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WaterRower S3
Step 1- Remove the Lock Button bolts and the Lock Button
Step 2- Remove the Foot Strap bolts and Foot Strap
Step 3- Replace the Foot Strap and the Foot Strap bolts
Step 4- Replace the Lock Button and the Lock Button bolts
Step 1- Remove the Handle from the handle rests and place the handle in the full forward position
Step 2- Remove the handle rest bolts and handle rests as shown.
Step 3- Remove side bolts fixing the foot board to the side rails as shown.
Step 4- Remove the foot board as shown.
Step 5- Replace the foot board as shown.
Step 6- Replace the Handle Rests and Handle Rest Bolts as shown. Do not Tighten the bolts yet.
Step 7- Replace the bolts fastening the foot board to the side rails as shown. When complete tighten all fasteners.
Step 1- Press Heel Rest Lock Button and remove Heel Rest/Footpads
Step 2Press Heel Rest Lock Button and replace Heel Rest/Footpads
Step 1- Press the Heel Rest adjustment button and remove the Heel Rests as shown.
Step 2- Using the 5mm Allen Key provided with the machine, remove the Heel Rest Adjustment Button as shown.
Step 3- Using the 5mm Allen Key, remove the Foot Strap as shown.
Step 4- Using a Phillips Head Screwdriver (not supplied), remove the Cover Plate as shown.
Step 5- Using a Phillips Head Screwdriver (not supplied), replace the Cover Plate as shown.
Step 6- Using the 5mm Allen Key provided with the machine, replace the Foot Strap as shown.
Step 7- Using the 5mm Allen Key provided with the machine, replace the Heel Rest Adjustment Button as shown.
Step 8- Press the Heel Rest adjustment button and replace the Heel Rests as shown.
Step 1-Remove the Handle from the handle rests and place the handle in the full forward position.
Step 1- Remove screws (2) fastening the battery cover at the rear of the monitor as shown.
Step 2- Remove the Battery Cover as shown.
Step 3- Remove the Battery as shown
Step 4- Remove screws (4) fastening the Monitor Board Assembly to the housing as shown.
Step 5- Remove Monitor Board Assembly as shown.
Step 6- Remove the Sensor Wiring Connector as shown.
Step 7- Replace Monitor Board as shown. Be care to ensure that yoyu place the Sensor Wiring Connector correctly. The connector should be oriented so that the red wire is toward the outside edge of the board.
Step 8- Replace Monitor Board assembly as shown.
Step 9- Replace screws (4) fastening the Monitor Board Assembly to the Monitor Housing as shown.
Step 10- Replace Batteries as shown.
Step 11- Replace the Battery Cover as shown.
Step 12- Replace the screws (2) fastening the battery cover at the rear of the monitor as shown.
Step 1- Remove the tie rods and JCB bolts connecting the top deck to the tank assembly as shown.
Step 2- Remove the top deck assemble as shown, being careful not to dislodge the guide pulleys.
Step 3- Disconnect the Sensor Connector. Remove the old monitor retaining pin and remove the old monitor from the key bracket as shown.
Step 4- Position the S4 monitor assembly through the right key bracket as shown. Ensure that the spring and washer orientation is correct. The washer should be placed after the spring is in place on the tube. Replace the R pin retaining the monitor assembly as shown. Reconnect the Sensor Connector.
Step 5- Replace the top deck as shown.
Step 6- Replace the JCB bolts and tie rods connecting the top deck to the tank assembly as shown. Ensure that the tie rod cross dowel slots are aligned with the tie rod. You may utilize a screw driver to assist this.
Step 1- Remove screws (2) fastening the battery cover at the rear of the monitor as shown.
Step 2- Remove the Battery Cover as shown.
Step 3- Remove the Battery as shown
Step 4- Replace Batteries as shown.
Step 5- Replace the Battery Cover as shown.
Step 6- Replace the screws (2) fastening the battery cover at the rear of the monitor as shown.
If your S4 monitor is flashing zeros and not counting down, there is one simple check you can do that may solve the problem. You can check the position of the Sensor Disk. During shipping of your WaterRower Tank this Sensor Disk can slide slightly downwards.
The diagram below shows the position of the Sensor Disk. (Please note the Top Deck in the diagram is lifted up to show the position of the Sensor Disk and sensor more easily–you do not need to remove the Top Deck).
With the Top Deck positioned on top of the tank (as yours will be), position your fingers on either side of the round Sensor Disk and lift it up slightly towards the underside of the Top Deck. If the Sensor Disk does allow a small movement upwards this may solve the problem.
This allows the teeth on the top face of the disk to engage and give information to the sensor and monitor. Please be careful not to push the Sensor Disk too close to the Top Deck, a squeaking sound will result if the disk rubs against the Top Deck.
If the disk is as close to the Top Deck as possible and the monitor still flashes zeros, check the sensor wire connections.
If neither of the above solves the problem, please contact WaterRower at 1<PHONE_NUMBER> or<EMAIL_ADDRESS>Step 1- Remove the Handle from the handle rests and place the handle in the full forward position as shown.
Step 2- Stand the WaterRower upright and disconnect the bungee as shown.
Step 3- Lay the WaterRower down. Remove the Tie Rods and JCB bolts connecting the Top Deck to the Tank assembly as shown.
Step 4- Remove the top deck assembly as shown, being careful not to dislodge the guide pulleys. You may have to disconnect the sensor wire plug.
Step 5- Remove the Sensor Disk as shown.
Step 6- Replace the Sensor Disk as shown.
Step 7- Replace the top deck as shown.
Step 8- Replace the JCB bolts and Tie Rods connecting the Top Deck to the Tank assembly as shown. Ensure that the Tie Rod cross dowel slots are aligned with the Tie Rod. You may utilize a screw driver to assist this..
Step 9- Stand the WaterRower upright and connect the Recoil Belt to the bungee as shown.
Note: If the recoil belt buckle and D-ring have been removed it will be necessary to refit them before Step 9 may be completed. Refer to the Recoil Buckle Replacement Instruction for details.
For Video Instructions, click here: S4 Monitor Sensor Replacement
Step 1- Remove the handle from the handle rests and place the handle in the full forward position as shown.
Step 2- Stand the WaterRower upright and disconnect the bungee as shown.
Step 3- Remove the Tie Rods and JCB bolts connecting the Top Deck to the Tank assembly as shown.
Step 4- Remove the top deck assembly as shown, being careful not to dislodge the guide pulleys.
Step 5- Remove the Sensor as shown.
Step 6- Replace the Sensor as shown.
Step 7- Before replacing the Top Deck, connect the Sensor Plug, then fit the Top Deck.
Step 8- Replace the JCB bolts and Tie Rods connecting the Top Deck to the Tank assembly as shown. Ensure that the Tie Rod cross dowel slots are aligned with the Tie Rod. You may utilize a screw driver to assist this.
Step 9- Stand the WaterRower upright and connect the Recoil Belt to the bungee as shown.
Note: If the Recoil Belt buckle and D-ring have been removed it will be necessary to refit them. Refer to the Recoil Buckle Replacement Instruction on our service website for details.
Step 1- Remove the handle from the handle rests and place the handle in the full forward position as shown.
Step 2- Stand the WaterRower upright and disconnect the bungee as shown.
Step 3- Lay the WaterRower down. Remove the Tie Rods and JCB Bolts connecting the Top Deck to the Tank assembly as shown.
Step 4- Remove the Top Deck assembly as shown, being careful not to dislodge the Guide Pulleys. You may have to disconnect the Tacho pulley. Disconnect the Tacho motor plug.
Step 5- Remove the old monitor Retaining Pin and remove the old monitor from the key bracket.
Step 6- Remove the old monitor Tacho Pulley from the clutch.
Step 7- Remove the batteries and battery bracket.
Step 8- Position the S4 monitor assembly through the right key bracket as shown.
Ensure that the spring and washer orientation is correct. Replace the R Pin retaining the monitor assembly as shown. Place the new S4 Top Deck, top side down, on the top of the tank on the side opposite the monitor.
Connect the sensor connector.
Step 9- Place the S4 monitor sensor disk onto the clutch. The internal boss fits around the internal boss of the clutch.
Step 10- Replace the S4 top deck as shown.
Step 11- Replace the JCB bolts and Tie Rods connecting the Top Deck to the Tank assembly as shown. Ensure that the Tie Rod cross dowel slots are aligned with the Tie Rod. You may utilize a screw driver to assist this.
Step 12- Stand the WaterRower upright and connect the Recoil Belt to the bungee as shown.
Note: If the Recoil Belt buckle and D-Ring have been removed it will be necessary to refit them before Step 9 may be completed. Refer to the Recoil Buckle Replacement Instruction for details.
Step 1- Remove the handle from the handle rests and place the handle in the full forward position as shown.
Step 2- Stand the WaterRower upright and disconnect the bungee as shown.
Step 3- Lay the WaterRower down and slowly pull the handle so that the drive strap unwinds from the clutch housing. Do this gently as pulling too fast will cause the recoil belt to wind up too much.
To remove the handle from the clutch, you will need the 1/8 Allen key to unscrew the small bolt connecting the strap to the clutch.
Step 4- Remove the JCB bolts and tie rods connecting the top deck to the tank assembly as shown. Note the barrel nuts will fall out from underneath the top deck. Be sure not to lose them.
Step 5- Remove the top deck assembly as shown, being careful not to dislodge the guide pulleys or pull the wiring from the sensor. The top deck can be positioned upside down on the top of the tank. You can disconnect the sensor connector if easier.
Step 6- Remove the sensor disk from the shaft of the paddle as shown below. On A1/GX or Indo-Row models, removing this disk requires using a channel lock pliers to grab only the thick inner boss or use a flat head screwdriver to gently pry apart the sensor disk.
Step 7- Remove the clutch retaining pin as shown. You will need a hammer and a 5mm punch (or 5mm slender bolt) for this procedure.
Step 8- Remove the clutch assembly with recoil belt as shown.
Step 9- Unclip the recoil belt from the recoil bush of the old clutch and reattach it to the new clutch. The recoil belt clip, goes around the wider stem of the H piece on the recoil bush. Wind the recoil belt up around the recoil bush.
Step 10- Replace the Clutch assembly as shown.
Step 11- Replace the clutch retaining pin as shown. It is important to make sure that the pin hole in the paddle shaft and the pin hole in the clutch line up. You may need to lift the paddle shaft to line up the 2 holes. Use a screwdriver or punch to keep these holes aligned while you hammer in the pin.
Step 12- Replace the sensor disk as shown.
Step 13- Replace the top deck and reconnect the sensor connector if you disconnected it.
Step 14- Replace the JCB bolts and tie rods connecting the top deck to the tank assembly as shown. Ensure that the tie rod barrel nut slots are aligned with the tie rod. You may utilize a screw driver to assist this.
Handle replacement
Step 15- Replace the handle. Pass the strap of the handle assembly over the large pulley in the forward riser as shown. Ensure the strap does not have any twists in it.
Step 16- Thread the end of the drive strap inside (towards the center of the machine) of the drive strap guide pulley (the upper of the two guide pulleys). Guide the end of the strap around the clutch and insert it into the slot in the clutch (the slot with out the bolt hole). Giving your self some slack to work with, wrap the strap around the clutch and insert the end of the strap into the slot with the hole for the bolt. Fasten the strap to the clutch with the small bolt using the 1/8” Allen Key.
Step 17- Check that the belt orientation is correct. Slowly rotate the clutch (in a clockwise direction, as viewed from above) to feed the Drive Strap onto the clutch housing as shown. Make sure that the Drive Strap feeds evenly onto the clutch. Wind the Drive Strap onto the clutch so that the handle reaches its full forward position, as shown.
Step 18- If your Recoil Belt is still attached to the Recoil Bush then go onto step 19. Otherwise it will be necessary to reconnect the recoil. If you feel unsure about the
orientation of the recoil it may be best to go through this process anyhow.
Step 19- With the handle in the full forward position, it is important that the recoil belt wraps around the recoil bush between one and two turns. Once this is so pass the recoil belt inside (towards the center of the machine) the recoil belt guide pulley (the lower of the two guide pulleys) and over the two pulleys in the forward riser. Pass the belt underneath the machine towards the bungee as shown.
Step 20- Stand the WaterRower upright and connect the Recoil Belt to the bungee as shown.
Note: If the recoil belt buckle and D-ring have been removed it will be necessary to refit them before Step 14 may be completed. Refer to the Recoil Buckle ReplacementInstruction for details.
Step 1- Remove the handle from the handle rests and place the handle in the full forward position as shown.
Step 2- Stand the WaterRower upright and disconnect the bungee as shown.
Step 3- Lay the WaterRower down and slowly pull the handle so that the drive strap unwinds from the clutch housing. Do this gently as pulling too fast will cause the Recoil Belt to wind up too much. If you can, hold the clutch while doing this. Remove the handle and drive strap from the clutch by unstrapping the Velcro.
Step 4- Lay the WaterRower down. Remove the Tie Rods and JCB Bolts connecting the Top Deck to the Tank assembly as shown.
Step 5- Remove the Top Deck assembly as shown, being careful not to dislodge the guide pulleys. You may have to disconnect the sensor connector.
Step 6- Remove the Sensor Disk as shown.
Step 7- Remove the Clutch Retaining Pin as shown. You will need a hammer and punch (Slender Bolt) for this procedure.
Step 8- Remove the clutch assembly as shown.
Step 9- Replace the Clutch assembly as shown.
Step 10- Replace the Clutch Retaining Pin as shown. It is important to make sure that the pin hole in the paddle shaft and the pin hole in the clutch. Using a screwdriver or bolt will keep these holes aligned while you reinsert the pin.
Step 11- Replace the sensor disk as shown.
Step 12- Replace the replace the top deck as shown and reconnect the sensor connector.
Step 13- Replace the JCB Bolts and Tie Rods connecting the Top Deck to the Tank assembly as shown. Ensure that the Tie Rod cross dowel slots are aligned with the Tie Rod. You may utilize a screw driver to assist this.
Handle replacement
Step 14- Take the new handle assembly and pass the Velcro end over the large pulley in the Forward Riser as shown. (The Velcro should face the large pulley as it passes between the wire riser form and the pulley).
Step 15- Pass the Drive Strap around the large pulley and underneath the Top Deck back towards the clutch housing. Pass the end of the Drive Strap inside (towards the center of the machine) the Drive Strap guide pulley (the upper of the two guide pulleys). Take the end of the Drive Strap and place the edge against the join in the mating Velcro on the clutch housing as shown.
Step 16- Check that the belt orientation is correct. Slowly rotate the clutch (in a clockwise direction, as viewed from above) to feed the Drive Strap onto the clutch housing as shown. Make sure that the Drive Strap feeds evenly onto the clutch. Wind the Drive Strap onto the clutch so that the handle reaches its full forward position, as shown.
Step 17- If your Recoil Belt is still attached to the Recoil Bush then go onto step 19. Otherwise it will be necessary to reconnect the recoil. If you feel unsure about the orientation of the recoil it may be best to go through this process anyhow.
Step 18- With the handle in the full forward position, it is important that the Recoil Belt wraps around the Recoil Bush between one and two turns. Once this is so pass the Recoil Belt inside (towards the center of the machine) the Recoil Belt guide pulley (the lower of the two guide pulleys) and over the two pulleys in the Forward Riser. Pass the belt underneath the machine towards the bungee as shown.
Step 19- Stand the WaterRower upright and connect the Recoil Belt to the bungee as shown.
Note: If the recoil belt buckle and D-ring have been removed it will be necessary to refit them before Step 14 may be completed. Refer to the Recoil Buckle Replacement Instruction for details
For Video Instructions, click here:Replacing the Handle Assembly (Plastic – Bolt On)
Step 1- Remove the handle from the handle rests and place it in the full forward position.
Step 2- Stand the WaterRower upright and unclip the bungee from the recoil belt.
Step 3- Lay the WaterRower down and slowly pull the handle so that the drive strap unwinds from the clutch housing. Do this gently as pulling too fast will cause the recoil belt to wind up too much. Once you reach the end, unscrew the bolt holding the Drive Strap to the clutch housing with the 1/8” Allen key.
Step 4- Replace the handle. Pass the strap of the handle assembly over the large pulley in the Forward Riser as shown. Ensure the strap does not have any twists in it.
Step 5- Thread the end of the Drive Strap inside (towards the center of the machine) of the Drive Strap guide pulley (the upper of the two guide pulleys). Guide the end of the strap around the clutch and insert it into the slot in the clutch (the slot without the bolt hole). Giving yourself some slack to work with, wrap the strap around the clutch and insert the end of the strap into the slot with the hole for the bolt.
Fasten the strap to the clutch with the small bolt using the 1/8” Allen Key.
Step 6- With the handle in the full forward position, it is important that the Recoil Belt wraps around the Recoil Bush one and a half times. Once this is so pass the Recoil Belt inside (towards the center of the machine) the Recoil Belt guide pulley (the lower of the two guide pulleys) and over the two pulleys in the Forward Riser. Pass the belt underneath the machine towards the bungee as shown.
Step 7- Stand the WaterRower up again, and re-clip the bungee to the Recoil Belt.
For Video Instructions, click here:Replacing the Handle Assembly (Metal/Velcro attachment)
Step 1- Remove the Handle from the handle rests and place the handle in the full forward position
Step 2- Stand the WaterRower upright and disconnect the bungee from the recoil belt as shown.
Step 3- Lay the WaterRower down and slowly pull the handle so that the drive strap unwinds from the clutch housing. Do this gently as pulling too fast will cause the recoil belt to wind up too much. If you can hold the clutch.
Handle Replacement
Step 1- Take the new handle assembly and pass the Velcro end over the large pulley in the forward riser as shown. (The Velcro should face the large pulley as it passes between the wire riser form and the pulley).
Step 2- Pass the drive strap around the large pulley and underneath the top deck back towards the clutch housing. Pass the end of the drive strap inside (towards the center of the machine) the drive strap guide pulley (the upper of the two guide pulleys). Take the end of the drive strap and place the edge against the join in the mating Velcro on the clutch housing as shown.
Step 3- Check that the belt orientation is correct. Slowly rotate the clutch (in a clockwise direction, as viewed from above) to feed the drive strap onto the clutch housing as shown. Make sure that the drive strap feeds evenly onto the clutch. Wind the drive strap onto the clutch so that the handle reaches its full forward position, as shown.
Step 4- If your recoil belt is still attached to the recoil bush then go onto step 5. Otherwise it will be necessary to reconnect the recoil. If you feel unsure about the orientation of the recoil it may be best to go through this process anyhow.
Step 5- With the handle in the full forward position, it is important that the recoil belt wraps around the recoil bush between one and two turns. Once this is so pass the recoil belt inside (towards the center of the machine) the recoil belt guide pulley (the lower of the two guide pulleys) and over the two pulleys in the forward riser. Pass the belt underneath the machine towards the bungee as shown.
Step 6- Stand the WaterRower upright and connect the recoil belt to the bungee as shown.
Note: If the recoil belt buckle and D-ring have been removed it will be necessary to refit them before Step 5 may be completed. Refer to the Recoil Buckle Replacement Instruction for details
For Video Instructions, click here: Replacing the Recoil Belt
Step 1- Remove the handle from the handle rests and place the handle in the full forward position
Step 2- Stand the WaterRower upright and disconnect the bungee from the recoil belt as shown
Step 3- Lay the machine down and remove the recoil strap from the machine. It may require some effort to remove the retaining ring from the recoil bush.
Step 4- Connect the Recoil Belt to the Recoil Bush (on the paddle shaft) as shown. It may require some effort to seat the retaining ring onto the fingers of the Recoil Bush. Wrap the Recoil Belt around the Recoil Bush in a clockwise direction (as viewed from above) as shown. With the handle still in its full forward position the Recoil Belt should wrap around the Recoil Bush between one and two wraps.
Step 5- Feed the Recoil Belt away from the Recoil Bush towards the front of the machine. Pass the belt inside the Recoil Guide Pulley (towards the center of the machine). Pass the Recoil Belt over the Recoil Guided Bushes in at the front of the WaterRower. Pass the belt underneath the front of the machine.
Step 6- Stand the machine upright. It may be necessary to connect the D-ring with the Recoil Belt as shown, if not go to step 4.
Step 7- With the machine standing upright connect the bungee to the D-ring as shown.
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Step 1- Pass the Recoil Belt through the bungee buckle with the belt facing the serrations on the buckle as shown.
Step 2- Pass the Recoil Belt through the D-ring and back through the bungee buckle as shown. The Recoil Belt should follow itself back through the buckle. It is advised that the loose end of the Recoil Belt be passed back through the last bar of the Recoil Buckle as shown.
The Level Gauge sticker on all Series 4 (S4) model WaterRower units, is located on the side of the tank under the tank stopper.
The Level Gauge sticker on the A1 and Indo-Row units is located on the bottom of the tank. On the A1 and GX WaterRower units, this sticker also has the unit’s serial number printed on it. To locate your serial number, see the following page: Serial Number Locations
Advised volume for WaterRower tank:
15.223 L = 15.223 kg = 33.561 Lb = 4.021 gallons
Gives you:
“Calibration level” on A1/Indo-Row sticker and ≈ “level 17.5″ on S4 sticker
The approximate height is 14 inches off the ground when upright and 8.5 inches off the ground when placed on the ground in rowing position.
Step 1- Remove the Handle from the handle rests and place the handle in the full forward position.
Step 2- Stand the WaterRower upright and disconnect the bungee from the Recoil Belt as shown.
Step 3- Lay the WaterRower down and slowly pull the handle so that the Drive Strap unwinds from the clutch housing. Do this gently as pulling too fast will cause the Recoil Belt to wind up too much. If you can hold the clutch.
Step 4- Remove the Tie Rods and JCB Bolts connecting the Top Deck to the tank assembly as shown.
Step 5- Remove the Top Deck assembly as shown, being careful not to dislodge the guide pulleys. You may have to disconnect the Tacho pulley. Disconnect the Tacho motor plug.
Step 6- Remove the Tacho belt and the Tacho clutch pulley as shown.
Step 7- Remove the clutch Retaining Pin as shown. You will need a hammer and punch (Slender Bolt) for this procedure.
Step 8- Remove the clutch assembly as shown.
Step 9- Remove the Recoil Bush and Recoil Bush shim washer as shown.
Step 10- Remove the lower paddle bush from the Bottom Deck. This may best be achieved by using a screwdriver to pry the bronze Oilite bush out of its collar and then removing the collar.
Step 11- Replace the lower paddle bush assembly into the Bottom Deck. It may be easier to first insert the rubber bush collar followed by the bronze oilite bush.
Step 12- Replace the Recoil Bush shim washer and the Recoil Bush as shown.
Step 13- Replace the clutch assembly as shown.
Step 14- Replace the clutch retaining pin as shown. It is important to make sure that the pin hole in the paddle shaft and the pin hole in the clutch line up. You may need to lift the paddle shaft to line up the 2 holes. Use a screwdriver or punch to keep these holes aligned while you hammer in the pin.
Step 15- Replace the Tacho belt and the Tacho clutch pulley as shown.
Step 16- Replace the Top Deck as shown.
Step 17- Replace the JCB bolts and Tie Rods connecting the Top Deck to the Tank assembly as shown. Ensure that the Tie Rod cross Dowel Slots are aligned with the Tie Rod. You may utilize a screw driver to assist this. Before tightening the screw, using a long slender screw driver to lift the Tacho belt onto the Tacho motor pulley and the Tacho clutch pulley.
Handle Replacement
Step 18- Take the new handle assembly and pass the Velcro end over the large pulley in the Forward Riser as shown. (The Velcro should face the large pulley as it passes between the wire riser form and the pulley).
Step 19- Pass the Drive Strap around the large pulley and underneath the top Deck back towards the clutch housing. Pass the end of the Drive Strap inside (towards the center of the machine) the Drive Strap guide pulley (the upper of the two guide pulleys). Take the end of the Drive Strap and place the edge against the join in the mating Velcro on the clutch housing as shown.
Step 20- Check that the belt orientation is correct. Slowly rotate the clutch (in a clockwise direction, as viewed from above) to feed the Drive Strap onto the clutch housing as shown. Make sure that the Drive Strap feeds evenly onto the clutch. Wind the Drive Strap onto the clutch so that the handle reaches its full forward position, as shown.
Step 21- If your Recoil Belt is still attached to the Recoil Bush then go onto step 22. Otherwise it will be necessary to reconnect the recoil. If you feel unsure about the orientation of the recoil it may be best to go through this process anyhow.
Step 22- With the handle in the full forward position, it is important that the Recoil Belt wraps around the Recoil Bush between one and two turns. Once this is so pass the Recoil Belt inside (towards the center of the machine) the Recoil Belt guide pulley (the lower of the two guide pulleys) and over the two pulleys in the Forward Riser. Pass the belt underneath the machine towards the bungee as shown.
Step 23- Stand the WaterRower upright and connect the Recoil belt to the bungee as shown.
Note: If the Recoil Belt buckle and D-Ring have been removed it will be necessary to refit them before Step 23 may be completed. Refer to the Recoil Buckle Replacement Instruction for details.
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Handle Removal
Step 1- Remove the handle from the Handle rests and place the Handle in the full forward position.
Step 2- Stand the WaterRower upright and disconnect the bungee from the Recoil Belt as shown.
Step 3- Lay the WaterRower down and slowly pull the handle so that the Drive Strap unwinds from the clutch housing. Do this gently as pulling too fast will cause the Recoil Belt to wind up too much. If you can hold the clutch.
Step 4- Lay the WaterRower down. Remove the Tie Rods and JCB bolts connecting the Top Deck to the tank assembly as shown.
Step 5- Remove the Top Deck assembly as shown, being careful not o dislodge the guide pulleys. You may have to disconnect the Tacho Pulley. Disconnect the Tacho motor plug.
Step 6- Remove the Tacho belt and the Tacho clutch pulley as shown.
Step 7- Remove the clutch retaining pin as shown. You will need a hammer and punch (slender bolt) for this procedure.
Step 8- Remove the clutch assembly as shown.
Step 9- Remove the Recoil Bush and Recoil bush shim washer as shown.
Step 10- Replace the Recoil Bush shim washer and the Recoil Bush as shown.
Step 11- Replace the clutch assembly as shown.
Step 12- Hole in the clutch. Using a screwdriver or bolt will keep these holes aligned while you reinsert the pin.
Step 13- Replace the Tacho belt and the Tacho clutch pulley as shown.
Step 14- Replace the Tacho belt and replace the Top Deck as shown.
Step 15- Replace the JCB bolts and Tie Rods connecting the Top Deck to the tank assembly as shown. Ensure that the Tie Rod cross dowel slots are aligned with the Tie Rod. You may utilize a screwdriver to assist this. Before tightening the screw, use a long slender screwdriver to lift the Tacho belt onto the Tacho motor pulley and the Tacho clutch pulley.
Handle Replacement
Step 16- Take the new handle assembly and pass the Velcro end over the large pulley in the forward riser as shown. (The Velcro should face the large pulley as it passes between the wire riser form and the pulley).
Step 17- Pass the Drive Strap around the large pulley and underneath the Top Deck back towards the clutch housing. Pass the end of the Drive Strap inside (towards the centre of the machine) the Drive Strap guide pulley (the upper of the two guide pulleys). Take the end of the Drive Strap and place the edge against the join in the mating Velcro on the clutch housing as shown.
Step 18- Check that the belt orientation is correct. Slowly rotate the clutch (in a clockwise direction, as viewed from above) to feed the Drive Strap onto the clutch housing as shown. Make sure that the Drive Strap feeds evenly onto the clutch. Wind the Drive Strap onto the clutch so that the handle reaches its full forward position, as shown.
Step 19- If your Recoil Belt is still attached to the Recoil Bush then go onto step 20. Otherwise it will be necessary to reconnect the recoil. If you feel unsure about the orientation of the recoil it may be best to go through this process anyhow.
Step 20- With the handle in the full forward position, it is important that the Recoil Belt wraps around the Recoil Bush between one and two turns. Once this is so pass the Recoil Belt inside (towards the centre of the machine) the Recoil Belt guide pulley (the lower of the two guide pulleys) and over the two pulleys in the forward riser. Pass the belt underneath the machine towards the bungee as shown.
Step 21- Stand the WaterRower upright and connect the Recoil Belt to the bungee as shown.
Note: If the Recoil Belt buckle and the D-ring have been removed it will be necessary to refit them before Step 21 may be completed. Refer to the Recoil Buckle Replacement Instruction for details.
For Video Instructions, click here: Removing the Top Deck
Step 1- Remove the handle from the handle rests and place the handle in the full forward position as shown.
Step 2- Stand the WaterRower upright and disconnect the bungee as shown.
Step 3- Lay the WaterRower down. Remove the Tie Rods and JCB bolts connecting the Top Deck to the tank assembly as shown.
Step 4- Remove the Top Deck assembly as shown, being careful not to dislodge the guide pulleys. You may have to disconnect the Tacho pulley (For Series 3 WaterRower’s). Disconnect the Tacho motor plug (For Series 3 WaterRower’s).
Step 5- Replace the Top Deck as shown.
Step 6- Replace the JCB bolts and Tie Rods connecting the Top Deck to the tank assembly as shown. Ensure that the Tie Rod cross dowel slots are aligned with the Tie Rod. You may utilize a screw driver to assist this. For Series 3 WaterRower’s: Before tightening the screw, using a long slender screw driver to lift the Tacho belt onto the Tacho motor pulley and the Tacho clutch pulley.
Step 7- Stand the WaterRower upright and connect the Recoil Belt to the bungee as shown.
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Step 1 Slightly loosen Tie Rod Bolts (located at A)
Step 2 Grab the Top Deck (located at B) and gently push down to ensure the alignment is correct.
Step 3 Row several strokes to ensure monitor is working properly.
Step 4 Retighten the Tie Rod Bolts.
*If you are still having trouble, proceed to the next portion of the troubleshooting, Adjusting the Sensor Disk.
Step 1- Remove handle assembly (see handle removal replacement instructions)
Step 2- Remove Recoil Belt (see recoil belt replacement instructions)
Step 3- Remove Tie Rod bolts as shown.
Step 4- Remove the fasteners connecting the forward riser bottom bracket to the side rails as shown.
Step 5- Remove the forward riser assembly from the tank assembly as shown.
Step 6- Replace the forward riser assembly against the tank assembly and between the rails as shown.
Step 7- Replace the Tie Rod bolts as shown. Ensure that the cross dowels into which the Tie Rod bolts screw are aligned with the Tie Rods. To do this use a screwdriver to ensure that the cross dowel slot is in line with the cross dowel as shown.
Step 8- Fasten the forward riser bottom bracket to the side rails as shown.
Step 9- Replace the handle assembly (see handle replacement instructions)
Step 10- Replace the Recoil Belt (see recoil belt replacement instructions)
Browse great content about HTML coding in our blog section. You will find great tips on how to implement user-friendly features in your website.
Step 1- Assemble the Dolley Wheel to the rail in the sequence shown.
Step 1- Remove the Handle from the handle rests and place the handle in the full forward position.
Step 2- Stand the WaterRower upright and disconnect the bungee from the Recoil Belt as shown.
Step 3- Remove the Bungee from the Rear Spacer and reattach the replacement bungee as shown.
Step 4- Reconnect the Bungee to the Recoil Belt as shown.
Step 1- Loosen the fasteners holding the Rear Spacer to the rails three or four turns each.
Step 2- Remove the seat.
Step 3- Replace the seat.
Step 4- Tighten the fasteners holding the Rear Spacer to the rails.
Step 1- Locate the two sets of indentation guides on the bottom of the wooden rail.
A:The rear rubber feet indentations are approximately 3 1/2” from the back of each rail.
B:The front rubber feet indentations are approximately 13” from the front of each rail.
Step 2- Start at the rear of the rail and attach first of four rear rubber feet. Firmly place foot and wood screw into position and tighten with a Phillips head screwdriver. Tighten until foot is fully secure [can no longer rotate by hand].
Attach 2nd, 3rd, and 4th feet in a similar manner, while ensuring each one is flush with neighboring foot/feet.
Step 3- Continue to the front of the rail and attach first of four front rubber feet.
Firmly place foot and wood screw into position and tighten with a Phillips head screwdriver. Tighten until foot is fully secure [can no longer rotate by hand]. Attach 2nd, 3rd, and 4th feet in a similar manner, while ensuring each one is flush with neighboring foot/feet.
Step 4- Follow your assembly instructions to attach rail to rower.
*These instructions are made for all wooden WaterRower models. This includes the Natural, Club, Oxbridge and Classic models.
Step 1- With the 5mm Allen Key, unscrew the seat stops. There are two on each rail; one at the front, and one at the rear. Remove the seat from the WaterRower.
Step 2- Remove the old extrusion from the rail. The extrusions are anchored into a groove in the rail and are held in place with caulking. It may necessary to use a putty knife or a flat head screw driver to remove them.
Please be careful in this step. You do not want to damage the wood
Step 3- Remove all the old caulking from the grove on the rail, as well as the rail extrusion. You can do this using a putty knife or flat headed screwdriver. You may also use a hair dryer or a heat gun set at a very low setting to help soften the caulk so you can remove it easier.
Step 4- Run a line of caulk down the groove in the rail.
When putting the new rail extrusion into place, make sure that the seat stop holes line up, and the overhang on the extrusion is on the inside of the rail. See the diagram below.
Set the rail extrusion onto the rail, so that the ridge on the bottom fits into the groove in the rail. Once aligned, set the extrusion into place on the rail by using a rubber mallet.
See the diagrams below
Step 5- With the 5mm Allen key, screw the rail seat stops back into place.
Step 6- If necessary, repeat steps 1-5 on the other rail.
What this Limited Warranty Covers: In-Home and Commercial Use - WaterRower (US) Inc. (“WaterRower”) will replace or repair at its factory or nominated service facility any WaterRower Rowing Machine (“the Product”) found to be defective in material or workmanship for a period of ONE (1) YEAR from the date of initial shipment of the Product by WaterRower. This Limited Warranty is upgradeable to THREE (3) YEARS on all components and FIVE (5) YEARS on the structural frame by registering the Product within the first year of purchase. WaterRower warrants against any replacement WaterRower spare part received from WaterRower or any of its authorized dealers for a period of NINETY (90) DAYS after the date of shipment. This Limited Warranty applies to the initial purchasers of the Product or spare part and is not transferable to any other party. How Can a Customer Obtain Warranty Service: A customer making a warranty claim is responsible to return the defective Product or component to WaterRower’s factory or its nominated service center, prepaying all postage or other shipping charges. The Product or component must be returned to your nearest WaterRower office or nominated service center (https://www.waterrower.com/contact-us). The customer must first notify WaterRower of his/her intent to return the Product or component and receive a confirmation from WaterRower before the Product is returned. Claimant’s Responsibilities: A claimant must ensure that the defective Product or component are properly packed to protect it from damage during shipping. WaterRower will not be responsible for any damage that occurs to the Product or component during shipment. What WaterRower Will Do: WaterRower, will review, repair or replace the Product or component at WaterRower’s discretion. WaterRower will then return the repaired or replaced Product or component to the claimant at WaterRower’s expense. WaterRower will ground/economy ship all replacement warranty Products or components to claimant. Charges will apply for any alternative shipping methods requested by claimant. Product shipped outside of its initial purchase country may be subject to additional shipping costs. Where the product warranty has been deemed void, the costs of repair and any associated shipping costs shall be borne by the claimant. WaterRower will contact the claimant prior to return of the repaired Product or component. This Limited Warranty Will be Void When:This Limited Warranty will be void if the claim has resulted from: (a) improper assembly of the Product, (b) usage of the Product beyond its design, (c) overfilling of the Product’s water tank, as explained in the WaterRower Assembly Manual, (d) use of a purification product in the water tank other than that which has been approved by WaterRower, (e) use of improper cleaning materials, as described in the preventative maintenance steps in the WaterRower Owner’s Manual, (f) use and/or storage of Product in inclement weather, including but not limited, to extreme temperatures and moisture; (g) accident, abuse, misuse, misapplication or as a result of any modification other than that authorized by WaterRower, and (h) improper preventative maintenance steps as described in the WaterRower Owner’s Manual. Restriction on the Duration of Implied Warranties: The term of any implied warranty, including but not limited to any implied warranty of merchantability or fitness for a particular purpose that may arise under your country province or state law is limited to the term of the express Limited Warranty in the first paragraph, above. Some states (countries and provinces) do not allow limitations on how long an implied warranty lasts, so the above limitation may not apply to you. Restriction on Other Damages: WaterRower shall not be liable for any direct, consequential, incidental, indirect or special damages under this Limited Warranty or any implied warranty that may arise under your country, province or state law. Some states (countries and provinces) do not allow the exclusion or limitation of incidental or consequential damages, so the above limitation or exclusion may not apply to you. An dispute arising from the terms of this Limited Warranty must be resolved in a court within the state of Rhode Island, USA. Additional information on parts, assembly, preventative maintenance and manuals, as referred to within this Limited Warranty, can be found at www.waterrower.com/warranty


This digital archive of Queensland architecture offers a wealth of information on the region's design history. The archive was originally constructed as part of the Hot Modernism project and focused on the period 1945-1975. We are now expanding to include earlier and later periods. The database comprises thousands of audiovisual and textual files that allow you to explore relationships between people, projects and firms.
Make sure to also test the research tools to build your customised map, timeline, or word cloud and gain a deeper understanding of Queensland's architectural history.


Scientist
Naval Surface Warfare Center, Carderock Division
9500 MacArthur Blvd.
West Bethesda, MD 20817
Email<EMAIL_ADDRESS>|
LinkedIn |
GitHub
About me
Hi. My name is Robert E. Tuzun, and I write scientific/mathematical software and develop scientific/mathematical algorithms. Currently, I am a Scientist at the Naval Surface Warfare Center, Carderock Division in Maryland, working in a Scrum-like environment to fix bugs and add features to a mostly C++ multi-million line suite of naval applications. My work has included both classified and unclassified applications. In addition to research and government programming for more than the past 20 years, I have taught numerical methods, simulation and modeling, and scientific programming at the college level.
To retain my high performance computing skills, I am continuing to collaborate with my old Ph.D. advisor on computational knot theory research. We have verified a long-standing mathematical conjecture by Fields Medalist Vaughan Jones up to 24 "crossings"; the previous limit was 21 crossings, and to extend this limit by 1 crossing has required an increase in CPU time by a factor of between 5 and 7. We are working on 25 crossings now, and we are incorporating new algorithmic enhancements that promise to speed up the code by at least an order of magnitude. This will allow us to keep within the limits of computational resources currently available to us.
My software development of some quite complex applications has resulted in 35 peer-reviewed publications and two Ph.D.'s (chemistry and mathematics). During my academic career, it also strongly contributed to my achievement of early promotion and tenure, by two years.
My strongest language is C++17 (with Boost, and learning C++20 now), in desktop and massively parallel environments, but I have also programmed in Python, Java, Matlab, and other languages. Skills include object oriented analysis and design, algorithm development, and scientific/mathematical programming and computing. I have worked in Linux and Windows environments, remotely and on site, in desktop and massively parallel environments, and on classified and unclassified projects. I have an active Secret level clearance.
Skills
- Languages: C++17 (with Boost, and learning C++20), some Python, some Matlab, Fortran, some Java, some C.
- Software engineering: test-driven development, object-oriented analysis/design. Toolchains include:
- VisualStudio/Azure/TFS/CMake, for Naval applications (multi-million line C++).
- git/github/CMake, for my own Linux C++ computational knot theory research applications.
- High performance computing: MPI, some OpenMP, SLURM.
- Scientific/mathematical skills: computational knot theory, particle simulation (molecular simulation), numerical methods, scientific computing, libraries such as LAPACK and BLAS.
Education/Certifications
|
|
University at Buffalo, Buffalo, NY 14260 Ph.D, Mathematics, 2018. |
|
|
|
University of Illinois, Urbana, IL 61801 Ph.D., Chemistry, 1994. |
|
|
University of Delaware, Newark, DE 19716 Bachelor of Chemical Engineering, 1986. Bachelor of Science, Chemistry, 1986. |
Certified Scrum Master, November 2019 - present
Experience
Naval Surface Warfare Center, Carderock Division, West Bethesda, MD
Scientist, 2/2019 - present.
- Scientific programming, including feature development and bug fixes, within a Scrum-like environment, for a multi-million line suite of naval applications mostly written in C++. Development team of 10+ people, working closely with an implementation team supplying expertise in naval architecture and driving feature development, with outside user experience and training.
University at Buffalo, Buffalo, NY
Research Assistant Professor (voluntary), Department of Mathematics 2/2018 - present.
- Through algorithmic improvements, sped up Jones conjecture code to 300 times faster than original version, with additional improvements in progress.
- Using this code, verified Jones conjecture up to 24 crossings (now published).
University at Buffalo, Buffalo, NY
Graduate Student, Mathematics 8/2012 - 1/2018.
Dean's Fellowship, 8/2012 - 7/2014.
TA/Instructor, 8/2012 - 12/2015.
- Developed 30,000-line C++ package for investigating mathematical knot conjecture by Fields Medalist Vaughan Jones.
- Using this code, verified Jones conjecture up to 22 crossings.
State University of New York, College at Brockport, Brockport, NY
Chair, Department of Computational Science, 8/2007 - 7/2011.
Associate Professor, 8/2003 - 7/2011 (early tenure by 2 years).
Assistant Professor, 8/1998 - 7/2003 (founding faculty member).
- Team-strategized/built/launched the first stand-alone Computational Science program in the US, and a master's degree program.
- Headed grants from the Petroleum Research Fund and the Department of Energy, and team-taught two six-week workshops for a National Science Foundation grant.
- Achieved 90% student placement into major-related jobs or graduate schools.
- Co-designed undergraduate and graduate curricula and individual courses with heavy mathematical, programming, scientific simulation, and modeling components.
- Taught 21 courses, and designed and piloted 13 of those, ranging from freshman to graduate level. Course topics included Numerical Methods, Simulation and Modeling, Parallel Computing, Numerical Solution of Differential Equations, and Deterministic and Stochastic Simulation.
- Conducted computational chemistry (molecular simulation) research with the common theme of algorithm development and improvement.
- Supervised 10 students in master's thesis research, and several undergraduate students.


Maria:
The execution grounds...? Oh yes... Many lives were lost unjustly there. Most of my family was among them...
I will help you in order to put their souls at rest.
A month ago the recipe for the crystal was stolen from me. I reported this incident to the guards but have not heard anything from them. Take this letter to Captain Lucas and ask about the progress of the investigation.


Hello, world. It's a lovely day.
When I wake up in the morning, love
And the sunlight hurts my eyes
And something without warning, love
Bears heavy on my mind
Then I look at you
And the world's alright with me
Just one look at you
And I know it's gonna be
A lovely day
... lovely day, lovely day, lovely day ...
When the day that lies ahead of me
Seems impossible to face
When someone else instead of me
Always seems to know the way
Then I look at you
And the world's alright with me
Just one look at you
And I know it's gonna be
A lovely day.....
When the day that lies ahead of me
Seems impossible to face
When someone else instead of me
Always seems to know the way
Then I look at you
And the world's alright with me
Just one look at you
And I know it's gonna be
A lovely day......


WE’RE LAUNCHING SOON
14
13
days
00
23
hours
59
minutes
seconds
Challenge by Frontend Mentor.
Coded by A. Pereira.


Junior Developer
BSTU: 2018-2020 (unfinished)
Speciality: ISAT (Information Systems and Technologies)
Programming School "TeachMeSkills": 2020
Speciality: FullStack .NET Developer
Unreal Interactive
Developer (2018-2019)
Unreal Interactive
Team Leader (2019-2020)


Bio
Megan grew up in Ohio where she experienced a John Hughes-ian upbringing. After college she lived in San Francisco for a few years before settling happily in Seattle. Megan likes Halloween, four-leaf clovers, neighborhood pizza joints, travel and dogs (though she doesn't have any of her own).
Work Experience
- Library Page at the Fairview Park branch of the Cuyahoga County Public Library, Fairview Park, OH
- Ticket and concession sales at Fairview Park Theater (no longer in operation)
- Costume construction with the Santa Fe Opera, Santa Fe, NM
- Founder, Cleveland Shakespeare Festival, Cleveland, OH
- Front-end Developer with FutureNext Web Design, Cleveland, OH (No longer in operation.)
- Front-end Developer at OldNavy.com, San Francisco, CA
- Founder/publisher of Not Martha since 2001


I am experienced in working with people and managing time. I am always wanting to learn new skills and programing gives me the ability to constantly learn new things in a variaty of differnent ways.
Worked on the teller line and help teach other teammates how to use Microsoft Office.
Worked behind the customer service counter to help with customer complaints and managing the front end of the store.
This is my Capstone project the goal will be to have a site that is fully able to host multiple online boardgames with a chat feature to talk to your opponent.
A group frontend focused project where my group and I made a simple pokedex. My focus was on getting the api calls working as well as creating random button.
PokefindA group project in python using pygame. My primary contributions to the project were focused on combining the code of my partners and fixing any bugs we ran into.
Wizard gameI enjoy playing video games and doing puzzles in my free time. Doing this has tinted my view of programming to be focused on finding issues and piecing together parts.


See Inside Yayoi Kusama’s Blockbuster New Exhibition
by Belle HuttonJust opened in New York, Yayoi Kusama’s new exhibition, Every Day I Pray for Love, features new paintings, sculptures, installations (and a pumpkin) by the prolific Japanese artist
Japanese queen of contemporary art Yayoi Kusama has opened an exhibition of new work in New York this week. At David Zwirner’s Chelsea gallery, Every Day I Pray for Love features new paintings, sculptures and an iteration of Kusama’s seminal, much-Instagrammed Infinity Mirrored Rooms titled Dancing Lights that Flew Up to the Universe (anticipating 100,000 visitors over the course of the exhibition, the gallery is allowing one minute per person in the mesmerising mirror-filled space and updating its social media channels with queue times).
Kusama, who turned 90 in March, is known the world over for her singular aesthetic: pumpkins, dots (she has been transfixed by polka dots since she was a child in Japan, and has been known to cover all manner of objects – and people – in them for her work), light installations and vibrant swirling shapes appear frequently in her work. In Every Day I Pray for Love, these archetypes of her work are seen in paintings from the ongoing series My Eternal Soul, spiked and spotted sculptures, viscous-looking stainless steel floor installations, and the flickering lights suspended in endless darkness in Dancing Lights that Flew Up to the Universe.
Kusama uses such techniques and motifs to interrogate life and existence through her highly personal art. “Awe for life and death. That is my philosophy,” she told AnOther in 2013. “Since I was a young girl I wanted to make art. My hope in art is to spread the joy and the love of being human. I think a lot about what it means to be an artist in the world today. It is a time of much turmoil and strife. And yet, we can see light all around us... My wish is for everyone to experience the love and joy that is around us.”
Having exhibited all over the world in her decades-long career, Kusama lived and worked in New York during the 1960s, when she was developing her experimental, avant-garde practice. Since 1977, Kusama has famously lived in a mental health hospital in Japan, where she writes poetry and fiction – new poems are published in Every Day I Pray for Love’s catalogue – and creates art in a studio nearby. As one of the 20th and 21st centuries’ most prolific artists, Kusama’s exhibitions have historically been blockbuster successes, with people waiting hours to experience her unique Infinity Mirrored Rooms – and Every Day I Pray for Love looks to be no exception.
Yayoi Kusama: Every Day I Pray for Love is at David Zwirner, New York, until December 14, 2019.


Image Recognition
{% if result %}
Whoop! Whoop! We have analysed your image! That's great!
Matched: {{ result }}
File: {{ image }}
Input Files: {{ input }}
Download Image
file_download
Share on Twitter
Share on Facebook
Upload New Image
{% else %}
Remove
Submit
image
Drop image here
Choose File
{% endif %}


No
The options
directive allows configuring Pipeline-specific options from
within the Pipeline itself. Pipeline provides a number of these options, such
as buildDiscarder
, but they may also be provided by plugins, such as
timestamps
.
Required |
No |
|---|---|
Parameters |
None |
Allowed |
Only once, inside the |
Persist artifacts and console output for the specific number
of recent Pipeline runs. For example: options { buildDiscarder(logRotator(numToKeepStr: '1')) }
Perform the automatic source control checkout
in a subdirectory of the workspace. For example: options { checkoutToSubdirectory('foo') }
Disallow concurrent executions of the Pipeline. Can
be useful for preventing simultaneous accesses to shared resources, etc. For
example: options { disableConcurrentBuilds() }
Used with docker
or dockerfile
top-level
agent. When specified, each stage will run in a new container instance
on the same node, rather than all stages running in the same container instance.
Allows overriding default treatment of branch indexing triggers.
If branch indexing triggers are disabled at the multibranch or organization label, options { overrideIndexTriggers(true) }
will enable them for this job only. Otherwise, options { overrideIndexTriggers(false) }
will
disable branch indexing triggers for this job only.
Preserve stashes from completed builds, for use with
stage restarting. For example: options { preserveStashes() }
to
preserve the stashes from the most recent completed build, or options
{ preserveStashes(5) }
to preserve the stashes from the five most
recent completed builds.
On failure, retry the entire Pipeline the specified number of times.
For example: options { retry(3) }
Skip checking out code from source control by default in
the agent
directive. For example: options { skipDefaultCheckout() }
Skip stages once the build status has gone to UNSTABLE. For example: options { skipStagesAfterUnstable() }
Set a timeout period for the Pipeline run, after which Jenkins should
abort the Pipeline. For example: options { timeout(time: 1, unit: 'HOURS') }
Prepend all console output generated by the Pipeline run with the
time at which the line was emitted. For example: options { timestamps() }
pipeline {
agent any
options {
timeout(time: 1, unit: 'HOURS') (1)
}
stages {
stage('Example') {
steps {
echo 'Hello World'
}
}
}
}
| 1 | Specifying a global execution timeout of one hour, after which Jenkins will abort the Pipeline run. |
|
A comprehensive list of available options is pending the completion of INFRA-1503. |
The options
directive for a stage
is similar to the options
directive at
the root of the Pipeline. However, the stage
-level options
can only contain
steps like retry
, timeout
, or timestamps
, or Declarative options that are
relevant to a stage
, like skipDefaultCheckout
.
Inside a stage
, the steps in the options
directive are invoked before
entering the agent
or checking any when
conditions.
Skip checking out code from source control by default in
the agent
directive. For example: options { skipDefaultCheckout() }
Set a timeout period for this stage, after which Jenkins should
abort the stage. For example: options { timeout(time: 1, unit: 'HOURS') }
On failure, retry this stage the specified number of times.
For example: options { retry(3) }
Prepend all console output generated during this stage with the
time at which the line was emitted. For example: options { timestamps() }


TL;DR
Spectre.Console not only makes it easier to create beautiful console applications, but also it provides an application model to bind args[]
to git-style commands.
var app = new CommandApp();
app.Configure(c =>
{
c.AddCommand<ExportBots>("scrape");
c.AddCommand<ListBots>("list");
c.AddCommand<DownloadBot>("download")
.WithExample(new[] {"download", "--random"});
});
await app.RunAsync(args);
Source code: https://github.com/NikiforovAll/cli-with-spectre-console.
Spectre.Console.Extensions
- https://github.com/NikiforovAll/Spectre.Console.Extensions.
Introduction
Previously, I shared with you how to use System.CommandLine
to develop CLI applications in my “Develop Clean Command Line Applications with System.CommandLine. Clean CLI” post. If you liked the approach and want to try an alternative solution, check out Spectre.Console.
UI Kit
You can use Spectre.Console.AnsiConsole
to:
- Output text with different colors and styles
- Interact with the user - prompt, selection
- Render complex UI elements/widgets: tables, trees, ASCII images, status control, progress bars, etc.
Credits: https://spectreconsole.net/
Extensions
Spectre.Console is quite extensible and you can build custom IRenderable
components on top of it. This is what I did. I developed additional widgets for Spectre.Console and put them inside NuGet packages Spectre.Console.Extensions
:
| Package | Version | Description |
|---|---|---|
Spectre.Console.Extensions.Progress |
IProgress adapter and HttpClient reporting. | |
Spectre.Console.Extensions.Table |
DataTable and DataSet support. |
Spectre.Console.Extensions.Progress
provides an adapter of BCL’s System.IProgress
to Spectre.Progress
. Also, there is an option to plug HttpClient
into Spectre.Progress
so you can automatically report progress of downloading something.
Spectre.Console.Extensions.Table
allows to draw well-known System.Data.DataSet
and System.Data.DataTable
by using Spectre.Table
.
Example - .NET Bots scrapper
I will show you how to develop CLI application based on Spectre.Console.
The goal is to fetch bots from .NET bot gallery https://mod-dotnet-bot.net/gallery/ and show a bot inside a console.
Here is --help
output looks like:
$ dotnet run -- -h
USAGE:
dotnet-bots.dll [OPTIONS] <COMMAND>
EXAMPLES:
dotnet-bots.dll download dotnet-bot-1.png
dotnet-bots.dll download --random
OPTIONS:
-h, --help Prints help information
-v, --version Prints version information
COMMANDS:
scrape
list
download
Entry Point - Program.cs
var services = new ServiceCollection();
services.AddDbContext<RobotContext>(opt => opt.UseSqlite("Data Source=robots.db"));
services.AddHttpClient();
var app = new CommandApp(new TypeRegistrar(services));
app.Configure(c =>
{
c.AddCommand<ExportBots>("scrape");
c.AddCommand<ListBots>("list");
c.AddCommand<DownloadBot>("download")
.WithExample(new[] {"download", "dotnet-bot-1.png"})
.WithExample(new[] {"download", "--random"});
});
await app.RunAsync(args);
Spectre.Console.Cli.CommandApp
defines the structure of the CLI application.
It is very easy to define git-style (verb) commands. As you can see, we adding three commands to the configuration.
If you have a more complex scenario, you might want to use AddBranch
method you can organize your commands in a tree-like structure, e.g.:
var app2 = new CommandApp();
app2.Configure(c =>
{
c.AddBranch("bots", bots =>
{
// bot.exe bots list
bots.AddCommand<ListBots>("list");
bots.AddBranch("download", create =>
{
// bot.exe bots download table
create.AddCommand<ExportBots>("table");
// bot.exe bots download bot <bot-name.png>
create.AddCommand<DownloadBot>("bot");
});
});
});
Export bots - ExportBots.cs
Spectre.Console.Cli.Command<T>
defines Execute
method, it is a handler and called by CommandApp
. The command is created by Dependency Injection container (DI), so you can expect dependencies to be resolved via constructor injection. In the command below, we retrieve bots from external source and store them.
💡 You can wire up the DI container if you need by providing an implementation of ITypeRegistrar
as the constructor parameter. Note, there are no built-in adapters in Spectre.Console.Cli
, but you can easily find a way to implement one. Check official documentation or source code for this post.
public class ExportBotsSettings : CommandSettings {}
public class ExportBots : Command<ExportBotsSettings>
{
private readonly RobotContext db;
public ExportBots(RobotContext db) => this.db = db;
public override int Execute(CommandContext context, ExportBotsSettings settings)
{
// details are omitted for brevity
// the actual implementation parses HTML file and collects bots
var robots = FindRobots(doc).ToList();
this.db.Database.EnsureCreated();
this.db.AddRange(robots);
try
{
this.db.SaveChanges();
}
catch (Exception e) when (e.InnerException is not null)
{
AnsiConsole.WriteException(e.InnerException);
return -1;
}
AnsiConsole.WriteLine();
AnsiConsole.Markup("[default on grey] exported robots [/]");
AnsiConsole.Markup($"[white on green] {robots.Count} [/]");
AnsiConsole.WriteLine();
return 0;
}
}
- ➕
AnsiConsole.WriteException
prints colored exceptions - ➕
AnsiConsole.Markup
outputs rich text to console.
List bots - ListBots.cs
Displaying tabular data is a very common task, here is how you can use Spectre.Console.Extensions
to draw a table using Entity Framework. Basically, we want to transform the query to System.Data.DataTable
object. You can always switch to Spectre.Table, it gives you full control over how you display data.
The method public static IRenderable FromDataSet(this DataSet dataSet, Action<Panel>? configurePanel)
builds table that Spectre.Console can display.
public class ListBots : Command<ListBotsSettings>
{
private readonly RobotContext db;
public ListBots(RobotContext db) => this.db = db;
public override int Execute(CommandContext context, ListBotsSettings settings)
{
AnsiConsole.Write(new FigletText(".NET Bots").Centered().Color(Color.Purple));
var dataset = new DataSet {DataSetName = "Bot Gallery",};
var connection = this.db.Database.GetDbConnection();
dataset.Tables.Add(RetrieveDataTable(connection, this.db.Robots));
var dataSetToDisplay = dataset.FromDataSet(opt => opt.BorderColor(Color.Aqua));
AnsiConsole.Write(dataSetToDisplay);
return 0;
}
private static DataTable RetrieveDataTable(DbConnection connection, IQueryable query)
{
connection.Open();
using var cmd = connection.CreateCommand();
cmd.Connection = connection;
cmd.CommandType = CommandType.Text;
cmd.CommandText = query.ToQueryString();
using var reader = cmd.ExecuteReader();
var table = new DataTable();
table.Load(reader);
return table;
}
}
- ➕
Spectre.Console.FigletText
renders FIGlet text. - ➕
Spectre.Console.Extensions.Table.FromDataSet
andSpectre.Console.Extensions.Table.FromDataTable
displays tabular data as Spectre.Console tables.
Download and display a bot - DownloadBot.cs
Let’s see how to retrieve a bot by name from the database and download and display ASCII image of the bot.
Before we delve into details let’s see the overall structure of the command.
public class DownloadBotSettings : CommandSettings
{
[CommandArgument(0, "[name]")]
[Description("Download bot by name")]
public string? Name { get; set; }
[CommandOption("-r|--random")]
[Description("Specifies if random bot should be stored in the system")]
public bool IsRandom { get; set; }
}
public class DownloadBot : AsyncCommand<DownloadBotSettings>
{
private readonly HttpClient httpClient;
private readonly RobotContext db;
public DownloadBot(HttpClient httpClient, RobotContext db)
{
this.httpClient = httpClient;
this.db = db;
}
public override async Task<int> ExecuteAsync(CommandContext context, DownloadBotSettings settings)
{
// omitted for brevity, will be explained in a moment
}
}
As you may notice, instead of Command
we use AsyncCommand
. It allows us to use async/await inside handler code, so you don’t need to do sync-over-async, which is not critical for this scenario, but still is a bad design choice if you have an alternative.
DownloadBotSettings
contains two properties. The first one is a positional argument and the second an option/flag. Spectre.Console binds the CommandSettings
for you, don’t forget to pass args
in your Program.cs await app.RunAsync(args);
.
Let’s see the insides of the handler. Everything starts with user input processing and we want to make sure we have a bot name to work with.
If a user doesn’t specify bot name we can ask a user by using AnsiConsole.Prompt
private void EnsureBotSettings(DownloadBotSettings settings)
{
if (settings.IsRandom)
{
var toSkip = Random
.Shared.Next(0, this.db.Robots.Count());
settings.Name = this.db
.Robots.Skip(toSkip).Take(1).First().Name;
}
else if (string.IsNullOrWhiteSpace(settings.Name))
{
settings.Name = AnsiConsole.Prompt(
new SelectionPrompt<string>()
.Title("What's your [green]favorite fruit[/]?")
.PageSize(5)
.AddChoices(this.db.Robots.Select(r => r.Name)));
}
}
Exported bots are stored in the database, so we want to find one and try to retrieve the corresponding image and store it locally somewhere. Next, we will use Spectre.Console.ImageSharp to display saved image.
public override async Task<int> ExecuteAsync(CommandContext context, DownloadBotSettings settings)
{
this.EnsureBotSettings(settings);
var robot = this.db.Robots.First(r => r.Name == settings.Name);
var fileName = string.Empty;
var httpRequestMessage = new HttpRequestMessage(HttpMethod.Get, robot.Uri);
await AnsiConsole.Progress()
.Columns(new ProgressColumn[]
{
new TaskDescriptionColumn(), new ProgressBarColumn(), new PercentageColumn(),
new RemainingTimeColumn(), new SpinnerColumn(),
}).StartAsync(this.httpClient, httpRequestMessage, "Downloading a bot", SaveImageToRandomFile);
var rule = new Rule($"[red]{robot.Name}[/]") {Style = Style.Parse("red dim")};
AnsiConsole.Write(rule);
var image = new CanvasImage(fileName).MaxWidth(16);
AnsiConsole.WriteLine();
AnsiConsole.Write(new Panel(image).BorderColor(Color.Maroon));
return 0;
async Task SaveImageToRandomFile(Stream stream)
{
fileName = Path.GetTempPath() + Guid.NewGuid().ToString() + ".png";
await using var fileStream = File.Create(fileName);
stream.Seek(0, SeekOrigin.Begin);
await stream.CopyToAsync(fileStream);
}
- ➕
Spectre.Console.SelectionPrompt
prompts user to select an option from provided list. - ➕
Spectre.Console.Extensions.Progress.StartAsync
adds HttpClient reporting capabilities by using Spectre.Console.Progress. ⚠ You might want to check the implementation before using it because it performs additional buffering to do the reporting trick. - ➕
Spectre.Console.ImageSharp.CanvasImage
displays ASCII images to console.
💡 For full-featured terminal UI applications (TUIs) you might want to try something like Terminal.Gui
Summary
Spectre.Console gives you everything you need to start developing good-looking and functional CLI applications.


TODO write content
All users
ID
Name
Email
Role
Edit
Details
{{row["id"]}}
{{row["name"]}}
{{row["email"]}}
{{row["role"]}}
Edit your page
Show Details
View
3
5
10
20
30
40
50
records at a time.
The selected page no: {{currentPage}}
Set current page to: 3
Pager


---
layout: "index"
title: "Screenhive"
description: "Screenhive is an organizer for Steam PNG screenshot folders"
---
Screenhive is an organizer for Steam screenshots,
available for Windows and Mac.
If you want to organize "uncompressed" (PNG) screenshots, follow the
instructions from the image below and select the same folder as your
screenshot destination.


It is Edeqa’s policy to respect your privacy regarding any information we may collect while operating our website. This Privacy Policy applies to www.edeqa.com (hereinafter, «us», «we», or «Edeqa»). We respect your privacy and are committed to protecting personally identifiable information you may provide us through the website or mobile application. We have adopted this privacy policy («Privacy Policy») to explain what information may be collected on Edeqa, how we use this information, and under what circumstances we may disclose the information to third parties. This Privacy Policy applies only to information we collect through the website or mobile applications and does not apply to our collection of information from other sources.
This Privacy Policy, together with the «Terms of Service» posted on our Website, set forth the general rules and policies governing your use of Edeqa. Depending on your activities when visiting our website or using mobile application, you may be required to agree to additional terms of service.
Like most website operators, Edeqa collects non-personally-identifying information of the sort that web browsers and servers typically make available, such as the browser type, language preference, referring site, and the date and time of each visitor request. Edeqa’s purpose in collecting non-personally identifying information is to better understand how Edeqa’s visitors use its website. From time to time, Edeqa may release non-personally-identifying information in the aggregate, e.g., by publishing a report on trends in the usage of its website.
Edeqa also collects potentially personally-identifying information like Internet Protocol (IP) addresses for logged in users and for users leaving comments on Edeqa blog posts. Edeqa only discloses logged in user and commenter IP addresses under the same circumstances that it uses and discloses personally-identifying information as described below.
Certain Edeqa's visitors choose to interact with Edeqa in ways that require Edeqa to gather personally-identifying information. The amount and type of information that Edeqa gathers depends on the nature of the interaction.
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Edeqa uses the remarketing services to advertise on third party websites (including Google) to previous visitors to our site. It could mean that we advertise to previous visitors who haven’t completed a task on our site, for example using the contact form to make an enquiry. This could be in the form of an advertisement on the Google search results page, or a site in the Google Display Network. Third-party vendors, including Google, use cookies to serve ads based on someone’s past visits. Of course, any data collected will be used in accordance with our own privacy policy and Google’s privacy policy.
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A cookie is a string of information that a website stores on a visitor’s computer, and that the visitor’s browser provides to the website each time the visitor returns.
Edeqa does not use cookies. But third parties components can use cookies in accordance with terms terms of service.
Although most changes are likely to be minor, Edeqa may change its Privacy Policy from time to time, and in Edeqa’s sole discretion. Edeqa encourages visitors to frequently check this page for any changes to its Privacy Policy. Your continued use of this site after any change in this Privacy Policy will constitute your acceptance of such change.


Boston 311
After Amy and I bought a condo in the polish triangle neighborhood of Dorchester two years ago, I began to feel that I should be engaged in local civic life. I joined the neighborhood civic assocation – the McCormack Civic Association – started reading the local newspaper (The Dot News), and gave disappointed looks towards vagrants, overgrown yards, and other people’s dog’s feces.
A few months later, my attendance at the association meetings had lapsed. But I had discovered one form of civic engagement that I embraced in a persisting way: the city of Boston has a smartphone application then called “Citizen’s Connect” and now called Bos311 which allows anyone to submit a request for city services by snapping a picture and writing a brief description. There are two immediately apparent advantages about this application: first, reports are geocoded with the GPS location. This means that I don’t have to figure out the nearest street address and laboriously type it into my phone. This is especially important during the cold winter months.  I’m not always a big believer in the ability of digital technologies to solve big important problems, but in this case technology is being used to do what it does best: it makes it just a little easier, a little less time consuming, a little less risky to do something that had previously been just a tad too effortful or too awkward or cognitively taxing.
I probably make up a fair share of the Bos311 reports from my part of the city. When I walk the dog, I look for litter, overgrown lots, burned out street lights, broken street signs, and I like to think that I’m bringing a little attention to my part of town.
Reporting to the city is not always successful. There are limitations to the Bos311 application: there is no way to follow up on a report, see its progress, provide feedback on a case considered closed, edit its content in case of error, etc. When you encounter these limitations you have to follow up using the Mayor’s 24-hour hotline (often helpful, sometimes not, depends on who you get) or the very web 1.0 ticket database portal that is the backbone of the system but lacks the friendly user interface of the smartphone application.
I think it is great that the city is devoting resources to making applications like Bos311, and Bos311 is clearly a step in the right direction from the earlier Citizen’s Connect application, but there’s only so much that can be done by improving UIs.


Nick Johnson: Product Manager
About
Resume
(current)
Portfolio
Contact
Resume
(Downloadable Link at Bottom of Page.)
Nick-Johnson-Product-Manager.pdf


Minerva: Metastasis
PC, Mod of Half-Life 2. By Adam Foster, 2006.
]
So the digital ink is barely dry on my assertions that videogames have problems telling a story, when what should fall into my lap but one of those rare and immaculate counter-examples to shut me right up. Minerva: Metastatis is a bedroom-coded Half-Life 2 (HL2) mod that develops a storyline set within the HL2 universe, a new thread in the tale of the alien Combine's invasion of Earth.
The baseline HL2 gameplay is not changed one iota. Metastasis eschews the normal stock-in-trade of the mod scene, introducing no new enemies, no new weapons, no new assets such as bitmaps or sound effects. Instead, it envelops the player in an enthralling atmospheric experience, with a compelling backstory and superb player motivation, using a sublime combination of architecture, geometric composition, intensely creative injected textual fragments and well-considered use of music. This is backed up by the superbly crafted accompanying website, that does its best to misinform and manipulate, drawing upon the best of various alternate reality game influences.
The game opens with your character dumped unceremoniously out of a helicopter by forces unknown, onto a beach under hostile fire. Running for cover is the only option. Once out of immediate danger, your plight is revealed in stages by a series of messages squirted onto your protective suit's HUD by some agency identifying themselves as Minerva, as in the Roman Goddess of crafts and wisdom, a.k.a, as Stephenson would have it, the Goddess of technology. Minerva's communications are enigmatic and aloof. You are being used as her sentient reconnaissance tool, your experiences relayed back to her remote location, that she might investigate a small island, and its role in the Combine's occupation.
The island plays host to the usual menagerie of HL2 critters, and visible at its centre is a mysterious plasma discharge, which Minerva prompts you to investigate. Clambering down, underground, you discover the crumbling remains of old WWII fortifications, now housing the twisted, unearthly technology of the Combine's invading forces. From there on, things only get stranger and larger by degrees, until the moment when even Minerva's cool begins to break, and you are left feeling very much like an ant in a nuclear power station, with little option but to continue exploring until the exterminators show up.
It's short and sweet - I played through the first and second parts in a single night. But it's managed with such finesse, extending the backstory of HL2 in bold new directions, building upon what was indubitably the greatest PC game of 2005, possibly of all time, with such verve and imagination that I have to agree with a Metastasis forum posting: It might just be (whisper it) better than the source.
Rating: 10/10. Bring on the third and final instalment, due later this month...


Motivation: Selecting representative samples with given properties is a critical step in the analysis of large scale clinical/experimental data. The conventional probability sampling methods/packages are not easily representative to population as well as generalizable to more complicated ensembles.
Results: In the following, we proposed an approach that is able to efficiently select the most representative samples from original population. This method quantifies the relationships among samples as pairwise distances by comparing their given properties. Then samples will be selected by k-medoids clustering based on the pairwise distances. This method is also computationally efficient in determining the appropriate sample size that balances representativeness and cost. We applied this method on a large single cell population, a simulated dataset and a viral sample dataset and achieved both representative results and optimized sample size. This method is universal and compatible with most of clinical/experimental data.


{% extends 'account/signup.html' %} {% load crispy_forms_tags %} {% block content %}
You are about to use your {{ account.get_provider.name }} account to login to {{ site.name }}. As a final step, please complete the following form:


--- layout: post title: FastCGI gem is now safe as 0.8.6 categories: - sightings author: admin published: true date: 2005-06-16 06:26:44.000000000 +01:00 ---
The FastCGI gem was stranded at 0.8.5 for a while, which of course included a nasty memory leak. Thanks to Tobias, it’s now up to date as 0.8.6. Just do gem install fcgi
and you’re all set.


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