xmljson-jsonxml-cg-lib
v1.2.3
Published
Library to transform xml to json and json to xml
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xmljson-jsonxml-cg-lib
1. Introduction
This code is intended to handle transformation of XML content to a JSON format and vice versa.
The code was designed under the OIH framwork to make it compatible with other components based on this, allowing to create OIH components to be used in the N3xtGen Portal.
As components are used in the NXGP flows regardless that the library should be added on component code, there are mandatory input parameters that have to be defined for the library to work properly.
Within "xmljson-jsonxml-cg-lib" three additional libraries are used: xml-js: This library allows to transform from xml to json and from json to xml using two of its main methods and sending some configuration parameters, this library is open source. fs: This library is used because the xml result is saved when the JSON to XML transformation is performed because it is required to save the XML file to be encoded as a base64 encode. utils-nxg-cg: is used to print the necessary logs.
The next is a following example of a transformation using the "processXmlJson" option:
{
"_declaration": {
"_attributes": {
"version": "1.0",
"encoding": "UTF-8"
}
},
"movies": {
"movie": [
{
"id": {
"_text": "tt0209144"
},
"title": {
"_text": "Memento"
},
"actor": {
"_text": "Guy Pearce"
},
"year": {
"_text": "2000"
},
"genre": {
"_text": "drama"
},
"stars": {
"_text": "4"
},
"flag": {
"_text": "0"
}
},
{
"id": {
"_text": "tt0133093"
},
"title": {
"_text": "The Matrix"
},
"actor": {
"_text": "Keanu Reeves"
},
"year": {
"_text": "1999"
},
"genre": {
"_text": "fiction"
},
"stars": {
"_text": "5"
},
"flag": {
"_text": "1"
}
},
{
"id": {
"_text": "tt0238091"
},
"title": {
"_text": "The Silence of the Lambs"
},
"actor": {
"_text": "Jodie Foster"
},
"year": {
"_text": "1991"
},
"genre": {
"_text": "suspence"
},
"stars": {
"_text": "4"
},
"flag": {
"_text": "1"
}
},
{
"id": {
"_text": "tt0246006"
},
"title": {
"_text": "The Prestige"
},
"actor": {
"_text": "Christian Bale"
},
"year": {
"_text": "2006"
},
"genre": {
"_text": "Suspense"
},
"stars": {
"_text": "4"
},
"flag": {
"_text": "1"
}
},
{
"id": {
"_text": "mb0162096"
},
"title": {
"_text": "interestellar"
},
"actor": {
"_text": "Matthew McConaughey"
},
"year": {
"_text": "2014"
},
"genre": {
"_text": "fscience fiction"
},
"stars": {
"_text": "5"
},
"flag": {
"_text": "0"
}
},
{
"id": {
"_text": "mb0972000"
},
"title": {
"_text": "Revenant"
},
"actor": {
"_text": "Leonardo Dicaprio"
},
"year": {
"_text": "2015"
},
"genre": {
"_text": "fscience fiction"
},
"stars": {
"_text": "5"
},
"flag": {
"_text": "0"
}
},
{
"id": {
"_text": "sf0972075"
},
"title": {
"_text": "The Shawshank Redemption"
},
"actor": {
"_text": "Morgan Freeman"
},
"year": {
"_text": "1994"
},
"genre": {
"_text": "drama"
},
"stars": {
"_text": "5"
},
"flag": {
"_text": "0"
}
},
{
"id": {
"_text": "av0979375"
},
"title": {
"_text": "Avengers: Endgame"
},
"actor": {
"_text": "Robert Downey Jr."
},
"year": {
"_text": "2019"
},
"genre": {
"_text": "fscience fiction"
},
"stars": {
"_text": "5"
},
"flag": {
"_text": "0"
}
},
{
"id": {
"_text": "bh0978855"
},
"title": {
"_text": "Black Hawk Down"
},
"actor": {
"_text": "Josh Hartnett"
},
"year": {
"_text": "2001"
},
"genre": {
"_text": "fscience fiction"
},
"stars": {
"_text": "5"
},
"flag": {
"_text": "0"
}
},
{
"id": {
"_text": "tw0970164"
},
"title": {
"_text": "The wolf of wall street"
},
"actor": {
"_text": "Leonardo Dicaprio"
},
"year": {
"_text": "2013"
},
"genre": {
"_text": "drama"
},
"stars": {
"_text": "5"
},
"flag": {
"_text": "0"
}
}
]
}
}In the case of the "processJsonXml" option, the next is the result of the transformation:
<?xml version="1.0" encoding="UTF-8"?>
<cfdi:Comprobante xmlns:xsi="http://www.w3.org/2001/XMLSchema-instance" xsi:schemaLocation="http://www.sat.gob.mx/cfd/4 http://www.sat.gob.mx/sitio_internet/cfd/4/cfdv40.xsd" xmlns:cfdi="http://www.sat.gob.mx/cfd/4" Version="4.0" Serie="GB" Folio="17934" Fecha="2022-06-15T09:43:26" Sello="gb9SiCpPuY5tDU+87xgJpur/Yu0/idNwKuy2/ctrScFPQMxlEG5IeqZwi9/hgpYVFj3reyPx0JTLO0zXGI0ETqTqLSlO+5hGN+8YQ9jmw9l8WAIznBCTip5cUjaJSNa0z2jf8TE2BGDiaYjYwZjlKGg4jkpc7L7lw5THmnuYmx1+X2IyRVlSRyVYdDkyJ9eg7FyG/r2elilATFlw2KWgX5ZCmRKpnqdcgncUwmLT5rAo1iaJL0NetMnAk6c3jf9sqM2RT3b1Oet+iW0sNIEMjQ+Jgt9sYaOoUd1RsL6tTiIa4NK6o07MOoSkPXC10JgZMHeVa+pIs9xtRG4pGwru+g==" FormaPago="99" NoCertificado="00001000000502966106" Certificado="MIIF6TCCA9GgAwIBAgIUMDAwMDEwMDAwMDA1MDI5NjYxMDYwDQYJKoZIhvcNAQELBQAwggGEMSAwHgYDVQQDDBdBVVRPUklEQUQgQ0VSVElGSUNBRE9SQTEuMCwGA1UECgwlU0VSVklDSU8gREUgQURNSU5JU1RSQUNJT04gVFJJQlVUQVJJQTEaMBgGA1UECwwRU0FULUlFUyBBdXRob3JpdHkxKjAoBgkqhkiG9w0BCQEWG2NvbnRhY3RvLnRlY25pY29Ac2F0LmdvYi5teDEmMCQGA1UECQwdQVYuIEhJREFMR08gNzcsIENPTC4gR1VFUlJFUk8xDjAMBgNVBBEMBTA2MzAwMQswCQYDVQQGEwJNWDEZMBcGA1UECAwQQ0lVREFEIERFIE1FWElDTzETMBEGA1UEBwwKQ1VBVUhURU1PQzEVMBMGA1UELRMMU0FUOTcwNzAxTk4zMVwwWgYJKoZIhvcNAQkCE01yZXNwb25zYWJsZTogQURNSU5JU1RSQUNJT04gQ0VOVFJBTCBERSBTRVJWSUNJT1MgVFJJQlVUQVJJT1MgQUwgQ09OVFJJQlVZRU5URTAeFw0yMDAxMzAxODA2MzhaFw0yNDAxMzAxODA2MzhaMIG3MSIwIAYDVQQDExlHVUFEQUxVUEUgQlJJT05FUyBBTkRSQURFMSIwIAYDVQQpExlHVUFEQUxVUEUgQlJJT05FUyBBTkRSQURFMSIwIAYDVQQKExlHVUFEQUxVUEUgQlJJT05FUyBBTkRSQURFMRYwFAYDVQQtEw1CSUFHNTUxMTIwUTY2MRswGQYDVQQFExJCSUFHNTUxMTIwTUNMUk5EMDExFDASBgNVBAsTC0JJQUdUT1JSRU9OMIIBIjANBgkqhkiG9w0BAQEFAAOCAQ8AMIIBCgKCAQEAvFG469yNuCz55840Dz3az9C8lj3+ERqff+keTh9z9Z+xEkkDF8BYwefx1A7JpLH/5QAbeuPqSqCgixNgk0hzT0KVNAo7cRtPEcxhgDMEPQdmvW5DLFvo5uxBbWeCEIhIDlWqZlbKKrniMnhJY+GK+WGlv8b4MweXtxl8AA/XE7foBTIwcWRGU678kt4y6lRI/zEV3LlFYpnvj0ojDpxYXOjBPPTSzDk60Q2sMGs8NdYLM7bJ2peIhwD5EmywC+NzpatPOTg7Tlbm/cCBemv6SVpTKKm3ln1s8FDWqG8xKnIiEiqFHy9jAx6jFShhvA332UJau/S9e97JCedKxFvcvwIDAQABox0wGzAMBgNVHRMBAf8EAjAAMAsGA1UdDwQEAwIGwDANBgkqhkiG9w0BAQsFAAOCAgEAJzd8IJ5VIW/XELEGbg0m98ZZij4nd03CBjjM1Tx+dL1hXr9kJEX9hVubUMavcsKORhFmsTbA1Ti1/I5147mzTUO0N2iYup4yiI24l8gLLzMM2QPE30STsqIJ+69C+jdsrMztziI6OWfjnJiobB0yErnlyaxCmty574ypzPSGvomJo4YaoshS4a0JxVIljZa/ozOp3ORyh6VrJxT2bN1NOHg0w+ObzCJaGV/101KD+1McHEeDiADPrSmEMShUWVA3oWKXPIF1LAyof2kTQo2jugMmZoNgz4AdS4rsDpMnfMgYrmIj34z5BfMe5ogUfqVJS0KssV7iGoeeaSjNUv7XfeCL0k/gCQ6Y2PYIo3ewwJbAoHSJqcfbE2wzedCTnfAbW5bi5CqHATzNs2+y9dmukbT3V4St/ZsIlonSkJMI209T4RnMDkDI3dCzEnOGQx6XIkE/y3avtqxkf550DN/sNTAn32BaBT3HJbqgzPULUxJ1iVdDlFcAjxiPYTUNXfX9J09h31PPi/rqoq045UbMI+xCXFk4wLWUBaxIoFduf05597vjPvnrZ6QbFfeuXN7ts5b4CZpaH+G0Y2ed357o7hoGEqX484lWOj9uVoPS/jvFfq+EyjMUN0/I/qeH9iNeD9x8CqFjr/EDXjY/pLJCX8Fc5l+ZvGwSUA/jl72MHcg=" CondicionesDePago="CREDITO" SubTotal="4102.40" Moneda="MXN" Total="4462.78" TipoDeComprobante="I" Exportacion="01" MetodoPago="PPD" LugarExpedicion="27110">
    <cfdi:Emisor Rfc="BIAG551120Q66" Nombre="GUADALUPE BRIONES ANDRADE" RegimenFiscal="612"/>
    <cfdi:Receptor Rfc="GEU050214965" Nombre="GRANJA EUCALIPTOS" DomicilioFiscalReceptor="35130" RegimenFiscalReceptor="622" UsoCFDI="G01"/>
    <cfdi:Conceptos>
        <cfdi:Concepto ClaveProdServ="42311500" NoIdentificacion="0362" Cantidad="30" ClaveUnidad="H87" Unidad="PIEZA" Descripcion="VENDA CATTLE WRAP COFLEX BY ANDOVER CD JUAREZ CHIH 13678
19  07  0823  9000110/2019-01-29/070" ValorUnitario="23.00" Importe="690.00" ObjetoImp="02">
            <cfdi:Impuestos>
                <cfdi:Traslados>
                    <cfdi:Traslado Base="690.00" Impuesto="002" TipoFactor="Tasa" TasaOCuota="0.160000" Importe="110.40"/>
                </cfdi:Traslados>
            </cfdi:Impuestos>
            <cfdi:InformacionAduanera NumeroPedimento="19  07  0823  9000110"/>
        </cfdi:Concepto>
        <cfdi:Concepto ClaveProdServ="42121500" Cantidad="40" ClaveUnidad="H87" Unidad="PIEZA" Descripcion="JERINGA DE PLASTICO GB INSTRUMENTAL 5 ML CON AGUJA " ValorUnitario="2.06" Importe="82.40" ObjetoImp="02">
            <cfdi:Impuestos>
                <cfdi:Traslados>
                    <cfdi:Traslado Base="82.40" Impuesto="002" TipoFactor="Tasa" TasaOCuota="0.160000" Importe="13.184"/>
                </cfdi:Traslados>
            </cfdi:Impuestos>
        </cfdi:Concepto>
        <cfdi:Concepto ClaveProdServ="31201600" Cantidad="1" ClaveUnidad="H87" Unidad="PIEZA" Descripcion="KIT PEGAMENTO TECHNOVIT (CON TACON MADERA) CD. JUAREZ " ValorUnitario="1850.00" Importe="1850.00" ObjetoImp="02">
            <cfdi:Impuestos>
                <cfdi:Traslados>
                    <cfdi:Traslado Base="1850.00" Impuesto="002" TipoFactor="Exento"/>
                </cfdi:Traslados>
            </cfdi:Impuestos>
        </cfdi:Concepto>
        <cfdi:Concepto ClaveProdServ="53102704" Cantidad="8" ClaveUnidad="H87" Unidad="PIEZA" Descripcion="MANDIL PREMIUM GB GRANDE PARA ORDEÑA GAL" ValorUnitario="185.00" Importe="1480.00" ObjetoImp="02">
            <cfdi:Impuestos>
                <cfdi:Traslados>
                    <cfdi:Traslado Base="1480.00" Impuesto="002" TipoFactor="Tasa" TasaOCuota="0.160000" Importe="236.80"/>
                </cfdi:Traslados>
            </cfdi:Impuestos>
        </cfdi:Concepto>
    </cfdi:Conceptos>
    <cfdi:Impuestos TotalImpuestosTrasladados="360.38">
        <cfdi:Traslados>
            <cfdi:Traslado Base="1850.00" Impuesto="002" TipoFactor="Exento"/>
            <cfdi:Traslado Base="2252.40" Impuesto="002" TipoFactor="Tasa" TasaOCuota="0.160000" Importe="360.38"/>
        </cfdi:Traslados>
    </cfdi:Impuestos>
    <cfdi:Complemento>
        <tfd:TimbreFiscalDigital xmlns:tfd="http://www.sat.gob.mx/TimbreFiscalDigital" xsi:schemaLocation="http://www.sat.gob.mx/TimbreFiscalDigital http://www.sat.gob.mx/sitio_internet/cfd/TimbreFiscalDigital/TimbreFiscalDigitalv11.xsd" xmlns:xsi="http://www.w3.org/2001/XMLSchema-instance" Version="1.1" UUID="9B812CD5-A039-E94E-B9FC-5073CF6C476F" FechaTimbrado="2022-06-15T09:43:50" RfcProvCertif="SCD110105654" SelloCFD="gb9SiCpPuY5tDU+87xgJpur/Yu0/idNwKuy2/ctrScFPQMxlEG5IeqZwi9/hgpYVFj3reyPx0JTLO0zXGI0ETqTqLSlO+5hGN+8YQ9jmw9l8WAIznBCTip5cUjaJSNa0z2jf8TE2BGDiaYjYwZjlKGg4jkpc7L7lw5THmnuYmx1+X2IyRVlSRyVYdDkyJ9eg7FyG/r2elilATFlw2KWgX5ZCmRKpnqdcgncUwmLT5rAo1iaJL0NetMnAk6c3jf9sqM2RT3b1Oet+iW0sNIEMjQ+Jgt9sYaOoUd1RsL6tTiIa4NK6o07MOoSkPXC10JgZMHeVa+pIs9xtRG4pGwru+g==" NoCertificadoSAT="00001000000502000436" SelloSAT="Tc8wc5Y0HbR3mwFwRieNpI/n4Qo8RYAl6Pj38UwiPONeM1Cl/G7KosyjYfMt8vkQelpO1xMdfIpRaefT2UdatQ23yQRbx84G1ytiKORVZFXj/uN8zWeepNN3JVxf21v/vTqKhSqxU7qYFfFrVLLwcHHFSiFXIU5XJ9E+NM39yzm+HeeLznwUJtdSnL5Q9SvM3OBYSckCEvfYTnzel6KA20rbZXzdnJTgL9UwmOeC3HIoF2FcEkor9Q7oB4oHlDneZwflhR/1kS/4VWU4iNIB8mId8LPZbE8kC3Snf5n9ZROtgbAAVbcKRPO3DxKlNpfRFshDIl/I9fAQWnArtHvTtg=="/>
    </cfdi:Complemento>
</cfdi:Comprobante>2. Methods explanation
The library can be installed from npm page with the next:
npm install xmljson-jsonxml-cg-lib, npm i xmljson-jsonxml-cg-lib or yarn install xmljson-jsonxml-cg-lib
_2.1. processXmlJson
This method is used to convert a file with a xml extension but encoding in base64 to a JSON file for data handling preferences. Currently the xml file has to be a valid xml file.
_2.2. json_xml
This method is used to transform a json file cnoding in base64 to a xml file for data handling preference. Currently the json format has to be a valid format to avoid problems.
3. Argument and result explanation
Arguments: In the processXmlJson method there is only one parameter that is required in the transformation and it is described below:
- content(required): This parameter is the content that will be transformed and has to be sent encoded in base64.
In the processJsonXml method there is only one parameter that is required in the transformation and it is described below:
- content(required): This parameter is the content that will be transformed and has to be sent encoded in base64.
Result: The final result varies depending on the method used, if it is "processJsonXml" it will bring a JSON as a result , if it is "processJsonXml", it will bring a XML file encoding in base64: This result is for the "processJsonXml" process.
{
"_declaration": {
"_attributes": {
"version": "1.0",
"encoding": "UTF-8"
}
},
"movies": {
"movie": [
{
"id": {
"_text": "tt0209144"
},
"title": {
"_text": "Memento"
},
"actor": {
"_text": "Guy Pearce"
},
"year": {
"_text": "2000"
},
"genre": {
"_text": "drama"
},
"stars": {
"_text": "4"
},
"flag": {
"_text": "0"
}
},
{
"id": {
"_text": "tt0133093"
},
"title": {
"_text": "The Matrix"
},
"actor": {
"_text": "Keanu Reeves"
},
"year": {
"_text": "1999"
},
"genre": {
"_text": "fiction"
},
"stars": {
"_text": "5"
},
"flag": {
"_text": "1"
}
},
{
"id": {
"_text": "tt0238091"
},
"title": {
"_text": "The Silence of the Lambs"
},
"actor": {
"_text": "Jodie Foster"
},
"year": {
"_text": "1991"
},
"genre": {
"_text": "suspence"
},
"stars": {
"_text": "4"
},
"flag": {
"_text": "1"
}
},
{
"id": {
"_text": "tt0246006"
},
"title": {
"_text": "The Prestige"
},
"actor": {
"_text": "Christian Bale"
},
"year": {
"_text": "2006"
},
"genre": {
"_text": "Suspense"
},
"stars": {
"_text": "4"
},
"flag": {
"_text": "1"
}
},
{
"id": {
"_text": "mb0162096"
},
"title": {
"_text": "interestellar"
},
"actor": {
"_text": "Matthew McConaughey"
},
"year": {
"_text": "2014"
},
"genre": {
"_text": "fscience fiction"
},
"stars": {
"_text": "5"
},
"flag": {
"_text": "0"
}
},
{
"id": {
"_text": "mb0972000"
},
"title": {
"_text": "Revenant"
},
"actor": {
"_text": "Leonardo Dicaprio"
},
"year": {
"_text": "2015"
},
"genre": {
"_text": "fscience fiction"
},
"stars": {
"_text": "5"
},
"flag": {
"_text": "0"
}
},
{
"id": {
"_text": "sf0972075"
},
"title": {
"_text": "The Shawshank Redemption"
},
"actor": {
"_text": "Morgan Freeman"
},
"year": {
"_text": "1994"
},
"genre": {
"_text": "drama"
},
"stars": {
"_text": "5"
},
"flag": {
"_text": "0"
}
},
{
"id": {
"_text": "av0979375"
},
"title": {
"_text": "Avengers: Endgame"
},
"actor": {
"_text": "Robert Downey Jr."
},
"year": {
"_text": "2019"
},
"genre": {
"_text": "fscience fiction"
},
"stars": {
"_text": "5"
},
"flag": {
"_text": "0"
}
},
{
"id": {
"_text": "bh0978855"
},
"title": {
"_text": "Black Hawk Down"
},
"actor": {
"_text": "Josh Hartnett"
},
"year": {
"_text": "2001"
},
"genre": {
"_text": "fscience fiction"
},
"stars": {
"_text": "5"
},
"flag": {
"_text": "0"
}
},
{
"id": {
"_text": "tw0970164"
},
"title": {
"_text": "The wolf of wall street"
},
"actor": {
"_text": "Leonardo Dicaprio"
},
"year": {
"_text": "2013"
},
"genre": {
"_text": "drama"
},
"stars": {
"_text": "5"
},
"flag": {
"_text": "0"
}
}
]
}
}And in the case of "processJsonXml", the result will be a xml file encoding in base64:
<?xml version="1.0" encoding="UTF-8"?>
<cfdi:Comprobante xmlns:xsi="http://www.w3.org/2001/XMLSchema-instance" xsi:schemaLocation="http://www.sat.gob.mx/cfd/4 http://www.sat.gob.mx/sitio_internet/cfd/4/cfdv40.xsd" xmlns:cfdi="http://www.sat.gob.mx/cfd/4" Version="4.0" Serie="GB" Folio="17934" Fecha="2022-06-15T09:43:26" Sello="gb9SiCpPuY5tDU+87xgJpur/Yu0/idNwKuy2/ctrScFPQMxlEG5IeqZwi9/hgpYVFj3reyPx0JTLO0zXGI0ETqTqLSlO+5hGN+8YQ9jmw9l8WAIznBCTip5cUjaJSNa0z2jf8TE2BGDiaYjYwZjlKGg4jkpc7L7lw5THmnuYmx1+X2IyRVlSRyVYdDkyJ9eg7FyG/r2elilATFlw2KWgX5ZCmRKpnqdcgncUwmLT5rAo1iaJL0NetMnAk6c3jf9sqM2RT3b1Oet+iW0sNIEMjQ+Jgt9sYaOoUd1RsL6tTiIa4NK6o07MOoSkPXC10JgZMHeVa+pIs9xtRG4pGwru+g==" FormaPago="99" NoCertificado="00001000000502966106" Certificado="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" CondicionesDePago="CREDITO" SubTotal="4102.40" Moneda="MXN" Total="4462.78" TipoDeComprobante="I" Exportacion="01" MetodoPago="PPD" LugarExpedicion="27110">
    <cfdi:Emisor Rfc="BIAG551120Q66" Nombre="GUADALUPE BRIONES ANDRADE" RegimenFiscal="612"/>
    <cfdi:Receptor Rfc="GEU050214965" Nombre="GRANJA EUCALIPTOS" DomicilioFiscalReceptor="35130" RegimenFiscalReceptor="622" UsoCFDI="G01"/>
    <cfdi:Conceptos>
        <cfdi:Concepto ClaveProdServ="42311500" NoIdentificacion="0362" Cantidad="30" ClaveUnidad="H87" Unidad="PIEZA" Descripcion="VENDA CATTLE WRAP COFLEX BY ANDOVER CD JUAREZ CHIH 13678
19  07  0823  9000110/2019-01-29/070" ValorUnitario="23.00" Importe="690.00" ObjetoImp="02">
            <cfdi:Impuestos>
                <cfdi:Traslados>
                    <cfdi:Traslado Base="690.00" Impuesto="002" TipoFactor="Tasa" TasaOCuota="0.160000" Importe="110.40"/>
                </cfdi:Traslados>
            </cfdi:Impuestos>
            <cfdi:InformacionAduanera NumeroPedimento="19  07  0823  9000110"/>
        </cfdi:Concepto>
        <cfdi:Concepto ClaveProdServ="42121500" Cantidad="40" ClaveUnidad="H87" Unidad="PIEZA" Descripcion="JERINGA DE PLASTICO GB INSTRUMENTAL 5 ML CON AGUJA " ValorUnitario="2.06" Importe="82.40" ObjetoImp="02">
            <cfdi:Impuestos>
                <cfdi:Traslados>
                    <cfdi:Traslado Base="82.40" Impuesto="002" TipoFactor="Tasa" TasaOCuota="0.160000" Importe="13.184"/>
                </cfdi:Traslados>
            </cfdi:Impuestos>
        </cfdi:Concepto>
        <cfdi:Concepto ClaveProdServ="31201600" Cantidad="1" ClaveUnidad="H87" Unidad="PIEZA" Descripcion="KIT PEGAMENTO TECHNOVIT (CON TACON MADERA) CD. JUAREZ " ValorUnitario="1850.00" Importe="1850.00" ObjetoImp="02">
            <cfdi:Impuestos>
                <cfdi:Traslados>
                    <cfdi:Traslado Base="1850.00" Impuesto="002" TipoFactor="Exento"/>
                </cfdi:Traslados>
            </cfdi:Impuestos>
        </cfdi:Concepto>
        <cfdi:Concepto ClaveProdServ="53102704" Cantidad="8" ClaveUnidad="H87" Unidad="PIEZA" Descripcion="MANDIL PREMIUM GB GRANDE PARA ORDEÑA GAL" ValorUnitario="185.00" Importe="1480.00" ObjetoImp="02">
            <cfdi:Impuestos>
                <cfdi:Traslados>
                    <cfdi:Traslado Base="1480.00" Impuesto="002" TipoFactor="Tasa" TasaOCuota="0.160000" Importe="236.80"/>
                </cfdi:Traslados>
            </cfdi:Impuestos>
        </cfdi:Concepto>
    </cfdi:Conceptos>
    <cfdi:Impuestos TotalImpuestosTrasladados="360.38">
        <cfdi:Traslados>
            <cfdi:Traslado Base="1850.00" Impuesto="002" TipoFactor="Exento"/>
            <cfdi:Traslado Base="2252.40" Impuesto="002" TipoFactor="Tasa" TasaOCuota="0.160000" Importe="360.38"/>
        </cfdi:Traslados>
    </cfdi:Impuestos>
    <cfdi:Complemento>
        <tfd:TimbreFiscalDigital xmlns:tfd="http://www.sat.gob.mx/TimbreFiscalDigital" xsi:schemaLocation="http://www.sat.gob.mx/TimbreFiscalDigital http://www.sat.gob.mx/sitio_internet/cfd/TimbreFiscalDigital/TimbreFiscalDigitalv11.xsd" xmlns:xsi="http://www.w3.org/2001/XMLSchema-instance" Version="1.1" UUID="9B812CD5-A039-E94E-B9FC-5073CF6C476F" FechaTimbrado="2022-06-15T09:43:50" RfcProvCertif="SCD110105654" SelloCFD="gb9SiCpPuY5tDU+87xgJpur/Yu0/idNwKuy2/ctrScFPQMxlEG5IeqZwi9/hgpYVFj3reyPx0JTLO0zXGI0ETqTqLSlO+5hGN+8YQ9jmw9l8WAIznBCTip5cUjaJSNa0z2jf8TE2BGDiaYjYwZjlKGg4jkpc7L7lw5THmnuYmx1+X2IyRVlSRyVYdDkyJ9eg7FyG/r2elilATFlw2KWgX5ZCmRKpnqdcgncUwmLT5rAo1iaJL0NetMnAk6c3jf9sqM2RT3b1Oet+iW0sNIEMjQ+Jgt9sYaOoUd1RsL6tTiIa4NK6o07MOoSkPXC10JgZMHeVa+pIs9xtRG4pGwru+g==" NoCertificadoSAT="00001000000502000436" SelloSAT="Tc8wc5Y0HbR3mwFwRieNpI/n4Qo8RYAl6Pj38UwiPONeM1Cl/G7KosyjYfMt8vkQelpO1xMdfIpRaefT2UdatQ23yQRbx84G1ytiKORVZFXj/uN8zWeepNN3JVxf21v/vTqKhSqxU7qYFfFrVLLwcHHFSiFXIU5XJ9E+NM39yzm+HeeLznwUJtdSnL5Q9SvM3OBYSckCEvfYTnzel6KA20rbZXzdnJTgL9UwmOeC3HIoF2FcEkor9Q7oB4oHlDneZwflhR/1kS/4VWU4iNIB8mId8LPZbE8kC3Snf5n9ZROtgbAAVbcKRPO3DxKlNpfRFshDIl/I9fAQWnArtHvTtg=="/>
    </cfdi:Complemento>
</cfdi:Comprobante>3. Examples
The next decribes some examples on how to use the library to transform content (XML or JSON) as required. In the next example it is a valid object with full parameters that can be sent to te library to make a transformation from XML to JSON:
[
{
"content":"﻿<?xml version="1.0" encoding="UTF-8"?>
<cfdi:Comprobante xmlns:xsi="http://www.w3.org/2001/XMLSchema-instance" xsi:schemaLocation="http://www.sat.gob.mx/cfd/4 http://www.sat.gob.mx/sitio_internet/cfd/4/cfdv40.xsd" xmlns:cfdi="http://www.sat.gob.mx/cfd/4" Version="4.0" Serie="GB" Folio="17934" Fecha="2022-06-15T09:43:26" Sello="gb9SiCpPuY5tDU+87xgJpur/Yu0/idNwKuy2/ctrScFPQMxlEG5IeqZwi9/hgpYVFj3reyPx0JTLO0zXGI0ETqTqLSlO+5hGN+8YQ9jmw9l8WAIznBCTip5cUjaJSNa0z2jf8TE2BGDiaYjYwZjlKGg4jkpc7L7lw5THmnuYmx1+X2IyRVlSRyVYdDkyJ9eg7FyG/r2elilATFlw2KWgX5ZCmRKpnqdcgncUwmLT5rAo1iaJL0NetMnAk6c3jf9sqM2RT3b1Oet+iW0sNIEMjQ+Jgt9sYaOoUd1RsL6tTiIa4NK6o07MOoSkPXC10JgZMHeVa+pIs9xtRG4pGwru+g==" FormaPago="99" NoCertificado="00001000000502966106" Certificado="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" CondicionesDePago="CREDITO" SubTotal="4102.40" Moneda="MXN" Total="4462.78" TipoDeComprobante="I" Exportacion="01" MetodoPago="PPD" LugarExpedicion="27110">
  <cfdi:Emisor Rfc="BIAG551120Q66" Nombre="GUADALUPE BRIONES ANDRADE" RegimenFiscal="612" />
  <cfdi:Receptor Rfc="GEU050214965" Nombre="GRANJA EUCALIPTOS" DomicilioFiscalReceptor="35130" RegimenFiscalReceptor="622" UsoCFDI="G01" />
  <cfdi:Conceptos>
    <cfdi:Concepto ClaveProdServ="42311500" NoIdentificacion="0362" Cantidad="30" ClaveUnidad="H87" Unidad="PIEZA" Descripcion="VENDA CATTLE WRAP COFLEX BY ANDOVER CD JUAREZ CHIH 13678&#xA;19  07  0823  9000110/2019-01-29/070" ValorUnitario="23.00" Importe="690.00" ObjetoImp="02">
      <cfdi:Impuestos>
        <cfdi:Traslados>
          <cfdi:Traslado Base="690.00" Impuesto="002" TipoFactor="Tasa" TasaOCuota="0.160000" Importe="110.40" />
        </cfdi:Traslados>
      </cfdi:Impuestos>
      <cfdi:InformacionAduanera NumeroPedimento="19  07  0823  9000110" />
    </cfdi:Concepto>
    <cfdi:Concepto ClaveProdServ="42121500" Cantidad="40" ClaveUnidad="H87" Unidad="PIEZA" Descripcion="JERINGA DE PLASTICO GB INSTRUMENTAL 5 ML CON AGUJA " ValorUnitario="2.06" Importe="82.40" ObjetoImp="02">
      <cfdi:Impuestos>
        <cfdi:Traslados>
          <cfdi:Traslado Base="82.40" Impuesto="002" TipoFactor="Tasa" TasaOCuota="0.160000" Importe="13.184" />
        </cfdi:Traslados>
      </cfdi:Impuestos>
    </cfdi:Concepto>
    <cfdi:Concepto ClaveProdServ="31201600" Cantidad="1" ClaveUnidad="H87" Unidad="PIEZA" Descripcion="KIT PEGAMENTO TECHNOVIT (CON TACON MADERA) CD. JUAREZ " ValorUnitario="1850.00" Importe="1850.00" ObjetoImp="02">
      <cfdi:Impuestos>
        <cfdi:Traslados>
          <cfdi:Traslado Base="1850.00" Impuesto="002" TipoFactor="Exento" />
        </cfdi:Traslados>
      </cfdi:Impuestos>
    </cfdi:Concepto>
    <cfdi:Concepto ClaveProdServ="53102704" Cantidad="8" ClaveUnidad="H87" Unidad="PIEZA" Descripcion="MANDIL PREMIUM GB GRANDE PARA ORDEÑA GAL" ValorUnitario="185.00" Importe="1480.00" ObjetoImp="02">
      <cfdi:Impuestos>
        <cfdi:Traslados>
          <cfdi:Traslado Base="1480.00" Impuesto="002" TipoFactor="Tasa" TasaOCuota="0.160000" Importe="236.80" />
        </cfdi:Traslados>
      </cfdi:Impuestos>
    </cfdi:Concepto>
  </cfdi:Conceptos>
  <cfdi:Impuestos TotalImpuestosTrasladados="360.38">
    <cfdi:Traslados>
      <cfdi:Traslado Base="1850.00" Impuesto="002" TipoFactor="Exento" />
      <cfdi:Traslado Base="2252.40" Impuesto="002" TipoFactor="Tasa" TasaOCuota="0.160000" Importe="360.38" />
    </cfdi:Traslados>
  </cfdi:Impuestos>
<cfdi:Complemento><tfd:TimbreFiscalDigital xmlns:tfd="http://www.sat.gob.mx/TimbreFiscalDigital" xsi:schemaLocation="http://www.sat.gob.mx/TimbreFiscalDigital http://www.sat.gob.mx/sitio_internet/cfd/TimbreFiscalDigital/TimbreFiscalDigitalv11.xsd" xmlns:xsi="http://www.w3.org/2001/XMLSchema-instance" Version="1.1" UUID="9B812CD5-A039-E94E-B9FC-5073CF6C476F" FechaTimbrado="2022-06-15T09:43:50" RfcProvCertif="SCD110105654" SelloCFD="gb9SiCpPuY5tDU+87xgJpur/Yu0/idNwKuy2/ctrScFPQMxlEG5IeqZwi9/hgpYVFj3reyPx0JTLO0zXGI0ETqTqLSlO+5hGN+8YQ9jmw9l8WAIznBCTip5cUjaJSNa0z2jf8TE2BGDiaYjYwZjlKGg4jkpc7L7lw5THmnuYmx1+X2IyRVlSRyVYdDkyJ9eg7FyG/r2elilATFlw2KWgX5ZCmRKpnqdcgncUwmLT5rAo1iaJL0NetMnAk6c3jf9sqM2RT3b1Oet+iW0sNIEMjQ+Jgt9sYaOoUd1RsL6tTiIa4NK6o07MOoSkPXC10JgZMHeVa+pIs9xtRG4pGwru+g==" NoCertificadoSAT="00001000000502000436" SelloSAT="Tc8wc5Y0HbR3mwFwRieNpI/n4Qo8RYAl6Pj38UwiPONeM1Cl/G7KosyjYfMt8vkQelpO1xMdfIpRaefT2UdatQ23yQRbx84G1ytiKORVZFXj/uN8zWeepNN3JVxf21v/vTqKhSqxU7qYFfFrVLLwcHHFSiFXIU5XJ9E+NM39yzm+HeeLznwUJtdSnL5Q9SvM3OBYSckCEvfYTnzel6KA20rbZXzdnJTgL9UwmOeC3HIoF2FcEkor9Q7oB4oHlDneZwflhR/1kS/4VWU4iNIB8mId8LPZbE8kC3Snf5n9ZROtgbAAVbcKRPO3DxKlNpfRFshDIl/I9fAQWnArtHvTtg==" />
</cfdi:Complemento></cfdi:Comprobante>
"
}
]In this example this XML file is encoded in base64 and is being transformed to a json format, the result is as follows:
{
"_declaration": {
"_attributes": {
"version": "1.0",
"encoding": "UTF-8"
}
},
"cfdi:Comprobante": {
"_attributes": {
"xmlns:xsi": "http://www.w3.org/2001/XMLSchema-instance",
"xsi:schemaLocation": "http://www.sat.gob.mx/cfd/4 http://www.sat.gob.mx/sitio_internet/cfd/4/cfdv40.xsd",
"xmlns:cfdi": "http://www.sat.gob.mx/cfd/4",
"Version": "4.0",
"Serie": "GB",
"Folio": "17934",
"Fecha": "2022-06-15T09:43:26",
"Sello": "gb9SiCpPuY5tDU+87xgJpur/Yu0/idNwKuy2/ctrScFPQMxlEG5IeqZwi9/hgpYVFj3reyPx0JTLO0zXGI0ETqTqLSlO+5hGN+8YQ9jmw9l8WAIznBCTip5cUjaJSNa0z2jf8TE2BGDiaYjYwZjlKGg4jkpc7L7lw5THmnuYmx1+X2IyRVlSRyVYdDkyJ9eg7FyG/r2elilATFlw2KWgX5ZCmRKpnqdcgncUwmLT5rAo1iaJL0NetMnAk6c3jf9sqM2RT3b1Oet+iW0sNIEMjQ+Jgt9sYaOoUd1RsL6tTiIa4NK6o07MOoSkPXC10JgZMHeVa+pIs9xtRG4pGwru+g==",
"FormaPago": "99",
"NoCertificado": "00001000000502966106",
"Certificado": "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",
"CondicionesDePago": "CREDITO",
"SubTotal": "4102.40",
"Moneda": "MXN",
"Total": "4462.78",
"TipoDeComprobante": "I",
"Exportacion": "01",
"MetodoPago": "PPD",
"LugarExpedicion": "27110"
},
"cfdi:Emisor": {
"_attributes": {
"Rfc": "BIAG551120Q66",
"Nombre": "GUADALUPE BRIONES ANDRADE",
"RegimenFiscal": "612"
}
},
"cfdi:Receptor": {
"_attributes": {
"Rfc": "GEU050214965",
"Nombre": "GRANJA EUCALIPTOS",
"DomicilioFiscalReceptor": "35130",
"RegimenFiscalReceptor": "622",
"UsoCFDI": "G01"
}
},
"cfdi:Conceptos": {
"cfdi:Concepto": [
{
"_attributes": {
"ClaveProdServ": "42311500",
"NoIdentificacion": "0362",
"Cantidad": "30",
"ClaveUnidad": "H87",
"Unidad": "PIEZA",
"Descripcion": "VENDA CATTLE WRAP COFLEX BY ANDOVER CD JUAREZ CHIH 13678\n19 07 0823 9000110/2019-01-29/070",
"ValorUnitario": "23.00",
"Importe": "690.00",
"ObjetoImp": "02"
},
"cfdi:Impuestos": {
"cfdi:Traslados": {
"cfdi:Traslado": {
"_attributes": {
"Base": "690.00",
"Impuesto": "002",
"TipoFactor": "Tasa",
"TasaOCuota": "0.160000",
"Importe": "110.40"
}
}
}
},
"cfdi:InformacionAduanera": {
"_attributes": {
"NumeroPedimento": "19 07 0823 9000110"
}
}
},
{
"_attributes": {
"ClaveProdServ": "42121500",
"Cantidad": "40",
"ClaveUnidad": "H87",
"Unidad": "PIEZA",
"Descripcion": "JERINGA DE PLASTICO GB INSTRUMENTAL 5 ML CON AGUJA ",
"ValorUnitario": "2.06",
"Importe": "82.40",
"ObjetoImp": "02"
},
"cfdi:Impuestos": {
"cfdi:Traslados": {
"cfdi:Traslado": {
"_attributes": {
"Base": "82.40",
"Impuesto": "002",
"TipoFactor": "Tasa",
"TasaOCuota": "0.160000",
"Importe": "13.184"
}
}
}
}
},
{
"_attributes": {
"ClaveProdServ": "31201600",
"Cantidad": "1",
"ClaveUnidad": "H87",
"Unidad": "PIEZA",
"Descripcion": "KIT PEGAMENTO TECHNOVIT (CON TACON MADERA) CD. JUAREZ ",
"ValorUnitario": "1850.00",
"Importe": "1850.00",
"ObjetoImp": "02"
},
"cfdi:Impuestos": {
"cfdi:Traslados": {
"cfdi:Traslado": {
"_attributes": {
"Base": "1850.00",
"Impuesto": "002",
"TipoFactor": "Exento"
}
}
}
}
},
{
"_attributes": {
"ClaveProdServ": "53102704",
"Cantidad": "8",
"ClaveUnidad": "H87",
"Unidad": "PIEZA",
"Descripcion": "MANDIL PREMIUM GB GRANDE PARA ORDEÑA GAL",
"ValorUnitario": "185.00",
"Importe": "1480.00",
"ObjetoImp": "02"
},
"cfdi:Impuestos": {
"cfdi:Traslados": {
"cfdi:Traslado": {
"_attributes": {
"Base": "1480.00",
"Impuesto": "002",
"TipoFactor": "Tasa",
"TasaOCuota": "0.160000",
"Importe": "236.80"
}
}
}
}
}
]
},
"cfdi:Impuestos": {
"_attributes": {
"TotalImpuestosTrasladados": "360.38"
},
"cfdi:Traslados": {
"cfdi:Traslado": [
{
"_attributes": {
"Base": "1850.00",
"Impuesto": "002",
"TipoFactor": "Exento"
}
},
{
"_attributes": {
"Base": "2252.40",
"Impuesto": "002",
"TipoFactor": "Tasa",
"TasaOCuota": "0.160000",
"Importe": "360.38"
}
}
]
}
},
"cfdi:Complemento": {
"tfd:TimbreFiscalDigital": {
"_attributes": {
"xmlns:tfd": "http://www.sat.gob.mx/TimbreFiscalDigital",
"xsi:schemaLocation": "http://www.sat.gob.mx/TimbreFiscalDigital http://www.sat.gob.mx/sitio_internet/cfd/TimbreFiscalDigital/TimbreFiscalDigitalv11.xsd",
"xmlns:xsi": "http://www.w3.org/2001/XMLSchema-instance",
"Version": "1.1",
"UUID": "9B812CD5-A039-E94E-B9FC-5073CF6C476F",
"FechaTimbrado": "2022-06-15T09:43:50",
"RfcProvCertif": "SCD110105654",
"SelloCFD": "gb9SiCpPuY5tDU+87xgJpur/Yu0/idNwKuy2/ctrScFPQMxlEG5IeqZwi9/hgpYVFj3reyPx0JTLO0zXGI0ETqTqLSlO+5hGN+8YQ9jmw9l8WAIznBCTip5cUjaJSNa0z2jf8TE2BGDiaYjYwZjlKGg4jkpc7L7lw5THmnuYmx1+X2IyRVlSRyVYdDkyJ9eg7FyG/r2elilATFlw2KWgX5ZCmRKpnqdcgncUwmLT5rAo1iaJL0NetMnAk6c3jf9sqM2RT3b1Oet+iW0sNIEMjQ+Jgt9sYaOoUd1RsL6tTiIa4NK6o07MOoSkPXC10JgZMHeVa+pIs9xtRG4pGwru+g==",
"NoCertificadoSAT": "00001000000502000436",
"SelloSAT": "Tc8wc5Y0HbR3mwFwRieNpI/n4Qo8RYAl6Pj38UwiPONeM1Cl/G7KosyjYfMt8vkQelpO1xMdfIpRaefT2UdatQ23yQRbx84G1ytiKORVZFXj/uN8zWeepNN3JVxf21v/vTqKhSqxU7qYFfFrVLLwcHHFSiFXIU5XJ9E+NM39yzm+HeeLznwUJtdSnL5Q9SvM3OBYSckCEvfYTnzel6KA20rbZXzdnJTgL9UwmOeC3HIoF2FcEkor9Q7oB4oHlDneZwflhR/1kS/4VWU4iNIB8mId8LPZbE8kC3Snf5n9ZROtgbAAVbcKRPO3DxKlNpfRFshDIl/I9fAQWnArtHvTtg=="
}
}
}
}
}Another example is to make a transformation from a JSON to XML that is the opposite of the last process, it is required that the json data is in base64 encoding:
[
{
"content": 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