Recent Package Updates
2025-11-09: python310-3.10.19-1 (Interpreted, object-oriented language)
Python is often compared to Tcl, Perl, Scheme or Java.
This package installs unix python - not the OSX Framework version.
Builds a two-level namespace dynamic libpython (needed for koffice).
The interpreter is installed as "python%type_raw[python]", and all associated
commands are similarly named with the python-version in them. To get
the simple "python3" command, install the fink package "python3" (note:
the "python3" command there is not guaranteed to be python%type_raw[python]!).
commit log from Daniel Macks ([email protected]):
python310: new version2025-11-09: python39-3.9.25-1 (Interpreted, object-oriented language)
Python is often compared to Tcl, Perl, Scheme or Java.
This package installs unix python - not the OSX Framework version.
Builds a two-level namespace dynamic libpython (needed for koffice).
The interpreter is installed as "python%type_raw[python]", and all associated
commands are similarly named with the python-version in them. To get
the simple "python3" command, install the fink package "python3" (note:
the "python3" command there is not guaranteed to be python%type_raw[python]!).
commit log from Daniel Macks ([email protected]):
python39: new version (last of this series)2025-11-09: plotutils-2.6-7 (Functions for exporting 2-D vector graphics)
Also contains command-line programs for plotting scientific data.
commit log from Daniel Macks ([email protected]):
plotutils: fix the build by using more of Debian's patches2025-11-09: aquaterm-1.1.1-6 (Displays vector graphics in Aqua)
Displays vector graphics in Aqua
commit log from Daniel Macks ([email protected]):
aquaterm: looks fine on 26.02025-11-09: pdflib6-7.0.5p3-1 (Library for generating PDF (lite version))
PDFlib is a development tool for PDF-enabling your software,
or generating PDF on your server.
PDFlib Lite (Source Code) represents a subset of the full PDFlib product.
commit log from Daniel Macks ([email protected]):
pdflib6: fix build on arm and modern compilers2025-11-09: wcag-contrast-ratio-py36-0.9-1 (Contrast ratio library)
A library for computing contrast ratios, as required by WCAG 2.0.
commit log from Daniel Macks ([email protected]):
+Dist tags for dep-tree coherence2025-11-09: rstudio-server-0.99.1295-1 (IDE for R)
IDE for R
commit log from Daniel Macks ([email protected]):
+Dist tags for dep-tree coherence2025-11-09: jaraco.classes-py310-3.2.3-1 (Utility functions for Python class constructs)
commit log from Daniel Macks ([email protected]):
+Dist tags for dep-tree coherence2025-11-09: yaml-py37-6.0.1-1 (Python YAML read/write)
YAML is a data serialization format designed for human readability and
interaction with scripting languages.
PyYAML is a YAML parser and emitter for the Python programming language.
PyYAML features
* a complete YAML 1.1 parser. In particular, PyYAML can parse all
examples from the specification. The parsing algorithm is simple
enough to be a reference for YAML parser implementors.
* Unicode support including UTF-8/UTF-16 input/output and \u escape
sequences.
* low-level event-based parser and emitter API (like SAX).
* high-level API for serializing and deserializing native Python
objects (like DOM or pickle).
* support for all types from the YAML types repository. A simple
extension API is provided.
* both pure-Python and fast LibYAML-based parsers and emitters.
* relatively sensible error messages.
commit log from Daniel Macks ([email protected]):
+Dist tags for dep-tree coherence2025-11-09: yaml-py310-6.0.1-1 (Python YAML read/write)
YAML is a data serialization format designed for human readability and
interaction with scripting languages.
PyYAML is a YAML parser and emitter for the Python programming language.
PyYAML features
* a complete YAML 1.1 parser. In particular, PyYAML can parse all
examples from the specification. The parsing algorithm is simple
enough to be a reference for YAML parser implementors.
* Unicode support including UTF-8/UTF-16 input/output and \u escape
sequences.
* low-level event-based parser and emitter API (like SAX).
* high-level API for serializing and deserializing native Python
objects (like DOM or pickle).
* support for all types from the YAML types repository. A simple
extension API is provided.
* both pure-Python and fast LibYAML-based parsers and emitters.
* relatively sensible error messages.
commit log from Daniel Macks ([email protected]):
+Dist tags for dep-tree coherence2025-11-09: jaraco.context-py39-4.3.0-1 (Context managers)
commit log from Daniel Macks ([email protected]):
+Dist tags for dep-tree coherence2025-11-09: wcag-contrast-ratio-py310-0.9-1 (Contrast ratio library)
A library for computing contrast ratios, as required by WCAG 2.0.
commit log from Daniel Macks ([email protected]):
+Dist tags for dep-tree coherence2025-11-09: wcag-contrast-ratio-py38-0.9-1 (Contrast ratio library)
A library for computing contrast ratios, as required by WCAG 2.0.
commit log from Daniel Macks ([email protected]):
+Dist tags for dep-tree coherence2025-11-09: jaraco.classes-py37-3.2.3-1 (Utility functions for Python class constructs)
commit log from Daniel Macks ([email protected]):
+Dist tags for dep-tree coherence2025-11-09: diskcache-py36-5.6.3-1 (Python package for disk & file cache library)
Python package for disk & file cache library
commit log from Daniel Macks ([email protected]):
+Dist tags for dep-tree coherence2025-11-09: tzlocal-py27-1.5.1-1 (TZinfo object for the local timezone)
Python module returning a `tzinfo` object with the local timezone information
under Unix and Win-32. It requires `pytz`, and returns `pytz` `tzinfo` objects.
This module attempts to fix a glaring hole in `pytz`, that there is no way to
get the local timezone information, unless you know the zoneinfo name, and
under several Linux distros that's hard or impossible to figure out.
Also, with Windows different timezone system using pytz isn't of much use
unless you separately configure the zoneinfo timezone name.
With `tzlocal` you only need to call `get_localzone()` and you will get a
`tzinfo` object with the local time zone info. On some Unices you will still
not get to know what the timezone name is, but you don't need that when you
have the tzinfo file. However, if the timezone name is readily available it
will be used.
commit log from Daniel Macks ([email protected]):
+Dist tags for dep-tree coherence2025-11-09: jaraco.classes-py38-3.2.3-1 (Utility functions for Python class constructs)
commit log from Daniel Macks ([email protected]):
+Dist tags for dep-tree coherence2025-11-09: diskcache-py310-5.6.3-1 (Python package for disk & file cache library)
Python package for disk & file cache library
commit log from Daniel Macks ([email protected]):
+Dist tags for dep-tree coherence2025-11-09: rstudio-desktop-0.99.1295-1 (IDE for R)
IDE for R
commit log from Daniel Macks ([email protected]):
+Dist tags for dep-tree coherence2025-11-09: jaraco.classes-py36-3.2.3-1 (Utility functions for Python class constructs)
commit log from Daniel Macks ([email protected]):
+Dist tags for dep-tree coherence2025-11-09: wcag-contrast-ratio-py27-0.9-1 (Contrast ratio library)
A library for computing contrast ratios, as required by WCAG 2.0.
commit log from Daniel Macks ([email protected]):
+Dist tags for dep-tree coherence2025-11-09: yaml-py39-6.0.1-1 (Python YAML read/write)
YAML is a data serialization format designed for human readability and
interaction with scripting languages.
PyYAML is a YAML parser and emitter for the Python programming language.
PyYAML features
* a complete YAML 1.1 parser. In particular, PyYAML can parse all
examples from the specification. The parsing algorithm is simple
enough to be a reference for YAML parser implementors.
* Unicode support including UTF-8/UTF-16 input/output and \u escape
sequences.
* low-level event-based parser and emitter API (like SAX).
* high-level API for serializing and deserializing native Python
objects (like DOM or pickle).
* support for all types from the YAML types repository. A simple
extension API is provided.
* both pure-Python and fast LibYAML-based parsers and emitters.
* relatively sensible error messages.
commit log from Daniel Macks ([email protected]):
+Dist tags for dep-tree coherence2025-11-09: numexpr-py36-2.8.1-1 (Fast array evaluation for NumPy)
Numexpr is a fast numerical expression evaluator for NumPy. With it,
expressions that operate on arrays (like "3*a+4*b") are accelerated
and use less memory than doing the same calculation in Python.
commit log from Daniel Macks ([email protected]):
+Dist tags for dep-tree coherence2025-11-09: cran-tidyr-r35-1.3.0-1 (Easily Tidy Data)
An evolution of 'reshape2'. It's designed specifically for data
tidying (not general reshaping or aggregating) and works well
with 'dplyr' data pipelines.
commit log from Daniel Macks ([email protected]):
+Dist tags for dep-tree coherence2025-11-09: wcag-contrast-ratio-py35-0.9-1 (Contrast ratio library)
A library for computing contrast ratios, as required by WCAG 2.0.
commit log from Daniel Macks ([email protected]):
+Dist tags for dep-tree coherence2025-11-09: yaml-py36-5.4.1-1 (Python YAML read/write)
YAML is a data serialization format designed for human readability and
interaction with scripting languages.
PyYAML is a YAML parser and emitter for the Python programming language.
PyYAML features
* a complete YAML 1.1 parser. In particular, PyYAML can parse all
examples from the specification. The parsing algorithm is simple
enough to be a reference for YAML parser implementors.
* Unicode support including UTF-8/UTF-16 input/output and \u escape
sequences.
* low-level event-based parser and emitter API (like SAX).
* high-level API for serializing and deserializing native Python
objects (like DOM or pickle).
* support for all types from the YAML types repository. A simple
extension API is provided.
* both pure-Python and fast LibYAML-based parsers and emitters.
* relatively sensible error messages.
commit log from Daniel Macks ([email protected]):
+Dist tags for dep-tree coherence2025-11-09: wcag-contrast-ratio-py37-0.9-1 (Contrast ratio library)
A library for computing contrast ratios, as required by WCAG 2.0.
commit log from Daniel Macks ([email protected]):
+Dist tags for dep-tree coherence2025-11-09: tzlocal-py36-1.5.1-1 (TZinfo object for the local timezone)
Python module returning a `tzinfo` object with the local timezone information
under Unix and Win-32. It requires `pytz`, and returns `pytz` `tzinfo` objects.
This module attempts to fix a glaring hole in `pytz`, that there is no way to
get the local timezone information, unless you know the zoneinfo name, and
under several Linux distros that's hard or impossible to figure out.
Also, with Windows different timezone system using pytz isn't of much use
unless you separately configure the zoneinfo timezone name.
With `tzlocal` you only need to call `get_localzone()` and you will get a
`tzinfo` object with the local time zone info. On some Unices you will still
not get to know what the timezone name is, but you don't need that when you
have the tzinfo file. However, if the timezone name is readily available it
will be used.
commit log from Daniel Macks ([email protected]):
+Dist tags for dep-tree coherence2025-11-09: diskcache-py38-5.6.3-1 (Python package for disk & file cache library)
Python package for disk & file cache library
commit log from Daniel Macks ([email protected]):
+Dist tags for dep-tree coherence2025-11-09: jaraco.classes-py39-3.2.3-1 (Utility functions for Python class constructs)
commit log from Daniel Macks ([email protected]):
+Dist tags for dep-tree coherence2025-11-09: wcag-contrast-ratio-py39-0.9-1 (Contrast ratio library)
A library for computing contrast ratios, as required by WCAG 2.0.
commit log from Daniel Macks ([email protected]):
+Dist tags for dep-tree coherence2025-11-09: jaraco.context-py310-4.3.0-1 (Context managers)
commit log from Daniel Macks ([email protected]):
+Dist tags for dep-tree coherence2025-11-09: numexpr-py39-2.8.1-1 (Fast array evaluation for NumPy)
Numexpr is a fast numerical expression evaluator for NumPy. With it,
expressions that operate on arrays (like "3*a+4*b") are accelerated
and use less memory than doing the same calculation in Python.
commit log from Daniel Macks ([email protected]):
+Dist tags for dep-tree coherence2025-11-09: tzlocal-py35-1.5.1-1 (TZinfo object for the local timezone)
Python module returning a `tzinfo` object with the local timezone information
under Unix and Win-32. It requires `pytz`, and returns `pytz` `tzinfo` objects.
This module attempts to fix a glaring hole in `pytz`, that there is no way to
get the local timezone information, unless you know the zoneinfo name, and
under several Linux distros that's hard or impossible to figure out.
Also, with Windows different timezone system using pytz isn't of much use
unless you separately configure the zoneinfo timezone name.
With `tzlocal` you only need to call `get_localzone()` and you will get a
`tzinfo` object with the local time zone info. On some Unices you will still
not get to know what the timezone name is, but you don't need that when you
have the tzinfo file. However, if the timezone name is readily available it
will be used.
commit log from Daniel Macks ([email protected]):
+Dist tags for dep-tree coherence2025-11-09: tzlocal-py310-1.5.1-1 (TZinfo object for the local timezone)
Python module returning a `tzinfo` object with the local timezone information
under Unix and Win-32. It requires `pytz`, and returns `pytz` `tzinfo` objects.
This module attempts to fix a glaring hole in `pytz`, that there is no way to
get the local timezone information, unless you know the zoneinfo name, and
under several Linux distros that's hard or impossible to figure out.
Also, with Windows different timezone system using pytz isn't of much use
unless you separately configure the zoneinfo timezone name.
With `tzlocal` you only need to call `get_localzone()` and you will get a
`tzinfo` object with the local time zone info. On some Unices you will still
not get to know what the timezone name is, but you don't need that when you
have the tzinfo file. However, if the timezone name is readily available it
will be used.
commit log from Daniel Macks ([email protected]):
+Dist tags for dep-tree coherence2025-11-09: numexpr-py37-2.8.1-1 (Fast array evaluation for NumPy)
Numexpr is a fast numerical expression evaluator for NumPy. With it,
expressions that operate on arrays (like "3*a+4*b") are accelerated
and use less memory than doing the same calculation in Python.
commit log from Daniel Macks ([email protected]):
+Dist tags for dep-tree coherence2025-11-09: diskcache-py39-5.6.3-1 (Python package for disk & file cache library)
Python package for disk & file cache library
commit log from Daniel Macks ([email protected]):
+Dist tags for dep-tree coherence2025-11-09: numexpr-py38-2.8.1-1 (Fast array evaluation for NumPy)
Numexpr is a fast numerical expression evaluator for NumPy. With it,
expressions that operate on arrays (like "3*a+4*b") are accelerated
and use less memory than doing the same calculation in Python.
commit log from Daniel Macks ([email protected]):
+Dist tags for dep-tree coherence2025-11-09: jaraco.context-py37-4.3.0-1 (Context managers)
commit log from Daniel Macks ([email protected]):
+Dist tags for dep-tree coherence2025-11-09: yaml-py38-6.0.1-1 (Python YAML read/write)
YAML is a data serialization format designed for human readability and
interaction with scripting languages.
PyYAML is a YAML parser and emitter for the Python programming language.
PyYAML features
* a complete YAML 1.1 parser. In particular, PyYAML can parse all
examples from the specification. The parsing algorithm is simple
enough to be a reference for YAML parser implementors.
* Unicode support including UTF-8/UTF-16 input/output and \u escape
sequences.
* low-level event-based parser and emitter API (like SAX).
* high-level API for serializing and deserializing native Python
objects (like DOM or pickle).
* support for all types from the YAML types repository. A simple
extension API is provided.
* both pure-Python and fast LibYAML-based parsers and emitters.
* relatively sensible error messages.
commit log from Daniel Macks ([email protected]):
+Dist tags for dep-tree coherence2025-11-09: numexpr-py35-2.8.1-1 (Fast array evaluation for NumPy)
Numexpr is a fast numerical expression evaluator for NumPy. With it,
expressions that operate on arrays (like "3*a+4*b") are accelerated
and use less memory than doing the same calculation in Python.
commit log from Daniel Macks ([email protected]):
+Dist tags for dep-tree coherence2025-11-09: tzlocal-py37-1.5.1-1 (TZinfo object for the local timezone)
Python module returning a `tzinfo` object with the local timezone information
under Unix and Win-32. It requires `pytz`, and returns `pytz` `tzinfo` objects.
This module attempts to fix a glaring hole in `pytz`, that there is no way to
get the local timezone information, unless you know the zoneinfo name, and
under several Linux distros that's hard or impossible to figure out.
Also, with Windows different timezone system using pytz isn't of much use
unless you separately configure the zoneinfo timezone name.
With `tzlocal` you only need to call `get_localzone()` and you will get a
`tzinfo` object with the local time zone info. On some Unices you will still
not get to know what the timezone name is, but you don't need that when you
have the tzinfo file. However, if the timezone name is readily available it
will be used.
commit log from Daniel Macks ([email protected]):
+Dist tags for dep-tree coherence2025-11-09: numexpr-py310-2.8.1-1 (Fast array evaluation for NumPy)
Numexpr is a fast numerical expression evaluator for NumPy. With it,
expressions that operate on arrays (like "3*a+4*b") are accelerated
and use less memory than doing the same calculation in Python.
commit log from Daniel Macks ([email protected]):
+Dist tags for dep-tree coherence2025-11-09: tzlocal-py39-1.5.1-1 (TZinfo object for the local timezone)
Python module returning a `tzinfo` object with the local timezone information
under Unix and Win-32. It requires `pytz`, and returns `pytz` `tzinfo` objects.
This module attempts to fix a glaring hole in `pytz`, that there is no way to
get the local timezone information, unless you know the zoneinfo name, and
under several Linux distros that's hard or impossible to figure out.
Also, with Windows different timezone system using pytz isn't of much use
unless you separately configure the zoneinfo timezone name.
With `tzlocal` you only need to call `get_localzone()` and you will get a
`tzinfo` object with the local time zone info. On some Unices you will still
not get to know what the timezone name is, but you don't need that when you
have the tzinfo file. However, if the timezone name is readily available it
will be used.
commit log from Daniel Macks ([email protected]):
+Dist tags for dep-tree coherence2025-11-09: diskcache-py37-5.6.3-1 (Python package for disk & file cache library)
Python package for disk & file cache library
commit log from Daniel Macks ([email protected]):
+Dist tags for dep-tree coherence2025-11-09: jaraco.context-py36-4.3.0-1 (Context managers)
commit log from Daniel Macks ([email protected]):
+Dist tags for dep-tree coherence2025-11-09: yaml-py27-5.4.1-1 (Python YAML read/write)
YAML is a data serialization format designed for human readability and
interaction with scripting languages.
PyYAML is a YAML parser and emitter for the Python programming language.
PyYAML features
* a complete YAML 1.1 parser. In particular, PyYAML can parse all
examples from the specification. The parsing algorithm is simple
enough to be a reference for YAML parser implementors.
* Unicode support including UTF-8/UTF-16 input/output and \u escape
sequences.
* low-level event-based parser and emitter API (like SAX).
* high-level API for serializing and deserializing native Python
objects (like DOM or pickle).
* support for all types from the YAML types repository. A simple
extension API is provided.
* both pure-Python and fast LibYAML-based parsers and emitters.
* relatively sensible error messages.
commit log from Daniel Macks ([email protected]):
+Dist tags for dep-tree coherence2025-11-09: tzlocal-py38-1.5.1-1 (TZinfo object for the local timezone)
Python module returning a `tzinfo` object with the local timezone information
under Unix and Win-32. It requires `pytz`, and returns `pytz` `tzinfo` objects.
This module attempts to fix a glaring hole in `pytz`, that there is no way to
get the local timezone information, unless you know the zoneinfo name, and
under several Linux distros that's hard or impossible to figure out.
Also, with Windows different timezone system using pytz isn't of much use
unless you separately configure the zoneinfo timezone name.
With `tzlocal` you only need to call `get_localzone()` and you will get a
`tzinfo` object with the local time zone info. On some Unices you will still
not get to know what the timezone name is, but you don't need that when you
have the tzinfo file. However, if the timezone name is readily available it
will be used.
commit log from Daniel Macks ([email protected]):
+Dist tags for dep-tree coherence2025-11-09: jaraco.context-py38-4.3.0-1 (Context managers)
commit log from Daniel Macks ([email protected]):
+Dist tags for dep-tree coherence2025-11-09: wcag-contrast-ratio-py34-0.9-1 (Contrast ratio library)
A library for computing contrast ratios, as required by WCAG 2.0.
commit log from Daniel Macks ([email protected]):
+Dist tags for dep-tree coherence2025-11-09: numexpr-py34-2.8.1-1 (Fast array evaluation for NumPy)
Numexpr is a fast numerical expression evaluator for NumPy. With it,
expressions that operate on arrays (like "3*a+4*b") are accelerated
and use less memory than doing the same calculation in Python.
commit log from Daniel Macks ([email protected]):
+Dist tags for dep-tree coherence2025-11-09: cran-stringr-r35-1.5.0-1 (GNU R Tools for string function wrappers)
stringr is a set of simple wrappers that make R's string functions more
consistent, simpler and easier to use. It does this by ensuring that:
function and argument names (and positions) are consistent, all functions
deal with NA's and zero length character appropriately, and the output
data structures from each function matches the input data structures of
other functions.
commit log from Daniel Macks ([email protected]):
+Dist tags for dep-tree coherence2025-11-09: tzlocal-py34-1.5.1-1 (TZinfo object for the local timezone)
Python module returning a `tzinfo` object with the local timezone information
under Unix and Win-32. It requires `pytz`, and returns `pytz` `tzinfo` objects.
This module attempts to fix a glaring hole in `pytz`, that there is no way to
get the local timezone information, unless you know the zoneinfo name, and
under several Linux distros that's hard or impossible to figure out.
Also, with Windows different timezone system using pytz isn't of much use
unless you separately configure the zoneinfo timezone name.
With `tzlocal` you only need to call `get_localzone()` and you will get a
`tzinfo` object with the local time zone info. On some Unices you will still
not get to know what the timezone name is, but you don't need that when you
have the tzinfo file. However, if the timezone name is readily available it
will be used.
commit log from Daniel Macks ([email protected]):
+Dist tags for dep-tree coherence2025-11-09: libserf1-1.3.10-2 (High-performance HTTP client library)
The serf library is a C-based HTTP client library built upon the Apache
Portable Runtime (APR) library. It multiplexes connections, running the
read/write communication asynchronously. Memory copies and
transformations are kept to a minimum to provide high performance
operation.
commit log from Daniel Macks ([email protected]):
libserf1: misc patches; still hangs self-test on 26.0/arm2025-11-08: libapr.0-shlibs-1.7.6-1 (Apache Portable Runtime shared libraries)
The mission of the Apache Portable Runtime (APR) project is to create and
maintain software libraries that provide a predictable and consistent
interface to underlying platform-specific implementations. The primary goal
is to provide an API to which software developers may code and be assured
of predictable if not identical behaviour regardless of the platform on
which their software is built, relieving them of the need to code
special-case conditions to work around or take advantage of
platform-specific deficiencies or features.
commit log from Daniel Macks ([email protected]):
libapr.0: new version; still fails some self-tests2025-11-08: yt-dlp-2025.10.22-1 (Download videos from YouTube and other sites)
Download videos from YouTube and other sites
commit log from Hanspeter Niederstrasser ([email protected]):
yt-dlp v2025.10.222025-11-06: rrd-pm5302-1.9.0-1 (RRDTool Perl bindings module)
RRD is a system to store and display time-series data (i.e. network bandwidth,
machine-room temperature, server load average). It stores the data in a very
compact way that will not expand over time, and it presents useful graphs by
processing the data to enforce a certain data density. It can be used either
via simple wrapper scripts (from shell or Perl) or via frontends that poll
network devices and put a friendly user interface on it.
commit log from Daniel Macks ([email protected]):
rrd-pm: sync with new librrd2025-11-06: rrd-pm5282-1.9.0-1 (RRDTool Perl bindings module)
RRD is a system to store and display time-series data (i.e. network bandwidth,
machine-room temperature, server load average). It stores the data in a very
compact way that will not expand over time, and it presents useful graphs by
processing the data to enforce a certain data density. It can be used either
via simple wrapper scripts (from shell or Perl) or via frontends that poll
network devices and put a friendly user interface on it.
commit log from Daniel Macks ([email protected]):
rrd-pm: sync with new librrd2025-11-06: libdbi-shlibs-0.8.3-5 (Database Independent Abstraction Layer for C)
libdbi implements a database-independent abstraction layer in C, similar to the
DBI/DBD layer in Perl. Writing one generic set of code, programmers can
leverage the power of multiple databases and multiple simultaneous database
connections by using this framework.
The plugin architecture allows for new database drivers to be easily added by a
third party with flexbile licensing. See the libdbi-drivers project
(http://libdbi-drivers.sourceforge.net) for the drivers officially
supported by libdbi.
commit log from Daniel Macks ([email protected]):
libdbi: fix build on Tahoe; turn off old-libversion headers pkg2025-11-06: rrd-pm5182-1.9.0-1 (RRDTool Perl bindings module)
RRD is a system to store and display time-series data (i.e. network bandwidth,
machine-room temperature, server load average). It stores the data in a very
compact way that will not expand over time, and it presents useful graphs by
processing the data to enforce a certain data density. It can be used either
via simple wrapper scripts (from shell or Perl) or via frontends that poll
network devices and put a friendly user interface on it.
commit log from Daniel Macks ([email protected]):
rrd-pm: sync with new librrd2025-11-06: rrd-pm5303-1.9.0-1 (RRDTool Perl bindings module)
RRD is a system to store and display time-series data (i.e. network bandwidth,
machine-room temperature, server load average). It stores the data in a very
compact way that will not expand over time, and it presents useful graphs by
processing the data to enforce a certain data density. It can be used either
via simple wrapper scripts (from shell or Perl) or via frontends that poll
network devices and put a friendly user interface on it.
commit log from Daniel Macks ([email protected]):
rrd-pm: sync with new librrd2025-11-06: rrd-pm5341-1.9.0-1 (RRDTool Perl bindings module)
RRD is a system to store and display time-series data (i.e. network bandwidth,
machine-room temperature, server load average). It stores the data in a very
compact way that will not expand over time, and it presents useful graphs by
processing the data to enforce a certain data density. It can be used either
via simple wrapper scripts (from shell or Perl) or via frontends that poll
network devices and put a friendly user interface on it.
commit log from Daniel Macks ([email protected]):
rrd-pm: sync with new librrd2025-11-06: librrd8-shlibs-1.9.0-1 (Fixed-size "round-robin" database storage)
RRD is a system to store and display time-series data (i.e. network bandwidth,
machine-room temperature, server load average). It stores the data in a very
compact way that will not expand over time, and it presents useful graphs by
processing the data to enforce a certain data density. It can be used either
via simple wrapper scripts (from shell or Perl) or via frontends that poll
network devices and put a friendly user interface on it.
commit log from Daniel Macks ([email protected]):
rrdtool: new version (new libversion)2025-11-06: rrd-pm5162-1.9.0-1 (RRDTool Perl bindings module)
RRD is a system to store and display time-series data (i.e. network bandwidth,
machine-room temperature, server load average). It stores the data in a very
compact way that will not expand over time, and it presents useful graphs by
processing the data to enforce a certain data density. It can be used either
via simple wrapper scripts (from shell or Perl) or via frontends that poll
network devices and put a friendly user interface on it.
commit log from Daniel Macks ([email protected]):
rrd-pm: sync with new librrd2025-11-06: librrd4-shlibs-1.4.4-6 (Fixed-size "round-robin" database storage)
RRD is a system to store and display time-series data (i.e. network bandwidth,
machine-room temperature, server load average). It stores the data in a very
compact way that will not expand over time, and it presents useful graphs by
processing the data to enforce a certain data density. It can be used either
via simple wrapper scripts (from shell or Perl) or via frontends that poll
network devices and put a friendly user interface on it.
commit log from Daniel Macks ([email protected]):
rrdtool: new version (new libversion)2025-11-06: rrd-pm5184-1.9.0-1 (RRDTool Perl bindings module)
RRD is a system to store and display time-series data (i.e. network bandwidth,
machine-room temperature, server load average). It stores the data in a very
compact way that will not expand over time, and it presents useful graphs by
processing the data to enforce a certain data density. It can be used either
via simple wrapper scripts (from shell or Perl) or via frontends that poll
network devices and put a friendly user interface on it.
commit log from Daniel Macks ([email protected]):
rrd-pm: sync with new librrd2025-11-06: libdbi1-shlibs-0.9.0-1 (Database Independent Abstraction Layer for C)
libdbi implements a database-independent abstraction layer in C, similar to the
DBI/DBD layer in Perl. Writing one generic set of code, programmers can
leverage the power of multiple databases and multiple simultaneous database
connections by using this framework.
The plugin architecture allows for new database drivers to be easily added by a
third party with flexbile licensing. See the libdbi-drivers project
(http://libdbi-drivers.sourceforge.net) for the drivers officially
supported by libdbi.
commit log from Daniel Macks ([email protected]):
libdbi1: fix build on Tahoe2025-11-05: fink-mirrors-0.45.6-1 (Mirror infrastructure)
The fink-mirrors package keeps a current list of the mirrors which are used
by fink to download sourcefiles.
commit log from Hanspeter Niederstrasser ([email protected]):
fink-mirrors: v0.45.6
