Basics: TCP-based client

• Basics
• full example
• perl client

$ openssl ts -query -data file.png -no_nonce -sha512 -cert -out file.tsq

$ curl -H "Content-Type: application/timestamp-query" --data-binary '@file.tsq' https://freetsa.org/tsr > file.tsr

$ openssl ts -verify -in file.tsr -queryfile file.tsq -CAfile cacert.pem -untrusted tsa.crt

###########################################################
# 1. create a tsq file (SHA 512)
###########################################################
openssl ts -query -data file.png -no_nonce -sha512 -out file.tsq

# Option -cert: FreeTSA is expected to include its signing certificate (Root + Intermediate Certificates) in the response. (Optional)
# If the tsq was created with the option "-cert", its verification does not require "-untrusted".
#$ openssl ts -query -data file.png -no_nonce -sha512 -cert -out file.tsq


# How to make Timestamps of many files?

# To timestamp multiple files, create a text file with all their SHA-512 hashes and timestamp it.
# Alternatively, you may pack all the files to be timestamped in a zip/rar/img/tar, etc file and timestamp it.

# Generate a text file with all the hashes of the /var/log/ files
$ find /var/log/ -type f -exec sha512sum {} + > compilation.txt

###########################################################
# 2. cURL Time Stamp Request Input (HTTP / HTTPS)
###########################################################

# HTTP 2.0 in cURL: Get the latest cURL release and use this command: curl --http2.
curl -H "Content-Type: application/timestamp-query" --data-binary '@file.tsq' https://freetsa.org/tsr > file.tsr

# Using the Tor-network.
#$ curl -k --socks5-hostname 127.0.0.1:9050 -H "Content-Type: application/timestamp-query" --data-binary '@file.tsq' https://4bvu5sj5xok272x6cjx4uurvsbsdigaxfmzqy3n3eita272vfopforqd.onion/tsr > file.tsr

# tsget is very useful to stamp multiple time-stamp-queries: https://docs.openssl.org/master/man1/tsget/
#$ tsget -h https://freetsa.org/tsr file1.tsq file2.tsq file3.tsq

###########################################################
# 3. Verify tsr file
###########################################################

wget https://freetsa.org/files/tsa.crt
wget https://freetsa.org/files/cacert.pem

# Timestamp Information.
openssl ts -reply -in file.tsr -text

# Verify (two diferent ways).
# openssl ts -verify -data file -in file.tsr -CAfile cacert.pem -untrusted tsa.crt 
openssl ts -verify -in file.tsr -queryfile file.tsq -CAfile cacert.pem -untrusted tsa.crt
# Verification: OK

$ perl client.pl freetsa.org 318 file

client: tsq file: file.tsq 
client: tsr file: file.tsr 
client: [Connected to freetsa.org:318]
client: client: transfer of the file.tsq to the server completed 
client: 40	file.tsq

# By default the TSQ file asks for the certificate chain (Root and Intermediate) to be provided in the response. 
# If you do not wish to do this you must change line 16 to line 15 of the script.

URL screenshot

$ curl --data "screenshot=https://www.fsf.org/&delay=n" https://freetsa.org/screenshot.php > screenshot.pdf
$ curl --data "screenshot=https://www.fsf.org/&delay=y" https://freetsa.org/screenshot.php > screenshot.pdf # (I'm Feeling Lucky)

### HTTP 2.0 in cURL: Get the latest cURL release and use this command: curl --http2.

### REST API in Tor: Add "-k --socks5-hostname localhost:9050".

# Normal domains within the Tor-network.
$ curl -k --socks5-hostname localhost:9050 --data "screenshot=https://www.fsf.org/&delay=y" https://4bvu5sj5xok272x6cjx4uurvsbsdigaxfmzqy3n3eita272vfopforqd.onion/screenshot.php > screenshot.pdf

# ".onion" domain within the Internet.
$ curl -k --data "screenshot=https://4bvu5sj5xok272x6cjx4uurvsbsdigaxfmzqy3n3eita272vfopforqd.onion/&delay=y&tor=y" https://freetsa.org/screenshot.php > screenshot.pdf

# ".onion" domain within the Tor network.
$ curl -k --socks5-hostname localhost:9050 --data "screenshot=https://4bvu5sj5xok272x6cjx4uurvsbsdigaxfmzqy3n3eita272vfopforqd.onion/&delay=y&tor=y" https://4bvu5sj5xok272x6cjx4uurvsbsdigaxfmzqy3n3eita272vfopforqd.onion/screenshot.php > screenshot.pdf

Video Title Tmc Fae Dcay Hourglass Expansion !exclusive! May 2026

The phrase "tmc fae dcay hourglass expansion" refers to digital art or animation involving body transformation (often specifically weight gain or inflation themes) created by the artist FaeDcay. 🎨 Who is FaeDcay?

Artist Identity: A digital creator known for transformation-themed art.

Platform Presence: Often shares work on platforms like X (formerly Twitter) and community art sites.

Common Themes: Her work frequently features blueberry inflation, weight gain, and body expansion. ⏳ Hourglass Expansion Meaning In the context of this specific art community:

Hourglass: Refers to a body shape where the bust and hips are wide with a narrow waist. video title tmc fae dcay hourglass expansion

Expansion: A sub-genre of transformation art where a character’s body parts grow in size, often while maintaining or exaggerating that hourglass figure.

TMC: This is likely an abbreviation for TaylorMadeClips, a creator or site that hosts or commissions this type of specialized content. If you'd like, let me know: Are you trying to find where to follow their latest work?

Here are a few options for a video title based on the keywords TMC, FAE, DCAY, and Hourglass Expansion.

Since "TMC" and "DCAY" are popular Skyrim modding acronyms (The Mod Configuration and Death Alternative, or perhaps specific mod names like The Maiden's Court or Death Cam) and "FAE" often refers to Feral Dragon Avatar or specific creature mods, these titles are crafted to sound like professional mod reviews or showcase videos. The phrase "tmc fae dcay hourglass expansion" refers

Arrangement Examples (Short Templates)

• Minimal Hourglass (club-friendly)

  • Intro (0:00–0:30): groove with TMC percussive pattern, DCay atmosphere in background.
  • Narrowing (0:30–0:45): strip to a single rhythmic vocal chop with tight FAE; automate decay shortening.
  • Expansion (0:45–1:15): full drop, layered synths, widened stereo field, aggressive DCay tails used as rhythmic re-introductions.
  • Repeat with variation; insert micro-breaks & returns every 60–90s.

• Maximal Hourglass (experimental)

  • Build extended micro-breaks with chopped resampled DCay textures; use polyrhythmic TMC elements across sections.
  • Multiple sequential hourglass moments with varying expansion widths and timbral palettes.

Production Techniques (Step-by-step)

1. Tempo & Grid

   • Choose a tempo consistent with bass/club genres (e.g., 140–155 BPM or 170–180 BPM for faster styles) depending on subgenre intent.
   • Work with triplet subdivisions or alternate microtiming offsets to create metric ambiguity (TMC).

2. Percussive Envelopes (FAE)

   • Design short amplitude envelopes on kicks and percussive synths: attack ~0–5 ms, decay 20–80 ms, no sustain, minimal release for snappy hits.
   • Apply matching, fast-cut filter envelopes to add tonal punch synchronized to the amplitude envelope.
   • Use transient shapers to accentuate attack and make hits cut through densely layered mixes.

3. Creating DCay (Dirty Decay)

   • Route reverb/delay sends through saturation/distortion plugins before returning to the mix.
   • Use ping‑pong or tempo‑synced delays with feedback, then apply bitcrushing or sample-rate reduction to the feedback path for gritty texture.
   • Automate modulation (LFO on filter cutoff, delay time or feedback) and gating to make decay tails rhythmic.
   • Resample decays to audio, chop/granularize, and sequence the results as percussive beds.

4. Building the Hourglass

   • Arrange a compression/narrowing section: strip elements to a focal element (single arp, vocal chop, or percussion loop), reduce stereo width, lower reverb sends, and tighten dynamics with multiband compression.
   • Introduce transitional elements: rising filtered noise, pitch-bent risers, rhythmic DCay tails that shorten in length to create a tightening effect.
   • At the drop, instantly “expand”:
     • Reintroduce multiple layered bass/synth parts covering adjacent frequency bands.
     • Widen with mid/side processing, stereo enhancement, and short chorus/detune on upper layers.
     • Increase reverb/delay returns (using cleaner and dirtier sends), boost side information, and add transient-rich top-end percussion.
   • Use sidechain compression to glue the expanded elements to the kick for impact.

5. Sound Design and FX

   • Design basses that can be layered: a sub for low-end, a distorted mid-layer for presence, and a textured top layer processed with DCay techniques.
   • Create vocal chops or synth stabs with extreme envelope shaping (FAE) and route them through DCay sends for coherence.
   • Use spectral effects (multiband distortion, dynamic EQ automation) during the expansion to open the mix without masking the sub.

6. Mixing Tips

   • Carve space: use dynamic EQ to keep the sub clear beneath the DCay mid-textures.
   • Control low-mid muddiness when stacking multiple layers during Hourglass Expansion.
   • Automate stereo width in the arrangement: narrow in the hourglass waist, widen dramatically at expansion.
   • Preserve transient clarity: employ transient designers and parallel compression selectively.

TMC FAE, DCay, and Hourglass Expansion — Full Article