Merge branch 'stable-1.3.0' into release/dashera-0.15.1

.github/workflows/build-ports.yml

@@ -58,6 +58,10 @@ jobs:
     - name: Install Ports
       uses: melusina-org/setup-macports@v1
 
+    - name: Prefer Quartz to X11 for MacPorts
+      shell: bash
+      run: echo '-x11 +no_x11 +quartz' >> /opt/local/etc/macports/variants.conf
+
     - name: Test crate
       run: ${{env.CHECKS_REPO}}/scripts/gh-build-crate.sh
       shell: bash

index/gi/gid/gid-13.0.0.toml

@@ -7,7 +7,17 @@ licenses = "MIT"
 maintainers = ["[email protected]"]
 maintainers-logins = ["zertovitch", "Fabien-Chouteau"]
 project-files = ["gid.gpr"]
-tags = ["image", "decoder", "bmp", "gif", "jpeg", "jpg", "pbm", "pgm", "png", "pnm", "ppm", "qoi", "tga", "targa"]
+tags = ["image",
+  "animated", "animation",
+  "bitmap",
+  "color",
+  "decoder", "decoding", "decompress",
+  "digitization",
+  "lossless", "lossy",
+  "rbg",
+  "steganography",
+  "transparency", "transparent",
+  "bmp", "gif", "jpeg", "jpg", "pbm", "pgm", "png", "pnm", "ppm", "qoi", "tga", "targa"]
 executables = ["to_bmp"]
 long-description = """
 &nbsp;<img src="https://gen-img-dec.sourceforge.io/transp.png" alt="image" width="200" height="auto">

index/gl/globe_3d/globe_3d-2023.11.12.toml

@@ -0,0 +1,62 @@
+description = "GLOBE_3D: GL Object Based Engine for 3D"
+name = "globe_3d"
+version = "2023.11.12"
+
+licenses = "MIT"
+tags = [ "gl", "opengl" ]
+website = "https://globe3d.sourceforge.io/"
+
+authors = ["Gautier de Montmollin"]
+maintainers = ["[email protected]"]
+maintainers-logins = ["zertovitch"]
+
+long-description = """
+GLOBE_3D is a free, open-source, real-time 3D Engine written in Ada, based on OpenGL.
+
+![GLOBE_3D Screenshot](https://a.fsdn.com/con/app/proj/globe3d/screenshots/pure_evil_mini.jpg "Screenshot GLOBE_3D")
+
+* Real-time rendering
+* Full eye movements and rotations ("6D")
+* Displays combinations of colours, materials, textures
+* Multitexturing
+* Transparency
+* Portal rendering
+* Binary space partition (BSP)
+* Collision detection
+* Screenshots (.bmp) and video captures (.avi)
+* Input-output of 3D objects
+* Import from 3D Studio Max, id Software Radiant, VRML, Wavefront formats
+* Tests, tools and demos included
+"""
+
+project-files = [ "demo/globe_3d_demos_project_tree.gpr" ]
+
+executables = [
+"globe_3d_demo",
+"mini_3d"
+]
+
+[gpr-externals]
+G3D_Build_Mode = ["debug", "fast", "small"]
+
+[gpr-set-externals]
+GID_Build_Mode = "Debug"
+Zip_Build_Mode = "Debug"
+
+[available.'case(os)']
+macos   = true
+windows = true
+'...'   = false
+
+[gpr-set-externals.'case(os)']
+macos   = { G3D_OS = "macosx" } 
+windows = { G3D_OS = "win64" }
+
+[[depends-on]]
+gid = ">=9.0.0"
+[[depends-on]]
+zipada = "^58.0.0"
+
+[origin]
+url = "https://sourceforge.net/projects/globe3d/files/globe_3d_release_2023-11-12.zip"
+hashes = ["sha512:07583710dff561811676fbff13efa5f3444ab7b3654ba088554a668dd66dc837c4416211fb8a8bf3ee0c723f6ff196472ccc1d7abfc6fc5459b5171a851e4f28"]

index/he/hex_format/hex_format-0.1.0.toml

@@ -0,0 +1,15 @@
+name = "hex_format"
+description = "Hexadecimal string formatting for modular types"
+version = "0.1.0"
+
+authors = ["Jeremy Grosser"]
+maintainers = ["Jeremy Grosser <[email protected]>"]
+maintainers-logins = ["JeremyGrosser"]
+licenses = "BSD-3-Clause"
+website = "https://github.com/JeremyGrosser/hex_format"
+tags = ["hex", "pure", "embedded", "string", "text", "format"]
+
+[origin]
+commit = "caa3216179cc892014ce8ee23869fc45061aa54b"
+url = "git+https://github.com/JeremyGrosser/hex_format.git"
+

index/hi/hirtos/hirtos-2.0.0.toml

@@ -0,0 +1,36 @@
+#
+# Copyright (c) 2022-2024, German Rivera
+#
+# SPDX-License-Identifier: Apache-2.0
+#
+# NOTE: This crate is not meant to be built with the native compiler.
+# A dependency on a cross-compiler must be specified in the client
+# crate. See example client crates in the sample_apps folder.
+#
+name = "hirtos"
+description = "High-Integrity RTOS"
+version = "2.0.0"
+licenses = "Apache-2.0"
+website = "https://github.com/jgrivera67/HiRTOS"
+tags = ["rtos"]
+authors = ["J. German Rivera"]
+maintainers = ["J. German Rivera <[email protected]>"]
+maintainers-logins = ["jgrivera67"]
+
+[configuration.variables]
+Platform = {type = "Enum", values = ["arm_fvp", "esp32_c3"], default = "arm_fvp"}
+
+[[actions]]
+type = "test"
+command = ["alr", "build"]
+directory = "sample_apps/fvp_armv8r_aarch32_hello"
+
+[[actions]]
+type = "test"
+command = ["alr", "build"]
+directory = "sample_apps/esp32_c3_hello"
+
+[origin]
+commit = "66847740b093b19386959b0e7b65b0a09172a082"
+url = "git+https://github.com/jgrivera67/HiRTOS.git"
+

index/li/libgtk3/libgtk3-external.toml

@@ -8,7 +8,7 @@ maintainers-logins = ["Fabien-Chouteau"]
 kind = "system"
 [external.origin."case(distribution)"]
 "debian|ubuntu" = ["libgtk-3-dev"]
-"fedora" = ["gtk3-devel"]
+"centos|fedora" = ["gtk3-devel"]
 arch = ["gtk3"]
 msys2 = ["mingw-w64-x86_64-gtk3"]
 homebrew = ["gtk+3"]

index/li/libhello/libhello-1.0.1.toml

@@ -15,4 +15,4 @@ url = "git+https://github.com/alire-project/libhello.git"
 
 # We use this crate as a trigger to conveniently test minor changes to
 # metaprocesses of the CI of the repository itself.
-# Last touch: 2024-05-16 13:40 CET
+# Last touch: 2024-05-23 17:40 CET

index/li/libsimpleio/libsimpleio-2.22357.1.toml

@@ -0,0 +1,148 @@
+name = "libsimpleio"
+version = "2.22357.1"
+description = "Linux Simple I/O Library"
+website = "https://github.com/pmunts/libsimpleio"
+authors = ["Philip Munts"]
+maintainers = ["Philip Munts <[email protected]>"]
+maintainers-logins = ["pmunts"]
+licenses = "BSD-1-Clause"
+
+long-description = """
+Introduction
+============
+
+This crate provides an Ada binding to the [Linux Simple I/O
+Library](https://github.com/pmunts/libsimpleio), *aka* **libsimpleio**.
+
+*Note: This crate includes all of the functionality of the **`mcp2221`**
+and **`remoteio`** crates. Unlike those two crates, which can be built
+for and used on Linux, MacOS, or Windows targets, this crate can only be
+built for and used on Linux targets.*
+
+Linux Simple I/O Library
+========================
+
+**libsimpleio** is an attempt to encapsulate (as much as possible) the
+ugliness of Linux I/O device access. It provides services for the
+following types of I/O devices:
+
+-   [Industrial I/O
+    Subsystem](https://wiki.analog.com/software/linux/docs/iio/iio) A/D
+    (Analog to Digital) Converter Devices
+-   [Industrial I/O
+    Subsystem](https://wiki.analog.com/software/linux/docs/iio/iio) D/A
+    (Digital to Analog) Converter Devices
+-   GPIO (General Purpose Input/Output) Pins
+-   Raw HID (Human Interface Device) Devices
+-   I^2^C (Inter-Integrated Circuit) Bus Devices
+-   PWM (Pulse Width Modulated) Output Devices
+-   [Remote I/O
+    Protocol](http://git.munts.com/libsimpleio/doc/RemoteIOProtocol.pdf)
+    Devices
+-   Serial Ports
+-   SPI (Serial Peripheral Interface) Bus Devices
+-   [Stream Framing
+    Protocol](http://git.munts.com/libsimpleio/doc/StreamFramingProtocol.pdf)
+    Devices
+-   TCP and UDP over IPv4 Network Devices
+-   Watchdog Timer Devices
+
+**libsimpleio** exports a small number of C wrapper or shim functions.
+These shim functions present a more coherent API (Application
+Programming Interface) than Linux kernel **`ioctl()`** services and the
+myriad other different Linux device I/O API's. The **libsimpleio** shim
+functions are designed to be easily called from Ada, C++, C#, Java,
+Free Pascal and other programming languages.
+
+The **`man`** pages specifying the **libsimpleio** API (Application
+Programming Interface) are available for viewing at
+<http://git.munts.com/libsimpleio/doc/libsimpleio.html>.
+
+Ada Binding for the Linux Simple I/O Library
+============================================
+
+The Ada binding consists of several software component layers.
+
+The bottom software component layer consists of the **C shim functions**
+discussed in the previous section.
+
+The next software component layer consists of **binding packages** that
+declare the C shim functions as Ada procedures. Each of the binding
+packages corresponds to a single C source file (*e.g.* package
+**`libadc`** corresponds to **`libadc.c`**). Each of the C shim
+functions are declared as external Ada procedures using
+**`pragma Import`**. The Ada procedure names do not necessarily match
+the C function names (*e.g.* the C function **`ADC_Open()`** is declared
+as Ada procedure **`libadc.Open`**). Many of the binding packages also
+declare constants as well (*e.g.* **`DIRECTION_INPUT`** in
+**`libgpio.ads`**).
+
+With very few exceptions, you will never need to directly call any of
+the procedures nor reference any of the constants declared in the
+**`libxxx`** binding packages.
+
+The next software component layer consists of **object packages** that
+declare OOP (Object Oriented Programming) object types and methods for
+each of the I/O subsystems. This layer uses Ada interface types,
+access-to-interface types, and private tagged records extensively.
+
+For example, the package **`GPIO`** defines an interface type
+**`PinInterface`**, an access to **`PinInterface`** type named
+**`Pin`**, and primitive operation subprograms **`Get`** and **`Put`**.
+
+The child package **`GPIO.libsimpleio`** declares a private tagged
+record type **`PinSubclass`** that *implements* **`GPIO.PinInterface`**,
+subprograms **`Get`** and **`Put`** that are required to implement
+**`GPIO.PinInterface`**, and a constructor function **`Create`** that
+returns an **`GPIO.Pin`** access value.
+
+Every package that implements **`GPIO.PinInterface`** will also declare
+a constructor function **`Create`** that returns **`GPIO.Pin`**.
+
+This architecture allows code similar to the following fragment:
+
+    MyPins : array (1 .. 3) of GPIO.pin;
+
+    GPIO(1) := GPIO.libsimpleio.Create(...);
+    GPIO(2) := GPIO.UserLED.Create(...);
+    GPIO(3) := GPIO.PWM.Create(...);
+
+The three GPIO pins can be stored in the same array and manipulated in
+exactly the same manner even though the hardware implementation for each
+pin is radically different.
+
+The topmost software component layer consists of **device packages**
+that implement support for particular I/O devices and are built upon the
+lower layers. Most of the device packages correspond to integrated
+circuits, such as the [PCA9534
+I](https://www.nxp.com/products/interfaces/ic-spi-serial-interface-devices/ic-general-purpose-i-o/8-bit-ic-bus-and-smbus-low-power-i-o-port-with-interrupt:PCA9534)[^2^](https://www.nxp.com/products/interfaces/ic-spi-serial-interface-devices/ic-general-purpose-i-o/8-bit-ic-bus-and-smbus-low-power-i-o-port-with-interrupt:PCA9534)[C
+GPIO
+expander](https://www.nxp.com/products/interfaces/ic-spi-serial-interface-devices/ic-general-purpose-i-o/8-bit-ic-bus-and-smbus-low-power-i-o-port-with-interrupt:PCA9534).
+A few implement support for boards or modules, such the [Grove
+Temperature
+Sensor](https://www.seeedstudio.com/Grove-Temperature-Sensor.html)
+module.
+"""
+
+tags = ["embedded", "linux", "libsimpleio", "remoteio", "beaglebone",
+"pocketbeagle", "raspberrypi", "raspberry", "pi", "adc", "dac", "gpio",
+"hid", "i2c", "motor", "pwm", "sensor", "serial", "servo", "spi", "stepper",
+"watchdog"]
+
+project-files = ["libsimpleio.gpr"]
+
+[available."case(os)"]
+'linux' = true
+"..." = false
+
+[[actions."case(os)".linux]]
+type = "post-fetch"
+command = ["sh", "-c", "./postfetch"]
+
+[origin]
+hashes = [
+"sha256:5083af9546061d1e6a7f631c27e6a1ab81bc5cc0795d05d9e98688901e021868",
+"sha512:15289e2057ed0e807256180ed3a8b385cab70012810b5b0b88851fa41fc6803068e6909da46dbf954436bb0c9dd362c86516f2f179d0d553c69c58aeb8a63500",
+]
+url = "https://raw.githubusercontent.com/pmunts/alire-crates/29827b35e2e00fce5d7b27e06e2164fa20ccde54/libsimpleio/libsimpleio-2.22357.1.tbz2"
+

index/ma/mathpaqs/mathpaqs-20230121.0.0.toml

@@ -14,17 +14,38 @@ Key features of Mathpaqs:
 * Unconditionally portable (*)
 * Tests and demos included
 * **Free**, Open-Source
+
 ___
 
 (*) within limits of compiler's provided integer types and target architecture capacity.
 """
 authors = ["Gautier de Montmollin"]
-executables = ["arenstorf", "arithmetic_compression", "biomorph", "champ_vt", "cr_demo", "fractal", "ppm2func", "show_floats_limits", "test_beta", "test_cholesky", "test_copulas", "test_ert", "test_estimators", "test_formulas", "test_gamma", "test_generic_real_linear_equations", "test_normal", "test_pareto", "test_poisson", "test_qr", "test_random_performance", "test_rsa", "test_samples", "test_sparse", "test_u_rand", "test_discrete_random_simulation"]
+executables = ["arenstorf", "arithmetic_compression",
+   "biomorph", "champ_vt", "cr_demo",
+   "fractal", "ppm2func", "show_floats_limits",
+   "test_beta", "test_cholesky", "test_copulas", "test_ert",
+   "test_estimators", "test_formulas", "test_gamma",
+   "test_generic_real_linear_equations", "test_normal",
+   "test_pareto", "test_poisson", "test_qr",
+   "test_random_performance", "test_rsa",
+   "test_samples", "test_sparse", "test_u_rand",
+   "test_discrete_random_simulation"]
 project-files = ["mathpaqs.gpr", "mathpaqs_test.gpr"]
 licenses = "MIT"
 maintainers = ["[email protected]"]
 maintainers-logins = ["mosteo", "zertovitch"]
-tags = ["mathematics", "numerics", "algebra", "matrix", "probability", "statistics", "runge", "kutta", "runge-kutta"]
+tags = ["algebra",
+   "contour", "contour-plot",
+   "formula-parser",
+   "fractal",
+   "kutta",
+   "linear-algebra", "mathematics", "matrix",
+   "numerics",
+   "pareto",
+   "poisson",
+   "polynomial", "probability",
+   "random", "rational", "runge", "runge-kutta",
+   "statistics"]
 
 [origin]
 url = "https://sourceforge.net/projects/mathpaqs/files/mathpaqs_2023_01_21.zip"