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gomp/client/updateView.go

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Implementing Simple Buffer Searching Searching the Global Database although is enough but I have felt a need to have a quick and fast search option to search the current buffer. Buffer Search is also one of the views It can be only turned on if the File Browser has focus. ( Thinking of making it global ). The Searching is done through the fuzzy module. FileNode now implements the Source Interface. The Changed Function of the Search Bar checks for text changes and then modifies the Matches Variable which is used by the Update Function to Draw the Results. The Results have the Matching Characters Highlighted Differently. Maximum of 15 results are displayed to avoid lag. Upon Selecting the Result through the Search Bar navigation is possible and selection of the item is done the same way it works for file Browser. After Selection the Focus is returned Back to the File Browser. For The Tracks only the title is used for searching.
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package client
import (
"strings"
"github.com/aditya-K2/fuzzy"
"github.com/aditya-K2/gomp/utils"
"github.com/aditya-K2/tview"
Update Highlighting Algorithm & Using Tcell Styles The Algorithm now only inserts the color string over a range i.e if 1, 2, 3 are matches then instead of adding individually at 1, 2, 3 it adds the color string at 1 and null color string at 3. Also Using tcell Styles for highlighting the table cells.
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"github.com/gdamore/tcell/v2"
Implementing Simple Buffer Searching Searching the Global Database although is enough but I have felt a need to have a quick and fast search option to search the current buffer. Buffer Search is also one of the views It can be only turned on if the File Browser has focus. ( Thinking of making it global ). The Searching is done through the fuzzy module. FileNode now implements the Source Interface. The Changed Function of the Search Bar checks for text changes and then modifies the Matches Variable which is used by the Update Function to Draw the Results. The Results have the Matching Characters Highlighted Differently. Maximum of 15 results are displayed to avoid lag. Upon Selecting the Result through the Search Bar navigation is possible and selection of the item is done the same way it works for file Browser. After Selection the Focus is returned Back to the File Browser. For The Tracks only the title is used for searching.
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)
func UpdateBuffSearchView(inputTable *tview.Table, m fuzzy.Matches, f []FileNode) {
inputTable.Clear()
if m == nil || len(m) == 0 {
Update(f, inputTable)
} else {
for k, v := range m {
if len(f[v.Index].Children) != 0 {
Using tcell.Colors instead of HardCoding Hex Values
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inputTable.SetCell(k, 0, tview.NewTableCell(utils.GetMatchedString(utils.Unique(v.MatchedIndexes), f[v.Index].Path, "[blue:-:bi]")).
Update Highlighting Algorithm & Using Tcell Styles The Algorithm now only inserts the color string over a range i.e if 1, 2, 3 are matches then instead of adding individually at 1, 2, 3 it adds the color string at 1 and null color string at 3. Also Using tcell Styles for highlighting the table cells.
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SetAlign(tview.AlignLeft).
SetStyle(tcell.StyleDefault.
Foreground(tcell.ColorYellow).
Background(tcell.ColorBlack).
Bold(true)))
Implementing Simple Buffer Searching Searching the Global Database although is enough but I have felt a need to have a quick and fast search option to search the current buffer. Buffer Search is also one of the views It can be only turned on if the File Browser has focus. ( Thinking of making it global ). The Searching is done through the fuzzy module. FileNode now implements the Source Interface. The Changed Function of the Search Bar checks for text changes and then modifies the Matches Variable which is used by the Update Function to Draw the Results. The Results have the Matching Characters Highlighted Differently. Maximum of 15 results are displayed to avoid lag. Upon Selecting the Result through the Search Bar navigation is possible and selection of the item is done the same way it works for file Browser. After Selection the Focus is returned Back to the File Browser. For The Tracks only the title is used for searching.
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} else {
Using tcell.Colors instead of HardCoding Hex Values
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inputTable.SetCell(k, 0, tview.NewTableCell(utils.GetMatchedString(utils.Unique(v.MatchedIndexes), f[v.Index].Title, "[yellow:-:bi]")).
Update Highlighting Algorithm & Using Tcell Styles The Algorithm now only inserts the color string over a range i.e if 1, 2, 3 are matches then instead of adding individually at 1, 2, 3 it adds the color string at 1 and null color string at 3. Also Using tcell Styles for highlighting the table cells.
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SetAlign(tview.AlignLeft).
SetStyle(tcell.StyleDefault.
Foreground(tcell.ColorGreen).
Background(tcell.ColorBlack).
Bold(true)))
Implementing Simple Buffer Searching Searching the Global Database although is enough but I have felt a need to have a quick and fast search option to search the current buffer. Buffer Search is also one of the views It can be only turned on if the File Browser has focus. ( Thinking of making it global ). The Searching is done through the fuzzy module. FileNode now implements the Source Interface. The Changed Function of the Search Bar checks for text changes and then modifies the Matches Variable which is used by the Update Function to Draw the Results. The Results have the Matching Characters Highlighted Differently. Maximum of 15 results are displayed to avoid lag. Upon Selecting the Result through the Search Bar navigation is possible and selection of the item is done the same way it works for file Browser. After Selection the Focus is returned Back to the File Browser. For The Tracks only the title is used for searching.
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}
if k == 15 {
break
}
}
}
}
func UpdatePlaylist(inputTable *tview.Table) {
_playlistAttr, _ := CONN.PlaylistInfo(-1, -1)
inputTable.Clear()
for i, j := range _playlistAttr {
_, _, w, _ := inputTable.GetInnerRect()
if j["Title"] == "" || j["Artist"] == "" || j["Album"] == "" {
Update Highlighting Algorithm & Using Tcell Styles The Algorithm now only inserts the color string over a range i.e if 1, 2, 3 are matches then instead of adding individually at 1, 2, 3 it adds the color string at 1 and null color string at 3. Also Using tcell Styles for highlighting the table cells.
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inputTable.SetCell(i, 0, tview.NewTableCell(utils.GetFormattedString(j["file"], w/3)).
SetAlign(tview.AlignLeft).
SetStyle(tcell.StyleDefault.
Foreground(tcell.ColorBlue).
Background(tcell.ColorBlack).
Bold(true)))
Implementing Simple Buffer Searching Searching the Global Database although is enough but I have felt a need to have a quick and fast search option to search the current buffer. Buffer Search is also one of the views It can be only turned on if the File Browser has focus. ( Thinking of making it global ). The Searching is done through the fuzzy module. FileNode now implements the Source Interface. The Changed Function of the Search Bar checks for text changes and then modifies the Matches Variable which is used by the Update Function to Draw the Results. The Results have the Matching Characters Highlighted Differently. Maximum of 15 results are displayed to avoid lag. Upon Selecting the Result through the Search Bar navigation is possible and selection of the item is done the same way it works for file Browser. After Selection the Focus is returned Back to the File Browser. For The Tracks only the title is used for searching.
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} else {
Update Highlighting Algorithm & Using Tcell Styles The Algorithm now only inserts the color string over a range i.e if 1, 2, 3 are matches then instead of adding individually at 1, 2, 3 it adds the color string at 1 and null color string at 3. Also Using tcell Styles for highlighting the table cells.
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inputTable.SetCell(i, 0, tview.NewTableCell(utils.GetFormattedString(j["Title"], w/3)).
SetAlign(tview.AlignLeft).
SetStyle(tcell.StyleDefault.
Foreground(tcell.ColorGreen).
Background(tcell.ColorBlack)))
inputTable.SetCell(i, 1, tview.NewTableCell(utils.GetFormattedString(j["Artist"], w/3)).
SetAlign(tview.AlignLeft).
SetStyle(tcell.StyleDefault.
Foreground(tcell.ColorPurple).
Background(tcell.ColorBlack)))
inputTable.SetCell(i, 2, tview.NewTableCell(j["Album"]).
SetAlign(tview.AlignLeft).
SetStyle(tcell.StyleDefault.
Foreground(tcell.ColorYellow).
Background(tcell.ColorBlack)))
Implementing Simple Buffer Searching Searching the Global Database although is enough but I have felt a need to have a quick and fast search option to search the current buffer. Buffer Search is also one of the views It can be only turned on if the File Browser has focus. ( Thinking of making it global ). The Searching is done through the fuzzy module. FileNode now implements the Source Interface. The Changed Function of the Search Bar checks for text changes and then modifies the Matches Variable which is used by the Update Function to Draw the Results. The Results have the Matching Characters Highlighted Differently. Maximum of 15 results are displayed to avoid lag. Upon Selecting the Result through the Search Bar navigation is possible and selection of the item is done the same way it works for file Browser. After Selection the Focus is returned Back to the File Browser. For The Tracks only the title is used for searching.
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}
}
}
// UpdateSearchView as the name suggests Updates the Search View the idea is to basically keep a fourth option called
// Search in the Navigation bar which will render things from a global ContentSlice at least in the context of the main
// function this will also help in persisting the Search Results.
func UpdateSearchView(inputTable *tview.Table, c []interface{}) {
inputTable.Clear()
_, _, width, _ := inputTable.GetInnerRect()
for i, content := range c {
switch content.(type) {
case [3]string:
{
Update Highlighting Algorithm & Using Tcell Styles The Algorithm now only inserts the color string over a range i.e if 1, 2, 3 are matches then instead of adding individually at 1, 2, 3 it adds the color string at 1 and null color string at 3. Also Using tcell Styles for highlighting the table cells.
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inputTable.SetCell(i, 0, tview.NewTableCell(utils.GetFormattedString(content.([3]string)[0], width/3)).
SetAlign(tview.AlignLeft).
SetStyle(tcell.StyleDefault.
Foreground(tcell.ColorGreen).
Background(tcell.ColorBlack)))
inputTable.SetCell(i, 1, tview.NewTableCell(utils.GetFormattedString(content.([3]string)[1], width/3)).
SetAlign(tview.AlignLeft).
SetStyle(tcell.StyleDefault.
Foreground(tcell.ColorPurple).
Background(tcell.ColorBlack)))
inputTable.SetCell(i, 2, tview.NewTableCell(utils.GetFormattedString(content.([3]string)[2], width/3)).
SetAlign(tview.AlignLeft).
SetStyle(tcell.StyleDefault.
Foreground(tcell.ColorYellow).
Background(tcell.ColorBlack)))
Implementing Simple Buffer Searching Searching the Global Database although is enough but I have felt a need to have a quick and fast search option to search the current buffer. Buffer Search is also one of the views It can be only turned on if the File Browser has focus. ( Thinking of making it global ). The Searching is done through the fuzzy module. FileNode now implements the Source Interface. The Changed Function of the Search Bar checks for text changes and then modifies the Matches Variable which is used by the Update Function to Draw the Results. The Results have the Matching Characters Highlighted Differently. Maximum of 15 results are displayed to avoid lag. Upon Selecting the Result through the Search Bar navigation is possible and selection of the item is done the same way it works for file Browser. After Selection the Focus is returned Back to the File Browser. For The Tracks only the title is used for searching.
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}
case [2]string:
{
Update Highlighting Algorithm & Using Tcell Styles The Algorithm now only inserts the color string over a range i.e if 1, 2, 3 are matches then instead of adding individually at 1, 2, 3 it adds the color string at 1 and null color string at 3. Also Using tcell Styles for highlighting the table cells.
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inputTable.SetCell(i, 0, tview.NewTableCell(utils.GetFormattedString(content.([2]string)[0], width/3)).
SetAlign(tview.AlignLeft).
SetStyle(tcell.StyleDefault.
Foreground(tcell.ColorYellow).
Background(tcell.ColorBlack)))
inputTable.SetCell(i, 1, tview.NewTableCell(utils.GetFormattedString(content.([2]string)[1], width/3)).
SetAlign(tview.AlignLeft).
SetStyle(tcell.StyleDefault.
Foreground(tcell.ColorPurple).
Background(tcell.ColorBlack)))
Implementing Simple Buffer Searching Searching the Global Database although is enough but I have felt a need to have a quick and fast search option to search the current buffer. Buffer Search is also one of the views It can be only turned on if the File Browser has focus. ( Thinking of making it global ). The Searching is done through the fuzzy module. FileNode now implements the Source Interface. The Changed Function of the Search Bar checks for text changes and then modifies the Matches Variable which is used by the Update Function to Draw the Results. The Results have the Matching Characters Highlighted Differently. Maximum of 15 results are displayed to avoid lag. Upon Selecting the Result through the Search Bar navigation is possible and selection of the item is done the same way it works for file Browser. After Selection the Focus is returned Back to the File Browser. For The Tracks only the title is used for searching.
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}
case string:
{
b := content.(string)
if !strings.HasPrefix(b, WHITE_AND_BOLD) {
Update Highlighting Algorithm & Using Tcell Styles The Algorithm now only inserts the color string over a range i.e if 1, 2, 3 are matches then instead of adding individually at 1, 2, 3 it adds the color string at 1 and null color string at 3. Also Using tcell Styles for highlighting the table cells.
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inputTable.SetCell(i, 0, tview.NewTableCell(content.(string)).
SetAlign(tview.AlignLeft).
SetStyle(tcell.StyleDefault.
Foreground(tcell.ColorPurple).
Background(tcell.ColorBlack)))
Implementing Simple Buffer Searching Searching the Global Database although is enough but I have felt a need to have a quick and fast search option to search the current buffer. Buffer Search is also one of the views It can be only turned on if the File Browser has focus. ( Thinking of making it global ). The Searching is done through the fuzzy module. FileNode now implements the Source Interface. The Changed Function of the Search Bar checks for text changes and then modifies the Matches Variable which is used by the Update Function to Draw the Results. The Results have the Matching Characters Highlighted Differently. Maximum of 15 results are displayed to avoid lag. Upon Selecting the Result through the Search Bar navigation is possible and selection of the item is done the same way it works for file Browser. After Selection the Focus is returned Back to the File Browser. For The Tracks only the title is used for searching.
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} else {
inputTable.SetCell(i, 0, tview.NewTableCell(content.(string)).SetSelectable(false))
}
}
}
}
}
func Update(f []FileNode, inputTable *tview.Table) {
inputTable.Clear()
for i, j := range f {
if len(j.Children) == 0 {
_songAttributes, err := CONN.ListAllInfo(j.AbsolutePath)
if err == nil && _songAttributes[0]["Title"] != "" {
_, _, w, _ := inputTable.GetInnerRect()
inputTable.SetCell(i, 0,
Update Highlighting Algorithm & Using Tcell Styles The Algorithm now only inserts the color string over a range i.e if 1, 2, 3 are matches then instead of adding individually at 1, 2, 3 it adds the color string at 1 and null color string at 3. Also Using tcell Styles for highlighting the table cells.
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tview.NewTableCell(utils.GetFormattedString(_songAttributes[0]["Title"], w/3)).
SetAlign(tview.AlignLeft).
SetStyle(tcell.StyleDefault.
Foreground(tcell.ColorGreen).
Background(tcell.ColorBlack)))
Implementing Simple Buffer Searching Searching the Global Database although is enough but I have felt a need to have a quick and fast search option to search the current buffer. Buffer Search is also one of the views It can be only turned on if the File Browser has focus. ( Thinking of making it global ). The Searching is done through the fuzzy module. FileNode now implements the Source Interface. The Changed Function of the Search Bar checks for text changes and then modifies the Matches Variable which is used by the Update Function to Draw the Results. The Results have the Matching Characters Highlighted Differently. Maximum of 15 results are displayed to avoid lag. Upon Selecting the Result through the Search Bar navigation is possible and selection of the item is done the same way it works for file Browser. After Selection the Focus is returned Back to the File Browser. For The Tracks only the title is used for searching.
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inputTable.SetCell(i, 1,
Update Highlighting Algorithm & Using Tcell Styles The Algorithm now only inserts the color string over a range i.e if 1, 2, 3 are matches then instead of adding individually at 1, 2, 3 it adds the color string at 1 and null color string at 3. Also Using tcell Styles for highlighting the table cells.
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tview.NewTableCell(utils.GetFormattedString(_songAttributes[0]["Artist"], w/3)).
SetAlign(tview.AlignLeft).
SetStyle(tcell.StyleDefault.
Foreground(tcell.ColorPurple).
Background(tcell.ColorBlack)))
Implementing Simple Buffer Searching Searching the Global Database although is enough but I have felt a need to have a quick and fast search option to search the current buffer. Buffer Search is also one of the views It can be only turned on if the File Browser has focus. ( Thinking of making it global ). The Searching is done through the fuzzy module. FileNode now implements the Source Interface. The Changed Function of the Search Bar checks for text changes and then modifies the Matches Variable which is used by the Update Function to Draw the Results. The Results have the Matching Characters Highlighted Differently. Maximum of 15 results are displayed to avoid lag. Upon Selecting the Result through the Search Bar navigation is possible and selection of the item is done the same way it works for file Browser. After Selection the Focus is returned Back to the File Browser. For The Tracks only the title is used for searching.
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inputTable.SetCell(i, 2,
Update Highlighting Algorithm & Using Tcell Styles The Algorithm now only inserts the color string over a range i.e if 1, 2, 3 are matches then instead of adding individually at 1, 2, 3 it adds the color string at 1 and null color string at 3. Also Using tcell Styles for highlighting the table cells.
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tview.NewTableCell(_songAttributes[0]["Album"]).
SetAlign(tview.AlignLeft).
SetStyle(tcell.StyleDefault.
Foreground(tcell.ColorYellow).
Background(tcell.ColorBlack)))
Implementing Simple Buffer Searching Searching the Global Database although is enough but I have felt a need to have a quick and fast search option to search the current buffer. Buffer Search is also one of the views It can be only turned on if the File Browser has focus. ( Thinking of making it global ). The Searching is done through the fuzzy module. FileNode now implements the Source Interface. The Changed Function of the Search Bar checks for text changes and then modifies the Matches Variable which is used by the Update Function to Draw the Results. The Results have the Matching Characters Highlighted Differently. Maximum of 15 results are displayed to avoid lag. Upon Selecting the Result through the Search Bar navigation is possible and selection of the item is done the same way it works for file Browser. After Selection the Focus is returned Back to the File Browser. For The Tracks only the title is used for searching.
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} else if _songAttributes[0]["Title"] == "" {
inputTable.SetCell(i, 0,
Update Highlighting Algorithm & Using Tcell Styles The Algorithm now only inserts the color string over a range i.e if 1, 2, 3 are matches then instead of adding individually at 1, 2, 3 it adds the color string at 1 and null color string at 3. Also Using tcell Styles for highlighting the table cells.
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tview.NewTableCell(j.Path).
SetAlign(tview.AlignLeft).
SetStyle(tcell.StyleDefault.
Foreground(tcell.ColorBlue).
Background(tcell.ColorBlack).
Bold(true)))
Implementing Simple Buffer Searching Searching the Global Database although is enough but I have felt a need to have a quick and fast search option to search the current buffer. Buffer Search is also one of the views It can be only turned on if the File Browser has focus. ( Thinking of making it global ). The Searching is done through the fuzzy module. FileNode now implements the Source Interface. The Changed Function of the Search Bar checks for text changes and then modifies the Matches Variable which is used by the Update Function to Draw the Results. The Results have the Matching Characters Highlighted Differently. Maximum of 15 results are displayed to avoid lag. Upon Selecting the Result through the Search Bar navigation is possible and selection of the item is done the same way it works for file Browser. After Selection the Focus is returned Back to the File Browser. For The Tracks only the title is used for searching.
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}
} else {
inputTable.SetCell(i, 0,
Update Highlighting Algorithm & Using Tcell Styles The Algorithm now only inserts the color string over a range i.e if 1, 2, 3 are matches then instead of adding individually at 1, 2, 3 it adds the color string at 1 and null color string at 3. Also Using tcell Styles for highlighting the table cells.
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tview.NewTableCell(j.Path).
SetAlign(tview.AlignLeft).
SetStyle(tcell.StyleDefault.
Foreground(tcell.ColorYellow).
Background(tcell.ColorBlack).
Bold(true)))
Implementing Simple Buffer Searching Searching the Global Database although is enough but I have felt a need to have a quick and fast search option to search the current buffer. Buffer Search is also one of the views It can be only turned on if the File Browser has focus. ( Thinking of making it global ). The Searching is done through the fuzzy module. FileNode now implements the Source Interface. The Changed Function of the Search Bar checks for text changes and then modifies the Matches Variable which is used by the Update Function to Draw the Results. The Results have the Matching Characters Highlighted Differently. Maximum of 15 results are displayed to avoid lag. Upon Selecting the Result through the Search Bar navigation is possible and selection of the item is done the same way it works for file Browser. After Selection the Focus is returned Back to the File Browser. For The Tracks only the title is used for searching.
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}
}
}