$50 off Surefire Echo

Check it out, a really great knife which has already come down in price (to a more realistic number), is now $50 off.  This deal doesn’t seem to be too well advertised.  Get them while they are available, and Surefire will donate $25 to a great cause (Task Force Dagger Foundation)!

Task Force Dagger Foundation:

“Mission Statement

The Task Force Dagger Foundation is dedicated to providing immediate assistance to USASOC soldiers and their families with a demonstrated need. The TF Dagger Foundation also sponsors and organizes recreational therapy activities that foster a sense of well-being, offer encouragement, and assists the service member’s recovery from wounds or injuries sustained in the line of duty.”

Surefire is chipping in to help out the folks who are both a large customer base, as well as provide design assistance. 

“Twenty-five dollars from every sale will go to the Task Force Dagger Foundation to assist USASOC soldiers and their families who are experiencing financial difficulties.”

Even better, the price goes for $199 –> $150.

Here is a pic of the Limited Edition knife: EW 05 TFD $50 off Surefire Echo

Here is the page!






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vSphere Client and general VMware/ESXi notes–Part 1

How to COPY a VM from one ESXi server to another when you don’t have access to the physical server (only access via vSphere Client)?

Method #1 (note* I suggest this is done on a machine (could be a vm) located near (network wise) the servers – otherwise its extremely slow):

  1. Download “VMware vCenter Converter Standalone Client” –> Install
  2. select “Convert machine” 
  3. In the GUI, select a source type of “VMware Infrastructure virtual machine”
  4. populate the server /user/password information for the ESXi server where the VM is located, click “Next”
  5. Click to select the VM you want to copy, click “Next”
  6. Select an appropriate destination type (in my case VMware Infrastructure virtual machine), and populate the server / user / password data, click “Next”
  7. Name your VM for the destination – be careful here as unusual characters (like ‘[‘) will end up interpreted differently in the datastore as something like ‘+Ww-‘ – so a name like ‘Test[1]’ would create files in the datastore like ‘Test+Ww-1+X.vmx’ and ‘Test+Ww-1+X.vmdk’, which may not be what you want.
  8. *optional Select the Resource Pool for the VM to be stored in, click “Next”
  9. Review the settings, edit if desired, click “Next”
  10. One final review, click “Finish”

Method #2MOVE or COPY, depending on what you select (also generally slower than #1):

Create a NFS server in your network somewhere, giving it anonymous user access

For each ESXi server you want to copy between do the following:

  1. Create a 2nd datastore (in vSphere Client select Inventory, then select the ESXi server, select the “Configuration” tab, select storage from the Hardware list, click the “Add Storage… link)
  2. Select the “Network File System” radio button, click “Next”
  3. Populate the IP or Hostname of the NFS server created in step #1
  4. Populate the share name you created for the account in the Folder field
  5. Give your new datastore a name, and click “Next”
  6. Review your settings, click “Finish”

On the source ESXi server, browse the datastore (navigate to the datastore as above), select the datastore, right click and select “Browse Datastore”

Find the folder that represents the on-disk storage for the VM files, select the folder icon.  In the file window, select all the files you want to move (usually all of them) (* here you may want to first use snapshot manager to merge any snapshots so there is less data to move).

Right click on the selected files and click “Move to”.  Read and understand the warning that pops up.  Select your destination datastore (the NFS datastore).

Reverse the process on the other ESXi server, moving from the NFS datastore to the local datastore.

Once you have moved or copied all the files, select the .vmx file in the datastore, right click and “Add to Inventory”.

 

When in Windows Server 2003 your VMware tools needs updated, but clicking on update VMware tools via the GUI doesn’t do anything, what do you do?

Uninstall VMware Tools via Add/remove programs, then after restart, from vSphere client select the VM in the inventory, click Inventory –> Virtual Machine –> Guest –>  Install/Upgrade VMware Tools, then log into the VM and double click on the CD Rom from My Computer.

OOPs, I accidentally included strange characters in the name of my VM, and now the datastore is showing some wacky representation of my VM name, how do I fix this?  Well, you would normally want to do something like double click on the file and simply give it a new name – however you will get an error when you try this with the virtual disk file:

At the moment, vSphere Client does not support the renaming of virtual disks as the machines that use this disk may loose access to the disk.

Oh crap…

So, the solution I have used, is to simply move the VM like in #1 above in the same datastore, giving it a new name in the process.  Seems to work for me, but for such a simple process, its not very fast.  If you wanted to move it, your going to have to delete the old copy from disk after the new copy is in place.






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Extremely Annoying Ringtones

I use my iPhone as a pager (via SMS alerts) and need a ringtone that can ALWAYS wake me up in the middle of the night.  The default ringtones from Apple just don’t cut it (especially the ones used for text alerts).  So, like any geek, I created my own.

 

Here are a few different tones you can use for alarm sounds or very annoying ringtones.

Listen to the #1 Annoying Ringtone           Download as iPhone Ringtone

Listen to the #2 Annoying Ringtone           Download as iPhone Ringtone

 

A Few additional (less annoying) ringtones:

Air Raid Siren   |   Air Horn   |   BioHazard   |   Buzzer   |   Emergency Broadcast System   |   Fire Alarm

 

These ringtones were created by using sounds from freesound, recombined in Audacity with various tweaks.

 

Some or all of the following sounds were used:

Set 1

Set 2






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How to convert MRDS mines data to Garmin POI

Figured I would create a quick how-to on converting the MRDS mines data to POI.  This covers how to manually create a file from MRDS format to Garmin POI format.  To do this in an automated fashion (no real clue why you wouldn’t), see a future post on how to use MRDS-2-POI an application I created to automate the re-formatting. 

First, go to the MRDS download page.  Select you area of interest by clicking on the area you want to download:

MRDS DOWNLOAD PAGE thumb How to convert MRDS mines data to Garmin POI

Then select CSV from the download dropdown next to “Choose Format”, and select “Get Data”:

MRDS NV thumb How to convert MRDS mines data to Garmin POI

Then either download the zipped file, or the clear text file by right clicking and saying “save target as”

MRDS SAVE thumb1 How to convert MRDS mines data to Garmin POI

Once you have the file downloaded (as either text or csv), then you can massage the data manually:

MRDS FILE thumb How to convert MRDS mines data to Garmin POI

as you can see there is a header line with a leading comma, and then the rows start with no leading comma.  To import via POI Loader, you are going to need to delete the header line, and re-arrange the fields from the format:

dep_id,mrds_id,mas_id,site_name,latitude,longitude….

to

longitude,latitude,site_name,comment(s)

Here is what GARMIN says about their POI CSV format:

Creating .CSV Files

POI Loader accepts .csv files that contain longitude, latitude, speed alert information, and optional comments. You can create .csv files using a text editor, MS Excel, or a similar program.

POI Loader assumes a .csv file utilizes the following format for each POI (brackets [ ] denote optional text):

<Lon>,<Lat>,["]<Name>[@<Alert Speed>]["],["] [comment]["]

Longitude and latitude must appear in WGS84 decimal degrees format (ddd.ddddd; negative numbers indicate West and South).

If you include quotes around the name or comment, you can include line breaks in the text.

The following are examples of Custom POIs in the proper format:

-94.79731,38.81099,Ridgeview@25

-94.74240,38.81952,Heritage Park,Perfect site for a picnic

-94.76416,38.81227,Garmin,"1200 E. 151st Street

Olathe,KS 66062
913/397.8300"

 

In case you would like to know, here is the description for each header of the MRDS Mines data:

Mineral Resources > Online Spatial Data > Mineral Resources Data System

Database fields, all categories

Site identification
  dep_id A unique 12-digit system generated sequence number which references records of information pertaining to a mineral property
  mrds_id Identification number used to refer to this entry in the Mineral Resources Data System, if the record appeared in that database.
  mas_id Identification number for this site as it appeared in the Mineral Availability System/Mineral Industry Locator System database,
  site_name Current (preferred) form of the name of the site, deposit, or operation to which the record refers.
  prev_name Names by which the site or operation has bee known in the past.
Geographic location
  latitude Geographic latitude of the site, WGS84
  longitude Geographic longitude of the site, WGS84
  region Code indicating the geographic region
  country Name of the country in which the site is located
  state Name of the state or province in which the site is located
  county Name of the county in which the site is located
Site characteristics
  oper_type Type of operation existing or proposed at the site.
  dep_type General type of deposit or resource present at the site.
  prod_size A broad characterization of the magnitude of production at the site.
  dev_stat Status of development of the resource or operation.
  ore Name of the ore mineral or material found in this deposit.
  gangue Name of the gangue mineral or material found in this deposit.
  other_matl Name of other minerals or materials found in this deposit.
  orebody_fm Form and shape of the ore body.
  work_type General type of workings at the site.
  model Mineral deposit models that characterize the site. Multiple models are delimited by braces, with a model number for each.
  alteration Geochemical alteration, if any, believed to have been important in forming or modifying the ore materials of a deposit.
  conc_proc Geological processes that are believed to have occurred to concentrate ore materials in the deposit
  ore_ctrl Geologic features, typically structural, that exert control over the form, extent, or character of the deposit.
  reporter Names of the persons primarily responsible for entering information about the site.
  hrock_unit Lithologic and stratigraphic information regarding the host rocks for the ore deposit
  hrock_type Controlled term(s) indicating the type of host rocks, taken from Lithclass 6.2
  arock_unit Lithologic and stratigraphic information regarding the rocks for the ore deposit that are not specifically identified as host ro
  arock_type Controlled term(s) indicating the type of associated rocks, taken from Lithclass 6.2
  structure Description of geological structures at or near the deposit.
  tectonic Description of tectonic setting within which the deposit is found, includes regional geologic structure.
  ref Bibliographic references providing information supporting the database record. Braces delimit multiple references.
  yfp_ba Value < indicates production first began before the year specified in YR_FST_PRD; > indicates production began after that year.
  yr_fst_prd Year of first production at the site. May be modified by YFP_BA.
  ylp_ba Value < indicates production ended before the year specified in YR_LST_PRD; > indicates production ended after that year.
  yr_lst_prd Year of last production at the site. May be modified by YLP_BA.
  dy_ba If present, < in this field indicates that discovery occurred prior to the value in DISC_YR; likewise > indicates discovery occu
  disc_yr Year the site was discovered. The value of DY_BA may modify the meaning of this value.
  prod_yrs Description of the production history, including breaks or interruptions between first and last production years.
  discr Name and address (if known) of the company, organization, or person most closely associated with the discovery of the resource.
Commodities
  com_type Type of commodities present: metallic (M), non-metallic (N), or both (B)
  commod1 Primary commodities present, a comma-separated list. Commodity qualifiers follow each commodity, delimited by a hyphen.
  commod2 Secondary commodities present, a comma-separated list. Commodity qualifiers follow each commodity, delimited by a hyphen.
  commod3 Other commodities present, a comma-separated list. Commodity qualifiers follow each commodity, delimited by a hyphen.

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