对于以下输入JSON,我想获得这样的输出(▸用于TAB,而¬用于换行)。我不知道这样做的最好方法是什么。谁能告诉我从JSON输入中提取此类信息的最简洁方法是什么?谢谢。
Gene.primaryIdentifier▸ Gene.name▸ Gene.symbol▸ Gene.description▸ Gene.chr▸ Gene.mitoEvidenceMitoCarta▸ Gene.mitoEvidenceIMPI▸ Gene.mitoEvidenceGO▸ Gene.mitoEvidenceHumanProteinAtlas▸ Gene.MTSipsort▸ Gene.MTSmitofates▸ Gene.MTSmitoprot▸ Gene.MTStargetP¬
ENSG00000002330▸ 572▸ BAD▸ BCL2 associated agonist of cell death▸ 11▸ true▸ Known mitochondrial▸ true▸ true▸ 0▸ 0▸ 0.0088▸ 0.064¬
...
{
"rootClass": "Gene",
"modelName": "genomic",
"start": 0,
"views": [
"Gene.primaryIdentifier",
"Gene.name",
"Gene.symbol",
"Gene.description",
"Gene.chr",
"Gene.mitoEvidenceMitoCarta",
"Gene.mitoEvidenceIMPI",
"Gene.mitoEvidenceGO",
"Gene.mitoEvidenceHumanProteinAtlas",
"Gene.MTSipsort",
"Gene.MTSmitofates",
"Gene.MTSmitoprot",
"Gene.MTStargetP"
],
"iTotalRecords": 1157,
"columnHeaders": [
"Gene > Ensembl Primary Identifier",
"Gene > NCBI Gene ID",
"Gene > Gene Symbol",
"Gene > Description",
"Gene > Chromosome",
"Gene > Mito Evidence MitoCarta",
"Gene > Mito Evidence IMPI",
"Gene > Mito Evidence GO Annotation",
"Gene > Mito Evidence Human Protein Atlas",
"Gene > Mito Targeting Seq iPSORT",
"Gene > Mito Targeting Seq MitoFates",
"Gene > Mito Targeting Seq MitoProt",
"Gene > Mito Targeting Seq TargetP"
],
"results": [
[
{
"id": 1026800,
"column": "Gene.primaryIdentifier",
"value": "ENSG00000002330",
"class": "Gene",
"url": "/report.do?id=1026800"
},
{
"id": 1026800,
"column": "Gene.name",
"value": "572",
"class": "Gene",
"url": "/report.do?id=1026800"
},
{
"id": 1026800,
"column": "Gene.symbol",
"value": "BAD",
"class": "Gene",
"url": "/report.do?id=1026800"
},
{
"id": 1026800,
"column": "Gene.description",
"value": "BCL2 associated agonist of cell death",
"class": "Gene",
"url": "/report.do?id=1026800"
},
{
"id": 1026800,
"column": "Gene.chr",
"value": "11",
"class": "Gene",
"url": "/report.do?id=1026800"
},
{
"id": 1026800,
"column": "Gene.mitoEvidenceMitoCarta",
"value": true,
"class": "Gene",
"url": "/report.do?id=1026800"
},
{
"id": 1026800,
"column": "Gene.mitoEvidenceIMPI",
"value": "Known mitochondrial",
"class": "Gene",
"url": "/report.do?id=1026800"
},
{
"id": 1026800,
"column": "Gene.mitoEvidenceGO",
"value": true,
"class": "Gene",
"url": "/report.do?id=1026800"
},
{
"id": 1026800,
"column": "Gene.mitoEvidenceHumanProteinAtlas",
"value": true,
"class": "Gene",
"url": "/report.do?id=1026800"
},
{
"id": 1026800,
"column": "Gene.MTSipsort",
"value": 0,
"class": "Gene",
"url": "/report.do?id=1026800"
},
{
"id": 1026800,
"column": "Gene.MTSmitofates",
"value": 0,
"class": "Gene",
"url": "/report.do?id=1026800"
},
{
"id": 1026800,
"column": "Gene.MTSmitoprot",
"value": 0.0088,
"class": "Gene",
"url": "/report.do?id=1026800"
},
{
"id": 1026800,
"column": "Gene.MTStargetP",
"value": 0.064,
"class": "Gene",
"url": "/report.do?id=1026800"
}
],
[
{
"id": 1025305,
"column": "Gene.primaryIdentifier",
"value": "ENSG00000002549",
"class": "Gene",
"url": "/report.do?id=1025305"
},
{
"id": 1025305,
"column": "Gene.name",
"value": "51056",
"class": "Gene",
"url": "/report.do?id=1025305"
},
{
"id": 1025305,
"column": "Gene.symbol",
"value": "LAP3",
"class": "Gene",
"url": "/report.do?id=1025305"
},
{
"id": 1025305,
"column": "Gene.description",
"value": "leucine aminopeptidase 3",
"class": "Gene",
"url": "/report.do?id=1025305"
},
{
"id": 1025305,
"column": "Gene.chr",
"value": "4",
"class": "Gene",
"url": "/report.do?id=1025305"
},
{
"id": 1025305,
"column": "Gene.mitoEvidenceMitoCarta",
"value": true,
"class": "Gene",
"url": "/report.do?id=1025305"
},
{
"id": 1025305,
"column": "Gene.mitoEvidenceIMPI",
"value": "Known mitochondrial",
"class": "Gene",
"url": "/report.do?id=1025305"
},
{
"id": 1025305,
"column": "Gene.mitoEvidenceGO",
"value": false,
"class": "Gene",
"url": "/report.do?id=1025305"
},
{
"id": 1025305,
"column": "Gene.mitoEvidenceHumanProteinAtlas",
"value": false,
"class": "Gene",
"url": "/report.do?id=1025305"
},
{
"id": 1025305,
"column": "Gene.MTSipsort",
"value": 1,
"class": "Gene",
"url": "/report.do?id=1025305"
},
{
"id": 1025305,
"column": "Gene.MTSmitofates",
"value": 0.997,
"class": "Gene",
"url": "/report.do?id=1025305"
},
{
"id": 1025305,
"column": "Gene.MTSmitoprot",
"value": 0.9979,
"class": "Gene",
"url": "/report.do?id=1025305"
},
{
"id": 1025305,
"column": "Gene.MTStargetP",
"value": 0.946,
"class": "Gene",
"url": "/report.do?id=1025305"
}
]
],
"executionTime": "2019.10.26 03:00::38",
"wasSuccessful": true,
"error": null,
"statusCode": 200
}
答案 0 :(得分:0)
如果.views和.results的顺序一致,则可以使用此jq过滤器(与-r命令行选项一起使用):
.views,
(.results[] | map(.value))
| @tsv
但是,由于这是一个很大的假设,因此最好采用更可靠的解决方案,例如:
def gather($ary):
INDEX(.[]; .column) as $dict
| $ary
| map( $dict[.] | .value );
.views as $views
| ($views,
(.results[] | gather($views)))
| @tsv