Rix is the unified userland library layer for Vix.cpp.
It gives Vix C++ projects a set of optional userland packages and a single clean facade object:
#include <rix.hpp> int main() { rix.debug.print("Hello", "Rix"); auto table = rix.csv.parse("name,language\nAda,C++\n"); rix.debug.log("loaded {} rows", table.size()); return 0; }
Rix does not replace Vix.
Vix provides the runtime, CLI, build workflow, registry integration, and core foundations.
Rix provides optional userland packages and a unified facade over them.
- Website: https://vixcpp.com
- Rix Docs: https://rix.vixcpp.com
- Registry: https://registry.vixcpp.com
- Vix Docs: https://docs.vixcpp.com
Rix is built around two levels.
@rix/csv @rix/debug @rix/auth @rix/pdf @rix/config @rix/table
These packages are independent.
They can be installed and used directly when an application only needs one package.
@rix/rix
This package provides the optional unified facade:
rix.csv.parse(...) rix.debug.print(...) rix.auth.memory(...) rix.pdf.document()
The facade is for applications that want one clean object-style API.
Public examples should prefer the unified rix facade.
The lower-level rixlib namespace is reserved for package implementation details, independent package usage, and advanced integration code.
Vix -> runtime, CLI, build workflow, registry client, core modules Rix -> userland libraries and optional unified facade Registry -> package metadata and version resolution
Rix keeps packages modular while still offering one clean entry point for users who want the full userland layer.
Install the unified facade:
vix add @rix/rix vix install
Or install an independent package:
vix add @rix/csv vix install
vix add @rix/debug vix install
vix add @rix/auth vix install
vix add @rix/pdf vix install
#include <rix.hpp> int main() { rix.debug.print("Hello", "Rix"); const auto message = rix.debug.format("Package: {}", "rix/rix"); rix.debug.log("message: {}", message); return 0; }
By default, #include <rix.hpp> enables all current mounted facade modules for backward compatibility.
#include <rix.hpp> int main() { rix.csv.parse("name,language\nAda,C++\n"); rix.debug.print("Hello", "Rix"); auto auth = rix.auth.memory(); auto doc = rix.pdf.document(); return 0; }
For lighter usage, define only the modules you want before including rix.hpp.
#define RIX_ENABLE_CSV #include <rix.hpp> int main() { auto table = rix.csv.parse("name,language\nAda,C++\n"); return table.empty() ? 1 : 0; }
Multiple modules can be enabled together:
#define RIX_ENABLE_CSV #define RIX_ENABLE_DEBUG #include <rix.hpp> int main() { auto table = rix.csv.parse("name,language\nAda,C++\n"); rix.debug.log("loaded {} rows", table.size()); return 0; }
Available facade macros:
RIX_ENABLE_CSV RIX_ENABLE_DEBUG RIX_ENABLE_AUTH RIX_ENABLE_PDF
If no RIX_ENABLE_* macro is defined, all current facade modules are enabled.
This keeps existing code working:
#include <rix.hpp>
This enables only CSV:
#define RIX_ENABLE_CSV #include <rix.hpp>
This enables CSV and Debug:
#define RIX_ENABLE_CSV #define RIX_ENABLE_DEBUG #include <rix.hpp>
Do not define facade macros after including rix.hpp.
Wrong:
#include <rix.hpp> #define RIX_ENABLE_CSV #include <rix.hpp>
Correct:
#define RIX_ENABLE_CSV #include <rix.hpp>
| Package | Facade API | Description |
|---|---|---|
@rix/csv |
rix.csv |
Small CSV reader and writer for Vix C++ projects. |
@rix/debug |
rix.debug |
Debug printing, formatting, logging, and inspection utilities. |
@rix/auth |
rix.auth |
Production-oriented authentication for Vix C++ applications. |
@rix/pdf |
rix.pdf |
PDF generation and document utilities for Vix C++ apps. |
#include <rix.hpp> int main() { rix.debug.print("Hello", "Rix"); auto table = rix.csv.parse("name,language\nAda,C++\n"); rix.debug.log("loaded {} rows", table.size()); auto auth = rix.auth.memory(); auto registered = auth.register_user({ "[email protected]", "correct-password"}); if (registered.ok()) { rix.debug.print("registered:", registered.value().email()); } auto doc = rix.pdf.document(); auto &page = doc.add_page(); page.text( page.x_left(), page.y_top(), "Hello from rix.pdf"); auto saved = rix.pdf.save(doc, "hello.pdf"); if (saved.ok()) { rix.debug.print("created:", "hello.pdf"); } return 0; }
#include <rix.hpp> #include <string> int main() { const std::string input = "name,language\n" "Ada,C++\n" "Gaspard,Vix\n"; const auto table = rix.csv.parse(input); rix.debug.log("loaded {} rows", table.size()); for (const auto &row : table) { for (const auto &field : row) { rix.debug.print(field); } } return 0; }
#include <rix.hpp> int main() { rix.debug.print("Hello", "Rix"); auto text = rix.debug.format("Package: {}", "rix/rix"); rix.debug.log("loaded {} APIs", 4); rix.debug.log.warn("slow path: {}ms", 120); rix.debug.inspect(text); return 0; }
#include <rix.hpp> int main() { auto auth = rix.auth.memory(); auto registered = auth.register_user({ "[email protected]", "correct-password"}); if (registered.failed()) { const auto &error = registered.error(); rix.debug.eprint( "auth error:", rix.auth.error.to_string(error), error.message()); return 1; } rix.debug.print("registered user:", registered.value().email()); auto login = auth.login({ "[email protected]", "correct-password"}); if (login.failed()) { const auto &error = login.error(); rix.debug.eprint( "auth error:", rix.auth.error.to_string(error), error.message()); return 1; } rix.debug.print("login successful"); rix.debug.print("session:", login.value().session.id()); rix.debug.print("token issuer:", login.value().token.issuer()); return 0; }
#include <rix.hpp> int main() { auto hashed = rix.auth.password.hash("correct-password"); if (hashed.failed()) { const auto &error = hashed.error(); rix.debug.eprint( "auth error:", rix.auth.error.to_string(error), error.message()); return 1; } const bool valid = rix.auth.password.verify( "correct-password", hashed.value()); const bool invalid = rix.auth.password.verify( "wrong-password", hashed.value()); rix.debug.print("valid password:", valid ? "yes" : "no"); rix.debug.print("wrong password:", invalid ? "yes" : "no"); return valid && !invalid ? 0 : 1; }
#include <rix.hpp> int main() { auto doc = rix.pdf.document(); auto &page = doc.add_page(); page.text( page.x_left(), page.y_top(), "Hello from rix.pdf"); page.text( page.x_left(), page.y_top() - 30.0F, "This PDF was generated through the unified Rix facade."); auto saved = rix.pdf.save(doc, "rix_pdf_basic.pdf"); if (saved.failed()) { const auto &error = saved.error(); rix.debug.eprint( "pdf error:", rix.pdf.error.to_string(error), error.message()); return 1; } rix.debug.print("created:", "rix_pdf_basic.pdf"); return 0; }
#include <rix.hpp> int main() { auto doc = rix.pdf.document(); doc.set_title("Rix PDF Text Example"); doc.set_author("Rix"); auto &page = doc.add_page(); auto y = page.heading( page.x_left(), page.y_top(), "Rix PDF", 1); y -= 10.0F; page.paragraph( page.x_left(), y, page.content_width(), "Rix gives Vix C++ projects a unified userland facade. " "The PDF module keeps the public API simple while the writer internals stay hidden."); auto saved = rix.pdf.save(doc, "rix_pdf_text.pdf"); if (saved.failed()) { const auto &error = saved.error(); rix.debug.eprint( "pdf error:", rix.pdf.error.to_string(error), error.message()); return 1; } return 0; }
#include <rix.hpp> int main() { auto doc = rix.pdf.document(); auto &page = doc.add_page(); auto y = page.heading( page.x_left(), page.y_top(), "Project table", 1); y -= 20.0F; rixlib::pdf::Table table; table.set_column_widths({ 160.0F, 160.0F, 160.0F}); table.add_header({ "Name", "Language", "Project"}); table.add_row({ "Ada", "C++", "Rix"}); table.add_row({ "Gaspard", "C++", "Vix.cpp"}); page.table( page.x_left(), y, table); auto saved = rix.pdf.save(doc, "rix_pdf_table.pdf"); return saved.ok() ? 0 : 1; }
rix.auth.memory() rix.auth.memory(config) rix.auth.database(db) rix.auth.database(db, config) rix.auth.managed(users, sessions) rix.auth.managed(users, sessions, config) rix.auth.create(users, sessions) rix.auth.create(users, sessions, config) rix.auth.password.hash(...) rix.auth.password.verify(...) rix.auth.password.accepts(...) rix.auth.password.hasher() rix.auth.config.development() rix.auth.config.production() rix.auth.config.validate(...) rix.auth.config.valid(...) rix.auth.error.to_string(...) rix.auth.error.make(...) rix.auth.error.none(...) rix.auth.stores.memory_users() rix.auth.stores.memory_sessions() rix.auth.stores.database_users(db) rix.auth.stores.database_sessions(db) rix.auth.version()
Most applications should use the safe managed APIs.
For local examples, tests, and small applications:
auto auth = rix.auth.memory();For durable applications backed by a Vix database:
auto auth = rix.auth.database(db);For custom stores where Rix should own the store lifetime:
auto users = rix.auth.stores.memory_users(); auto sessions = rix.auth.stores.memory_sessions(); auto auth = rix.auth.managed( std::move(users), std::move(sessions)); if (auth.failed()) { const auto &error = auth.error(); rix.debug.eprint( "auth error:", rix.auth.error.to_string(error), error.message()); return 1; }
rix.auth.managed(...) is the preferred custom-store API because it owns the stores inside the returned auth service.
rix.auth.create(...) is an advanced API for caller-owned stores.
It does not own the user store or session store. The caller must ensure both stores live longer than the returned auth service.
Correct usage:
auto users = rix.auth.stores.memory_users(); auto sessions = rix.auth.stores.memory_sessions(); auto auth = rix.auth.create( *users, *sessions);
In this example, users and sessions must remain alive while auth is used.
For public application code, prefer:
auto auth = rix.auth.memory();or:
auto auth = rix.auth.database(db);or:
auto auth = rix.auth.managed(
rix.auth.stores.memory_users(),
rix.auth.stores.memory_sessions());Use create(...) only when you intentionally want to manage store lifetime yourself.
rix.pdf.document() rix.pdf.document(page_size, margins) rix.pdf.write(document) rix.pdf.save(document, "output.pdf") rix.pdf.make_text("output.pdf", "content", "title") rix.pdf.error.to_string(error) rix.pdf.error.make(code, message) rix.pdf.error.none() rix.pdf.image.load_jpeg("image.jpg") rix.pdf.image.from_jpeg_bytes(bytes) rix.pdf.writer.write(document) rix.pdf.writer.save(document, "output.pdf") rix.pdf.writer.create() rix.pdf.version()
rix.pdf uses explicit result values for normal failures.
auto saved = rix.pdf.save(doc, "output.pdf"); if (saved.failed()) { const auto &error = saved.error(); rix.debug.eprint( "pdf error:", rix.pdf.error.to_string(error), error.message()); return 1; }
For operations that return data:
auto bytes = rix.pdf.write(doc); if (bytes.ok()) { rix.debug.print("pdf bytes:", bytes.value().size()); }
rix.debug.print does not replace {} placeholders.
It prints values separated by spaces:
rix.debug.print("Hello", "Rix"); rix.debug.print(1, 2, 3);
Output:
Hello Rix 1 2 3
For placeholder formatting, use rix.debug.format:
auto text = rix.debug.format("Hello {}", "Rix"); rix.debug.print(text);
Or use rix.debug.log directly:
rix.debug.log("Hello {}", "Rix");
Each Rix package can also be used independently.
vix add @rix/csv vix install
#include <rix/csv.hpp> int main() { rixlib::csv::Csv csv; auto table = csv.parse("name,language\nAda,C++\n"); return table.empty() ? 1 : 0; }
vix add @rix/debug vix install
#include <rix/debug.hpp> int main() { rixlib::debug::Debug debug; debug.print("Hello", "Rix"); debug.log("loaded {} rows", 3); return 0; }
vix add @rix/auth vix install
#include <rix/auth.hpp> int main() { rixlib::auth::MemoryUserStore users; rixlib::auth::MemorySessionStore sessions; rixlib::auth::Auth auth{ users, sessions, rixlib::auth::AuthConfig::development()}; auto registered = auth.register_user({ "[email protected]", "correct-password"}); return registered.ok() ? 0 : 1; }
vix add @rix/pdf vix install
#include <rix/pdf.hpp> int main() { auto pdf = rixlib::pdf::module(); auto doc = pdf.document(); auto &page = doc.add_page(); page.text( page.x_left(), page.y_top(), "Hello from rix/pdf"); auto saved = pdf.save(doc, "hello.pdf"); return saved.ok() ? 0 : 1; }
Independent packages expose their own lower-level APIs.
For the unified public facade, prefer @rix/rix and #include <rix.hpp>.
rix/ ├── include/ │ └── rix.hpp ├── examples/ │ ├── basic.cpp │ ├── csv.cpp │ ├── debug.cpp │ ├── auth/ │ │ ├── 01_memory_register_login.cpp │ │ ├── 02_password_hash.cpp │ │ ├── 03_session_refresh_logout.cpp │ │ └── 04_token_issue.cpp │ └── pdf/ │ ├── 01_basic.cpp │ ├── 02_text.cpp │ ├── 03_table.cpp │ ├── 04_drawing.cpp │ ├── 05_metadata.cpp │ ├── 06_make_text.cpp │ └── 07_error_handling.cpp ├── tests/ │ └── rix_tests.cpp ├── packages/ │ ├── csv/ │ │ ├── README.md │ │ └── vix.json │ ├── debug/ │ │ ├── README.md │ │ └── vix.json │ ├── auth/ │ │ ├── README.md │ │ └── vix.json │ └── pdf/ │ ├── README.md │ └── vix.json ├── CMakeLists.txt ├── vix.json ├── vix.lock └── README.md
This repository has two roles.
First, it is the source package for the unified facade:
@rix/rix
Second, it is the official human-readable index of Rix packages:
packages/csv packages/debug packages/auth packages/pdf
The real source code of each independent package lives in its own repository:
https://github.com/rixcpp/csv https://github.com/rixcpp/debug https://github.com/rixcpp/auth https://github.com/rixcpp/pdf
vix install vix build --build-target all -v
Because this repository contains multiple examples, run one explicitly:
vix run rix_basic vix run rix_csv_example vix run rix_debug_example vix run rix_example_auth_01_memory_register_login vix run rix_example_auth_02_password_hash vix run rix_example_auth_03_session_refresh_logout vix run rix_example_auth_04_token_issue vix run rix_pdf_01_basic vix run rix_pdf_02_text vix run rix_pdf_03_table vix run rix_pdf_04_drawing vix run rix_pdf_05_metadata vix run rix_pdf_06_make_text vix run rix_pdf_07_error_handling
vix tests
Rix should not duplicate Vix Core modules.
If a feature already exists in Vix Core, Rix may provide a higher-level application library around it, but not a duplicate.
Vix = core runtime and primitives Rix = optional userland libraries
Existing Vix Core modules such as json, fs, path, time, env, crypto, db, orm, kv, net, process, threadpool, validation, middleware, websocket, template, log, error, async, cache, io, and os should not be copied directly into Rix.
Rix packages should focus on application-level libraries built on top of Vix.
@rix/debug @rix/csv @rix/auth @rix/pdf @rix/table @rix/config @rix/rix
@rix/password @rix/session @rix/token @rix/repository @rix/migration @rix/api @rix/form @rix/upload @rix/rate-limit
@rix/health @rix/status @rix/metrics @rix/audit @rix/events @rix/retry @rix/backoff @rix/idempotency @rix/outbox
@rix/console @rix/progress @rix/bench @rix/test @rix/mock @rix/fake
Every Rix package should follow these principles:
- small public API
- clear documentation
- simple examples
- independent installation
- stable include path
- stable namespace
- no hidden heavy dependency
- usable without the unified facade
- compatible with the unified facade when installed
Package name:
@rix/name
Include path:
#include <rix/name.hpp>
Namespace:
rixlib::name
Facade access:
rix.name
Examples:
Package : @rix/csv Header : <rix/csv.hpp> Namespace: rixlib::csv Facade : rix.csv
Package : @rix/auth Header : <rix/auth.hpp> Namespace: rixlib::auth Facade : rix.auth
Package : @rix/pdf Header : <rix/pdf.hpp> Namespace: rixlib::pdf Facade : rix.pdf
If it is a primitive, it belongs in Vix. If it is an application helper, it belongs in Rix. If it is a complete reliability framework, it belongs in Cnerium.
And:
One application problem = one small Rix package.
Many Rix packages = one optional rix.* facade.MIT