1 Euro = 4.1208 Saudi Riyal

1 Euro = 43.5643 Mauritian Rupee

1 Euro = 1.6789 Australian Dollar

1 Mexican Peso = 0.1587 Saudi Riyal

1 Mexican Peso = 1.6775 Mauritian Rupee

1 Mexican Peso = 0.0646 Australian Dollar

1 Brazilian Real = 0.6553 Saudi Riyal

1 Brazilian Real = 6.9275 Mauritian Rupee

1 Brazilian Real = 0.267 Australian Dollar

1 United Arab Emirates Dirham = 1.0226 Saudi Riyal

1 United Arab Emirates Dirham = 10.811 Mauritian Rupee

1 United Arab Emirates Dirham = 0.4166 Australian Dollar

1 Sri Lanka Rupee = 0.0201 Saudi Riyal

1 Sri Lanka Rupee = 0.2129 Mauritian Rupee

1 Sri Lanka Rupee = 0.0082 Australian Dollar

1 Algerian Dinar = 0.0293 Saudi Riyal

1 Algerian Dinar = 0.3094 Mauritian Rupee

1 Algerian Dinar = 0.0119 Australian Dollar

1 Indonesian Rupiah = 0.0003 Saudi Riyal

1 Indonesian Rupiah = 0.0027 Mauritian Rupee

1 Indonesian Rupiah = 0.0001 Australian Dollar

1 Lithuanian Lita = 1.2721 Saudi Riyal

1 Lithuanian Lita = 13.4487 Mauritian Rupee

1 Lithuanian Lita = 0.5183 Australian Dollar

1 Nigerian Naira = 0.0096 Saudi Riyal

1 Nigerian Naira = 0.1018 Mauritian Rupee

1 Nigerian Naira = 0.0039 Australian Dollar

1 Czech Republic Koruna = 0.1495 Saudi Riyal

1 Czech Republic Koruna = 1.58 Mauritian Rupee

1 Czech Republic Koruna = 0.0609 Australian Dollar

1 Bolivian Boliviano = 0.5447 Saudi Riyal

1 Bolivian Boliviano = 5.7587 Mauritian Rupee

1 Bolivian Boliviano = 0.2219 Australian Dollar

1 Japanese Yen = 0.0352 Saudi Riyal

1 Japanese Yen = 0.3723 Mauritian Rupee

1 Japanese Yen = 0.0143 Australian Dollar

X is a song written by Y and famously covered by Z. Time Magazine’s Josh Tyrangiel described it thus:

Y murmured the original like a dirge, but except for a single overwrought breath before the music kicks in, Z treated the 7-min. song like a tiny capsule of humanity, using his voice to careen between glory and sadness, beauty and pain, mostly just by repeating the word X. It’s not only Z’s best song — it’s one of the great songs, and because it covers so much emotional ground and is not (yet) a painfully obvious choice, it has become the go-to track whenever a TV show wants to create instant mood. ‘X can be joyous or bittersweet, depending on what part of it you use,’ says Sony ATV’s Kathy Coleman. ‘It’s one of those rare songs that the more it gets used, the more people want to use it.’

Name X, Y and Z.

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Hi,

I'm doing the "The Targeted Fault Campaign" with ncsim and got stuck at the following message: "ncsim: *E,FLTIGF: [FLT] Failed to inject fault at circuit_tb.U0.n2174." I already tried with other NETs, with SET, SA0, SA1, always the same error occurs.

$nchelp ncsim FLTIGF
$ncsim/FLTIGF =
    Injection time is not within the expected finish
    time for the specified fault node. Failed to inject fault.

As can be seen below, the injection time is at 2ns and the -fault_good_run -fault_tw 1ns:100ns, so in theory 2ns is inside the window 1ns:100ns.

My scripts so far, considering I already compiled the Verilog testbench and also the gates from the technology library (gate-level simulation):

#this runs ok

ncelab -work worklib -cdslib circuit/trunk/backend/synthesis/work/cds.lib -logfile ncelab.log -errormax 15 -access +wc -status -timescale 1ps/1ps worklib.circuit_tb -fault_file circuit/trunk/backend/synthesis/scripts/fi.list

#this runs ok
ncsim -fault_good_run -fault_tw 1ns:100ns -fault_work fault_db -fault_overwrite worklib.circuit_tb:module -input ../scripts/fs_strobe.tcl -exit

#this runs NOT OK
ncsim -fault_sim_run -fault_work fault_db worklib.circuit_tb:module -input ../scripts/injection.tcl -exit

After the above command, I get: "ncsim: *E,FLTIGF: [FLT] Failed to inject fault at circuit_tb.U0.n2174."

Here are the files called from the commands above.

fi.list:

fault_target circuit_tb.U0.n2174 -type SET+SA1+SA0

fs_strobe.tcl:

fs_strobe circuit_tb.WRITE_OUT circuit_tb.PC_OUT[0]

injection.tcl:

fault -stop_severity 3 -inject -time 2ns -type sa1 circuit_tb.U0.n2174

I already checked the NETs with simvision, so their paths are correct.

I'm using as reference the following document: "Functional Safety Simulation - Product Version 15.2 - April 2016"

Any ideas are welcome.

Thank you in advance.

Hi,

I'm doing the "The Targeted Fault Campaign" with ncsim and got stuck at the following message: "ncsim: *E,FLTIGF: [FLT] Failed to inject fault at circuit_tb.U0.n2174." I already tried with other NETs, with SET, SA0, SA1, always the same error occurs.

$nchelp ncsim FLTIGF
$ncsim/FLTIGF =
    Injection time is not within the expected finish
    time for the specified fault node. Failed to inject fault.

As can be seen below, the injection time is at 2ns and the -fault_good_run -fault_tw 1ns:100ns, so in theory 2ns is inside the window 1ns:100ns.

My scripts so far, considering I already compiled the Verilog testbench and also the gates from the technology library (gate-level simulation):

#this runs ok

ncelab -work worklib -cdslib circuit/trunk/backend/synthesis/work/cds.lib -logfile ncelab.log -errormax 15 -access +wc -status -timescale 1ps/1ps worklib.circuit_tb -fault_file circuit/trunk/backend/synthesis/scripts/fi.list

#this runs ok
ncsim -fault_good_run -fault_tw 1ns:100ns -fault_work fault_db -fault_overwrite worklib.circuit_tb:module -input ../scripts/fs_strobe.tcl -exit

#this runs NOT OK
ncsim -fault_sim_run -fault_work fault_db worklib.circuit_tb:module -input ../scripts/injection.tcl -exit

After the above command, I get: "ncsim: *E,FLTIGF: [FLT] Failed to inject fault at circuit_tb.U0.n2174."

Here are the files called from the commands above.

fi.list:

fault_target circuit_tb.U0.n2174 -type SET+SA1+SA0

fs_strobe.tcl:

fs_strobe circuit_tb.WRITE_OUT circuit_tb.PC_OUT[0]

injection.tcl:

fault -stop_severity 3 -inject -time 2ns -type sa1 circuit_tb.U0.n2174

I already checked the NETs with simvision, so their paths are correct.

I'm using as reference the following document: "Functional Safety Simulation - Product Version 15.2 - April 2016"

Any ideas are welcome.

Thank you in advance.

phpBugTracker 1.7.5 suffers from cross site scripting, authorization bypass, and SQL injection vulnerabilities.

WarVOX is a suite of tools for exploring, classifying, and auditing telephone systems. Unlike normal wardialing tools, WarVOX works with the actual audio from each call and does not use a modem directly. This model allows WarVOX to find and classify a wide range of interesting lines, including modems, faxes, voice mail boxes, PBXs, loops, dial tones, IVRs, and forwarders. WarVOX provides the unique ability to classify all telephone lines in a given range, not just those connected to modems, allowing for a comprehensive audit of a telephone system.