叹气,为什么不只添加字段,例如:

{
    "note1" : "This demonstrates the provision of annotations within a JSON file",
    "field1" : 12,
    "field2" : "some text",

    "note2" : "Add more annotations as necessary"
}

只要确保你的"笔记本"名字 不要与任何真正的田地冲突。

JSON的理念是提供各种应用之间的简单数据交换,这些应用通常是基于网络的,语言是JavaScript。

但是,它实际上不允许这样的评论, 但是,作为数据中的名字/价值对之一通过评论肯定行得通, 尽管数据显然需要被忽略或由解析代码具体处理。

尽管如此,但JSON档案中并没有包含传统意义上的评论的意图。它应该只是数据而已。

看一看JSON JSON 网站以了解更多细节。

考虑使用雅姆勒它几乎是JSON的超集(几乎所有有效的JSON都是有效的YAML),它允许评论。

JSON本身不允许评论。 推理是完全愚蠢的, 因为你可以使用JSON。本身 本身 本身 本身 本身 本身 本身 本身 本身 本身 本身 本身 本身 本身 本身 本身 本身 本身 本身 本身 本身 本身 本身 本身 本身 本身 本身 本身 本身 本身 本身 本身 本身 本身 本身 本身 本身 本身 本身 本身 本身 本身 本身 本身 本身提出评论,完全排除推理,和在完全没有正当理由的情况下装入解析器数据空间精确同一结果和潜在问题,如:JSON档案,附有评论。

如果您试图在(使用)//或/* */或#举例说 ) , 那么有些分析师会失败, 因为这严格地说不在JSON 的规格之内。 所以您应该从未这样做。

例如,这里,这里,这里,这里,我的图像处理系统已保存图像标记和一些基本格式化(注释)信息( 在底部) :

{
    "Notations": [
        {
            "anchorX": 333,
            "anchorY": 265,
            "areaMode": "Ellipse",
            "extentX": 356,
            "extentY": 294,
            "opacity": 0.5,
            "text": "Elliptical area on top",
            "textX": 333,
            "textY": 265,
            "title": "Notation 1"
        },
        {
            "anchorX": 87,
            "anchorY": 385,
            "areaMode": "Rectangle",
            "extentX": 109,
            "extentY": 412,
            "opacity": 0.5,
            "text": "Rect area\non bottom",
            "textX": 98,
            "textY": 385,
            "title": "Notation 2"
        },
        {
            "anchorX": 69,
            "anchorY": 104,
            "areaMode": "Polygon",
            "extentX": 102,
            "extentY": 136,
            "opacity": 0.5,
            "pointList": [
                {
                    "i": 0,
                    "x": 83,
                    "y": 104
                },
                {
                    "i": 1,
                    "x": 69,
                    "y": 136
                },
                {
                    "i": 2,
                    "x": 102,
                    "y": 132
                },
                {
                    "i": 3,
                    "x": 83,
                    "y": 104
                }
            ],
            "text": "Simple polygon",
            "textX": 85,
            "textY": 104,
            "title": "Notation 3"
        }
    ],
    "imageXW": 512,
    "imageYW": 512,
    "imageName": "lena_std.ato",
    "tinyDocs": {
        "c01": "JSON image notation data:",
        "c02": "-------------------------",
        "c03": "",
        "c04": "This data contains image notations and related area",
        "c05": "selection information that provides a means for an",
        "c06": "image gallery to display notations with elliptical,",
        "c07": "rectangular, polygonal or freehand area indications",
        "c08": "over an image displayed to a gallery visitor.",
        "c09": "",
        "c10": "X and Y positions are all in image space. The image",
        "c11": "resolution is given as imageXW and imageYW, which",
        "c12": "you use to scale the notation areas to their proper",
        "c13": "locations and sizes for your display of the image,",
        "c14": "regardless of scale.",
        "c15": "",
        "c16": "For Ellipses, anchor is the  center of the ellipse,",
        "c17": "and the extents are the X and Y radii respectively.",
        "c18": "",
        "c19": "For Rectangles, the anchor is the top left and the",
        "c20": "extents are the bottom right.",
        "c21": "",
        "c22": "For Freehand and Polygon area modes, the pointList",
        "c23": "contains a series of numbered XY points. If the area",
        "c24": "is closed, the last point will be the same as the",
        "c25": "first, so all you have to be concerned with is drawing",
        "c26": "lines between the points in the list. Anchor and extent",
        "c27": "are set to the top left and bottom right of the indicated",
        "c28": "region, and can be used as a simplistic rectangular",
        "c29": "detect for the mouse hover position over these types",
        "c30": "of areas.",
        "c31": "",
        "c32": "The textx and texty positions provide basic positioning",
        "c33": "information to help you locate the text information",
        "c34": "in a reasonable location associated with the area",
        "c35": "indication.",
        "c36": "",
        "c37": "Opacity is a value between 0 and 1, where .5 represents",
        "c38": "a 50% opaque backdrop and 1.0 represents a fully opaque",
        "c39": "backdrop. Recommendation is that regions be drawn",
        "c40": "only if the user hovers the pointer over the image,",
        "c41": "and that the text associated with the regions be drawn",
        "c42": "only if the user hovers the pointer over the indicated",
        "c43": "region."
    }
}

实际的答案:视觉工作室代码2019年的用户将使用“ jsonc” 扩展名 。

这是切合实际的,因为这是视觉演播室代码所认可的延伸,以表明“JSON与评论”,请在下面的评论中告诉我其他编辑/编辑的情况。

如果视觉演播室代码和其他编辑也会加入当地对JSON5的支持,

(我在张贴前搜索了所有答案,

您当然可以对 JSON 进行评论。 要阅读 JavaScript 的JSON 注释文件, 您可以在解析前删除评论( 参见下面的代码 ) 。 我相信这个代码可以改进, 但对于使用常规表达式的人来说很容易理解 。

我用评论的JSON文件来为我的合成反射系统指定神经元形状。我还用评论的JSON来储存一个运行中的神经元系统的中间状态。非常方便有评论。不要听那些告诉你他们是个坏主意的动作。

fetch(filename).then(function(response) {
    return response.text();
}).then(function(commented) {
    return commented.
        replace(/\/\*[\s\S]*?\*\/|([^\\:]|^)\/\/.*$/gm, '$1').
        replace(/\r/,"\n").
        replace(/\n[\n]+/,"\n");
}).then(function(clean) {
    return JSON.parse(clean);
}).then(function(json) {
    // Do what you want with the JSON object.
});