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		寫給自己看看
          java --HelloJNI ---
          import java.io.UnsupportedEncodingException;
          public class HelloJNI {
          	 static {
          	      System.loadLibrary("HelloJNI"); // hello.dll (Windows) or libhello.so (Unixes)
          	   
          	   }
          	   // A native method that receives nothing and returns void
          	   private native void sayHello();
          	   
          	   private native double sayOK(String dd);
          	   
          	   private native void getFileGdb(String path);
          	   
          	   private native String getFileGdbStr(String path);
          	   
          	   private native GeodbEntity getGdbTable(GeodbEntity geo);
          	 
          	   /**
          	 * @param args
          	 * @throws UnsupportedEncodingException
          	 */
          	/**  
          	 * @param args
          	 * @throws UnsupportedEncodingException
          	 */
          	public static void main(String[] args) throws UnsupportedEncodingException {
          		//   System.out.println( System.getProperty("java.library.path"));
          		   HelloJNI hello =  new HelloJNI();
          //		   hello.sayHello();  // invoke the native method
          		   
          //		   System.out.println(hello.sayOK("Apple"));
          //		   
          		   //hello.getFileGdb("D:/cpp/FileGDB_API_VS2012_1_3/samples/data/ExecuteSQL.gdb");
          		   //GeodbEntity dd= hello.getGdbTable("D:/cpp/FileGDB_API_VS2012_1_3/samples/data/ExecuteSQL.gdb","dd");
          		   GeodbEntity dd= new GeodbEntity();
          		   dd.setTable("D:/cpp/FileGDB_API_VS2012_1_3/samples/data/ExecuteSQL.gdb 阿切爾");
          		   
          		   hello.getGdbTable(dd);
          		 
          		  System.out.println("java"+dd.getSrid());
          		  for(int i=0;i<dd.getFieldValues().size();i++){
          			  System.out.println(dd.getFieldValues().get(i));
          			  
          		  }
          		  // System.out.println(hello.getFileGdbStr("D:/cpp/FileGDB_API_VS2012_1_3/samples/data/ExecuteSQL.gdb"));
          		   
          	   }
          }
          -----GeodbEntity ----
          import java.util.List;
          import java.util.ArrayList;
          public class GeodbEntity {
          	//輸入
          	private String table;
          	
          	private String eodbPath;
          	//輸出
          	
          	/**列字段##隔開*/
          	private String Fields;
          	/**數(shù)據(jù)表##隔開*/
          	private ArrayList<String> FieldValues=new ArrayList<String>();
          	/**空間參考標(biāo)識(shí)符*/
          	private String srid;
          	/**維度*/
          	private String dimension;
          	
          	public String getTable() {
          		return table;
          	}
          	public void setTable(String table) {
          		this.table = table;
          	}
          	public String getEodbPath() {
          		return eodbPath;
          	}
          	public void setEodbPath(String eodbPath) {
          		this.eodbPath = eodbPath;
          	}
          	public String getSrid() {
          		return srid;
          	}
          	public void setSrid(String srid) {
          		this.srid = srid;
          	}
          	public String getDimension() {
          		return dimension;
          	}
          	public void setDimension(String dimension) {
          		this.dimension = dimension;
          	}
          	public String getFields() {
          		return Fields;
          	}
          	public void setFields(String fields) {
          		Fields = fields;
          	}
          	public ArrayList<String> getFieldValues() {
          		return FieldValues;
          	}
          	public void setFieldValues(ArrayList<String> fieldValues) {
          		FieldValues = fieldValues;
          	}
          	public String toString() {
          		
                  return Fields;
              }
          }
          --c++
          hellojni.h
          #define _Included_HelloJNI
          #ifdef __cplusplus
          extern "C" {
          #endif
          /*
           * Class:     HelloJNI
           * Method:    sayHello
           * Signature: ()V
           */
          JNIEXPORT void JNICALL Java_HelloJNI_sayHello
            (JNIEnv *, jobject);
          /*
           * Class:     HelloJNI
           * Method:    sayOK
           * Signature: (Ljava/lang/String;)D
           */
          JNIEXPORT jdouble JNICALL Java_HelloJNI_sayOK
            (JNIEnv *, jobject, jstring);
          /*
           * Class:     HelloJNI
           * Method:    getFileGdb
           * Signature: (Ljava/lang/String;)V
           */
          JNIEXPORT void JNICALL Java_HelloJNI_getFileGdb
            (JNIEnv *, jobject, jstring);
          /*
           * Class:     HelloJNI
           * Method:    getFileGdbStr
           * Signature: (Ljava/lang/String;)Ljava/lang/String;
           */
          JNIEXPORT jstring JNICALL Java_HelloJNI_getFileGdbStr
            (JNIEnv *, jobject, jstring);
          /*
           * Class:     HelloJNI
           * Method:    getGdbTable
           * Signature: (LGeodbEntity;)LGeodbEntity;
           */
          JNIEXPORT jobject JNICALL Java_HelloJNI_getGdbTable
            (JNIEnv *, jobject, jobject);
          #ifdef __cplusplus
          }
          #endif
          #endif
          ----------hello c++------

          #include <jni.h>
          #include <stdio.h>
          #include <iostream>
          #include <string.h>
          #include "HelloJNI.h"
          #include <fstream>
          #include <time.h>
          #include <FileGDBAPI.h>
          using namespace std;
          using namespace FileGDBAPI;
          using namespace std;
           
          JNIEXPORT void JNICALL Java_HelloJNI_sayHello(JNIEnv *env, jobject thisObj) {
          	printf("Hello World!\n");
          	return;
          }
          JNIEXPORT jdouble JNICALL Java_HelloJNI_sayOK
          	(JNIEnv* env, jobject obj, jstring name){
          		const char* pname=env->GetStringUTFChars(name,NULL);
          		if(strcmp(pname,"Apple")==0){
          			env->ReleaseStringUTFChars(name,pname);
          			cout<<"After release:"<<pname<<endl;
          			return 1.2;
          		}
          		else{
          			env->ReleaseStringUTFChars(name,pname);
          			cout<<"After release:"<<pname<<endl;
          			return 2.1;
          		}
          }
          JNIEXPORT jstring JNICALL Java_HelloJNI_getFileGdbStr
          	(JNIEnv *env, jobject thisObj, jstring path){
          		/*	fgdbError hr;
          		wstring errorText;
          		Geodatabase geodatabase;
          		std::wstring value;
          		const jchar* raw = env->GetStringChars(path, NULL);
          		if (raw != NULL) {
          		jsize len = env->GetStringLength(path);
          		value.assign(raw, raw + len);
          		env->ReleaseStringChars(path, raw);
          		}
          		if ((hr = OpenGeodatabase(value, geodatabase)) != S_OK)
          		{
          		wcout << "An error occurred while opening the geodatabase." << endl;
          		ErrorInfo::GetErrorDescription(hr, errorText);
          		wcout << errorText << "(" << hr << ")." << endl;
          		return (env)->NewStringUTF("7");
          		}
          		Row     attrQueryRow;
          		EnumRows attrQueryRows;
          		wstring sqlStatement(L"SELECT * FROM Cities WHERE TYPE = 'city' AND OBJECTID < 10");
          		if ((hr = geodatabase.ExecuteSQL(sqlStatement, true, attrQueryRows)) != S_OK)
          		{
          		wcout << "An error occurred while performing the attribute query." << endl;
          		ErrorInfo::GetErrorDescription(hr, errorText);
          		wcout << errorText << "(" << hr << ")." << endl;
          		return (env)->NewStringUTF("7");
          		}
          		FieldInfo fieldInfo;
          		attrQueryRows.GetFieldInformation(fieldInfo);
          		int       fieldCount;
          		FieldType fieldType;
          		wstring   fieldName;
          		// Iterate through the returned rows printing out all field values.
          		short     shortField;
          		int32     longField;
          		float     floatField;
          		double    doubleField;
          		string    stringField;
          		wstring   wstringField;
          		tm        dateTimeField;
          		char      datetime[80];
          		Guid      globalIDField;
          		Guid      guidField;
          		wstring   strGuid;
          		wstring   strGlobalID;
          		bool      isNull;
          		byte * shapeBufferBytes ;
          		ShapeBuffer geometry;
          		ByteArray  bss;
          		while (attrQueryRows.Next(attrQueryRow) == S_OK)
          		{
          		fieldInfo.GetFieldCount(fieldCount);
          		for (long fieldNumber = 0; fieldNumber < fieldCount; fieldNumber++)
          		{
          		fieldInfo.GetFieldType(fieldNumber, fieldType);
          		fieldInfo.GetFieldName(fieldNumber, fieldName);
          		attrQueryRow.IsNull(fieldName, isNull);
          		if (!isNull)
          		{
          		switch (fieldType)
          		{
          		case fieldTypeSmallInteger:
          		attrQueryRow.GetShort(fieldName, shortField);
          		wcout <<  shortField << endl;
          		break;
          		case fieldTypeInteger:
          		attrQueryRow.GetInteger(fieldName, longField);
          		wcout << longField << '\t';
          		break;
          		case fieldTypeSingle:
          		attrQueryRow.GetFloat(fieldName, floatField);
          		wcout << floatField << '\t';
          		break;
          		case fieldTypeDouble:
          		attrQueryRow.GetDouble(fieldName, doubleField);
          		wcout << doubleField << '\t';
          		break;
          		case fieldTypeString:
          		attrQueryRow.GetString(fieldName, wstringField);
          		wcout << wstringField << '\t';
          		break;
          		case fieldTypeDate:
          		attrQueryRow.GetDate(fieldName, dateTimeField);
          		strftime(datetime,80,"%a %b %d %I:%M:%S%p %Y", &dateTimeField);
          		wcout << datetime << '\t';
          		break;
          		case fieldTypeOID:
          		attrQueryRow.GetOID(longField);
          		wcout << longField << '\t';
          		break;
          		case fieldTypeGeometry:{
          		attrQueryRow.GetGeometry(geometry);
          		// attrQueryRow.GetBinary(fieldName, bss);
          		double x, y;
          		shapeBufferBytes = geometry.shapeBuffer;
          		wcout << "d::x::"<< x<<"y:"<<y<< '\t';;
          		wcout <<shapeBufferBytes<< "Geometry" << '\t';}
          		break;
          		case fieldTypeBlob:
          		wcout << "Blob" << '\t';
          		break;
          		case fieldTypeGUID:
          		attrQueryRow.GetGUID(fieldName, guidField);
          		guidField.ToString(strGuid);
          		wcout << strGuid << '\t';
          		break;
          		case fieldTypeGlobalID:
          		attrQueryRow.GetGlobalID(globalIDField);
          		globalIDField.ToString(strGlobalID);
          		wcout << strGlobalID << '\t';
          		break;
          		default:
          		break;
          		}
          		}
          		else
          		{
          		wcout << "null" << '\t';
          		}
          		}
          		wcout << endl;
          		}
          		attrQueryRows.Close(); // Close the EnumRows
          		*/
          		const char * pat="zhy好棒呀 第一個(gè)東東出來了";
          		//定義java String類 strClass  
          		jclass strClass = (env)->FindClass("Ljava/lang/String;");  
          		//獲取String(byte[],String)的構(gòu)造器,用于將本地byte[]數(shù)組轉(zhuǎn)換為一個(gè)新String  
          		jmethodID ctorID = (env)->GetMethodID(strClass, "<init>", "([BLjava/lang/String;)V");  
          		//建立byte數(shù)組  
          		jbyteArray bytes = (env)->NewByteArray(strlen(pat));  
          		//將char* 轉(zhuǎn)換為byte數(shù)組  
          		(env)->SetByteArrayRegion(bytes, 0, strlen(pat), (jbyte*)pat);  
          		// 設(shè)置String, 保存語言類型,用于byte數(shù)組轉(zhuǎn)換至String時(shí)的參數(shù)  
          		jstring encoding = (env)->NewStringUTF("GB2312");   
          		//將byte數(shù)組轉(zhuǎn)換為java String,并輸出  
          		return (jstring)(env)->NewObject(strClass, ctorID, bytes, encoding);  
          		//return path;
          }
          JNIEXPORT void JNICALL Java_HelloJNI_getFileGdb(JNIEnv *env, jobject thisObj, jstring path) {
          	fgdbError hr;
          	wstring errorText;
          	Geodatabase geodatabase;
          	// const wchar_t * szStr =(wchar_t * )env->GetStringChars(path, NULL);
          	std::wstring value;
          	const jchar* raw = env->GetStringChars(path, NULL);
          	if (raw != NULL) {
          		jsize len = env->GetStringLength(path);
          		value.assign(raw, raw + len);
          		env->ReleaseStringChars(path, raw);
          	}
          	if ((hr = OpenGeodatabase(value, geodatabase)) != S_OK)
          	{
          		wcout << "An error occurred while opening the geodatabase." << endl;
          		ErrorInfo::GetErrorDescription(hr, errorText);
          		wcout << errorText << "(" << hr << ")." << endl;
          		return;
          	}
          	wstring sqlStatement(L"SELECT CITY_NAME, POP1990 FROM Cities WHERE TYPE = 'city' AND OBJECTID < 10");
          	EnumRows attrQueryRows;
          	if ((hr = geodatabase.ExecuteSQL(sqlStatement, true, attrQueryRows)) != S_OK)
          	{
          		wcout << "An error occurred while performing the attribute query." << endl;
          		ErrorInfo::GetErrorDescription(hr, errorText);
          		wcout << errorText << "(" << hr << ")." << endl;
          		return ;
          	}
          	// Iterate through the returned rows.
          	Row     attrQueryRow;
          	int32   cityPop;
          	wstring cityName;
          	while (attrQueryRows.Next(attrQueryRow) == S_OK)
          	{
          		attrQueryRow.GetInteger(L"POP1990", cityPop);
          		attrQueryRow.GetString(L"CITY_NAME", cityName);
          		wcout << cityName << '\t' << cityPop << endl;
          	}
          	// SELECT * - Return all fields.
          	sqlStatement.assign(L"SELECT * FROM Cities WHERE TYPE = 'city' AND OBJECTID < 10");
          	if ((hr = geodatabase.ExecuteSQL(sqlStatement, true, attrQueryRows)) != S_OK)
          	{
          		wcout << "An error occurred while performing the attribute query." << endl;
          		ErrorInfo::GetErrorDescription(hr, errorText);
          		wcout << errorText << "(" << hr << ")." << endl;
          		return;
          	}
          	// Get the field type and name from the row enumerator.
          	FieldInfo fieldInfo;
          	attrQueryRows.GetFieldInformation(fieldInfo);
          	int       fieldCount;
          	FieldType fieldType;
          	wstring   fieldName;
          	// Iterate through the returned rows printing out all field values.
          	short     shortField;
          	int32     longField;
          	float     floatField;
          	double    doubleField;
          	string    stringField;
          	wstring   wstringField;
          	tm        dateTimeField;
          	char      datetime[80];
          	Guid      globalIDField;
          	Guid      guidField;
          	wstring   strGuid;
          	wstring   strGlobalID;
          	bool      isNull;
          	byte * shapeBufferBytes ;
          	ShapeBuffer geometry;
          	while (attrQueryRows.Next(attrQueryRow) == S_OK)
          	{
          		fieldInfo.GetFieldCount(fieldCount);
          		for (long fieldNumber = 0; fieldNumber < fieldCount; fieldNumber++)
          		{
          			fieldInfo.GetFieldType(fieldNumber, fieldType);
          			fieldInfo.GetFieldName(fieldNumber, fieldName);
          			attrQueryRow.IsNull(fieldName, isNull);
          			if (!isNull)
          			{
          				switch (fieldType)
          				{
          				case fieldTypeSmallInteger:
          					attrQueryRow.GetShort(fieldName, shortField);
          					wcout <<  shortField << endl;
          					break;
          				case fieldTypeInteger:
          					attrQueryRow.GetInteger(fieldName, longField);
          					wcout << longField << '\t';
          					break;
          				case fieldTypeSingle:
          					attrQueryRow.GetFloat(fieldName, floatField);
          					wcout << floatField << '\t';
          					break;
          				case fieldTypeDouble:
          					attrQueryRow.GetDouble(fieldName, doubleField);
          					wcout << doubleField << '\t';
          					break;
          				case fieldTypeString:
          					attrQueryRow.GetString(fieldName, wstringField);
          					wcout << wstringField << '\t';
          					break;
          				case fieldTypeDate:
          					attrQueryRow.GetDate(fieldName, dateTimeField);
          					strftime(datetime,80,"%a %b %d %I:%M:%S%p %Y", &dateTimeField);
          					wcout << datetime << '\t';
          					break;
          				case fieldTypeOID:
          					attrQueryRow.GetOID(longField);
          					wcout << longField << '\t';
          					break;
          				case fieldTypeGeometry:{
          					attrQueryRow.GetGeometry(geometry);
          					// attrQueryRow.GetBinary(fieldName, bss);
          					double x, y;
          					shapeBufferBytes = geometry.shapeBuffer;
          					memcpy(&x, geometry.shapeBuffer + 4, sizeof(x));
          					memcpy(&y, geometry.shapeBuffer + 12, sizeof(y));
          					//std::string *str3 = new std::string((char *)shapeBufferBytes);
          					wcout << "d::x::"<< x<<"y:"<<y<< '\t';;
          					wcout <<shapeBufferBytes<< "Geometry" << '\t';}
          									   break;
          				case fieldTypeBlob:
          					wcout << "Blob" << '\t';
          					break;
          				case fieldTypeGUID:
          					attrQueryRow.GetGUID(fieldName, guidField);
          					guidField.ToString(strGuid);
          					wcout << strGuid << '\t';
          					break;
          				case fieldTypeGlobalID:
          					attrQueryRow.GetGlobalID(globalIDField);
          					globalIDField.ToString(strGlobalID);
          					wcout << strGlobalID << '\t';
          					break;
          				default:
          					break;
          				}
          			}
          			else
          			{
          				wcout << "null" << '\t';
          			}
          		}
          		wcout << endl;
          	}
          	attrQueryRows.Close(); // Close the EnumRows
          	// Close the geodatabase
          	if ((hr = CloseGeodatabase(geodatabase)) != S_OK)
          	{
          		wcout << "An error occurred while closing the geodatabase." << endl;
          		ErrorInfo::GetErrorDescription(hr, errorText);
          		wcout << errorText << "(" << hr << ")." << endl;
          		return ;
          	}
          	printf("Hello World  geodatebase!\n");
          	return;
          }
          std::string jstring2str(JNIEnv* env, jstring jstr)  
          {     
              char*   rtn   =   NULL;     
              jclass   clsstring   =   env->FindClass("java/lang/String");     
              jstring   strencode   =   env->NewStringUTF("GB2312");     
              jmethodID   mid   =   env->GetMethodID(clsstring,   "getBytes",   "(Ljava/lang/String;)[B");     
              jbyteArray   barr=   (jbyteArray)env->CallObjectMethod(jstr,mid,strencode);     
              jsize   alen   =   env->GetArrayLength(barr);     
              jbyte*   ba   =   env->GetByteArrayElements(barr,JNI_FALSE);     
              if(alen   >   0)     
              {     
                  rtn   =   (char*)malloc(alen+1);           
                  memcpy(rtn,ba,alen);     
                  rtn[alen]=0;     
              }     
              env->ReleaseByteArrayElements(barr,ba,0);     
              std::string stemp(rtn);  
              free(rtn);  
              return   stemp;     
          }  
          jstring str2jstring(JNIEnv* env,const char* pat)  
          {  
              //定義java String類 strClass  
              jclass strClass = (env)->FindClass("Ljava/lang/String;");  
              //獲取String(byte[],String)的構(gòu)造器,用于將本地byte[]數(shù)組轉(zhuǎn)換為一個(gè)新String  
              jmethodID ctorID = (env)->GetMethodID(strClass, "<init>", "([BLjava/lang/String;)V");  
              //建立byte數(shù)組  
              jbyteArray bytes = (env)->NewByteArray(strlen(pat));  
              //將char* 轉(zhuǎn)換為byte數(shù)組  
              (env)->SetByteArrayRegion(bytes, 0, strlen(pat), (jbyte*)pat);  
              // 設(shè)置String, 保存語言類型,用于byte數(shù)組轉(zhuǎn)換至String時(shí)的參數(shù)  
              jstring encoding = (env)->NewStringUTF("GB2312");   
              //將byte數(shù)組轉(zhuǎn)換為java String,并輸出  
              return (jstring)(env)->NewObject(strClass, ctorID, bytes, encoding);  
          }  
          JNIEXPORT jobject JNICALL Java_HelloJNI_getGdbTable(JNIEnv *env, jobject obj,jobject _GeodbEntity){
          	const char * dd="4096";
          	//jclass userClass = env->FindClass("GeodbEntity");  
          jclass userClass=env->GetObjectClass(_GeodbEntity); 
          	//jmethodID userMethod = env->GetMethodID(userClass,"<init>","()V"); 
          	//jobject userObject = env->NewObject(userClass,userMethod);  
          	//jmethodID construction_id = env->GetMethodID(userClass, "<init>", "()V"); 
          //得到構(gòu)造方法的ID
              //jobject userObject = env->NewObject(userClass, construction_id); 
          	//jobject   userObject = env->AllocObject(userClass);     
          	//
          	//jmethodID setName_method=env->GetMethodID(userClass,"setSrid","(Ljava/lang/String;)V");
          	//env->CallVoidMethod(userObject,setName_method,dd);
          	    //jclass objectClass = (env)->FindClass("GeodbEntity
               jmethodID methodId=env->GetMethodID(userClass,"getTable","()Ljava/lang/String;");
           //調(diào)用customer對(duì)象的特定方法getName
                 jstring js_name=(jstring)env->CallObjectMethod(_GeodbEntity,methodId,NULL);
          	    //jfieldID table = (env)->GetFieldID(userClass,"table","Ljava/lang/String;");
          		//jchar dd=(env)->GetCharField(userClass,table);
          	    //std::string value;
          		//const jchar* raw = env->GetStringChars(js_name, NULL);
          		//if (raw != NULL) {
          		//jsize len = env->GetStringLength(js_name);
          		//value.assign(raw, raw + len);
          		//env->ReleaseStringChars(js_name, raw);
          		//}
          		cout<<jstring2str(env,js_name)<<endl;
          	    jfieldID str = (env)->GetFieldID(userClass,"srid","Ljava/lang/String;");
          	   (env)->SetObjectField(_GeodbEntity,str,(env)->NewStringUTF(dd));
          	    //獲取arraylist 類
          	    jclass cls_ArrayList = env->FindClass("java/util/ArrayList");
          		//獲得arraylist id
                  jmethodID construct = env->GetMethodID(cls_ArrayList,"<init>","()V");  
          		//創(chuàng)建arraylist
                  jobject obj_ArrayList = env->NewObject(cls_ArrayList,construct); 
          		//獲取 arraylist 的add 方法
                  jmethodID arrayList_add = env->GetMethodID(cls_ArrayList,"add","(Ljava/lang/Object;)Z");  
          		
          		for(int i=0;i<10;i++){
          			 jobject alistadd = (env)->NewStringUTF("my name is D:"+i); 
          			 //通過 add 方法 添加數(shù)據(jù)到 arraylist中
          			 env->CallObjectMethod(obj_ArrayList,arrayList_add,alistadd);  
          		}
          		jfieldID str1 = (env)->GetFieldID(userClass,"FieldValues","Ljava/util/ArrayList;");
          	   (env)->SetObjectField(_GeodbEntity,str1,obj_ArrayList);
          	return _GeodbEntity;
          }



          
	
          
	
	
          
		posted on 2013-12-30 14:18 brock 閱讀(231) 評(píng)論(0)  編輯  收藏  所屬分類: cpp 
	
          

          







          
	    
    




          





          


          

	
          
		
          
				
		
	
		
          
		
		
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