Initial integration of Entropy Analysis into PDF output warning

Author: pjkundert

slip39/gui/SLIP-39-PASSPHRASE.org

@@ -1,4 +1,4 @@
-#+title: SLIP-39/BIP-39 Phassphrase
+#+title: SLIP-39/BIP-39 Passphrase
 #+OPTIONS: toc:nil title:nil author:nil
 
 #+BEGIN_ABSTRACT
@@ -21,12 +21,32 @@ disclosure); a Passphrase is *not* recommended.  Leave it empty!
 ** Safely Using BIP-39 Passphrases
 
    Once you Backup your BIP-39 Seed Phrase to a set of SLIP-39 Mnemonic Card Groups, you *must* also
-   arrange to secure and recover any BIP-39 Passphrase(s).  Remembre; you can have multiple
-   Passphrases, to produce several sets of Cryptocurrency accounts from the same BIP-39 Seed Phrase.
+   arrange to secure and recover any BIP-39 Passphrase(s).  Remember; you can have multiple
+   Passphrases, to produce several sets of Cryptocurrency HD wallet accounts from the same BIP-39
+   Seed Phrase.
 
    Make certain that each Passphrase is made available to each intended recipient, and also in at
    least one additional location (eg. with someone else who will be at your funeral).
 
+*** Backup Full 512-bit BIP-39 Seed *including* Passphrase!
+
+    If you've *already* produced a BIP-39 Seed Phrase and a complex Passphrase, and have already
+    funded or distributed the derived HD Wallet accounts, you can *still* back it up, securely and
+    reliably with SLIP-39 -- without requiring the Passphrase to be remembered by the recipient!
+
+    Use the Pro controls and select "BIP-39 Seed" + "Passphrase" to fully decrypt your BIP-39 Seed
+    Phrase.  Then, produce 59-word SLIP-39 recovery cards encoding the full, decrypted 512-bit Seed.
+
+    These will *not* be compatible with standard BIP-39 nor SLIP-39 Hardware Wallets!  (Don't blame
+    me -- you elected to create an insecure and unreliable BIP-39 Seed Phrase + Passphrase, instead
+    of SLIP-39 Mnemonic Cards! ;)
+
+    Your heirs or business partners will need to use a fully standards compliant SLIP-39 recovery
+    program (like this SLIP-39 App, or [[https://github.com/trezor/python-shamir-mnemonic][python-shamir-mnemonic on Github]] ) to enter the large (but
+    standards-compliant!) 59 word Mnemonics, and then generate Paper Wallets for each derived HD
+    Wallet account they want to access.  But, they *will* be able to recover your cryptocurrency
+    accounts, *without* needing to recover the original BIP-39 Seed Phrase or Passphrase!
+
 * SLIP-39 Passphrase
 
   If you use SLIP-39 Mnemonic Card Groups, it is usually not necessary to use a Passphrase.

slip39/gui/SLIP-39-PASSPHRASE.txt

@@ -24,15 +24,46 @@ recommended.  Leave it empty!
 
   Once you Backup your BIP-39 Seed Phrase to a set of SLIP-39 Mnemonic
   Card Groups, you *must* also arrange to secure and recover any BIP-39
-  Passphrase(s).  Remembre; you can have multiple Passphrases, to
-  produce several sets of Cryptocurrency accounts from the same BIP-39
-  Seed Phrase.
+  Passphrase(s).  Remember; you can have multiple Passphrases, to
+  produce several sets of Cryptocurrency HD wallet accounts from the
+  same BIP-39 Seed Phrase.
 
   Make certain that each Passphrase is made available to each intended
   recipient, and also in at least one additional location (eg. with
   someone else who will be at your funeral).
 
 
+1.1.1 Backup Full 512-bit BIP-39 Seed *including* Passphrase!
+-------------------------------------------------------------
+
+  If you've *already* produced a BIP-39 Seed Phrase and a complex
+  Passphrase, and have already funded or distributed the derived HD
+  Wallet accounts, you can *still* back it up, securely and reliably
+  with SLIP-39 -- without requiring the Passphrase to be remembered by
+  the recipient!
+
+  Use the Pro controls and select "BIP-39 Seed" + "Passphrase" to fully
+  decrypt your BIP-39 Seed Phrase.  Then, produce 59-word SLIP-39
+  recovery cards encoding the full, decrypted 512-bit Seed.
+
+  These will *not* be compatible with standard BIP-39 nor SLIP-39
+  Hardware Wallets!  (Don't blame me -- you elected to create an
+  insecure and unreliable BIP-39 Seed Phrase + Passphrase, instead of
+  SLIP-39 Mnemonic Cards! ;)
+
+  Your heirs or business partners will need to use a fully standards
+  compliant SLIP-39 recovery program (like this SLIP-39 App, or
+  [python-shamir-mnemonic on Github] ) to enter the large (but
+  standards-compliant!) 59 word Mnemonics, and then generate Paper
+  Wallets for each derived HD Wallet account they want to access.  But,
+  they *will* be able to recover your cryptocurrency accounts, *without*
+  needing to recover the original BIP-39 Seed Phrase or Passphrase!
+
+
+[python-shamir-mnemonic on Github]
+<https://github.com/trezor/python-shamir-mnemonic>
+
+
 2 SLIP-39 Passphrase
 ====================
 

slip39/gui/SLIP-39-SD.org

@@ -81,7 +81,7 @@ BIP-39 Mnemonic using SLIP-39.
   There are a couple of drawbacks with this approach, though:
 
   - Large 59-word SLIP-39 Mnemonics are produced, to store the 512-bit seed
-  - Seed cannot be used with a BIP-39 Hardware Wallet
+  - The Seed cannot be re-imported into a standard BIP-39 Hardware Wallet
     - Produce "Paper Wallets" for whichever derived HD wallets you need to access
 
 ** The Birthday Paradox
@@ -98,4 +98,3 @@ BIP-39 Mnemonic using SLIP-39.
    risk, choose a 256-bit random Seed where this Birthday Paradox probability falls to 1 in 10^32 --
    approximately the chance of 2 people on earth picking the same virus-sized particle in our solar
    system.
-

slip39/gui/SLIP-39-SD.txt

@@ -101,7 +101,8 @@ your insecure/unreliable BIP-39 Mnemonic using SLIP-39.
 
   - Large 59-word SLIP-39 Mnemonics are produced, to store the 512-bit
     seed
-  - Seed cannot be used with a BIP-39 Hardware Wallet
+  - The Seed cannot be re-imported into a standard BIP-39 Hardware
+    Wallet
     - Produce "Paper Wallets" for whichever derived HD wallets you need
       to access
 

slip39/gui/SLIP-39-SE-SIGS.org

@@ -9,6 +9,7 @@ Avoid Harmonic and Shannon Entropy Deficiencies:
   - Use Extra Randomness from good sources, eg. rolling 20 or so dice
 #+END_ABSTRACT
 
+* Seed Entropy Deficit: {entropy_rating}
 #+BEGIN_EXAMPLE
 {update_seed_data.analysis}
 #+END_EXAMPLE

slip39/gui/SLIP-39-SE-SIGS.txt

@@ -4,10 +4,14 @@ Avoid Harmonic and Shannon Entropy Deficiencies:
 • Use strong cryptographically secure randomness for your Seed Data
 • Use Extra Randomness from good sources, eg. rolling 20 or so dice
 
-┌────
-│ {update_seed_data.analysis}
-└────
 
-┌────
-│ {update_seed_entropy.analysis}
-└────
+1 Seed Entropy Deficit: {entropy_rating}
+════════════════════════════════════════
+
+  ┌────
+  │ {update_seed_data.analysis}
+  └────
+
+  ┌────
+  │ {update_seed_entropy.analysis}
+  └────