Just found this thread. I think I'm encountering similar issues;
difficulties tracking assets that have been transferred.
Have there been any developments on this front since?
On Saturday, June 5, 2021 at 4:05:36 PM UTC-7 Red S wrote:
> Glad it helped. I'll post the python file if I find it. Meanwhile, here is
> a dummy skeleton of a vim function written in python to serve as an
> example. I find these useful to save for somewhat rare (say once/twice a
> year) but repeated transformations. Eg: stock splits. I can never remember
> the syntax of vimscript since I rarely use it, and hence, writing these in
> python helps.
>
> # to be run on bean-doctor context output inside vim
> function! CapGains()
> python3 << EOF
> import vim
> from decimal import Decimal
>
> line = vim.current.line
> s = line.split()
> account = s[0].replace('Assets', 'Income')
> vim.current.line = f'{line} ; Hello world: {account}'
> EOF
> endfunction
>
>
> On Saturday, June 5, 2021 at 12:59:13 AM UTC-7
> [email protected] wrote:
>
>> Thanks, some neat ideas there! :D
>>
>> On Saturday, 5 June 2021 at 3:04:46 pm UTC+10 [email protected] wrote:
>>
>>> On Friday, June 4, 2021 at 8:40:54 PM UTC-7 [email protected]
>>> wrote:
>>>
>>>> Apologies for bumping an old thread with an off-topic question, but
>>>> Redstreet, you said:
>>>>
>>>> > I personally have a vim plugin that uses bean-doctor context to
>>>> insert the lots.
>>>>
>>>> This is really interesting; I wonder if this is something that's openly
>>>> available or if it's a personal hack whether you'd be interested in
>>>> sticking it on Github?
>>>>
>>>
>>> For conversions, it's trivial: it's a 2 or 3 line python script that
>>> scales the units and cost fields. When I have an imported transaction that
>>> looks like:
>>>
>>> 2000-01-01 * "Upgrade shares"
>>> Assets:XTrade:ABC -234.15 ABC
>>> Assets:XTrade:DEF 175.45 DEF
>>>
>>> Then what I do is: get beancount context (I've mapped this to '\g' in
>>> vim-beancount), which opens the context in a split. I then select (visual
>>> mode) all the ABC lots, and pipe it through the python script. An
>>> equivalent awk script would look roughly like:
>>>
>>> :'<,'>!awk '{print $1, -$2*(175.45/234.15), $3, $4, $5*(234.15/175.45),
>>> $6, $7}'
>>>
>>> My python script just made this easier by spitting out both sides of the
>>> transaction (DEF as well), and accepting parameters for the scale value.
>>>
>>>
>>>
>>>
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