equipe

Boa tarde, Consegui enviar, porem informando o percentual de 1%, pois ele acusava o mesmo erro de percentual incorreto informando 2% ou 1.5%, isso claro para os CST 60 e 500 onde é o pFCPSTRet , vBFCPSTRet, vFCPSTRet, as demais tags e CSTs ele aceitou os 2%, então acredito que o Retido tenha que ser informado o de 1%. Vou anexar um XML validado e enviado no ambiente homologação, com CST 00, 20 , 10 e 60. Só pra constar, apanhei no vNF , pois agora o Total descrito nas tags vFCPST, que são as tags do fundo de combate a pobreza nos CSTs que destacam ST na NFe soma no Totalizador do Documento, eu não havia me atentado a isso.... Outra coisa que reparei a Tag pST só aparece se as Tags vBCSTRet e vICMSSTRet forem destacadas. <vBCSTRet>10.00</vBCSTRet> <pST>19.0000</pST> <vICMSSTRet>1.80</vICMSSTRet> <det nItem="3"> <prod> <cProd>920000001025</cProd> <cEAN/> <xProd>CABIDE 2PC PLASUTIL</xProd> <NCM>97060000</NCM> <CEST>2100200</CEST> <CFOP>5405</CFOP> <uCom>PC</uCom> <qCom>1.0000</qCom> <vUnCom>10.0000000000</vUnCom> <vProd>10.00</vProd> <cEANTrib/> <uTrib>PC</uTrib> <qTrib>1.0000</qTrib> <vUnTrib>10.0000000000</vUnTrib> <vDesc>6.31</vDesc> <vOutro>14.57</vOutro> <indTot>1</indTot> </prod> <imposto> <ICMS> <ICMS60> <orig>0</orig> <CST>60</CST> <vBCSTRet>10.00</vBCSTRet> <pST>19.0000</pST> <vICMSSTRet>1.80</vICMSSTRet> <vBCFCPSTRet>10.00</vBCFCPSTRet> <pFCPSTRet>1.0000</pFCPSTRet> <vFCPSTRet>0.10</vFCPSTRet> </ICMS60> </ICMS> ------------ 000012.XML

Boa tarde, estou com o mesmo problema, porem ele acusa o erro : 875 - Rejeição: Percentual de FCP ST inválido [nItem:3] Parte do Item 3: 875 - Rejeição: Percentual de FCP ST inválido [nItem:3] <det nItem="3"> <prod> <cProd>920000001025</cProd> <cEAN/> <xProd>CABIDE 2PC PLASUTIL</xProd> <NCM>97060000</NCM> <CEST>2100200</CEST> <CFOP>5405</CFOP> <uCom>PC</uCom> <qCom>1.0000</qCom> <vUnCom>10.0000000000</vUnCom> <vProd>10.00</vProd> <cEANTrib/> <uTrib>PC</uTrib> <qTrib>1.0000</qTrib> <vUnTrib>10.0000000000</vUnTrib> <vDesc>6.31</vDesc> <vOutro>14.57</vOutro> <indTot>1</indTot> </prod> <imposto> <ICMS> <ICMS60> <orig>0</orig> <CST>60</CST> <vBCFCPSTRet>10.00</vBCFCPSTRet> <pFCPSTRet>2.0000</pFCPSTRet> <vFCPSTRet>0.20</vFCPSTRet> </ICMS60> </ICMS> <IPI> <cEnq>999</cEnq> <IPINT> <CST>51</CST> </IPINT> </IPI> <PIS> <PISNT> <CST>04</CST> </PISNT> </PIS> <COFINS> <COFINSNT> <CST>04</CST> </COFINSNT> </COFINS> </imposto> </det> Anexo o XML inteiro. envio3.xml

A entendi, Obrigado.

Para DLL da Dimep: 'dllsat.dll' ?

Teste FimAFim: function TesteFimAFim(numeroSessao : Longint; codigoDeAtivacao: PAnsiChar; dadosVenda : UTF8String) : PAnsiChar ; stdcall; External 'dllsat.dll'; wResultado:=TesteFimAFim(Random(999999),PAnsiChar('123456789'),UTF8Encode(wXML)); Lembrando que a Assinatura no XML para Teste FimAFim precisa sem completada com zeros a esquerda até 344 caracteres. Exemplo: <signAC>SGR-SAT SISTEMA DE GESTAO E RETAGUARDA DO SAT00000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000</signAC> 868614|09000|Emitido com sucesso|||<CFe><infCFe Id="CFe35141161099008000141599000009730000003075622" versao="0.06" versaoDadosEnt="0.06" versaoSB="010000"><ide><cUF>35</cUF><cNF>307562</cNF><mod>59</mod><nserieSAT>900000973</nserieSAT><nCFe>000000</nCFe><dEmi>20141119</dEmi><hEmi>164919</hEmi><cDV>2</cDV><tpAmb>2</tpAmb><CNPJ>61099008000141</CNPJ><signAC>SGR-SAT SISTEMA DE GESTAO E RETAGUARDA DO SAT</signAC><assinaturaQRCODE>aWiAIieyy7cWt5hywZyD3JZ37VUJ9Ao/zM7KQCCr96SuXFTZlp/VYje0n+GOoCDuOXo2Ruco+eiQ5AuPoCrzTYGUchJtWb3lWvM6dzOZIuPDqPaXoV7VMyDBAPOab7QCaxhOQT/kbM0NfMzO6m3TUaHqoDt7LlsG3qGn0p/vvapkLTraktL9U4UGerUvKbCzHO0Ugmb5VjakqST81jNQyqZhADozf0OXPymyFVaxF/xiwW+DJmaze7Sq26GmK43pn6PUb3eP7BX3c2jd4TIWgfWpqtcxRDoCDvtYnp+nvJSNyjrcsIh39m7GHh/khePI0pcgYMimQl1ua8oqXbEF9Q==</assinaturaQRCODE><numeroCaixa>115</numeroCaixa></ide><emit><CNPJ>61099008000141</CNPJ><xNome>DIMAS DE MELO PIMENTA SISTEMAS DE PONTO E ACESSO LTDA</xNome><xFant>DIMEP</xFant><enderEmit><xLgr>AVENIDA MOFARREJ</xLgr><nro>840</nro><xCpl>908</xCpl><xBairro>VL. LEOPOLDINA</xBairro><xMun>SAO PAULO</xMun><CEP>05311000</CEP></enderEmit><IE>111111111111</IE><IM>123123</IM><cRegTrib>3</cRegTrib><cRegTribISSQN>1</cRegTribISSQN><indRatISSQN>N</indRatISSQN></emit><dest></dest><det nItem="1"><prod><cProd>01</cProd><xProd>Carne</xProd><CFOP>5000</CFOP><uCom>un</uCom><qCom>1.0000</qCom><vUnCom>2.100</vUnCom><vProd>2.10</vProd><indRegra>A</indRegra><vItem>2.10</vItem></prod><imposto><ICMS><ICMS00><Orig>0</Orig><CST>00</CST><pICMS>5.00</pICMS><vICMS>0.10</vICMS></ICMS00></ICMS><PIS><PISAliq><CST>01</CST><vBC>2.10</vBC><pPIS>1.0000</pPIS><vPIS>2.10</vPIS></PISAliq></PIS><PISST><vBC>1.10</vBC><pPIS>1.0000</pPIS><vPIS>1.10</vPIS></PISST><COFINS><COFINSAliq><CST>01</CST><vBC>1.00</vBC><pCOFINS>1.0000</pCOFINS><vCOFINS>1.00</vCOFINS></COFINSAliq></COFINS></imposto></det><total><ICMSTot><vICMS>0.10</vICMS><vProd>2.10</vProd><vDesc>0.00</vDesc><vPIS>2.10</vPIS><vCOFINS>1.00</vCOFINS><vPISST>1.10</vPISST><vCOFINSST>0.00</vCOFINSST><vOutro>0.00</vOutro></ICMSTot><vCFe>2.10</vCFe></total><pgto><MP><cMP>01</cMP><vMP>33.00</vMP></MP><vTroco>30.90</vTroco></pgto></infCFe><Signature xmlns="http://www.w3.org/2000/09/xmldsig#"><SignedInfo xmlns="http://www.w3.org/2000/09/xmldsig#"><CanonicalizationMethod Algorithm="http://www.w3.org/TR/2001/REC-xml-c14n-20010315"></CanonicalizationMethod><SignatureMethod Algorithm="http://www.w3.org/2001/04/xmldsig-more#rsa-sha256"></SignatureMethod><Reference URI="#CFe35141161099008000141599000009730000003075622"><Transforms><Transform Algorithm="http://www.w3.org/2000/09/xmldsig#enveloped-signature"></Transform><Transform Algorithm="http://www.w3.org/TR/2001/REC-xml-c14n-20010315"></Transform></Transforms><DigestMethod Algorithm="http://www.w3.org/2001/04/xmlenc#sha256"></DigestMethod><DigestValue>xTTN2Cx+WAzp4zUNhN6uZwRycKH5tFdCh8ksTqvUO/U=</DigestValue></Reference></SignedInfo><SignatureValue>E/c0+fknPwBlh7fT4n/mjT7z1vrZgpcqKNJZdOsjlqy5c812R3x7Y0IZpZKaCyIQ6Aa1f1Ri30JygQHw5Rkoe64Gz2eXuXTiTFB5gMojoE43DCyD/y9n9cN/WAYMdsM8M1k/f/+SGLrp/ag/QvGBFeoC0TyYY73WpEk47QJ65kDA+WF8H2UzLgvBjHbf93pHenN9LSAuKzkLXb+94zqBQuvrp07UkegBpgdn1OoQKzRXuRs+MFcFHap3s5wmXmVlFwXKQGW0JYBw7Ben89fONG4fnFl4eypRAMoTrdkpcG9Idm3nVhUxXCji9jGiEdWvE2dCy1QTN6Iqcn/wBFytAA==</SignatureValue><KeyInfo><X509Data><X509Certificate>LS0tLS1CRUdJTiBDRVJUSUZJQ0FURS0tLS0tDQpNSUlHNmpDQ0JOS2dBd0lCQWdJUWZJSzlNTUpoZngyRGtOQUpNZkllUnpBTkJna3Foa2lHOXcwQkFRc0ZBREJuDQpNUXN3Q1FZRFZRUUdFd0pDVWpFMU1ETUdBMVVFQ2hNc1UyVmpjbVYwWVhKcFlTQmtZU0JHWVhwbGJtUmhJR1J2DQpJRVZ6ZEdGa2J5QmtaU0JUWVc4Z1VHRjFiRzh4SVRBZkJnTlZCQU1UR0VGRElGTkJWQ0JrWlNCVVpYTjBaU0JUDQpSVVpCV2lCVFVEQWVGdzB4TkRFeE1EUXdNREF3TURCYUZ3MHhPVEV4TURJeU16VTVOVGxhTUlIbk1Rc3dDUVlEDQpWUVFHRXdKQ1VqRVNNQkFHQTFVRUNCTUpVMkZ2SUZCaGRXeHZNUkV3RHdZRFZRUUtGQWhUUlVaQldpMVRVREVQDQpNQTBHQTFVRUN4UUdRVU10VTBGVU1TZ3dKZ1lEVlFRTEZCOUJkWFJsYm5ScFkyRmtieUJ3YjNJZ1FWSWdVMFZHDQpRVm9nVTFBZ1UwRlVNUnd3R2dZRFZRUUxGQk14TkRFMU1URTNPRGN3TVRBM01qUTVOVFF5TVJJd0VBWURWUVFGDQpFd2s1TURBd01EQTVOek14UkRCQ0JnTlZCQU1UTzBSSlRVRlRSRVZOUlV4UFVFbE5SVTVVUVZOSlUxUkZUVUZUDQpSRVZRVDA1VVQwVkJRMFZUVTA5TVZFUkJPall4TURrNU1EQTRNREF3TVRReE1JSUJJakFOQmdrcWhraUc5dzBCDQpBUUVGQUFPQ0FROEFNSUlCQ2dLQ0FRRUFrRFNONlNlR0VncGdTdm15Wkh2dlh0b0N0RFI4YmE0ME1pUkNrK0poDQpBU0tCZ2pzSDFOb1RKWXNNUHg0SitHWlg1OHRzME1YYVUyektiYS9EejNUWk5JazgvcHRObmR4TnpERm5ZWjhrDQpvY0hjbHV1Zk1nOHVaaEh4NnFzbnkyNGk4L2l1M1ZLK3lyUFdJUXVKRU53cUpQVXl4V0w4Mi9QTE5uK1d3U3A0DQppYjJnVWFlaGdmTG1TQ2JuYUJJNXAwQ2FPY2lXRzdOYjZ1UzI1M1N5VmFUcEFKTWgwR2V2TUpOR1JYMkhiYzZBDQo2Uml4UEtGSVRsN2tFcVBoUDVvNUp1RWZtK0lxRWhIemNZcm5jUmxSSzRSVmFVaHBXYWRuQTluVTY4aHVGUldzDQoyNVllRHVITnNtajhoYkJuZ3oxSUpHL3ZtNlZZbm1XK0MraVppYXdCdHhlNFF3SURBUUFCbzRJQ0R6Q0NBZ3N3DQpKQVlEVlIwUkJCMHdHNkFaQmdWZ1RBRURBNkFRQkE0Mk1UQTVPVEF3T0RBd01ERTBNVEFKQmdOVkhSTUVBakFBDQpNQTRHQTFVZER3RUIvd1FFQXdJRjREQWZCZ05WSFNNRUdEQVdnQlNPT1VFQVhQSzRCZHFvYlppNUFVWnRibVBmDQpBakJyQmdOVkhSOEVaREJpTUdDZ1hxQmNobHBvZEhSd09pOHZZV056WVhRdGRHVnpkR1V1YVcxd2NtVnVjMkZ2DQpabWxqYVdGc0xtTnZiUzVpY2k5eVpYQnZjMmwwYjNKcGJ5OXNZM0l2WVdOellYUnpaV1poZW5Od0wyRmpjMkYwDQpjMlZtWVhwemNHTnliQzVqY213d2V3WURWUjBnQkhRd2NqQndCZ2tyQmdFRUFZSHNMUU13WXpCaEJnZ3JCZ0VGDQpCUWNDQVJaVmFIUjBjRG92TDJGamMyRjBMbWx0Y0hKbGJuTmhiMlpwWTJsaGJDNWpiMjB1WW5JdmNtVndiM05wDQpkRzl5YVc4dlpIQmpMMkZqYzJGMGMyVm1ZWHB6Y0M5a2NHTmZZV056WVhSelpXWmhlbk53TG5Ca1pqQVRCZ05WDQpIU1VFRERBS0JnZ3JCZ0VGQlFjREFqQ0Jwd1lJS3dZQkJRVUhBUUVFZ1pvd2daY3dYd1lJS3dZQkJRVUhNQUtHDQpVMmgwZEhCek9pOHZZV056WVhRdGRHVnpkR1V1YVcxd2NtVnVjMkZ2Wm1samFXRnNMbU52YlM1aWNpOXlaWEJ2DQpjMmwwYjNKcGJ5OWpaWEowYVdacFkyRmtiM012WVdOellYUXRkR1Z6ZEdVdWNEZGpNRFFHQ0NzR0FRVUZCekFCDQpoaWhvZEhSd09pOHZiMk56Y0Mxd2FXeHZkQzVwYlhCeVpXNXpZVzltYVdOcFlXd3VZMjl0TG1KeU1BMEdDU3FHDQpTSWIzRFFFQkN3VUFBNElDQVFDemxxRkVNSXBDaFN2L1dpaGRPU1AwbDZJREJtQXlLbVdDazRLNmsvaE9kUVBEDQplT2NOM3BzVGlkMHpjWWdPbXJwRVIxSG5INU5pTVNobkJkblh3M1h0c2RJOTFCMjEzSFJ5Q2ROTXE4R3lKbnZrDQpuVGFtVm50a3YzTG1vVzZBSkpQeDRFZENBeU0waElMMUxxTldVMG9TcExCOWsvMjBscEVYZVB0Uk5ucWxFN2FTDQpwWHZUWW9keFNpUFIzcTY1ZVZ2ZlZCUzlxK2haL3ZlS1VGTDhFcWlIdFVVMmp6UmxVWHBqOXZ3cisybDNJaEU3DQorWFpQTmFJVXdva2NsMk11U2ZWMVA3RnF3WEdiV0hOaGp5dkZOSTl6SlZqQ1lQa3h5b25XdlJ4bjJWSTFoZjVzDQphUXptSHZ1cXlmNndiUkVob1Rsd0EzOEdqazg2S056b1BXZjBOT2JSbnRxZXd6YUZqOXkrN3prZ2s2TlVvRmxEDQplZ2xSY01RdC91ZlcyZVdvNnRpb29wem5WUGFzT01zMGpZUFJvenJGWHB4UTZWblpwYlRabXhaTi9ZQXMrRWh1DQpQbDR0M3ozVTYzNy9UWmlKUlhQbzIzQ3htQ2JaeGtXWmtqWWl2RjEyMy9paVRsUlBCNUJaN00yVXNXVkhpb2loDQoyQ2MzWW80N29kR0dHN0VDYUx0RkNwd0ZCTHNObkk2b2oxeG5LSEFZSkRwd1kxMDcvZDBkY1k3N0VDeWxEZFhYDQovTjQ1Yk0zK09XY2paUlVqRkM2WDlZcVpHMWRKajJqc3RzQmU4eC9CVVdtSzczMkEwSWZkYldIUERrQTUxYUhEDQp5U2RWSHdFdDNPaWFRSEJLOE1sRWdBNDhkRHdFN3hFU1R2OWJjaVJBdjQwdW80RDhWakM5OUk5dzFibWI3Zz09DQotLS0tLUVORCBDRVJUSUZJQ0FURS0tLS0tDQotLS0tLUJFR0lOIENFUlRJRklDQVRFLS0tLS0NCk1JSUcxakNDQkw2Z0F3SUJBZ0lRUWt0V0l6WksrU1pNdCtwMWhRd2NaVEFOQmdrcWhraUc5dzBCQVEwRkFEQ0INCmpERUxNQWtHQTFVRUJoTUNRbEl4TlRBekJnTlZCQW9UTEZObFkzSmxkR0Z5YVdFZ1pHRWdSbUY2Wlc1a1lTQmsNCmJ5QkZjM1JoWkc4Z1pHVWdVMkZ2SUZCaGRXeHZNVVl3UkFZRFZRUURFejFCUXlCU1lXbDZJR1JsSUZSbGMzUmwNCklGTmxZM0psZEdGeWFXRWdaR0VnUm1GNlpXNWtZU0JrYnlCRmMzUmhaRzhnWkdVZ1UyRnZJRkJoZFd4dk1CNFgNCkRURXlNVEl4TWpBd01EQXdNRm9YRFRJeU1USXhNakl6TlRrMU9Wb3daekVMTUFrR0ExVUVCaE1DUWxJeE5UQXoNCkJnTlZCQW9UTEZObFkzSmxkR0Z5YVdFZ1pHRWdSbUY2Wlc1a1lTQmtieUJGYzNSaFpHOGdaR1VnVTJGdklGQmgNCmRXeHZNU0V3SHdZRFZRUURFeGhCUXlCVFFWUWdaR1VnVkdWemRHVWdVMFZHUVZvZ1UxQXdnZ0lpTUEwR0NTcUcNClNJYjNEUUVCQVFVQUE0SUNEd0F3Z2dJS0FvSUNBUURuUTVFSThzK0s2bzQvL3RpMmN4TFM1d3VjVkJXcDNtdCsNClRzUGdGOW9odSt1RXlqYmdGcjlWSzVqa0RzZnhtT25lcXMxclFuMjFrTmJmakNmdnNabEVpcEkrdkh3U2h4dVUNCkNHM21KUGRqQlkzeUNvNXpWbUhRYXpLbXJYKzFJTEtsYVl1WWRyckt0bmNYL0p4OWFxRWZWUHo0d2w3dG9vVXQNCmF4eDFVbm9GVmlqZ01kcXArNHVPRGtHUWR2V0RvQStGMXh5eVlOcDJWZ2Nkb1lheUdTRFFodXR0WlBiOEluWTANCmtUczlmZnJETmpDcHY4cHl4cG1ISnFUMWNwYlFONWliTWUvMWd0UU8vMGlTRWloOWNrUnQxOUdoMkNDckdGYzMN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Ai galerinha fiz algumas mudanças e deu certo a questão do PAnsiChar e UFT8Encode: Segue como ficou. Alterei a chamada da Função para: function EnviarDadosVenda(numeroSessao : Longint; codigoDeAtivacao: PAnsiChar; dadosVenda : UTF8String) : PAnsiChar ; stdcall; External 'dllsat.dll'; E na passada da Função: wResultado:=EnviarDadosVenda(Random(999999),PAnsiChar('123456789'),UTF8Encode(wVenda)); E deu certo. Ele retorna Criptografado com Base64, a partir dai é descriptografar e gerar o XML e o QRCode para geração da impressão... Preciso tratar as demais funções que recebem o texto do XMl para UTF8 tmb. Mas a ideia é a mesma... Só lembrando que não estou utilizando componente algum do ACBR, mas em teoria até mesmo para o ACBR a ideia é a mesma. Retorno: 114542|06000|0000|Emitido com sucesso + conteúdo notas|||<CFe><infCFe Id="CFe35141161099008000141599000009730000132542910" versao="0.06" versaoDadosEnt="0.06" versaoSB="010000"><ide><cUF>35</cUF><cNF>254291</cNF><mod>59</mod><nserieSAT>900000973</nserieSAT><nCFe>000013</nCFe><dEmi>20141119</dEmi><hEmi>161601</hEmi><cDV>0</cDV><tpAmb>2</tpAmb><CNPJ>16716114000172</CNPJ><signAC>SGR-SAT SISTEMA DE GESTAO E RETAGUARDA DO SAT</signAC><assinaturaQRCODE>bJuH2Ga9dV+ewuG90byMpHZ8hOs0kxvHg9i0OgUp/1P4S+Rzikk7WakRKFjIqzqbz1lg5l1lSlGFW38Xw2j2Y/NKB6acRccloqaxJ/4+j80UKVsC0G9w2gF14X4JBW98v22WMYp5yFcd+KFUs2ub1j02NZkJ0RBYiEuDm9q5gq3F+mheD97u2oIBU8DetxSIq3qDtb7f15ki9ce8et8A7aqhu9JB7qhtuB77xwLn7Rm+c5nCNTjptD9R7OazTRM0+03FpdJEyAcq/WGizV4oyQHMqLljGaE9nGDjbqywg5SubpozSbROLrAE1zVrzPrrS5uP+cGlLins3APACrMVpQ==</assinaturaQRCODE><numeroCaixa>115</numeroCaixa></ide><emit><CNPJ>61099008000141</CNPJ><xNome>DIMAS DE MELO PIMENTA SISTEMAS DE PONTO E ACESSO LTDA</xNome><xFant>DIMEP</xFant><enderEmit><xLgr>AVENIDA MOFARREJ</xLgr><nro>840</nro><xCpl>908</xCpl><xBairro>VL. LEOPOLDINA</xBairro><xMun>SAO PAULO</xMun><CEP>05311000</CEP></enderEmit><IE>111111111111</IE><IM>123123</IM><cRegTrib>3</cRegTrib><cRegTribISSQN>1</cRegTribISSQN><indRatISSQN>N</indRatISSQN></emit><dest></dest><det nItem="1"><prod><cProd>01</cProd><xProd>Carne</xProd><CFOP>5000</CFOP><uCom>un</uCom><qCom>1.0000</qCom><vUnCom>2.100</vUnCom><vProd>2.10</vProd><indRegra>A</indRegra><vItem>2.10</vItem></prod><imposto><ICMS><ICMS00><Orig>0</Orig><CST>00</CST><pICMS>5.00</pICMS><vICMS>0.10</vICMS></ICMS00></ICMS><PIS><PISAliq><CST>01</CST><vBC>2.10</vBC><pPIS>1.0000</pPIS><vPIS>2.10</vPIS></PISAliq></PIS><PISST><vBC>1.10</vBC><pPIS>1.0000</pPIS><vPIS>1.10</vPIS></PISST><COFINS><COFINSAliq><CST>01</CST><vBC>1.00</vBC><pCOFINS>1.0000</pCOFINS><vCOFINS>1.00</vCOFINS></COFINSAliq></COFINS></imposto></det><total><ICMSTot><vICMS>0.10</vICMS><vProd>2.10</vProd><vDesc>0.00</vDesc><vPIS>2.10</vPIS><vCOFINS>1.00</vCOFINS><vPISST>1.10</vPISST><vCOFINSST>0.00</vCOFINSST><vOutro>0.00</vOutro></ICMSTot><vCFe>2.10</vCFe></total><pgto><MP><cMP>01</cMP><vMP>33.00</vMP></MP><vTroco>30.90</vTroco></pgto></infCFe><Signature xmlns="http://www.w3.org/2000/09/xmldsig#"><SignedInfo 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O erro que sempre retorna ao passar o XML: 013018|06010|1999|Rejeição: Erro não identificado||| Segundo o Marlus, pode ser que a função esta passando como PAnsiChar como segue abaixo: function EnviarDadosVenda(numeroSessao : Longint; codigoDeAtivacao: PAnsiChar; dadosVenda : PAnsiChar) : PAnsiChar ; stdcall; External 'dllsat.dll'; E o Sat Aceita o arquivo codificado como UTF8, por isso ele da problema na estrutura do XML... Mas estou na luta tentando efetuar a conversão para UTF8 mas ainda não tive resultados, deu o mesmo erro.... wVenda:=UTF8Encode(wVenda); wResultado:=EnviarDadosVenda(Random(999999),PAnsiChar('123456789'),wVenda); E na função declarei como String ao invés de PAnsiChar. Alguem tem alguma dica?

O que pude ver a principio pelo aplicativo que estou fazendo, os dados da Dimep são: CNPJ desenvolvedor: 16716114000172 CNPJ contribuinte: 61099008000141 Assinatura: SGR-SAT SISTEMA DE GESTAO E RETAGUARDA DO SAT Codigo de Ativação: 123456789 Declaração de Funções: (Algumas) function TesteFimAFim(numeroSessao : Longint; codigoDeAtivacao: PAnsiChar; dadosVenda : PAnsiChar) : PAnsiChar ; stdcall; External 'dllsat.dll'; function AtivarSAT( numeroSessao: Longint; subComando : Longint; codigoDeAtivacao: PAnsiChar; CNPJ: PAnsiChar; cUF : Longint ) : PAnsiChar ; stdcall; External 'dllsat.dll'; function EnviarDadosVenda(numeroSessao : Longint; codigoDeAtivacao: PAnsiChar; dadosVenda : PAnsiChar) : PAnsiChar ; stdcall; External 'dllsat.dll'; function CancelarUltimaVenda(numeroSessao : Longint; codigoAtivacao: PAnsiChar; chave: PAnsiChar; dadosCancelamento : PAnsiChar) : PAnsiChar ; stdcall; External 'dllsat.dll'; function ConsultarNumeroSessao(numeroSessao : Longint; cNumeroDeSessao : Longint) : PAnsiChar ; stdcall; External 'dllsat.dll'; function ConsultarStatusOperacional( numeroSessao : Longint; codigoDeAtivacao : PAnsiChar ) : PAnsiChar ; stdcall; External 'dllsat.dll'; function ExtrairLogs( numeroSessao : Longint; codigoDeAtivacao : PAnsiChar ) : PAnsiChar ; stdcall; External 'dllsat.dll'; function BloquearSAT( numeroSessao : Longint; codigoDeAtivacao : PAnsiChar ) : PAnsiChar ; stdcall; External 'dllsat.dll'; function DesbloquearSAT( numeroSessao : Integer; codigoDeAtivacao : PAnsiChar ) : PAnsiChar ; stdcall; External 'dllsat.dll'; function TrocarCodigoDeAtivacao( numeroSessao : Longint; codigoDeAtivacao : PAnsiChar; opcao : Longint; novoCodigo : PAnsiChar; confNovoCodigo : PAnsiChar ) : PAnsiChar ; stdcall; External 'dllsat.dll'; function AssociarAssinatura( numeroSessao : Longint; codigoDeAtivacao: PAnsiChar; CNPJvalue : PAnsiChar; assinaturaCNPJs : PAnsiChar ) : PAnsiChar ; stdcall; External 'dllsat.dll'; function ConsultarSAT( numeroSessao : Longint ) : PAnsiChar ; stdcall; External 'dllsat.dll'; Estão funcionando, por exemplo: Consulta SAT: Retorno.Clear; wResultado:=ConsultarSAT(Random(999999)); retorno.lines.add(wResultado); Consulta Estado Operacional: Retorno.Clear; wResultado:= ConsultarStatusOperacional(Random(999999),PAnsiChar('123456789')); retorno.lines.add(wResultado); Extrair Logs: Retorno.Clear; wResultado:= ExtrairLogs(Random(999999),PAnsiChar('123456789')); retorno.lines.add(wResultado); Ativar Sat: Retorno.Clear; wResultado:=AtivarSAT(Random(999999),1,PAnsiChar('123456789'),PAnsiChar('61099008000141'),35); retorno.lines.add(wResultado); Enviar Venda: var wCaminho,wVenda:string; begin If OpenDialog.Execute = True Then wCaminho:=OpenDialog.FileName; DadosVenda.Clear; DadosVenda.Lines.LoadFromFile(wCaminho); wVenda:=DadosVenda.Text; wVenda:=StringReplace(wVenda, #39, '"', [rfReplaceAll, rfIgnoreCase]); wResultado:=EnviarDadosVenda(Random(999999),PAnsiChar('123456789'),PAnsiChar(wVenda)); retorno.lines.add(wResultado); Teste Fim a Fim: var wXML:String; wConta:Integer; begin Retorno.Clear; wResultado:= TesteFimAFim(Random(999999), PAnsichar('123456789'), PAnsiChar(DadosVenda.Text)); retorno.lines.add(wResultado); Porem as funções EnviarDadosVenda e TesteFimAFim retornão erro 1999 (Segundo o Marlus da Dimep é erro de Estrutura de XML) porem o XML é o que eles mandam mesmo e que valida na aplicação de exemplo deles. Enviei um email para o mesmo analisar o XML e a estrutura para verificar e ficou de me responder.. Vou aguardar.