Fixed Build Badge

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Dhruva Sagar
2023-10-24 12:37:25 +05:30
parent 7526011c93
commit 81fb86a019
2 changed files with 127 additions and 123 deletions

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README.md
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@@ -1,4 +1,4 @@
# VIM Table Mode v4.8.0 [![Build Status](https://travis-ci.org/dhruvasagar/vim-table-mode.png?branch=master)](https://travis-ci.org/dhruvasagar/vim-table-mode)
# VIM Table Mode v4.8.1 ![Build](https://github.com/dhruvasagar/vim-table-mode/actions/workflows/ci.yml/badge.svg)
An awesome automatic table creator & formatter allowing one to create neat
tables as you type.
@@ -8,27 +8,32 @@ tables as you type.
### Installation
#### <a href="https://www.danielfranklin.id.au/vim-8-package-management/">Vim 8+ native package manager</a>
clone into `.vim/pack/plugins/start` (the `plugins` folder can have any name)
Add `packloadall` in your `~/.vimrc`.
clone into `.vim/pack/plugins/start` (the `plugins` folder can have any name)
Add `packloadall` in your `~/.vimrc`.
#### <a href="https://github.com/Shougo/neobundle.vim">NeoBundle</a>
Add `NeoBundle 'dhruvasagar/vim-table-mode'` to your `~/.vimrc`.
Add `NeoBundle 'dhruvasagar/vim-table-mode'` to your `~/.vimrc`.
#### <a href="https://github.com/tpope/vim-pathogen">pathogen.vim</a>
Add a git submodule for your plugin:
Add a git submodule for your plugin:
```sh
$ cd ~/.vim
$ git submodule add git@github.com:dhruvasagar/vim-table-mode.git bundle/table-mode
```
Copy all files under `autoload/`, `plugin/`, and `doc/` to respective
`~/.vim/autoload/`, `~/.vim/plugin` and `~/.vim/doc` under UNIX, or
`vimfiles/autoload/`, `vimfiles/plugin/` and `vimfiles/doc` under WINDOWS and
restart Vim.
Copy all files under `autoload/`, `plugin/`, and `doc/` to respective
`~/.vim/autoload/`, `~/.vim/plugin` and `~/.vim/doc` under UNIX, or
`vimfiles/autoload/`, `vimfiles/plugin/` and `vimfiles/doc` under WINDOWS and
restart Vim.
#### <a href="https://github.com/junegunn/vim-plug">vim-plug</a>
Add `Plug 'dhruvasagar/vim-table-mode'` to your `~/.vimrc`.
Add `Plug 'dhruvasagar/vim-table-mode'` to your `~/.vimrc`.
### Creating table on-the-fly
@@ -36,6 +41,7 @@ To start using the plugin in the on-the-fly mode use `:TableModeToggle` mapped t
Tip:
You can use the following to quickly enable / disable table mode in insert mode by using `||` or `__`:
> ```vim
> function! s:isAtStartOfLine(mapping)
> let text_before_cursor = getline('.')[0 : col('.')-1]
@@ -126,9 +132,9 @@ Markdown and ReST filetypes have automatically configured corners.
> let b:table_mode_corner='+'
> ```
You can also define in a table header border how its content should be
aligned, whether center, right or left by using a `:` character defined by
`g:table_mode_align_char` option.
You can also define in a table header border how its content should be
aligned, whether center, right or left by using a `:` character defined by
`g:table_mode_align_char` option.
If you manipulate the table when table mode is disabled or copy paste a table
from clipboard from outside and it ends up being misaligned, you can realign
@@ -137,144 +143,139 @@ it using `:TableModeRealign` or using the default mapping
### Formatting existing content into a table
Table Mode wouldn't justify its name if it didn't allow formatting
existing content into a table. And it does as promised. Like table creation typing on the fly,
formatting existing content into a table is equally
simple. You can visually select multiple lines and call `:Tableize` on it.
Alternatively, the mapping <kbd>\<Leader\>tt</kbd> can be used (defined by the
option `g:table_mode_tableize_map`). This converts CSV (Comma-separated
Values) data into a table.
Table Mode wouldn't justify its name if it didn't allow formatting
existing content into a table. And it does as promised. Like table creation typing on the fly,
formatting existing content into a table is equally
simple. You can visually select multiple lines and call `:Tableize` on it.
Alternatively, the mapping <kbd>\<Leader\>tt</kbd> can be used (defined by the
option `g:table_mode_tableize_map`). This converts CSV (Comma-separated
Values) data into a table.
If however you wish to use a different delimiter, you can use the command
`:Tableize/{pattern}` in a similar fashion as you tabulate (e.g.
`:Tableize/;` uses ';' as the delimiter) or use the mapping <kbd>\<Leader\>T</kbd>
(defined by the option `g:table_mode_tableize_op_map`) which takes input in the
cmd-line and uses the `{pattern}` input as the delimiter.
If however you wish to use a different delimiter, you can use the command
`:Tableize/{pattern}` in a similar fashion as you tabulate (e.g.
`:Tableize/;` uses ';' as the delimiter) or use the mapping <kbd>\<Leader\>T</kbd>
(defined by the option `g:table_mode_tableize_op_map`) which takes input in the
cmd-line and uses the `{pattern}` input as the delimiter.
`:Tableize` also accepts a range. Call it by giving
lines manually like `:line1,line2Tableize`. However this may not be intuitive.
You can use the mapping <kbd>\<Leader\>T</kbd> with a `[count]` to apply it to the
next `[count]` lines in standard vim style.
`:Tableize` also accepts a range. Call it by giving
lines manually like `:line1,line2Tableize`. However this may not be intuitive.
You can use the mapping <kbd>\<Leader\>T</kbd> with a `[count]` to apply it to the
next `[count]` lines in standard vim style.
### Moving around
Now you can move between cells using table mode motions <kbd>[|</kbd>,
<kbd>]|</kbd>, <kbd>{|</kbd> & <kbd>}|</kbd> to move left | right | up |
down cells respectively. The left | right motions wrap around the table
and move to the next | previous row after the last | first cell in the
current row if one exists.
Now you can move between cells using table mode motions <kbd>[|</kbd>,
<kbd>]|</kbd>, <kbd>{|</kbd> & <kbd>}|</kbd> to move left | right | up |
down cells respectively. The left | right motions wrap around the table
and move to the next | previous row after the last | first cell in the
current row if one exists.
### Manipulating Table
- **Cell Text Object** :
- **Cell Text Object** :
Tableize provides a text object for manipulating table cells. Following
the vim philosophy the you have <kbd>i|</kbd> & <kbd>a|</kbd> for the
inner and around (including the immediate right table separator) the
table cell.
Tableize provides a text object for manipulating table cells. Following
the vim philosophy the you have <kbd>i|</kbd> & <kbd>a|</kbd> for the
inner and around (including the immediate right table separator) the
table cell.
- **Delete Row** :
- **Delete Row** :
You can use the <kbd>\<Leader\>tdd</kbd> mapping (defined by the option
`g:table_mode_delete_row_map`) to delete the current table row (provided
you are within a table row). This can be preceeded with a `[count]` to
delete multiple rows as per Vim command grammar.
You can use the <kbd>\<Leader\>tdd</kbd> mapping (defined by the option
`g:table_mode_delete_row_map`) to delete the current table row (provided
you are within a table row). This can be preceeded with a `[count]` to
delete multiple rows as per Vim command grammar.
- **Delete Column** :
- **Delete Column** :
You can use the <kbd>\<Leader\>tdc</kbd> mapping (defined by the option
`g:table_mode_delete_column_map`) to delete the entire current column
(provided you are within a table row), this can also be preceeded with a
`[count]` to delete multiple columns.
You can use the <kbd>\<Leader\>tdc</kbd> mapping (defined by the option
`g:table_mode_delete_column_map`) to delete the entire current column
(provided you are within a table row), this can also be preceeded with a
`[count]` to delete multiple columns.
- **Insert Column** :
- **Insert Column** :
You can use the <kbd>\<Leader\>tic</kbd> mapping (defined by the option
`g:table_mode_insert_column_after_map`) to insert a column after the
cursor (provided you are within a table row). Of course you can use the
<kbd>\<Leader\>tiC</kbd> mapping defined by
`g:table_mode_insert_column_before_map` to insert a column before the
cursor. Both can also be preceeded with a [count] to insert multiple
columns.
You can use the <kbd>\<Leader\>tic</kbd> mapping (defined by the option
`g:table_mode_insert_column_after_map`) to insert a column after the
cursor (provided you are within a table row). Of course you can use the
<kbd>\<Leader\>tiC</kbd> mapping defined by
`g:table_mode_insert_column_before_map` to insert a column before the
cursor. Both can also be preceeded with a [count] to insert multiple
columns.
### Highlight cells based on content
You can highlight cells based on content by setting `let g:table_mode_color_cells` :
- cells starting with `yes` will use the `yesCell` highlight group.
- cells starting with `no` will use the `noCell` highlight group.
- cells starting with `?` will use the `maybeCell` hightlight group.
You can overwrite any highlight group. For exemple use `hi yesCell ctermfg=2` to remove the background color.
You can highlight cells based on content by setting `let g:table_mode_color_cells` : - cells starting with `yes` will use the `yesCell` highlight group. - cells starting with `no` will use the `noCell` highlight group. - cells starting with `?` will use the `maybeCell` hightlight group.
You can overwrite any highlight group. For exemple use `hi yesCell ctermfg=2` to remove the background color.
## Advanced Usage: Spreadsheet Capabilities
### Table Formulas
Table Mode now has support for formulas like a spreadsheet. There are 2 ways
of defining formulas :
Table Mode now has support for formulas like a spreadsheet. There are 2 ways
of defining formulas :
- You can add formulas using `:TableAddFormula` or the mapping <kbd>\<Leader\>tfa</kbd>
(defined by the option `g:table_mode_add_formula_map`) from within a table
cell, which will ask for input on the cmd-line with a `f=` prompt. The
input formula will be appended to the formula line if one exists or a new
one will be created with the input formula taking the current cell as the
target cell. The formula line is evaluated immidiately to reflect the
results.
- You can add formulas using `:TableAddFormula` or the mapping <kbd>\<Leader\>tfa</kbd>
(defined by the option `g:table_mode_add_formula_map`) from within a table
cell, which will ask for input on the cmd-line with a `f=` prompt. The
input formula will be appended to the formula line if one exists or a new
one will be created with the input formula taking the current cell as the
target cell. The formula line is evaluated immidiately to reflect the
results.
- You can directly add / manipulate formula expressions in the formula line.
The formula line is a commented line right after the table, or optionally
separated from the table by a single empty line. It begins with 'tmf:'
(table mode formula). eg) `# tmf: $3=$2*$1`. You can add multiple formulas on
the line separated with a ';' eg) `# tmf: $3=$2*$1;$4=$3/3.14`
- You can directly add / manipulate formula expressions in the formula line.
The formula line is a commented line right after the table, or optionally
separated from the table by a single empty line. It begins with 'tmf:'
(table mode formula). eg) `# tmf: $3=$2*$1`. You can add multiple formulas on
the line separated with a ';' eg) `# tmf: $3=$2*$1;$4=$3/3.14`
You can evaluate the formula line using `:TableEvalFormulaLine` or the
mapping <kbd>\<Leader\>tfe</kbd> (defined by the option `g:table_mode_eval_expr_map`)
from anywhere inside the table or while on the formula line.
You can evaluate the formula line using `:TableEvalFormulaLine` or the
mapping <kbd>\<Leader\>tfe</kbd> (defined by the option `g:table_mode_eval_expr_map`)
from anywhere inside the table or while on the formula line.
NOTE: You can now use the mapping <kbd>\<Leader\>t?</kbd>
NOTE: You can now use the mapping <kbd>\<Leader\>t?</kbd>
### Formula Expressions
Expressions are of the format `$target = formula`.
Expressions are of the format `$target = formula`.
- The `target` can be of 2 forms :
- The `target` can be of 2 forms :
- `$n`: This matches the table column number `n`. So the `formula` would
be evaluated for each cell in that column and the result would be placed
in it. You can use negative indice to represent column relative to the
last, -1 being the last.
- `$n`: This matches the table column number `n`. So the `formula` would
be evaluated for each cell in that column and the result would be placed
in it. You can use negative indice to represent column relative to the
last, -1 being the last.
- `$n,m`: This matches the table cell n,m (row, column). So in this case
the formula would be evaluated and the result will be placed in this
cell. You can also use negative values to refer to cells relative to
the size, -1 being the last (row or column).
- `$n,m`: This matches the table cell n,m (row, column). So in this case
the formula would be evaluated and the result will be placed in this
cell. You can also use negative values to refer to cells relative to
the size, -1 being the last (row or column).
- The `formula` can be a simple mathematical expression involving cells
which are also defined by the same format as that of the target cell. You
can use all native vim functions within the formula. Apart from that table
mode also provides 2 special functions `Sum` and `Average`. Both these
functions take a range as input. A range can be of two forms:
- The `formula` can be a simple mathematical expression involving cells
which are also defined by the same format as that of the target cell. You
can use all native vim functions within the formula. Apart from that table
mode also provides 2 special functions `Sum` and `Average`. Both these
functions take a range as input. A range can be of two forms:
- `r1:r2`: This represents cells in the current column from row `r1`
through `r2`. If `r2` is negative it represents `r2` rows above the
current row (of the target cell).
- `r1:r2`: This represents cells in the current column from row `r1`
through `r2`. If `r2` is negative it represents `r2` rows above the
current row (of the target cell).
- `r1,c1:r2,c2`: This represents cells in the table from cell r1,c1
through cell r2,c2 (row, column).
- `r1,c1:r2,c2`: This represents cells in the table from cell r1,c1
through cell r2,c2 (row, column).
- Examples :
- `$2 = $1 * $1`
- `$2 = pow($1, 5)` NOTE: Remember to put space between the $1, and 5
here otherwise it will be treated like a table cell.
- `$2 = $1 / $1,3`
- `$1,2 = $1,1 * $1,1`
- `$5,1 = Sum(1:-1)`
- `$5,1 = float2nr(Sum(1:-1))`
- `$5,3 = Sum(1,2:5,2)`
- `$5,3 = Sum(1,2:5,2)/$5,1`
- `$5,3 = Average(1,2:5,2)/$5,1`
- Examples :
- `$2 = $1 * $1`
- `$2 = pow($1, 5)` NOTE: Remember to put space between the $1, and 5
here otherwise it will be treated like a table cell.
- `$2 = $1 / $1,3`
- `$1,2 = $1,1 * $1,1`
- `$5,1 = Sum(1:-1)`
- `$5,1 = float2nr(Sum(1:-1))`
- `$5,3 = Sum(1,2:5,2)`
- `$5,3 = Sum(1,2:5,2)/$5,1`
- `$5,3 = Average(1,2:5,2)/$5,1`
## Demo
@@ -282,6 +283,7 @@ it using `:TableModeRealign` or using the default mapping
src="https://raw.github.com/axil/vim-table-mode/master/youtube.png"/></a>
## Change Log
See <a
href="https://github.com/dhruvasagar/vim-table-mode/blob/master/CHANGELOG.md">
CHANGELOG.md </a>
@@ -289,16 +291,19 @@ CHANGELOG.md </a>
## Contributing
### Reporting an Issue :
- Use <a href="https://github.com/dhruvasagar/vim-table-mode/issues">Github
Issue Tracker</a>
### Contributing to code :
- Fork it.
- Commit your changes and give your commit message some love.
- Push to your fork on github.
- Open a Pull Request.
## Credit
I must thank Tim Pope for inspiration. The initial concept was created by him
named <a href="https://gist.github.com/tpope/287147">cucumbertables.vim</a>.

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@@ -1,7 +1,7 @@
*table-mode.txt* Table Mode for easy table formatting
===============================================================================
Table Mode, THE AWESOME AUTOMATIC TABLE CREATOR & FORMATTER
VERSION 4.8.0
VERSION 4.8.1
Author: Dhruva Sagar <http://dhruvasagar.com/>
License: MIT <http://opensource.org/licenses/MIT/>
@@ -544,4 +544,3 @@ REPORT ISSUES *table-mode-report-issues*
If you discover any issues, please report them at
http://github.com/dhruvasagar/vim-table-mode/issues.