Patch Format Detection Failed
This module's imagemagick version detection suffers a similar bug to the imageapi bug located here: The function _image_imagemagick_check_path() does not check if convert is usable, only if php can access it. PHP's open_basedir value can prevent php from reaching it, yet leave it available for use as a bash command. I've attached a patch to adds the same version checking I suggested in the imageapi module.
To some degree, I don't like duplicating this check. I'd prefer to simply call the imageapi function that preforms the same thing, but I understand if you aren't interested in going that direction with the project. ~/Sites/_sandbox/image-DRUPAL-6--1 joachim$ patch -p0.
Dreditor looks like a fantastic tool. Thanks for the heads up.
Something's wrong with my patch creation through eclipse. I'll have to keep trying to sort it out, and Dreditor might make that easier. The single quote you asked about isn't my code. The developer that wrote the bit I'm trying to patch in for you gets all the credit (linked at the top of this issue, to another issue where he proposes it for imageapi.module). I see no reason it couldn't be unified. I'm going to hand this one off to you, or anyone else what wants to copy the patch with proper line endings.
Going to deal with my own eclipse issues for now. • or to post comments.
I take libgit2.patch in #1396 as an example. What steps will reproduce the problem. Imtoo Ipod Computer Transfer Crack. Users User Desktop libgit2.patch' Patch format detection failed.
Creating a patch in GIT is a great way to share changes that you are not yet ready to push to a public branch of a project. To better understand how we will create a patch, let’s first discuss a little about how GIT stores changes. If you are new to GIT, install git and get a jumpstart from this article. The first time a file is committed to a project in GIT, a copy is stored. For all commits after that, GIT essentially stores instructions telling it how to transform the previous version of the project to the newly committed version. Batman Arkham City Pc Reloaded there. In GIT, these instructions are called “diffs”.
Whenever you checkout a branch, GIT will basically start at the original state of the project, and apply all of these diffs in order, to to get to the desired state. Knowing now how GIT stores commits, it is easy to see that a patch file will simply be a concatenation of the diffs for each of the commits that the patch will span. For our example, let’s assume the following situation: We have a simple project with 2 branches: master and experimental.
$ git log --oneline --all * b36f227 (experimental) third commit -- added file3 * f39ebe8 second commit -- added file2 * 04a26e5 (HEAD, master) first commit -- committed file1 Master is currently at the first commit, while experimental is 2 commits ahead of it. In each commit, I added a file named file1, file2, and file3 respectively. Here is the current state of each branch.
On master, we only have file1: $ git status On branch master nothing to commit, working directory clean $ ls file1 While on experimental, we have all 3 files: $ git status On branch experimental nothing to commit, working directory clean $ ls file1 file2 file3 In this tutorial, we’ll explain how to create a patch of the changes on the experimental branch and apply them to the master. Creating the GIT Patch We will use the git diff command to create the diff output, then redirect it into a file.
The form of the diff command we will use is as follows: git diff from-commit to-commit >output-file where: • from-commit – the point at which we want the patch to start. (In our case, the point at which experimental diverges from master) • to-commit – the patch will span the changes up to and including this point. (In our case, the most recent commit of experimental) • output-file – the patch will be written here Note: if either from-commit or to-commit are omitted, they will be assumed to be HEAD We specify the two commits by their unique hash. Generally, you only have to specify enough of the commit hash to ensure its uniqueness (4 characters will probably do it). $ git diff 04a2 b36f >patch.diff $ ls patch.diff file1 file2 file3 As you see from the above output, the patch file has been created. In this special case, where we want to create a patch of the entire branch, we can let GIT do some of the work for us. We can let GIT determine the point at which our experimental branch diverged from the master branch using the git merge-base command: git diff $(git merge-base ) >git merge-base will determine the most recent common commit between 2 branches.