Merge pull request #209 from NillionNetwork/signer-dx

add built-in programs

docs/build/secretSigner/signing.md

@@ -15,7 +15,15 @@ When signing a message, only the message hash is sent to the network - the origi
 ## Usage
 
 <Tabs>
-    <TabItem value="python" label="Python" default>
+    <TabItem value="python" label="Python Client" default>
+        ## Python Client
+
+        ### Install Nillion Python Client
+
+        ```
+        pip install nillion-client
+        ```
+
         ### Python Client: Sign a Message
         <Tabs>
             <TabItem value="store" label="signWithStoredPrivateKey.py" default>
@@ -47,7 +55,15 @@ When signing a message, only the message hash is sent to the network - the origi
 
     </TabItem>
 
-    <TabItem value="js" label="Node.js">
+    <TabItem value="js" label="TypeScript Client">
+        ## TypeScript Client
+
+        ### Install Nillion TypeScript Client
+
+        ```
+        npm i @nillion/client-wasm @nillion/client-vms
+        ```
+
         ### TypeScript Client: Sign a Message
         <Tabs>
             <TabItem value="store=-js" label="signWithStoredPrivateKey.js" default>
@@ -81,7 +97,7 @@ When signing a message, only the message hash is sent to the network - the origi
 
 Anyone can verify the signature using the same message hash and the public key that corresponds to the private key stored in Nillion. During verification:
 
-- Use the signature (r, s values) returned from SecretSigner
+- Use the signature (r, s) values returned from SecretSigner `tecdsa_signature` output
 - Hash the message using SHA-256
 - Verify using any standard ECDSA verification library
 

docs/build/secretSigner/store-key.md

@@ -14,8 +14,17 @@ When storing the key, compute access is granted to specific Nillion users, allow
 ## Usage
 
 <Tabs>
-    <TabItem value="python" label="Python" default>
+    <TabItem value="python" label="Python Client" default>
+        ## Python Client
+
+        ### Install Nillion Python Client
+
+        ```
+        pip install nillion-client
+        ```
+
         ### Python Client: Store a Private Key
+
         <Tabs>
             <TabItem value="store" label="storePrivateKey.py" default>
                 ```python reference showGithubLink
@@ -46,7 +55,15 @@ When storing the key, compute access is granted to specific Nillion users, allow
 
     </TabItem>
 
-    <TabItem value="js" label="Node.js">
+    <TabItem value="js" label="TypeScript Client">
+        ## TypeScript Client
+
+        ### Install Nillion TypeScript Client
+
+        ```
+        npm i @nillion/client-wasm @nillion/client-vms
+        ```
+
         ### TypeScript Client: Store a Private Key
         <Tabs>
             <TabItem value="store=-js" label="storePrivateKey.js" default>

docs/start-building.md

@@ -7,21 +7,6 @@ import { nilVMCards } from '@site/src/utils/nilVMCards';
 
 # Building with nilVM
 
-<FeatureSection data={nilVMCards} />
-
-<!-- ## Write a Nada Program
-
-The [Nada Quickstart](/quickstart-nada) will teach you how to create a Nada project and write your first privacy-preserving Nada program. The [Nada by Example Portal](/nada-by-example) is an introduction to Nada with lots of example programs for your reference.
-
-## Build a Blind App
-
-This [Blind App Quickstart](/quickstart) is ideal for developers interested in **building frontends or fullstack web apps** on Nillion. This quickstart will guide you through writing a Nada program, storing the program on the Nillion Network, and creating a blind web app lets you store secrets and run your Nada program in the browser.
+The core functionality provided by nilVM is the ability to sign data in a decentralized way using MPC, which can be leveraged using a built-in Nada program with [SecretSigner](/build/secretSigner/overview).
 
-## Connect a backend to Nillion
-
-If you want to **connect a backend** to Nillion, check out the Nillion [Python Quickstart](/python-quickstart).
-
-
-## Write a privacy-preserving Blind AI Nada program
-
-To write privacy-preserving AI programs, check out our [Nada AI](/nada-by-example/nada-ai) examples, tutorials, and Google Colab links. -->
+<FeatureSection data={nilVMCards} />

sidebar-build.js

@@ -148,6 +148,11 @@ const buildSidebar = [
       'build/secretSigner/setup',
       'build/secretSigner/store-key',
       'build/secretSigner/signing',
+      {
+        type: 'link',
+        label: 'Nillion Signature Tools',
+        href: 'https://nillion-signature-tools.streamlit.app',
+      },
       {
         type: 'link',
         label: 'Examples',

sidebar-nilvm.js

@@ -14,7 +14,7 @@ module.exports = [
       type: 'doc',
       id: 'nillion-client',
     },
-    collapsed: false,
+    collapsible: false,
     items: [
       {
         type: 'category',
@@ -26,7 +26,6 @@ module.exports = [
         items: [
           'python-quickstart',
           'python-client-reference',
-          'threshold-signatures',
           {
             type: 'link',
             label: 'Client Examples',
@@ -120,9 +119,15 @@ module.exports = [
       type: 'doc',
       id: 'nada-lang',
     },
+    collapsible: false,
     items: [
       'nada-lang-types',
       'nada-lang-operators',
+      {
+        type: 'category',
+        label: 'Built-in Programs',
+        items: ['build/secretSigner/signers'],
+      },
       {
         type: 'category',
         label: 'Programming with Nada',

src/utils/nilVMCards.js

@@ -1,4 +1,11 @@
 export const nilVMCards = [
+  {
+    title: 'SecretSigner',
+    description:
+      'Sign messages and ETH transactions without revealing the private key, which is stored as a secret in nilVM.',
+    icon: '🔏',
+    href: './build/secretSigner/signing',
+  },
   {
     title: 'Build a Next.js app',
     description: