📄 psiapp.java
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// other_paCert.setValue(otherpacert_out);
// other_paCert.setSize(otherpacert_out.length);
// flag = psi.pmiGetPACertInfo(other_paCert, other_paCertInfo);
// if (flag == 0) {
// xmlparse.setSource(other_paCertInfo.extensions.getValueString());
// switch (algoKind) {
// case 1: // '\001'
// str_other_Alog = xmlparse.getValue("asymm");
// break;
//
// case 2: // '\002'
// str_other_Alog = xmlparse.getValue("symm");
// break;
//
// case 3: // '\003'
// str_other_Alog = xmlparse.getValue("hash");
// break;
//
// case 4: // '\004'
// str_other_Alog = xmlparse.getValue("symm_t");
// break;
//
// case 5: // '\005'
// str_other_Alog = xmlparse.getValue("symm_s");
// break;
//
// default:
// str_other_Alog = xmlparse.getValue("hash");
// break;
// }
// }
// if (str_owner_Alog.equals(""))
// return -18000;
// if (str_other_Alog.equals(""))
// return -18000;
// str_owner_Alog = str_owner_Alog + ",";
// str_other_Alog = str_other_Alog + ",";
// Vector owneralgo = new Vector();
// Vector otheralgo = new Vector();
// do {
// int site = str_owner_Alog.indexOf(",", 0);
// if (site < 0)
// break;
// owneralgo.addElement(str_owner_Alog.substring(0, site));
// str_owner_Alog = str_owner_Alog.substring(site + 1);
// }
// while (true);
// do {
// int site = str_other_Alog.indexOf(",", 0);
// if (site < 0)
// break;
// otheralgo.addElement(str_other_Alog.substring(0, site));
// str_other_Alog = str_other_Alog.substring(site + 1);
// }
// while (true);
// Enumeration owneralgoEnum = owneralgo.elements();
// Enumeration otheralgoEnum = otheralgo.elements();
// if (priorityKind <= 0)
// while (otheralgoEnum.hasMoreElements()) {
// algostring = otheralgoEnum.nextElement().toString();
// while (owneralgoEnum.hasMoreElements())
// if (algostring.equals(owneralgoEnum.nextElement().toString())) {
// p = true;
// break;
// }
// if (p)
// break;
// owneralgoEnum = owneralgo.elements();
// }
// else
// while (owneralgoEnum.hasMoreElements()) {
// algostring = owneralgoEnum.nextElement().toString();
// while (otheralgoEnum.hasMoreElements())
// if (algostring.equals(otheralgoEnum.nextElement().toString())) {
// p = true;
// break;
// }
// if (p)
// break;
// otheralgoEnum = otheralgoEnum = otheralgo.elements();
// }
// if (!p)
// algostring = "";
// if (algostring.equals("SHA1"))
// return 32772;
// if (algostring.equals("MD5"))
// return 32771;
// if (algostring.equals("RSA"))
// return 100;
// if (algostring.equals("ECC"))
// return 101;
// if (algostring.equals("RC4"))
// return 26625;
// if (algostring.equals("3DES"))
// return 26115;
// if (algostring.equals("SSF33"))
// return 9;
// if (algostring.equals("PMC3DES1"))
// return 11;
// if (algostring.equals("PMC3DES2"))
// return 12;
// if (algostring.equals("PMC3DES3"))
// return 13;
// if (algostring.equals("PMC3DES4"))
// return 14;
// if (algostring.equals("PMC3DES5"))
// return 15;
// if (algostring.equals("PMCHASH"))
// return 32773;
// if (algostring.equals(""))
// return 0;
// }
// return flag;
}
// public int AdvGetAttrCertInfo(PKI_DATA i_acCert, ATTR_CERTINFO o_attrCertInfo) {
// int flag = -18000;
// flag = psi.pmiGetAttrCertInfo(i_acCert, o_attrCertInfo);
// return flag;
// }
// public int AdvGetPACertInfo(PKI_DATA i_paCert, PA_CERTINFO o_paCertInfo) {
// int flag = -18000;
// flag = psi.pmiGetPACertInfo(i_paCert, o_paCertInfo);
// return flag;
// }
// public PKI_DATA[] AdvGetAttrCertListFromLDAP(int searchType,
// String searchValue) {
// LDAPProcess ldapprocess = new LDAPProcess();
// switch (searchType) {
// case 1: // '\001'
// return ldapprocess.WHLDAP_GetAACertFromLDAPByUserID(searchValue);
//
// case 2: // '\002'
// return ldapprocess.WHLDAP_GetAACertFromLDAPByTime(searchValue);
//
// case 3: // '\003'
// PKI_DATA buf1[] = new PKI_DATA[1];
// byte buf[] = ldapprocess.WHLDAP_GetSOAFromLDAP(searchValue);
// if (buf != null) {
// buf1[0] = new PKI_DATA(buf, buf.length);
// return buf1;
// }
// else {
// return null;
// }
//
// case 4: // '\004'
// PKI_DATA buf2[] = new PKI_DATA[1];
// byte buff[] = ldapprocess.WHLDAP_GetAATFromLDAP(searchValue);
// if (buff != null) {
// buf2[0] = new PKI_DATA(buff, buff.length);
// return buf2;
// }
// else {
// return null;
// }
// }
// return null;
// }
private synchronized void write(byte bt[], String filepath) {
try {
FileOutputStream fout = new FileOutputStream(filepath);
fout.write(bt);
fout.flush();
fout.close();
CurStatus = 0;
}
catch (Exception err) {
CurStatus = -18003;
}
}
private synchronized byte[] read(String filepath) {
byte buf[] = new byte[1024];
int readSize = 0;
byte b_arr[];
try {
ByteArrayOutputStream b_out = new ByteArrayOutputStream();
FileInputStream fin = new FileInputStream(filepath);
while ( (readSize = fin.read(buf, 0, buf.length)) != -1) {
b_out.write(buf, 0, readSize);
b_out.flush();
}
b_arr = b_out.toByteArray();
b_out.close();
fin.close();
CurStatus = 0;
}
catch (Exception e) {
CurStatus = -18002;
b_arr = new byte[0];
}
return b_arr;
}
/**
* @Description 从LDAP获取用户证书
* @param i_searchType[IN] 查找类型
* 取值范围为
* 1 按用户ID查询
* 2 按用户邮件地址查询
* 3 按证书ID查询
* @param i_certType[IN] 证书类型
* 取值范围为
* 1 加密证书
* 2 签名证书
* 此参数对于按证书ID查询无效
* @param i_searchValue[IN]
* 当searchType取值为1时,此参数为用户ID字符串
* 当searchType取值为2时,此参数为用户邮件字符串
* 当searchType取值为1时,此参数为证书ID字符串
* @return * @param o_outCert[OUT]
*/
public String AdvGetCertFromLDAP(int i_searchType, int i_certType, String i_searchValue)
{
LDAPProcess ldapprocess=new LDAPProcess();
byte[] b_out;
String outStr="";
int flag=ABERROR;
try
{
switch(i_searchType)
{
case 1:
//b_out=ldapprocess.WHLDAP_GetCertByUserid(i_certType,i_searchValue);//不支持
b_out=new byte[0];
break;
case 2:
//b_out=ldapprocess.WHLDAP_GetCertByMailAddr(i_certType,i_searchValue);//不支持
b_out=new byte[0];
break;
case 3:
b_out=ldapprocess.WHLDAP_GetCertByCertID(i_searchValue);
break;
default:
b_out=new byte[0];
}
PKI_DATA outCert=new PKI_DATA();
PKI_DATA encCert=new PKI_DATA();
outCert.setSize(b_out.length);
outCert.setValue(b_out);
flag=psi.pkiBase64Encode(outCert,encCert);
if(flag==0)
outStr=encCert.getValueString();
CurStatus=flag;
}
catch(Exception err)
{
CurStatus=ABERROR;
}
return outStr;
}
/**
* @Description 从LDAP获取CRL列表
* @return CRL数据
*/
public String AdvGetCRLFromLDAP()
{
byte[] CRLData;
LDAPProcess ldapprocess=new LDAPProcess();
String outStr="";
int flag=ABERROR;
try
{
PKI_DATA outCRL=new PKI_DATA();
PKI_DATA encCRL=new PKI_DATA();
CRLData= ldapprocess.WHLDAP_GetCRLFromLDAP();
outCRL.setSize(CRLData.length);
outCRL.setValue(CRLData);
flag=psi.pkiBase64Encode(outCRL,encCRL);
if(flag==0)
outStr=encCRL.getValueString();
CurStatus=flag;
}
catch(Exception err)
{
CurStatus=ABERROR;
}
return outStr;
}
/**
* @Description 按照查询条件获取属性证书
@param searchType[IN] 查找类型
* 取值范围为
* 1 按属性证书对应的PKC证书用户ID搜索
* 2 按时间搜索
* 3 查找属性特权项
* 4 查找特权模板
@param searchValue[IN] 查找值
* 当searchType为1时，此参数为用户ID号。
* 当searchType为2时，此参数为开始时间以及结束时间。
* 时间的形式为"20031113064115-20031213064115"，精确到秒，
* 年为4位，月、日、时、分、秒均为2位。
* 分隔符"-"之前为查询的起始时间，之后为查询的结束时间；
* 如果未给出分隔符"-"以及查询的结束时间，
* 如" 20031113064115",则默认查询结束时间为当前系统时间
* (注：查询的起始时间必须在当前系统时间之前)。
* 当searchType为3时，此参数为证书序列号。
* 当searchType为4时，此参数为证书序列号。
* @return 获取的所有属性证书数组
*/
public PKI_DATA[] AdvGetAttrCertListFromLDAP(int searchType,String searchValue)
{
LDAPProcess ldapprocess=new LDAPProcess();
switch(searchType)
{
case 1:
return ldapprocess.WHLDAP_GetAACertFromLDAPByUserID(searchValue);
case 2:
return ldapprocess.WHLDAP_GetAACertFromLDAPByTime(searchValue);
case 3:
System.out.println("Start WHLDAP_GetSOAFromLDAP");
PKI_DATA[] buf = ldapprocess.WHLDAP_GetSOAFromLDAP(searchValue);
return buf;
case 4:
PKI_DATA[] buf2=new PKI_DATA[1];
byte buff[] = ldapprocess.WHLDAP_GetAATFromLDAP(searchValue);
if(!(buff==null))
{
buf2[0] = new PKI_DATA(buff, buff.length);
return buf2;
}
else
{
return null;
}
default:
return null;
}
}
private PSIJni psi;
private ClientConf conf;
private String keyLabel;
private static final int ABERROR = -18000;
private static final int ENCCERT_NUM_ERROR = -18001;
private static final int READ_FILE_ERROR = -18002;
private static final int WRITE_FILE_ERROR = -18003;
private static final int INFILE_IS_NULL = -18500;
private static final int OUTFILE_IS_NULL = -18501;
private static final int CLEARFILE_IS_NULL = -18502;
private static final int SIGNFILE_IS_NULL = -18003;
private static final int SHA1 = 32772;
private static final int MD5 = 32771;
private static final int RSA = 100;
private static final int ECC = 101;
private static final int RC4 = 26625;
private static final int TRIDES = 26115;
private static final int SSF33 = 9;
private static final int PMC3DES1 = 11;
private static final int PMC3DES2 = 12;
private static final int PMC3DES3 = 13;
private static final int PMC3DES4 = 14;
private static final int PMC3DES5 = 15;
private static final int PMCHASH = 32773;
private int CurStatus;
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