Calculation/app/public/netcasign/js/appPackage.js

function utf8_to_b64(str) {
    return window.btoa(unescape(encodeURIComponent(str)));
}

function b64_to_utf8(str) {
    return decodeURIComponent(escape(window.atob(str)));
}

//////////////工具函数///////////////////

function JsonToTable(json) {
    for (var key in json) {

    }
}

function toggleVisible(dom) {
    toggleClassName(dom.parentElement.getElementsByTagName('table')[0], 'hide');
}
//移除类名
function removeClass(dom, className) {
    var temp = dom.className.split(' ');
    dom.className = ""
    for (var index in temp) {
        if (temp[index] != className) {
            dom.className += (temp[index] + ' ');
        }
    }
}
//添加类名
function addClass(dom, className) {
    if (dom.className != "") {
        if (!hasClass(dom, className)) {
            dom.className += (' ' + className);
        }
    } else {
        dom.className = className;
    }
}

//是否含有此类名
function hasClass(dom, className) {
    var classNames = dom.className.split(' ');
    for (var index in classNames) {
        if (classNames[index] == className) {
            return true;
        }
    }
    return false;
}

function toggleClassName(dom, className) {
    if (hasClass(dom, className)) {
        removeClass(dom, className);
    } else {
        addClass(dom, className);
    }
}

function toggleBlock(className, showElementId) {
    var collection = document.getElementsByTagName('*');
    for (var index = 0; index < collection.length; index++) {
        if (hasClass(collection[index], className)) {
            addClass(collection[index], 'hide');
        }
    }
    var showElement = document.getElementById(showElementId);
    removeClass(showElement, 'hide');
}

function formatPrint(outValue){
	if(outValue == null || outValue == undefined || outValue.length == 0)
		return "null";
	else
		return outValue;
}

function checkServiceOK()
{
	var NETCA_ERROR_WEBSOCKETCONNECTFAIL=-11000;
	var params ={};
	NetcaPKI.checkPKIInstall(params)
	    .Then(function(res)
		{
			SuccessService(res);
        })
        .Catch(function (res)
		{

				//连接失败 返回错误
			    FailedService(res);

        });
}

function SuccessService(res)
{
	checkVersion();
}

function FailedService(res)
{
	alert(res.msg);
}


function getNetcaKeyId(certObj) {
    //绑定值顺序 2019-8-1
    //证书客户服务号(23)->证书实体唯一标识(36)->绑定姆印(1)；*/
    if (certObj.userCertServiceId != null && certObj.userCertServiceId.length != 0) {
        return certObj.userCertServiceId;
    }
    else if (certObj.netcaSubjectUniqueId != null && certObj.netcaSubjectUniqueId.length != 0) {
        return certObj.netcaSubjectUniqueId;
    }
    else {
        return certObj.Thumbprint;
    }
}

function getCertListSuccess(res)
{
	if (res && res.deviceCount === 0) {
		toastr.error('请插入UKey获取证书');
		return;
	} else if (res.deviceCount === 1) {
		toastr.success('获取证书信息成功');
		const cert = res.certInfo[0];
		const tip = "证书主题："+cert.subjectCN+"，keyId："+getNetcaKeyId(cert)+"\n";
		// for( s = 0; s < res.certCount; ++s)
		// {
		// 	const cert = res.certInfo[s];
		// 	tip += "证书主题:"+cert.subjectCN+"，keyId:"+getNetcaKeyId(cert)+"\n";
		// }
		DeviceOutputId.value = tip;
		$('#name').val(cert.subjectCN);
		$('#keyId').val(getNetcaKeyId(cert));
	} else if (res.deviceCount === 2) {
		toastr.error('请拔出多个UKey，保留一个并设置绑定');
		return;
	} else {
		toastr.error('获取证书失败');
	}

}

function getCertListFail(res)
{
   // alert("获取证书列表成功\n" + res.msg);
	$('#netcasign-drive').modal('show');
}

function getCertList()
{
    var params={};
	NetcaPKI.GetCertList(params)
	    .Then(function(res){
			getCertListSuccess(res);
        })
        .Catch(function (res) {
           getCertListFail(res);
        });
}

function DoClearPwdCache() {
    var params = {};
    NetcaPKI.clearPwdCache(params)
	    .Then(function (res) {
	        alert("清除密码缓存成功");
	    })
        .Catch(function (res) {
            alert(res.msg);
        });
}

function publicKeyEncrypt()
{
	var selectType = "Device";
	var selectCondition = "CertType='Encrypt'";
    switch (publicKeyEncSelectOp.value)
	{
        case 'pubkeyEnc_op1':
			var params = {
				cert: { //证书(CertificateParams)
					type: selectType,
					condition: selectCondition
				},
				data: { //数据(DataParams)
					fileName: publicKeyEncFile.value
				}
			}
			NetcaPKI.publicKeyEncrypt(params)
				.Then(function (res) {
					SuccessPublicKeyEncryptFileCallBack(res);

				})
				.Catch(function (res) {
					FailedPublicKeyEncryptFileCallBack(res);

				})
            break;
        case 'pubkeyEnc_op2':
			var params = {
				cert: { //证书(CertificateParams)
					type: selectType,
					condition: selectCondition
				},
				data: { //数据(DataParams)
					text: utf8_to_b64(publicKeyEncClearText.value)
			}};
			NetcaPKI.publicKeyEncrypt(params)
				.Then(function (res) {
					SuccessPublicKeyEncryptFileCallBack(res);
				})
				.Catch(function (res) {
					FailedPublicKeyEncryptFileCallBack(res);
				})
            break;
	}
}

function SuccessPublicKeyEncryptFileCallBack(res)
{
	publicKeyEncResult.value =res.encryptValue;
    lastPublicKeyEncResult.value = res.encryptValue;
}

function FailedPublicKeyEncryptFileCallBack(res)
{
	alert("公钥加密失败\n" + res.msg);
}

function privateKeyDecrypt()
{
	var selectType = "Device";
	var selectCondition = "CertType='Encrypt'";
	var cipherData=lastPublicKeyEncResult.value;
	savefile=null;
	if(publicKeyDecryptFile.value.length > 0)
	{
		savefile=publicKeyDecryptFile.value;
	}
    var params = {
        cert: {
            type: selectType,
            condition: selectCondition
        },
        // algo: 0, //非对称加密算法
        encData: cipherData,
		savefileName:savefile
    };
    NetcaPKI.privateKeyDecrypt(params)
        .Then(function (res) {
            SuccessPrivateKeyDecryptCallBack(res);
        })
        .Catch(function (res) {
           FailedPrivateKeyDecryptCallBack(res);
        })
}

function SuccessPrivateKeyDecryptCallBack(res)
{
	if( res.clearEncodeType == "base64" )
	{
		privateKeyDecResult.value = b64_to_utf8(res.clearValue);
	}
    else if( res.clearEncodeType == "file" )
	{
		 privateKeyDecResult.value  = "文件解密成功，明文文件路径:\n " + savefile;
	}
}

function FailedPrivateKeyDecryptCallBack(res)
{
	alert("解密失败\n" + res.msg);
}

//PKCS#1 签名
function SuccessSignCallBack(res)
{
    p1SignResult.value = "P1签名成功,签名值：\n"  + res.signValue;
	lastP1SignResult.value = res.signValue;

}

function FailedSignCallBack(res)
{
    if (res.netcaCryptoCode != null && res.netcaCryptoCode == -54)
    {
        alert("P1签名失败\n" + res.msg + ":请确认签名算法和密钥是否匹配！");
        return;
    }
    alert("P1签名失败\n" + res.msg);
}
function signSample()
{
    var certEncode = "";
    var selectType = "Device";
    var selectCondition = "InValidity='True' && CertType='Signature'";
    var origindata= utf8_to_b64(p1SignClearText.value);
    var signAlgo = parseInt(P1SignAlgo.value);
    var params = {
        cert: {
            "encode": certEncode,
            "type": selectType,
            "condition": selectCondition
        },
        data: {
            text: origindata
        },
        algo: signAlgo
    };
    NetcaPKI.sign(params)
	    .Then(function (res) {
	        SuccessSignCallBack(res);
	    })
        .Catch(function (res) {
            FailedSignCallBack(res);
        });
}

function SuccessSignVerifyCallBack(res) {

    alert("p1验证签名成功\n" + res.certObject.certCode);
}

function FailedSignVerifyCallBack(res) {
    if (res.netcaCryptoCode != null && res.netcaCryptoCode == -54) {
        alert("P1验证签名失败\n" + res.msg + ":请确认签名算法和密钥是否匹配！");
        return;
    }
    alert("P1验证签名失败\n" + res.msg);
}


function signVerifyTest()
{
    var certEncode = "";
    var selectType = "Device";
    var selectCondition = "InValidity='True' && CertType='Signature'";
    var origindata = utf8_to_b64(lastP1SignClearText.value);
	var signAlgo = parseInt(P1VerifySignAlgo.value);
    var signValue = lastP1SignResult.value;
    var params = {
        cert: {
            "encode": certEncode,
            "type": selectType,
            "condition": selectCondition
        },
        data: {
            text: origindata
        },
        signature:signValue,
        algo: signAlgo
    };
    NetcaPKI.verifySignature(params)
	    .Then(function (res) {
	        SuccessSignVerifyCallBack(res);
	    })
        .Catch(function (res) {
            FailedSignVerifyCallBack(res);
        });
}

function signedDataSign() {
    var certEncode = "";
    var selectType = "Device";
    var selectCondition = "InValidity='True' && CertType='Signature'";
    var _certPwd = CertPwd.value;
    var tbs = utf8_to_b64(SignedDataTBS.value);
    var _useSubjectKeyId = signedDataUseSubjectKeyId.value;
    var _useQ7 = false;
    var _detached = signedDataDetach.value;
    var _tsaURL = "http://tsa.cnca.net/NETCATimeStampServer/TSAServer.jsp";
    var _includeCertOption = 2;

	var params={};
	if(_certPwd=="")
	{
		params = {
			cert: { //证书(CertificateParams)
			encode: certEncode, //可选字段但不能为空
			type: selectType,
			condition: selectCondition
		     },
		data: { //数据(DataParams)
			text: tbs
		},
		useSubjectKeyId: _useSubjectKeyId, //是否使用主体密钥标识符来标识证书，默认为true
		useQ7:_useQ7, //布尔值	是否使用国密Q7的方式，默认为false
		detached: parseInt(_detached),
		tsaURL: _tsaURL,
		includeCertOption: _includeCertOption//整数	包含证书的标识
	};
	}else
	{
		params = {
			cert: { //证书(CertificateParams)
			encode: certEncode, //可选字段但不能为空
			type: selectType,
			condition: selectCondition
			},
			data: { //数据(DataParams)
			text: tbs
			},
			useSubjectKeyId: _useSubjectKeyId, //是否使用主体密钥标识符来标识证书，默认为true
			useQ7:_useQ7, //布尔值	是否使用国密Q7的方式，默认为false
			detached: parseInt(_detached),
			tsaURL: _tsaURL,
			includeCertOption: _includeCertOption,//整数	包含证书的标识
			certPwd:_certPwd
		};
	}
	NetcaPKI.signedDataSign(params)
		.Then(function (res) {

			SuccessSignedDataSignCallBack(res);
		})
		.Catch(function (res) {
			FailedSignedDataSignCallBack(res);
		})
}


function SuccessSignedDataSignCallBack(res)
{
	var retSignValue = res.signValue;

	//处理base填充问题，这里去掉Base64的填充内容
    if(retSignValue!=null&&retSignValue.length>2)
	{
		    var paddingCount=0;
            if(retSignValue[retSignValue.length-1]=="=")
		   {
				paddingCount++;
		   }

		    if(retSignValue[retSignValue.length-2]=="=")
		   {
			   paddingCount++;
		   }

           if(paddingCount>0)
		  {
			   //裁剪后面的=号
			   retSignValue=retSignValue.substring(0,retSignValue.length-paddingCount);
		  }

	}
	if(res.result==-5||res.result==-81)
	{
		retSignValue = "失败\n密码错误，密码重试次数为："+res.retrynum;
	}
	SignedDataPVAL.value = "SignedData签名成功，签名值为:\n"+retSignValue;
    SignedDataSignature.value = retSignValue;
	SignedDataGetInfoSignature.value = retSignValue;
}

function FailedSignedDataSignCallBack(res)
{
	alert("SignedData签名失败\n" + res.msg);
}

function signedDataVerify()
{
	var _verifyLevel=1;//默认为1
	var _signedData = SignedDataSignature.value;
	var tbs=null;
	if (SignedDataVerifyTBS.value.length > 0 && signedDataDetach.value == "1")
	{
        tbs=utf8_to_b64(SignedDataVerifyTBS.value);
    }
    var params = {
        verifyLevel: _verifyLevel, //验证级别，默认为验证签名本身，不验证证书，默认为1
        signedData: _signedData //signedData的编码值
    };
    if (tbs != null) {
        params.originData = {
            text: tbs
        };
    }
    NetcaPKI.signedDataVerify(params)
        .Then(function (res) {
            SuccessSignedDataVerifyCallBack(res);
        })
        .Catch(function (res) {
            FailedSignedDataVerifyCallBack(res);
        })
}

function SuccessSignedDataVerifyCallBack(res)
{
	alert("验证签名成功" + JSON.stringify(res));
}

function FailedSignedDataVerifyCallBack(res)
{
	alert("验证签名失败"+res.msg);
}

function envelopedDataEncrypt() {

	var certCode = "";
	var selectType = "Device";
	var selectCondition = "CertType='Encrypt'";
	var _algo = 0;
	var _useSubjectKeyId = (envelopedDataUseSubjectKeyId.value == 1) ? true : false;

    switch (EnvelopedDataEncryptSelectOp.value) {
        case 'EnvelopedDataEncrypt_op1':
			var params = {
				cert: { //证书(CertificateParams)
					encode: certCode,
					type: selectType,
					condition: selectCondition
				},
				algo : _algo, //对称加密算法，默认为128位的AES CBC模式
				data: {
					fileName: EnvelopedDataEncryptFile.value
				},
				useSubjectKeyId : _useSubjectKeyId
			};
		   NetcaPKI.envelopedDataEncrypt(params)
				.Then(function (res) {
				   SuccessEnvelopedDataEncryptCallBack(res);
				})
				.Catch(function (res) {
					FailedEnvelopedDataEncryptCallBack(res);
				})
            break;
        case 'EnvelopedDataEncrypt_op2':
			var params = {
				cert: { //证书(CertificateParams)
					encode: certCode,
					type: selectType,
					condition: selectCondition
				},
				algo : _algo, //对称加密算法，默认为128位的AES CBC模式
				data: {
					text: utf8_to_b64(EnvelopedDataEncryptClearText.value)
				}
			};
			NetcaPKI.envelopedDataEncrypt(params)
				.Then(function (res) {
				   SuccessEnvelopedDataEncryptCallBack(res);
				})
				.Catch(function (res) {
					FailedEnvelopedDataEncryptCallBack(res);
				})
            break;
    }
}

function SuccessEnvelopedDataEncryptCallBack(res){

	 EnvelopedDataEncryptPVAL.value = "数字信封加密成功，密文为：\n"+res.encryptValue;
     EnvelopedDataDecryptCipher.value = res.encryptValue;
}

function FailedEnvelopedDataEncryptCallBack(res)
{
	 alert("数字信封加密失败\n" + res.msg);
}

function envelopedDataDecrypt() {
	var _encData = EnvelopedDataDecryptCipher.value;
	var _saveFile=null;//解密后如果需要使用文件保存，传入的文件路径
	if(EnvelopedDataDecryptFile.value.length > 0)
	{
		_saveFile=EnvelopedDataDecryptFile.value;
	}
    var params = {
        encData: _encData, //要解密的数据
		savefileName:_saveFile
    };
    NetcaPKI.envelopedDataDecrypt(params)
        .Then(function (res) {
			SuccessEnvDecryptCallBack(res);
        })
        .Catch(function (res) {
            FailedEnvDecryptCallBack(res);
        })
}

function SuccessEnvDecryptCallBack(res)
{
	if( res.clearEncodeType == "base64" )
	{
		EnvelopedDataDecryptClearText.value = b64_to_utf8(res.clearValue);
	}
    else if( res.clearEncodeType == "file" )
	{
		 EnvelopedDataDecryptClearText.value = "文件解密成功，明文文件路径为 " + EnvelopedDataDecryptFile.value;
	}

}

function FailedEnvDecryptCallBack(res)
{
	alert("解密失败 " + res.msg);
}


function AutoSignField() {
	    var _hashAlgo = "SHA-256";//例如：“sha-1”，“sha-256”
        var _srcFile = src_path_for_field.value; //源pdf文件
        var _destFile = des_path_for_field.value;
        var _revInfoIncludeFlag=false; //签名时是否包含签名证书状态信息，true包含
        var _tsaURL= "";//时间戳地址
        var _tsaUsr= ""; //时间戳服务对应用户名
        var _tsaPwd= ""; //时间戳服务对应用户的密码
        var _tsaHashAlgo= ""; //时间戳使用的hash算法，例如”sha-1”，”sha-256”等
        var _allowCertType="";
        /**
         * allowCertType为NULL或者ANY表示不进行限制。
         * RSA为RSA类型，SM2为SM2类型，ECC为ECC类型包括SM2，ECC!SM2为不包括SM2的ECC类型。
         * RSA:SM2为既包括RSA也包括SM2。
         * 默认支持RSA,SM2类型的证书。
         * 中间件 5.2版本新增的
         */
		var _selMode= select_mode.value == "0" ? 0 : 1; //选择模式，有两种：按证书选择（0）和按印章选择（1）
        var _fieldName = pdfsign_field.value;//要进行签名的签名域名称

		var params = {
			hashAlgo: _hashAlgo, //例如：“sha-1”，“sha-256”
			srcFile: _srcFile, //源pdf文件
			destFile: _destFile, //源pdf文件
			revInfoIncludeFlag: _revInfoIncludeFlag, //签名时是否包含签名证书状态信息，true包含
			selMode: _selMode, //选择模式，有两种：按证书选择（0）和按印章选择（1）
			tsaURL: _tsaURL, //时间戳地址
			tsaUsr: _tsaUsr, //时间戳服务对应用户名
			tsaPwd:_tsaPwd, //时间戳服务对应用户的密码
			tsaHashAlgo: _tsaHashAlgo, //时间戳使用的hash算法，例如”sha-1”，”sha-256”等
			allowCertType: _allowCertType,
			/**
			 * allowCertType为NULL或者ANY表示不进行限制。
			 * RSA为RSA类型，SM2为SM2类型，ECC为ECC类型包括SM2，ECC!SM2为不包括SM2的ECC类型。
			 * RSA:SM2为既包括RSA也包括SM2。
			 * 默认支持RSA,SM2类型的证书。
			 * 中间件 5.2版本新增的
			 */

			signField: {
				fieldName: _fieldName //要进行签名的签名域名称
			}
		};
		NetcaPKI.pdfAutoSign(params)
			.Then(function (res) {
			   SignSuccessCallBack();
			})
			.Catch(function (res) {
			   SignFailedCallBack(res);
			});

}

function AutoSignPosition() {
        var _hashAlgo = "SHA-256";//例如：“sha-1”，“sha-256”
        var _srcFile = src_path_for_position.value; //源pdf文件
        var _destFile = des_path_for_position.value;
        var _revInfoIncludeFlag=false; //签名时是否包含签名证书状态信息，true包含
        var _tsaURL= "";//时间戳地址
        var _tsaUsr= ""; //时间戳服务对应用户名
        var _tsaPwd= ""; //时间戳服务对应用户的密码
        var _tsaHashAlgo= ""; //时间戳使用的hash算法，例如”sha-1”，”sha-256”等
        var _allowCertType="";
        /**
         * allowCertType为NULL或者ANY表示不进行限制。
         * RSA为RSA类型，SM2为SM2类型，ECC为ECC类型包括SM2，ECC!SM2为不包括SM2的ECC类型。
         * RSA:SM2为既包括RSA也包括SM2。
         * 默认支持RSA,SM2类型的证书。
         * 中间件 5.2版本新增的
         */
		var _selMode= select_mode.value == "0" ? 0 : 1; //选择模式，有两种：按证书选择（0）和按印章选择（1）
		var _pageNum= parseInt(pdfSign_pageNumber.value); //输入参数，整型，PDF文档的页码，页码从1开始计算。
		var _xPos= parseInt(pdfSign_xpos.value); //输入参数，整型，签章左下角的水平向右方向坐标。
		var _yPos=parseInt(pdfSign_ypos.value); //输入参数，整型，签章左下角的垂直向上方向坐标。
		var _width= parseInt(pdfSign_seal_width.value); //输入参数，整型，签章的宽度。
		var _height=parseInt(pdfSign_seal_height.value) ;//输入参数，整型，签章的高度。

		var params = {
			hashAlgo: _hashAlgo, //例如：“sha-1”，“sha-256”
			srcFile: _srcFile, //源pdf文件
			destFile: _destFile, //源pdf文件
			revInfoIncludeFlag: _revInfoIncludeFlag, //签名时是否包含签名证书状态信息，true包含
			selMode: _selMode, //选择模式，有两种：按证书选择（0）和按印章选择（1）
			tsaURL: _tsaURL, //时间戳地址
			tsaUsr: _tsaUsr, //时间戳服务对应用户名
			tsaPwd:_tsaPwd, //时间戳服务对应用户的密码
			tsaHashAlgo: _tsaHashAlgo, //时间戳使用的hash算法，例如”sha-1”，”sha-256”等
			allowCertType: _allowCertType,
			/**
			 * allowCertType为NULL或者ANY表示不进行限制。
			 * RSA为RSA类型，SM2为SM2类型，ECC为ECC类型包括SM2，ECC!SM2为不包括SM2的ECC类型。
			 * RSA:SM2为既包括RSA也包括SM2。
			 * 默认支持RSA,SM2类型的证书。
			 * 中间件 5.2版本新增的
			 */
			signPosition: {
				pageNum: _pageNum, //输入参数，整型，PDF文档的页码，页码从1开始计算。
				xPos: _xPos, //输入参数，整型，签章左下角的水平向右方向坐标。
				yPos: _yPos, //输入参数，整型，签章左下角的垂直向上方向坐标。
				width: _width, //输入参数，整型，签章的宽度。
				height: _height //输入参数，整型，签章的高度。
			}
		};
		NetcaPKI.pdfAutoSign(params)
			.Then(function (res) {
			   SignSuccessCallBack();
			})
			.Catch(function (res) {
				SignFailedCallBack(res);
			});
}

function SignSuccessCallBack()
{
	alert("签章成功");
}

function SignFailedCallBack(res)
{
	alert("签章失败 " + res.msg);
}

function getCertStringAttribute()
{
 /* 从USBKey中选择NETCA 颁发的签名证书 */
   var certEncode = CertCodeText.value;
   var selectType = "";
   var selectCondition = "";
   var attId = parseInt(CertAttributeIdText.value);

	if( CertCodeText.value.length == 0 )
	{
	    selectType = "Device";
        selectCondition = "IssuerCN~'NETCA' && InValidity='True' && CertType='Signature'";
	}

	var params = {
		 cert: {
           "encode":certEncode,
		   "type":selectType,
		   "condition":selectCondition
		   },
		   id:attId
		};
	NetcaPKI.getCertStringAttribute(params)
	    .Then(function(res){
			successGetCertStringAttributeCallBack(res);
        })
        .Catch(function (res) {
           failedGetCertStringAttributeCallBack(res);
        });
}

function successGetCertStringAttributeCallBack(res)
{

		var idvalue="";
		if(CertAttributeIdText.value > 0 )
			idvalue = "id " + CertAttributeIdText.value + "对应的属性值为 " + formatPrint(res.value);

		CertCodeText.value = res.certCode;

var tip =	"证书解析成功\n" + idvalue +
			"\n公钥算法(1-RSA,2-DSA,3-DH,4-ECC)为 " + res.publicKeyAlgorithm +
			"  公钥类型(1-RSA,2-SM2,3-ECC)为 " + res.publicKeyType +
			"  公钥长度为 " + res.publicKeyBits +

			"\n颁发者为 " + formatPrint(res.issuer)  +
			"\n颁发者C为 " +  formatPrint(res.issuerC) +
			"\n颁发者ST为 " + formatPrint(res.issuerST) +
			"\n颁发者L为 " + formatPrint(res.issuerL) +
			"\n颁发者O为 " + formatPrint(res.issuerO) +
			"\n颁发者OU为 " + formatPrint(res.issuerOU) +
			"\n颁发者CN为 " + formatPrint(res.issuerCN) +

			"\n主体者C为 " + formatPrint(res.subjectC) +
			"\n主体ST为 " + formatPrint(res.subjectST) +
			"\n主体L为 " + formatPrint(res.subjectL) +
			"\n主体O为 " + formatPrint(res.subjectO) +
			"\n主体OU为 " + formatPrint(res.subjectOU) +
			"\n主体EMAIL为 " + formatPrint(res.subjectEmail) +
			"\n主体CN为 " + formatPrint(res.subjectCN) +

			"\n有效期开始时间为 " + formatPrint(res.validFromDate) +
			"\n有效期结束时间为 " + formatPrint(res.validToDate) +


			"\nHex编码的证书序列号为 " + formatPrint(res.serialNumber) +
			"\n密钥用法为 " + formatPrint(res.keyUsage) +
			"\n用户证书服务号为 " + formatPrint(res.userCertServiceId) +
			"\n证书类别为 " + formatPrint( res.certClassExtValue) +

			"\n深圳地标唯一标识为 " + formatPrint(res.shenzhenSubjectUniqueId) +
			"\nNETCA唯一标识为 " + formatPrint(res.netcaSubjectUniqueId)+
			"\n实施证书唯一标识 " + formatPrint(res.AppUsrCertNO);

			if(res.netcaIdentifyItemsCount==null||res.netcaIdentifyItemsCount==0)
			{
				tip+="\n个人身份标识扩展不存在";
			}
			else
			{
				tip+="\n个人身份标识编码个数: " + res.netcaIdentifyItemsCount;
				var i=0;
				for(i=0;i<res.netcaIdentifyItemsCount;++i)
				{
                   tip+="\n个人身份标识编码值:"+res.netcaIdentifyItems[i];
				}
			}


            if(res.netcaEnterpriseidItemsCount==null||res.netcaEnterpriseidItemsCount==0)
			{
				tip+="\n企业机构身份标识扩展不存在";
			}
			else
			{
				tip+="\n企业机构身份标识编码个数: " + res.netcaEnterpriseidItemsCount;
				var i=0;
				for(i=0;i<res.netcaEnterpriseidItemsCount;++i)
				{
                   tip+="\n企业机构身份标识编码值:"+res.netcaEnterpriseidItems[i];
				}
			}
            CertAttributeValue.value = tip;
}

function failedGetCertStringAttributeCallBack(res)
{
	alert("失败\n" + res.msg);
}

function isInsertKey()
{
	var _cert = CertCodeText.value;
	var _sn = keySN.value;
	var _type = parseInt(keyType.value);

	var params = {
		 cert: {
           "encode":_cert
		   },//可选,指定证书所在的Key是否插入
		 sn:_sn, //可选
		 type:_type //可选
		};
	NetcaPKI.isInsertKey(params)
	    .Then(function(res){
			if (res.insertCount > 0)
			{
				InsertCallBack(res);
			}
			else
			{
				UnInsertCallBack(res);
			}
        })
        .Catch(function (res) {
        UnInsertCallBack(res);
        });
}

function InsertCallBack(res)
{
	var tip = "检测是否插入key接口调用成功\n设备数量为 " + res.insertCount;
	for( s = 1; s <= res.insertCount; ++s)
	{
		var temp = "type" + s;
		tip += "\n设备" + s +"的类型为" + res[temp];

		var temp2 = "sn" + s;
		tip += "   序列号为 " + res[temp2];

		var temp3="retrynum"+s;
		tip += "密码重试次数为 " + res[temp3];

		if(s == 1 && keySN.value == "" && keyType.value == "")
		{
			keySN.value = res[temp2];
			keyType.value = res[temp];
		}

	}
	DeviceOutputId.value = tip;
}

function UnInsertCallBack(res)
{
	if (res.insertCount == 0)
		DeviceOutputId.value = "检测是否插入key接口调用成功,没有发现符合条件的Key";
	else
		DeviceOutputId.value = res.msg;

}

function monitorDevice()
{
	var _delayTime=0;//延迟时间，单位是毫秒，默认是0毫秒
	var params = {
        delayTime: _delayTime //延迟时间，默认为0毫秒
    };
	NetcaPKI.monitorDevice(params)
	    .Then(function(res)
		{
			SuccessMonitorDeviceCallBack(res);
        })
        .Catch(function (res)
		{
			FailedMonitorDeviceCallBack(res);
        });
}

function SuccessMonitorDeviceCallBack(res)
{
	if(res !=null)
	{
		var deviceType=res.type;
		var deviceStatus;
		var isPullOut=res.pullOut;
		deviceSn=res.sn;
		if(isPullOut==1)
		{
			deviceStatus="拔出";
			alert("设备序列号为："+deviceSn+"\n设备类型为："+deviceType+"\n设备状态为："+deviceStatus);
		}
		else{

			deviceStatus="插入";
			alert("设备序列号为："+deviceSn+"\n设备类型为："+deviceType+"\n设备状态为："+deviceStatus);
		}
	}
}

function FailedMonitorDeviceCallBack(res)
{
	alert("失败\n"+res.msg);
}

function checkVersion()
{
	var params ={};
	NetcaPKI.getVersionInfo(params)
	    .Then(function(res)
		{
			SuccessGetVersionInfoCallBack(res);
        })
        .Catch(function (res)
		{
			FailedGetVersionInfoCallBack(res);
        });
}

function SuccessGetVersionInfoCallBack(res)
{
	var versionInfo=res.VersionInfo;
	var version =res.Version;
	alert("网证通相关驱动已经成功安装\n版本号为："+version+"\n版本号信息为："+versionInfo+"\n版本UID为："+res.UID);
}

function FailedGetVersionInfoCallBack(res)
{
	alert("多浏览器应用插件相关文件回调失败\n" + res.msg);
}

function FailedGetCertOidCallBack(res) {
    alert("获取证书扩展项失败\n" + res.msg);
}

function SuccessGetCertOidCallBack(res) {

    if(res.isExist==0)
	{
		 alert("获取证书扩展项成功，但证书没有对应的扩展项");
		 return;
	}

    alert("获取证书扩展项成功\n"+ res.extensionValue);
}

function getCertOid() {
	var _encode = CertCodeText.value;
	var _selectType = "Device";
	var _condition = "CertType='Signature'&& InValidity='True'";
	var _oidstr = certOid.value;
	var _oidType = parseInt(certOidType.value);

	var params = {
	  cert: {
	   "encode":_encode,
	   "type":_selectType,
	   "condition":_condition
	   },
	   oidstr:_oidstr,
		type: _oidType
	};
	NetcaPKI.getCertStringExtensionValue(params)
		.Then(function (res) {
			SuccessGetCertOidCallBack(res);
		})
		.Catch(function (res) {
			FailedGetCertOidCallBack(res);
		});
}

function verifyPwd()
{
	var _pwd = pwdId.value;
	var _encode = CertCodeText.value;
	var _sn = keySN.value;
	var _type = parseInt(keyType.value);

	var params = {
		pwd:_pwd,
		 cert: {
           "encode":_encode
		   },//可选,指定证书所在的Key是否插入
		 sn:_sn, //可选
		 type:_type //可选
		};

	NetcaPKI.verifyKeyPwd(params)
	    .Then(function(res){
			if (res.result == 1)
			{
				verifySuccess(res);
			}
			else
			{
				verifyFailed(res);
			}

        })
        .Catch(function (res) {
            alert(res.msg);
        });
}

function verifySuccess(res)
{
	var tip = "密码验证成功，验证的设备类型为 " + res.type +
				";  验证的设备序列号为 " + res.sn
				+ ";  密码剩余重试次数为 " + res.retrynum;
	DeviceOutputId.value = tip;
}

function verifyFailed(res)
{
	var tip = "密码验证失败，错误码为" + res.result +
				";  验证的设备类型为 " + res.type +
				";  验证的设备序列号为 " + res.sn
				+ ";  密码剩余重试次数为 " + res.retrynum;
	DeviceOutputId.value = tip;
}

function formatPrint(outValue){
	if(outValue == null || outValue == undefined || outValue.length == 0)
		return "null";
	else
		return outValue;
}

function getHardDeviceInformation()
{
	var params ={};
	NetcaPKI.getHardDeviceInformation(params)
	    .Then(function(res)
		{
			SuccessGetHardDeviceCallBack(res);
        })
        .Catch(function (res)
		{
			FailedGetHardDeviceCallBack(res);
        });
}

function SuccessGetHardDeviceCallBack(res)
{
	var tip = "当前时间为 " + res.time +
	           ", mac 为 " + res.mac +
	          ", 硬盘序列号为 " + res.diskSN +
			  ", CPUID为 " + res.cpuid +
			  ", 主板序列号为 " + res.boardsn +
			  ", 主板类型为 " + res.boardtype;
	alert(tip);
}

function FailedGetHardDeviceCallBack(res)
{
	alert("获取硬件信息失败 " + res.msg);
}

function getNetworkInformation()
{
    var params = {};
    NetcaPKI.getNetworkInformation(params)
        .Then(function(res)
        {
            SuccessGetNetworkCallBack(res);
        })
        .Catch(function(res)
        {
            FailedGetNetworkCallBack(res);
        });
}
function SuccessGetNetworkCallBack(res)
{
	var Base64={_keyStr:"ABCDEFGHIJKLMNOPQRSTUVWXYZabcdefghijklmnopqrstuvwxyz0123456789+/=",encode:function(e){var t="";var n,r,i,s,o,u,a;var f=0;e=Base64._utf8_encode(e);while(f<e.length){n=e.charCodeAt(f++);r=e.charCodeAt(f++);i=e.charCodeAt(f++);s=n>>2;o=(n&3)<<4|r>>4;u=(r&15)<<2|i>>6;a=i&63;if(isNaN(r)){u=a=64}else if(isNaN(i)){a=64}t=t+this._keyStr.charAt(s)+this._keyStr.charAt(o)+this._keyStr.charAt(u)+this._keyStr.charAt(a)}return t},decode:function(e){var t="";var n,r,i;var s,o,u,a;var f=0;e=e.replace(/[^A-Za-z0-9+/=]/g,"");while(f<e.length){s=this._keyStr.indexOf(e.charAt(f++));o=this._keyStr.indexOf(e.charAt(f++));u=this._keyStr.indexOf(e.charAt(f++));a=this._keyStr.indexOf(e.charAt(f++));n=s<<2|o>>4;r=(o&15)<<4|u>>2;i=(u&3)<<6|a;t=t+String.fromCharCode(n);if(u!=64){t=t+String.fromCharCode(r)}if(a!=64){t=t+String.fromCharCode(i)}}t=Base64._utf8_decode(t);return t},_utf8_encode:function(e){e=e.replace(/rn/g,"n");var t="";for(var n=0;n<e.length;n++){var r=e.charCodeAt(n);if(r<128){t+=String.fromCharCode(r)}else if(r>127&&r<2048){t+=String.fromCharCode(r>>6|192);t+=String.fromCharCode(r&63|128)}else{t+=String.fromCharCode(r>>12|224);t+=String.fromCharCode(r>>6&63|128);t+=String.fromCharCode(r&63|128)}}return t},_utf8_decode:function(e){var t="";var n=0;var r=c1=c2=0;while(n<e.length){r=e.charCodeAt(n);if(r<128){t+=String.fromCharCode(r);n++}else if(r>191&&r<224){c2=e.charCodeAt(n+1);t+=String.fromCharCode((r&31)<<6|c2&63);n+=2}else{c2=e.charCodeAt(n+1);c3=e.charCodeAt(n+2);t+=String.fromCharCode((r&15)<<12|(c2&63)<<6|c3&63);n+=3}}return t}};
	var tip = "所有网卡信息：\n";
	for(i in res.AdaptorInfo)
	{
		var adapterInfo = "{" +
			"\"Name\"=" + Base64.decode(res.AdaptorInfo[i]["Name"]) +
			", \"Mac\"=" + res.AdaptorInfo[i]["Mac"] +
			", \"IPV4\"=" + res.AdaptorInfo[i]["IPV4"] +
			", \"GateWay\"=" + res.AdaptorInfo[i]["GateWay"] +
			", DNS信息= [";
		var dnsInfo = "";
		for(j in res.AdaptorInfo[i]["DNS"])
		{
			dnsInfo += "\"DNS" + j + "\"=" + res.AdaptorInfo[i]["DNS"][j] + " ";
		}
		dnsInfo += "]}\n"
		tip = tip + adapterInfo + dnsInfo;
	}
	// "网络IP地址：" + res.InuseAdaptor.IPV4 +
	// "\n网关地址：" + res.InuseAdaptor.GateWay +
	// "\nDNS地址：" + res.InuseAdaptor.DNS;
	tip += "\n当前用户登录名：" + Base64.decode(res.LoginName) +
	"\n操作系统版本号：" + res.OSVersion;
	tip += "\n已连接wifi：{" +
		"\"Name\"=" + Base64.decode(res.ConnectedWifi["Name"]) +
		", \"Mac\"=" + res.ConnectedWifi["Mac"] + "}";
	tip += "\n可连接的所有潜在wifi：\n";
	for(i in res.AttachableWifis)
	{
		var wifiStr = "{" +
			"\"Name\"=" + Base64.decode(res.AttachableWifis[i]["Name"]) +
			", \"Mac\"=" + res.AttachableWifis[i]["Mac"] +
			"}\n";
		tip += wifiStr;
	}
	alert(tip);
	console.log(tip);
}
function FailedGetNetworkCallBack(res)
{
	alert("获取网络信息失败：" + res.msg);
}

function seal_SignSealField(_selMode)
{
	var _srcFile = signatureCreator_src_path.value;  //源Pdf文件路径
	var _srcBytes = signatureCreator_srcBytes.value; //源Pdf文件字节流
    var _destFile = signatureCreator_des_path.value; //目标pdf文件
    var _certEncode = signatureCreator_certEncode.value;       //签名证书Base64编码
    var _selMode = parseInt(_selMode.name);                    //操作模式
	var _signFieldText = signatureCreator_signFieldText.value;	//签名域显示的文字
    var _sealImageEncode = signatureCreator_sealImageEncode.value;//签章图片Base64编码
    var _fieldName = signatureCreator_field.value; //签名域名称
	var _revInfoIncludeFlag = (signatureCreator_revInfoIncludeFlag.value == 1) ? true : false; //是否包含吊销信息
    var _tsaUrl= "";                                 //时间戳地址
    var _tsaUsr= "";                                 //时间戳服务对应用户名
    var _tsaPwd= "";                                 //时间戳服务对应用户的密码
	var _tsaHashAlgo= "";                            //时间戳使用的hash算法，例如”sha-1”，”sha-256”等

    var params = {
        srcFile: _srcFile,                      //源pdf文件
        srcBytes: _srcBytes,                    //源Pdf文件的Base64编码
        destFile: _destFile,                    //目标pdf文件
        certEncode: _certEncode,                //签名证书Base64编码
        selMode: _selMode,                      //操作模式
        signFieldText: _signFieldText,          //签名域显示的文字
        sealImageEncode: _sealImageEncode,      //签章图片Base64编码
        revInfoIncludeFlag: _revInfoIncludeFlag,//是否包含吊销信息
        SignField:                              //签名域对象
        {
            fieldName: _fieldName              //签名域名称
        },
        Tsa:                                    //时间戳对象
        {
            tsaUrl: _tsaUrl,                    //时间戳地址
            tsaUsr: _tsaUsr,                    //时间戳服务对应用户名
            tsaPwd: _tsaPwd,                    //时间戳服务对应用户的密码
            tsaHashAlgo: _tsaHashAlgo           //时间戳使用的hash算法，例如”sha-1”，”sha-256”等
        }
    };
    NetcaPKI.signatureCreatorSignSeal(params)
        .Then(function (res)
        {
            SignatureCreatorSuccessCallBack(res);
        })
        .Catch(function (res)
        {
            SignatureCreatorFailedCallBack(res);
        });
}
function seal_SignSealPosition(_selMode)
{
    var _srcFile = signatureCreator_src_path.value;  //源Pdf文件
	var _srcBytes = signatureCreator_srcBytes.value; //源Pdf文件字节流
    var _destFile = signatureCreator_des_path.value; //目标pdf文件
    var _certEncode = signatureCreator_certEncode.value;       //签名证书Base64编码
    var _selMode = parseInt(_selMode.name);                    //操作模式
	var _signFieldText = signatureCreator_signFieldText.value;	//签名域显示的文字
    var _sealImageEncode = signatureCreator_sealImageEncode.value;//签章图片Base64编码
	var _revInfoIncludeFlag = (signatureCreator_revInfoIncludeFlag.value == 1) ? true : false; //是否包含吊销信息

    var _pageNum = parseInt(signatureCreator_pageNumber.value);  //PDF文档的页码
    var _xPos = parseInt(signatureCreator_xpos.value);           //签名域/签章左下角的水平向右方向坐标
    var _yPos = parseInt(signatureCreator_ypos.value);           //签名域/签章左下角的垂直向上方向坐标
    var _width = parseInt(signatureCreator_width.value);         //签名域/签章的宽度
    var _height = parseInt(signatureCreator_height.value);       //签名域/签章的高度

    var _tsaUrl= "http://tsa.cnca.net/NETCATimeStampServer/TSAServer.jsp";                                 //时间戳地址
    var _tsaUsr= "";                                 //时间戳服务对应用户名
    var _tsaPwd= "";                                 //时间戳服务对应用户的密码
    var _tsaHashAlgo= "";                            //时间戳使用的hash算法，例如”sha-1”，”sha-256”等

    var params = {
        srcFile: _srcFile,                      //源pdf文件
        srcBytes: _srcBytes,                    //源Pdf文件的Base64编码
        destFile: _destFile,                    //目标pdf文件
        certEncode: _certEncode,                //签名证书Base64编码
        selMode: _selMode,                      //操作模式
        signFieldText: _signFieldText,          //签名域显示的文字
        sealImageEncode: _sealImageEncode,      //签章图片Base64编码
        revInfoIncludeFlag: _revInfoIncludeFlag,//是否包含吊销信息
        SignPosition:                           //签名位置对象
        {
            pageNum: _pageNum,                  //PDF文档的页码
            xPos: _xPos,                        //签名域/签章左下角的水平向右方向坐标
            yPos: _yPos,                        //签名域/签章左下角的垂直向上方向坐标
            width: _width,                      //签名域/签章的宽度
            height: _height                    //签名域/签章的高度
        },
        Tsa:                                    //时间戳对象
        {
            tsaUrl: _tsaUrl,                    //时间戳地址
            tsaUsr: _tsaUsr,                    //时间戳服务对应用户名
            tsaPwd: _tsaPwd,                    //时间戳服务对应用户的密码
            tsaHashAlgo: _tsaHashAlgo           //时间戳使用的hash算法，例如”sha-1”，”sha-256”等
        }
    };
    NetcaPKI.signatureCreatorSignSeal(params)
        .Then(function (res)
        {
            SignatureCreatorSuccessCallBack(res);
        })
        .Catch(function (res)
        {
            SignatureCreatorFailedCallBack(res);
        });
}

function SignatureCreatorSuccessCallBack(res)
{
	var result = "签名/章成功, 目标文件的Base64编码：\n" + res.destFileEncode;
	alert(result);
	console.log(res.destFileEncode);
	if(res.destFileEncode.length >= 20*1024*1024)
	{
		alert("注意：目标文件大于20M，会造成浏览器卡顿");
	}
	NetcaPDFSeal.preViewPDF(1, res.destFileEncode);
}
function SignatureCreatorFailedCallBack(res)
{
    alert("签名/章失败 " + res.msg);
}

function seal_SignSealFieldEx(selMode)
{
	var _srcFile = signatureCreator_src_pathEx.value;  //源Pdf文件路径
	var _srcBytes = signatureCreator_srcBytesEx.value; //源Pdf文件字节流
    var _destFile = signatureCreator_des_pathEx.value; //目标pdf文件
    var _certEncode = signatureCreator_certEncodeEx.value;       //签名证书Base64编码
    var _selMode = parseInt(selMode.name);                    //操作模式
	var _signFieldText = signatureCreator_signFieldTextEx.value;	//签名域显示的文字
    var _sealImageEncode = signatureCreator_sealImageEncodeEx.value;//签章图片Base64编码
    var _fieldName = signatureCreator_fieldEx.value; //签名域名称
	var _revInfoIncludeFlag = (signatureCreator_revInfoIncludeFlagEx.value == 1) ? true : false; //是否包含吊销信息

    var _tsaUrl= "";                                 //时间戳地址
    var _tsaUsr= "";                                 //时间戳服务对应用户名
    var _tsaPwd= "";                                 //时间戳服务对应用户的密码
	var _tsaHashAlgo= "";                            //时间戳使用的hash算法，例如”sha-1”，”sha-256”等

	var _text=signatureCreator_textEx.value;										//自定义文本信息
	var _timeFormat=signatureCreator_timeFormatEx.value;							//日期格式
	var _widthPercentage=parseFloat(signatureCreator_widthPercentageEx.value);		//宽偏移百分比
	var _heightPercentage=parseFloat(signatureCreator_heightPercentageEx.value);	//高偏移百分比
	var _fontName=signatureCreator_fontNameEx.value;					//字体
	var _fontSize=parseInt(signatureCreator_fontSizeEx.value);			//字体大小
	var _A=parseInt(signatureCreator_fontColorAEx.value);				//透明度
	var _R=parseInt(signatureCreator_fontColorREx.value);				//红色
	var _G=parseInt(signatureCreator_fontColorGEx.value);				//绿色
	var _B=parseInt(signatureCreator_fontColorBEx.value);				//蓝色

    var params = {
        srcFile: _srcFile,                      //源pdf文件
        srcBytes: _srcBytes,                    //源Pdf文件的Base64编码
        destFile: _destFile,                    //目标pdf文件
        certEncode: _certEncode,                //签名证书Base64编码
        selMode: _selMode,                      //操作模式
        signFieldText: _signFieldText,          //签名域显示的文字
        sealImageEncode: _sealImageEncode,      //签章图片Base64编码
        revInfoIncludeFlag: _revInfoIncludeFlag,//是否包含吊销信息
        SignField:                              //签名域对象
        {
            fieldName: _fieldName              //签名域名称
        },
        Tsa:                                    //时间戳对象
        {
            tsaUrl: _tsaUrl,                    //时间戳地址
            tsaUsr: _tsaUsr,                    //时间戳服务对应用户名
            tsaPwd: _tsaPwd,                    //时间戳服务对应用户的密码
            tsaHashAlgo: _tsaHashAlgo           //时间戳使用的hash算法，例如”sha-1”，”sha-256”等
        },
        TimeObj:
        {
            text: _text,                        //自定义文本信息
            timeFormat: _timeFormat,            //日期格式
            widthPercentage: _widthPercentage,  //宽偏移百分比
            heightPercentage: _heightPercentage,//高偏移百分比
            fontName: _fontName,                //字体
            fontSize: _fontSize,                //字体大小
            FontColor:
            {
                A: _A,
                R: _R,
                G: _G,
                B: _B
            }
        },
		AppearanceObj:
		{
			appearanceType:parseInt(signatureCreator_appearanceType.value), 		//外观类型
			width:parseInt(signatureCreator_appearanceWidth.value), 	 			//外观宽度
			height:parseInt(signatureCreator_appearanceHeight.value),  				//外观高度
			textSpirits:g_textSpirits												//文本信息
		}
    };
    NetcaPKI.SignatureCreatorSignSealEx(params)
        .Then(function (res)
        {
            SignatureCreatorSuccessCallBackEx(res);
        })
        .Catch(function (res)
        {
            SignatureCreatorFailedCallBackEx(res);
        });
}

function seal_SignSealPositionEx(selMode)
{
    var _srcFile = signatureCreator_src_pathEx.value;  //源Pdf文件
	var _srcBytes = signatureCreator_srcBytesEx.value; //源Pdf文件字节流
    var _destFile = signatureCreator_des_pathEx.value; //目标pdf文件
    var _certEncode = signatureCreator_certEncodeEx.value;       //签名证书Base64编码
    var _selMode = parseInt(selMode.name);                    //操作模式
	var _signFieldText = signatureCreator_signFieldTextEx.value;	//签名域显示的文字
    var _sealImageEncode = signatureCreator_sealImageEncodeEx.value;//签章图片Base64编码
	var _revInfoIncludeFlag = (signatureCreator_revInfoIncludeFlagEx.value == 1) ? true : false; //是否包含吊销信息

    var _positionStartPage = parseInt(signatureCreator_position_startPageEx.value);  //PDF文档的开始页码
    var _positionEndPage = parseInt(signatureCreator_position_endPageEx.value);  	  //PDF文档的结束页码
    var _xPos = parseInt(signatureCreator_xposEx.value);           //签名域/签章左下角的水平向右方向坐标
    var _yPos = parseInt(signatureCreator_yposEx.value);           //签名域/签章左下角的垂直向上方向坐标
    var _positioinWidth = parseInt(signatureCreator_position_widthEx.value);         //签名域/签章的宽度
    var _positionHeight = parseInt(signatureCreator_position_heightEx.value);       //签名域/签章的高度

    var _tsaUrl= "";                                 //时间戳地址
    var _tsaUsr= "";                                 //时间戳服务对应用户名
    var _tsaPwd= "";                                 //时间戳服务对应用户的密码
    var _tsaHashAlgo= "";                            //时间戳使用的hash算法，例如”sha-1”，”sha-256”等

	var _text=signatureCreator_textEx.value;										//自定义文本信息
	var _timeFormat=signatureCreator_timeFormatEx.value;							//日期格式
	var _widthPercentage=parseFloat(signatureCreator_widthPercentageEx.value);		//宽偏移百分比
	var _heightPercentage=parseFloat(signatureCreator_heightPercentageEx.value);	//高偏移百分比
	var _fontName=signatureCreator_fontNameEx.value;			//字体
	var _fontSize=parseInt(signatureCreator_fontSizeEx.value);			//字体大小
	var _A=parseInt(signatureCreator_fontColorAEx.value);				//透明度
	var _R=parseInt(signatureCreator_fontColorREx.value);				//红色
	var _G=parseInt(signatureCreator_fontColorGEx.value);				//绿色
	var _B=parseInt(signatureCreator_fontColorBEx.value);				//蓝色

    var params = {
        srcFile: _srcFile,                      //源pdf文件
        srcBytes: _srcBytes,                    //源Pdf文件的Base64编码
        destFile: _destFile,                    //目标pdf文件
        certEncode: _certEncode,                //签名证书Base64编码
        selMode: _selMode,                      //操作模式
        signFieldText: _signFieldText,          //签名域显示的文字
        sealImageEncode: _sealImageEncode,      //签章图片Base64编码
        revInfoIncludeFlag: _revInfoIncludeFlag,//是否包含吊销信息
        SignPosition:                           //签名位置对象
        {
            startPage: _positionStartPage,      //PDF文档的开始页码
            endPage: _positionEndPage,          //PDF文档的结束页码
            xPos: _xPos,                        //签名域/签章左下角的水平向右方向坐标
            yPos: _yPos,                        //签名域/签章左下角的垂直向上方向坐标
            width: _positioinWidth,             //签名域/签章的宽度
            height: _positionHeight             //签名域/签章的高度
        },
        Tsa:                                    //时间戳对象
        {
            tsaUrl: _tsaUrl,                    //时间戳地址
            tsaUsr: _tsaUsr,                    //时间戳服务对应用户名
            tsaPwd: _tsaPwd,                    //时间戳服务对应用户的密码
            tsaHashAlgo: _tsaHashAlgo           //时间戳使用的hash算法，例如”sha-1”，”sha-256”等
        },
        TimeObj:
        {
            text: _text,                        //自定义文本信息
            timeFormat: _timeFormat,            //日期格式
            widthPercentage: _widthPercentage,  //宽偏移百分比
            heightPercentage: _heightPercentage,//高偏移百分比
            fontName: _fontName,                //字体
            fontSize: _fontSize,                //字体大小
            FontColor:
            {
                A: _A,
                R: _R,
                G: _G,
                B: _B
            }
		},
		AppearanceObj:
		{
			appearanceType:parseInt(signatureCreator_appearanceType.value), 		//外观类型
			width:parseInt(signatureCreator_appearanceWidth.value), 	 			//外观宽度
			height:parseInt(signatureCreator_appearanceHeight.value),  				//外观高度
			textSpirits:g_textSpirits												//文本信息
		}
    };
    NetcaPKI.SignatureCreatorSignSealEx(params)
        .Then(function (res)
        {
            SignatureCreatorSuccessCallBackEx(res);
        })
        .Catch(function (res)
        {
            SignatureCreatorFailedCallBackEx(res);
        });
}

function seal_SealKeyWord(selMode)
{
    var _srcFile = signatureCreator_src_pathEx.value;  //源Pdf文件
	var _srcBytes = signatureCreator_srcBytesEx.value; //源Pdf文件字节流
    var _destFile = signatureCreator_des_pathEx.value; //目标pdf文件
    var _certEncode = signatureCreator_certEncodeEx.value;       //签名证书Base64编码
    var _selMode = parseInt(selMode.name);                    //操作模式
	var _signFieldText = signatureCreator_signFieldTextEx.value;	//签名域显示的文字
    var _sealImageEncode = signatureCreator_sealImageEncodeEx.value;//签章图片Base64编码
	var _revInfoIncludeFlag = (signatureCreator_revInfoIncludeFlagEx.value == 1) ? true : false; //是否包含吊销信息

    var _tsaUrl= "";                                 //时间戳地址
    var _tsaUsr= "";                                 //时间戳服务对应用户名
    var _tsaPwd= "";                                 //时间戳服务对应用户的密码
    var _tsaHashAlgo= "";                            //时间戳使用的hash算法，例如”sha-1”，”sha-256”等

	var _text=signatureCreator_textEx.value;										//自定义文本信息
	var _timeFormat=signatureCreator_timeFormatEx.value;							//日期格式
	var _widthPercentage=parseFloat(signatureCreator_widthPercentageEx.value);		//宽偏移百分比
	var _heightPercentage=parseFloat(signatureCreator_heightPercentageEx.value);	//高偏移百分比
	var _fontName=signatureCreator_fontNameEx.value;			//字体
	var _fontSize=parseInt(signatureCreator_fontSizeEx.value);			//字体大小
	var _A=parseInt(signatureCreator_fontColorAEx.value);				//透明度
	var _R=parseInt(signatureCreator_fontColorREx.value);				//红色
	var _G=parseInt(signatureCreator_fontColorGEx.value);				//绿色
	var _B=parseInt(signatureCreator_fontColorBEx.value);				//蓝色

	var _keyWord = signatureCreator_keyWordEx.value;								//关键字
	var _keyWordStartPage = parseInt(signatureCreator_keyword_startPageEx.value);	//PDF文档的开始页码
	var _keyWordEndPage = parseInt(signatureCreator_keyword_endPageEx.value);		//PDF文档的开始页码
	var _keyWordIndex = parseInt(signatureCreator_keyWordIndexEx.value);			//关键字索引
	var _keyWordWidth = parseInt(signatureCreator_keyword_widthEx.value);			//签名域矩形的宽度
	var _keyWordHeight = parseInt(signatureCreator_keyword_heightEx.value);		//签名域矩形的高度
	var _offsetX = parseInt(signatureCreator_offsetXEx.value);						//水平偏移量
	var _offsetY = parseInt(signatureCreator_offsetYEx.value);						//垂直偏移量

    var params = {
        srcFile: _srcFile,                      //源pdf文件
        srcBytes: _srcBytes,                    //源Pdf文件的Base64编码
        destFile: _destFile,                    //目标pdf文件
        certEncode: _certEncode,                //签名证书Base64编码
        selMode: _selMode,                      //操作模式
        signFieldText: _signFieldText,          //签名域显示的文字
        sealImageEncode: _sealImageEncode,      //签章图片Base64编码
        revInfoIncludeFlag: _revInfoIncludeFlag,//是否包含吊销信息
        SealKeyWord:                            //关键字对象
        {
            keyWord: _keyWord,                  //关键字
            startPage: _keyWordStartPage,       //PDF文档的开始页码
            endPage: _keyWordEndPage,           //PDF文档的结束页码
            keyWordIndex: _keyWordIndex,        //关键字索引
            width: _keyWordWidth,               //签名域矩形的宽度
            height: _keyWordHeight,             //签名域矩形的高度
            offsetX: _offsetX,                  //水平偏移量
            offsetY: _offsetY                   //垂直偏移量
        },
        Tsa:                                    //时间戳对象
        {
            tsaUrl: _tsaUrl,                    //时间戳地址
            tsaUsr: _tsaUsr,                    //时间戳服务对应用户名
            tsaPwd: _tsaPwd,                    //时间戳服务对应用户的密码
            tsaHashAlgo: _tsaHashAlgo           //时间戳使用的hash算法，例如”sha-1”，”sha-256”等
        },
        TimeObj:
        {
            text: _text,                        //自定义信息
            timeFormat: _timeFormat,            //日期格式
            widthPercentage: _widthPercentage,  //宽偏移百分比
            heightPercentage: _heightPercentage,//高偏移百分比
            fontName: _fontName,                //字体
            fontSize: _fontSize,                //字体大小
            FontColor:
            {
                A: _A,
                R: _R,
                G: _G,
                B: _B
            }
        },
		AppearanceObj:
		{
			appearanceType:parseInt(signatureCreator_appearanceType.value), 		//外观类型
			width:parseInt(signatureCreator_appearanceWidth.value), 	 			//外观宽度
			height:parseInt(signatureCreator_appearanceHeight.value),  				//外观高度
			textSpirits:g_textSpirits												//文本信息
		}
    };
    NetcaPKI.SignatureCreatorSignSealEx(params)
        .Then(function (res)
        {
            SignatureCreatorSuccessCallBackEx(res);
        })
        .Catch(function (res)
        {
            SignatureCreatorFailedCallBackEx(res);
        });
}

function SignatureCreatorSuccessCallBackEx(res)
{
	var result = "签名/章成功, 目标文件的Base64编码：\n" + res.destFileEncode;
	alert(result);
	console.log(res.destFileEncode);
	NetcaPDFSeal.preViewPDF(1, res.destFileEncode);
}
function SignatureCreatorFailedCallBackEx(res)
{
    alert("签名/章失败 " + res.msg);
}

//获取签章软件版本号
function seal_getVersion() {
	var params ={};
    NetcaPKI.getSealClientVersion(params)
        .Then(function(res) {
            successGetSealClientVersionCallBack(res);
        })
        .Catch(function(res) {
            failedGetSealClientVersionCallBack(res);
        });
}
function successGetSealClientVersionCallBack(res) {
	alert("获取签章软件版本号成功\n版本号为：" + res.version);
}

function failedGetSealClientVersionCallBack(res) {
	alert("获取签章软件版本号失败，" + res.msg);
}

function HashSuccessCallBack(res)
{
	hashDataResult.value=res.hashValue;

}
function HashFailedCallBack(res)
{
    alert(res.msg);
}

function hashSample() {

	var _hashAlgo = parseInt(hashAlgoId.value);
	var _text = utf8_to_b64(hashText.value);
	var _flag = parseInt(hashflagId.value);

	params = {
			hashAlgo:_hashAlgo,
			data: { //数据(DataParams)
				text: _text
			},
			flag:_flag
	};

	NetcaPKI.HashData(params)
		.Then(function(res){
			HashSuccessCallBack(res);
		})
		.Catch(function (res) {
		   HashFailedCallBack(res);
		});
}


function CipherSuccessCallBack(res)
{
    var cipherUseEnc = cipherUseEncId.value=="1"?true:false;
	if(cipherUseEnc)
	{
		 cipherResult.value=res.cipherValue;
	}
	else
	{
		 cipherResult.value=b64_to_utf8(res.clearValue);


	}


}
function CipherFailedCallBack(res)
{
    alert("对称加解密失败\n"+res.msg);
}

function cipherSample() {

	var _algo=parseInt(cipherAlgoId.value);
	var _useEnc = cipherUseEncId.value=="1"?true:false;

    var _text ;
	if(_useEnc==1)
	{
		_text=utf8_to_b64(cipherData.value);
	}
	else
	{
		_text=cipherData.value;
	}
    var _hexText =  cipherKeyId.value;

	params = {
			algo:_algo,
			data: { //数据(DataParams)
				text: _text
			},
			key: { //数据(DataParams)
				hexText: _hexText
			},
		    useEnc:_useEnc
	};

	NetcaPKI.cipher(params)
	    .Then(function(res){
			CipherSuccessCallBack(res);
        })
        .Catch(function (res) {
           CipherFailedCallBack(res);
        });
}

//验证证书
function verifyCertificate() {
	var _certEncode = VerifyCertificate_certEncode.value;
	var _bUseCrl = (VerifyCertificateverify_crlFlag.value == 1) ? true : false;
	var _bUseOcsp = (VerifyCertificate_ocspFlag.value == 1) ? true : false;
	var _crlEncode = VerifyCertificate_crlEncode.value;
	var _ocspUrl = VerifyCertificate_ocspUrl.value;
	var _time = VerifyCertificate_time.value;

    var params = {
        cert : {
            "encode" : _certEncode
        },
        bUseCrl: _bUseCrl,
        bUseOcsp: _bUseOcsp,
        crlEncode: _crlEncode,
        ocspUrl: _ocspUrl,
        time: _time
    };

    NetcaPKI.verifyCertificate(params)
        .Then(function(res) {
            successVerifyCertificateCallBack(res);
        })
        .Catch(function(res) {
            failedVerifyCertificateCallBack(res);
        });
}
function successVerifyCertificateCallBack(res) {
	alert("验证成功," + res.info);
}

function failedVerifyCertificateCallBack(res) {
	alert("验证失败," + res.msg);
}

//验证签名PDF
function seal_verifySignPDF() {
	var _srcFile = signatureVerifierVerify_src_path.value;
	var _srcBytes = signatureVerifierVerify_srcBytes.value;
	var _level = parseInt(signatureVerifier_level.value);

    var params = {
        srcFile : _srcFile,
        srcBytes : _srcBytes,
        level : _level
    };
    NetcaPKI.signatureVerifierVerifyPDF(params)
        .Then(function(res) {
            successSignatureVerifierVerifyPDF(res);
        })
        .Catch(function(res) {
            failedSignatureVerifierVerifyPDF(res);
        });
}

function successSignatureVerifierVerifyPDF(res) {
	info = "";
	for(i in res.VerifyInfos)
	{
		index = parseInt(i)+1;
		info += "第"+ index +"个签名信息, " +
			res.VerifyInfos[i].status +
			", 签名者:" + res.VerifyInfos[i].signerName +
			", 签名域:" + res.VerifyInfos[i].fieldName +
			", 签名证书:" + res.VerifyInfos[i].certEncode +
			", 签名摘要算法:" + res.VerifyInfos[i].hashAlgo +
			", 签名创建日期:" + res.VerifyInfos[i].signDate;

		if(res.VerifyInfos[i].hasRevoke)
		{
			info += "，存在吊销信息" +
				", 证书吊销状态:" + res.VerifyInfos[i].revokeStatus;
		}
		else
		{
			info += "，不存在吊销信息";
		}

		if(res.VerifyInfos[i].hasTsa)
		{
			info += ", 存在时间戳信息";
		}
		else
		{
			info += ", 不存在时间戳信息";
		}

		if(res.VerifyInfos[i].isTsaValid)
		{
			info += ", 时间戳有效";
		}
		else
		{
			info += ", 时间戳无效";
		}
		info += ", 时间戳日期:" + res.VerifyInfos[i].tsaDate + "\n";
	}

	alert("验证证书成功：" + info);
	console.log(info);
}

function failedSignatureVerifierVerifyPDF(res) {
	alert("验证失败," + res.msg);
}


//撤销签名/章
function seal_undoSignPDF() {
	var _signFile = signatureVerifierUndo_src_path.value;
	var _signBytes = signatureVerifierUndo_srcBytes.value;
	var _index = parseInt(signatureVerifierUndo_index.value);

    var params = {
        signFile : _signFile,
        signBytes : _signBytes,
        index : _index
    };
    NetcaPKI.signatureVerifierUndoPDF(params)
        .Then(function(res) {
            successSignatureVerifierUndoPDF(res);
        })
        .Catch(function(res) {
            failedSignatureVerifierUndoPDF(res);
        });
}

function successSignatureVerifierUndoPDF(res) {
	alert("撤销成功，原文base64编码：" + res.srcBytes);
	console.log(res.srcBytes);
	document.getElementById("signatureVerifierUndo_destBytes").value = res.srcBytes;
}

function failedSignatureVerifierUndoPDF(res) {
	alert("撤销失败," + res.msg);
}

function showNetcaAAVerifyStatusMsg(res)
{
	if(res.certVerifyStatus=="0")
	{
		alert("验证证书有效");
	}
	else if(res.certVerifyStatus=="1")
	{
		alert("验证处理失败");
	}
	else if(res.certVerifyStatus=="2")
	{
		alert("证书格式有误");
	}
	else if(res.certVerifyStatus=="3")
	{
		alert("证书不在有效期内");
	}
		else if(res.certVerifyStatus=="4")
	{
		alert("密钥用途不合(KU和EKU)");
	}
		else if(res.certVerifyStatus=="5")
	{
		alert("证书名字不合(DN和SAN)");
	}
			else if(res.certVerifyStatus=="6")
	{
		alert("证书策略不合(取决于CVS的配置)");
	}
			else if(res.certVerifyStatus=="7")
	{
		alert("证书扩展不合(取决于CVS的配置)");
	}
		else if(res.certVerifyStatus=="8")
	{
		alert("证书链验证失败(包括了签名检查；基本约束检查；名字约束检查；策略约束检查；ACL检查等)");
	}
		else if(res.certVerifyStatus=="9")
	{
		alert("证书被注销");
	}
			else if(res.certVerifyStatus=="10")
	{
		alert("注销状态不能确定(如果设置了已过期的CRL或OCSP无法连接)");
	}
			else if(res.certVerifyStatus=="11")
	{
		alert("证书不受信任/未被授权");
	}
		else if(res.certVerifyStatus=="12")
	{
		alert("证书被暂时锁定/未激活");
	}
	else
	{
		alert("证书验证失败");
	}
}


function  netcaaaverifycertsuccess(res)
{


     netcaaaResult.value=JSON.stringify(res);

     showNetcaAAVerifyStatusMsg(res);
}


function  netcaaaverifycertfail(res)
{
    alert("验证证书失败:" + res.msg);
}

function netcaaa_verifycert_example()
{
	/* 从USBKey中选择NETCA 颁发的签名证书 */
	var _url = netcaaaurl.value;
	var _verifytime = "";
    var _encode="";
    var _type = "";
    var _condition = "";

    //如果是输入的证书编码 可以直接射设置certEncode值
	if( netcaaacert.value.length != 0 )
    {
	   _encode=netcaaacert.value;
	}
    else
    {
		_type = "{\"UIFlag\":\"default\", \"InValidity\":true,\"Type\":\"signature\", \"Method\":\"device\",\"Value\":\"any\"}";
		_condition = "IssuerCN~'NETCA' && InValidity='True' && CertType='Signature'";
	}

    var params = {
		url:_url,
        verifytime : _verifytime,
        cert: { //证书(CertificateParams)
				encode: _encode,
				type: _type,
				condition: _condition
			}
    };
    NetcaPKI.netcaAA_VerifyUserCert(params)
        .Then(function(res) {
            netcaaaverifycertsuccess(res);
        })
        .Catch(function(res) {
            netcaaaverifycertfail(res);
        });
}

 function  netcaaachkonecertsuccess(res)
{
     netcaaachkonecertResult.value=JSON.stringify(res);
     showNetcaAAVerifyStatusMsg(res);
}

function  netcaaachkonecertfail(res)
{
    alert("验证证书失败:" + res.msg);
}
function netcaaachk_chkonecert_example()
{
	/* 从USBKey中选择NETCA 颁发的签名证书 */
	var _url = netcaaachkonecerturl.value;
	var _encode = "";
    var _type = "";
    var _condition = "";

    //如果是输入的证书编码 可以直接射设置certEncode值
	if( netcaaachkonecert.value.length != 0 )
    {
	   _encode=netcaaachkonecert.value;
	}
    else
    {
		_type = "{\"UIFlag\":\"default\", \"InValidity\":true,\"Type\":\"signature\", \"Method\":\"device\",\"Value\":\"any\"}";
		_condition = "IssuerCN~'NETCA' && InValidity='True' && CertType='Signature'";
	}

    var params = {
		url:_url,
        cert: { //证书(CertificateParams)
				encode: _encode,
				type: _type,
				condition: _condition
			}
    };
    NetcaPKI.netcaAA_ChkOneCert(params)
        .Then(function(res) {
            netcaaachkonecertsuccess(res);
        })
        .Catch(function(res) {
            netcaaachkonecertfail(res);
        });
}

function modifyPwd()
{
	var _sn = keySN.value;
	var _type = parseInt(keyType.value);
	var _oldPwd = oldPwd.value;
	var _newPwd = modify_newPwd.value;

	var params = {
		 sn: _sn,
         type: _type,
         oldPwd: _oldPwd,
         newPwd: _newPwd
		};

	NetcaPKI.modifyKeyPwd(params)
	    .Then(function(res){
			if (res.result == 1)
			{
				modifySuccess(res);
			}
			else
			{
				modifyFailed(res);
			}

        })
        .Catch(function (res) {
            alert(res.msg);
        });
}

function modifySuccess(res)
{
	var tip = "密码修改成功，密码剩余重试次数为" + res.retrynum;
	DeviceOutputId.value = tip;
}

function modifyFailed(res)
{
	var tip = "密码修改失败，密码剩余重试次数为" + res.retrynum + "，错误码=" + res.result;
	DeviceOutputId.value = tip;
}

function unlockPwd()
{
	var _sn = keySN.value;
	var _type = parseInt(keyType.value);
	var _unlockPwd = unlock_unlockPwd.value;
	var _newPwd = unlock_newPwd.value;
	var params = {
		 sn: _sn,
         type: parseInt(_type),
         unlockPwd: _unlockPwd,
         newPwd: _newPwd
		};

	NetcaPKI.unlockKeyPwd(params)
	    .Then(function(res){
			if (res.result == 1)
			{
				unlockSuccess(res);
			}
			else
			{
				unlockFailed(res);
			}

        })
        .Catch(function (res) {
            alert(res.msg);
        });
}

function unlockSuccess(res)
{
	var tip = "密码解锁成功，密码剩余重试次数为" + res.retrynum;
	DeviceOutputId.value = tip;
}

function unlockFailed(res)
{
	var tip = "密码解锁失败，密码剩余重试次数为" + res.retrynum + "，错误码=" + res.result;
	DeviceOutputId.value = tip;
}

function generateP10()
{
	var _sn = GenerateP10_sn.value;
	var _type = parseInt(GenerateP10_type.value);
	var _useKeypair = (GenerateP10_useKeypairFlag.value == 1)? true : false;
	var _keypairAlgo = parseInt(GenerateP10_keypairAlgo.value);
	var _keypairLabel = GenerateP10_keypairLabel.value;
	var _keypairBits = parseInt(GenerateP10_keypairBits.value);
	var _signAlgo = parseInt(GenerateP10_signAlgo.value);
	var _c = GenerateP10_c.value;
	var _st = GenerateP10_st.value;
	var _l = GenerateP10_l.value;
	var _o = GenerateP10_o.value;
	var _email = GenerateP10_email.value;
	var _ou = GenerateP10_ou.value;
	var _cn = GenerateP10_cn.value;

    var params = {
        sn: _sn,
		type: parseInt(_type),
		useKeypair: _useKeypair,
        keypairAlgo: parseInt(_keypairAlgo),
        keypairLabel: _keypairLabel,
        keypairBits: parseInt(_keypairBits),
        signAlgo: parseInt(_signAlgo),
        SubjectObj : {
            c: _c,
            st: _st,
            l: _l,
            o: _o,
            email: _email,
            ou: _ou,
            cn: _cn
        }
    };
    NetcaPKI.generateP10(params)
        .Then(function(res) {
            generateP10Success(res);
        })
        .Catch(function(res) {
            generateP10Failed(res);
        });
}

function generateP10Success(res)
{
	alert("产生证书请求成功，编码：" + res.certReq);
	console.log(res.certReq);
}

function generateP10Failed(res)
{
    alert("产生证书请求失败，" + res.msg);
}

function installCertificate()
{
	var _sn = InstallCertificate_sn.value;
	var _type = InstallCertificate_type.value;
	var _encKeypair = InstallCertificate_encKeypairEncode.value;
	var _encCert = InstallCertificate_encCertEncode.value;
	var _signCert = InstallCertificate_signCertEncode.value;

    var params = {
        sn: _sn,
        type: parseInt(_type),
        encKeypair: _encKeypair,
        encCert: _encCert,
        signCert: _signCert
    };
    NetcaPKI.installCertificate(params)
        .Then(function(res) {
            installCertificateSuccess(res);
        })
        .Catch(function(res) {
            installCertificateFailed(res);
        });
}

function installCertificateSuccess(res)
{
	alert("安装证书成功");
}

function installCertificateFailed(res)
{
    alert("安装证书失败:" + res.msg);
}

function getNetcaSealImage(certEncode) {

	var params = {
		   "cert":{
			   "encode":certEncode
		   }
		};
	NetcaPKI.getNetcaSealImage(params)
		.Then(function(res){
			GetNetcaSealImageSuccessCallBack(res);
		})
		.Catch(function (res) {
		   GetNetcaSealImageFailCallBack(res);
		});
}

function  GetNetcaSealImageSuccessCallBack(res)
{
	alert("获取签章图片成功！");
	alert(res.sealImageBase64);
	console.log(res.sealImageBase64);
}
function  GetNetcaSealImageFailCallBack(res)
{
	alert(res.msg);
}

function uIDisplayCert()
{
    var certEncode = DeviceOutputId.value;
    var selectType = "Device";
    var selectCondition = "InValidity='True' && CertType='Signature'";

	var params = {
        cert: {
            "encode": certEncode,
            "type": selectType,
            "condition": selectCondition
        }
	};
	NetcaPKI.displayCert(params)
		.Then(function(res){
			alert("证书显示成功");
		})
		.Catch(function (res) {
			alert(res.msg);
		});
}

function createData()
{
	var certEncode = Data_certEncode.value;
	var selectType = "Device";
	var selectCondition = "InValidty='True' && CertType='Signature'";

	var params = {
		cert: {
			"encode": certEncode,
			"type": selectType,
			"condition": selectCondition
		},
		device: {
			"sn": Data_sn.value,
			"type": parseInt(Data_type.value)
		},
		id: parseInt(CreateData_id.value),
		noVerifyPermission: {
			canRead: ((CreateData_noVerifyPermission_canRead.value == 1) ? true : false),
			canWrite: ((CreateData_noVerifyPermission_canWrite.value == 1) ? true : false),
			canDelete: ((CreateData_noVerifyPermission_canDelete.value == 1) ? true : false)
		},
		verifyUserPermission: {
			canRead: ((CreateData_verifyUserPermission_canRead.value == 1) ? true : false),
			canWrite: ((CreateData_verifyUserPermission_canWrite.value == 1) ? true : false),
			canDelete: ((CreateData_verifyUserPermission_canDelete.value == 1) ? true : false)
		},
		length: parseInt(CreateData_length.value)
	};

	NetcaPKI.createData(params)
		.Then(function(res) {
			alert("创建数据成功");
		})
		.Catch(function(res) {
			alert(res.msg);
		});
}

function readData()
{
	var certEncode = Data_certEncode.value;
	var selectType = "Device";
	var selectCondition = "InValidty='True' && CertType='Signature'";

	var params = {
		cert: {
			"encode": certEncode,
			"type": selectType,
			"condition": selectCondition
		},
		device: {
			"sn": Data_sn.value,
			"type": parseInt(Data_type.value)
		},
		id: parseInt(ReadData_id.value),
		offset: parseInt(ReadData_offset.value),
		length: parseInt(ReadData_length.value)
	};

	NetcaPKI.readData(params)
		.Then(function(res) {
			alert("读取数据成功");
			ReadData_data.value = res.data;
		})
		.Catch(function(res) {
			alert(res.msg);
		});
}

function writeData()
{
	var certEncode = Data_certEncode.value;
	var selectType = "Device";
	var selectCondition = "InValidty='True' && CertType='Signature'";

	var params = {
		cert: {
			"encode": certEncode,
			"type": selectType,
			"condition": selectCondition
		},
		device: {
			"sn": Data_sn.value,
			"type": parseInt(Data_type.value)
		},
		id: parseInt(WriteData_id.value),
		offset: parseInt(WriteData_offset.value),
		data: { //数据(DataParams)
			text: WriteData_data.value
		}
	};

	NetcaPKI.writeData(params)
		.Then(function(res) {
			alert("写入数据成功");
		})
		.Catch(function(res) {
			alert(res.msg);
		});
}

function deleteData()
{
	var certEncode = Data_certEncode.value;
	var selectType = "Device";
	var selectCondition = "InValidty='True' && CertType='Signature'";

	var params = {
		cert: {
			"encode": certEncode,
			"type": selectType,
			"condition": selectCondition
		},
		device: {
			"sn": Data_sn.value,
			"type": parseInt(Data_type.value)
		},
		id: parseInt(DeleteData_id.value)
	};

	NetcaPKI.deleteData(params)
		.Then(function(res) {
			alert("删除数据成功");
		})
		.Catch(function(res) {
			alert(res.msg);
		});
}

function MacSuccessCallBack(res)
{
	macDataResult.value=res.macValue;

}
function MacFailedCallBack(res)
{
    alert(res.msg);
}

function macSample() {

	var _macAlgo = parseInt(macAlgoId.value);
	var _key = macKey.value;
	var _text = utf8_to_b64(macText.value);
	var _flag = parseInt(macflagId.value);

	params = {
			macAlgo:_macAlgo,
			key: { //数据(DataParams)
				hexText: _key
			},
			data: { //数据(DataParams)
				text: _text
			},
			flag:_flag
	};

	NetcaPKI.macData(params)
		.Then(function(res){
			MacSuccessCallBack(res);
		})
		.Catch(function (res) {
		   MacFailedCallBack(res);
		});
}

function GenerateRandom()
{
	var certEncode = GenerateRandom_certEncode.value;
	var selectType = "Device";
	var selectCondition = "InValidty='True' && CertType='Signature'";

	var params = {
		cert: {
			"encode": certEncode,
			"type": selectType,
			"condition": selectCondition
		},
		device: {
			"sn": GenerateRandom_sn.value,
			"type": parseInt(GenerateRandom_type.value)
		},
		length: parseInt(GenerateRandom_length.value)
	};

	NetcaPKI.generateRandom(params)
		.Then(function(res) {
			GenerateRandom_randomData.value = res.randomData;
		})
		.Catch(function(res) {
			alert(res.msg);
		});
}

function signedDataGetInfo()
{
	var _signedData = SignedDataGetInfoSignature.value;
    var params = {
        signedData: _signedData //signedData的编码值
    };
    NetcaPKI.signedDataGetInfo(params)
        .Then(function (res) {
            SuccessSignedDataGetInfoCallBack(res);
        })
        .Catch(function (res) {
            FailedSignedDataGetInfoCallBack(res);
        })
}

function SuccessSignedDataGetInfoCallBack(res)
{
	SignedDataInfo.value = "signedData解析成功\n"+JSON.stringify(res);
}

function FailedSignedDataGetInfoCallBack(res)
{
	alert("signedData解析失败\n"+res.msg);
}

//获取签名域信息
function getSignatureFieldInfo() {
	var _srcFile = fieldInfo_src_path.value;
	var _srcBytes = fieldInfo_srcBytes.value;

    var params = {
        srcFile : _srcFile,
        srcBytes : _srcBytes
    };
    NetcaPKI.getSignatureFieldInfo(params)
        .Then(function(res) {
            successGetSignatureFieldInfo(res);
        })
        .Catch(function(res) {
			alert("获取签名域信息失败," + res.msg);
});
}

function successGetSignatureFieldInfo(res) {
	info = "";
	for(i in res.signFields)
	{
		index = parseInt(i)+1;
		info += "第"+ index +"个签名域信息, " +
			"名称:" + res.signFields[i].name +
			", 页码:" + res.signFields[i].pageNum +
			", xPos:" + res.signFields[i].xPos +
			", yPos:" + res.signFields[i].yPos +
			", width:" + res.signFields[i].width +
			", height:" + res.signFields[i].height +
			"\n";
	}
	alert("获取签名域信息成功：\n" + info);
	console.log(info);
}

function getSealConfigInfo() {
    var params = {};
    NetcaPKI.getSealConfigInfo(params)
        .Then(function(res) {
			alert("获取配置信息成功：\n" + JSON.stringify(res));
			console.log(JSON.stringify(res));
        })
        .Catch(function(res) {
			alert("获取配置信息失败," + res.msg);
});
}

function SelectSealSigntureInfoWithDispaly() {
    var params = {};
    NetcaPKI.selectSealSigntureInfoWithDispaly (params)
        .Then(function(res) {
			document.getElementById("signatureCreator_sealImageEncode").value=res.picture;
			document.getElementById("signatureCreator_sealImageEncodeEx").value=res.picture;
			document.getElementById("insertImage_sealImageEncode").value=res.picture;
        })
        .Catch(function(res) {
			alert("获取印章信息失败," + res.msg);
});
}

var g_textSpirits = new Array();

function addTextSpirit()
{
	var _A=parseInt(signatureCreator_appearanceFontColorAEx.value);				//透明度
	var _R=parseInt(signatureCreator_appearanceFontColorREx.value);				//红色
	var _G=parseInt(signatureCreator_appearanceFontColorGEx.value);				//绿色
	var _B=parseInt(signatureCreator_appearanceFontColorBEx.value);				//蓝色

	var textSpirit = {
		textSymbol : parseInt(signatureCreator_textSymbolEx.value),
		timeFormat : signatureCreator_appearanceTimeFormatEx.value,
		text : signatureCreator_appearanceTextEx.value,
		widthPercentage : parseFloat(signatureCreator_appearanceWidthPercentageEx.value),
		heightPercentage : parseFloat(signatureCreator_appearanceHeightPercentageEx.value),
		fontName : signatureCreator_appearanceFontNameEx.value,
		fontSize : parseInt(signatureCreator_appearanceFontSizeEx.value),
		FontColor:
		{
			A: _A,
			R: _R,
			G: _G,
			B: _B
		},
	}
	g_textSpirits.push(textSpirit);
	alert("增加外观信息成功,现有"+g_textSpirits.length + "个信息");
}

function clearTextSpirit()
{
	g_textSpirits = [];
	alert("清空外观信息成功");
}

function kdfSuccessCallBack(res)
{
	kdfDataResult.value=res.key;
	alert("密钥派生成功");

}
function kdfFailedCallBack(res)
{
    alert(res.msg);
}

function kdfSample() {

	var _kdfAlgo = parseInt(kdfAlgoId.value);
	var _keyLen = parseInt(kdfKeyLen.value);
	var _flag = parseInt(kdfflagId.value);

	params = {
			kdfAlgo:_kdfAlgo,
			pwd: { //数据(DataParams)
				hexText: kdfPwd.value
			},
			keyLen: _keyLen,
			pkcs5Params: {
				hashAlgo: parseInt(kdfPkcs5Hashalgo.value),
				salt: { //数据(DataParams)
					hexText: kdfSalt.value
				},
				iterCount: parseInt(kdfPkcs5IterCount.value)
			},
			flag: _flag
	};

	NetcaPKI.kdf(params)
		.Then(function(res){
			kdfSuccessCallBack(res);
		})
		.Catch(function (res) {
		   kdfFailedCallBack(res);
		});
}

var g_imagePositions = new Array();

function addImagePosition() {
	var _imageEncode = insertImage_sealImageEncode.value;
	var _pageNum = parseInt(insertImage_pageNum.value);
	var _xPos = parseInt(insertImage_xPos.value);
	var _yPos = parseInt(insertImage_yPos.value);
	var _width = parseInt(insertImage_width.value);
	var _height = parseInt(insertImage_height.value);

	var imagePosition = {
		imageEncode : _imageEncode,
		pageNum : _pageNum,
		xPos : _xPos,
		yPos : _yPos,
		width : _width,
		height : _height
	}
	g_imagePositions.push(imagePosition);
	alert("增加图片位置信息成功,现有"+g_imagePositions.length + "个信息");
}

function clearImagePosition() {
	g_imagePositions = [];
	alert("清空图片位置信息成功");
}

function insertImageSuccessCallBack(res)
{
	var result = "插入图片成功, 目标文件的Base64编码：\n" + res.destFileEncode;
	alert(result);
	if(res.destFileEncode.length >= 20*1024*1024)
	{
		alert("注意：目标文件大于20M，会造成浏览器卡顿");
	}
	NetcaPDFSeal.preViewPDF(1, res.destFileEncode);

}
function insertImageFailedCallBack(res)
{
    alert(res.msg);
}

function insertImage() {
	var _srcFile = insertImage_src_path.value;
	var _srcBytes = insertImage_srcBytes.value;
	var _destFile = insertImage__des_path.value;
	var _imagePositions = g_imagePositions;

	params = {
		srcFile : _srcFile,
		srcBytes : _srcBytes,
		destFile : _destFile,
		imagePositions : _imagePositions
	};

	NetcaPKI.insertImage(params)
		.Then(function(res){
			insertImageSuccessCallBack(res);
		})
		.Catch(function (res) {
			insertImageFailedCallBack(res);
		});
}

function getPdfPageInfoSuccessCallBack(res)
{
	alert("获取PDF页面信息成功：" + JSON.stringify(res));

}
function getPdfPageInfoFailedCallBack(res)
{
    alert(res.msg);
}

function getPdfPageInfo()
{
	var _srcFile = getPdfPageInfo_src_path.value;
	var _srcBytes = getPdfPageInfo_srcBytes.value;

	params = {
		srcFile : _srcFile,
		srcBytes : _srcBytes
	};

	NetcaPKI.getPdfPageInfo(params)
		.Then(function(res){
			getPdfPageInfoSuccessCallBack(res);
		})
		.Catch(function (res) {
			getPdfPageInfoFailedCallBack(res);
		});
}

function printPDFSuccessCallBack(res)
{
	alert("打印成功");

}
function printPDFFailedCallBack(res)
{
    alert(res.msg);
}

function printPDF()
{
	var _srcFile = printPDF_src_path.value;
	var _srcBytes = printPDF_srcBytes.value;

	params = {
		srcFile : _srcFile,
		srcBytes : _srcBytes
	};

	NetcaPKI.printPDF(params)
		.Then(function(res){
			printPDFSuccessCallBack(res);
		})
		.Catch(function (res) {
			printPDFFailedCallBack(res);
		});
}


function batchSeal()
{
    var _srcFile = signatureCreator_batchseal_src_path.value;  //源Pdf文件
	var _srcBytes = signatureCreator_batchseal_srcBytes.value; //源Pdf文件字节流
    var _destFile = signatureCreator_batchseal_des_path.value; //目标pdf文件
    var _certEncode = signatureCreator_batchseal_certEncode.value;       //签名证书Base64编码
    var _sealImageEncode = signatureCreator_batchseal_sealImageEncode.value;//签章图片Base64编码
	var _revInfoIncludeFlag = (signatureCreator_batchseal_revInfoIncludeFlag.value == 1) ? true : false; //是否包含吊销信息

    var _signaturePage = parseInt(signatureCreator_batchseal_signaturePage.value);  //P电子签章所在页码
    var _startPage = parseInt(signatureCreator_batchseal_startPage.value);  //开始页码
    var _endPage = parseInt(signatureCreator_batchseal_endPage.value);  //结束页码
    var _xPos = parseInt(signatureCreator_batchseal_xpos.value);           //签名域/签章左下角的水平向右方向坐标
    var _yPos = parseInt(signatureCreator_batchseal_ypos.value);           //签名域/签章左下角的垂直向上方向坐标
    var _width = parseInt(signatureCreator_batchseal_width.value);         //签名域/签章的宽度
    var _height = parseInt(signatureCreator_batchseal_height.value);       //签名域/签章的高度

    var _tsaUrl= "http://tsa.cnca.net/NETCATimeStampServer/TSAServer.jsp";                                 //时间戳地址
    var _tsaUsr= "";                                 //时间戳服务对应用户名
    var _tsaPwd= "";                                 //时间戳服务对应用户的密码
    var _tsaHashAlgo= "";                            //时间戳使用的hash算法，例如”sha-1”，”sha-256”等

    var params = {
        srcFile: _srcFile,                      //源pdf文件
        srcBytes: _srcBytes,                    //源Pdf文件的Base64编码
        destFile: _destFile,                    //目标pdf文件
        certEncode: _certEncode,                //签名证书Base64编码
        sealImageEncode: _sealImageEncode,      //签章图片Base64编码
        revInfoIncludeFlag: _revInfoIncludeFlag,//是否包含吊销信息
        batchSeal:                           	//签名位置对象
        {
			signaturePage: _signaturePage, 		//电子签章所在页码
			startPage: _startPage, 				//开始页码
			endPage: _endPage, 					//结束页码
            xPos: _xPos,                        //签名域/签章左下角的水平向右方向坐标
            yPos: _yPos,                        //签名域/签章左下角的垂直向上方向坐标
            width: _width,                      //签名域/签章的宽度
            height: _height                    //签名域/签章的高度
        },
        Tsa:                                    //时间戳对象
        {
            tsaUrl: _tsaUrl,                    //时间戳地址
            tsaUsr: _tsaUsr,                    //时间戳服务对应用户名
            tsaPwd: _tsaPwd,                    //时间戳服务对应用户的密码
            tsaHashAlgo: _tsaHashAlgo           //时间戳使用的hash算法，例如”sha-1”，”sha-256”等
        }
    };
    NetcaPKI.batchSeal(params)
        .Then(function (res)
        {
            SignatureCreatorBatchSealSuccessCallBack(res);
        })
        .Catch(function (res)
        {
            SignatureCreatorBatchSealFailedCallBack(res);
        });
}

function SignatureCreatorBatchSealSuccessCallBack(res)
{
	var result = "签名/章成功, 目标文件的Base64编码：\n" + res.destFileEncode;
	alert(result);
	console.log(res.destFileEncode);
	if(res.destFileEncode.length >= 20*1024*1024)
	{
		alert("注意：目标文件大于20M，会造成浏览器卡顿");
	}
	NetcaPDFSeal.preViewPDF(1, res.destFileEncode);
}

function SignatureCreatorBatchSealFailedCallBack(res)
{
    alert("签名/章失败 " + res.msg);
}

function acrosspageSeal()
{
    var _srcFile = signatureCreator_acrosspageseal_src_path.value;  //源Pdf文件
	var _srcBytes = signatureCreator_acrosspageseal_srcBytes.value; //源Pdf文件字节流
    var _destFile = signatureCreator_acrosspageseal_des_path.value; //目标pdf文件
    var _certEncode = signatureCreator_acrosspageseal_certEncode.value;       //签名证书Base64编码
    var _sealImageEncode = signatureCreator_acrosspageseal_sealImageEncode.value;//签章图片Base64编码
	var _revInfoIncludeFlag = (signatureCreator_acrosspageseal_revInfoIncludeFlag.value == 1) ? true : false; //是否包含吊销信息

    var _signaturePage = parseInt(signatureCreator_acrosspageseal_signaturePage.value);  //P电子签章所在页码
    var _startPage = parseInt(signatureCreator_acrosspageseal_startPage.value);  //开始页码
    var _endPage = parseInt(signatureCreator_acrosspageseal_endPage.value);  //结束页码
    var _xPos = parseInt(signatureCreator_acrosspageseal_xpos.value);           //签名域/签章左下角的水平向右方向坐标
    var _yPos = parseInt(signatureCreator_acrosspageseal_ypos.value);           //签名域/签章左下角的垂直向上方向坐标
    var _width = parseInt(signatureCreator_acrosspageseal_width.value);         //签名域/签章的宽度
    var _height = parseInt(signatureCreator_acrosspageseal_height.value);       //签名域/签章的高度

    var _tsaUrl= "http://tsa.cnca.net/NETCATimeStampServer/TSAServer.jsp";                                 //时间戳地址
    var _tsaUsr= "";                                 //时间戳服务对应用户名
    var _tsaPwd= "";                                 //时间戳服务对应用户的密码
    var _tsaHashAlgo= "";                            //时间戳使用的hash算法，例如”sha-1”，”sha-256”等

    var params = {
        srcFile: _srcFile,                      //源pdf文件
        srcBytes: _srcBytes,                    //源Pdf文件的Base64编码
        destFile: _destFile,                    //目标pdf文件
        certEncode: _certEncode,                //签名证书Base64编码
        sealImageEncode: _sealImageEncode,      //签章图片Base64编码
        revInfoIncludeFlag: _revInfoIncludeFlag,//是否包含吊销信息
        acrossPageSeal:                           	//签名位置对象
        {
			signaturePage: _signaturePage, 		//电子签章所在页码
			startPage: _startPage, 				//开始页码
			endPage: _endPage, 					//结束页码
            xPos: _xPos,                        //签名域/签章左下角的水平向右方向坐标
            yPos: _yPos,                        //签名域/签章左下角的垂直向上方向坐标
            width: _width,                      //签名域/签章的宽度
            height: _height                    //签名域/签章的高度
        },
        Tsa:                                    //时间戳对象
        {
            tsaUrl: _tsaUrl,                    //时间戳地址
            tsaUsr: _tsaUsr,                    //时间戳服务对应用户名
            tsaPwd: _tsaPwd,                    //时间戳服务对应用户的密码
            tsaHashAlgo: _tsaHashAlgo           //时间戳使用的hash算法，例如”sha-1”，”sha-256”等
        }
    };
    NetcaPKI.acrosspageSeal(params)
        .Then(function (res)
        {
            SignatureCreatorAcrosspageSealSuccessCallBack(res);
        })
        .Catch(function (res)
        {
            SignatureCreatorAcrosspageSealFailedCallBack(res);
        });
}

function SignatureCreatorAcrosspageSealSuccessCallBack(res)
{
	var result = "签名/章成功, 目标文件的Base64编码：\n" + res.destFileEncode;
	alert(result);
	console.log(res.destFileEncode);
	if(res.destFileEncode.length >= 20*1024*1024)
	{
		alert("注意：目标文件大于20M，会造成浏览器卡顿");
	}
	NetcaPDFSeal.preViewPDF(1, res.destFileEncode);
}

function SignatureCreatorAcrosspageSealFailedCallBack(res)
{
    alert("签名/章失败 " + res.msg);
}

var g_drawtexTtextSpirits = new Array();

function graphicsProcessDrawtext_addTextSpirit()
{
	var _A=parseInt(graphicsProcessDrawtext_appearanceFontColorAEx.value);				//透明度
	var _R=parseInt(graphicsProcessDrawtext_appearanceFontColorREx.value);				//红色
	var _G=parseInt(graphicsProcessDrawtext_appearanceFontColorGEx.value);				//绿色
	var _B=parseInt(graphicsProcessDrawtext_appearanceFontColorBEx.value);				//蓝色

	var textSpirit = {
		text : graphicsProcessDrawtext_appearanceTextEx.value,
		widthPercentage : parseFloat(graphicsProcessDrawtext_appearanceWidthPercentageEx.value),
		heightPercentage : parseFloat(graphicsProcessDrawtext_appearanceHeightPercentageEx.value),
		fontName : graphicsProcessDrawtext_appearanceFontNameEx.value,
		fontSize : parseInt(graphicsProcessDrawtext_appearanceFontSizeEx.value),
		FontColor:
		{
			A: _A,
			R: _R,
			G: _G,
			B: _B
		},
	}
	g_drawtexTtextSpirits.push(textSpirit);
	alert("增加外观信息成功,现有"+g_drawtexTtextSpirits.length + "个信息");
}

function graphicsProcessDrawtext_clearTextSpirit()
{
	g_drawtexTtextSpirits = [];
	alert("清空外观信息成功");
}

function graphicsProcessDrawText()
{
	var _srcFile = graphicsProcessDrawtext_src_path.value;  //源Pdf文件路径
	var _srcBytes = graphicsProcessDrawtext_srcBytes.value; //源Pdf文件字节流
    var _destFile = graphicsProcessDrawtext_des_path.value; //目标pdf文件
	var _autoSize = graphicsProcessDrawtext_autoSize.value=="1"?true:false;

    var params = {
        srcFile: _srcFile,                      //源pdf文件
        srcBytes: _srcBytes,                    //源Pdf文件的Base64编码
        destFile: _destFile,                    //目标pdf文件
		AppearanceObj:
		{
			appearanceType:parseInt(graphicsProcessDrawtext_appearanceType.value), 		//外观类型
			width:parseInt(graphicsProcessDrawtext_appearanceWidth.value), 	 			//外观宽度
			height:parseInt(graphicsProcessDrawtext_appearanceHeight.value),  				//外观高度
			autoSize:_autoSize,  				//外观高度
			textSpirits:g_drawtexTtextSpirits												//文本信息
		}
    };
    NetcaPKI.graphicsProcessDrawText(params)
        .Then(function (res)
        {
            GraphicsProcessDrawtextSuccessCallBackEx(res);
        })
        .Catch(function (res)
        {
            GraphicsProcessDrawtextFailedCallBackEx(res);
        });
}

function GraphicsProcessDrawtextSuccessCallBackEx(res)
{
	var result = "产生新图片成功, 目标文件的Base64编码：\n" + res.destFileEncode;
	alert(result);
}

function GraphicsProcessDrawtextFailedCallBackEx(res)
{
    alert("产生新图片失败 " + res.msg);
}


function writeSeal()
{
	var certEncode = Seal_certEncode.value;
    var selectType = "Device";
    var selectCondition = "InValidity='True' && CertType='Signature'";

	var params = {
		cert: {
			"encode": certEncode,
			"type": selectType,
			"condition": selectCondition
		},
		device: {
			"sn": Seal_sn.value,
			"type": parseInt(Seal_type.value)
		},
		seSeals: [
			{
				sealData: Seal_write_se_sealData.value
			}
		]
	};

	NetcaPKI.writeSeal(params)
		.Then(function(res) {
			alert("写入印章成功");
		})
		.Catch(function(res) {
			alert(res.msg);
		});
}


function readSeal()
{
	var certEncode = Seal_certEncode.value;
    var selectType = "Device";
    var selectCondition = "InValidity='True' && CertType='Signature'";

	var params = {
		cert: {
			"encode": certEncode,
			"type": selectType,
			"condition": selectCondition
		},
		device: {
			"sn": Seal_sn.value,
			"type": parseInt(Seal_type.value)
		}
	};

	NetcaPKI.readSeal(params)
		.Then(function(res) {
			alert("读取印章成功：" + JSON.stringify(res));
		})
		.Catch(function(res) {
			alert(res.msg);
		});
}

NetcaPKI.writeSeal=function(params){
    var requestQueryParams = {};
    requestQueryParams["function"] ="WriteSeal";
    requestQueryParams["param"] = params;
    return NetcaPKI.SendNetcaCryptoJsonRpcMessage(requestQueryParams);
}

NetcaPKI.readSeal=function(params){
    var requestQueryParams = {};
    requestQueryParams["function"] ="ReadSeal";
    requestQueryParams["param"] = params;
    return NetcaPKI.SendNetcaCryptoJsonRpcMessage(requestQueryParams);
}