| R Documentation |
Creates a twitter thread object that can be populated with posts, published and destroyed.
thread$new(tag = NULL) thread$add_post(status, media = NULL) thread$clear() thread$publish() thread$browse(n = 1) thread$get_url(n = 1) thread$get_posts() thread$destroy() thread$add_whatermark() thread$preview() thread$show_media(n) thread$save() thread$load(which = -1)
tag |
String that can be used as a chunk option inside a rmarkdown document to populate the thread (see Examples.) |
status |
Text to be tweeted. |
media |
Path to an image, video, or a ggplot2 object that will be attached to the tweet. |
n |
Number of post in thread. |
which |
Numeric indicating which thread to load. Negative values mean reverse counting (i.e. n = -1 loads the latests thread, n = -2,the one before and so on.) |
The basic workflow is to create a new thread object with thread$new() and
then populate it with thread$add_post(). status can be a character vector to
specify two posts that have different text but the same media. To add multiple pictures,
pass a character vector or list to media (the former case when combining paths and ggplot
objects). Keep in mind the limitations set by twitter. Each status update can have up to 4
static images, or 1 gif or 1 video. spindler will check if there's more than 4 items, but
not if it's an animated gif!
You can preview it with thread$preview() (opens a shiny interface) or just printing it on the console.
Once you are happy with it, publish it to Twiter with thread$publish().
If you want to "unpublish" it, use thread$destroy(). This will delete each post
on Twitter, but they will still be saved on your thread object.
Use thread$clear() to delete them.
To view the list of posts currently on your thread, use thread$get_posts().
Once published, you can get the url of each post with thread$get_url() or
open it up in a browser session with thread$browse().
The thread$add_watermark() method adds this post:
This thread comes to you courtesy of the spindler package emoji
Reproducible tweets with R and rmarkdown.
\#rstats
https://git.io/fjzxN
If you like the package, consider adding it so more people can enjoy it :\).
You can save your threads for later use with thread$save(). It will write the
thread object to disk so you can retrieve it later. Saved posts can be retrieved
with the thread$load() function. A list of all saved threads can be retrieved
with the saved_threads() function.
## Not run:
birds <- thread$new()
birds$add_post("Hey, people, I want to tell you how awesome birds are!")$
add_post("They have feathers, and (most of them) can fly!")$
add_post("And look how cute they ares", media = "~/Pictures/penguin1.png")
birds$publish()
# Oh, no I made a typo. Quick, delete the whole thing!
birds$destroy()
# Let's start over
birds$clear()$
add_post("Nooo! I had an awesome thread about birds, but I messed up.")$
add_post("So here's the jist of it: birds rock and they are better than monkeys!")$
publish()
# Look at the finished product
birds$browse()
# You can use the tag to populate a thread automatically from a chunk.
# The first figure produced by the chunk will be attached as media.
```{r, setup}
this_thread <- spindler::thread$new(tag = "tw_status")
```
```{r, tw_status = "The relationship between pressure and temperature is cool!"}
plot(pressure)
```
```{r}
this_thread$add_post("This post is a free agent, not tied to any chunk.")
```
# Publish the thread rom inside the rmarkdown document.
# It's recomended to also save it so you can easily destroy it later
# in case something went wrong.
```{r}
this_thread$publish()$save()$browse()
```
## End(Not run)
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