- define x 3
# Narrates '3'
- narrate <[x]>

- definemap mymap:
    mykey: example
# Narrates 'example'
- narrate <[mymap.mykey]>

- webget <secret[my_secret_url]> "post:Message to secret address!"

# This example will narrate the same number every time it's ran, until "/ex reload" is used.
- narrate <static[<util.random_decimal>]>

# Narrates '255'
- narrate <binary[000000ff].decode_integer>

- define data <binary[48454c4c4f20574f524c44]>
- define compressed <[data].gzip_compress>
- define decompressed <[data].gzip_decompress>
- if <[decompressed].to_hex> == <[data].to_hex>:
    - narrate "Everything works!"

- define data <binary[48454c4c4f20574f524c44]>
- define compressed <[data].gzip_compress>
- define decompressed <[data].gzip_decompress>
- if <[decompressed].to_hex> == <[data].to_hex>:
    - narrate "Everything works!"

# Narrates binary data "4b68507f1746b0e5f3efe99b8ef42afef79da017", the exact SHA-1 hash of ASCII "HELLO WORLD".
- narrate <binary[48454c4c4f20574f524c44].hash[SHA-1]>

# Narrates "f7bc83f430538424b13298e6aa6fb143ef4d59a14946175997479dbc2d1a3cd8".
- narrate <element[The quick brown fox jumps over the lazy dog].utf8_encode.hmac[type=HmacSHA256;key=key].to_hex>

# Narrates 3
- narrate <binary[010203].length>

# narrates "HELLO WORLD"
- narrate <binary[48454c4c4f20574f524c44].text_decode[us-ascii]>

- define data <binary[48454c4c4f20574f524c44]>
- define encoded <[data].to_base64>
- define decoded <[encoded].base64_to_binary>
- if <[decoded].to_hex> == <[data].to_hex>:
    - narrate "Everything works!"

# Narrates 010203
- narrate <binary[010203].to_hex>

# Converts a base64 encoded string into an ImageTag, commonly used in web APIs.
- define image <[base64].base64_to_binary.to_image>

# narrates "HELLO WORLD"
- narrate <binary[48454c4c4f20574f524c44].utf8_decode>

- define data <binary[48454c4c4f20574f524c44]>
- define compressed <[data].zlib_compress>
- define decompressed <[data].zlib_decompress>
- if <[decompressed].to_hex> == <[data].to_hex>:
    - narrate "Everything works!"

- define data <binary[48454c4c4f20574f524c44]>
- define compressed <[data].zlib_compress>
- define decompressed <[data].zlib_decompress>
- if <[decompressed].to_hex> == <[data].to_hex>:
    - narrate "Everything works!"

# Use to get the width text would have if displayed in the chat HUD.
- narrate "The text would be <[text].text_width.mul[<client.chat_scale>]> pixels wide."

# Use to check if a line of text can fit in the chat HUD without splitting into multiple lines.
- if <[text].text_width.mul[<client.chat_scale>]> <= <client.chat_width>:
  - narrate <[text]>
- else:
  - narrate "Too long!"

# Narrates "255".
- narrate <color[fuchsia].alpha>

# Narrates "255".
- narrate <color[fuchsia].blue>

# Narrates "255".
- narrate <color[fuchsia].brightness>

# Narrates "0".
- narrate <color[fuchsia].green>

# Narrates "#ff00ff".
- narrate <color[fuchsia].hex>

# Narrates "213,255,255".
- narrate <color[fuchsia].hsv>

# Narrates "213".
- narrate <color[fuchsia].hue>

# Colors the text with a rgb value of "127,127,255", which is a a dark purple.
- narrate "<&color[<color[fuchsia].mix[aqua]>]>This is fuchsia mixed with aqua!"

# Narrates "fuchsia".
- narrate <color[fuchsia].name>

# Narrates "255,105,184".
- narrate <color[#ff69b8].name>

# Narrates "255".
- narrate <color[fuchsia].red>

# Narrates "255,0,255".
- narrate <color[fuchsia].rgb>

# Narrates "255,0,255,255".
- narrate <color[fuchsia].rgba>

# Narrates "255".
- narrate <color[fuchsia].saturation>

# Narrates "213,255,255,150".
- narrate <color[fuchsia].with_alpha[150].rgba>

# Colors the text with a rgb value of "255,0,150", which is a hot pink.
- narrate "<&color[<color[fuchsia].with_blue[150]>]>This is fuchsia with a different blue value!"

# Colors the text with a rgb value of "150,0,148", which is a magenta.
- narrate "<&color[<color[fuchsia].with_brightness[150]>]>This is fuchsia with a different brightness!"

# Colors the text with a rgb value of "255,150,255", which is a light pink.
- narrate "<&color[<color[fuchsia].with_green[150]>]>This is fuchsia with a different green value!"

# Colors the text with a rgb value of "0,120,255", which is a dark blue.
- narrate "<&color[<color[fuchsia].with_hue[150]>]>This is fuchsia with a different hue!"

# Colors the text with a rgb value of "150,0,255", which is a dark purple.
- narrate "<&color[<color[fuchsia].with_red[150]>]>This is fuchsia with a different red value!"

# Colors the text with a rgb value of "255,105,253", which is a light pink.
- narrate "<&color[<color[fuchsia].with_saturation[150]>]>This is fuchsia with a different saturation!"

# Use to split text into lines, with each line's width being no more than 30 pixels.
- foreach <[text].split_lines_by_width[30]> as:line:
  - narrate <[line]>

# Use to check if a message is too wide.
- if <[message].text_width> > 30:
  - narrate "That message is too wide!"
  - stop

# Narrates "TqaaCwIMæ"
- narrate <element[ⓉⓠäắÇẘℑℳæ].unaccented>

# Narrates "these characters have diacritics: eac"
- narrate <element[these characters have diacritics: éàç].unaccented>

- define data <binary[48454c4c4f20574f524c44]>
- define encoded <[data].to_base64>
- define decoded <[encoded].base64_to_binary>
- if <[decoded].to_hex> == <[data].to_hex>:
    - narrate "Everything works!"

# Narrates '00000000000000ff'
- narrate <element[255].to_binary>

# Takes an arbitrary unix timestamp from an external source, and formats it for a user-friendly date/time display message.
- define some_unix_timestamp <util.time_now.epoch_millis>
- narrate "The timestamp was <[some_unix_timestamp].millis_to_time.format>"

# narrates "48454c4c4f20574f524c44"
- narrate "<element[HELLO WORLD].text_encode[us-ascii].to_hex>"

# narrates "48454c4c4f20574f524c44"
- narrate "<element[HELLO WORLD].utf8_encode.to_hex>"

# Narrates 'l'.
- narrate <element[apple].char_at[-2]>
# Narrates 'a'.
- narrate <element[apple].char_at[1]>