In any event, for any of you poor suckers that do and need access to datetime components within a batch, here’s an ugly solution… If you know of a better way.. I’m all ears!

echo %DATE% %TIME% > datefile.txt
REM parse Datefile (format mon MM-DD-YYYY (US date and time setting default))
For /F "tokens=2,3,4 delims=/ " %%a in (datefile.txt) do (set CurrentMonth=%%a&& set currentDate=%%b&& set /A currentYear=%%c)
For /F "tokens=3,4,5 delims=: " %%a in (datefile.txt) do (set CurrentHour=%%a&& set currentMinute=%%b&& set currentSecond=%%c)
echo Timstamp is: %CurrentYear%%CurrentMonth%%CurrentDate%%CurrentHour%%CurrentMinute%%CurrentSecond%


God help us all thats fugly!

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After spending several nights reinstalling Xcode, updating my macports, trying to compile from src to no avail I had someone recommend Homebrew to me. At first I figured.. meh.. another package manager that won’t work… suprisingly.. it did!.. Macports is garbage in comparison.. so to get to the good stuff.. here’s the steps to take if you find yourself in this situation!

1) Best to start clean.. first thing was to wipe the macports installs.


sudo port -f uninstall installed

sudo rm -rf /opt/local \
/Applications/MacPorts \
/Applications/DarwinPorts \
/Library/Tcl/macports1.0 \
/Library/Tcl/darwinports1.0 \
/Library/LaunchDaemons/org.macports.* \
/Library/StartupItems/DarwinPortsStartup \
/Library/Receipts/MacPorts*.pkg \
/Library/Receipts/DarwinPorts*.pkg \
~/.macports


2) Download and install the latest XCode development tools.. your DVD is probably out of date. Ensure that the optional components for command line development are installed (”Unix Development” in the Xcode 3.x installer). Also include the X11 items.

3) Rebooted and hold down ‘6′ and ‘4′ keys to switch to 64 bit mode… (by default snow leopard boots in 32 bit mode.. you can check this in the System Profiler).

4) Install homebrew
sudo chown -R `whoami` /usr/local
curl -L http://github.com/mxcl/homebrew/tarball/master | tar xz –strip 1 -C /usr/local
brew install git

5) Install mysql
brew install mysql
export ARCHFLAGS=”-arch i386 -arch x86_64″
gem install mysql — –with-mysql-dir=/usr/local \
–with-mysql-config=/usr/local/bin/mysql_config

6) Install imagemagick
brew install imagemagick

and finally:

7) sudo gem install rmagick

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1) Modify system preferences by executing this line in a terminal.

defaults write com.apple.systempreferences TMShowUnsupportedNetworkVolumes 1


This will allow you to select the DNS as a backup device when you configure Time Machine.

2) You need to manually create a disk image that Time Machine can understand. The naming convention of this image is key. The name consists of the computers name and mac address of the local eno device without colons. (_.sparsebundle). Easiest way to find out the proper name is to attempt a backup after completing step 1 above. While this is attempting to run, use finder to browse the Volume (Volume_1 in my case) and write down the name of the file its trying to create. The filename will contain .tmp before the .sparebundle. Drop this from the filename and you have the complete name you need to use.

ie: gataca_0021413a0cce.tmp.sparsebundle -> gataca_0021413a0cce.sparsebundle

Open disk utility and create a new disk image on your local drive (you cannot create the image directly on the NFS drive) with the following options:

Format: Spare Bundle Disk Image
Partiions: No Partition Map
Encryption: None
Format: Mac OSX Extended Partition (Journaled)
Size – Maximum Size.. I choose Custom 250GB

After the image is created… manually copy it over to the root of your NFS volume.

3) Kick off the time machine backup and voila!

Now.. be prepared for the caveats of this solution mentioned here.

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Introducing SelectorGadget: point and click CSS selectors

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def colorize(text, color_code)
"#{color_code}#{text}\033[0m"
end

def red(text); colorize(text, "\033[31m"); end
def boldred(text); colorize(text, "\033[1;31m"); end
def green(text); colorize(text, "\033[32m"); end
def boldgreen(text); colorize(text, "\033[1;32m"); end
def yellow(text); colorize(text, "\033[33m"); end
def boldyellow(text); colorize(text, "\033[1;33m"); end
def blue(text); colorize(text, "\033[34m"); end
def boldblue(text); colorize(text, "\033[1;34m"); end
def purple(text); colorize(text, "\033[35m"); end
def boldpurple(text); colorize(text, "\033[1;35m"); end
def cyan(text); colorize(text, "\033[36m"); end
def boldcyan(text); colorize(text, "\033[1;36m"); end
def white(text); colorize(text, "\033[37m"); end
def boldwhite(text); colorize(text, "\033[1;37m"); end


def inform(text); green(text); end
def highlight(text); boldgreen(text); end
def warning(text); yellow(text); end
def alert(text); red(text); end
def section(text); "\n\n#{"*" * 50}\n#{text}\n#{"*" * 50}";

Now by utilizing the wrapper methods like this:

task :testconfig do
logoutputDir = Logging.initialize("#{$deployDir}/logs", $envNameName, $envNameNum)
Logging.info inform("*" * 75)
Logging.info inform(" Starting... ")
Logging.info " Env: " + highlight('development')
Logging.info " Date: " + highlight(Time.now.to_s)
Logging.info " User: " + highlight('jsmith')
Logging.info " Logs Dir: " + highlight('/tmp/projectX/log')
Logging.info inform("*" * 75)
Logging.info inform(".. informational message ...")
Logging.info warning(".. warning message ...")
Logging.info alert(".. alert message ...")
Logging.info highlight(".. highlighted message ..")
Logging.info inform("*" * 75)
Logging.info inform(" Done! ")
Logging.info " Date: " + highlight(Time.now.to_s)
Logging.info " Dist: " + highlight('/tmp/projectX/dist')
Logging.info inform("*" * 75)
end

You'll get pretty output like this:

Sample console output

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1. Unable to open 2 versions of the same project at the same time.  Unless you rename the tibco project, designer does not let you open two version of the same project.
2. Internal editor for java sources is like trying to write a java program in notepad.  Why not allow it to link to an external editor?
3. No Subversion (svn) support.  Has perforce and cvs but no svn?.. get with the times already
4. Service deployments (.ear) files on a linux environment consume the max amount of memory allotted.. (approx 512mb per .ear).  This makes a SOA architecture hard to achieve if end up having to bundle services into a single .ear due to hardware constraints… imagine 60 services with this overhead.
5. Generated files do not present themselves in a standard order.  Often if you resave a project the xml will be re-ordered, thus triggering your source control tool to think there is an uncommitted change even if there isn’t one.
6. When defining a process archive designer prevents you from adding multiple process starters.  Strangely if you add them all at once instead of one by one this is ok.  This could be the scenario when you have a service with multiple processes that listen on different queues.  Why designer isn’t consistent I don’t know..  stop assuming to ‘know’ what I’m trying to do!

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on :start do
verifyParametersAndInitialize()
end

callback options:

1. :before, triggered before a task is invoked
2. :after, triggered after a task is invoked
3. :start, triggered before a top-level task is invoked via the command-line
4. :finish, triggered when a top-level task completes
5. :load, triggered after all recipes have loaded
6. :exit, triggered after all tasks have completed

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Migrations are a beautiful way to properly version, co-ordinate and apply the changes you need to your various database environments.  I never knew of a way to do this in a non-rails environment, until now. Step in AutoPatch.

Some alternatives to AutoPatch exist such as migrate4j and Liquibase. Each with their own flavor of how to tackle the problem. AutoPatch was the winner for me as you don’t have to write your migrations in some custom DSL (xml in the case of Liquibase, or java for migrate4j). Our existing .sql scripts worked just fine!

Our shop is currently using Capistrano for deployments. Blending Autopatch with Capistrano was relatively straightforward. Below are two sample tasks that can be added to facilitate AutoPatch’s cmd line info and migrate calls.

desc "Display database migration levels."
task :dbinfo do
cmdAPClasspath = "#{deployDir}/applications/database/lib/oracle/ojdbc14_g.jar" \
+ ":#{deployDir}/dist/prepare/database" \
+ ":#{deployDir}/lib/java/tk-autopatch-1.2-b-cvs.jar" \
+ ":#{deployDir}/lib/java/log4j-1.2.8.jar" \
+ ":#{deployDir}/lib/java/commons-logging-1.0.3.jar" \
+ ":#{deployDir}/lib/java/commons-collections-3.2.1.jar" \
+ ":#{deployDir}/lib/java/commons-lang-2.2.jar" \
+ ":#{deployDir}/lib/java/tk-util-1.1.2.jar"
cmdAPPatchInfo = "java -cp #{cmdAPClasspath} " \
+ "com.tacitknowledge.util.migration.jdbc.MigrationInformation #{systemName}"
system(cmdAPPatchInfo)
end

desc "Apply database migrations."
task :dbmigrate do
cmdAPClasspath = "#{deployDir}/applications/database/lib/oracle/ojdbc14_g.jar" \
+ ":#{deployDir}/dist/prepare/database" \
+ ":#{deployDir}/lib/java/tk-autopatch-1.2-b-cvs.jar" \
+ ":#{deployDir}/lib/java/log4j-1.2.8.jar" \
+ ":#{deployDir}/lib/java/commons-logging-1.0.3.jar" \
+ ":#{deployDir}/lib/java/commons-collections-3.2.1.jar" \
+ ":#{deployDir}/lib/java/commons-lang-2.2.jar" \
+ ":#{deployDir}/lib/java/tk-util-1.1.2.jar"
cmdAPPatchInfo = "java -cp #{cmdAPClasspath} " \
+ "com.tacitknowledge.util.migration.jdbc.StandaloneMigrationLauncher #{systemName}"
system(cmdAPPatchInfo)
end

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Well after years of using it today I finally found the answer. Simply search for ‘label:unread‘ messages and your set!.. wonder what other nifty searches you can preform?

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[notification]
smtp_enabled = true
use_tls = true
mime_encoding = base64
smtp_server = smtp.gmail.com
smtp_port = 587
smtp_user = user
smtp_password = password

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