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research: wallet-migration programme (docs + evidence + code-PR archive) - #397
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…ken handling Update .gitignore to include additional files and directories Document centralized rate limiting for relayPool in LLDD.md Integrate config_manager into bragging service Add sequence diagram for relayPool interactions Improve Cashu token decoding and relay connection handling Update payout processing to account for mint fees
* create tollwallet with gonuts * setup wallet * Create merchant + refactor * create compile-to-router script for debugging quickly * update mint config * Set payout logic from merchant perspective * Add payout to lightning address * add devsplit * profitshare as a list, defaulting to tollgate * remove old wallet * cleanup * fix code review suggestions * import fixes * cleanup * updated go files * removed uci * update readme * structure documentation list --------- Co-authored-by: origami74@gmail.com <origami74@gmail.com> Co-authored-by: Your Name <you@example.com>
Co-authored-by: origami74@gmail.com <origami74@gmail.com>
Co-authored-by: origami74@gmail.com <origami74@gmail.com>
* fix pkg source url * don't trigger workflow * Added configuration migration script and updated Makefile to include it in installation * Updated configuration migration script and Makefile to reflect new filename and add config_version * config_version * Update TrustedMaintainers to include the required pubkey * back to version for original repo * indentation makefile * indentation * indentation --------- Co-authored-by: Your Name <you@example.com>
* Start of session management, added notice events * Sucessfully extended a session * cleanup * cleanup * align with spec * min_steps cleanup * update draft * add alpha and beta channels * update captive portal * Fix janitor tests and remove external dependencies - Fixed parseNIP94Event function calls to use correct parameter order - Updated test expectations to match actual function behavior - Fixed TestEventMapCollision to use proper NIP-94 event structure - Removed TestDownloadPackage as it had external dependencies (nostr relays, network calls) - Cleaned up unused imports - All janitor tests now pass without external dependencies * Remove btclogv2 and resolve bugs/errors (#20) fix(dependencies): Resolve runtime errors on GLE750 architecture and update captive portal This commit addresses dependency issues that caused runtime errors on the GLE750 architecture. Additionally, it updates the captive portal to the latest version, ensuring compatibility and functionality. ----------------- Co-authored-by: Your Name <you@example.com> * Implement symlink approach for captive portal site - Replace file copying with symlink from /etc/nodogsplash/htdocs to /etc/tollgate/tollgate-captive-portal-site - Move captive portal files from files/etc/nodogsplash/htdocs/ to files/tollgate-captive-portal-site/ - Update Makefile to install files only to /etc/tollgate/tollgate-captive-portal-site - Add symlink creation logic to postinst script for both fresh installs and updates - Remove obsolete 90-tollgate-nodogsplash-files UCI-defaults script - Ensures captive portal updates are reflected immediately without file copying * Fix symlink creation by removing existing directory first - Add rm -rf /etc/nodogsplash/htdocs before creating symlink - Ensures the symlink replaces the directory entirely rather than creating symlink inside it - Resolves issue where portal-site folder appeared inside htdocs * Move symlink creation from postinst to UCI-defaults script - Create new 90-tollgate-captive-portal-symlink UCI-defaults script - Move symlink logic from postinst (which wasn't running) to UCI-defaults - UCI-defaults scripts run reliably during package installation and updates - Restore postinst to simple service restart functionality - Update Makefile to install and declare the new UCI-defaults script * Fix migration script to only run when config_version field is missing - Change condition to check for absence of config_version field specifically - Only run migration if config.json exists AND has no config_version field - Prevents migration from running on already migrated configurations - More precise migration logic for v0.0.1 to v0.0.2 transition * Add TollGate data to OpenWrt backup system - Create /lib/upgrade/keep.d/tollgate to preserve /etc/tollgate/ during sysupgrade - Update Makefile to install backup configuration file - Ensures wallet.db, config.json, and all TollGate data survives firmware upgrades - Resolves user concern about losing ecash wallet during upgrades * Added missing tollgate file for sysupgrade configuration preservation * does the imagebuilder run now? * Can't reproduce the problem when re-running. Reintroduce keep.d. Does it install now? * added network and wireless config * added debug output for randomize IP address * check for valid ip address * fixed random ip detection * enable ssid * enable modem interfaces * add nodogsplash migration to postinst --------- Co-authored-by: origami74@gmail.com <origami74@gmail.com> Co-authored-by: c03rad0r <1100745+c03rad0r@users.noreply.github.com> Co-authored-by: Your Name <you@example.com>
* Add arch aarch64_cortex-a72 * Fix sdk for raspi 4 * fix typo --------- Co-authored-by: origami74@gmail.com <origami74@gmail.com>
* Fix config.json corruption on fresh installs - Prevent migration scripts from running on fresh installations - Add strict version checking to migration scripts - Implement atomic file operations with temporary files - Add JSON validation and corruption detection - Add race condition protection with timing delays - Improve error handling and rollback mechanisms Fixes issue where fresh installs would create corrupted/duplicated config.json files due to migration scripts incorrectly processing v0.0.3 configs that should not be migrated. * Fix build system branch name sanitization - Sanitize branch names by replacing forward slashes with hyphens - Fixes build error when using branches like 'bugfix/feature-name' - Prevents file path issues in OpenWrt build system - Adds PKG_SOURCE_SUBDIR with sanitized branch name * Fix GitHub Actions branch name sanitization - Sanitize branch names in GitHub Actions workflow by replacing '/' with '-' - Prevents build system path issues when using branch names like 'bugfix/feature-name' - Fixes OpenWrt build system errors with forward slashes in package version - Reverted Makefile changes to keep build logic simple --------- Co-authored-by: origami74@gmail.com <origami74@gmail.com>
Refactor config files * Break down `config.json` into `config.json` and `install.json` * Simplify defaults so that migration isn't required * tested via `opkg` and `sysupgrade -n`, works in both cases Co-authored-by: Your Name <you@example.com>
* breaking change - migrate to three config setters and getters
* feat: Refactor configuration management and remove bragging module
This commit introduces a major refactoring of the application's configuration management and completely removes the deprecated 'bragging' module.
Key changes include:
- **Modular Configuration:**
- The monolithic `config.json` and `install.json` handling in `config_manager.go` has been split into three dedicated files:
- `config_manager_config.go`: Manages general application settings (`config.json`).
- `config_manager_install.go`: Handles installation-specific parameters (`install.json`).
- `config_manager_identities.go`: Introduces a new file for managing cryptographic keys and lightning addresses (`identities.json`).
- The main `ConfigManager` now orchestrates access to these modular configurations, providing `GetConfig()`, `GetInstallConfig()`, and `GetIdentities()` methods.
- `NewConfigManager` updated to handle paths for all three configuration types.
- **Bragging Module Removal:**
- The entire `src/bragging` directory and its contents have been deleted.
- All related imports and function calls (e.g., `announceSuccessfulPayment`) have been removed from `src/main.go`.
- Corresponding `require` and `replace` directives for the `bragging` module have been removed from `src/go.mod`.
- **Codebase Adaptations:**
- `src/main.go`:
- Global variables for `configManager`, `mainConfig`, and `installConfig` are now explicitly declared.
- References to `CurrentInstallationID` have been removed from `main.go` as it is no longer part of `InstallConfig`.
- `IPAddressRandomized` logging now correctly formats the boolean value using `%t`.
- `src/merchant/merchant.go`:
- Updated to use the new `ConfigManager` methods for accessing configuration data.
- Private key lookups for signing Nostr events (e.g., `CreateAdvertisement`, `createSessionEvent`, `extendSessionEvent`, `CreateNoticeEvent`) now correctly retrieve keys from the `identities.json` via `configManager.GetIdentities().GetOwnedIdentity("merchant").PrivateKey`.
- Payout logic in `processPayout` now dynamically retrieves `LightningAddress` using `identities.GetPublicIdentity`.
- `src/janitor/janitor.go`:
- Adapted to the new configuration access patterns.
- `TrustedMaintainers` check now correctly uses `identitiesConfig.GetPublicIdentity("trusted_maintainer_1")` for verification.
- `InstallConfig.Save()` method is now called directly on the `installConfig` object.
- `src/main_test.go`:
- Updated test setup to use temporary directories for `config.json`, `install.json`, and `identities.json` to ensure isolated and reliable testing of the `ConfigManager`.
- Removed `TollgatePrivateKey` from `config_manager.Config` struct literal in tests.
This refactoring significantly improves the modularity, maintainability, and clarity of the configuration management system, and removes an unused component from the codebase. No migration of old configuration files is required, allowing for a clean transition.
* fixed testcase path
* go mod tidy seems fine again, test with TOLLGATE_TEST_CONFIG_DIR=/tmp/tmp.r6VVmTRFcp go fmt . && TOLLGATE_TEST_CONFIG_DIR=/tmp/tmp.EolGeeKwH3 go test .
* fixed some syntax errors in tests
* commented everything out, but tests are still failing. Perhaps they are cached
* go fmt
* config_manager tests are passing again
* tests are passing in the parent directory too
* handlers_test.go seems to be passing
* added testing instructions
* Plan for config version backup
* feat(config_manager): Implement config resilience with backup and recreate
* added checkboxes
* fixed checkboxes
* gonuts wants the parent directory of wallet.db
* 21
* duplicate
* uncommented main_test.go
* reintroduced main tests: `go mod tidy && go clean -testcache && TOLLGATE_TEST_CONFIG_DIR=/tmp/tmp.r6VVmTRFcp go fmt ./... && TOLLGATE_TEST_CONFIG_DIR=/tmp/tmp.EolGeeKwH3 go test ./...`
reintroduced main tests: ok github.com/OpenTollGate/tollgate-module-basic-go 0.161s
? github.com/OpenTollGate/tollgate-module-basic-go/tools [no test files]
* updated comments
* implementation plan
* network detection
* detection worksgit add . detecting tollgates on connect
* discovery improvements
* fix not detecting disconnect
* run initial detection on startup
* config from configmanager
* ignore more interfaces
* cleanup suggestions by code review
* Add logging framework, only used in new module to not touch too many files elsewhere
* move InitializeGlobalLogger to main file
* rename project, update release event with single letter tags for filtering on relay
* syntax fix + missing math import
* go mod tidy
* rename init.d
* fix gitignore ignoring init.d
---------
Co-authored-by: Your Name <you@example.com>
Co-authored-by: origami74@gmail.com <origami74@gmail.com>
* breaking change - migrate to three config setters and getters
* feat: Refactor configuration management and remove bragging module
This commit introduces a major refactoring of the application's configuration management and completely removes the deprecated 'bragging' module.
Key changes include:
- **Modular Configuration:**
- The monolithic `config.json` and `install.json` handling in `config_manager.go` has been split into three dedicated files:
- `config_manager_config.go`: Manages general application settings (`config.json`).
- `config_manager_install.go`: Handles installation-specific parameters (`install.json`).
- `config_manager_identities.go`: Introduces a new file for managing cryptographic keys and lightning addresses (`identities.json`).
- The main `ConfigManager` now orchestrates access to these modular configurations, providing `GetConfig()`, `GetInstallConfig()`, and `GetIdentities()` methods.
- `NewConfigManager` updated to handle paths for all three configuration types.
- **Bragging Module Removal:**
- The entire `src/bragging` directory and its contents have been deleted.
- All related imports and function calls (e.g., `announceSuccessfulPayment`) have been removed from `src/main.go`.
- Corresponding `require` and `replace` directives for the `bragging` module have been removed from `src/go.mod`.
- **Codebase Adaptations:**
- `src/main.go`:
- Global variables for `configManager`, `mainConfig`, and `installConfig` are now explicitly declared.
- References to `CurrentInstallationID` have been removed from `main.go` as it is no longer part of `InstallConfig`.
- `IPAddressRandomized` logging now correctly formats the boolean value using `%t`.
- `src/merchant/merchant.go`:
- Updated to use the new `ConfigManager` methods for accessing configuration data.
- Private key lookups for signing Nostr events (e.g., `CreateAdvertisement`, `createSessionEvent`, `extendSessionEvent`, `CreateNoticeEvent`) now correctly retrieve keys from the `identities.json` via `configManager.GetIdentities().GetOwnedIdentity("merchant").PrivateKey`.
- Payout logic in `processPayout` now dynamically retrieves `LightningAddress` using `identities.GetPublicIdentity`.
- `src/janitor/janitor.go`:
- Adapted to the new configuration access patterns.
- `TrustedMaintainers` check now correctly uses `identitiesConfig.GetPublicIdentity("trusted_maintainer_1")` for verification.
- `InstallConfig.Save()` method is now called directly on the `installConfig` object.
- `src/main_test.go`:
- Updated test setup to use temporary directories for `config.json`, `install.json`, and `identities.json` to ensure isolated and reliable testing of the `ConfigManager`.
- Removed `TollgatePrivateKey` from `config_manager.Config` struct literal in tests.
This refactoring significantly improves the modularity, maintainability, and clarity of the configuration management system, and removes an unused component from the codebase. No migration of old configuration files is required, allowing for a clean transition.
* fixed testcase path
* go mod tidy seems fine again, test with TOLLGATE_TEST_CONFIG_DIR=/tmp/tmp.r6VVmTRFcp go fmt . && TOLLGATE_TEST_CONFIG_DIR=/tmp/tmp.EolGeeKwH3 go test .
* fixed some syntax errors in tests
* commented everything out, but tests are still failing. Perhaps they are cached
* go fmt
* config_manager tests are passing again
* tests are passing in the parent directory too
* handlers_test.go seems to be passing
* added testing instructions
* Plan for config version backup
* feat(config_manager): Implement config resilience with backup and recreate
* added checkboxes
* fixed checkboxes
* gonuts wants the parent directory of wallet.db
* 21
* duplicate
* uncommented main_test.go
* reintroduced main tests: `go mod tidy && go clean -testcache && TOLLGATE_TEST_CONFIG_DIR=/tmp/tmp.r6VVmTRFcp go fmt ./... && TOLLGATE_TEST_CONFIG_DIR=/tmp/tmp.EolGeeKwH3 go test ./...`
reintroduced main tests: ok github.com/OpenTollGate/tollgate-module-basic-go 0.161s
? github.com/OpenTollGate/tollgate-module-basic-go/tools [no test files]
* updated comments
* implementation plan
* network detection
* detection worksgit add . detecting tollgates on connect
* discovery improvements
* fix not detecting disconnect
* run initial detection on startup
* config from configmanager
* ignore more interfaces
* cleanup suggestions by code review
* Add logging framework, only used in new module to not touch too many files elsewhere
* move InitializeGlobalLogger to main file
* chandler plan
* basic flow, wip
* initial purchase works
* ip recurring payments
* indefinite renewals working
* use actual allotment for next renewal timeout, still issue where (probably) upstream is not allotting correct amount
* wip
* Fix session extensions, made it MAC based
* Fix deadlock on renewal
* valve now uses logging framework
* better retry logic (OpenTollGate#49)
Co-authored-by: origami74@gmail.com <origami74@gmail.com>
---------
Co-authored-by: Your Name <you@example.com>
Co-authored-by: origami74@gmail.com <origami74@gmail.com>
* breaking change - migrate to three config setters and getters
* feat: Refactor configuration management and remove bragging module
This commit introduces a major refactoring of the application's configuration management and completely removes the deprecated 'bragging' module.
Key changes include:
- **Modular Configuration:**
- The monolithic `config.json` and `install.json` handling in `config_manager.go` has been split into three dedicated files:
- `config_manager_config.go`: Manages general application settings (`config.json`).
- `config_manager_install.go`: Handles installation-specific parameters (`install.json`).
- `config_manager_identities.go`: Introduces a new file for managing cryptographic keys and lightning addresses (`identities.json`).
- The main `ConfigManager` now orchestrates access to these modular configurations, providing `GetConfig()`, `GetInstallConfig()`, and `GetIdentities()` methods.
- `NewConfigManager` updated to handle paths for all three configuration types.
- **Bragging Module Removal:**
- The entire `src/bragging` directory and its contents have been deleted.
- All related imports and function calls (e.g., `announceSuccessfulPayment`) have been removed from `src/main.go`.
- Corresponding `require` and `replace` directives for the `bragging` module have been removed from `src/go.mod`.
- **Codebase Adaptations:**
- `src/main.go`:
- Global variables for `configManager`, `mainConfig`, and `installConfig` are now explicitly declared.
- References to `CurrentInstallationID` have been removed from `main.go` as it is no longer part of `InstallConfig`.
- `IPAddressRandomized` logging now correctly formats the boolean value using `%t`.
- `src/merchant/merchant.go`:
- Updated to use the new `ConfigManager` methods for accessing configuration data.
- Private key lookups for signing Nostr events (e.g., `CreateAdvertisement`, `createSessionEvent`, `extendSessionEvent`, `CreateNoticeEvent`) now correctly retrieve keys from the `identities.json` via `configManager.GetIdentities().GetOwnedIdentity("merchant").PrivateKey`.
- Payout logic in `processPayout` now dynamically retrieves `LightningAddress` using `identities.GetPublicIdentity`.
- `src/janitor/janitor.go`:
- Adapted to the new configuration access patterns.
- `TrustedMaintainers` check now correctly uses `identitiesConfig.GetPublicIdentity("trusted_maintainer_1")` for verification.
- `InstallConfig.Save()` method is now called directly on the `installConfig` object.
- `src/main_test.go`:
- Updated test setup to use temporary directories for `config.json`, `install.json`, and `identities.json` to ensure isolated and reliable testing of the `ConfigManager`.
- Removed `TollgatePrivateKey` from `config_manager.Config` struct literal in tests.
This refactoring significantly improves the modularity, maintainability, and clarity of the configuration management system, and removes an unused component from the codebase. No migration of old configuration files is required, allowing for a clean transition.
* fixed testcase path
* go mod tidy seems fine again, test with TOLLGATE_TEST_CONFIG_DIR=/tmp/tmp.r6VVmTRFcp go fmt . && TOLLGATE_TEST_CONFIG_DIR=/tmp/tmp.EolGeeKwH3 go test .
* fixed some syntax errors in tests
* commented everything out, but tests are still failing. Perhaps they are cached
* go fmt
* config_manager tests are passing again
* tests are passing in the parent directory too
* handlers_test.go seems to be passing
* added testing instructions
* Plan for config version backup
* feat(config_manager): Implement config resilience with backup and recreate
* added checkboxes
* fixed checkboxes
* gonuts wants the parent directory of wallet.db
* 21
* duplicate
* uncommented main_test.go
* reintroduced main tests: `go mod tidy && go clean -testcache && TOLLGATE_TEST_CONFIG_DIR=/tmp/tmp.r6VVmTRFcp go fmt ./... && TOLLGATE_TEST_CONFIG_DIR=/tmp/tmp.EolGeeKwH3 go test ./...`
reintroduced main tests: ok github.com/OpenTollGate/tollgate-module-basic-go 0.161s
? github.com/OpenTollGate/tollgate-module-basic-go/tools [no test files]
* updated comments
* implementation plan
* network detection
* detection worksgit add . detecting tollgates on connect
* discovery improvements
* fix not detecting disconnect
* run initial detection on startup
* config from configmanager
* ignore more interfaces
* cleanup suggestions by code review
* Add logging framework, only used in new module to not touch too many files elsewhere
* move InitializeGlobalLogger to main file
* chandler plan
* basic flow, wip
* initial purchase works
* ip recurring payments
* indefinite renewals working
* use actual allotment for next renewal timeout, still issue where (probably) upstream is not allotting correct amount
* wip
* Fix session extensions, made it MAC based
* Fix deadlock on renewal
* valve now uses logging framework
* added autodetect gateway
* added check connectivity
* deactivate gateway when can't ping
* remove crontabs
* 2GHz vs 5GHz
* add known networks
* activate/deactivate both 2.4GHz and 5GHz
* shutdown behavior
* Feature/hopcount (OpenTollGate#52)
* updated design docs
* tracking hop count
* fix(crows_nest): Ensure hop count is updated on every scan cycle
The previous implementation only updated the hop count after a successful
new connection. This meant that if the device was already connected to
a suitable gateway, the hop count would never be recalculated and the
local AP's SSID would not be updated to advertise it.
This change moves the hop count update logic to the beginning of the
scan cycle, ensuring it runs every time, regardless of connection
status.
Also corrects a minor bug in a log message where the gateway's
HopCount was being printed instead of its Score.
* fix(crows_nest): Stabilize hop count updates and network reloading
This commit addresses two critical issues causing network instability:
1. **Incorrect Hop Count Calculation**: The 'known_networks.json' file was using placeholder credentials, causing the system to misclassify the root network connection and assign an incorrect hop count. The file has been updated with the correct credentials.
2. **Disruptive Network Reload**: The 'UpdateLocalAPSSID' function was using 'network restart', which is too disruptive for a simple SSID change and was causing the upstream connection to flap. This has been replaced with the less disruptive 'wifi reload' command.
Together, these changes ensure the hop count is calculated correctly and that SSID updates do not cause a loss of connectivity.
* create interface if needed
* fix(crows_nest): Ensure consistent SSID naming in self-healing logic
This commit enhances the self-healing mechanism for AP interfaces.
The previous implementation would generate a new, random SSID suffix if
it had to recreate a missing AP interface, even if the other AP interface
(e.g., 5GHz) still existed. This led to inconsistent SSIDs being
broadcast for the 2.4GHz and 5GHz networks.
The logic is now updated to first check for any existing TollGate AP
interfaces. If one is found, its base name is extracted and reused for
the new interface. This ensures that both the 2.4GHz and 5GHz SSIDs
always share a consistent base name, improving user experience and
network coherence.
* fixed ssid
---------
Co-authored-by: Your Name <you@example.com>
* rename to wireless_gateway_manager
* extract types into types.go
* method renames to wireless
* use logrus + also in main.go
* add missing files
* add sta interface if needed
* connector order
* stricter on/off criteria
* hop count not specified by gateway
* max int hopcount when unknown
* disable --> safemode
* fix merge errors
---------
Co-authored-by: Your Name <you@example.com>
Co-authored-by: origami74@gmail.com <origami74@gmail.com>
Co-authored-by: Arjen <18398758+Origami74@users.noreply.github.com>
* breaking change - migrate to three config setters and getters
* feat: Refactor configuration management and remove bragging module
This commit introduces a major refactoring of the application's configuration management and completely removes the deprecated 'bragging' module.
Key changes include:
- **Modular Configuration:**
- The monolithic `config.json` and `install.json` handling in `config_manager.go` has been split into three dedicated files:
- `config_manager_config.go`: Manages general application settings (`config.json`).
- `config_manager_install.go`: Handles installation-specific parameters (`install.json`).
- `config_manager_identities.go`: Introduces a new file for managing cryptographic keys and lightning addresses (`identities.json`).
- The main `ConfigManager` now orchestrates access to these modular configurations, providing `GetConfig()`, `GetInstallConfig()`, and `GetIdentities()` methods.
- `NewConfigManager` updated to handle paths for all three configuration types.
- **Bragging Module Removal:**
- The entire `src/bragging` directory and its contents have been deleted.
- All related imports and function calls (e.g., `announceSuccessfulPayment`) have been removed from `src/main.go`.
- Corresponding `require` and `replace` directives for the `bragging` module have been removed from `src/go.mod`.
- **Codebase Adaptations:**
- `src/main.go`:
- Global variables for `configManager`, `mainConfig`, and `installConfig` are now explicitly declared.
- References to `CurrentInstallationID` have been removed from `main.go` as it is no longer part of `InstallConfig`.
- `IPAddressRandomized` logging now correctly formats the boolean value using `%t`.
- `src/merchant/merchant.go`:
- Updated to use the new `ConfigManager` methods for accessing configuration data.
- Private key lookups for signing Nostr events (e.g., `CreateAdvertisement`, `createSessionEvent`, `extendSessionEvent`, `CreateNoticeEvent`) now correctly retrieve keys from the `identities.json` via `configManager.GetIdentities().GetOwnedIdentity("merchant").PrivateKey`.
- Payout logic in `processPayout` now dynamically retrieves `LightningAddress` using `identities.GetPublicIdentity`.
- `src/janitor/janitor.go`:
- Adapted to the new configuration access patterns.
- `TrustedMaintainers` check now correctly uses `identitiesConfig.GetPublicIdentity("trusted_maintainer_1")` for verification.
- `InstallConfig.Save()` method is now called directly on the `installConfig` object.
- `src/main_test.go`:
- Updated test setup to use temporary directories for `config.json`, `install.json`, and `identities.json` to ensure isolated and reliable testing of the `ConfigManager`.
- Removed `TollgatePrivateKey` from `config_manager.Config` struct literal in tests.
This refactoring significantly improves the modularity, maintainability, and clarity of the configuration management system, and removes an unused component from the codebase. No migration of old configuration files is required, allowing for a clean transition.
* fixed testcase path
* go mod tidy seems fine again, test with TOLLGATE_TEST_CONFIG_DIR=/tmp/tmp.r6VVmTRFcp go fmt . && TOLLGATE_TEST_CONFIG_DIR=/tmp/tmp.EolGeeKwH3 go test .
* fixed some syntax errors in tests
* commented everything out, but tests are still failing. Perhaps they are cached
* go fmt
* config_manager tests are passing again
* tests are passing in the parent directory too
* handlers_test.go seems to be passing
* added testing instructions
* Plan for config version backup
* feat(config_manager): Implement config resilience with backup and recreate
* added checkboxes
* fixed checkboxes
* gonuts wants the parent directory of wallet.db
* 21
* duplicate
* uncommented main_test.go
* reintroduced main tests: `go mod tidy && go clean -testcache && TOLLGATE_TEST_CONFIG_DIR=/tmp/tmp.r6VVmTRFcp go fmt ./... && TOLLGATE_TEST_CONFIG_DIR=/tmp/tmp.EolGeeKwH3 go test ./...`
reintroduced main tests: ok github.com/OpenTollGate/tollgate-module-basic-go 0.161s
? github.com/OpenTollGate/tollgate-module-basic-go/tools [no test files]
* updated comments
* implementation plan
* network detection
* detection worksgit add . detecting tollgates on connect
* discovery improvements
* fix not detecting disconnect
* run initial detection on startup
* config from configmanager
* ignore more interfaces
* cleanup suggestions by code review
* Add logging framework, only used in new module to not touch too many files elsewhere
* move InitializeGlobalLogger to main file
* chandler plan
* basic flow, wip
* initial purchase works
* ip recurring payments
* indefinite renewals working
* use actual allotment for next renewal timeout, still issue where (probably) upstream is not allotting correct amount
* wip
* Fix session extensions, made it MAC based
* Fix deadlock on renewal
* valve now uses logging framework
* added autodetect gateway
* added check connectivity
* deactivate gateway when can't ping
* remove crontabs
* 2GHz vs 5GHz
* add known networks
* activate/deactivate both 2.4GHz and 5GHz
* shutdown behavior
* Feature/hopcount (OpenTollGate#52)
* updated design docs
* tracking hop count
* fix(crows_nest): Ensure hop count is updated on every scan cycle
The previous implementation only updated the hop count after a successful
new connection. This meant that if the device was already connected to
a suitable gateway, the hop count would never be recalculated and the
local AP's SSID would not be updated to advertise it.
This change moves the hop count update logic to the beginning of the
scan cycle, ensuring it runs every time, regardless of connection
status.
Also corrects a minor bug in a log message where the gateway's
HopCount was being printed instead of its Score.
* fix(crows_nest): Stabilize hop count updates and network reloading
This commit addresses two critical issues causing network instability:
1. **Incorrect Hop Count Calculation**: The 'known_networks.json' file was using placeholder credentials, causing the system to misclassify the root network connection and assign an incorrect hop count. The file has been updated with the correct credentials.
2. **Disruptive Network Reload**: The 'UpdateLocalAPSSID' function was using 'network restart', which is too disruptive for a simple SSID change and was causing the upstream connection to flap. This has been replaced with the less disruptive 'wifi reload' command.
Together, these changes ensure the hop count is calculated correctly and that SSID updates do not cause a loss of connectivity.
* create interface if needed
* fix(crows_nest): Ensure consistent SSID naming in self-healing logic
This commit enhances the self-healing mechanism for AP interfaces.
The previous implementation would generate a new, random SSID suffix if
it had to recreate a missing AP interface, even if the other AP interface
(e.g., 5GHz) still existed. This led to inconsistent SSIDs being
broadcast for the 2.4GHz and 5GHz networks.
The logic is now updated to first check for any existing TollGate AP
interfaces. If one is found, its base name is extracted and reused for
the new interface. This ensures that both the 2.4GHz and 5GHz SSIDs
always share a consistent base name, improving user experience and
network coherence.
* fixed ssid
---------
Co-authored-by: Your Name <you@example.com>
* rename to wireless_gateway_manager
* extract types into types.go
* method renames to wireless
* use logrus + also in main.go
* add missing files
* add sta interface if needed
* connector order
* stricter on/off criteria
* hop count not specified by gateway
* max int hopcount when unknown
* disable --> safemode
* basic cli
* compile-to-router improvement
* add fund cli option
---------
Co-authored-by: Your Name <you@example.com>
Co-authored-by: origami74@gmail.com <origami74@gmail.com>
Co-authored-by: c03rad0r <1100745+c03rad0r@users.noreply.github.com>
* design docs for smaller branches
* feat: Implement pricing-based gateway selection
* set price and step size based on config file
* set our price based on gateway
* update config file
* include price in score
* fix: Resolve compilation errors
* filter non candidates
* git commit -m "fix(wireless): Use dynamic STA interface for gateway connections
The previous implementation used a hardcoded STA interface name ('tollgate_sta') which caused connection failures when the actual interface names were different (e.g., 'wifinet2'). This resulted in "uci: Invalid argument" errors.
This commit refactors the connection logic to be more robust:
- The `Connect` function now dynamically finds an available (preferably disabled) STA interface instead of using a hardcoded name.
- The `ensureSTAInterfaceExists` function is restored to ensure that a default, disabled STA interface is created if none exist, allowing the device to perform network scans on boot.
- The selected STA interface is enabled (`disabled=0`) only when a connection is attempted.
This change resolves the UCI errors and makes the gateway connection logic more resilient to variations in the wireless configuration."
* disable old interfaces when switching from old interface to a new one
* fix(wifi): Prevent radio conflicts and fix STA interface selection
This commit resolves a critical bug where the device would enter a "Resource busy" state, preventing Wi-Fi scans and causing SafeMode.
The root cause was two-fold:
1. Multiple STA (station) interfaces were being enabled simultaneously on the same radio when switching networks, which is not supported.
2. The logic for finding an available STA interface was brittle, causing a "uci: Entry not found" error that would halt the connection process before the conflicting interfaces could be disabled.
This commit addresses both issues:
- Implements to ensure only one STA interface is active at a time, preventing radio resource conflicts.
- Refactors to parse output more robustly, avoiding direct calls and reliably selecting a usable interface.
* fix(wifi): Correctly apply local step size to AP pricing
Body:
When connected to an upstream gateway, the local Access Point's price is calculated by applying a margin to the upstream price.
Previously, the code was correctly calculating the new price-per-step but was still using the upstream gateway's step size when updating the local AP's SSID. This resulted in the local AP advertising an incorrect price structure.
This commit corrects the logic to ensure that our own configured step size is used when updating the AP's SSID, ensuring the advertised price accurately reflects the configured margin.
* fix(config): update config version to v0.0.6 and add omitempty to margin
* added logs
* set & exit safe mode
* added test ecash functionality
* test install
* update install test
* accept safemode too
* cable flasher
* deduplicate ssids and copy with cat
* connect to gateway, reboot and then reflash all routers
* Working as expected. Minor tweeks need to be made.
They are restarting correctly and connecting to the KYC gateway correctly. Then they change their SSID from "SafeMode-TollGate" to "TollGate-". Then two of them connect to one, which stays connected to the gateway. Then that one turns off its SSID, perhaps because the other two aren't paying.
TODO:
* Verify that a single TollGate works as expected
* Get them all to accept testnuts and pay them as soon as they come online
* Simplify: either manual gateway or reseller. Not both..
* Verify that the gateway is being turned off because the other TollGates are insolvent
* Introduced Reseller Mode Implementation Plan
Refactor the gateway selection logic to support two distinct operational modes: a "reseller mode" for automatically connecting to other `TollGate-` networks, and a "manual mode" for connecting to a single, user-defined upstream gateway. This will simplify the device's logic and make its behavior more predictable.
```mermaid
graph TD
A[Start Wireless Gateway Manager] --> B{Read config.json};
B --> C{Is reseller_mode: true?};
C -- Yes --> D[Scan for 'TollGate-*' SSIDs];
D --> E[Select best TollGate gateway];
E --> F[Connect using 'tollgate_sta_2g'/'tollgate_sta_5g'];
C -- No --> G[Do nothing - Await manual configuration];
F --> H[Operate as Reseller];
G --> H;
subgraph Manual Configuration [reseller_mode: false]
direction LR
M1[User runs CLI command] --> M2[CLI updates wireless config];
M2 --> M3[User-defined STA connects];
end
subgraph Automatic Configuration [reseller_mode: true]
direction LR
A1[Periodically scan for networks] --> A2[Filter for 'TollGate-*' SSIDs];
A2 --> A3[Score and select best gateway];
A3 --> A4[Connect to best gateway];
end
```
- [x] **Add `ResellerMode` to the `Config` struct in `src/config_manager/config_manager_config.go`:** This will allow the application to read the new `reseller_mode` flag from the `config.json` file.
- [x] **Set the default value of `ResellerMode` to `false` in the `NewDefaultConfig` function:** This ensures that by default, the device will be in manual mode, which is the safer option.
- [x] **Modify `ScanWirelessNetworks` in `src/wireless_gateway_manager/wireless_gateway_manager.go` to check for `ResellerMode`:** The function will now read the `ResellerMode` flag from the configuration at the beginning of each scan.
- [x] **If `ResellerMode` is `false`, the `ScanWirelessNetworks` function should log that it is in manual mode and take no further action:** This will prevent the device from automatically connecting to any networks when in manual mode.
- [x] **If `ResellerMode` is `true`, modify the logic to only consider networks with SSIDs starting with "TollGate-":** This will ensure that the device only connects to other TollGate devices when in reseller mode.
- [x] **Remove the logic that loads and checks against `/etc/tollgate/known_networks.json` from `src/wireless_gateway_manager/wireless_gateway_manager.go`:** This file is no longer needed, as the reseller mode will not use a list of known networks.
- [x] **In `src/wireless_gateway_manager/connector.go`, create new STA interfaces `tollgate_sta_2g` and `tollgate_sta_5g` if they don't exist:** This will ensure that the device has the necessary interfaces to connect to both 2.4GHz and 5GHz networks.
- [x] **Modify the `Connect` function in `src/wireless_gateway_manager/connector.go` to select the appropriate interface (`tollgate_sta_2g` or `tollgate_sta_5g`) based on the gateway's band:** This will allow the device to connect to the correct network based on the band of the gateway.
- [x] **Ensure that when connecting in `ResellerMode`, any other STA interfaces are disabled to prevent conflicts:** This will prevent the device from trying to connect to multiple networks at the same time.
- [x] **Remove the `loadKnownNetworks` function and any related code from `src/wireless_gateway_manager/wireless_gateway_manager.go`:** This will remove the now-unused code from the codebase.
- [x] **Create a new test file, `src/wireless_gateway_manager/reseller_mode_test.go`, to specifically test the new `ResellerMode` logic:** This will ensure that the new functionality is working as expected.
- [x] **Write unit tests to verify that the gateway selection logic correctly filters for `TollGate-` SSIDs when `ResellerMode` is on:** This will verify that the device is only connecting to other TollGate devices when in reseller mode.
- [x] **Write unit tests to verify that the gateway selection logic does nothing when `ResellerMode` is off:** This will verify that the device is not automatically connecting to any networks when in manual mode.
* Completed Plan to Refactor and Fix Unit Tests
The current unit tests for `reseller_mode_test.go` are failing because the `GatewayManager` is tightly coupled to concrete implementations of its dependencies (like `Connector`, `Scanner`, etc.). To fix this, we will use Dependency Injection by introducing interfaces.
We've also identified duplicate scanner logic in `scanner.go` and `wireless_scanner.go`. We will consolidate this logic as the first step.
Here is the step-by-step plan:
- [x] **1. Consolidate Scanner Logic:**
- Delete the redundant `src/wireless_gateway_manager/scanner.go`.
- Rename `src/wireless_gateway_manager/wireless_scanner.go` to `src/wireless_gateway_manager/scanner.go`.
- Add the static check `var _ ScannerInterface = (*Scanner)(nil)` to the new `scanner.go` to ensure it implements the `ScannerInterface`.
- [x] **2. Create `interfaces.go`:**
- Create a new file `src/wireless_gateway_manager/interfaces.go` to define interfaces for each of the `GatewayManager`'s dependencies.
- [x] **3. Update `types.go`:**
- Modify the `GatewayManager` struct in `src/wireless_gateway_manager/types.go` to use the new interface types instead of concrete struct pointers.
- [x] **4. Implement the Interfaces:**
- Update `connector.go`, `network_monitor.go`, `scanner.go`, and `vendor_element_manager.go` to ensure their structs implicitly implement the new interfaces. We will add a static check in each file to guarantee compile-time safety.
- [x] **5. Update `wireless_gateway_manager.go`:**
- Ensure the `Init` function correctly initializes the `GatewayManager` with the concrete types, which satisfy the new interfaces.
- [x] **6. Fix `reseller_mode_test.go`:**
- The test file should now compile correctly since the mock objects will satisfy the interfaces required by the `GatewayManager` struct.
- [ ] **7. Run Tests:**
- Execute the tests from within the `src/wireless_gateway_manager` directory to confirm that the refactoring is successful and all tests pass.
```mermaid
graph TD
subgraph Before Refactor
A[GatewayManager] --> B[Connector struct]
A --> C[Scanner struct]
A --> D[NetworkMonitor struct]
end
subgraph After Refactor
X[GatewayManager] --> Y[ConnectorInterface]
X --> Z[ScannerInterface]
X --> W[NetworkMonitorInterface]
B --> Y
C --> Z
D --> W
end
subgraph Testing
M[reseller_mode_test.go] --> GM[GatewayManager]
GM --> MC[MockConnector]
GM --> MS[MockScanner]
MC -.-> Y
MS -.-> Z
end
style B fill:#f9f,stroke:OpenTollGate#333,stroke-width:2px
style C fill:#f9f,stroke:OpenTollGate#333,stroke-width:2px
style D fill:#f9f,stroke:OpenTollGate#333,stroke-width:2px
style Y fill:#9cf,stroke:OpenTollGate#333,stroke-width:2px
style Z fill:#9cf,stroke:OpenTollGate#333,stroke-width:2px
style W fill:#9cf,stroke:OpenTollGate#333,stroke-width:2px
```
This plan will decouple our components, making the codebase healthier and allowing us to fix the immediate testing issue.
* All tests passing
c03rad0r@RomblonMimaropa:~/tollgate-module-basic-go/src$ go clean -testcache && TOLLGATE_TEST_CONFIG_DIR=/tmp/tmp.r6VVmTRFcp go fmt . && TOLLGATE_TEST_CONFIG_DIR=/tmp/tmp.EolGeeKwH3 go test .
ok github.com/OpenTollGate/tollgate-module-basic-go 0.233s
* flashing
* neater, but gateway connection no longer works
* sta0 --> wifinet0
* another occurance
* avoid hard coded gateways
* wireless config changes not persisting due to bash syntax issues
* including logic for WAN /etc/config/network
* configuring routers successfully
* configures the routers successfully
* restarting routers
* getting confused because routers come back in safe mode
* expect safemode or tollgate ssid
* routers rebooting now. Only reflash on teardown needs fixing
* reflash on teardown
* Timeout in network services
Looking at the `restart_network_services` function in `test_network_configuration.py` (lines 236-262), I can see the issue. The function is calling `subprocess.run()` with `capture_output=True` and `text=True`, but it's not setting a timeout. When the network services are restarted, the SSH connection is dropped, which causes the subprocess to hang indefinitely.
The solution is to add a timeout to the `subprocess.run()` call and handle the case where the command times out (which is expected when restarting network services). Let me modify the function to handle this:
Let me modify the `restart_network_services` function to handle the case where the SSH connection is dropped when restarting network services.
* removed SafeMode
* removed safemode and post test flashing
* increased min payout amount
* don't payout testnut
* fixed syntax
* new binary
* fixed nak handling
* added logging
* Mint not accepted for coinos as well as testnut
Terminal output:
```
Sat Sep 27 15:48:13 2025 daemon.err tollgate-wrt[2834]: INFO[2025-09-27T15:48:13Z] Reseller mode is disabled. Skipping automatic gateway selection. module=wireless_gateway_manager
Sat Sep 27 15:48:43 2025 daemon.err tollgate-wrt[2834]: INFO[2025-09-27T15:48:43Z] Reseller mode is disabled. Skipping automatic gateway selection. module=wireless_gateway_manager
Sat Sep 27 15:48:43 2025 daemon.err tollgate-wrt[2834]: 2025/09/27 15:48:43 Skipping payout https://mint.coinos.io/, Balance 0 does not meet threshold of 128
Sat Sep 27 15:48:43 2025 daemon.err tollgate-wrt[2834]: 2025/09/27 15:48:43 Skipping payout https://nofees.testnut.cashu.space, Balance 0 does not meet threshold of 9446744073709551615
Sat Sep 27 15:49:13 2025 daemon.err tollgate-wrt[2834]: INFO[2025-09-27T15:49:13Z] Reseller mode is disabled. Skipping automatic gateway selection. module=wireless_gateway_manager
Sat Sep 27 15:49:43 2025 daemon.err tollgate-wrt[2834]: INFO[2025-09-27T15:49:43Z] Reseller mode is disabled. Skipping automatic gateway selection. module=wireless_gateway_manager
Sat Sep 27 15:49:43 2025 daemon.err tollgate-wrt[2834]: 2025/09/27 15:49:43 Skipping payout https://mint.coinos.io/, Balance 0 does not meet threshold of 128
Sat Sep 27 15:49:43 2025 daemon.err tollgate-wrt[2834]: 2025/09/27 15:49:43 Skipping payout https://nofees.testnut.cashu.space, Balance 0 does not meet threshold of 9446744073709551615
Sat Sep 27 15:50:13 2025 daemon.err tollgate-wrt[2834]: INFO[2025-09-27T15:50:13Z] Reseller mode is disabled. Skipping automatic gateway selection. module=wireless_gateway_manager
Sat Sep 27 15:50:30 2025 daemon.err tollgate-wrt[2834]: INFO[2025-09-27T15:50:30Z] Received handleRootPost request method=POST module=main remote_addr="192.168.185.199:47692"
Sat Sep 27 15:50:30 2025 daemon.err tollgate-wrt[2834]: INFO[2025-09-27T15:50:30Z] Parsed nostr event created_at=1758988230 event_id=81e0e15b8054dd1aa769d901065cbcd16b13672ff0a5f247db6a49564381ea51 kind=21000 module=main pubkey=2e800d7fa7720cc6db71d7bc8795f29d7105be253d50520aa32256da99087c9c
Sat Sep 27 15:50:30 2025 daemon.err tollgate-wrt[2834]: 2025/09/27 15:50:30 TollWallet.Receive: Starting token reception
Sat Sep 27 15:50:30 2025 daemon.err tollgate-wrt[2834]: 2025/09/27 15:50:30 TollWallet.Receive: Token mint: https://nofees.testnut.cashu.space
Sat Sep 27 15:50:30 2025 daemon.err tollgate-wrt[2834]: 2025/09/27 15:50:30 TollWallet.Receive: Calling wallet.Receive
Sat Sep 27 15:50:31 2025 daemon.err tollgate-wrt[2834]: 2025/09/27 15:50:31 TollWallet.Receive: wallet.Receive failed: error saving keyset: database not open
Sat Sep 27 15:50:43 2025 daemon.err tollgate-wrt[2834]: INFO[2025-09-27T15:50:43Z] Reseller mode is disabled. Skipping automatic gateway selection. module=wireless_gateway_manager
Sat Sep 27 15:50:43 2025 daemon.err tollgate-wrt[2834]: 2025/09/27 15:50:43 Skipping payout https://nofees.testnut.cashu.space, Balance 0 does not meet threshold of 9446744073709551615
Sat Sep 27 15:50:43 2025 daemon.err tollgate-wrt[2834]: 2025/09/27 15:50:43 Skipping payout https://mint.coinos.io/, Balance 0 does not meet threshold of 128
Sat Sep 27 15:51:13 2025 daemon.err tollgate-wrt[2834]: INFO[2025-09-27T15:51:13Z] Reseller mode is disabled. Skipping automatic gateway selection. module=wireless_gateway_manager
Sat Sep 27 15:51:43 2025 daemon.err tollgate-wrt[2834]: INFO[2025-09-27T15:51:43Z] Reseller mode is disabled. Skipping automatic gateway selection. module=wireless_gateway_manager
Sat Sep 27 15:51:43 2025 daemon.err tollgate-wrt[2834]: 2025/09/27 15:51:43 Skipping payout https://mint.coinos.io/, Balance 0 does not meet threshold of 128
Sat Sep 27 15:51:43 2025 daemon.err tollgate-wrt[2834]: 2025/09/27 15:51:43 Skipping payout https://nofees.testnut.cashu.space, Balance 0 does not meet threshold of 9446744073709551615
Sat Sep 27 15:52:13 2025 daemon.err tollgate-wrt[2834]: INFO[2025-09-27T15:52:13Z] Reseller mode is disabled. Skipping automatic gateway selection. module=wireless_gateway_manager
Sat Sep 27 15:52:43 2025 daemon.err tollgate-wrt[2834]: INFO[2025-09-27T15:52:43Z] Reseller mode is disabled. Skipping automatic gateway selection. module=wireless_gateway_manager
Sat Sep 27 15:52:43 2025 daemon.err tollgate-wrt[2834]: 2025/09/27 15:52:43 Skipping payout https://mint.coinos.io/, Balance 0 does not meet threshold of 128
Sat Sep 27 15:52:43 2025 daemon.err tollgate-wrt[2834]: 2025/09/27 15:52:43 Skipping payout https://nofees.testnut.cashu.space, Balance 0 does not meet threshold of 9446744073709551615
Sat Sep 27 15:52:49 2025 daemon.info tollgate-wrt[2834]: mac 82:87:43:52:96:64
Sat Sep 27 15:52:55 2025 daemon.err tollgate-wrt[2834]: INFO[2025-09-27T15:52:55Z] Received handleRootPost request method=POST module=main remote_addr="192.168.185.124:47864"
Sat Sep 27 15:52:55 2025 daemon.err tollgate-wrt[2834]: INFO[2025-09-27T15:52:55Z] Parsed nostr event created_at=1758988377 event_id=23616d66c4dc0d2bc20b66a0ade113b70c62f19d2bfa125e1bbb597e4ff541e1 kind=21000 module=main pubkey=98c21d4862e4a34928f1a35d57b4265189b879d76321b6d0d9f55576c0d219cd
Sat Sep 27 15:52:55 2025 daemon.err tollgate-wrt[2834]: 2025/09/27 15:52:55 TollWallet.Receive: Starting token reception
Sat Sep 27 15:52:55 2025 daemon.err tollgate-wrt[2834]: 2025/09/27 15:52:55 TollWallet.Receive: Token mint: https://mint.coinos.io
Sat Sep 27 15:52:55 2025 daemon.err tollgate-wrt[2834]: 2025/09/27 15:52:55 TollWallet.Receive: Token rejected. Token for mint https://mint.coinos.io is not accepted and wallet does not allow swapping of untrusted mints.
Sat Sep 27 15:53:13 2025 daemon.err tollgate-wrt[2834]: INFO[2025-09-27T15:53:13Z] Reseller mode is disabled. Skipping automatic gateway selection. module=wireless_gateway_manager
root@OpenWrt:~#
```
* updated .gitignore
* loading the captive portal doesn't help
* load wallet on receive
* only re-initialize wallet if needed
* added logging about reload error
* switched gateway name
* test with a single mint
* cleanup tollwallet.go
* reboot automatically
* only reboot when needed
* fix with fail fast?
* cleaned up for merge
* cleanup gitignore
* try to catch the warning - might need to modify gonuts
* postpone loadwallet without error until .Receive is called
* change gm/cm to full var names
* force load wallet on receive
* Remove extra loadwallet, document issue. Will fix by extra restarts (temp fix)
* restart tollgate-wrt once
* added /etc/hotplug.d/iface/95-tollgate-restart to Makefile
* wwan hotplug
* update default mint config
---------
Co-authored-by: Your Name <you@example.com>
Co-authored-by: origami74@gmail.com <origami74@gmail.com>
* update captive portal * autoclose + 404 success page after close * move 404 to captive portal site --------- Co-authored-by: origami74@gmail.com <origami74@gmail.com>
… 16 mb devices) (OpenTollGate#63) * Add UPX compression for binaries with build optimizations * Build both UPX and non-UPX variants using matrix approach - Matrix now builds 10 packages (5 architectures × 2 compression variants) - UPX variants get -upx suffix in filename - Makefile conditionally compresses based on USE_UPX env var - Metadata includes compression tag for filtering - Simple, clean approach - easy to remove if we standardize later * Add UPX compression support for package builds - Add 5 new matrix job variants with UPX compression enabled - Add conditional UPX installation step (only for compressed builds) - Add compression suffix logic: compressed packages named with -upx-compressed - Pass USE_UPX env var to Makefile for conditional compression - Add UPX compression step in Makefile with --brute flag - Add build flags -trimpath and -ldflags="-s -w" to reduce binary size - Original jobs remain unchanged (no compression field) * updated architecture tag * still compressed * fix architecture tag * -compressed vs -upx-compressed * try ultra brute later. Not a priority now.. * make compression tag true or false * Add compression as separate tag in NIP-94 metadata - Add 'compression' tag separate from architecture name - Architecture tag now stays clean (no compression suffix in metadata) - Compression type passed as dedicated tag (e.g., 'upx', 'none') - Enables filtering/grouping packages by version+arch with different compressions - Future-ready for compression levels like 'upx-aggressive', 'gzip', etc. * Fix merge conflict in compression tag - Use COMPRESSION_TYPE env var instead of boolean expression - Provides string value ('upx' or 'none') instead of true/false - Enables better filtering and future compression type support * Include compression type in filename and use ultra-brute compression This commit implements a flexible compression system where the compression type is included directly in the package filename and metadata tags. CURRENT IMPLEMENTATION: - Builds 2 variants per architecture: uncompressed and upx-ultra-brute - Uncompressed: tollgate-wrt_v1.0.0_aarch64_cortex-a53.ipk - Compressed: tollgate-wrt_v1.0.0_aarch64_cortex-a53-upx-ultra-brute.ipk SUPPORTED UPX COMPRESSION TYPES (future expansion): The system supports any UPX compression level by setting matrix.compression: - upx-fast: Fast compression (--fast flag) Filename: tollgate-wrt_v1.0.0_arch-upx-fast.ipk - upx-best: Best compression (--best flag) Filename: tollgate-wrt_v1.0.0_arch-upx-best.ipk - upx-brute: Brute force compression (--brute flag) Filename: tollgate-wrt_v1.0.0_arch-upx-brute.ipk - upx-ultra-brute: Maximum compression (--ultra-brute flag) [CURRENT] Filename: tollgate-wrt_v1.0.0_arch-upx-ultra-brute.ipk - upx-lzma: LZMA compression (--lzma flag) Filename: tollgate-wrt_v1.0.0_arch-upx-lzma.ipk CHANGES: - Filename now includes actual compression type from matrix.compression - Changed from --brute to --ultra-brute for maximum compression - Updated Install UPX condition to use contains() for flexibility - Metadata tag 'compression' shows exact compression type - No suffix added when compression is not specified * Add file size logging, timing, and multiple UPX compression levels COMPRESSION LOGGING: - Time each binary compression operation - Log before and after sizes (human-readable and bytes) - Calculate and display percentage saved - Clear searchable format: "COMPRESSED filename in Xs from A to B saving Y% (Z bytes)" MULTIPLE COMPRESSION LEVELS FOR mips_24kc: - Added 4 compression variants for mips_24kc (ath79-generic): * upx-fast (--fast flag) * upx-best (--best flag) * upx-brute (--brute flag) * upx-ultra-brute (--ultra-brute flag) - Enables comparison of compression ratios and build times WORKFLOW IMPROVEMENTS: - Map compression type to appropriate UPX flags - Pass UPX_FLAGS to Makefile for flexible compression - Log final .ipk package size - Enhanced output formatting with separators and emojis This enables data-driven decisions on optimal compression settings by comparing size savings vs build time across different UPX levels. * Fix Makefile shell escaping for UPX compression logging - Replace $$() arithmetic expansion with expr command (POSIX compatible) - Replace $$() command substitution with backticks - Remove quotes from binary paths in for loop - Simplify variable names (START/END instead of START_TIME/END_TIME) - Remove emoji characters that were causing encoding issues This fixes the 'syntax error near unexpected token' bash error during build. * Add timeout to publish-metadata job to prevent premature cancellation The secp256k1 Python package takes time to build from source during the nostr action setup. Adding a 10 minute timeout prevents GitHub Actions from canceling the job prematurely. * Simplify Makefile UPX compression logging * Remove unrelated files from compress branch - Remove TESTING_GUIDE_TIP07.md (not related to compression feature) - Remove Makefile.backup (temporary backup file) * ci: add upx compression variants; simplify UPX flag handling and remove verbose logging * ci: fix shell bad-substitution; run compile step with bash and use COMP var for UPX flag extraction * fix: correct tab indentation in Makefile UPX section --------- Co-authored-by: amperstand <amperstrand@localhost> Co-authored-by: Your Name <you@example.com>
…e#66) Co-authored-by: origami74@gmail.com <origami74@gmail.com>
Co-authored-by: Your Name <you@example.com>
The timer-based scaffold could never land a kill inside the swap window (the local fakewallet mint settles in single-digit ms). This widens the window deterministically at the network layer instead: cdk-mintd speaks plain HTTP, so drop_swap_proxy.py delivers a /v1/swap to the mint and discards the 200 response (inputs really spent, outputs really issued) while the daemon is SIGKILLed. Result (raw/swap_proof_loss-cdk.txt): - proxy logs 'DROPPED 200 for POST /v1/swap (5635B)' -- the mint processed it; - the receive client gets 'unexpected end of file'; - NEGATIVE CONTROL: a fresh-seed wallet offered the same token fails with 'Token Already Spent' (balance 0) -- the fault is not vacuous; - the same-seed wallet restarts, recover_incomplete_sagas runs, balance reconciles to the FULL amount -- no proof loss. So CDK reproduces the gonuts fork's 7dc430b funds-safety property. NUT-11 (P2PK) signature enforcement is also done (host + harness); only the NUT-14 HTLC leg remains open.
The gonuts fork's 296c7bf fixed an HTLC signature-enforcement bypass: with pubkeys present but n_sigs OMITTED, an HTLC proof was spendable with the preimage alone. CDK's verifier encodes the same rule (crates/cashu/src/nuts/nut10/mod.rs: pubkeys.is_empty() ? 0 : num_sigs.unwrap_or(1)) and is additionally fail-closed on an explicit n_sigs=0. htlc-nsigs-parity/ is a standalone crate (path dep on the cashu crate under review) that drives Proof::verify_htlc over four cases: A pubkeys + n_sigs omitted, no signature -> Err(SignaturesNotProvided) (bypass closed) B same secret + valid signature -> Ok (satisfiable) C no pubkeys, preimage only -> Ok (legit path intact) D pubkeys + n_sigs=0 -> Err (fail-closed) VERDICT: PASS (raw/htlc-nsigs-parity-cdk.txt). T15 now has a passing assertion for all three cases.
… pass) Generalise run-cross-link.sh by ARCH (aarch64|mipsel); mipsel needs a clean mbedtls rebuild per arch (a stale cross-arch .a made make a no-op and ld 'skipping incompatible'). Full -static fails on this toolchain (_Unwind_Resume), so mipsel uses -static-libstdc++ with dynamic musl/libgcc_s, run under qemu-mipsel-static with a sysroot carrying ld-musl-mipsel-sf.so.1 + libgcc_s.so.1. Result (output-link-mipsel.txt): 1.87 MB MIPS32-rel2 harness, SELFTEST_RESULT suites=4 failures=0 -- crypto NUT-00/11/12/13 vectors, codec, wallet math and JSON-parse contracts all pass. Spike N is now run on both target arches (aarch64 physical MT6000; mipsel emulated).
- 04-reports/FINDINGS-2026-09-16.md: answers to the open questions (router mint reachability incl. the protoc-is-installable correction; gonuts vs CDK vs nucula state; PR mergeability given read-only upstream; host hygiene) + retrospective. - 04-reports/PR-STATUS.md: per-PR merge state and the PR-REVIEW.md self-review outcome (CHANGELOG gaps fixed; nested-module test caveat; socket-auth follow-up). - 04-reports/HOST-SETUP.md: qemu/mipsel emulation recipe + scratch-checkout hygiene. - patches/: git-format-patch bundles of OpenTollGate#395/OpenTollGate#396/OpenTollGate#116/OpenTollGate#117 so this branch alone reproduces every code artifact. - STATUS.md: links the above; #12 marked MERGED; remaining work restated.
Records the concrete deliverables, evidence and order for the close-out work so a fresh context can resume mid-flight. T5/T6/T2e move to IN PROGRESS.
…ding signer) NIP-23 (kind 30023) long-form summary of the programme and the gonuts/CDK/nucula tradeoffs. Source + envelope + publish command recorded; publication is pending the operator's NIP-46 signer responding (bunker relays reachable, no signature returned).
…puts Adds a gonuts-side WalletPort driver (gonutsinterop, mirroring cdkinterop) and a table runner that executes the same fixed sequence against the same local fakewallet mint for both backends, then has each receive the other's token. Result (raw/behavioural_parity-t2e.txt): minted/balances/decode identical (100/100/60/40), and V4 (cashuB) tokens interchange in both directions. Finding: melt-quote parity is not available through WalletPort -- gonuts' RequestMeltQuote is 'not yet wired; TollWallet uses MeltToLightning', and cdkinterop exposes no melt subcommand. Recorded, not asserted.
Measures the marginal flash cost of the CDK sidecar (6.02 MiB aarch64 / 7.51 MiB
mipsel; no separate artifact for in-process gonuts) and decides per target:
in-process gonuts on the small/16 MB mipsel tier, CDK sidecar on the large
aarch64 tier. Records supervision (procd respawn + socket perms/peer-creds),
the ALPHA pin policy, and failure modes. On-device df is the one open field measurement.
Artifacts: experiments/flash-budget/{measure.sh,README.md,output.txt,env.txt},
05-architecture/integration-decision.md, experiments/cdk-sidecar/init/cdk-walletd.init.
Adds 03-baseline/migration-path.md and experiments/migration/ (rehearsal runner + raw output). Mechanism: implementation-agnostic token transfer (gonuts send/drain -> CDK receive), with rollback as the reverse transfer -- no dependence on the two libraries sharing a NUT-13 derivation. Result (experiments/migration/output.txt): 100 -> migrate (gonuts 0, cdk 100) -> rollback (cdk 0, gonuts 100), no_value_lost true. Same-seed NUT-09 restore documented as the preferred alternative but not exercised: gonuts' bbolt wallet.db seed needs a dedicated export (locked while the service runs) and derivation compatibility is unverified.
STATUS/TASKS updated: behavioural parity, integration decision and the migration rehearsal are complete; the Nostr post source is committed and publication is blocked only on the operator's NIP-46 signer responding.
…re __pycache__ The seed command exposes gonuts' stored BIP-39 mnemonic via wallet.Mnemonic(), for the same-seed NUT-09 migration path (see 03-baseline/migration-path.md Mechanism B).
Phase 1: with an ephemeral identity (isolated HERMES_HOME), the one-shot 'nosigner sign' + 'nak' publish path WORKS end-to-end -- signed a kind-30023 test event, nak verify exit 0, published to four relays, fetched back (id ea0f1534...). Pin nostr-sdk==0.44.2 (0.45.x removed HandleNotification). The NIP-46 daemon path is documented but not recommended for nak yet: connect authorizes params[0] (the signer pubkey) instead of the event author (worked around by pre-authorizing the client), and nak as client ends with 'context canceled' despite the daemon signing+publishing the response. Adds 04-reports/nosigner-setup.md: prerequisites, importing the Amber key, the exact one-shot sign+publish recipe, the daemon path, security and troubleshooting.
… buys Records the T16 deliverable: the library-agnostic wallet conformance suite (src/tollwallet/conformance, 21 leaf cases over 7 contract groups, 196-package stdlib-only dependency graph, 0 gonuts), the dependency-free port package extraction that made it possible, and the file-by-file split list with the reason each library-specific test stays library-specific. Evidence: before/after test counts (default tags 17 pass/3 skip -> 29 pass/0 skip top-level; testenv 20/3 -> 32/0) from the base and tip commits, the two independent library-freedom proofs (go list -deps = 0; quoted-import grep = empty), the gonuts adapter passing the same suite unchanged (20 of 21 leaf cases, 1 documented melt skip), merchant build + 188s suite green, and the measured remaining blocker: -tags cdk_wallet still links 21 gonuts packages because tollwallet.go is untagged. Also records two harness findings: the fleet pre-push GATE 3 new-branch heuristic scans HEAD~50..HEAD (50 commits of pre-existing upstream history) and blocks on two pre-existing false positives, worked around without --no-verify by pre-creating the fork ref at the base sha; and that .secrets.baseline is path-keyed, so renaming a file holding known test vectors forces a baseline rewrite that the pre-push gitleaks run then flags.
…d the as-pushed verification The code branch tip was rewritten once (message-only: the leaf-case count in the glue commit was 20 of 21, not 25 of 26) and force-pushed with --force-with-lease; the tree is byte-identical (git diff --stat <old> <new> is empty). This also adds the fresh-worktree verification of the pushed ref: build, vet, both tag sets green, and go list -deps still reporting 0 gonuts packages for the conformance set.
Fills 03-baseline/gonuts.md with on-device numbers from a GL-MT6000 (OpenWrt 25.12.5, aarch64, tollgate-wrt d0cb92f / gonuts-tollgate v0.11.2), and commits the scripts + raw output that produced them under experiments/baseline-gonuts/. Measured, not estimated: - S2 flash writes per payment: 49,152-57,344 B (mean 53,862, 14-19 write ops) for a CREDITED receive, 28,672 B / 10 ops for a REJECTED one (n=20+2+13 credited, n=5+7 rejected). The two must never be averaged. - P3 latency: 35 credited receives, 638/738/857/1174 ms (min/p50/p95/max); rejected receives are not faster (~815 ms). - P4 CPU per receive: 60-101 ms, p50 70 ms, from utime+stime deltas with USER_HZ calibrated on-device (99, not an assumed 100). - INJ-1/2/3: all five mint-side faults fail safely (store sha256, balance and PID unchanged, typed error, service alive), reproduced in 3 sweeps. - Retry policy is a headline metric: 0 requests/0 s when the mint is unreachable at startup, 3 requests at 30.7/31.1 s apart when it hangs, 37 requests in 44 s against a 500, 4 requests in <10 ms for malformed or truncated bodies. - The trust list is "reachable-and-configured", not "configured": merchant.go builds it from GetReachableMintConfigs(), so a configured but unreachable mint is dropped at startup and its tokens are refused in 0 s with a message that says "not accepted". Harness corrections, all documented in the report and README: - the first faults sweep ran NOTHING (`timeout` cannot exec the rssh shell function) yet recorded five "store unchanged" rows: a green result from a test that never executed; - `set -e` + `[ test ] && x` / `VAR=$(timeout ...)` would have aborted the sweep at the first expected timeout; - balance compared as whole JSON (embeds a timestamp) always "changed"; - INJ-1a needed the dead port in accepted_mints to reach the dial at all; - a comma in a mid-row CSV field shifted every later column; - the 2026-09-18 amount column wrote "na" for 20 credited rows. New: phases/06-analyze.sh (`./run.sh analyze`) recomputes every quoted statistic from raw/, lib/hzprobe.sh calibrates USER_HZ, lib/selftest.sh checks the router helpers before a sweep. Artefacts produced by the faulty revisions are kept, prefixed superseded-, as evidence of what a "passing" measurement looks like when the instrumentation is wrong. .secrets.baseline: the raw log dumps make detect-secrets flag three PUBLIC values (the router's merchant pubkey and two kind:10021 advertisement event ids). They are audited false positives now, verified by lib/verify-baseline-hashes.sh, and the merge restores the entries for other files that a bare `detect-secrets scan <path>` had dropped from the working copy.
… analyze step A fresh ./run.sh analyze against the committed raw/ at 539fa8b reproduces raw/analysis-2026-09-19T00-39-12Z.txt line-for-line (only the run's own timestamp and output filename differ). States which half of the baseline is reproducible from the branch alone and which phases still need the device.
…arch64 builds with 2 patches, mipsel blocked by nostr-relay-pool Task t_7a133499. Re-runs the T5c cross-compile verdicts on the SDK release the repo actually pins (packaging/build-inputs.json: 25.12.0 tarballs; the 2026-09-14 record used v25.12.5 images), measures the DEPLOYMENT link rather than a library build, and corrects one claim that does not survive re-measurement. Corrections to the 2026-09-14 record: - "musl has no cdylib" is wrong. The `dropping unsupported crate type cdylib` warning is musl's crt-static DEFAULT. With -C target-feature=-crt-static the .so is produced on aarch64 AND (nightly -Z build-std) on mipsel. - The failure is now shown on the artifact that ships: src/main.go -> merchant -> tollwallet. aarch64: exit=1, 138 undefined @GLIBC_2.17..2.34. mipsle: exit=1, 691 undefined ffi_cdk_ffi_* (no link_linux_mipsle.go stanza exists, so no library is passed at all). Without the cdk_wallet tag both arches link clean (16,770,936 B / 18,073,276 B), which is what makes the failures attributable. New measurements: - cdk v0.17.3 (482e4df8) `cargo build -p cdk-ffi --release --target aarch64-unknown-linux-musl` with RUSTFLAGS=-C target-feature=-crt-static: SUCCESS in 23m51s; libcdk_ffi.so 35,021,264 B (26,452,880 B stripped -- within 0.2% of the shipped glibc linux_arm64 .so), .a 170,602,256 B. Std is inside it and cannot be excluded. - Patched link (musl .so in the binding's expected path + replace): exit=0, 18,033,248 B, NEEDED libcdk_ffi.so, RPATH into the build machine -> the packaging workstream is a real patch, not a footnote. - mipsel: rustup target add fails (tier 3); the real graph fails in nostr-relay-pool v0.44.1 (`no AtomicU64 in sync::atomic`, x3, EXIT=101), which is pulled in by CDK's default npubcash/nwc features -- so the in-process path inherits the blocker that was previously attributed to cdk-cli only. Verdicts: aarch64 = cross-compiles with 2 patches (+ packaging + a CGO_ENABLED=0 -> per-arch-cgo CI change). mips/mipsel and armv7 = not buildable. The sidecar recommendation is unchanged but now carries an honest price tag. Evidence: experiments/cdk-cross/FINDINGS-2026-09-19.md, env-2026-09-19.txt, raw-2026-09-19/ (unedited command output), five re-runnable scripts. Summary appended to 01-candidates/cdk.md and TASKS.md.
…tic whitespace edits in the raw logs verify-findings.sh re-derives every headline number in FINDINGS-2026-09-19.md from the committed raw logs (138 / 691 undefined symbols, the GLIBC version set, the 26,452,880 B stripped .so, the patched-link exit=0 and its RPATH, the nostr-relay-pool/AtomicU64 blocker, EXIT=101). Ran it: all match. The repo's pre-commit hooks (trailing-whitespace, end-of-file-fixer) rewrite staged files, so five committed logs differ from the live run output by trailing whitespace only, and the two .gz logs by one final blank line. Disclosed in raw-2026-09-19/README.md instead of being left as an unexplained byte diff.
…osed re-derivation, hashes re-checked, CI matrix count corrected Task t_7a133499, second run (the first exhausted its iteration budget right after the two commits below landed, so nothing in them had been re-checked). Three defects in the just-committed evidence, all fixed here: 1. verify-findings.sh WAS NOT RUNNABLE AS COMMITTED. It grepped bare filenames while sitting one directory above the logs (which live in raw-2026-09-19/), so every derivation printed EMPTY and the script still exited 0 -- its committed transcript claimed "all match" while reading a blank page. It now resolves the log dir relative to itself and FAILS CLOSED on any empty derivation. Re-run from the committed files only: raw-2026-09-19/23-verify-findings.txt -> "VERDICT: PASS" (138 / 691 undefined symbols, the six @glibc versions, 26,452,880 B stripped .so, patched link exit=0 + the build-machine RPATH, nostr-relay-pool AtomicU64 with EXIT=101, 254 crates in flight). 2. "mipsle is 7 of the 17 CI matrix rows" was a recollection, not a measurement. Counted from the workflow itself (count-ci-matrix.py -> raw-2026-09-19/24-ci-matrix-rows.txt, workflow sha256 bfde6870...): the matrix has 14 rows; mipsel_24kc = 2 and mips_24kc = 5, so 7 MIPS rows, and 9 of the 14 rows are on arches with no cdk-go artifact at all (mips + mipsel + arm_cortex-a7). Corrected in FINDINGS sec.7 and in 01-candidates/cdk.md sec. "mips/mipsel is a dead end". No verdict changes. 3. The binary sizes rest on artifacts that are not committed. Re-hashed them in the measurement dir: aarch64 baseline 16,770,936 B 27d5e8a0..., mipsel baseline 18,073,276 B 5534de44..., aarch64 cdk+patched 18,033,248 B 8d054359... -- all three identical to 21-produced-binary-hashes.txt -- and the musl libcdk_ffi.so 35,021,264 B 6b3eb88f... matches its committed digest. readelf -d on the patched binary reproduces NEEDED libcdk_ffi.so / libgcc_s.so.1 / libc.so, interpreter /lib/ld-musl-aarch64.so.1 and the RPATH into the build machine. This re-check is host-local and is labelled as such: the artifacts cannot be re-hashed from the branch alone. Also disclosed rather than papered over: the committed link logs are one line SHORTER than the line counts their own summary logs record (146 -> 145, 2078 -> 2077) because the repo's end-of-file-fixer strips the final blank line (no symbol count is affected); and 17-service-link-baseline-summary.txt carries a superseded first attempt at the aarch64 baseline (exit=126, 1 line) whose authoritative record is 17-service-link-aarch64-musl-baseline.txt (exit=0) plus the hash file. Findings appended to experiments/cdk-cross/FINDINGS-2026-09-19.md sec.10. Verdicts unchanged: aarch64 cross-compiles with 2 patches (plus the packaging and CGO_ENABLED=0 -> per-arch-cgo CI work); mips/mipsel/armv7 are not buildable as published; the sidecar remains the cheaper architecture.
… upstream
The flash-wear objection recorded in 01-candidates/nucula.md §3 (the whole proof
set re-serialised on every mutation) is now fixed on a fork branch and measured.
This commit carries our harness changes, the raw measurements and the upstream PR
draft -- no nucula source, no patch copy (the change is referenced by URL + SHA in
experiments/nucula-port/incremental/FORK-BRANCH.txt).
Fork branch under test:
felixfelix-bot/nucula feat/incremental-proof-store dbd1eb0e30d7b26713261b890d5c61c41a601d92
based on zeugmaster/nucula main 8ad0812; touches main/wallet_nvs.cpp and
main/wallet_internal.hpp only (the storage layer).
Harness (our code, experiments/nucula-port/):
- new modes in src/harness/nucula_core_harness.cpp:
spend real wallet path (Wallet::remove_proofs) on a 200-proof wallet;
compiles against both trees
pay one payment (3 inputs spent, 3 change outputs landed) through
the storage layer, round-trip verified after every payment
storetest round trips, "unchanged save writes nothing", slot-mark bound,
exhaustive interruption sweeps, legacy migration, recovery,
erase_nvs coverage
- src/shims/nvs.h + src/platform/nvs_file.cpp: NVS op counters (successful
writes, successful erases, attempts) and fault injection that fails every
mutating operation after the k-th, so a save can be cut off after every
operation without a power cut.
- CMakeLists.txt: NUCULA_HARNESS_STORE_TESTS option so the same harness still
builds against the pre-change tree.
- incremental/idf-before-after.sh: builds the ESP32-C3 firmware for BOTH
revisions in one run (same IDF project + build dir, only the storage layer
swapped) and records the sha256 of the files compiled plus each nucula.bin.
The binaries are not copied into this repository.
Two harness bugs found and fixed while finishing this (the tree under test did
not change):
- the steady-state write-cost check asserted three write ops against a store
with no free slots to reuse, where the high-water mark legitimately has to
be written to publish the appended outputs. It is now split into two checks
(payment into a full store: 711 B, 4 ops; steady-state payment: 708 B, 3 ops)
instead of relaxing the assertion.
- the storetest report line printed the failure count as checks_done; it now
prints real counts (checks_done=18 failures=0).
Measured (200-proof wallet, x86_64 native; before = upstream 8ad0812):
payment (spend 3, land 3): 47 202 B -> 708 B steady state (711 B when the
mark has to grow); 3 erases either way
same payment at 400 proofs: 94 402 B -> 708 B
spend with no change: 46 494 B -> 0 B written (3 erases)
re-save unchanged: 47 202 B -> 0 B, 0 operations
seed 200 proofs: 47 224 B -> 47 203 B
SELFTEST_RESULT suites=4 failures=0 before and after
STORETEST_RESULT checks_done=18 failures=0
ESP-IDF v5.4.1 esp32c3, both trees in one run, IDF_BUILD_EXIT=0 both times:
upstream 1 168 192 B (0x11d340) sha256 4f8f1ea5... [matches the port spike]
patched 1 171 824 B (0x11e170) sha256 b92af17d... (+3 632 B, +0.31%)
Not done here: no hardware run (no router or board touched); no upstream PR --
the operator sends it, because it interacts with the licence question
(nucula#7/#8). Deliberately not bundled, per the card: NUT-07/NUT-09 coverage
and the int64_t format audit; both are noted in the PR draft as observed.
…e pushed branch The measurements were taken from a local checkout of felixfelix-bot/nucula feat/incremental-proof-store. This records the check that the *pushed* branch is the same artifact: a fresh shallow clone has HEAD = the SHA in FORK-BRANCH.txt, its main/wallet_nvs.cpp hashes to the after-tree sha256 recorded in the measurement run, its diff against the parent is the storage layer only (2 files, +359/-42), and built against this directory's harness it gives SELFTEST_RESULT suites=4 failures=0, STORETEST_RESULT checks_done=18 failures=0, and the headline cost per payment (711 B first, 708 B steady state, 3 erases each) reproduces. No nucula source or patch copy is added to this repository.
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Reviewed head: 5ae015edb5 — merge base 089e876c (14 commits behind main 66c1f707); +30381/−2 across 287 files.
What this is. The wallet-migration research programme as a single archive: research/wallet-migration/** (design notes, measurements, experiment sources, raw evidence) plus a patches/ bundle of other PRs' diffs. Only two non-research files change: .gitignore (+__pycache__/, *.pyc) and .secrets.baseline (+145/−2).
Secret hygiene — one real leak, and one false alarm. I verified each of these myself rather than pattern-matching alone:
- REAL leaked seed — must be redacted.
research/wallet-migration/experiments/parity/raw/swap_proof_loss-cdk.txt:54, immediately after the log prefixcdk-walletd: generated mnemonic:. The phrase is 12 words, every word is in the BIP-39 English wordlist, and the checksum validates — and its 16 bytes of entropy are not the all-zero test vector, so it is a genuinely generated seed, not a sample. Nothing may quote it again; the line has to go, and if that wallet was ever funded (or its key ever signed an advertising event) treat the key as compromised and rotate rather than merely deleting the line. - Not a secret — do not rotate.
research/wallet-migration/experiments/local-mint/README.md:25(export CDK_MINTD_MNEMONIC="…") is the canonical all-zero BIP-39 test vector, i.e. the public "abandon abandon … about" example. It is checksum-valid, which is exactly why it reads like a second leak; it is not one. Worth a comment in the file saying so, so the next reviewer does not spend the afternoon on it. - Bearer tokens committed verbatim. The raw evidence corpus ships complete, unspent
cashuB…tokens (experiments/baseline-gonuts/raw/payments-2026-09-18T22-24-22Z.log:47,.../payments-2026-09-19T00-20-00Z.log:48,experiments/cdk-walletd/output.txt:111,127) whose mints aretestnut.cashu.spaceand the local mock mint — test value, so no funds at risk, butCONTRIBUTING.md:98-100is explicit that "logs can contain Cashu tokens, which are bearer instruments" and requires redaction before posting. The wholeraw/corpus was committed without that pass, so this is a pattern to fix, not a one-off. - Minor scrub material: the lab router's root password is prose in
STATUS.md:146-148and baked intoexperiments/baseline-gonuts/lib/common.sh:20(the documented lab default, and the address is already onmain— low, but it also documents that humans share a mutable root password across concurrent agent sessions); plus ~158 dropbearPassword auth succeeded … rootlines and/home/c03rad0rpaths in raw logs.
Process — AGENTS.md and CONTRIBUTING.md both say no. CONTRIBUTING.md:121-123 and AGENTS.md:33-36 forbid committing planning documents, TODO-*.md, scratch notes and agent working files; this PR adds STATUS.md (self-described as a resume checklist), TASKS.md, 04-reports/PR-STATUS.md, nostr-post.md, six experiments/*/output.txt, 13 .pid files and a 13-file patch archive of other repos' open PRs. CONTRIBUTING.md:110's one-logical-change rule is violated by construction. There is no CHANGELOG.md entry either.
The edited secret gate does not pass. Running the repo's configured hook over the four newly-baselined paths (patches/116-…, patches/117-…, patches/396-…, parity/htlc-nsigs-parity/src/main.rs) exits 1. Those hits are false positives, but a PR that touches .secrets.baseline (PR-REVIEW.md criterion 5) cannot ship a baseline that fails its own hook — and, more importantly, the configured detector structurally cannot see a seed phrase: it returns 0 findings for the file in finding 1 above.
The work itself is good. Sampling 10 prose docs: numbers carry a five-fact reproducibility contract (hardware, OS, build commands, candidate SHA, raw output), UNMEASURED is stated rather than guessed, and earlier wrong numbers are explicitly retracted (gonuts.md:18-28, FINDINGS-2026-09-19.md:11-19). Three documents are genuine production material and belong in docs/: 00-context/walletport-contract.md, 05-architecture/integration-decision.md, 02-method/measurement-protocol.md. Two findings are RC-relevant and ~40 lines to promote on their own: the seed-in-the-same-bbolt-file result (gonuts.md:276-281) and "the documented verify command is a false green" (cdk.md:174-176).
Duplication: patches/395-wallet-sidecar.patch is byte-identical to open #395 and patches/396-t16-decouple.patch is a stale snapshot (records 67adb09, live head 948ee6efad); two patches belong to a different repo entirely.
RC RECOMMENDATION: LAND AFTER THE ALPHA RC — and not in this form. It has no runtime effect, so the RC neither needs nor benefits from it; landing it now would put a failing secret baseline plus a leaked seed on the branch the RC is cut from. Park or close this PR, keep the fork tag as the archive of record, open a thin PR with the three promotable docs plus the CHANGELOG entry (and the ~40-line RC-relevant pair if you want them in front of testers), and revisit in-tree archiving as a deliberate, documented exception after the RC tag exists. Recommended disposition for this PR: HOLD / close-and-narrow, with the seed line redacted and, if that wallet ever held value, rotated first.
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Branch rewritten — leaked key material and bearer tokens removed from history. Heads-up for anyone who fetched this branch earlier: its history was rewritten and force-pushed, so local copies should be re-fetched ( What was removed, and why: this branch was committed from raw lab logs without a redaction pass, and it contained:
For the record, because it looks alarming and is not a finding: Detector gap this exposed: the repo's configured Process unchanged: the review verdict stands — this PR is not for merging as-is. Its value is the evidence, and the plan is a thin |
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Disposition: the value has been promoted, the rest is archived out of tree — closingThis PR is being closed, not merged. It stays closed: 287 files / +30k lines 1. Promoted to
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| Research path (this branch) | New path on main (via #431) |
|---|---|
research/wallet-migration/00-context/walletport-contract.md |
docs/architecture/walletport-contract.md |
research/wallet-migration/05-architecture/integration-decision.md |
docs/architecture/wallet-integration-decision.md |
research/wallet-migration/02-method/measurement-protocol.md |
docs/architecture/wallet-measurement-protocol.md |
PR: #431 —
four files, +801/−0: the three documents plus a single CHANGELOG.md entry under
[Unreleased] → Changed / Internal. No experiment sources, no raw logs, no
patches/ bundle, no .secrets.baseline change, and the patches/ duplicates
of #395/#396 are not carried across in any form. The relative-link bug
(../src/… from under docs/architecture/) was caught and fixed before the PR
was opened.
The two RC-relevant findings from the audit are preserved as Annex A of the
measurement-protocol document, because both change what a replacement backend
has to preserve:
- A1 — the seed and the proofs share one database file. The mnemonic lives in
aseedbucket insidewallet.db(the same file as the proofs, ≈141 B), so a
read of the proof store is a read of the seed, and store corruption is seed
corruption; a config wipe is silent loss of funds unless the seed was written
down. (Source:gonuts.md:276-281.) - A2 — the documented CDK verify command is a false green.
cd src && GOFLAGS=-buildvcs=false go build -tags cdk_wallet ./...exits 0 without
compiling anything, becausesrc/tollwallet/is a nested module excluded
fromsrc's./...; the real invocation runs insidesrc/tollwallet. (Source:
cdk.md:174-176.) I checkedmain: the bad one-liner appears nowhere in the
module's own docs, so nothing onmainteaches the false green.
2. Archived out of tree
The complete research tree now lives in a dedicated repository:
https://github.com/felixfelix-bot/tollgate-wallet-migration-research
(head cea0fbd232503109bc8e1e9e264091704d246a29, 62 commits, 288 files)
- It is the tree of
research/wallet-migration/with the history rewritten so
the research directory is the repository root; the 60 commits that touched
these paths are preserved, andTASKS.md/STATUS.mdare kept for provenance. ARCHIVE.mdstates plainly that this is an archive: not production code, not
built, not shipped, no PRs against it, and names the module PR (docs(wallet): wallet-backend contract, integration decision and measurement protocol #431) and
points back at this PR's redacted head.- It is not the module repository and not a branch of it, so nothing here can
be merged intomainby accident.
Secret-detector result over the archive, before its first push — full report
committed at report/SCAN-REPORT.md and report/archive-verify.json in that
repository:
| Check | Scope | Result |
|---|---|---|
| fleet wallet-material detector (BIP-39 checksum-validated mnemonics + Cashu bearer tokens) | working tree, 284 files | clean — 0 findings; 1 advisory (the canonical all-zero BIP-39 test vector in a local-mint README, public example data) |
| same detector | every blob in the object store (so an added-then-removed blob cannot hide) | clean — 0 findings over 357 blobs |
conservative needles (cashu[AB]… ≥40 chars, nsec1…, -----BEGIN … PRIVATE KEY, ≥12-word run after generated mnemonic:) |
tree + all blobs | 0 hits, with both positive controls firing — i.e. the scan demonstrably read the regions the rewrite touched |
| gitleaks 8.21.2 | tree and full history | 18 findings, each read back out of its file and classified individually: the wallet's own advertised pubkey, public keyset IDs, an 8-char truncated cashuB… prefix in the fault logs, and the secp256k1 generator point G used deliberately in a P2PK test. None is a secret |
| pre-rewrite tip reachability | object store | 5ae015edb5 is not present in the archive |
Verdict on the record: CLEAN (report/archive-verify.json, fail-closed
harness). One correction is disclosed in the report: the first version of §2
described the gitleaks hits as matches on the redaction placeholders — wrong
reasoning (gitleaks had been run with --redact, which rewrites the match in
gitleaks' own output), right conclusion. Each finding was re-read from its file,
the section was corrected, and a second independent pass re-scanned all objects
with the same result.
3. Final state
- docs(wallet): wallet-backend contract, integration decision and measurement protocol #431 carries the promotion and is open for review.
- This PR (research: wallet-migration programme (docs + evidence + code-PR archive) #397) is closed unmerged. Its branch,
research/wallet-migration
@855355c130004cbc91682f5f77354e059aaf3faf(the redacted, force-pushed head),
is left in place on the fork for provenance; the archive is the durable home.
Its merge state is alreadyDIRTYagainst amainthat has moved on, which is
a fair summary of why this shape does not belong in the module. - The two follow-up code changes this programme proposed are unaffected by this
close: they belong to feat(tollwallet): sidecar wallet backend + capability manifests #395/test(merchant): centralize Cashu token fixtures - de-couple tests from the wallet (T16) #396, and thepatches/copies of them are not
needed.
Any key or token that ever appeared in this material is burned. Rotate it; do
not reuse it. The literals were removed from the history and the scans above
confirm that, but a secret that reached a public branch is a secret no longer.
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What this is
The consolidated record of the wallet-migration research programme and the
FreedomTechFeed RC work: design notes, measurements, experiment sources, raw
evidence, and a
patches/bundle of every related code PR.It is intended as a reference / archive branch so the work is not lost and can
be read in one place. Heads-up: this repo's
CONTRIBUTING.mdasks that planningdocuments not be committed — this branch necessarily contains them. If that is
unwelcome here, closing this PR is fine; the branch (and the fork tag
wallet-migration-2026-09-16) is the durable artifact.Contents
STATUS.md— resume checklist for the whole programme.04-reports/—RECOMMENDATION.md(scorecard + decision),PHASE1-feasibility.md,FINDINGS-2026-09-16.md(open questions answered + retrospective),PR-STATUS.md(merge state + self-review),HOST-SETUP.md(qemu/mipsel recipe).00-context/…05-architecture/—WalletPortcontract, candidate deep-dives,method, baseline, architecture.
experiments/— reproducible spikes: CDK footprint/sidecar, thecdk-walletddaemon (source + client), local fakewallet mint, the nucula port (incl. the
mipsel run under qemu), and the T15 parity harness.
patches/—git format-patchbundles of feat(tollwallet): sidecar wallet backend + capability manifests #395, test(merchant): centralize Cashu token fixtures - de-couple tests from the wallet (T16) #396, Security: Hide sensitive values (private key, WiFi password) behind reveal toggle in LuCI admin UI #116, feat(setup): set hostname to TollGate and configure captive portal domain #117.Related PRs
tollwalletsidecar backend + capability manifests (module)verify-feed-rc(physical-router-test-automation)Headline results
value flow, and all T15 security/funds parity cases pass against it:
cross-mint rejection, double-spend rejection, NUT-11 (P2PK) signature
enforcement, NUT-14 (HTLC
n_sigs-omission) enforcement, and a conclusiveswap-proof-loss result (no value lost across a crashed swap).
(on-device) and mipsel (under qemu-user), all self-tests passing.
(
.ipkon 24.10,.apkon 25.12).Nothing here changes production behaviour; the wallet backend remains the
in-process default, and every code change is in its own PR above.