Is there a way to sort so that Vitamin B12 is not in front of Vitamin B6?
Try something like:
class Array
def smart_sort
sort_by{|s| (' '+s).scan(/(\d+)|(\D+)/).map{|d, s| s || d.to_i}}
end
end
a = ['Vitamin A', 'Vitamin B12', 'Vitamin B6']
p a.smart_sort
# => ["Vitamin A", "Vitamin B6", "Vitamin B12"]
It sorts alternatively by digits and by non-digits.
b = ['3c17d', '1a34be', '3x1a', '1b01c', '1a34bb']
p b.smart_sort
# => ["1a34bb", "1a34be", "1b01c", "3c17d", "3x1a"]
This is probably similar to what is done in Windows when sorting the file names within a directory.
Update: A newer version. Doesn't need
' '+
, as it is automatically supplied by split
. It also removes the redundancy of specifying the complementary \d
and \D
in the regex.class Array
def smart_sort
sort_by{|s| s.split(/(\d+)/).each_slice(2).flat_map{|s, d| [s, d.to_i]}}
end
end
How to reduce/transform an array of objects to result in the aggregate sum of each property (lodash ideally)
Although Ori Drori's answer already specified the direction of using mergeWith, his usage lies in creating a recursive function that recursively calls mergeWith
. This solution disregards the fact that mergeWith
is by nature a recursive merge wherein the customizer would only transform the resulting value if it returns any value that is not undefined
. Additionally, another problem is that mergeWith
mutates the first object argument, which might not be ideal in cases where you want to retain the state of the source objects.
The solution below uses Function.prototype.apply with mergeWith
instead of wrapping it in a spread, you can decide to switch it to spread
depending on your taste. To solve the problem of source object mutation, we supply an empty object as the first argument and then concatenate it with the rest of the source objects. Lastly, we concatenate the customizer function that returns the sum of the arguments if value
is a number.
var result = _.mergeWith.apply(
null,
[{}].concat(source).concat(function(value, src) {
if(_.isNumber(value)) {
return value + src;
}
})
);
var source = [ { calories: {total: 0, fat: 0}, vitamins: {a: {total: 0, retinol: 0}, b6: 0, c: 0}, fats: {total: 0}, minerals: {calcium: 0} }, { calories: {total: 150, fat: 40}, vitamins: {a: {total: 100}, b6: 30, c: 200}, fats: {total: 3} }, { calories: {total: 100, fat: 60}, vitamins: {a: {total: 120, retinol: 10}, b6: 0, c: 200}, minerals: {calcium: 20} }];
var result = _.mergeWith.apply( null, [{}].concat(source).concat(function(value, src) { if(_.isNumber(value)) { return value + src; } }));
console.log(result);
body>div { min-height: 100%; top: 0;}
<script src="https://cdnjs.cloudflare.com/ajax/libs/lodash.js/4.17.4/lodash.js"></script>
XML to JSON conversion in java
String.replace("\"@", "\"")
or what?
UPDATE
To prevent replacing the @ within a string value, you could use the regexp version of replace. You'd look for the @ sign preceded by " and not preceded by some X, where X is a colon (:) followed by any number of whitespace. You'd replace by the " again.
A less hacky approach would be to have a library stream the json in a content-event-like fashion, catch any object member name events, replace such member names that begin with an @ accordingly and then throw them back to the event stream. That stream would then be converted to JSON text again. (I'm currently working on a library that provides such functionality, but it's not yet published, unfortunately.)
Similarly, you could hook in the XML to JSON translation process. The translator would have to stream the XML to some sort of XML content events, which are later converted to JSON content events, which are then stringified to JSON text. (Ok, that's how I would do it.) If you could plug in at either side of the JSON events stage, you could easily translate specific object member names. Obviously the library you use would have to make plugging in possible, if only by offering the steps of the process for separate invocation.
(In case you wondered, "object member name" is the part before the : in a JSON object, the "value" is the part after it.)
How can I get json.loads(json-string) to return a dictionary instead of a string or list of strings?
Turns out the r.json() function was never broken. I just didn't know how to loop through the results.
Here is how I modified my code so that I could loop through it...
r = requests.get('http://localhost:9200/feed/_search?q=' + query)
results = r.json()
for result in results['hits']['hits']:
print(result['_source']['title'])
Here is a smaller sample of the json I'm decoding...
http://pastebin.com/rpCDyL6F
Map List of objects from a Json response to a List in flutter
You can copy paste run full code below
For this error you can use var values = json.decode(response.body);
For future, you can parse with allMealPlanModelFromJson
, see full code for deail
And display data with FutureBuilder
and nested ListView.separated
code snippet
List<AllMealPlanModel> allMealPlanModelFromJson(String str) =>
List<AllMealPlanModel>.from(
json.decode(str).map((x) => AllMealPlanModel.fromJson(x)));
http.Response response = http.Response(jsonString, 200);
if (response.statusCode == 200) {
return allMealPlanModelFromJson(response.body);
}
working demo
full code
import 'package:flutter/material.dart';
import 'package:http/http.dart' as http;
import 'dart:convert';
List<AllMealPlanModel> allMealPlanModelFromJson(String str) =>
List<AllMealPlanModel>.from(
json.decode(str).map((x) => AllMealPlanModel.fromJson(x)));
String allMealPlanModelToJson(List<AllMealPlanModel> data) =>
json.encode(List<dynamic>.from(data.map((x) => x.toJson())));
class AllMealPlanModel {
AllMealPlanModel({
this.id,
this.dailyAllowanceActualPercentage,
this.dailyCaloriesFromThisMealPlan,
this.imperialWeightOfOneMeal,
this.mealIngredientsWouldMake,
this.mealsPerDay,
this.nutrientValue,
this.petName,
this.showWeightOfBalancedMeal,
this.suggestion,
this.totalCaloriesInAMealPlan,
this.totalImperialWeightOfAMealPlan,
this.totalWeightOfAMealPlan,
this.weightOfOneMeal,
this.feedingPlanDetails,
});
int id;
DailyAllowanceActualPercentage dailyAllowanceActualPercentage;
double dailyCaloriesFromThisMealPlan;
double imperialWeightOfOneMeal;
int mealIngredientsWouldMake;
int mealsPerDay;
List<NutrientValue> nutrientValue;
String petName;
bool showWeightOfBalancedMeal;
Suggestion suggestion;
int totalCaloriesInAMealPlan;
double totalImperialWeightOfAMealPlan;
int totalWeightOfAMealPlan;
double weightOfOneMeal;
List<FeedingPlanDetail> feedingPlanDetails;
factory AllMealPlanModel.fromJson(Map<String, dynamic> json) =>
AllMealPlanModel(
id: json["id"],
dailyAllowanceActualPercentage: DailyAllowanceActualPercentage.fromJson(
json["daily_allowance_actual_percentage"]),
dailyCaloriesFromThisMealPlan:
json["daily_calories_from_this_meal_plan"].toDouble(),
imperialWeightOfOneMeal: json["imperial_weight_of_one_meal"].toDouble(),
mealIngredientsWouldMake: json["meal_ingredients_would_make"],
mealsPerDay: json["meals_per_day"],
nutrientValue: List<NutrientValue>.from(
json["nutrient_value"].map((x) => NutrientValue.fromJson(x))),
petName: json["pet_name"],
showWeightOfBalancedMeal: json["show_weight_of_balanced_meal"],
suggestion: Suggestion.fromJson(json["suggestion"]),
totalCaloriesInAMealPlan: json["total_calories_in_a_meal_plan"],
totalImperialWeightOfAMealPlan:
json["total_imperial_weight_of_a_meal_plan"].toDouble(),
totalWeightOfAMealPlan: json["total_weight_of_a_meal_plan"],
weightOfOneMeal: json["weight_of_one_meal"].toDouble(),
feedingPlanDetails: List<FeedingPlanDetail>.from(
json["feeding_plan_details"]
.map((x) => FeedingPlanDetail.fromJson(x))),
);
Map<String, dynamic> toJson() => {
"id": id,
"daily_allowance_actual_percentage":
dailyAllowanceActualPercentage.toJson(),
"daily_calories_from_this_meal_plan": dailyCaloriesFromThisMealPlan,
"imperial_weight_of_one_meal": imperialWeightOfOneMeal,
"meal_ingredients_would_make": mealIngredientsWouldMake,
"meals_per_day": mealsPerDay,
"nutrient_value":
List<dynamic>.from(nutrientValue.map((x) => x.toJson())),
"pet_name": petName,
"show_weight_of_balanced_meal": showWeightOfBalancedMeal,
"suggestion": suggestion.toJson(),
"total_calories_in_a_meal_plan": totalCaloriesInAMealPlan,
"total_imperial_weight_of_a_meal_plan": totalImperialWeightOfAMealPlan,
"total_weight_of_a_meal_plan": totalWeightOfAMealPlan,
"weight_of_one_meal": weightOfOneMeal,
"feeding_plan_details":
List<dynamic>.from(feedingPlanDetails.map((x) => x.toJson())),
};
}
class DailyAllowanceActualPercentage {
DailyAllowanceActualPercentage({
this.bone,
this.muscleMeat,
this.fruitAndVeg,
});
List<dynamic> bone;
List<dynamic> muscleMeat;
List<dynamic> fruitAndVeg;
factory DailyAllowanceActualPercentage.fromJson(Map<String, dynamic> json) =>
DailyAllowanceActualPercentage(
bone: List<dynamic>.from(json["Bone"].map((x) => x)),
muscleMeat: List<dynamic>.from(json["Muscle Meat"].map((x) => x)),
fruitAndVeg: List<dynamic>.from(json["Fruit and Veg"].map((x) => x)),
);
Map<String, dynamic> toJson() => {
"Bone": List<dynamic>.from(bone.map((x) => x)),
"Muscle Meat": List<dynamic>.from(muscleMeat.map((x) => x)),
"Fruit and Veg": List<dynamic>.from(fruitAndVeg.map((x) => x)),
};
}
class FeedingPlanDetail {
FeedingPlanDetail({
this.id,
this.imperialQuantity,
this.quantity,
this.food,
});
int id;
double imperialQuantity;
int quantity;
Food food;
factory FeedingPlanDetail.fromJson(Map<String, dynamic> json) =>
FeedingPlanDetail(
id: json["id"],
imperialQuantity: json["imperial_quantity"].toDouble(),
quantity: json["quantity"],
food: Food.fromJson(json["food"]),
);
Map<String, dynamic> toJson() => {
"id": id,
"imperial_quantity": imperialQuantity,
"quantity": quantity,
"food": food.toJson(),
};
}
class Food {
Food({
this.id,
this.bonePercentage,
this.calciumPhosphorousRatio,
this.name,
this.omegaRatio,
this.omegaRatioColor,
this.calciumPhosphorousRatioColor,
});
int id;
int bonePercentage;
double calciumPhosphorousRatio;
String name;
double omegaRatio;
String omegaRatioColor;
String calciumPhosphorousRatioColor;
factory Food.fromJson(Map<String, dynamic> json) => Food(
id: json["id"],
bonePercentage: json["bone_percentage"],
calciumPhosphorousRatio: json["calcium_phosphorous_ratio"].toDouble(),
name: json["name"],
omegaRatio: json["omega_ratio"].toDouble(),
omegaRatioColor: json["omega_ratio_color"],
calciumPhosphorousRatioColor: json["calcium_phosphorous_ratio_color"],
);
Map<String, dynamic> toJson() => {
"id": id,
"bone_percentage": bonePercentage,
"calcium_phosphorous_ratio": calciumPhosphorousRatio,
"name": name,
"omega_ratio": omegaRatio,
"omega_ratio_color": omegaRatioColor,
"calcium_phosphorous_ratio_color": calciumPhosphorousRatioColor,
};
}
class NutrientValue {
NutrientValue({
this.calcium,
this.choline,
this.copper,
this.crudeFat,
this.folate,
this.iodine,
this.iron,
this.magnesium,
this.manganese,
this.niacinB3,
this.omega3ExclAlaAndSda,
this.omega6,
this.pantothenicAcidB5,
this.phosphorus,
this.potassium,
this.protein,
this.riboflavinB2,
this.selenium,
this.sodiumNa,
this.thiaminB1,
this.vitaminA,
this.vitaminC,
this.vitaminD,
this.vitaminE,
this.zincZn,
this.calories,
});
List<dynamic> calcium;
List<dynamic> choline;
List<dynamic> copper;
List<dynamic> crudeFat;
List<dynamic> folate;
List<dynamic> iodine;
List<dynamic> iron;
List<dynamic> magnesium;
List<dynamic> manganese;
List<dynamic> niacinB3;
List<dynamic> omega3ExclAlaAndSda;
List<dynamic> omega6;
List<dynamic> pantothenicAcidB5;
List<dynamic> phosphorus;
List<dynamic> potassium;
List<dynamic> protein;
List<dynamic> riboflavinB2;
List<dynamic> selenium;
List<dynamic> sodiumNa;
List<dynamic> thiaminB1;
List<dynamic> vitaminA;
List<dynamic> vitaminC;
List<dynamic> vitaminD;
List<dynamic> vitaminE;
List<dynamic> zincZn;
List<dynamic> calories;
factory NutrientValue.fromJson(Map<String, dynamic> json) => NutrientValue(
calcium: json["Calcium"] == null
? null
: List<dynamic>.from(json["Calcium"].map((x) => x)),
choline: json["Choline"] == null
? null
: List<dynamic>.from(json["Choline"].map((x) => x)),
copper: json["Copper"] == null
? null
: List<dynamic>.from(json["Copper"].map((x) => x)),
crudeFat: json["Crude fat"] == null
? null
: List<dynamic>.from(json["Crude fat"].map((x) => x)),
folate: json["Folate"] == null
? null
: List<dynamic>.from(json["Folate"].map((x) => x)),
iodine: json["Iodine"] == null
? null
: List<dynamic>.from(json["Iodine"].map((x) => x)),
iron: json["Iron"] == null
? null
: List<dynamic>.from(json["Iron"].map((x) => x)),
magnesium: json["Magnesium"] == null
? null
: List<dynamic>.from(json["Magnesium"].map((x) => x)),
manganese: json["Manganese"] == null
? null
: List<dynamic>.from(json["Manganese"].map((x) => x)),
niacinB3: json["Niacin (B3)"] == null
? null
: List<dynamic>.from(json["Niacin (B3)"].map((x) => x)),
omega3ExclAlaAndSda: json["Omega-3 excl. ALA and SDA"] == null
? null
: List<dynamic>.from(
json["Omega-3 excl. ALA and SDA"].map((x) => x)),
omega6: json["Omega-6"] == null
? null
: List<dynamic>.from(json["Omega-6"].map((x) => x)),
pantothenicAcidB5: json["Pantothenic acid (B5)"] == null
? null
: List<dynamic>.from(json["Pantothenic acid (B5)"].map((x) => x)),
phosphorus: json["Phosphorus"] == null
? null
: List<dynamic>.from(json["Phosphorus"].map((x) => x)),
potassium: json["Potassium"] == null
? null
: List<dynamic>.from(json["Potassium"].map((x) => x)),
protein: json["Protein"] == null
? null
: List<dynamic>.from(json["Protein"].map((x) => x)),
riboflavinB2: json["Riboflavin (B2)"] == null
? null
: List<dynamic>.from(json["Riboflavin (B2)"].map((x) => x)),
selenium: json["Selenium"] == null
? null
: List<dynamic>.from(json["Selenium"].map((x) => x)),
sodiumNa: json["Sodium (Na)"] == null
? null
: List<dynamic>.from(json["Sodium (Na)"].map((x) => x)),
thiaminB1: json["Thiamin (B1)"] == null
? null
: List<dynamic>.from(json["Thiamin (B1)"].map((x) => x)),
vitaminA: json["Vitamin A"] == null
? null
: List<dynamic>.from(json["Vitamin A"].map((x) => x)),
vitaminC: json["Vitamin C"] == null
? null
: List<dynamic>.from(json["Vitamin C"].map((x) => x)),
vitaminD: json["Vitamin D"] == null
? null
: List<dynamic>.from(json["Vitamin D"].map((x) => x)),
vitaminE: json["Vitamin E"] == null
? null
: List<dynamic>.from(json["Vitamin E"].map((x) => x)),
zincZn: json["Zinc (Zn)"] == null
? null
: List<dynamic>.from(json["Zinc (Zn)"].map((x) => x)),
calories: json["Calories"] == null
? null
: List<dynamic>.from(json["Calories"].map((x) => x)),
);
Map<String, dynamic> toJson() => {
"Calcium":
calcium == null ? null : List<dynamic>.from(calcium.map((x) => x)),
"Choline":
choline == null ? null : List<dynamic>.from(choline.map((x) => x)),
"Copper":
copper == null ? null : List<dynamic>.from(copper.map((x) => x)),
"Crude fat": crudeFat == null
? null
: List<dynamic>.from(crudeFat.map((x) => x)),
"Folate":
folate == null ? null : List<dynamic>.from(folate.map((x) => x)),
"Iodine":
iodine == null ? null : List<dynamic>.from(iodine.map((x) => x)),
"Iron": iron == null ? null : List<dynamic>.from(iron.map((x) => x)),
"Magnesium": magnesium == null
? null
: List<dynamic>.from(magnesium.map((x) => x)),
"Manganese": manganese == null
? null
: List<dynamic>.from(manganese.map((x) => x)),
"Niacin (B3)": niacinB3 == null
? null
: List<dynamic>.from(niacinB3.map((x) => x)),
"Omega-3 excl. ALA and SDA": omega3ExclAlaAndSda == null
? null
: List<dynamic>.from(omega3ExclAlaAndSda.map((x) => x)),
"Omega-6":
omega6 == null ? null : List<dynamic>.from(omega6.map((x) => x)),
"Pantothenic acid (B5)": pantothenicAcidB5 == null
? null
: List<dynamic>.from(pantothenicAcidB5.map((x) => x)),
"Phosphorus": phosphorus == null
? null
: List<dynamic>.from(phosphorus.map((x) => x)),
"Potassium": potassium == null
? null
: List<dynamic>.from(potassium.map((x) => x)),
"Protein":
protein == null ? null : List<dynamic>.from(protein.map((x) => x)),
"Riboflavin (B2)": riboflavinB2 == null
? null
: List<dynamic>.from(riboflavinB2.map((x) => x)),
"Selenium": selenium == null
? null
: List<dynamic>.from(selenium.map((x) => x)),
"Sodium (Na)": sodiumNa == null
? null
: List<dynamic>.from(sodiumNa.map((x) => x)),
"Thiamin (B1)": thiaminB1 == null
? null
: List<dynamic>.from(thiaminB1.map((x) => x)),
"Vitamin A": vitaminA == null
? null
: List<dynamic>.from(vitaminA.map((x) => x)),
"Vitamin C": vitaminC == null
? null
: List<dynamic>.from(vitaminC.map((x) => x)),
"Vitamin D": vitaminD == null
? null
: List<dynamic>.from(vitaminD.map((x) => x)),
"Vitamin E": vitaminE == null
? null
: List<dynamic>.from(vitaminE.map((x) => x)),
"Zinc (Zn)":
zincZn == null ? null : List<dynamic>.from(zincZn.map((x) => x)),
"Calories": calories == null
? null
: List<dynamic>.from(calories.map((x) => x)),
};
}
class Suggestion {
Suggestion({
this.addFood,
this.removeFood,
});
AddFood addFood;
RemoveFood removeFood;
factory Suggestion.fromJson(Map<String, dynamic> json) => Suggestion(
addFood: AddFood.fromJson(json["add_food"]),
removeFood: RemoveFood.fromJson(json["remove_food"]),
);
Map<String, dynamic> toJson() => {
"add_food": addFood.toJson(),
"remove_food": removeFood.toJson(),
};
}
class AddFood {
AddFood({
this.yellow,
this.red,
});
List<Yellow> yellow;
List<Map<String, List<String>>> red;
factory AddFood.fromJson(Map<String, dynamic> json) => AddFood(
yellow:
List<Yellow>.from(json["Yellow"].map((x) => Yellow.fromJson(x))),
red: List<Map<String, List<String>>>.from(json["Red"].map((x) =>
Map.from(x).map((k, v) => MapEntry<String, List<String>>(
k, List<String>.from(v.map((x) => x)))))),
);
Map<String, dynamic> toJson() => {
"Yellow": List<dynamic>.from(yellow.map((x) => x.toJson())),
"Red": List<dynamic>.from(red.map((x) => Map.from(x).map((k, v) =>
MapEntry<String, dynamic>(
k, List<dynamic>.from(v.map((x) => x)))))),
};
}
class Yellow {
Yellow({
this.calcium,
this.phosphorus,
});
List<String> calcium;
List<String> phosphorus;
factory Yellow.fromJson(Map<String, dynamic> json) => Yellow(
calcium: json["Calcium"] == null
? null
: List<String>.from(json["Calcium"].map((x) => x)),
phosphorus: json["Phosphorus"] == null
? null
: List<String>.from(json["Phosphorus"].map((x) => x)),
);
Map<String, dynamic> toJson() => {
"Calcium":
calcium == null ? null : List<dynamic>.from(calcium.map((x) => x)),
"Phosphorus": phosphorus == null
? null
: List<dynamic>.from(phosphorus.map((x) => x)),
};
}
class RemoveFood {
RemoveFood({
this.yellow,
this.red,
});
List<dynamic> yellow;
List<Red> red;
factory RemoveFood.fromJson(Map<String, dynamic> json) => RemoveFood(
yellow: List<dynamic>.from(json["Yellow"].map((x) => x)),
red: List<Red>.from(json["Red"].map((x) => Red.fromJson(x))),
);
Map<String, dynamic> toJson() => {
"Yellow": List<dynamic>.from(yellow.map((x) => x)),
"Red": List<dynamic>.from(red.map((x) => x.toJson())),
};
}
class Red {
Red({
this.magnesium,
this.potassium,
this.selenium,
});
List<String> magnesium;
List<String> potassium;
List<String> selenium;
factory Red.fromJson(Map<String, dynamic> json) => Red(
magnesium: json["Magnesium"] == null
? null
: List<String>.from(json["Magnesium"].map((x) => x)),
potassium: json["Potassium"] == null
? null
: List<String>.from(json["Potassium"].map((x) => x)),
selenium: json["Selenium"] == null
? null
: List<String>.from(json["Selenium"].map((x) => x)),
);
Map<String, dynamic> toJson() => {
"Magnesium": magnesium == null
? null
: List<dynamic>.from(magnesium.map((x) => x)),
"Potassium": potassium == null
? null
: List<dynamic>.from(potassium.map((x) => x)),
"Selenium": selenium == null
? null
: List<dynamic>.from(selenium.map((x) => x)),
};
}
void main() {
runApp(MyApp());
}
class MyApp extends StatelessWidget {
@override
Widget build(BuildContext context) {
return MaterialApp(
title: 'Flutter Demo',
theme: ThemeData(
primarySwatch: Colors.blue,
visualDensity: VisualDensity.adaptivePlatformDensity,
),
home: MyHomePage(title: 'Flutter Demo Home Page'),
);
}
}
class MyHomePage extends StatefulWidget {
MyHomePage({Key key, this.title}) : super(key: key);
final String title;
@override
_MyHomePageState createState() => _MyHomePageState();
}
class _MyHomePageState extends State<MyHomePage> {
Function _future;
Future<List<AllMealPlanModel>> getAllMealPlanData(String item) async {
String jsonString = '''
[
{
"id": 7,
"daily_allowance_actual_percentage": {
"Bone": [
0.01,
"Red"
],
"Muscle Meat": [
46.15,
"Red"
],
"Fruit and Veg": [
53.84,
"Red"
]
},
"daily_calories_from_this_meal_plan": 823.25,
"imperial_weight_of_one_meal": 5.732025,
"meal_ingredients_would_make": 8,
"meals_per_day": 2,
"nutrient_value": [
{
"Calcium": [
249.5,
"mg",
"Yellow",
0.008800863,
"ounce"
]
},
{
"Choline": [
203.65,
"mg",
"Green",
0.0071835501,
"ounce"
]
},
{
"Copper": [
1.33,
"mg",
"Green",
0.00004691442,
"ounce"
]
},
{
"Crude fat": [
29.75,
"g",
"Green",
1.0494015,
"ounce"
]
},
{
"Folate": [
469,
"mcg",
"Green",
0.000016543506,
"ounce"
]
},
{
"Iodine": [
2.1,
"mcg",
"Red",
7.40754e-8,
"ounce"
]
},
{
"Iron": [
11.77,
"mg",
"Green",
0.00041517497999999997,
"ounce"
]
},
{
"Magnesium": [
253,
"mg",
"Red",
0.008924322,
"ounce"
]
},
{
"Manganese": [
1.82,
"mg",
"Green",
0.00006419868,
"ounce"
]
},
{
"Niacin (B3)": [
11.88,
"mg",
"Green",
0.00041905512,
"ounce"
]
},
{
"Omega-3 excl. ALA and SDA": [
0.03,
"g",
"Green",
0.00105822,
"ounce"
]
},
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