="egovMap">
 		SELECT * FROM TABLE(SP_GET_TBL_RESONANT(
 			#{holeCode, jdbcType=VARCHAR},
-			#{sampleCode, jdbcType=VARCHAR}
+			#{sampleCode, jdbcType=VARCHAR},
+			#{apiKey, jdbcType=VARCHAR},
+			#{ipAddress, jdbcType=VARCHAR}
 		))
 	</select>

 	<select id="spCntTblResonant" parameterType="map" resultType="int">
 		SELECT SP_CNT_TBL_RESONANT(
 			#{holeCode, jdbcType=VARCHAR},
-			#{sampleCode, jdbcType=VARCHAR}
+			#{sampleCode, jdbcType=VARCHAR},
+			#{apiKey, jdbcType=VARCHAR},
+			#{ipAddress, jdbcType=VARCHAR}
 		) FROM DUAL
 	</select>

 	<select id="spGetTblRepeatedTriaxialU" parameterType="map" resultType="egovMap">
 		SELECT * FROM TABLE(SP_GET_TBL_REPEATED_TRIAXIAL_U(
-			#{holeCode, jdbcType=VARCHAR}
+			#{holeCode, jdbcType=VARCHAR},
+			#{apiKey, jdbcType=VARCHAR},
+			#{ipAddress, jdbcType=VARCHAR}
 		))
 	</select>

 	<select id="spCntTblRepeatedTriaxialU" parameterType="map" resultType="int">
 		SELECT SP_CNT_TBL_REPEATED_TRIAXIAL_U(
-			#{holeCode, jdbcType=VARCHAR}
+			#{holeCode, jdbcType=VARCHAR},
+			#{apiKey, jdbcType=VARCHAR},
+			#{ipAddress, jdbcType=VARCHAR}
 		) FROM DUAL
 	</select>

 	<select id="spGetTblRepeatedTriaxial" parameterType="map" resultType="egovMap">
 		SELECT * FROM TABLE(SP_GET_TBL_REPEATED_TRIAXIAL(
 			#{holeCode, jdbcType=VARCHAR},
-			#{sampleCode, jdbcType=VARCHAR}
+			#{sampleCode, jdbcType=VARCHAR},
+			#{apiKey, jdbcType=VARCHAR},
+			#{ipAddress, jdbcType=VARCHAR}
 		))
 	</select>

 	<select id="spCntTblRepeatedTriaxial" parameterType="map" resultType="int">
 		SELECT SP_CNT_TBL_REPEATED_TRIAXIAL(
 			#{holeCode, jdbcType=VARCHAR},
-			#{sampleCode, jdbcType=VARCHAR}
+			#{sampleCode, jdbcType=VARCHAR},
+			#{apiKey, jdbcType=VARCHAR},
+			#{ipAddress, jdbcType=VARCHAR}
 		) FROM DUAL
 	</select>

 	<!-- 암석 시험 -->
 	<select id="spGetTblRockUniaxial" parameterType="map" resultType="egovMap">
 		SELECT * FROM TABLE(SP_GET_TBL_ROCK_UNIAXIAL(
-			#{holeCode, jdbcType=VARCHAR}
+			#{holeCode, jdbcType=VARCHAR},
+			#{apiKey, jdbcType=VARCHAR},
+			#{ipAddress, jdbcType=VARCHAR}
 		))
 	</select>

 	<select id="spCntTblRockUniaxial" parameterType="map" resultType="int">
 		SELECT SP_CNT_TBL_ROCK_UNIAXIAL(
-			#{holeCode, jdbcType=VARCHAR}
+			#{holeCode, jdbcType=VARCHAR},
+			#{apiKey, jdbcType=VARCHAR},
+			#{ipAddress, jdbcType=VARCHAR}
 		) FROM DUAL
 	</select>

 	<select id="spGetTblRockTriaxial" parameterType="map" resultType="egovMap">
 		SELECT * FROM TABLE(SP_GET_TBL_ROCK_TRIAXIAL(
-			#{holeCode, jdbcType=VARCHAR}
+			#{holeCode, jdbcType=VARCHAR},
+			#{apiKey, jdbcType=VARCHAR},
+			#{ipAddress, jdbcType=VARCHAR}
 		))
 	</select>

 	<select id="spCntTblRockTriaxial" parameterType="map" resultType="int">
 		SELECT SP_CNT_TBL_ROCK_TRIAXIAL(
-			#{holeCode, jdbcType=VARCHAR}
+			#{holeCode, jdbcType=VARCHAR},
+			#{apiKey, jdbcType=VARCHAR},
+			#{ipAddress, jdbcType=VARCHAR}
 		) FROM DUAL
 	</select>

 	<select id="spGetTblRockPointload" parameterType="map" resultType="egovMap">
 		SELECT * FROM TABLE(SP_GET_TBL_ROCK_POINTLOAD(
-			#{holeCode, jdbcType=VARCHAR}
+			#{holeCode, jdbcType=VARCHAR},
+			#{apiKey, jdbcType=VARCHAR},
+			#{ipAddress, jdbcType=VARCHAR}
 		))
 	</select>

 	<select id="spCntTblRockPointload" parameterType="map" resultType="int">
 		SELECT SP_CNT_TBL_ROCK_POINTLOAD(
-			#{holeCode, jdbcType=VARCHAR}
+			#{holeCode, jdbcType=VARCHAR},
+			#{apiKey, jdbcType=VARCHAR},
+			#{ipAddress, jdbcType=VARCHAR}
 		) FROM DUAL
 	</select>

 	<select id="spGetTblRockJointshear" parameterType="map" resultType="egovMap">
 		SELECT * FROM TABLE(SP_GET_TBL_ROCK_JOINTSHEAR(
-			#{holeCode, jdbcType=VARCHAR}
+			#{holeCode, jdbcType=VARCHAR},
+			#{apiKey, jdbcType=VARCHAR},
+			#{ipAddress, jdbcType=VARCHAR}
 		))
 	</select>

 	<select id="spCntTblRockJointshear" parameterType="map" resultType="int">
 		SELECT SP_CNT_TBL_ROCK_JOINTSHEAR(
-			#{holeCode, jdbcType=VARCHAR}
+			#{holeCode, jdbcType=VARCHAR},
+			#{apiKey, jdbcType=VARCHAR},
+			#{ipAddress, jdbcType=VARCHAR}
 		) FROM DUAL
 	</select>

 	<select id="spGetTblRockResonantUsual" parameterType="map" resultType="egovMap">
 		SELECT * FROM TABLE(SP_GET_TBL_ROCK_RESONANT_USUAL(
-			#{holeCode, jdbcType=VARCHAR}
+			#{holeCode, jdbcType=VARCHAR},
+			#{apiKey, jdbcType=VARCHAR},
+			#{ipAddress, jdbcType=VARCHAR}
 		))
 	</select>

 	<select id="spCntTblRockResonantUsual" parameterType="map" resultType="int">
 		SELECT SP_CNT_TBL_ROCK_RESONANT_USUAL(
-			#{holeCode, jdbcType=VARCHAR}
+			#{holeCode, jdbcType=VARCHAR},
+			#{apiKey, jdbcType=VARCHAR},
+			#{ipAddress, jdbcType=VARCHAR}
 		) FROM DUAL
 	</select>

 	<select id="spGetTblRockReptTriU" parameterType="map" resultType="egovMap">
 		SELECT * FROM TABLE(SP_GET_TBL_ROCK_REPT_TRI_U(
-			#{holeCode, jdbcType=VARCHAR}
+			#{holeCode, jdbcType=VARCHAR},
+			#{apiKey, jdbcType=VARCHAR},
+			#{ipAddress, jdbcType=VARCHAR}
 		))
 	</select>

 	<select id="spCntTblRockReptTriU" parameterType="map" resultType="int">
 		SELECT SP_CNT_TBL_ROCK_REPT_TRI_U(
-			#{holeCode, jdbcType=VARCHAR}
+			#{holeCode, jdbcType=VARCHAR},
+			#{apiKey, jdbcType=VARCHAR},
+			#{ipAddress, jdbcType=VARCHAR}
 		) FROM DUAL
 	</select>

 	<select id="spGetTblRockReptTri" parameterType="map" resultType="egovMap">
 		SELECT * FROM TABLE(SP_GET_TBL_ROCK_REPT_TRI(
-			#{holeCode, jdbcType=VARCHAR}
+			#{holeCode, jdbcType=VARCHAR},
+			#{apiKey, jdbcType=VARCHAR},
+			#{ipAddress, jdbcType=VARCHAR}
 		))
 	</select>

 	<select id="spCntTblRockReptTri" parameterType="map" resultType="int">
 		SELECT SP_CNT_TBL_ROCK_REPT_TRI(
-			#{holeCode, jdbcType=VARCHAR}
+			#{holeCode, jdbcType=VARCHAR},
+			#{apiKey, jdbcType=VARCHAR},
+			#{ipAddress, jdbcType=VARCHAR}
 		) FROM DUAL
 	</select>

--- a/src/main/webapp/WEB-INF/views/map/index.jsp
+++ b/src/main/webapp/WEB-INF/views/map/index.jsp
@ -271,6 +271,10 @@ function LoadingShow() {
 									<a href="javascript:geologyMine();"
 									class="map-right-btn map-btn-icon-mine">광산</a>
 								</li>
+								<li>
+									<a href="javascript:geologyWell();"
+									class="map-right-btn map-btn-icon-well">관정</a>
+								</li>
 							</ul>
 						</div>
 						<!-- 그리기도구 끝 -->
@ -791,34 +795,31 @@ function LoadingShow() {
 				var text = "";
 				for(var i=0; i<data.projectYn.length; i++){
 					
-					// <- 여기에 동일한 holeCode값을 찾는 로직을 구현합니다.
 				    var matchingBorehole = data.testCountsPerBorehole.find(function(borehole) {
 				        return borehole.holeCode === data.projectYn[i].holeCode;
 				    });
-					
-					text += '<tr onclick="goOneHoleInfo(this, \'' + data.projectYn[i].holeCode + '\', \'' + JSON.stringify(matchingBorehole).replace(regexDoubleQutor, "|^|") + '\')">';					
-					text += '<td class="t-center">'+data.projectYn[i].holeName+'</td>';
-
-					text += data.projectYn[i].depth != null ? '<td class="t-center">'+data.projectYn[i].depth+'</td>' : '<td class="t-right"></td>';
-					text += data.projectYn[i].el != null ? '<td class="t-center">'+data.projectYn[i].el+'</td>' : '<td class="t-right"></td>';
-					if(data.projectYn[i].wl == "-99999"){
-						text +='<td class="t-center">심도이하</td></tr>'
-					}else{
-						text += data.projectYn[i].wl != null ? '<td class="t-center">'+data.projectYn[i].wl+'</td>' : '<td class="t-right"></td>';
-
-					}
-					if( (data.projectYn[i].spt == 'Y')||(data.projectYn[i].tcrrqd == 'Y') ||(data.projectYn[i].dsf == 'Y') ||(data.projectYn[i].pressuremeter == 'Y')
-							||(data.projectYn[i].slickenside == 'Y') ||(data.projectYn[i].q == 'Y') ||(data.projectYn[i].rmr == 'Y') ||(data.projectYn[i].waterpressure == 'Y')
-							||(data.projectYn[i].permeablity == 'Y')||(data.projectYn[i].conePenetration == 'Y')){
-// 						text += '<td class="t-center">V</td>'; //기본현장
-					}else{
-// 						text += '<td class="t-center">V</td>'; //기본현장
-					}
-
-
-
-					
+				    
 				    if (matchingBorehole) {
+						
+						text += '<tr onclick="goOneHoleInfo(this, \'' + data.projectYn[i].holeCode + '\', \'' + JSON.stringify(matchingBorehole).replace(regexDoubleQutor, "|^|") + '\')">';					
+						text += '<td class="t-center">'+data.projectYn[i].holeName+'</td>';
+
+						text += data.projectYn[i].depth != null ? '<td class="t-center">'+data.projectYn[i].depth+'</td>' : '<td class="t-right"></td>';
+						text += data.projectYn[i].el != null ? '<td class="t-center">'+data.projectYn[i].el+'</td>' : '<td class="t-right"></td>';
+						if(data.projectYn[i].wl == "-99999"){
+							text +='<td class="t-center">심도이하</td></tr>'
+						}else{
+							text += data.projectYn[i].wl != null ? '<td class="t-center">'+data.projectYn[i].wl+'</td>' : '<td class="t-right"></td>';
+
+						}
+						if( (data.projectYn[i].spt == 'Y')||(data.projectYn[i].tcrrqd == 'Y') ||(data.projectYn[i].dsf == 'Y') ||(data.projectYn[i].pressuremeter == 'Y')
+								||(data.projectYn[i].slickenside == 'Y') ||(data.projectYn[i].q == 'Y') ||(data.projectYn[i].rmr == 'Y') ||(data.projectYn[i].waterpressure == 'Y')
+								||(data.projectYn[i].permeablity == 'Y')||(data.projectYn[i].conePenetration == 'Y')){
+//	 						text += '<td class="t-center">V</td>'; //기본현장
+						}else{
+//	 						text += '<td class="t-center">V</td>'; //기본현장
+						}
+						
 				        // Number(null) is 0.

 					    // 시료정보( 기본물성 )
--- a/src/main/webapp/com/css/map-service.css
+++ b/src/main/webapp/com/css/map-service.css
@ -741,7 +741,7 @@ header .global-link-wrapper {
    position: relative;
    float: right;
    display: inline-block;
-    margin-top: 20px;
+    margin-top: 0px;
    z-index: 2;
 }
 .map-right-control-wrapper::after {
@ -752,7 +752,7 @@ header .global-link-wrapper {
 .map-right-control-group {
    background-color: #fff;
    box-shadow: 4px 4px 10px rgba(0,0,0,0.2);
-    margin-top: 20px;
+    margin-top: 11px;
    border-radius: 10px;
    border: 1px solid #b6b6b6;
    overflow: hidden;
@ -869,6 +869,9 @@ header .global-link-wrapper {
 .map-right-btn-group > li .map-right-btn.map-btn-icon-mine::before {
    background: url(../img/map-service/icon/ico_map_right_control_mine.png) no-repeat 50% 50%;
 }
+.map-right-btn-group > li .map-right-btn.map-btn-icon-well::before {
+    background: url(../img/map-service/icon/ico_map_right_control_well.png) no-repeat 50% 50%;
+}



--- a/src/main/webapp/com/img/map-service/icon/ico_map_right_control_well.png
+++ b/src/main/webapp/com/img/map-service/icon/ico_map_right_control_well.png
--- a/src/main/webapp/js/map/main/map.js
+++ b/src/main/webapp/js/map/main/map.js
@ -79,7 +79,6 @@ OpenLayers.Control.DragPopup = OpenLayers.Class(OpenLayers.Control, {
        	return OpenLayers.Control.prototype.deactivate.apply(this, arguments);	
        }
        return false;
-        
    },

    onMouseDown: function(evt) {
@ -306,13 +305,15 @@ var T_LAND_AS = "UGG_LTHF_AS";
 var BASE_MAP;			// 지도

 var HOLE_LAYER;			// 시추공 레이어
-var HOLE_LAYER_M;	// 시추공 레이어2
-var GEOLOGY_LAYER;		// 지질도 레이어 변수 
+var HOLE_LAYER_M;		// 시추공 레이어2
+var GEOLOGY_LAYER;		// 지질도/광물 레이어
+var MINERAL_LAYER;		// 광물 레이어
+var MINE_LAYER;			// 광산 레이어 
 var HOLE_SELECT;		// 시추공 선택
 var HOLE_SELECT2;       // 3d지반
-var HOLE_AREA;		// 영역 선택
-var HOLE_DRAW;		// 그리기 도구
-var HOLE_TOOLTIP;	// 툴팁
+var HOLE_AREA;			// 영역 선택
+var HOLE_DRAW;			// 그리기 도구
+var HOLE_TOOLTIP;		// 툴팁

 var HOLE_DRILLING;		// 발주기관 시추공

@ -383,8 +384,6 @@ var autoCircle = false;

 var circleDraw = false;

-var MINE_POPUP = null;      // 광산 팝업 객체를 저장할 변수
-var mineDragControl = null; // 광산 팝업의 드래그 컨트롤을 저장할 변수
 var geologyLayers = {
 		  "지질도_5만_지질도": "L_50K_Geology_Map",
 		  "지질도_25만_지질도": "L_250K_Geology_Map",
@ -400,19 +399,9 @@ var geologyLayers = {
 		  "지화학도_리튬": "L_geochemMP_LI",
 		  "지화학도_마그네슘": "L_geochemMP_MGO",
 		  "지화학도_망간": "L_geochemMP_MNO",
-		  "지화학도_바나듐": "L_geochemMP_V",
+		  "지화학도_바나듐/아연/지르코늄/철/칼륨/칼슘/코발트/크롬/티탄/납/구리": "L_geochemMP_V",
 		  "지화학도_바륨": "L_geochemMP_BA",
 		  "지화학도_스트론튬": "L_geochemMP_SR",
-		  "지화학도_아연": "L_geochemMP_V",
-		  "지화학도_지르코늄": "L_geochemMP_V",
-		  "지화학도_철": "L_geochemMP_V",
-		  "지화학도_칼륨": "L_geochemMP_V",
-		  "지화학도_칼슘": "L_geochemMP_V",
-		  "지화학도_코발트": "L_geochemMP_V",
-		  "지화학도_크롬": "L_geochemMP_V",
-		  "지화학도_티탄": "L_geochemMP_V",
-		  "지화학도_납": "L_geochemMP_V",
-		  "지화학도_구리": "L_geochemMP_V",
 		  "탄전지질도_1만_탄전지질도": "L_10k_coalfield_geologic_map",
 		  "탄전지질도_2.5만_탄전지질도": "L_25k_coalfield_geologic_map",
 		  "해저지질도_탐사항적도": "Marine_geology_prospect",
@ -793,6 +782,28 @@ function initApp(param){
    BASE_MAP.addLayer(GEOLOGY_LAYER);
    // ▲▲▲ 지질도 WMS 레이어 생성 ▲▲▲
    
+    
+    
+    // 광산정보
+    var mineBaseUrl = "https://apis.data.go.kr/1480523/GeologicalService/getMineWMS" +
+    "?ServiceKey=L1z0zEpxNLB0Sqwv97WAIyL1lB%2BshPemDLNaG9hy9g3BzbkXRVG2%2FaSTZ7PiAAivgaCYn9p1tLmq2keiC4yFZA%3D%3D" +
+    "&srs=EPSG%3A3857" +         // 정상 동작하는 요청의 버전
+    "&format=png" +
+    "&transparent=true";
+    MINE_LAYER = new OpenLayers.Layer.WMS(
+    	    "Mine Map",
+    	    mineBaseUrl, // 파라미터가 포함된 URL 사용
+    	    {},             // params 객체는 비워둠
+    	    {
+    	        isBaseLayer: false,
+    	        visibility: false,
+    	        singleTile: true,
+    	        opacity: 0.7
+    	    }
+    	);
+    BASE_MAP.addLayer(MINE_LAYER);
+    
+    
    // ▼▼▼  레이어 순서(Z-index) 조정 코드 ▼▼▼
    if (GEOLOGY_LAYER) {
        // 배경 지도(VWorld)를 가장 아래(index 0)에 둡니다.
@ -800,9 +811,12 @@ function initApp(param){

        // 지질도 레이어를 그 위(index 1)에 둡니다.
        BASE_MAP.setLayerIndex(GEOLOGY_LAYER, 1);
+        
+        // 광산 레이어를 그 위(index 2)에 둡니다.
+        BASE_MAP.setLayerIndex(MINE_LAYER, 2);

-        // 시추공 레이어를 가장 위(index 2)로 올립니다.
-        BASE_MAP.setLayerIndex(HOLE_LAYER, 2);
+        // 시추공 레이어를 가장 위(index 3)로 올립니다.
+        BASE_MAP.setLayerIndex(HOLE_LAYER, 3);
    }
    // [추가] 레이어 순서(Z-index) 조정 코드 ▲▲▲
 	
@ -3562,6 +3576,10 @@ function initControl(){
 	}

 	initCoordinateRadioControl();
+	
+	if( GEOLOGY_LAYER && GEOLOGY_LAYER.active ) {
+		GEOLOGY_LAYER.deactivate();
+	}
 }

 function initCoordinateControl(){
@ -4999,41 +5017,40 @@ function geologyMode() {
    }
 }

-function geologyMine() {
+/* 20251104 기준 광물 정보를 호출하는 버튼이 존재하지 않음. 광물 정보를 호출하면 광물정보가 나타나도록 구현은 되어 있음 */
+function geologyMineral() {
    initControl(); // 다른 컨트롤 상태 초기화

    // 이전에 생성된 팝업과 관련 이벤트 리스너를 확실하게 제거합니다.
-    $(document).off('mousemove.minePopup').off('mouseup.minePopup');
-    if ($('#geologyMinePopup').length > 0) {
-        $('#geologyMinePopup').remove();
+    $(document).off('mousemove.mineralPopup').off('mouseup.mineralPopup');
+    if ($('#geologyMineralPopup').length > 0) {
+        $('#geologyMineralPopup').remove();
    }

    // 1. 팝업에 표시할 목록 데이터를 배열로 정의합니다.
-    var mineLayerList = [
+    var mineralLayerList = [
        "지화학도_전기전도도", "지화학도_수소이온농도도", "지화학도_니켈",
        "지화학도_루비듐", "지화학도_리튬", "지화학도_마그네슘", "지화학도_망간",
-        "지화학도_바나듐", "지화학도_바륨", "지화학도_스트론튬", "지화학도_아연",
-        "지화학도_지르코늄", "지화학도_철", "지화학도_칼륨", "지화학도_칼슘",
-        "지화학도_코발트", "지화학도_크롬", "지화학도_티탄", "지화학도_납", "지화학도_구리"
+        "지화학도_바나듐/아연/지르코늄/철/칼륨/칼슘/코발트/크롬/티탄/납/구리", "지화학도_바륨", "지화학도_스트론튬"
    ].reverse();

    // 2. 팝업창의 HTML 구조를 만듭니다.
    var popupHtml =
-        '<div id="geologyMinePopup" style="position: absolute; width: 300px; z-index: 10000; box-shadow: 0 5px 15px rgba(0,0,0,0.5); font-family: \'Malgun Gothic\', sans-serif; visibility: hidden;">' +
+        '<div id="geologyMineralPopup" style="position: absolute; width: 300px; z-index: 10000; box-shadow: 0 5px 15px rgba(0,0,0,0.5); font-family: \'Malgun Gothic\', sans-serif; visibility: hidden;">' +
        '  <div class="popup-header" style="background-color: #004e99; color: white; font-size: 16px; font-weight: bold; padding: 8px 10px; cursor: move; display: flex; justify-content: space-between; align-items: center;">' +
        '    <span>광산 레이어 선택</span>' +
-        '    <button id="closeMinePopupBtn" style="background: none; border: none; font-size: 20px; color: white; cursor: pointer; line-height: 1;">&times;</button>' +
+        '    <button id="closemineralPopupBtn" style="background: none; border: none; font-size: 20px; color: white; cursor: pointer; line-height: 1;">&times;</button>' +
        '  </div>' +
-        '  <ul id="mineLayerListContainer" style="list-style: none; padding: 0; margin: 0; max-height: 400px; overflow-y: auto; border: 1px solid #ddd; background-color: #fff;">';
+        '  <ul id="mineralLayerListContainer" style="list-style: none; padding: 0; margin: 0; max-height: 400px; overflow-y: auto; border: 1px solid #ddd; background-color: #fff;">';

-    for (var i = 0; i < mineLayerList.length; i++) {
-        popupHtml += '<li class="mine-layer-item" style="padding: 10px; border-bottom: 1px solid #eee; cursor: pointer;">' + mineLayerList[i].replace('지화학도_', '') + '</li>';
+    for (var i = 0; i < mineralLayerList.length; i++) {
+        popupHtml += '<li class="mine-layer-item" style="padding: 10px; border-bottom: 1px solid #eee; cursor: pointer;">' + mineralLayerList[i].replace('지화학도_', '') + '</li>';
    }
    popupHtml += '</ul></div>';

    // 3. 생성된 HTML을 <body>에 추가하고 위치를 계산합니다.
    $('body').append(popupHtml);
-    var popup = $('#geologyMinePopup');
+    var popup = $('#geologyMineralPopup');
    var popupWidth = popup.outerWidth();
    var popupHeight = popup.outerHeight();
    var initialTop = $(window).height() - popupHeight - 20;
@ -5057,7 +5074,7 @@ function geologyMine() {
        e.preventDefault();
    });

-    $(document).on('mousemove.minePopup', function(e) {
+    $(document).on('mousemove.mineralPopup', function(e) {
        if (isDragging) {
            popup.offset({
                top: e.pageY - offset.y,
@ -5066,13 +5083,13 @@ function geologyMine() {
        }
    });

-    $(document).on('mouseup.minePopup', function() {
+    $(document).on('mouseup.mineralPopup', function() {
        isDragging = false;
    });

    // 5. 팝업 내 요소들에 이벤트 바인딩
-    $('#closeMinePopupBtn').on('click', function() {
-        $(document).off('mousemove.minePopup').off('mouseup.minePopup');
+    $('#closemineralPopupBtn').on('click', function() {
+        $(document).off('mousemove.mineralPopup').off('mouseup.mineralPopup');
        popup.remove();
    });

@ -5087,15 +5104,13 @@ function geologyMine() {
        if (GEOLOGY_LAYER && wmsLayerName) {
            var newUrl = GEOLOGY_LAYER.url.replace(/(LAYERS=)([^&]*)/, '$1' + wmsLayerName);

-            // ▼▼▼ 핵심 수정 부분 ▼▼▼
            // 레이어 객체의 url 속성을 직접 변경하는 대신, setUrl() 메소드를 사용합니다.
            GEOLOGY_LAYER.setUrl(newUrl);
-            // ▲▲▲ 핵심 수정 부분 ▲▲▲

            GEOLOGY_LAYER.setVisibility(true);
            GEOLOGY_LAYER.redraw(true);

-            CTL_INFO.setText("광산: " + selectedItemText);
+            CTL_INFO.setText("광물: " + selectedItemText);
            CTL_INFO.activate();
            $("#CTL_INFO").css("bottom", "65px");
            $("#CTL_INFO").css("left", "20px");
@ -5103,7 +5118,17 @@ function geologyMine() {
            console.error("선택한 항목에 대한 레이어를 찾을 수 없습니다:", geologyLayersKey);
        }

-        $(document).off('mousemove.minePopup').off('mouseup.minePopup');
+        $(document).off('mousemove.mineralPopup').off('mouseup.mineralPopup');
        popup.remove();
    });
+}
+
+function geologyMine() {
+	initControl(); // 다른 컨트롤 상태 초기화
+	alert('관산 기능이 곧 오픈됩니다.');
+}
+
+function geologyWell() {
+	initControl(); // 다른 컨트롤 상태 초기화
+	alert('관정 기능이 곧 오픈됩니다.');
 }