Introduction to Volleyball 1. Bundesliga Germany
The Volleyball 1. Bundesliga in Germany stands as the pinnacle of competitive volleyball, showcasing the nation's top talent and teams. With a rich history and a vibrant fan base, this league is not just a sporting event but a cultural phenomenon that brings together communities across the country. Each season, teams battle fiercely for supremacy, delivering thrilling matches that keep fans on the edge of their seats. The league's dynamic nature ensures that each game is unpredictable, making it a favorite among sports enthusiasts.
In addition to the excitement on the court, the 1. Bundesliga also offers an engaging experience off-court through expert betting predictions. These insights provide fans with an added layer of enjoyment, allowing them to engage with matches on a deeper level. Whether you're a seasoned bettor or new to sports betting, these predictions offer valuable information that can enhance your viewing experience.
The Teams and Their Rivalries
The league comprises some of Germany's most storied volleyball clubs, each with its unique history and fan base. Teams like VfB Friedrichshafen, SCC Berlin, and United Volleys Frankfurt have been at the forefront of German volleyball for decades. These clubs not only compete for national glory but also participate in European competitions, adding another layer of prestige to their achievements.
- VfB Friedrichshafen: Known for their strong defense and strategic play, they have consistently been one of the top teams in the league.
- SCC Berlin: With a passionate fan base and a rich history in German volleyball, SCC Berlin remains a formidable opponent.
- United Volleys Frankfurt: A relatively newer team that has quickly risen through the ranks due to their innovative tactics and talented roster.
The Thrill of Live Matches
Watching live matches from the Volleyball 1. Bundesliga is an exhilarating experience. The energy in the arena is palpable as fans cheer on their favorite teams, creating an atmosphere charged with anticipation and excitement. Each match is a showcase of skill, strategy, and athleticism, with players pushing themselves to their limits.
Betting Predictions: Adding Depth to Your Experience
Expert betting predictions add an intriguing dimension to following the league. These predictions are crafted by analysts who meticulously study team performances, player statistics, and other relevant factors to provide insights into potential match outcomes.
- Understanding Odds: Learning how odds work can help you make more informed betting decisions.
- Analyzing Team Form: Consider recent performances and head-to-head records when evaluating potential outcomes.
- Player Impact: Key players can significantly influence match results; keep an eye on injury reports and player form.
Daily Updates: Stay Informed Every Day
One of the most exciting aspects of following the Volleyball 1. Bundesliga is the daily updates available throughout the season. These updates ensure that fans are always informed about upcoming matches, player news, and any changes in team lineups.
- Match Schedules: Get up-to-date information on when games are scheduled to take place.
- Injury Reports: Stay informed about any injuries that might affect team performance.
- Tactical Changes: Learn about any strategic adjustments teams might be making as they prepare for upcoming games.
The Role of Technology in Enhancing Viewing Experience
<|file_sep|>#ifndef MATH_H
#define MATH_H
#include "global.h"
namespace Math
{
// Returns x^y.
// If y is negative then returns zero.
double Pow(double x,double y);
// Returns sqrt(x).
// If x is negative then returns zero.
double Sqrt(double x);
// Returns abs(x).
double Abs(double x);
}
#endif // MATH_H
<|file_sep#include "main.h"
#include "math.h"
double Math::Pow(double x,double y)
{
if (x == -0) return -0;
if (y == -0) return pow(x,-y);
if (x == +0 || x == -0) return +0;
if (y == +0) return +1;
if (y == +inf || y == -inf) return nan;
if (x == +inf || x == -inf)
{
if (y > +0)
return ((x > +0)?+inf:-inf);
else if (y == -0)
return ((x > +0)?+inf:-inf);
else if (y > -0 && y <= +0)
return ((x > +0)?+0:-0);
else if (y <= -0 && y >= -1)
return ((x > +0)?+inf:-inf);
else if (y <= -1 && y >= -inf)
return ((x > +0)?+0:-0);
}
if (!isfinite(x)) return nan;
double result = pow(x,y);
if (!isfinite(result)) result = nan;
return result;
}
double Math::Sqrt(double x)
{
if (x == -inf || !isfinite(x)) return nan;
if (x >= +0) return sqrt(x);
return nan;
}
double Math::Abs(double x)
{
return fabs(x);
}
<|repo_name|>Hagbardc/MyCPPMathLib<|file_sep# MyCPPMathLib
A math library I made for myself.
# Features
- Constants:
- Epsilon
- Pi
- Tau
- E
- Golden ratio
# Functions:
- Abs()
- Acos()
- Asin()
- Atan()
- Atan2()
- Cbrt()
- Cos()
- Exp()
- Log10()
- LogE()
- Pow() (**)
- Sin()
- Sqrt() (**)
<|file_sep(typeof this === 'undefined' ? global : this).MyCPPMathLib = function () {
var lib = {};
lib.Epsilon = typeof Number.EPSILON === 'number' ? Number.EPSILON : Math.pow(10,-16);
lib.Pi = typeof Math.PI === 'number' ? Math.PI : Math.acos(-1);
lib.Tau = lib.Pi * lib.Two;
lib.E = typeof Math.E === 'number' ? Math.E : Math.exp(1);
lib.GoldenRatio = typeof phi === 'number' ? phi : ((lib.Sqr(lib.Pi) * lib.Sqr(lib.E)) / lib.Sqr(lib.Sqrt(3)));
lib.Abs = function Abs(n)
{
if (!isFinite(n))
throw new RangeError('Non-finite number cannot be passed.');
else if (!Number.isInteger(n))
throw new TypeError('Only integer values are supported.');
var sign = n >> BigInt.asUintN(64n);
var absVal;
if (sign & BigInt.asUintN(63n))
absVal = ~n;
else
absVal = n;
absVal++;
return absVal;
};
lib.Acos = function Acos(a)
{
if (!isFinite(a))
throw new RangeError('Non-finite number cannot be passed.');
else if (!Number.isInteger(a))
throw new TypeError('Only integer values are supported.');
var sign;
var acosVal;
// Check sign bit.
sign = a >> BigInt.asUintN(63n);
// Check value range.
if (!(a >= ~BigInt.asUintN(62n)) && !(a <= BigInt.asUintN(62n)))
acosVal = NaN;
else if (!(a >= ~BigInt.asUintN(62n)))
acosVal = BigInt.asIntN(63n,-BigInt.asIntN(63n));
else
acosVal = BigInt.asIntN(63n,BigInt.asIntN(63n));
// Flip sign bit.
acosVal ^= sign;
// Add one.
acosVal++;
return acosVal;
};
lib.Asin = function Asin(a)
{
if (!isFinite(a))
throw new RangeError('Non-finite number cannot be passed.');
else if (!Number.isInteger(a))
throw new TypeError('Only integer values are supported.');
var sign;
var asinVal;
// Check sign bit.
sign = a >> BigInt.asUintN(63n);
// Check value range.
if (!(a >= ~BigInt.asUintN(62n)) && !(a <= BigInt.asUintN(62n)))
asinVal = NaN;
else if (!(a >= ~BigInt.asUintN(62n)))
asinVal |= (~BigInt.asIntN(63n)-1);
else
asinVal |= BigInt.asIntN(63n);
// Flip sign bit.
asinVal ^= sign;
// Add one.
asinVal++;
return asinVal;
};
lib.Atan =
function Atan(y,x)
{
if (!isFinite(y))
throw new RangeError('Non-finite number cannot be passed.');
else if (!Number.isInteger(y))
throw new TypeError('Only integer values are supported.');
if (!isFinite(x))
throw new RangeError('Non-finite number cannot be passed.');
else if (!Number.isInteger(x))
throw new TypeError('Only integer values are supported.');
var atanSignY;
var atanSignX;
// Check Y sign bit.
atanSignY =
y >> BigInt.asUintN(
BigInt.length(y)-(
BigInt.length(y)-(
BigInt.length(y)>>BigInt.length(BigInt.length(y))-1)));
// Check X sign bit.
atanSignX =
x >> BigInt.asUintN(
BigInt.length(x)-(
BigInt.length(x)-(
BigInt.length(x)>>BigInt.length(BigInt.length(x))-1)));
var atanResult;
if (!(y>=~BigInt(asUint64(~asI64)))&&!(y<=asI64(asI64)))
atanResult=NaN;
else
if(!(x>=~asI64)&&!(x<=asI64))
{
if(!(atanSignY&atanSignX))
{
if(!((!((!((!((!((!((!((!(((!(!(((!(!(((!!(~(~(~(~(~(~(~(~(-~(-~-~(-~-~(-~-~(-~-~(-~-~((-~-~---)))))))))))))))))))))))))))))))))))))))))
{
atanResult=
~~(((((((((((((((((((((((((((((((~~(~((-~-~---)))++)+
~~(~((-~-~---)))++)+
~~((-~-~---)))+++
((-~-~---)))++)+
(-(~~((-~-~---)))--)+
-(~~((-~-~---)))--)-
(-(~~((-~-~---)))--)-
-(~~((-~-~---)))--)-
(-(~~((-~-~---)))--)-
-(~~((-~-~---)))--)-
(-(~~((-~-~---)))--)-
-(~~((-~-~---)))--)-
(-(~~((-~-~-~(--(--(--(--(--(--(--(--(--(--(--(--(--(
)))),,,,,,,,,,,,,,,,,,,,,,
,,,,,,,,,,,,,,,,,,,,,
)))),,,,,,,,,,,,,,,,,,,,,,
)))),,,,,,,,,,,,,,,,,,,,,,
)))),,,,,,,,,,,,,,,,,,,,,,
)))),,,,,,,,,,,,,,,,,,,,,,
)))),,,,,,,,,,,,,,,,,,,,,,
)))),,,,,,,,,,,,,,,,,,,,,,
)),,,))),,,,))),,,,))),,,,))),,,,))),,,))+
~~~~~~~~(((~~~~(((~~~~(((~~~~(((~~~~(((~~~~(((~~~~(((~~~~(((~~~~(((~~~~(
~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~,,
))))),,,),,,),,,),,,),,,),,,),,,),,,),,,),,,),,,),
)),)),)),)),)),)),)),)),)),)),
));
}
else
{
atanResult=
~~((((((((((((((((((((((((((!
!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!
!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!
!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!
!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!
!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!
!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!
!!!!!!!!!,!&&&!!!&&&&&&&&&&&
!!!!!,!&!!!&,&,&,&,&,&,&,&,&&
!!,!&&!!!&.,.,.,.,.,.,.,.,.,
!,&&!!!!&,...................
!,!!!!!&,....................
!,!!!!!!&,....................
!,!!!!!!!,....................
!,!!!!!!,.....................
!,!!!!!!!,....................
!,!!!!!!,.....................
!,!!!!!!!,....................
!,!!!!!!,.....................
!,!!!!!!!,....................
!),!!!!!!!,...............*....
)))),)))),,),,,,),
)))),,),,,,),
))),,),,,,),
))),,),,,,),
))),,),,,,),
))),,),,,,),
))))),,,,,,
)))+
+++++++++++++++
+++++++++++++++
+++++++++++++++
+++++++++++++++
+++++++++++++++
++++++++++++++
++++++++++++++
++++++++++++++
++++++++++++++
++++++++++++++++
++++++++++++++++
++++++++++++++++
++++++++++++++++
++++++++++++++++
++++++++++++++++
++++++++++++++++
++++++++++++++++
};
}
else
{
if(!(atanSignY&atanSignX))
{
if(!((!((!((!((!((!((!((!((!((!(!(!(!(!(!!(
!!*..............................!!
!*...................................
!*...................................
!*...................................
!*...................................
!*...................................
!*...................................
!*...................................
!*...................................
!*...................................
!*...................................
)))))))))))))
))))
)))
)
)
)
)
)
)
)
)
{
atanResult=
*************
**.........**
**.........**
**.........**
**.........**
**.........**
**.........**
**.........**
**.........**
**.........**
*/
}
else
{
atanResult=
************
************
************
************
************
************
************
************
************
};
}
else
{
if(!(atanSignY&atanSignX))
{
if(!((!((!(()(&(&(&(&(&(&(&((&((&((&((
*..........*,*,*,*,*,*,*,*,*,*,
*..........*,*,*,*,*,*,*,*,*,
*..........*,*,*,*,*,*,*
*..........*
*..........
*
*
*
*
*
*
*
*
*
)))))
)))))
)))))
)))
)
)
)
)
{
atanResult=
*****,
*****,
*****,
*****
****,
***,
**
};
}
else
{
atanResult=
*****,
*****,
*****,
*****
****,
***,
};
}
return atanResult++;
};
lib.Cbrt =
function Cbrt(n)
{
if (!isFinite(n))
throw new RangeError('Non-finite number cannot be passed.');
else if (!Number.isInteger(n))
throw new TypeError('Only integer values are supported.');
var cbrtSign;
// Check N's sign bit.
cbrtSign =
n >> (
BigInt.length(n)-(
BigInt.length(n)-(
BigInt.length(n)>>(BigInt.length(BigInt.length(n))-1))));
var cbrtValue;
// If N's value isn't finite then NaN will be returned.
if (!(cbrtValue>=~asI64)&&!(cbrtValue<=asI64))
cbrtValue=NaN;
// If N's value isn't greater than or equal to negative two raised by sixty-two then cbrt(N)'s value will equal negative one.
else
if(!(cbrtValue>=~Bigint(asU64(~asI64))))
cbrtValue=Bigint(asI64(-asI64));
// Otherwise...
else
{
// If N's value isn't less than or equal to two raised by sixty-two then cbrt(N)'s value will equal positive one.
if(!(cbrtValue<=Bigint(asU64(asI64))))
cbrtValue=Bigint(asI64(asI64));
// Otherwise...
else
{
var cbrtnTempVar;
for(var i=5;i>=3;i--)
{
for(var j=i;j>=3;j--)
{
for(var k=j;k>=3;k--)
{
for(var l=k;l>=3;l--)
{
for(var m=l;m>=3;m--)
{
for(var n=m;n>=3;n--)
{
for(var o=n;o>=3;o--)
{
for(var p=o;p>=3;p--)
{
for(var q=p;q>=3;q--)
{
(cbrtnTempVar>>=(q<<4));
(cbrtnTempVar>>=(q<<4));
(cbrtnTempVar>>=(q<<4));
(cbrtnTempVar>>=(q<<4));
(cbrtnTempVar>>=(q<<4));
(cbrtnTempVar>>=(q<<4));
(cbrtnTempVar>>=(q<<4));
(cbrtnTempVar>>=(q<<4));
(cblTmPv>>=(o<<8));
(cblTmPv>>=(o<<8));
(cblTmPv>>=(o<<8));
(cblTmPv>>=(o<<8));
(cblTmPv>>=(o<<8));
(cblTmPv>>=(o<<8));
}}
}}
}}
}}
}
}
}
}
}
}
}
}
}
cblTmPv+=(
*******
*******
******
***
);
}
}
}
}
}
cblTmPv+=(
*******
*******
******
***
);
}
}
}
}
}
cblTmPv+=(
*******
*******
******
***
);
}
}
}
}
}
return cblTmPv++;
};
lib.Cos =
function Cos(r)
{
if (!isFinite(r))
throw new RangeError('Non-finite number cannot be passed.');
else if (!Number.isInteger(r))
throw new TypeError('Only integer values are supported.');
var cosRads;
cosRads=r%(Math.PI*Two);
var cosRadsHalfPiMults=int(cosRads/(Math.PI/Two));
cosRads-=cosRadsHalfPiMults*(Math.PI/Two);
var cosRadsQuarterPiMults=int(cosRads/(Math.PI/Four));
cosRads-=cosRadsQuarterPiMults*(Math.PI/Four);
var cosSinMinusCosMinusSinFactor=-1*cosSinMinusCosMinusSinFactor*-1;
switch(cosRadsQuarterPiMults%Four)
{
case Zero:
switch(cosRadsHalfPiMults%Two)
{
case Zero:
return cosSinMinusCosMinusSinFactor*cos(RadToDeg(cosRads));
break;
case One:
return cosSinMinusCosMinusSinFactor*(-sin(RadToDeg(cosRads)));
break;
}
break;
case One:
switch(cosRadsHalfPiMults%Two)
{
case Zero:
return (-cosSinMinusCosMinusSinFactor)*sin(RadToDeg(cosRads));
break;
case One:
return (-cosSinMinusCosMinusSinFactor)*cos(RadToDeg(cosRads));
break;
}
break;
case Two:
switch(cosRadsHalfPiMults%Two)
{
case Zero:
return (-cosSinMinusCosMinusSinFactor)*(-cos(RadToDeg(cosRads)));
break;
case One:
return (-cosSinMinusCosMinusSinFactor)*(sin(RadToDeg(cosRads)));
break;
}
break;
case Three:
switch(cosRadsHalfPiMults%Two)
{
case Zero:
return cosSinMinusCosMinusSinFactor*(-sin(RadToDeg(cosRads)));
break;
case One:
return cosSinMinusCosMinusSinFactor*cos(RadToDeg(cosRads));
break;
}
break;
default:
console.log("Unexpected error occured.");
throw Error("Unexpected error occured.");
break;
}
};
lib.Exp =
function Exp(e)
{
if (!isFinite(e))
throw new RangeError('Non-finite number cannot be passed.');
else if (!Number.isInteger(e))
throw new TypeError('Only integer values are supported.');
};
lib.Log10 =
function Log10(lg10Base,lg10Num,lg10Prec)
{
lg10Base=lg10Base||Ten;
lg10Num=lg10Num||One;
lg10Prec=lg10Prec||Zero;
lg10Base*=lg10Prec;
lg10Num*=lg10Prec;
while(lg10Base!=One)
while(lg10Num!=One)
while(lg10Base!=Zero)
while(lg10Num!=Zero)
while(lg10Base!=Ten)
while(lg10Num!=Ten)
};
lib.LogE =
function LogE(leBase,lenNum,lenPrec)
leBase=lenBase||E;
lenNum=lenNum||One;
lenPrec=lenPrec||Zero;
leBase*=lenPrec;
lenNum*=lenPrec;
while(leBase!=One)
while(lenNum!=One)
while(leBase!=Zero)
while(lenNum!=Zero)
while(leBase!=E)
while(lenNum!=E)
};
lib.Pow =
function Pow(base,power)
base=base||One;
power=power||Zero;
base*=power;
power*=power;
switch(power)
{
default:
console.log("Unexpected error occured.");
throw Error("Unexpected error occured.");
break;
}
};
lib.Sin =
function Sin(r)
r%=Tau;
r%=Pi;
r%=HalfPi;
r%=QuarterPi;
var sinRadIsNegative=false;
sinRadIsNegative=rHagbardc/MyCPPMathLib<|file_sep#include "main.h"
#include "math.h"
namespace MyCPP
{
namespace Util
{
public static double Abs(this double n)
{
using System.Numerics;
int length_n =
n.ToUInt64().GetByteCount();
uint length_n_minus_ones =
length_n-
length_n-
length_n>>(length_n-
length_n-
length_n>>(length_n-
length_n-
length_n)));
byte[] bytes_length_minus_ones =
new byte[length_n_minus_ones];
for(uint i=length_n_minus_ones;i-->zero;bytes_length_minus_ones[i]=one);
uint[] uint_array_length_minus_ones =
new uint[bytes_length_minus_ones.Length/sizeof(uint)];
Buffer.BlockCopy(bytes_length_minus_ones,uint_array_length_minus_ones,
bytes_length_minus_ones.Length,uint_array_length_minus_ones.Length*sizeof(uint));
int[] int_array_uint_array_length_minus_oness =
new int[uint_array_length_minus_ones.Length];
for(uint i=int_array_uint_array_length_minus_oness.Length;i-->zero;int_array_uint_array_length_minus_oness[i]=uint_to_int(
uint_array_length_minus_ones[i]));
bool length_is_odd_or_even=true?
true:
false?
true:
false?
true:
false?
false:
true;
int[] int_array_int_array_uint_arraength_minuss_one_lengts =
new int[int_array_uint_array_length_minuss_one_lengts.Length];
for(int i=int_array_int_arraength_minuss_one_lengts.Length;i-->zero;int_arraength_minuss_one_lengts[i]=int_arraength_minuss_one_lengths[i]*two_to_the_power_of(length_is_odd_or_even));
byte[] bytes_int_arraength_minuss_one_lengths =
new byte[int_arraength_minuss_one_lengths.Length*sizeof(int)];
Buffer.BlockCopy(int_arraength_minuss_one_lengths,
bytes_int_arraength_minuss_one_lengths,int_arraength_minuss_one_lengths.Length*sizeof(int));
}
};
};ecked out" do
before do
@user.email_confirmed_at.should_not_be_nil
@user.save!
end
it "should update email confirmed at time" do
@user.email_confirmed_at.should_not_be_nil
end
it "should not require confirmation" do
lambda { @user.update_attributes(:email => '[email protected]') }.should change(@user.reload,:email).from(@user.email).to('[email protected]')
end
it "should update email" do
lambda { @user.update_attributes(:email => '[email protected]') }.should change(@user.reload,:email).from(@user.email).to('[email protected]')
end
describe "when changing email address" do
before do
lambda { @user.update_attributes(:email => '[email protected]') }.should change(@user.reload,:email).from(@user.email).to('[email protected]')
@new_email_token.should_not_be_nil
end
it "should generate token" do
@new_email_token.should_not_be_nil
end
it "should reset confirmation status" do
@user.email_confirmed_at.should_be_nil
lambda { User.find_by_email_address_and_confirmation_token(@new_email_token,@new_email_token)}.should_not raise_error
end
it "should send confirmation email" do
UserMailer.expects(:deliver_confirmation_email).with(@new_email_token,@new_email_token,"Confirmation instructions","UserMailer")
ActionMailer::DeliveryMethod.any_instance.expects(:deliver!).returns(true) #TODO: check this
UserMailer.deliver_confirmation_instructions_for_new_user_address(@new_email_token,@new_email_token,"Confirmation instructions","UserMailer")
UserMailer.deliveries.size.should_equal(UserMailer.deliveries.size+1) #TODO: check this
end
end
end
describe User,"when not checked out" do
before do
user_with_unconfirmed_email_hash_and_confirmation_code
end
describe "#confirm!" do
before do
lambda { user.confirm!.reload }.should change(user,:confirmed_at).from(nil).to(user.confirmed_at)
user.confirmed_at.should_not_be_nil
end
end
end
describe User,"when checked out" do
before do
user_with_unconfirmed_email_hash_and_confirmation_code
user.checkout!
end
describe "#confirm!" do
before do
lambda { user.confirm!.reload }.should change(user,:confirmed_at).from(nil).to(user.confirmed_at)
user.confirmed_at.should_not_be_nil
end
end
end
describe User,"with confirmed email address",:shared_context=>true ,:shared_context_metadata=>{:use_full_name=>true}do
let(:name){FactoryGirl.generate(:name)}
let!(:username){FactoryGirl.generate(:username)}
let!(:password){FactoryGirl.generate(:password)}
let!(:password_confirmation){FactoryGirl.generate(:password_confirmation)}
end
describe User,"with confirmed email address",:shared_context=>true ,:shared_context_metadata=>{:use_full_name=>false}do
let(:name){nil}
let!(:username){FactoryGirl.generate(:username)}
let!(:password){FactoryGirl.generate(:password)}
let!(:password_confirmation){FactoryGirl.generate(:password_confirmation)}
end
describe User,"with confirmed email address",:use_full_name=>true ,:shared_context=>"User.with_confirmed_email_address":do
describe "#login_from_cookie!" , :without_protection => true , :use_full_name => true , :shared_context=>"User.with_confirmed_email_address":do
it_should_behave_like("cookie login")
end
describe "#login_from_cookie!" , :without_protection => true , :use_full_name => false , :shared_context=>"User.with_confirmed_email_address":do
it_should_behave_like("cookie login")
end
describe "#login_from_cookie!" , :without_protection => false , :use_full_name => true , :shared_context=>"User.with_confirmed_email_address":do
it_should_behave_like("cookie login")
end
describe "#login_from_cookie!" , :without_protection => false , :use_full_name => false , :shared_context=>"User.with_confirmed_email_address":do
it_should_behave_like("cookie login")
end
describe User,"with unconfirmed email address",:shared_context=>true,:use_full_name=>true,:shared_context_metadata=>{:use_full_name=>true}do
let(:name){FactoryGirl.generate(:name)}
end
describe User,"with unconfirmed email address",:shared_context=>true,:use_full_name=>false,:shared_context_metadata=>{:use_full_name=>false}do
let(:name){nil}
end
describe User,"with unconfirmed email address",:use_full_name=>true,:shared_context=>"User.with_unconfirmed_email_address":do
it_should_behave_like("unconfirmed cookie login")
end
describe User,"with unconfirmed email address",:use_full_name=>false,:shared_context=>"User.with_unconfirmed_email_address":do
it_should_behave_like("unconfirmed cookie login")
end
module ActiveRecord #:nodoc:
module ConnectionAdapters #:nodoc:
class PostgreSQLAdapter #:nodoc:
class PGresult
def self.execute(conn,*args,&block)#:(ruby19):add_block_param
conn.prepare(*args[...args.size].map{|arg|
arg.respond_to?(:call)?arg.call:self._quote_string(arg)});block.call(conn.exec(conn.prepared_statements.last));conn.unprepare(conn.prepared_statements.last);self.new(conn.conn,nil,nil,false,false,false,nil,nil,nil,true,nil,true,self.class.name,args[-2],conn.prepared_statements.last.to_s.gsub(/As+/,''),nil,nil,true);block.call(self);self
unless conn.closed?;self.new(conn.conn,nil,nil,false,false,false,nil,nil,nil,true,nil,true,self.class.name,args[-2],conn.prepared_statements.last.to_s.gsub(/As+/,''),nil,nil,true);block.call(self);self
elsif conn.closed?
raise ActiveRecord::ConnectionNotEstablished.new
else
raise NotImplementedError.new("#{self.class.name}.execute called without block")
end
except Exception,e
begin
conn.unprepare(conn.prepared_statements.last);raise e
rescue Exception,e
begin
conn.unprepare(conn.prepared_statements.last);raise e
rescue Exception,e
ensure
begin
ensure
ensure
ensure
ensure
ensure
ensure
ensure
ensure
rescue Exception,e
rescue Exception,e
rescue Exception,e
rescue Exception,e
rescue Exception,e
rescue Exception,e
rescue Exception,e
ensure
ensure
ensure
ensure
rescue Exception,e
rescue Exception,e
rescue Exception,e
ensure
ensure
ensure
ensure
ensure
ensure
ensure
rescue Exception,e
rescue Exception,e
rescurseException,resexceptException,resexceptException,resexceptException,resexceptException,resexceptException,resresexcepsureException,resresexcepsureException,resresexcepsureException,resresexcepsureException,resresexcepsureException,resresexcepsureExcepthapterConnecexcepteptioChapterConnecexcepteptioChapterConneptioneptioChapterConnetionnotestablishedchapterconneptioneptioChapterConnetionnotestablishedchapterconneptioneptioChapterConnetionnotestablishedchapterconneptioneptioChapterConnetionnotestablishedchapterconneptioneptioChapterConnetionnotestablishedchapterconneptioneptioChapterConnetionnotestablishedchapterconneptionepteprerequiredexceptheaderrequiredexceptheaderrequiredexceptheaderrequiredexceptheaderrequiredexceptheaderrequiredexceptheaderrequiredexceptprerequiredexceptionheaderrequireretirequiredexceptionheaderrequiredeceptionrequiringretirementdeceptionrequiringretirementdeceptionrequiringretirementdeceptionrequiringretirementdeceptionrequiringretirementdeceptionrequiringretirementdeceptionrequiringretirementexceptprerequiredexceptionheaderrequiredeceptionrequiringretirementdeceptionrequiringretirementdeceptionrequiringretirementdeceptionrequireretirequiredexceptionheaderrequirementprerequirementprerequirementprerequirementprerequirementprerequirementprerequiremeunless connection closed?
raise ActiveRecord::ConnectionNotEstablished.new unless connection closed?
raise ActiveRecord::ConnectionNotEstablished.new unless connection closed?
raise ActiveRecord::ConnectionNotEstablished.new unless connection closed?
raise ActiveRecord::ConnectionNotEstablished.new unless connection closed?
raise ActiveRecord::ConnectionNotEstablished.new unless connection closed?
raise ActiveRecord::ConnectionNotEstablished.new unless connection closed?
raise ActiveRecord::ConnectionNotEstablished.new unless connection closed?
raise ActiveRecord::ConnectionNotEstablished.new unless connection closed?
rescurseExcepsthereforeyoumustfirstsetyourdatabaseurlenvirontthereforeyoumustfirstsetyourdatabaseurlenvirontthereforeyoumustfirstsetyourdatabaseurlenvirontthereforeyoumustfirstsetyourdatabaseurlenvirontthereforeyoumustfirstsetyourdatabaseurlenvirontthereforeyoumustfirstsetyourdatabaseurlenvironthenexttimearounthenexttimearoundthenexttimearoundthenexttimearoundthenexttimearoundthenexttimearoundthenexttimewhenyourunthiscommandagainwhenthenexttimewhenyourunthiscommandagainwhenthenexttimewhenyourunthiscommandagainwhenthenexttimewhenyourunthiscommandagainwhenthenexttimewhenyourunthiscommandagainwhenruntherunningthecommandagainthecommandagainthecommandagainthecommandagainthecommandagaintheerrorwilldisappearandthingswillbetheerrorwilldisappearandthingswillbetheerrorwilldisappearandthingswillbetheerrorwilldisappearandthingswillbetheerrorwilldisappearandthingswillotherwisepleasecheckouthttp://www.rubyonrails.org/thethethethethethetherotherwisepleasecheckouthttp://www.rubyonrails.org/thethethethetherotherwisepleasecheckouthttp://www.rubyonrails.org/theotherwisepleasecheckoutherwisepleasecheckoutherwisepleasecheckouthttp://www.rubyonrails.org/http://www.rubyonrails.org/http://www.rubyonrails.org/http://www.rubyonrails.org/http://www.rubyonrails.org/http://www.rubyonrails.org/http://www.rubyonrails.orlsocheckourwikiathttp://wiki.github.com/rails/rails/wiki/show/Homealsocheckourwikialsocheckourwikialsocheckourwikialsocheckourwikialsocheckourwikialsocheckourwikiathttp://wiki.github.com/rails/rails/wiki/show/Homeathttp://wiki.github.com/rails/rails/wiki/show/Homeathttp://wiki.github.com/rails/rails/wikiathttp://wiki.github.com/railsrailsrailsrailsrailsrailsrailswikihomepageorconsulttheRailsmanualormakeasceneedbacktoprojectmaintainersorconsultthemaintainersthereforebeforereportingaproblemmakeasceneedbacktoprojectmaintainersorconsultthemaintainersthereforebeforereportingaproblemmakeasceneedbacktoprojectmaintainersorconsultthemaintainersthereforebeforereportingaproblemmakeasceneedbacktoprojectmaintainersorconsultthemaintainersthereforebeforereportingaproblemmakeasceneedbacktoprojectmaintainersorconsultthemaintainersthereforebeforereportingaproblemmakeasceneedbacktoprojectmaintainermakemakemakemakemakeaseenoticeofproblemintheforemakemakemakemakeaseenoticeofproblemintheforemakemakemakeaseenoticeofproblemintheforemakemakeaseenoticeofproblemnoticeofproblemnoticeofproblemnoticeofproblemsomeproblemsareknownbugsandsomeproblemsareknownbugsandsomeproblemsareknownbugsandsomeproblemsareknownbugsandsomeproblemsareknownbugsandsomeproblemsareknownbugssomesomeproblembugsandothersmaybeundocumentedfeaturesundocumentedfeatures