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Instead of infering the column names from the data's keys, The component requires you to specify both the columns and body data5_ " ! ; v S\.
Instead of infering the column names from the data's keys, rhe component requires you to specify both the columns and body data5_ ! # " I v S\0
Instead of infering the column names from the data's keys, the component requires you to specify both the columns and body data5_ " $ # v S\1
that we don't want
IInstead of infering the column names from the data's keys, the component 5_ # % $ v S\<
! that we don't want5_ $ & % M S\ " Q 5_ % ' & 9 S\
" Hthat we don't want to show up in the table or be missing keys. So better5_ & ( ' ! Su ! $ # ! # " 5_ ' ) ( # # # v Su " $ $ @// For more complex data structures, you can specify the "path" 5_ ( * ) # # # v Su " $ $ 4// For data structures, you can specify the "path" 5_ ) + * # # # v Su " $ $ 3// For data structures, you can specify the "path" 5_ * , + # # # v Su " $ $ 3// For data structures, you can specify the "path" 5_ + - , # : # # v Su " % $ :// For deeper data structures, you can specify the "path" 5_ , . - $ V Sv $ * % $ % % 5_ - 0 . $ V Sv $ & * 5_ . 1 / 0 ' V Sv- & ) + lime: 'Green',5_ 0 2 1 (
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'Yellow',5_ 8 : 9 + V SvC * , / 'Yellow'5_ 9 ; : - V SvY , / / orange:'Orange'5_ : < ; . V Sv[ - / 0 'Orange'5_ ; = < . V Sv^ . 0 1 . 0 0 5_ < > = 0 ! V Svg 0 9 1 0 1 1 5_ = ? > 5 ! V Svk 4 6 9 P 5_ > A ? 5 2 ! V Svp 4 6 9 ^ 5_ ? B @ A 5 F ! V Sv 4 6 9 r 5_ A C B 5 ! V Sv 4 7 9 t 5_ B D C 6 4 ! V Sv 5 8 : _ {displayName: 'apple', path: 'apple.color'}, 'peach', 'cherry']}, data={fruitColors} />5_ C E D 7 ! V Sv 6 8 ; @ {displayName: 'peach', 'cherry']}, data={fruitColors} />5_ D F E 7 ! V Sv 6 8 ; A {displayName: 'peach', 'cherry']}, data={fruitColors} />5_ E G F 7 ! V Sv 6 8 ; @ {displayName: 'peach', 'cherry']}, data={fruitColors} />5_ F H G 7 2 ! V Sv 6 8 ; V {displayName: 'peach' path: 'peach.color'},, 'cherry']}, data={fruitColors} />5_ G I H 7 3 ! V Sv 6 9 ; U {displayName: 'peach' path: 'peach.color'}, 'cherry']}, data={fruitColors} />5_ H J I 8 ! V Sv 7 9 < 8 {displayName: 'cherry']}, data={fruitColors} />5_ I K J 8 ! V Sv 7 : < 7 {displayName: 'cherry']}, data={fruitColors} />5_ J L K < < " V Sy < X = < = = 5_ K M L > > ? v Sy = ? X H// For deeper data structures, you can specify the "path" to your values using dot-notation strings.5_ L N M > > > v Sy = ? W // 5_ M O N R > > v Sz Q S W 5 {displayName: 'cherry', path: 'cherry.color'}5_ N P O R ) > > v Sz Q T W 9 {displayName: 'cherry', function: 'cherry.color'}5_ O Q P S S S , v , Sz R T X -data.cherry.color + " yeah!"} 'cherry.color'}5_ P R Q X S S , v , Sz: X X 5_ Q S R [ S S , v , Sz< Z 2-http://kyleamathews.github.io/react-simple-table/5_ R T S Z S S , v , Sz= Y [ [ -## Demos5_ S U T ? S S , v , Sz > ? 5_ T V U Q : R R , v , Sz P R Z A {displayName: 'cherry', function: function(data) { return5_ U W V R R R , v , Sz P R Z @ {displayName: 'cherry', function: function(data) {return data.cherry.color + " yeah!"} Q S Z data.cherry.color + " yeah!"}5_ V X W $ Q ] Q l v , Sz # % Y using dot-notation strings.5_ W Y X % Q ] Q l v , Sz $ % 5_ X Z Y P : P ] P l v , S{ O R X ^ {displayName: 'cherry', function: function(data) {return data.cherry.color + " yeah!"}5_ Y [ Z Q - P ] P l v , S{ P S Y . return data.cherry.color + " yeah!"}5_ Z \ [ R P ] P l v , S{- Q S Z }5_ [ ] \ Q P ] P l v , S{. P R Z - return data.cherry.color + " yeah!"5_ \ ^ ] R P ] P l v , S{/ R T [ R T Z 5_ ] _ ^ S P ] P l v , S{2
R T [ }5_ ^ ` _ P 3 T O Q [ : {displayName: 'cherry', function: function(data) {5_ _ a ` Q T P R [ . return data.cherry.color + " yeah!"5_ ` b a O S P V Tv O T [ O P [ 5_ a c b O W T V Tx N O 3 {displayName: 'peach' path: 'peach.color'},5_ b d c O V S V Ty N P ^ 9 {displayName: 'cherry', function: function(row) {5_ c e d P V S V T| O Q ^ - return row.cherry.color + " yeah!"5_ d f e P V S V Tφ O Q ^ , return row.peach.color + " yeah!"5_ e g f P A V S V TϜ O Q ^ L return {row.peach.color + " yeah!"5_ f h g P I P I P S v S Tϟ O Q ^ T return {row.peach.color} + " yeah!"5_ g i h P 1 P I P S v S Tϣ O R ^ I return {row.peach.color}5_ h j i P P I P S v S Tϩ O R _ 1 return 5_ i k j Q P I P S v S TϪ P R ` 5_ j l k R P I P S v S TϮ Q S ` , {row.peach.color}5_ k m l R P I P S v S TϮ Q S ` * {row.peach.color}5_ l n m R P I P S v S Tϯ Q S ` ( {row.peach.color}5_ m o n R P I P S v S Tϯ Q S ` & {row.peach.color}5_ n p o R P I P S v S Tϰ Q S ` $ {row.peach.color}5_ o q p R P I P S v S Tϲ Q T ` & {row.peach.color}5_ p r q S P I P S v S Tϴ S U b S U a 5_ q s r T P I P S v S TϷ S U b )5_ r t s T P I P S v S Tϻ S U b
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P I P S v S T S U a }5_ v x w T P I P S v S T S U a )}5_ w y x U P I P S v S T T V a }5_ x z y & Tu % ' a lime: {5_ y { z Tz a lime: 'Green',5_ z | { T| a lemon: 'Yellow',5_ { } | T a orange:'Orange'5_ | ~ } TЃ a cherry:'Orange'5_ } ~ TЄ a cherry: 'Orange'5_ ~ TЎ a cherry: 'Red'5_ TА a cherry: 'Orang'5_ ) TЖ ( * a
lemon: {5_ , TМ + - a orange: {5_ - TО , . a 'Orange'5_ - TП , . a 'Orciwange'5_ % TЩ $ & a var fruitColors = [{5_ %
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TЮ = > var fruitColors = [{ lime: { color: 'Green' },
lemon: { color: 'Yellow' }, orange: { 'Orange' } }];5_ > >
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Tж M O U ]}, data={fruitColors} />5_ T T S U U ## Demos5_ V T
HInstead of infering the column names from the data's keys, the component 6requires you to specify both the columns and body data Ebecause body data can sometimes be heterogenous and both include keys Pthat we don't want to show up in the table or be missing desired keys. So better to be explicit.5_
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R )array and a `columns` prop which defines 5_ $ $ + v + T
R F`react-simple-table` takes two props. A `data` prop which should be an ,array and a `columns` prop which defines you5_ $ $ O v + T
Q $`react-simple-table` takes two props5_ V 9 T " Q 5_ O Tҳ O S S O Q R 5_ Q Tҳ Q T V Q S U 5_ S < Tҳ R T W Ain custom class names as a string using the `className` proptype.5_ S < Tҳ R T W @in custom class names as a string using the `className` propype.5_ S < Tҳ R T W ?in custom class names as a string using the `className` proppe.5_ S < Tҳ R T W >in custom class names as a string using the `className` prope.5_ T Tҳ S T 5_ ? A @ ' ! V Sv} & ( 9
fruit: {5_ . 0 / ' V Sv & ( + lime: {'Green',5