Update templates

src/SUMMARY.md

@@ -2,18 +2,19 @@
 
 [Introduction](README.md)
 
-
 # Miniscript Templates
+
 - [Decaying Multisig](./miniscript-templates/decaying-multisig.md)
 - [Collaborative Custody](./miniscript-templates/m-of-n.md)
 - [Hodl Lock](./miniscript-templates/hold.md)
-- [Inheritance](./miniscript-templates/inheritance.md)
-- [Social Recovery](./miniscript-templates/social-recovery.md)
+- [Social Recovery / Inheritance](./miniscript-templates/social-recovery.md)
 
 # Nostr Specs
+
 - [Event Kinds](./kinds/index.md)
 
 # SDKs
+
 - [Rust SDK](./rust-sdk/01-getting-started.md)
     * [Installation](./rust-sdk/02-installation.md)
     * [Features](./rust-sdk/03-features.md)

src/miniscript-templates/decaying-multisig.md

@@ -6,38 +6,42 @@ Decaying multisig is a custody technique where the number of keys required to mo
 One use case for this is mitigating against loss of funds due to key loss. If a key is lost, the owner only needs to wait until the next decay step to recover the funds. Another use case is for loosening consensus for co-managed assets. For example, a board of directors may generally require a higher threshold (67%) to spend funds, but decrease that over time (to 51%) to avoid allowing a subset of signers to deadlock the funds.
 
 ## Vault Configuration Example
+
 All 3 signers are needed to spend. After 10,000 blocks, the `after` block meets one of the threshold's conditions, so only 2 signatures are needed to unlock the funds. Finally, after 20,000 blocks, 2 conditions are met by the `after` statements and only 1 additional signature is needed.
 ![image](https://github.com/smartvaults/smartvaults/assets/32852271/199630b1-8812-45ce-9d44-6f2a35e030e6)
 
 
 ## Inputs
 
 - Threshold
-- List of Signers (extended public keys)
+- List of Signers (extended descriptor)
 - List of Lock times (integers)
 
 ## Miniscript
 
 ```
 thresh(
     <threshold>,
-    pk(key_1),
-    pk(key_2),
-    pk(key_3),
+    pk(Key1),
+    pk(Key2),
+    pk(Key3),
     ...
-    after(lock_time_1),
-    after(lock_time_2),
+    after(Timelock1),
+    after(Timelock2),
     ...
 )
 ```
 
 ## Output Descriptor
+
 ```
-tr(InternalKey,thresh(3,pk(K1),s:pk(K2),s:pk(K3),snl:after(B1),snl:after(B2)))
+tr(InternalKey,thresh(3,pk(Key1),s:pk(Key2),s:pk(Key3),snl:after(Timelock1),snl:after(Timelock2)))
 ```
 
 ### Example
+
 Example Output Descriptor
+
 ```
 tr(3ec243044db203bc418092014b46bfe9494a1c16ee66160e385d7dd676e378cd,thresh(3,pk([7356e457/86'/1'/784923']tpubDCvLwbJPseNux9EtPbrbA2tgDayzptK4HNkky14Cw6msjHuqyZCE88miedZD86TZUb29Rof3sgtREU4wtzofte7QDSWDiw8ZU6ZYHmAxY9d/0/*),s:pk([4eb5d5a1/86'/1'/784923']tpubDCLskGdzStPPo1auRQygJUfbmLMwujWr7fmekdUMD7gqSpwEcRso4CfiP5GkRqfXFYkfqTujyvuehb7inymMhBJFdbJqFyHsHVRuwLKCSe9/0/*),s:pk([f3ab64d8/86'/1'/784923']tpubDCh4uyVDVretfgTNkazUarV9ESTh7DJy8yvMSuWn5PQFbTDEsJwHGSBvTrNF92kw3x5ZLFXw91gN5LYtuSCbr1Vo6mzQmD49sF2vGpReZp2/0/*),snl:after(1721743844),snl:after(1747663844)))#p0skyz4j
 ```

src/miniscript-templates/hold.md

@@ -1,28 +1,36 @@
 # Hold Template
+
 ## Description
+
 Hodl time locks let’s user set specific time intervals, with a maximum of 24 months, during which their bitcoin remains locked. 
 
 The hodl time lock feature prevents impulsive selling during market fluctuations and allows users to stick to their investment strategy.
 
-
 ## Vault Configuration Example
 
+TODO
 
 ## Inputs
 
+* Signer key (extended descriptor)
+* Timestamp or Block Height if using an absolute timelock (`after`), number of confirmed blocks if using relative timelock (`older`)
+
 ## Miniscript
 
 ```
-
+and(pk(Key1),after(TimestampOrBlockHeight))
 ```
 
 ## Output Descriptor
-```
 
+```
+tr(InternalKey,and_v(v:pk(Key1),after(TimestampOrBlockHeight)))
 ```
 
 ### Example
+
 Example Output Descriptor
-```
 
 ```
+tr(e3e5c4a66d85841b9cea26793ef640bf7c1d26e759ae0296e643a16dad606c02,and_v(v:pk([7356e457/86'/1'/784923']tpubDCvLwbJPseNux9EtPbrbA2tgDayzptK4HNkky14Cw6msjHuqyZCE88miedZD86TZUb29Rof3sgtREU4wtzofte7QDSWDiw8ZU6ZYHmAxY9d/0/*),older(10000)))#e4gyn573
+```

src/miniscript-templates/m-of-n.md

@@ -1,27 +1,42 @@
 # Collaborative Custody Template
+
 ## Description
+
 Collaborative custody allows users to configure the number of co-signers and the threshold required to access the vault’s bitcoin. 
 
 Users can choose a 2 of 3, 3 of 5, or a custom configuration, this feature ensures that multiple trusted parties agree before a transaction takes place. It's an ideal solution for shared ownership and collaborative arrangements.
 
 ## Vault Configuration Example
 
+TODO
 
 ## Inputs
 
+* Threshold
+* List of Signers (extended descriptor)
+
 ## Miniscript
 
 ```
-
+thresh(
+    <threshold>,
+    pk(key_1),
+    pk(key_2),
+    pk(key_3),
+    ...
+)
 ```
 
 ## Output Descriptor
-```
 
+```
+tr(InternalKey,thresh(3,pk(K1),s:pk(K2),s:pk(K3)))
 ```
 
 ### Example
+
 Example Output Descriptor
-```
 
 ```
+tr(885db1e89516e0f0adc15ff8389320a01270a54f3b8ea4ecc705472904fc9a7e,multi_a(2,[7356e457/86'/1'/784923']tpubDCvLwbJPseNux9EtPbrbA2tgDayzptK4HNkky14Cw6msjHuqyZCE88miedZD86TZUb29Rof3sgtREU4wtzofte7QDSWDiw8ZU6ZYHmAxY9d/0/*,[4eb5d5a1/86'/1'/784923']tpubDCLskGdzStPPo1auRQygJUfbmLMwujWr7fmekdUMD7gqSpwEcRso4CfiP5GkRqfXFYkfqTujyvuehb7inymMhBJFdbJqFyHsHVRuwLKCSe9/0/*))#g52crz77
+```

src/miniscript-templates/social-recovery.md

@@ -1,27 +1,36 @@
-# Social Recovery Template
+# Social Recovery Template / Inheritance
+
 ## Description
+
 Social recovery keeps you in full and exclusive control of your bitcoin while enabling a recovery path in case you lose your keys. After a predefined number of months set by the user, an m of n multisig of trusted co-signers is able to move the user funds
 
 Between 20%-25% of all bitcoin has been lost forever by owners who lost their keys. This security feature helps you have a plan B, leveraging trusted connections like friends, family, or colleagues to regain access to your Bitcoin
 
 ## Vault Configuration Example
 
+TODO
 
 ## Inputs
 
+* Signer keys (extended descriptor): 1 + N for recovery
+* Timestamp or block height if using an absolute timelock (`after`), number of confirmed blocks if using relative timelock (`older`)
+
 ## Miniscript
 
 ```
-
+or(1@pk(Key1),1@and(thresh(2,pk(RecoveryKey1),pk(RecoveryKey2)),after(TimestampOrBlockHeight)))
 ```
 
 ## Output Descriptor
-```
 
+```
+tr(Key1,and_v(v:multi_a(2,RecoveryKey1,RecoveryKey2),after(TimestampOrBlockHeight)))
 ```
 
 ### Example
+
 Example Output Descriptor
-```
 
 ```
+tr([7356e457/86'/1'/784923']tpubDCvLwbJPseNux9EtPbrbA2tgDayzptK4HNkky14Cw6msjHuqyZCE88miedZD86TZUb29Rof3sgtREU4wtzofte7QDSWDiw8ZU6ZYHmAxY9d/0/*,and_v(v:multi_a(2,[4eb5d5a1/86'/1'/784923']tpubDCLskGdzStPPo1auRQygJUfbmLMwujWr7fmekdUMD7gqSpwEcRso4CfiP5GkRqfXFYkfqTujyvuehb7inymMhBJFdbJqFyHsHVRuwLKCSe9/0/*,[f3ab64d8/86'/1'/784923']tpubDCh4uyVDVretfgTNkazUarV9ESTh7DJy8yvMSuWn5PQFbTDEsJwHGSBvTrNF92kw3x5ZLFXw91gN5LYtuSCbr1Vo6mzQmD49sF2vGpReZp2/0/*),after(840000)))
+```