Funny thing is the trials have yet to get through grand jury, and the State offered an Amnesty package to others for a period of time: https://www.app.com/story/news...
IBM is playing catch-up with Ripple: https://ripple.com/ . Their distributed ledger has been available for a while now, and a number of banks already use it. They have some pretty charts over here: https://charts.ripple.com/#/ , but I don't think they have much to do with the Banking technology side.
Maemo and Moblin both use mozilla based browsers. Maemo comes with MicroB and Moblin comes with the Moblin Browser. Both can also use Fennec or Firefox Mobile. There may be some WebKit projects floating around for both of them, but I don't believe any of them are far enough to replace the platform browser. My guess is that the merger into Meego will continue to use Mozilla/Firefox.
Oracle already has a number of guides to building a cheap Oracle RAC setup. One of the more interesting ones used a firewire device that could support multiple logins. Thus creating a cheap and fast shared storage device to use for ASM and OCFS. The article is here: http://www.oracle.com/technology/pub/articles/hunter_rac10gr2.html. The setup here was only a 2 node system. I'm not sure if these cheap firewire drives can handle 3 logins. There is another guide for doing iSCSI, although I would think the firewire setup would be cheaper and faster.
Perhaps they should manage this like the auto CAFE standard. They could call it Corporate Average Salary of H1B or C.A.S.H for short. I figure they can set an average salary of say $120,000 as these are supposed to be high demand positions. Put say a 5% or so increase a year for inflation as well. Any company not meeting the average will be fined.
With this I could foresee companies trying to sabotage their competitors by wooing their top salaried H1B's and ruining their average. Win for H1B's. Not sure if a limit on how many H1B's would be required with this in place.
I recently thought it might be cool to have the districts be age based versus geographic. I think it would be best to have them continuous as well. This way a state would have representatives represent slices of age groups. This would change quite a lot. First it would be very easy to calculate the age ranges from the census versus some geographic formula and be nearly impossible to game. Second, the representatives should be able to narrowly focus on each age slice's concerns with regard to voting and campaigning and potentially break the 2 party factions. Third, it should increase interest among young voters. Forth, the elected officials from each age slice even if their from the same party should fundamentally not agree on certain issues i.e. education funding . Of course there remains a chance that a candidate might be able to remain in office sliding up the slices as they age, but I figure thats not too different from what happens today.
Considering that the Intel compiler doesn't support Objective-C, Objective-C++, or the PPC architecture. I would say it would be very difficult to compile universal binaries or anything that touches Cocoa or any of the newer libraries. I suppose if the code in question is lower level C code, you could write a tool chain that used icc for some things and gcc for others provided the 2 objects link correctly. It really sounds like a lot more trouble than its worth, considering Apple already works on features of gcc it would make more sense for them to help out on the optimizer as well.
I got my fiance a sapphire and she loves it. Most blue sapphires come from Sri Lanka, which are called Ceylon sapphires. Some of the other colors like yellow may come from the US though.
One thing to note about sapphires is that they're denser than diamonds and you'll need a greater carot size to fill the same space.
Another interesting idea is to get a tension setting. Instead of having the gem attached to a few strands of metal. The gem is actually squeezed very tighly between two parts of the band. There are only a few manufacters of this style, I purchased a Gelin & Abaci one thing to note is that the jeweler can't set the stone... it has to be set at the manufacturer.
I don't see how this is so different from your basic uuencode function. I suppose you'll have to be a little stricter.. no underscores etc. Also you'll need a way to identify names not encoded from those that are.
You should consider availability in your plan. I recommend having a hot spare box. This is quite easy to do for the web server side. Just make sure the content on the two servers is synced up. Perhaps using rsync( or rsync through ssh for a little more security ).
On the database side theres a feature of mysqld called --log-update. Call it using mysqld --log-update=/usr/mysql/update_logs/update. This will create a log of eveything that changes in your DB and can be reinserted back into the mysql monitor. To go along with this everytime you call `mysql --flush-logs` a new update file will be created as update.# - where # increases for each call. At this point there are quite a few scripts written to insert this log file into another DB - most of them use perl DBI.
To increase the performance of your setup there are several options noted in the mysql manual. But none of them will do a whole lot of good if the queries and tables you construct are poorly designed and indexed.
Depending on what scripting language you use theres probobly a way to compile it into apache. Whether it be mod_perl,pyapache or PHP. I would plan on doing this. A good way to speed up your system after this is to run 2 httpd servers.
The first server compile plain apache with mod_rewrite and proxy support, the second server compile in your application support. If you put all your applications in one directory you can easily proxy to them with proxypass.
ex. proxypass/perl server:88/perl
This way things like images and html will be served by a webserver that only takes up 400-500K instead of one that could take up to 10M-20M depending on how many scripts and libraries are in memory(Of course some of that is shared). When your server gets hit hard you'll probobly notice having maybe 5 - 10 times as many regular servers as there are application servers this way.
A more advanced thing with this setup is to utilize your backup server. Its will take a little work but you could have apache proxy to a list of application servers that exist in a config file, and have this config file altered based on system availabilty. At this point though it may just be easier to get localdirector, unless your organization is really strapped for cash.
Slashdot Mirror
This is what it looks like: https://www.app.com/story/news...
Funny thing is the trials have yet to get through grand jury, and the State offered an Amnesty package to others for a period of time: https://www.app.com/story/news...
IBM is playing catch-up with Ripple: https://ripple.com/ . Their distributed ledger has been available for a while now, and a number of banks already use it. They have some pretty charts over here: https://charts.ripple.com/#/ , but I don't think they have much to do with the Banking technology side.
Maemo and Moblin both use mozilla based browsers. Maemo comes with MicroB and Moblin comes with the Moblin Browser. Both can also use Fennec or Firefox Mobile. There may be some WebKit projects floating around for both of them, but I don't believe any of them are far enough to replace the platform browser. My guess is that the merger into Meego will continue to use Mozilla/Firefox.
Oracle already has a number of guides to building a cheap Oracle RAC setup. One of the more interesting ones used a firewire device that could support multiple logins. Thus creating a cheap and fast shared storage device to use for ASM and OCFS. The article is here: http://www.oracle.com/technology/pub/articles/hunter_rac10gr2.html. The setup here was only a 2 node system. I'm not sure if these cheap firewire drives can handle 3 logins. There is another guide for doing iSCSI, although I would think the firewire setup would be cheaper and faster.
Perhaps they should manage this like the auto CAFE standard. They could call it Corporate Average Salary of H1B or C.A.S.H for short. I figure they can set an average salary of say $120,000 as these are supposed to be high demand positions. Put say a 5% or so increase a year for inflation as well. Any company not meeting the average will be fined.
With this I could foresee companies trying to sabotage their competitors by wooing their top salaried H1B's and ruining their average. Win for H1B's. Not sure if a limit on how many H1B's would be required with this in place.
I recently thought it might be cool to have the districts be age based versus geographic. I think it would be best to have them continuous as well. This way a state would have representatives represent slices of age groups. This would change quite a lot. First it would be very easy to calculate the age ranges from the census versus some geographic formula and be nearly impossible to game. Second, the representatives should be able to narrowly focus on each age slice's concerns with regard to voting and campaigning and potentially break the 2 party factions. Third, it should increase interest among young voters. Forth, the elected officials from each age slice even if their from the same party should fundamentally not agree on certain issues i.e. education funding .
Of course there remains a chance that a candidate might be able to remain in office sliding up the slices as they age, but I figure thats not too different from what happens today.
Considering that the Intel compiler doesn't support Objective-C, Objective-C++, or the PPC architecture. I would say it would be very difficult to compile universal binaries or anything that touches Cocoa or any of the newer libraries. I suppose if the code in question is lower level C code, you could write a tool chain that used icc for some things and gcc for others provided the 2 objects link correctly. It really sounds like a lot more trouble than its worth, considering Apple already works on features of gcc it would make more sense for them to help out on the optimizer as well.
My website looks just fine.
I got my fiance a sapphire and she loves it. Most blue sapphires come from Sri Lanka, which are called Ceylon sapphires. Some of the other colors like yellow may come from the US though.
... it has to be set at the manufacturer.
One thing to note about sapphires is that they're denser than diamonds and you'll need a greater carot size to fill the same space.
Another interesting idea is to get a tension setting. Instead of having the gem attached to a few strands of metal. The gem is actually squeezed very tighly between two parts of the band. There are only a few manufacters of this style, I purchased a Gelin & Abaci
one thing to note is that the jeweler can't set the stone
I don't see how this is so different from your basic uuencode function. I suppose you'll have to be a little stricter.. no underscores etc. Also you'll need a way to identify names not encoded from those that are.
SPECint95
K7 700 -- 31.7
PowerPC 7400(G4?) 450 -- 21.4
PIII 600 -- 24
SPECfp95
K7 700 -- 24.0
PowerPC 7400(G4?) 450 -- 20.4
PIII 600 -- 15.9
This info was grabbed from each of the manufacturers pages.
Motorola 7400
Pentium III specfp
PIII specint
K7 specfp
K7 specint
Of course this just gives a rough idea of the performance of each chipset.
On the database side theres a feature of mysqld called --log-update. Call it using mysqld --log-update=/usr/mysql/update_logs/update. This will create a log of eveything that changes in your DB and can be reinserted back into the mysql monitor. To go along with this everytime you call `mysql --flush-logs` a new update file will be created as update.# - where # increases for each call. At this point there are quite a few scripts written to insert this log file into another DB - most of them use perl DBI.
To increase the performance of your setup there are several options noted in the mysql manual. But none of them will do a whole lot of good if the queries and tables you construct are poorly designed and indexed.
Depending on what scripting language you use theres probobly a way to compile it into apache. Whether it be mod_perl,pyapache or PHP. I would plan on doing this. A good way to speed up your system after this is to run 2 httpd servers.
The first server compile plain apache with mod_rewrite and proxy support, the second server compile in your application support. If you put all your applications in one directory you can easily proxy to them with proxypass.
ex. proxypass /perl server:88/perl
This way things like images and html will be served by a webserver that only takes up 400-500K instead of one that could take up to 10M-20M depending on how many scripts and libraries are in memory(Of course some of that is shared). When your server gets hit hard you'll probobly notice having maybe 5 - 10 times as many regular servers as there are application servers this way.
A more advanced thing with this setup is to utilize your backup server. Its will take a little work but you could have apache proxy to a list of application servers that exist in a config file, and have this config file altered based on system availabilty. At this point though it may just be easier to get localdirector, unless your organization is really strapped for cash.