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Until now, the dataset's configuration names had a 'WFPC2' prefix. But this
very alien to anyone that is not familiar with the history of the Hubble
Space Telescope (the camera is no longer used! Its just used here since its
one of the standard FITS files from the FITS standard webpage).
With this commit the variable names have been modified to be more readable
and clear (having a 'DEMO-' prefix). Also the comments of 'INPUTS.conf'
(describing the purpose of each variable) were edited and made more clear.
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Until now, when the user wanted to complete remove all built files
(including software), the './project make distclean' command would fail if
the git hooks weren't installed. They are present when the project's
configuration has been successfully finished, but this bug can happen when
trying to re-do an incomplete build.
With this commit, this is fixed by adding an '-f' has been added before the
'rm' command for the Git hooks.
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Until this commit, the file `BDIR/software/preparation-done.mk' were not
removed when cleaning the project with `./project make clean'. This file
is generated in the preparation of the data during the analysis step.
However, the cleaning is expected to remove anything generated in the
analysis process! Step by step, with the commands:
./project make ---> Will make the preparation and analysis
./project make clean ---> Will remove all analysis outputs (but
not `preparation-done.mk')
./project make ---> Won't do the preparation, only analysis!
However, in the last step it should do the preparation again, because
the input data could have change for any reason. With this commit, the
file `BDIR/software/preparation-done.mk' is removed when cleaning the
project, and consequently, in the analysis step the input data is
prepared.
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The 'pdflatex' program is used to build the default Maneage-branch paper.
But since the default paper uses PGFPlots to build the figures within LaTeX
as an external PDF, PGFPlots requires 'pdflatex' to be called with the
'-shell-escape' option. Generally, this option can be considered as a
security risk (in particular when 'pdflatex' is being run by an external
LaTeX file: a malicious LaTeX writer may embed commands in the LaTeX source
that will be executed on the host if this option is present).
This is not too serious of an issue in Maneage, because when someone runs
Maneage, they intentionally let it run many on their system. Hence if
someone wants to exploit a host system, they can add the necessary commands
long before 'pdflatex' is run. After all, all commands in Maneage are run
with the calling user's permissions, hence they have access to many parts
of the user's accounts. If someone is worried about security on a
non-trusted Maneage project they should act the same as they do with any
software: define a new user for it, and call it with that user (as a
weak-level security), or run it in a virtual machine or container.
However, since this option has been explicity mentioned as a security risk
before, it helps if we have a comment explaining its usage in 'paper.mk'.
With this commit, the concerned user will read a brief explanation and can
read the brief discussion at [1] and possibly re-open the discussion or
propose ways of mitigating the security risk(s).
[1] https://savannah.nongnu.org/task/?15694
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When publishing a project, it is necessary to also publish the source code
of all necessary software of the project. We had recently added a new
'./project make' target called 'dist-software' for this job, but had
forgotten to add it in the output of './project --help'! There was also a
small bug inside of it that didn't allow the successful copying of the
created tarball to the top project directory.
With this commit, an explanation for this target has been added in the
output of './project --help' and that bug has been fixed.
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Summary of possible semantic conflicts
1. The recipe to download input datasets has been modified. You have to
re-set the old 'origname' variable to 'localname' (to avoid confusion)
and the default dataset URL should now be complete (including the
actual filename). See the newly added descriptions in 'INPUTS.conf' for
more on this.
Until now, when the dataset was already present on the host system, a link
couldn't be made to it, causing the project to crash in the checksum
phase. This has been fixed with properly naming the main variable as
'localname' to avoid the confusion that caused it.
Some other problems have been fixed in this recipe in the meantime:
- When the checksum is different, the expected and calculated checksums
are printed.
- In the default paper, we now print the full URL of the dataset, not just
the server, so the checksum of the 'download.tex' step has been updated.
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Until now, in the 'print-copyright' function of 'initialize.mk' (that
prints a fixed set of common meta necessary in plain-text files), we were
simply printing this line:
# Pre-print server: arXiv:1234.56789
But given that all the other elements are click-able URLs, it now prints:
# Pre-print server: https://arxiv.org/abs/1234.56789
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Possible semantic conflicts (that may not show up as Git conflicts but may
cause a crash in your project after the merge):
1) The project title (and other basic metadata) should be set in
'reproduce/analysis/conf/metadata.conf'. Please include this file in
your merge (if it is ignored because of '.gitattributes'!).
2) Consider importing the changes in 'initialize.mk' and 'verify.mk' (if
you have added all analysis Makefiles to the '.gitattributes' file
(thus not merging any change in them with your branch). For example
with this command:
git diff master...maneage -- reproduce/analysis/make/initialize.mk
3) The old 'verify-txt-no-comments-leading-space' function has been
replaced by 'verify-txt-no-comments-no-space'. The new function will
also remove all white-space characters between the columns (not just
white space characters at the start of the line). Thus the resulting
check won't involve spacing between columns.
A common set of steps are always necessary to prepare a project for
publication. Until now, we would simply look at previous submissions and
try to follow them, but that was prone to errors and could cause
confusion. The internal infrastructure also didn't have some useful
features to make good publication possible. Now that the submission of a
paper fully devoted to the founding criteria of Maneage is complete
(arXiv:2006.03018), it was time to formalize the necessary steps for easier
submission of a project using Maneage and implement some low-level features
that can make things easier.
With this commit a first draft of the publication checklist has been added
to 'README-hacking.md', it was tested in the submission of arXiv:2006.03018
and zenodo.3872248. To help guide users on implementing the good practices
for output datasets, the outputs of the default project shown in the paper
now use the new features). After reading the checklist, please inspect
these.
Some other relevant changes in this commit:
- The publication involves a copy of the necessary software
tarballs. Hence a new target ('dist-software') was also added to
package all the project's software tarballs in one tarball for easy
distribution.
- A new 'dist-lzip' target has been defined for those who want to
distribute an Lzip-compressed tarball.
- The '\includetikz' LaTeX macro now has a second argument to allow
configuring the '\includegraphics' call when the plot should not be
built, but just imported.
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Until now, Maneage would only build Flock before building everything else
using Make (calling 'basic.mk') in parallel. Flock was necessary to avoid
parallel downloads during the building of software (which could cause
network problems). But after recently trying Maneage on FreeBSD (which is
not yet complete, see bug #58465), we noticed that the BSD implemenation of
Make couldn't parse 'basic.mk' (in particular, complaining with the 'ifeq'
parts) and its shell also had some peculiarities.
It was thus decided to also install our own minimalist shell, Make and
compressor program before calling 'basic.mk'. In this way, 'basic.mk' can
now assume the same GNU Make features that high-level.mk and python.mk
assume. The pre-make building of software is now organized in
'reproduce/software/shell/pre-make-build.sh'.
Another nice feature of this commit is for macOS users: until now the
default macOS Make had problems for parallel building of software, so
'basic.mk' was built in one thread. But now that we can build the core
tools with GNU Make on macOS too, it uses all threads. Furthermore, since
we now run 'basic.mk' with GNU Make, we can use '.ONESHELL' and don't have
to finish every line of a long rule with a backslash to keep variables and
such.
Generally, the pre-make software are now organized like this: first we
build Lzip before anything else: it is downloaded as a simple '.tar' file
that is not compressed (only ~400kb). Once Lzip is built, the pre-make
phase continues with building GNU Make, Dash (a minimalist shell) and
Flock. All of their tarballs are in '.tar.lz'. Maneage then enters
'basic.mk' and the first program it builds is GNU Gzip (itself packaged as
'.tar.lz'). Once Gzip is built, we build all the other compression software
(all downloaded as '.tar.gz'). Afterwards, any compression standard for
other software is fine because we have it.
In the process, a bug related to using backup servers was found in
'reproduce/analysis/bash/download-multi-try' for calling outside of
'basic.mk' and removed Bash-specific features. As a result of that bug-fix,
because we now have multiple servers for software tarballs, the backup
servers now have their own configuration file in
'reproduce/software/config/servers-backup.conf'. This makes it much easier
to maintain the backup server list across the multiple places that we need
it.
Some other minor fixes:
- In building Bzip2, we need to specify 'CC' so it doesn't use 'gcc'.
- In building Zip, the 'generic_gcc' Make option caused a crash on FreeBSD
(which doesn't have GCC).
- We are now using 'uname -s' to specify if we are on a Linux kernel or
not, if not, we are still using the old 'on_mac_os' variable.
- While I was trying to build on FreeBSD, I noticed some further
corrections that could help. For example the 'makelink' Make-function
now takes a third argument which can be a different name compared to the
actual program (used for examle to make a link to '/usr/bin/cc' from
'gcc'.
- Until now we didn't know if the host's Make implementation supports
placing a '@' at the start of the recipe (to avoid printing the actual
commands to standard output). Especially in the tarball download phase,
there are many lines that are printed for each download which was really
annoying. We already used '@' in 'high-level.mk' and 'python.mk' before,
but now that we also know that 'basic.mk' is called with our custom GNU
Make, we can use it at the start for a cleaner stdout.
- Until now, WCSLIB assumed a Fortran compiler, but when the user is on a
system where we can't install GCC (or has activated the '--host-cc'
option), it may not be present and the project shouldn't break because
of this. So with this commit, when a Fortran compiler isn't present,
WCSLIB will be built with the '--disable-fortran' configuration option.
This commit (task #15667) was completed with help/checks by Raul
Infante-Sainz and Boud Roukema.
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In time, some of the copyright license description had been mistakenly
shortened to two paragraphs instead of the original three that is
recommended in the GPL. With this commit, they are corrected to be exactly
in the same three paragraph format suggested by GPL.
The following files also didn't have a copyright notice, so one was added
for them:
reproduce/software/make/README.md
reproduce/software/bibtex/healpix.tex
reproduce/analysis/config/delete-me-num.conf
reproduce/analysis/config/verify-outputs.conf
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Recently (in Commit 8eb0892e) the Gnuastro configuration files moved under
"reproduce/analysis/config/gnuastro" directory (before that they were in
`reproduce/software/config/gnuastro)'. But this hadn't been reflected in it
the variable that defines this directory in `initialize.mk'.
With this commit, the address of the Gnuastro configuration files directory
is corrected, allowing Gnuastro programs to operate properly when it is
used.
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Until now, the comment in the file said that setting the `verify-outputs`
variable to `yes` disables the verification. Looking at
`reproduce/analysis/make/verify.mk` shows that the opposite is true.
With this commit, the word `disable` is replaced with `enable` so that the
user is not confused by the conflict between the source code in the other
file and this comment.
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Until now, throughout Maneage we were using the old name of "Reproducible
Paper Template". But we have finally decided to use Maneage, so to avoid
confusion, the name has been corrected in `README-hacking.md' and also in
the copyright notices.
Note also that in `README-hacking.md', the main Maneage branch is now
called `maneage', and the main Git remote has been changed to
`https://gitlab.com/maneage/project' (this is a new GitLab Group that I
have setup for all Maneage-related projects). In this repository there is
only one `maneage' branch to avoid complications with the `master' branch
of the projects using Maneage later.
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Until now the software configuration parameters were defined under the
`reproduce/software/config/installation/' directory. This was because the
configuration parameters of analysis software (for example Gnuastro's
configurations) were placed under there too. But this was terribly
confusing, because the run-time options of programs falls under the
"analysis" phase of the project.
With this commit, the Gnuastro configuration files have been moved under
the new `reproduce/analysis/config/gnuastro' directory and the software
configuration files are directly under `reproduce/software/config'. A clean
build was done with this change and it didn't crash, but it may cause
crashes in derived projects, so after merging with Maneage, please
re-configure your project to see if anything has been missed. Please let us
know if there is a problem.
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It is this time of year again: TeXLive has transitioned to its 2020 release
and the year is imprinted into the installation directory of TeXLive. Until
now, we have had to manually change this year and it caused complications
and was very annoying.
With this commit, the explicit year has been removed from TeXLive's
installation and we now simply put a `maneage' instead of the year. I tried
this on another system and it worked nicely. Until the time that we can
fully install LaTeX packages from source tarballs, this is the best thing
we could do for now.
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Until now, the preparation phase was always executed before the final build
phase when running `./project make'. But when it becomes necessary, project
preparation can be slow and will un-necessarily slow down the project while
the project is growing (focus is on the analysis that is done after
preparation).
With this commit, preparation will be done automatically the first time
that the project is run (`.build/software/preparation-done.mk' doesn't
exist). However, after preperation is complete once, future runs of
`./project make' won't do preparation any more (by calling
`top-prepare.mk'). They will directly call `top-make.mk' for the analysis.
To manually invoke preparation after the first attempt, the `./project
make' script should be run with the new `--prepare-redo' option.
Also, since the preparation phase is now automatically done before the
analysis phase, the long notice that describes running `./project make' at
the end of the preparation phase has been removed in `top-prepare.mk'. It
now just prints a short line, saying the preparation has been complete.
Finally, when the project has not been run with the proper group
configuration, it ends with an `exit 1' so the main `./project' script
doesn't proceed any further.
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Until now, the final preparation target of the preparation phase depended
on all the `$(makesrc)' files. This caused a problem because we were
telling it to also depend on `prepare.tex' (which is the same file that is
being built).
With this commit, we are applying the same solution we have already done in
`paper.mk' (for `paper.tex'): we are removing `prepare' from the list of
prerequisites.
This bug was found by Zahra Sharbaf.
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Until now, the main download script could only check one server for the
given URL. However, ultimately the actual server that a file is downloaded
from is irrelevant for this project: we actually check its
checksum. Especially in the case of software (which are distributed over
many servers), this can usually be very annoying: the servers may not
properly communicate with the running system and even the 10 trials won't
be enough.
With this commit, the download script
`reproduce/analysis/bash/download-multi-try' can take a new optional
argument (a 5th argument). It assumes this argument is a space-separated
list of server(s) to use as backup for the original URL. When downloading
from the original URL fails, it will look into this list and try
downloading the same file from each given server.
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Until now the shell scripts in the software building phase were in the
`reproduce/software/bash' directory. But given our recent change to a
POSIX-only start, the `configure.sh' shell script (which is the main
component of this directory) is no longer written with Bash.
With this commit, to fix that problem, that directory's name has been
changed to `reproduce/software/shell'.
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Until now, the project would first ask for the basic directories, then it
would start testing the compiler. But that was problematic because the
build directory can come from a previous setting (with `./project configure
-e'). Also, it could confuse users to first ask for details, then suddently
tell them that you don't have a working C library! We also need to store
the CPATH variable in the `LOCAL.conf' because in some cases, the compiler
won't work without it.
With this commit, the compiler checking has been moved at the start of the
configure script. Instead of putting the test program in the build
directory, we now make a temporary hidden directory in the source directory
and delete that directory as soon as the tests are done.
In the process, I also noticed that the copyright year of the two hidden
files weren't updated and corrected them.
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Until now, the configuration Makefiles (in
`reproduce/software/config/installation' and `reproduce/analysis/config')
had a `.mk' suffix, similar to the workhorse Makefiles. Although they are
indeed Makefiles, but given their nature (to only keep configuration
parameters), it is confusing (especially to early users) for them to also
have a `.mk' (similar to the analysis or software building Makefiles).
To address this issue, with this commit, all the configuration Makefiles
(in those directories) are now given a `.conf' suffix. This is also assumed
for all the files that are loaded.
The configuration (software building) and running of the template have been
checked with this change from scratch, but please report any error that may
not have been noticed.
THIS IS AN IMPORTANT CHANGE AND WILL CAUSE CRASHES OR UNEXPECTED BEHAVIORS
FOR PROJECTS THAT HAVE BRANCHED FROM THIS TEMPLATE. PLEASE CORRECT THE
SUFFIX OF ALL YOUR PROJECT'S CONFIGURATION MAKEFILES (IN THE DIRECTORIES
ABOVE), OTHERWISE THEY AREN'T AUTOMATICALLY LOADED ANYMORE.
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The checklist descriptions were slightly edited to be more clear. Also,
while following them, I noticed that while removing the "delete-me" parts
on `verify.mk', would cause an error: the `if [ $$m == delete-me ];'
statement we were saying to delete cause an error because `elif' was the
first statement Bash would see. So with this commit, the `download'
conditional (which isn't instructed to be deleted) was set to be the top
(with an `if') and the `delete-me' conditional now has an `elif'.
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Until now, if the file to be verified didn't exist, a different checksum
would be generated, and it would stop, but it wasn't immediately clear if
the differing checksum is because the file doesn't exist at all!
With this commit, before calculating the checksum, we first make sure if
the file exists. If it doesn't exist an explicit error is printed and thus
will help the project editor to find the cause of the problem.
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Until now, the only verification that the template provided was the
published PDF. Users had to manually compare the published and generated
PDFs (numbers, plots, tables) and see if they obtained the same
result. However, this type of manual verification is not good and is prone
to frustration and missing important differences.
With this commit, a new Makefile has been added in the analysis steps:
`verify.mk'. It provides facilities to easily verify the results that go
into the paper. For example tables that go into making the paper's plots,
or the LaTeX macros that blend into the text. See the updated parts in
`README-hacking.md` for a more complete explanation.
This completes task #15497.
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Now that its 2020, its necessary to include this year in the copyright
statements.
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Until now, when an input dataset already exists in `INDIR', the template
would just make a symbolic link to it in the build directory. However, in
many cases, the files in INDIR will actually be links to other locations on
the filesystem and some programs have problems following too many links.
With this commit, the template is now using the `readlink' program (part of
GNU Coreutils) to follow a possible link and point the link in the build
directory directly to an actual non-link file.
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Some minor corrections were made in the template:
- When making the distribution, `.swp' files (created by Vim) are also
removed.
- Autoconf is set as a prerequisite of Automake
I was also trying to add the Apache log4cxx, but its default 0.10.0 tarball
needs some patches, so I have just left it half done until someone actually
needs it and we apply the patch.
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The steps to package the project have been made slightly more clear and
also the temporary directory that is created for packaging is deleted after
the tarball is made.
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Until now, when you ran `make clean', all the directories under
`$(BDIR)/tex/' would be deleted except for `macros' and `build'. This was
good for the single-user mode. But in group mode, this would delete the
user-specific TeX build directory because its called `build-USER', not
`build'.
With this commit, to fix the problem, we define the new `texbtopdir' and
based on the group condition, and use that to specify which directory to
not delete.
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Until now, this script would always only work with a file-lock. But in some
scenarios, we might want to download in parallel. For example when the
system has multiple ports to the internet.
With this commit, we have added this feature: when the lockfile name is
`nolock', it won't lock and will download in parallel.
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Since ImageMagick can take long to build, we are now building it in
parallel. Also, the part where we replace an `_' with `\_' in the software
version at the end of the configure script was removed. It is more
clear/readable that the actual rule that includes such a name deals with
the underline (as is the case for `sip_tpv' which already dealt with it).
Finally, I noticed that the checks at the start of `top-prepare' were
missing new-lines. I had forgot that the Make single-shell variable isn't
activated in this stage yet.
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A special directory is now defined in `initialize.mk' that can be used in
both the preparation and build phases. Also, the contents of prepared
results can now be conditionally read during `./project make'.
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In many real-world scenarios, `./project make' can really benefit from
having some basic information about the data before being run. For example
when quering a server. If we know how many datasets were downloaded and
their general properties, it can greatly optmize the process when we are
designing the solution to be run in `./project make'.
Therefore with this commit, a new phase has been added to the template's
design: `./project prepare'. In the raw template this is empty, because the
simple analysis done in the template doesn't warrant it. But everything is
ready for projects using the template to add preparation phases prior to
the analysis.
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Until now, we were assuming that the users would just clone the project in
Git. But after submitting arXiv:1909.11230, and trying to build directly
from the arXiv source, I noticed several problems that wouldn't allow users
to build it automatically. So I tried the build step by step and was able
to find a fix for the several issues that came up.
The scripting parts of the fix were primarily related to the fact that the
unpacked arXiv tarball isn't under version control, so some checks had to
be put there. Also, we wanted to make it easy to remove the extra files, so
an extra `--clean-texdit' option was added to `./project'.
Finally, some manual corrections were necessary (prior to running
`./project', which are now described in `README.md'. Most of the later
steps can be automated and we should do it later, I just don't have enough
time now.
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Until now, the pipeline was instructed to only ignore the current temporary
project distribution directory. So if there were directories from previous
builds, they were wrongly included in the current tarball.
With this commit, we don't just ignore the directory of the current
distribution, but generally, all directories starting with `paper-v*'.
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Until now, when the commit was tagged, `git describe' would just print the
tag and no longer the commit checksum. This is bad because the checksum is
a much more robust way to confirm the point in history.
With this commit the `--long' option has been added to `git describe' to
fix this issue. From now on, when we are on a tag, it will print the tag
followed by a `-0-' and the first characters of the checksum.
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`./project make dist' will package all the LaTeX-specific files (and
analysis source files) into one `tar.gz' file that is ready to upload to
servers like arXiv. However, it wasn't updated for some time, so running it
would complain about not having a `configure' script in the top of the
project.
With this commit, it now works with the new file-structure of the project
and also copies all the BibLaTeX source files and `paper.bbl' into the top
tarball directory, which allows arXiv to build the paper as intended.
The output of `./project make dist' has been uploaded and tested on arXiv
and it is built by arXiv perfectly.
Also, a short description of all the special `make' targets was added to
the output of `./project --help'.
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Until now, OpenMPI would complain about not having `ssh' or `rsh' as a
remote shell feature. However, such features should not be necessary in a
reproducible scenario and they also have major security issues.
With this commit, we are now using OpenMPI's `OMPI_MCA_plm_rsh_agent'
environment variable to disable any remote shell dependency for it (as
suggested by Boud). Therefore, any dependency for OpenSSH has been
removed. But I thought to keep the build instructions incase it may be
useful under some un-foreseen scenario. However, to discourage people from
building it, a notice was added ontop of the build instructions.
This bug was found, tested and solved thanks to Roberto Baena Gallé and
Boud Roukema.
This fixes bug #56724.
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Until now, when you needed to completely clean a project (with `./project
make distclean') the Git hooks that are installed during configure time
would cause problems when committing (the `pre-commit' hook in particular
won't allow you to commit anything!).
With this commit, before deleting the software, the template first removes
these Git hooks.
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Until now the only way to define the environment of the Make recipes was
through the exported Make variables (mostly in `initialize.mk' for the
analysis steps for example). However, there is only so much you can do with
environment variables! In some situations you want slightly more
complicated environment control, like setting an alias or running of
scripts (things that are commonly done in the `~/.bashrc' file of users to
configure their interactive, non-login shells).
With this commit, a `reproduce/software/bash/bashrc.sh' has been defined
for this job (which is currently empty!). Every major Make step of the
project adds this file as the `BASH_ENV' environment variable, so the shell
that is created to execute a recipe first executes this file, then the
recipe. Each top-level Makefile also defines a `PROJECT_STATUS' environment
variable that enables users to limit their envirnoment setup based on the
condition it is being setup (in particular in the early phase of
`basic.mk', where the user can't make any assumption about the programs and
has to write a portable shell script).
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We recently moved the system's `rm' program absolute address to a shell
variable that is found during the `./project' script. But I had forgot to
account for the difference between the Make and Bash variable naming
differences. I had also forgot to add a value to the HOME variable.
With this commit both are corrected: the system's `rm' path is now called
`sys_rm' and the HOME variable is set.
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Until now, to work on a project, it was necessary to `./configure' it and
build the software. Then we had to run `.local/bin/make' to run the project
and do the analysis every time. If the project was a shared project between
many users on a large server, it was necessary to call the `./for-group'
script.
This way of managing the project had a major problem: since the user
directly called the lower-level `./configure' or `.local/bin/make' it was
not possible to provide high-level control (for example limiting the
environment variables). This was especially noticed recently with a bug
that was related to environment variables (bug #56682).
With this commit, this problem is solved using a single script called
`project' in the top directory. To configure and build the project, users
can now run these commands:
$ ./project configure
$ ./project make
To work on the project with other users in a group these commands can be
used:
$ ./project configure --group=GROUPNAME
$ ./project make --group=GROUPNAME
The old options to both configure and make the project are still valid. Run
`./project --help' to see a list. For example:
$ ./project configure -e --host-cc
$ ./project make -j8
The old `configure' script has been moved to
`reproduce/software/bash/configure.sh' and is called by the new `./project'
script. The `./project' script now just manages the options, then passes
control to the `configure.sh' script. For the "make" step, it also reads
the options, then calls Make. So in the lower-level nothing has
changed. Only the `./project' script is now the single/direct user
interface of the project.
On a parallel note: as part of bug #56682, we also found out that on some
macOS systems, the `DYLD_LIBRARY_PATH' environment variable has to be set
to blank. This is no problem because RPATH is automatically set in macOS
and the executables and libraries contain the absolute address of the
libraries they should link with. But having `DYLD_LIBRARY_PATH' can
conflict with some low-level system libraries and cause very hard to debug
linking errors (like that reported in the bug report).
This fixes bug #56682.
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Until now we were only setting the `LD_LIBRARY_PATH' environment variable
for GNU/Linux systems. But macOS systems use the `DYLD_LIBRARY_PATH'.
With this commit, for better control over the environment, we are also
fixing `DYLD_LIBRARY_PATH' in all the places that we are setting the
general environment variables.
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While reviewing Prasenjit's commits, I noticed that we had forgot to add
the citation for TIDES, also to make things clear, the program/library
build rules are now sorted alphabetically.
Finally, I noticed that after building the TiKZ PDF figures, it is crashing
(like on Prasenjit's computer). After looking around, I noticed its because
we were setting the of the `TEXINPUTS' environment variable to be the
installed TeX Live directory (which was ultimately redundant because by
default TeX will look into where it was installed). The important thing is
just that we remove any possible value the host system has, not to set new
directories.
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TIDES is an ODE integrator with multiple-precision arithmetic.
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Several corrections were necessary in the basic build: 1) the
version of GCC on some systems includes an `_' which would cause
a crash when building the PDF. 2) libcharset had to be manually
added to the Git build.
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Until now, for some reason, the permission flags of `top.mk' were 755 (good
for an executable), not 644 (which is what they should be for a plain text
file that is run by another program).
This is corrected with this commit.
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There weren't any conflicts in this merge.
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With this commit, ImageMagick software has been added into the project.
This software is useful to deal and treat images from the command line.
Since it is widely used and a lot of other programs rely on it, it is
worth to have it into the project.
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Until now, the `tex/build' symbolic link was put in the clone/source tree
when the build-directory's `tex' directory was being built. Thanks to
Roberto Baena, we just found a bug because of this behavior: when a second
group member is trying to build the pipeline, since the build directory's
`tex' directory already exists, no `tex/build' will be put in their
clone/source directory. As a result, the PDF building will crash.
To fix this (and keep things organized), the two `tex/build' and `tex/tikz'
links (to the build directory) are now built in the configure step while it
is building all the top-level directories. They are no longer built within
the Makefiles.
Also, a comment was added on top of every directory built during the
configuration phase to be clear.
This fixes bug #56362.
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