View

FieldName	Description	Size	Required	Type	DefaultValue
CODCOLIGADA	Coligada	-1	true	System.Int16	1
CODIGO	Código	-1	true	System.Int32	0
NOME	Nome	150	true	System.String
DTNASC	Data nascimento	-1	false	System.DateTime
DTMORTE	Data morte	-1	false	System.DateTime
NOTAS	Notas extras	250	false	System.String
IDIMAGEM	ID imagem	-1	false	System.Int32
EMAIL	E-mail	50	false	System.String
HOMEPAGE	Home page	80	false	System.String
ANONASC	Ano nascimento	-1	false	System.Int16
ANOFAL	Ano morte	-1	false	System.Int16
VER	Ver	50	false	System.String
VERTB	Ver também	50	false	System.String
PSEUDONIMO	Apelido	50	false	System.String
IMAGEM	IMAGEM	-1	false	System.Byte[]
TIPOAUTOR	Tipo do autor	1	false	System.String	P
DESCRICAO	Descrição	150	false	System.String

C#
ADVPL
Fluig

ReadView

string recordData;
  
  // Retorna as credenciais para acesso ao WS
  DataClient dataclient = new DataClient(url, contexto,  usuario, senha);
	// lê os dados da visão respeitando o filtro passado
  DataSet ds = dataclient.ReadView("BibAutorData", filtro, out recordData);
  // Pode utilizar o ds tipado para DataSet ou a variável recordData que possui o XML da solicitação 
  MessageBox.Show(recordData);

}

ReadRecord

string recordData;
	  // Retorna as credenciais para acesso ao WS
      DataClient dataclient = new DataClient(url, contexto,  usuario, senha);
	  //O ReadRecord retorna o registro da edição do cadastro RM respeitando a chave primária
	  DataSet ds = dataclient.ReadRecord("BibAutorData", "1;1", out recordData);
      // Pode utilizar o ds tipado para DataSet ou a variável recordData que possui o XML da solicitação 
	  MessageBox.Show(recordData);
 }

SaveRecord

/* Programa responsável por integrar com os Webservices do RM
 Para executar o programa, seguir os passos abaixo:
    1) Entrar no Visual Studio e criar um "Service References" apontando para 
        http://localhost:8051/wsDataServer/MEX?wsdl   
		Dúvidas? Consulte https://msdn.microsoft.com/pt-br/library/bb628652.aspx 
		                     
        1.1) Nomear o serviço como DataServer          
        1.2) Substituir localhost pelo nome ou IP do servidor que executa o serviço do RM.Host
      Em caso de dúvidas sobre como habilitar o serviço de Webservices do RM, consultar o link abaixo:
http://tdn.totvs.com/pages/releaseview.action?pageId=89620766
   
    2) Adicionar os arquivos abaixo ao seu projeto:
            http://tdn.totvs.com/download/attachments/211064343/Utils.cs
            http://tdn.totvs.com/download/attachments/211064343/DataClient.cs     
        2.1) Ajustar os NameSpace da classe DataClient      
    3) Adicionar referencia a System.Web.HttpUtility
	  Dúvidas? Consulte: https://msdn.microsoft.com/pt-br/library/7314433t(v=vs.90).aspx
*/public void SaveRecord()
 {
	//pode ser o mesmo XML retornado pelo método ReadRecord, alterando os valores que deseja aplicar no BD 
    string xml = @"<BibAutor>
  <LAutor>
    <CODCOLIGADA>1</CODCOLIGADA>
    <CODIGO>1</CODIGO>
    <NOME>LAURENTI, Ruy</NOME>
    <DTNASC>1920-02-02T00:00:00</DTNASC>
    <DTMORTE>1989-04-20T00:00:00</DTMORTE>
    <IDIMAGEM>842</IDIMAGEM>
    <ANONASC>1920</ANONASC>
    <ANOFAL>1989</ANOFAL>
    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</IMAGEM>
  </LAutor>
</BibAutor>";
	 
    // ajuste o nome o servidor e porta. Em caso de dúvidas, consulte o link abaixo:
	// http://tdn.totvs.com/pages/releaseview.action?pageId=89620766	
	string url = "http://localhost:8051";

//importante passar no contexto o mesmo código de usuário usado para logar no webservice
	string contexto = "CODSISTEMA=G;CODCOLIGADA=1;CODUSUARIO=mestre";

//usuário e senha do aplicativo RM. O mesmo utilizado para logar no sistema e que 
	//tenha permissão de acesso ao cadastro que deseja utilizar
	string usuario = "mestre";
	string senha = "integracao";

// Retorna as credenciais para acesso ao WS
	DataClient dataclient = new DataClient(url, contexto,  usuario, senha);
	 //Salva o registro na base de dados. Executará "Update" caso encontre outro registre que respeite 
	 //a chave primária do dataserver, do contrário, executará "Insert".
	string[] retorno  = dataclient.SaveRecord("BibAutorData", xml);
	
	MessageBox.Show(retorno.ToString());
 }

ReadView

// Programa responsável por integrar com os Webservices do RM
// Para executar o programa, seguir os passos abaixo:
//    1) Adicionar o arquivo abaixo ao seu projeto:
//            http://tdn.totvs.com/download/attachments/211064343/DataClientfluig.js
//     2) Inclua um serviço no Fluig com o nome WSDATASERVER apontando para  
//       http://localhost:8051/wsDataServer/MEX?singlewsdl (substituir localhost pelo IP e Porta do servidor RM)//.

function createDataset(fields, constraints, sortFields)
{
    /* Prepararação das variaveis */

//usuário e senha do aplicativo RM. O mesmo utilizado para logar no sistema e que tenha permissão de   
    //acesso ao cadastro que deseja utilizar  
    var usuario = "mestre";  
    var senha = "integracao";  
    //importante passar no contexto o mesmo código de usuário usado para logar no webservice  
    	
		
		
	var context = "CodUsuario=mestre;CodSistema=F;CodColigada=1"  
    //o filtro pode ser qualquer campo da visão, por exemplo CODCOLIGADA=1 AND CODFILIAL = 1  
    var filtro = "1=1" ;  
    /* Fim Prepararação das variaveis */

var retorno = dcReadView("BibAutorData", context, usuario, senha, filtro)

//Caso deseje utilizar as contraints do formulário
	//var parsedConstraints = parseConstraints(constraints, true);
	//var retorno = authService.readView("BibAutorData", parsedConstraints.filter, parsedConstraints.context, senha, filtro);
	
	
	var xmlResultados = new XML(retorno);

var dataset = DatasetBuilder.newDataset();   
             dataset.addColumn('CODCOLIGADA'); 
             dataset.addColumn('CODIGO'); 
             dataset.addColumn('NOME'); 
             dataset.addColumn('DTNASC'); 
             dataset.addColumn('DTMORTE'); 
             dataset.addColumn('NOTAS'); 
             dataset.addColumn('IDIMAGEM'); 
             dataset.addColumn('EMAIL'); 
             dataset.addColumn('HOMEPAGE'); 
             dataset.addColumn('ANONASC'); 
             dataset.addColumn('ANOFAL'); 
             dataset.addColumn('VER'); 
             dataset.addColumn('VERTB'); 
             dataset.addColumn('PSEUDONIMO'); 
             dataset.addColumn('IMAGEM'); 
             dataset.addColumn('TIPOAUTOR'); 
             dataset.addColumn('DESCRICAO'); 
    for(var i = 0; i < xmlResultados.LAutor.length(); i++) 
    { 
           dataset.addRow(new Array( 
             xmlResultados.LAutor[i].CODCOLIGADA.toString(), 
             xmlResultados.LAutor[i].CODIGO.toString(), 
             xmlResultados.LAutor[i].NOME.toString(), 
             xmlResultados.LAutor[i].DTNASC.toString(), 
             xmlResultados.LAutor[i].DTMORTE.toString(), 
             xmlResultados.LAutor[i].NOTAS.toString(), 
             xmlResultados.LAutor[i].IDIMAGEM.toString(), 
             xmlResultados.LAutor[i].EMAIL.toString(), 
             xmlResultados.LAutor[i].HOMEPAGE.toString(), 
             xmlResultados.LAutor[i].ANONASC.toString(), 
             xmlResultados.LAutor[i].ANOFAL.toString(), 
             xmlResultados.LAutor[i].VER.toString(), 
             xmlResultados.LAutor[i].VERTB.toString(), 
             xmlResultados.LAutor[i].PSEUDONIMO.toString(), 
             xmlResultados.LAutor[i].IMAGEM.toString(), 
             xmlResultados.LAutor[i].TIPOAUTOR.toString(), 
             xmlResultados.LAutor[i].DESCRICAO.toString() 
									))}

// retorna...
	return dataset;

}

ReadRecord

function openZoom(){

var DATASET_ID = "BibAutorData";
	var DATA_FIELDS = "CODCOLIGADA,CODIGO,NOME,DTNASC,DTMORTE,NOTAS,IDIMAGEM";
	var RESULT_FIELDS = "CODCOLIGADA,CODIGO,NOME,DTNASC,DTMORTE,NOTAS,IDIMAGEM";
	var TYPE = "BibAutorData";
	var TITLE = "Autores";

abrirPesquisa(DATASET_ID, DATA_FIELDS, RESULT_FIELDS, TYPE, TITLE);
}

function setSelectedZoomItem(selectedItem){

if(selectedItem.type == "BibAutorData"){
   	    //usuário e senha do aplicativo RM. O mesmo utilizado para logar no sistema e que tenha permissão de   
		//acesso ao cadastro que deseja utilizar 
		//LEMBRANDO QUE O ABAIXO É APENAS A TITULO DE EXEMPLO E SENHAS NÃO DEVEM FICAR NO CLIENT
		var usuario = "mestre";  
		var senha = "integracao";   
		var context = "CodUsuario=mestre;CodSistema=F;CodColigada=1"  
  
		//Faz a leitura do registro
		var retorno = dcReadRecord("BibAutorData", context, usuario, senha, filtro)  
		//Transforma em XML
	    var xmlResultados = new XML(retorno);
CODCOLIGADA,CODIGO,NOME,DTNASC,DTMORTE,NOTAS,IDIMAGEM
	}

}

SaveRecord

function beforeTaskSave(colleagueId,nextSequenceId,userList){
	var NOME_DATASERVER = "BibAutorData";

/* Prepararação das variaveis */
	  //usuário e senha do aplicativo RM. O mesmo utilizado para logar no sistema e que tenha permissão de 
	  //acesso ao cadastro que deseja utilizar
	  var usuario = "mestre";
	  var senha = "integracao";
	  //importante passar no contexto o mesmo código de usuário usado para logar no webservice
	  var context = "CodUsuario=mestre;CodSistema=F;CodColigada=1"
	/* Fim Prepararação das variaveis */

try{
		
        if (isEmpty(hAPI.getCardValue("CODCOLIGADA")) || isEmpty(hAPI.getCardValue("CODIGO")))   
        return    
        var primaryKey = hAPI.getCardValue("CODCOLIGADA") + ";" + hAPI.getCardValue("CODIGO");

// carrega o webservice...
		var authService = getWebService(usuario, senha);
		// define o contexto...
		var context = "CodUsuario=mestre;CodSistema=F;CodColigada=1"
		// faz a leitura...
		var text = new String(authService.readRecord(NOME_DATASERVER, primaryKey, context));

if (!ChekExist(text))
    		text = GetXml();

// atualiza o valor...
        text = replaceValue(text, "CODCOLIGADA" , hAPI.getCardValue("CODCOLIGADA")); 
        text = replaceValue(text, "CODIGO" , hAPI.getCardValue("CODIGO")); 
        text = replaceValue(text, "NOME" , hAPI.getCardValue("NOME")); 
        text = replaceValue(text, "DTNASC" , hAPI.getCardValue("DTNASC")); 
        text = replaceValue(text, "DTMORTE" , hAPI.getCardValue("DTMORTE")); 
        text = replaceValue(text, "NOTAS" , hAPI.getCardValue("NOTAS")); 
        text = replaceValue(text, "IDIMAGEM" , hAPI.getCardValue("IDIMAGEM")); 
        text = replaceValue(text, "EMAIL" , hAPI.getCardValue("EMAIL")); 
        text = replaceValue(text, "HOMEPAGE" , hAPI.getCardValue("HOMEPAGE")); 
        text = replaceValue(text, "ANONASC" , hAPI.getCardValue("ANONASC")); 
        text = replaceValue(text, "ANOFAL" , hAPI.getCardValue("ANOFAL")); 
        text = replaceValue(text, "VER" , hAPI.getCardValue("VER")); 
        text = replaceValue(text, "VERTB" , hAPI.getCardValue("VERTB")); 
        text = replaceValue(text, "PSEUDONIMO" , hAPI.getCardValue("PSEUDONIMO")); 
        text = replaceValue(text, "IMAGEM" , hAPI.getCardValue("IMAGEM")); 
        text = replaceValue(text, "TIPOAUTOR" , hAPI.getCardValue("TIPOAUTOR")); 
        text = replaceValue(text, "DESCRICAO" , hAPI.getCardValue("DESCRICAO"));

var result = new String(authService.saveRecord(NOME_DATASERVER, text, context)); 
		
	// se retornou a chave, salvou ok...
		checkIsPK(result, 2);
	}
	catch (e) 
	{
		if (e == null)	e = "Erro desconhecido!";
		var mensagemErro = "Ocorreu um erro ao salvar dados no RM: " + e;
		throw mensagemErro;
	}	
}

function GetXml()
{
	return "<BibAutor>" + 
"  <LAutor>" + 
"    <CODCOLIGADA>1</CODCOLIGADA>" + 
"    <CODIGO>1</CODIGO>" + 
"    <NOME>LAURENTI, Ruy</NOME>" + 
"    <DTNASC>1920-02-02T00:00:00</DTNASC>" + 
"    <DTMORTE>1989-04-20T00:00:00</DTMORTE>" + 
"    <IDIMAGEM>842</IDIMAGEM>" + 
"    <ANONASC>1920</ANONASC>" + 
"    <ANOFAL>1989</ANOFAL>" + 
"    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</IMAGEM>" + 
"  </LAutor>" + 
"</BibAutor>";
	
}

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