Fix comment line length

sheets/elm

@@ -1,5 +1,6 @@
 # Elm
-# Domain-specific programming language for declaratively creating web browser-based graphical user interfaces.
+# Domain-specific programming language for declaratively creating
+# web browser-based graphical user interfaces.
 
 # Start Elm REPL
 elm repl

sheets/erlang

@@ -1,5 +1,6 @@
 # Erlang
-# General-purpose, concurrent, functional programming language, as well as a garbage-collected runtime system.
+# General-purpose, concurrent, functional programming language,
+# as well as a garbage-collected runtime system.
 
 # See also:
 #   erl

sheets/jshint

@@ -1,11 +1,12 @@
 # jshint
-#
 # JSHint is a fork of JSLint. The reasons for the fork is basically that
-# the author disagrees in some points with Douglas Crockford on JavaScript coding style.
+# the author disagrees in some points with Douglas Crockford
+# on JavaScript coding style.
 #
-# If you're looking for a very high standard for yourself or team, JSLint (by Doug Crockford)
-# If you want to be a bit more flexible,
-# or have some old pros on your team that don't buy into JSLint's opinions, try JSHint
+# If you're looking for a very high standard for yourself or team,
+# use JSLint (by Doug Crockford).
+# If you want to be a bit more flexible, or have some old pros on your team
+# that don't buy into JSLint's opinions, try JSHint.
 
 # to install jshint
 sudo npm install jshint -g

sheets/julia

@@ -1,6 +1,7 @@
 # Julia
-# high-level dynamic programming language designed to address the needs of high-performance numerical analysis
-# and computational science while also being effective for general-purpose programming
+# high-level dynamic programming language designed to address the needs
+# of high-performance numerical analysis and computational science,
+# while also being effective for general-purpose programming.
 
 # Execute script from the file; pass additional arguments
 julia script.jl arg1 arg2

sheets/lvcreate

@@ -6,13 +6,16 @@
 # Create a logical volume of 10 gigabytes in the volume group vg1:
 lvcreate -L 10G vg1
 
-# Create a 1500 megabyte linear logical volume named mylv in the volume group vg1:
+# Create a 1500 megabyte linear logical volume named mylv
+# in the volume group vg1:
 lvcreate -L 1500 -n mylv vg1
 
-# Create a logical volume called mylv that uses 60% of the total space in volume group vg1:
+# Create a logical volume called mylv that uses 60% of the total space
+# in the volume group vg1:
 lvcreate -l 60%VG -n mylv vg1
 
-# Create a logical volume called mylv that uses all of the unallocated space in the volume group vg1:
+# Create a logical volume called mylv that uses all of the unallocated space
+# in the volume group vg1:
 lvcreate -l 100%FREE -n mylv vg1
 
 # Create a snapshot (lvsnap) from a logical volume (/dev/vgA/lv1);

sheets/pg_top

@@ -9,7 +9,8 @@ pg_top -p 5432 -U postgres -d database -W
 #  A
 #      Display the actual query plan (EXPLAIN ANALYZE)
 #  E
-#      Display re-determined execution plan (EXPLAIN) of the SQL statement by a backend process
+#      Display re-determined execution plan (EXPLAIN) of the SQL statement
+#      by a backend process
 #  L
 #      Display the currently held locks by a backend process
 #  Q

sheets/pod

@@ -5,7 +5,8 @@
 # Create a Podfile for the current project with the default contents:
 pod init
 
-# Download and install all pods defined in the Podfile (that haven't been installed before):
+# Download and install all pods defined in the Podfile
+# (that haven't been installed before):
 pod install
 
 # List all available pods:

sheets/qlmanage

@@ -1,11 +1,11 @@
 # qlmanage
-#
 # QuickLook server tool (Mac OS X)
 
 # Display QuickLook for one or multiple files:
 qlmanage -p filename filename2
 
-# Compute 300px wide PNG thumbnails of all JPEGs in the current directory and put them in a directory:
+# Compute 300px wide PNG thumbnails of all JPEGs in the current directory
+# and put them in a directory:
 qlmanage *.jpg -t -s 300 path/to/directory
 
 # Reset Quicklook:

sheets/sgdisk

@@ -9,20 +9,21 @@ sgdisk -g /dev/sda
 sgdisk -m /dev/sda
 
 # Sort GPT partitions
-# when a new partition is created in the space between two partitions or a partition is deleted
+# when a new partition is created in the space between two partitions
+# or a partition is deleted
 sgdisk -s /dev/sda
 
-# Using sgdisk you can create a binary backup consisting of the protective MBR,
-# the main GPT header, the backup GPT header, and one copy of the partition table
+# Create a binary backup consisting of the protective MBR, the main GPT header,
+# the backup GPT header, and one copy of the partition table
 sgdisk -b=sgdisk-sda.bak
 
 # Restore GPT/MBR backup:
 sgdisk -l=sgdisk-sda.bak
 
-# Clone your current device's partition layout '/dev/sda' to another drive '/dev/sdc'
+# Clone partition layout of '/dev/sda' to another drive '/dev/sdc'
 sgdisk -R=/dev/sdc /dev/sda
 
-# If both drives will be in the same computer, you need to randomize the GUIDs after cloning
+# Randomize GUIDs (after cloning)
 sgdisk -G /dev/sdc
 
 

sheets/sox

@@ -8,7 +8,8 @@ sox -m ${input_audiofile1} ${input_audiofile2} ${output_audiofile}
 # Trim an audio file to the specified times:
 sox ${input_audiofile} ${output_audiofile} trim ${start} ${end}
 
-# Normalize an audio file (adjust volume to the maximum peak level, without clipping):
+# Normalize an audio file
+# (adjust volume to the maximum peak level, without clipping):
 sox --norm ${input_audiofile} ${output_audiofile}
 
 # Reverse and save an audio file: