Sync README.md with upstream

README.md

@@ -331,7 +331,7 @@ And then make a signature per package:
 If the RSA key was protected with a passphrase you'll have to type it, or alternatively set
 it via the `XBPS_PASSPHRASE` environment variable.
 
-Once the binary packages have been signed, check the repository contains the appropriate `hex fingerprint`:
+Once the binary packages have been signed, check if the repository contains the appropriate `hex fingerprint`:
 
 	$ xbps-query --repository=hostdir/binpkgs -vL
 	...
@@ -344,7 +344,7 @@ Each time a binary package is created, a package signature must be created with
 ### Rebuilding and overwriting existing local packages
 
 Packages are overwritten on every build to make getting package with changed build options easy.
-To make xbps-src skip build and preserve first package build with with given version and revision,
+To make xbps-src skip build and preserve first package build with given version and revision,
 same as in official void repository, set `XBPS_PRESERVE_PKGS=yes` in `etc/conf` file.
 
 Reinstalling a package in your target `rootdir` can be easily done too:
@@ -359,7 +359,7 @@ the package from the desired repository.
 <a name="distcc"></a>
 ### Enabling distcc for distributed compilation
 
-Setup the slaves (machines that will compile the code):
+Setup the workers (machines that will compile the code):
 
     # xbps-install -Sy distcc
 
@@ -372,7 +372,7 @@ Enable and start the `distccd` service:
     # ln -s /etc/sv/distccd /var/service
 
 Install distcc on the host (machine that executes xbps-src) as well.
-Unless you want to use the host as slave from other machines, there is no need
+Unless you want to use the host as worker from other machines, there is no need
 to modify the configuration.
 
 On the host you can now enable distcc in the `void-packages/etc/conf` file:
@@ -383,8 +383,8 @@ On the host you can now enable distcc in the `void-packages/etc/conf` file:
 
 The example values assume a localhost CPU with 4 cores of which at most 2 are used for compiler jobs.
 The number of slots for preprocessor jobs is set to 24 in order to have enough preprocessed data for other CPUs to compile.
-The slave 192.168.2.101 has a CPU with 8 cores and the /9 for the number of jobs is a saturating choice.
-The slave 192.168.2.102 is set to run at most 2 compile jobs to keep its load low, even if its CPU has 4 cores.
+The worker 192.168.2.101 has a CPU with 8 cores and the /9 for the number of jobs is a saturating choice.
+The worker 192.168.2.102 is set to run at most 2 compile jobs to keep its load low, even if its CPU has 4 cores.
 The XBPS_MAKEJOBS setting is increased to 16 to account for the possible parallelism (2 + 9 + 2 + some slack).
 
 <a name="distfiles-mirrors"></a>
@@ -431,7 +431,7 @@ xbps-src can be used in any recent Linux distribution matching the CPU architect
 
 To use xbps-src in your Linux distribution use the following instructions. Let's start downloading the xbps static binaries:
 
-    $ wget http://alpha.de.repo.voidlinux.org/static/xbps-static-latest.<arch>-musl.tar.xz
+    $ wget http://repo-default.voidlinux.org/static/xbps-static-latest.<arch>-musl.tar.xz
     $ mkdir ~/XBPS
     $ tar xvf xbps-static-latest.<arch>-musl.tar.xz -C ~/XBPS
     $ export PATH=~/XBPS/usr/bin:$PATH