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Copyright 2010 University of Toronto
Copyright 2010-2015 OCAD University
Copyright 2013-2014 Raising the Floor - US
Copyright 2013-2017 Raising the Floor - International
Licensed under the Educational Community License (ECL), Version 2.0 or the New
BSD license. You may not use this file except in compliance with one these
Licenses.
You may obtain a copy of the ECL 2.0 License and BSD License at
https://github.com/fluid-project/infusion/raw/master/Infusion-LICENSE.txt
*/
var fluid_2_0_0 = fluid_2_0_0 || {};
var fluid = fluid || fluid_2_0_0;
(function ($, fluid) {
"use strict";
fluid.registerNamespace("fluid.model.transform");
fluid.registerNamespace("fluid.transforms");
/**********************************
* Standard transformer functions *
**********************************/
fluid.defaults("fluid.transforms.value", {
gradeNames: "fluid.standardTransformFunction",
invertConfiguration: "fluid.identity"
});
fluid.transforms.value = fluid.identity;
// Export the use of the "value" transform under the "identity" name for FLUID-5293
fluid.transforms.identity = fluid.transforms.value;
fluid.defaults("fluid.transforms.identity", {
gradeNames: "fluid.transforms.value"
});
// A helpful utility function to be used when a transform's inverse is the identity
fluid.transforms.invertToIdentity = function (transformSpec) {
transformSpec.type = "fluid.transforms.identity";
return transformSpec;
};
fluid.defaults("fluid.transforms.literalValue", {
gradeNames: "fluid.standardOutputTransformFunction"
});
fluid.transforms.literalValue = function (transformSpec) {
return transformSpec.input;
};
fluid.defaults("fluid.transforms.stringToNumber", {
gradeNames: ["fluid.standardTransformFunction", "fluid.lens"],
invertConfiguration: "fluid.transforms.stringToNumber.invert"
});
fluid.transforms.stringToNumber = function (value) {
var newValue = Number(value);
return isNaN(newValue) ? undefined : newValue;
};
fluid.transforms.stringToNumber.invert = function (transformSpec) {
transformSpec.type = "fluid.transforms.numberToString";
return transformSpec;
};
fluid.defaults("fluid.transforms.numberToString", {
gradeNames: ["fluid.standardTransformFunction", "fluid.lens"],
invertConfiguration: "fluid.transforms.numberToString.invert"
});
fluid.transforms.numberToString = function (value, transformSpec) {
if (typeof value === "number") {
if (typeof transformSpec.scale === "number" && !isNaN(transformSpec.scale)) {
var rounded = fluid.roundToDecimal(value, transformSpec.scale, transformSpec.method);
return rounded.toString();
} else {
return value.toString();
}
}
};
fluid.transforms.numberToString.invert = function (transformSpec) {
transformSpec.type = "fluid.transforms.stringToNumber";
return transformSpec;
};
fluid.defaults("fluid.transforms.count", {
gradeNames: "fluid.standardTransformFunction"
});
fluid.transforms.count = function (value) {
return fluid.makeArray(value).length;
};
fluid.defaults("fluid.transforms.round", {
gradeNames: ["fluid.standardTransformFunction", "fluid.lens"],
invertConfiguration: "fluid.transforms.invertToIdentity"
});
fluid.transforms.round = function (value, transformSpec) {
// validation of scale is handled by roundToDecimal
return fluid.roundToDecimal(value, transformSpec.scale, transformSpec.method);
};
fluid.defaults("fluid.transforms.delete", {
gradeNames: "fluid.transformFunction"
});
fluid.transforms["delete"] = function (transformSpec, transformer) {
var outputPath = fluid.model.composePaths(transformer.outputPrefix, transformSpec.outputPath);
transformer.applier.change(outputPath, null, "DELETE");
};
fluid.defaults("fluid.transforms.firstValue", {
gradeNames: "fluid.standardOutputTransformFunction"
});
fluid.transforms.firstValue = function (transformSpec, transformer) {
Iif (!transformSpec.values || !transformSpec.values.length) {
fluid.fail("firstValue transformer requires an array of values at path named \"values\", supplied", transformSpec);
}
for (var i = 0; i < transformSpec.values.length; i++) {
var value = transformSpec.values[i];
// TODO: problem here - all of these transforms will have their side-effects (setValue) even if only one is chosen
var expanded = transformer.expand(value);
if (expanded !== undefined) {
return expanded;
}
}
};
fluid.defaults("fluid.transforms.linearScale", {
gradeNames: ["fluid.multiInputTransformFunction",
"fluid.standardTransformFunction",
"fluid.lens" ],
invertConfiguration: "fluid.transforms.linearScale.invert",
inputVariables: {
factor: 1,
offset: 0
}
});
/* simple linear transformation */
fluid.transforms.linearScale = function (input, extraInputs) {
var factor = extraInputs.factor();
var offset = extraInputs.offset();
Iif (typeof(input) !== "number" || typeof(factor) !== "number" || typeof(offset) !== "number") {
return undefined;
}
return input * factor + offset;
};
/* TODO: This inversion doesn't work if the value and factors are given as paths in the source model */
fluid.transforms.linearScale.invert = function (transformSpec) {
// delete the factor and offset paths if present
delete transformSpec.factorPath;
delete transformSpec.offsetPath;
if (transformSpec.factor !== undefined) {
transformSpec.factor = (transformSpec.factor === 0) ? 0 : 1 / transformSpec.factor;
}
if (transformSpec.offset !== undefined) {
transformSpec.offset = -transformSpec.offset * (transformSpec.factor !== undefined ? transformSpec.factor : 1);
}
return transformSpec;
};
fluid.defaults("fluid.transforms.binaryOp", {
gradeNames: [ "fluid.multiInputTransformFunction", "fluid.standardOutputTransformFunction" ],
inputVariables: {
left: null,
right: null
}
});
fluid.transforms.binaryLookup = {
"===": function (a, b) { return fluid.model.isSameValue(a, b); },
"!==": function (a, b) { return !fluid.model.isSameValue(a, b); },
"<=": function (a, b) { return a <= b; },
"<": function (a, b) { return a < b; },
">=": function (a, b) { return a >= b; },
">": function (a, b) { return a > b; },
"+": function (a, b) { return a + b; },
"-": function (a, b) { return a - b; },
"*": function (a, b) { return a * b; },
"/": function (a, b) { return a / b; },
"%": function (a, b) { return a % b; },
"&&": function (a, b) { return a && b; },
"||": function (a, b) { return a || b; }
};
fluid.transforms.binaryOp = function (inputs, transformSpec, transformer) {
var left = inputs.left();
var right = inputs.right();
var operator = fluid.model.transform.getValue(undefined, transformSpec.operator, transformer);
var fun = fluid.transforms.binaryLookup[operator];
return (fun === undefined || left === undefined || right === undefined) ?
undefined : fun(left, right);
};
fluid.defaults("fluid.transforms.condition", {
gradeNames: [ "fluid.multiInputTransformFunction", "fluid.standardOutputTransformFunction" ],
inputVariables: {
"true": null,
"false": null,
"condition": null
}
});
fluid.transforms.condition = function (inputs) {
var condition = inputs.condition();
Iif (condition === null) {
return undefined;
}
return inputs[condition ? "true" : "false"]();
};
fluid.defaults("fluid.transforms.valueMapper", {
gradeNames: ["fluid.lens"],
invertConfiguration: "fluid.transforms.valueMapper.invert",
collectInputPaths: "fluid.transforms.valueMapper.collect"
});
/* unsupported, NON-API function
* sorts by the object's 'matchValue' property, where higher is better.
* Tiebreaking is done via the `index` property, where a lower index takes priority
*/
fluid.model.transform.compareMatches = function (speca, specb) {
var matchDiff = specb.matchValue - speca.matchValue;
return matchDiff === 0 ? speca.index - specb.index : matchDiff; // tiebreak using 'index'
};
fluid.transforms.valueMapper = function (transformSpec, transformer) {
Iif (!transformSpec.match) {
fluid.fail("valueMapper requires an array or hash of matches at path named \"match\", supplied ", transformSpec);
}
var value = fluid.model.transform.getValue(transformSpec.defaultInputPath, transformSpec.defaultInput, transformer);
var matchedEntry = (fluid.isArrayable(transformSpec.match)) ? // long form with array of records?
fluid.transforms.valueMapper.longFormMatch(value, transformSpec, transformer) :
transformSpec.match[value];
if (matchedEntry === undefined) { // if no matches found, default to noMatch
matchedEntry = transformSpec.noMatch;
}
if (matchedEntry === undefined) { // if there was no noMatch directive, return undefined
return;
}
var outputPath = matchedEntry.outputPath === undefined ? transformSpec.defaultOutputPath : matchedEntry.outputPath;
transformer.outputPrefixOp.push(outputPath);
var outputValue;
if (fluid.isPrimitive(matchedEntry)) {
outputValue = matchedEntry;
} else if (matchedEntry.outputUndefinedValue) { // if outputUndefinedValue is set, outputValue `undefined`
outputValue = undefined;
} else {
// get value from outputValue. If none is found set the outputValue to be that of defaultOutputValue (or undefined)
outputValue = fluid.model.transform.resolveParam(matchedEntry, transformer, "outputValue", undefined);
outputValue = (outputValue === undefined) ? transformSpec.defaultOutputValue : outputValue;
}
// output if we have a path and something to output
if (typeof(outputPath) === "string" && outputValue !== undefined) {
fluid.model.transform.setValue(undefined, outputValue, transformer, transformSpec.merge);
outputValue = undefined; // make sure we don't also return value
}
transformer.outputPrefixOp.pop();
return outputValue;
};
// unsupported, NON-API function
fluid.transforms.valueMapper.longFormMatch = function (valueFromDefaultPath, transformSpec, transformer) {
var o = transformSpec.match;
Iif (o.length === 0) {
fluid.fail("valueMapper supplied empty list of matches: ", transformSpec);
}
var matchPower = [];
for (var i = 0; i < o.length; ++i) {
var option = o[i];
var value = option.inputPath ?
fluid.model.transform.getValue(option.inputPath, undefined, transformer) : valueFromDefaultPath;
var matchValue = fluid.model.transform.matchValue(option.inputValue, value, option.partialMatches);
matchPower[i] = {index: i, matchValue: matchValue};
}
matchPower.sort(fluid.model.transform.compareMatches);
return matchPower[0].matchValue <= 0 ? undefined : o[matchPower[0].index];
};
fluid.transforms.valueMapper.invert = function (transformSpec, transformer) {
var match = [];
var togo = {
type: "fluid.transforms.valueMapper",
match: match
};
var isArray = fluid.isArrayable(transformSpec.match);
togo.defaultInputPath = fluid.model.composePaths(transformer.outputPrefix, transformSpec.defaultOutputPath);
togo.defaultOutputPath = fluid.model.composePaths(transformer.inputPrefix, transformSpec.defaultInputPath);
var def = fluid.firstDefined;
fluid.each(transformSpec.match, function (option, key) {
if (option.outputUndefinedValue === true) {
return; // don't attempt to invert undefined output value entries
}
var outOption = {};
var origInputValue = def(isArray ? option.inputValue : key, transformSpec.defaultInputValue);
Iif (origInputValue === undefined) {
fluid.fail("Failure inverting configuration for valueMapper - inputValue could not be resolved for record " + key + ": ", transformSpec);
}
outOption.outputValue = origInputValue;
outOption.inputValue = !isArray && fluid.isPrimitive(option) ?
option : def(option.outputValue, transformSpec.defaultOutputValue);
if (option.outputPath) {
outOption.inputPath = fluid.model.composePaths(transformer.outputPrefix, def(option.outputPath, transformSpec.outputPath));
}
if (option.inputPath) {
outOption.outputPath = fluid.model.composePaths(transformer.inputPrefix, def(option.inputPath, transformSpec.inputPath));
}
match.push(outOption);
});
return togo;
};
fluid.transforms.valueMapper.collect = function (transformSpec, transformer) {
var togo = [];
fluid.model.transform.accumulateStandardInputPath("defaultInput", transformSpec, transformer, togo);
fluid.each(transformSpec.match, function (option) {
fluid.model.transform.accumulateInputPath(option.inputPath, transformer, togo);
});
return togo;
};
/* -------- arrayToSetMembership and setMembershipToArray ---------------- */
fluid.defaults("fluid.transforms.arrayToSetMembership", {
gradeNames: ["fluid.standardTransformFunction", "fluid.lens"],
invertConfiguration: "fluid.transforms.arrayToSetMembership.invert"
});
fluid.transforms.arrayToSetMembership = function (value, transformSpec, transformer) {
var output = {};
var options = transformSpec.options;
Iif (!value || !fluid.isArrayable(value)) {
fluid.fail("arrayToSetMembership didn't find array at inputPath nor passed as value.", transformSpec);
}
Iif (!options) {
fluid.fail("arrayToSetMembership requires an options block set");
}
if (transformSpec.presentValue === undefined) {
transformSpec.presentValue = true;
}
if (transformSpec.missingValue === undefined) {
transformSpec.missingValue = false;
}
fluid.each(options, function (outPath, key) {
// write to output object the value <presentValue> or <missingValue> depending on whether key is found in user input
var outVal = (value.indexOf(key) !== -1) ? transformSpec.presentValue : transformSpec.missingValue;
fluid.set(output, outPath, outVal, transformer.resolverSetConfig);
});
return output;
};
/*
* NON-API function; Copies the entire transformSpec with the following modifications:
* * A new type is set (from argument)
* * each [key]=value entry in the options is swapped to be: [value]=key
*/
fluid.transforms.arrayToSetMembership.invertWithType = function (transformSpec, transformer, newType) {
transformSpec.type = newType;
var newOptions = {};
fluid.each(transformSpec.options, function (path, oldKey) {
newOptions[path] = oldKey;
});
transformSpec.options = newOptions;
return transformSpec;
};
fluid.transforms.arrayToSetMembership.invert = function (transformSpec, transformer) {
return fluid.transforms.arrayToSetMembership.invertWithType(transformSpec, transformer,
"fluid.transforms.setMembershipToArray");
};
fluid.defaults("fluid.transforms.setMembershipToArray", {
gradeNames: ["fluid.standardTransformFunction", "fluid.lens"],
invertConfiguration: "fluid.transforms.setMembershipToArray.invert"
});
fluid.transforms.setMembershipToArray = function (input, transformSpec, transformer) {
var options = transformSpec.options;
Iif (!options) {
fluid.fail("setMembershipToArray requires an options block specified");
}
if (transformSpec.presentValue === undefined) {
transformSpec.presentValue = true;
}
if (transformSpec.missingValue === undefined) {
transformSpec.missingValue = false;
}
var outputArr = [];
fluid.each(options, function (outputVal, key) {
var value = fluid.get(input, key, transformer.resolverGetConfig);
if (value === transformSpec.presentValue) {
outputArr.push(outputVal);
}
});
return outputArr;
};
fluid.transforms.setMembershipToArray.invert = function (transformSpec, transformer) {
return fluid.transforms.arrayToSetMembership.invertWithType(transformSpec, transformer,
"fluid.transforms.arrayToSetMembership");
};
/* -------- deindexIntoArrayByKey and indexArrayByKey -------------------- */
/*
* Transforms the given array to an object.
* Uses the transformSpec.options.key values from each object within the array as new keys.
*
* For example, with transformSpec.key = "name" and an input object like this:
*
* {
* b: [
* { name: b1, v: v1 },
* { name: b2, v: v2 }
* ]
* }
*
* The output will be:
* {
* b: {
* b1: {
* v: v1
* }
* },
* {
* b2: {
* v: v2
* }
* }
* }
*/
fluid.model.transform.applyPaths = function (operation, pathOp, paths) {
for (var i = 0; i < paths.length; ++i) {
if (operation === "push") {
pathOp.push(paths[i]);
} else {
pathOp.pop();
}
}
};
fluid.model.transform.expandInnerValues = function (inputPath, outputPath, transformer, innerValues) {
var inputPrefixOp = transformer.inputPrefixOp;
var outputPrefixOp = transformer.outputPrefixOp;
var apply = fluid.model.transform.applyPaths;
apply("push", inputPrefixOp, inputPath);
apply("push", outputPrefixOp, outputPath);
var expanded = {};
fluid.each(innerValues, function (innerValue) {
var expandedInner = transformer.expand(innerValue);
Iif (!fluid.isPrimitive(expandedInner)) {
$.extend(true, expanded, expandedInner);
} else {
expanded = expandedInner;
}
});
apply("pop", outputPrefixOp, outputPath);
apply("pop", inputPrefixOp, inputPath);
return expanded;
};
fluid.defaults("fluid.transforms.indexArrayByKey", {
gradeNames: ["fluid.standardTransformFunction", "fluid.lens" ],
invertConfiguration: "fluid.transforms.indexArrayByKey.invert"
});
/* Transforms an array of objects into an object of objects, by indexing using the option "key" which must be supplied within the transform specification.
* The key of each element will be taken from the value held in each each original object's member derived from the option value in "key" - this member should
* exist in each array element. The member with name agreeing with "key" and its value will be removed from each original object before inserting into the returned
* object.
* For example,
* <code>fluid.transforms.indexArrayByKey([{k: "e1", b: 1, c: 2}, {k: "e2", b: 2: c: 3}], {key: "k"})</code> will output the object
* <code>{e1: {b: 1, c: 2}, e2: {b: 2: c, 3}</code>
* Note: This transform frequently arises in the context of data which arose in XML form, which often represents "morally indexed" data in repeating array-like
* constructs where the indexing key is held, for example, in an attribute.
*/
fluid.transforms.indexArrayByKey = function (arr, transformSpec, transformer) {
Iif (transformSpec.key === undefined) {
fluid.fail("indexArrayByKey requires a 'key' option.", transformSpec);
}
Iif (!fluid.isArrayable(arr)) {
fluid.fail("indexArrayByKey didn't find array at inputPath.", transformSpec);
}
var newHash = {};
var pivot = transformSpec.key;
fluid.each(arr, function (v, k) {
// check that we have a pivot entry in the object and it's a valid type:
var newKey = v[pivot];
var keyType = typeof(newKey);
Iif (keyType !== "string" && keyType !== "boolean" && keyType !== "number") {
fluid.fail("indexArrayByKey encountered untransformable array due to missing or invalid key", v);
}
// use the value of the key element as key and use the remaining content as value
var content = fluid.copy(v);
delete content[pivot];
// fix sub Arrays if needed:
if (transformSpec.innerValue) {
content = fluid.model.transform.expandInnerValues([transformer.inputPrefix, transformSpec.inputPath, k.toString()],
[transformSpec.outputPath, newKey], transformer, transformSpec.innerValue);
}
newHash[newKey] = content;
});
return newHash;
};
fluid.transforms.indexArrayByKey.invert = function (transformSpec) {
transformSpec.type = "fluid.transforms.deindexIntoArrayByKey";
// invert transforms from innerValue as well:
// TODO: The Model Transformations framework should be capable of this, but right now the
// issue is that we use a "private contract" to operate the "innerValue" slot. We need to
// spend time thinking of how this should be formalised
if (transformSpec.innerValue) {
var innerValue = transformSpec.innerValue;
for (var i = 0; i < innerValue.length; ++i) {
var inverted = fluid.model.transform.invertConfiguration(innerValue[i]);
if (inverted === fluid.model.transform.uninvertibleTransform) {
return inverted;
} else {
innerValue[i] = inverted;
}
}
}
return transformSpec;
};
fluid.defaults("fluid.transforms.deindexIntoArrayByKey", {
gradeNames: [ "fluid.standardTransformFunction", "fluid.lens" ],
invertConfiguration: "fluid.transforms.deindexIntoArrayByKey.invert"
});
/*
* Transforms an object of objects into an array of objects, by deindexing by the option "key" which must be supplied within the transform specification.
* The key of each object will become split out into a fresh value in each array element which will be given the key held in the transformSpec option "key".
* For example:
* <code>fluid.transforms.deindexIntoArrayByKey({e1: {b: 1, c: 2}, e2: {b: 2: c, 3}, {key: "k"})</code> will output the array
* <code>[{k: "e1", b: 1, c: 2}, {k: "e2", b: 2: c: 3}]</code>
*
* This performs the inverse transform of fluid.transforms.indexArrayByKey.
*/
fluid.transforms.deindexIntoArrayByKey = function (hash, transformSpec, transformer) {
Iif (transformSpec.key === undefined) {
fluid.fail("deindexIntoArrayByKey requires a \"key\" option.", transformSpec);
}
var newArray = [];
var pivot = transformSpec.key;
fluid.each(hash, function (v, k) {
var content = {};
content[pivot] = k;
if (transformSpec.innerValue) {
v = fluid.model.transform.expandInnerValues([transformSpec.inputPath, k], [transformSpec.outputPath, newArray.length.toString()],
transformer, transformSpec.innerValue);
}
$.extend(true, content, v);
newArray.push(content);
});
return newArray;
};
fluid.transforms.deindexIntoArrayByKey.invert = function (transformSpec) {
transformSpec.type = "fluid.transforms.indexArrayByKey";
// invert transforms from innerValue as well:
// TODO: The Model Transformations framework should be capable of this, but right now the
// issue is that we use a "private contract" to operate the "innerValue" slot. We need to
// spend time thinking of how this should be formalised
if (transformSpec.innerValue) {
var innerValue = transformSpec.innerValue;
for (var i = 0; i < innerValue.length; ++i) {
innerValue[i] = fluid.model.transform.invertConfiguration(innerValue[i]);
}
}
return transformSpec;
};
fluid.defaults("fluid.transforms.limitRange", {
gradeNames: ["fluid.standardTransformFunction", "fluid.lens"],
invertConfiguration: "fluid.transforms.invertToIdentity"
});
fluid.transforms.limitRange = function (value, transformSpec) {
var min = transformSpec.min;
if (min !== undefined) {
var excludeMin = transformSpec.excludeMin || 0;
min += excludeMin;
if (value < min) {
value = min;
}
}
var max = transformSpec.max;
if (max !== undefined) {
var excludeMax = transformSpec.excludeMax || 0;
max -= excludeMax;
if (value > max) {
value = max;
}
}
return value;
};
fluid.defaults("fluid.transforms.indexOf", {
gradeNames: ["fluid.standardTransformFunction", "fluid.lens"],
invertConfiguration: "fluid.transforms.indexOf.invert"
});
fluid.transforms.indexOf = function (value, transformSpec) {
// We do not allow a positive number as 'notFound' value, as it threatens invertibility
Iif (typeof (transformSpec.notFound) === "number" && transformSpec.notFound >= 0) {
fluid.fail("A positive number is not allowed as 'notFound' value for indexOf");
}
var offset = fluid.transforms.parseIndexationOffset(transformSpec.offset, "indexOf");
var array = fluid.makeArray(transformSpec.array);
var originalIndex = array.indexOf(value);
return originalIndex === -1 && transformSpec.notFound ? transformSpec.notFound : originalIndex + offset;
};
fluid.transforms.indexOf.invert = function (transformSpec, transformer) {
var togo = fluid.transforms.invertArrayIndexation(transformSpec, transformer);
togo.type = "fluid.transforms.dereference";
return togo;
};
fluid.defaults("fluid.transforms.dereference", {
gradeNames: ["fluid.standardTransformFunction", "fluid.lens"],
invertConfiguration: "fluid.transforms.dereference.invert"
});
fluid.transforms.dereference = function (value, transformSpec) {
if (typeof (value) !== "number") {
return undefined;
}
var offset = fluid.transforms.parseIndexationOffset(transformSpec.offset, "dereference");
var array = fluid.makeArray(transformSpec.array);
var index = value + offset;
return array[index];
};
fluid.transforms.dereference.invert = function (transformSpec, transformer) {
var togo = fluid.transforms.invertArrayIndexation(transformSpec, transformer);
togo.type = "fluid.transforms.indexOf";
return togo;
};
fluid.transforms.parseIndexationOffset = function (offset, transformName) {
var parsedOffset = 0;
if (offset !== undefined) {
parsedOffset = fluid.parseInteger(offset);
Iif (isNaN(parsedOffset)) {
fluid.fail(transformName + " requires the value of \"offset\" to be an integer or a string that can be converted to an integer. " + offset + " is invalid.");
}
}
return parsedOffset;
};
fluid.transforms.invertArrayIndexation = function (transformSpec) {
if (!isNaN(Number(transformSpec.offset))) {
transformSpec.offset = Number(transformSpec.offset) * (-1);
}
return transformSpec;
};
fluid.defaults("fluid.transforms.stringTemplate", {
gradeNames: "fluid.standardOutputTransformFunction"
});
fluid.transforms.stringTemplate = function (transformSpec) {
return fluid.stringTemplate(transformSpec.template, transformSpec.terms);
};
fluid.defaults("fluid.transforms.free", {
gradeNames: "fluid.transformFunction"
});
fluid.transforms.free = function (transformSpec) {
var args = fluid.makeArray(transformSpec.args);
return fluid.invokeGlobalFunction(transformSpec.func, args);
};
fluid.defaults("fluid.transforms.quantize", {
gradeNames: "fluid.standardTransformFunction",
collectInputPaths: "fluid.transforms.quantize.collect"
});
/*
* Quantize function maps a continuous range into discrete values. Given an input, it will
* be matched into a discrete bucket and the corresponding output will be done.
*/
fluid.transforms.quantize = function (value, transformSpec, transformer) {
Iif (!transformSpec.ranges || !transformSpec.ranges.length) {
fluid.fail("fluid.transforms.quantize should have a key called ranges containing an array defining ranges to quantize");
}
// TODO: error checking that upper bounds are all numbers and increasing
for (var i = 0; i < transformSpec.ranges.length; i++) {
var rangeSpec = transformSpec.ranges[i];
if (value <= rangeSpec.upperBound || rangeSpec.upperBound === undefined && value >= Number.NEGATIVE_INFINITY) {
return fluid.isPrimitive(rangeSpec.output) ? rangeSpec.output : transformer.expand(rangeSpec.output);
}
}
};
fluid.transforms.quantize.collect = function (transformSpec, transformer) {
transformSpec.ranges.forEach(function (rangeSpec) {
if (!fluid.isPrimitive(rangeSpec.output)) {
transformer.expand(rangeSpec.output);
}
});
};
/**
* inRange transformer checks whether a value is within a given range and returns `true` if it is,
* and `false` if it's not.
*
* The range is defined by the two inputs: "min" and "max" (both inclusive). If one of these inputs
* is not present it is treated as -Infinity and +Infinity, respectively - In other words, if no
* `min` value is defined, any value below or equal to the given `max` value will result in `true`.
*/
fluid.defaults("fluid.transforms.inRange", {
gradeNames: "fluid.standardTransformFunction"
});
fluid.transforms.inRange = function (value, transformSpec) {
return (transformSpec.min === undefined || transformSpec.min <= value) &&
(transformSpec.max === undefined || transformSpec.max >= value) ? true : false;
};
/**
*
* Convert a string to a Boolean, for example, when working with HTML form element values.
*
* The following are all false: undefined, null, "", "0", "false", false, 0
*
* Everything else is true.
*
* @param {String} value - The value to be interpreted.
* @return {Boolean} The interpreted value.
*/
fluid.transforms.stringToBoolean = function (value) {
if (value) {
return !(value === "0" || value === "false");
}
else {
return false;
}
};
fluid.transforms.stringToBoolean.invert = function (transformSpec) {
transformSpec.type = "fluid.transforms.booleanToString";
return transformSpec;
};
fluid.defaults("fluid.transforms.stringToBoolean", {
gradeNames: ["fluid.standardTransformFunction", "fluid.lens"],
invertConfiguration: "fluid.transforms.stringToBoolean.invert"
});
/**
*
* Convert any value into a stringified boolean, i. e. either "true" or "false". Anything that evaluates to
* true (1, true, "non empty string", {}, et. cetera) returns "true". Anything else (0, false, null, et. cetera)
* returns "false".
*
* @param {Any} value - The value to be converted to a stringified Boolean.
* @return {String} - A stringified boolean representation of the value.
*/
fluid.transforms.booleanToString = function (value) {
return value ? "true" : "false";
};
fluid.transforms.booleanToString.invert = function (transformSpec) {
transformSpec.type = "fluid.transforms.stringToBoolean";
return transformSpec;
};
fluid.defaults("fluid.transforms.booleanToString", {
gradeNames: ["fluid.standardTransformFunction", "fluid.lens"],
invertConfiguration: "fluid.transforms.booleanToString.invert"
});
/**
*
* Transform stringified JSON to an object using `JSON.parse`. Returns `undefined` if the JSON string is invalid.
*
* @param {String} value - The stringified JSON to be converted to an object.
* @return {Any} - The parsed value of the string, or `undefined` if it can't be parsed.
*/
fluid.transforms.JSONstringToObject = function (value) {
try {
return JSON.parse(value);
}
catch (e) {
return undefined;
}
};
fluid.transforms.JSONstringToObject.invert = function (transformSpec) {
transformSpec.type = "fluid.transforms.objectToJSONString";
return transformSpec;
};
fluid.defaults("fluid.transforms.JSONstringToObject", {
gradeNames: ["fluid.standardTransformFunction", "fluid.lens"],
invertConfiguration: "fluid.transforms.JSONstringToObject.invert"
});
/**
*
* Transform an object to a string using `JSON.stringify`. You can pass the `space` option to be used
* as part of your transform, as in:
*
* ```
* "": {
* transform: {
* funcName: "fluid.transforms.objectToJSONString",
* inputPath: "",
* space: 2
* }
* }
* ```
*
* The default value for `space` is 0, which disables spacing and line breaks.
*
* @param {Object} value - An object to be converted to stringified JSON.
* @param {Object} transformSpec - An object describing the transformation spec, see above.
* @return {String} - A string representation of the object.
*
*/
fluid.transforms.objectToJSONString = function (value, transformSpec) {
var space = transformSpec.space || 0;
return JSON.stringify(value, null, space);
};
fluid.transforms.objectToJSONString.invert = function (transformSpec) {
transformSpec.type = "fluid.transforms.JSONstringToObject";
return transformSpec;
};
fluid.defaults("fluid.transforms.objectToJSONString", {
gradeNames: ["fluid.standardTransformFunction", "fluid.lens"],
invertConfiguration: "fluid.transforms.objectToJSONString.invert"
});
/**
*
* Transform a string to a date using the Date constructor. Accepts (among other things) the date and dateTime
* values returned by HTML5 date and dateTime inputs.
*
* A string that cannot be parsed will be treated as `undefined`.
*
* Note: This function allows you to create Date objects from an ISO 8601 string such as `2017-01-23T08:51:25.891Z`.
* It is intended to provide a consistent mechanism for recreating Date objects stored as strings. Although the
* framework currently works as expected with Date objects stored in the model, this is very likely to change. If
* you are working with Date objects in your model, your best option for ensuring your code continues to work in the
* future is to handle serialisation and deserialisation yourself, for example, by using this transform and one of
* its inverse transforms, `fluid.transforms.dateToString` or `fluid.transforms.dateTimeToString`. See the Infusion
* documentation for details about supported model values:
*
* http://docs.fluidproject.org/infusion/development/FrameworkConcepts.html#model-objects
*
* @param {String} value - The String value to be transformed into a Date object.
* @return {Date} - A date object, or `undefined`.
*
*/
fluid.transforms.stringToDate = function (value) {
var date = new Date(value);
return isNaN(date.getTime()) ? undefined : date;
};
fluid.transforms.stringToDate.invert = function (transformSpec) {
transformSpec.type = "fluid.transforms.dateToString";
return transformSpec;
};
fluid.defaults("fluid.transforms.stringToDate", {
gradeNames: ["fluid.standardTransformFunction", "fluid.lens"],
invertConfiguration: "fluid.transforms.stringToDate.invert"
});
/**
*
* Transform a Date object into a date string using its toISOString method. Strips the "time" portion away to
* produce date strings that are suitable for use with both HTML5 "date" inputs and JSON Schema "date" format
* string validation, for example: `2016-11-23`
*
* If you wish to preserve the time, use `fluid.transforms.dateTimeToString` instead.
*
* A non-date object will be treated as `undefined`.
*
* Note: This function allows you to seralise Date objects (not including time information) as ISO 8601 strings such
* as `2017-01-23`. It is intended to provide a consistent mechanism for storing Date objects in a model. Although
* the framework currently works as expected with Date objects stored in the model, this is very likely to change.
* If you are working with Date objects in your model, your best option for ensuring your code continues to work in
* the future is to handle serialisation and deserialisation yourself, for example, by using this transform and its
* inverse, `fluid.transforms.stringToDate`. See the Infusion documentation for details about supported model
* values:
*
* http://docs.fluidproject.org/infusion/development/FrameworkConcepts.html#model-objects
*
* @param {Date} value - The Date object to be transformed into an ISO 8601 string.
* @return {String} - A {String} value representing the date, or `undefined` if the date is invalid.
*
*/
fluid.transforms.dateToString = function (value) {
if (value instanceof Date) {
var isoString = value.toISOString(); // A string like "2016-09-26T08:05:57.462Z"
var dateString = isoString.substring(0, isoString.indexOf("T")); // A string like "2016-09-26"
return dateString;
}
else {
return undefined;
}
};
fluid.transforms.dateToString.invert = function (transformSpec) {
transformSpec.type = "fluid.transforms.stringToDate";
return transformSpec;
};
fluid.defaults("fluid.transforms.dateToString", {
gradeNames: ["fluid.standardTransformFunction", "fluid.lens"],
invertConfiguration: "fluid.transforms.dateToString.invert"
});
/**
*
* Transform a Date object into a date/time string using its toISOString method. Results in date strings that are
* suitable for use with both HTML5 "dateTime" inputs and JSON Schema "date-time" format string validation, for\
* example: `2016-11-23T13:05:24.079Z`
*
* A non-date object will be treated as `undefined`.
*
* Note: This function allows you to seralise Date objects (including time information) as ISO 8601 strings such as
* `2017-01-23T08:51:25.891Z`. It is intended to provide a consistent mechanism for storing Date objects in a model.
* Although the framework currently works as expected with Date objects stored in the model, this is very likely to
* change. If you are working with Date objects in your model, your best option for ensuring your code continues to
* work in the future is to handle serialisation and deserialisation yourself, for example, by using this function
* and its inverse, `fluid.transforms.stringToDate`. See the Infusion documentation for details about supported
* model values:
*
* http://docs.fluidproject.org/infusion/development/FrameworkConcepts.html#model-objects
*
* @param {Date} value - The Date object to be transformed into an ISO 8601 string.
* @return {String} - A {String} value representing the date and time, or `undefined` if the date/time are invalid.
*
*/
fluid.transforms.dateTimeToString = function (value) {
return value instanceof Date ? value.toISOString() : undefined;
};
fluid.defaults("fluid.transforms.dateTimeToString", {
gradeNames: ["fluid.standardTransformFunction", "fluid.lens"],
invertConfiguration: "fluid.transforms.dateToString.invert"
});
})(jQuery, fluid_3_0_0);
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