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TABLE OF CONTENTS

2007-08 USF Men’s Basketball - A New Era

BIG EAST Conference 2

NBA Draft - Solomon Jones 3

Strength/Sports Medicine 4

Community Service 5

Media Exposure 6

Summer Camps & Future Bulls 7

Sun Dome 8-9

Scholarship Endowments 10

Season Preview 11-14

Coaching & Support Staff

Head Coach Stan Heath 16-19

Asst. Coach Dan Hipsher 20

Asst. Coach Reggie Hanson 21

Asst. Coach Byron Samuels 22

Dir. of Operations Tommy Tonelli 23

Adm. Asst./Vid. Coord. Jamie Angeli 24

Senior Associate AD Barry Clements 25

Support Staff 26

Roster/Player Biographies

Numerical/Alphabetical Roster 28

TV/Radio Roster 29

Kentrell Gransberry 30-31

Mohamed Esseghir 32

Eddie Lovett 33

Mobolaji “BJ” Ajayi 34

Jesus Verdejo 35

Aris Williams 36

Solomon Bozeman 37

Chris Howard 38

Adamu “Amu” Saaka 39

Orane Chin 40

Dante Curry 41

Aaron Holmes 42

Dominique Jones 43

adidas 44

The 2007-08 University of South Florida Men’s Basketball Media Guide is

a publication of the USF Sports Information Office. Editor: Jeff Wuerth.

Contributors: Scott Kuykendall, Karlos Tellez, Chris Freet and Amy

Woodruff. Printer/Consultant — Rinaldi Printing/Steve Kimbler

Opponents

Cleveland State 46

Buffalo 46

Rhode Island 46

Florida Atlantic 46

Florida State 46

East Carolina 46

Florida International 47

UCF 47

Richmond 47

UAB 47

Wake Forest 47

St. Francis (NY) 47

Winston-Salem State 48

Rutgers 48

Syracuse 48

Pittsburgh 48

Providence 48

Seton Hall 48

West Virginia 49

Louisville 49

Marquette 49

St. John’s 49

Georgetown 49

DePaul 49

Connecticut 50

Cincinnati 50

Villanova 50

Notre Dame 50

2006-07 In Review

Final USF Statistics 52

Final Results 53

Game-By-Game Team Statistics 54

Game-By-Game Rebounding 55

Game-By-Game Scoring 55

Game-By-Game Starters 55

USF Leaders 56

2006-07 Box Scores &

Summaries 57-66

1

Program History & Records

Career Leaders 68-69

Season Leaders 70-71

Individual Game Records 72-74

Team Records 75-76

Annual Leaders 77-78

Charlie Bradley 79

Chucky Atkins 80

Radenko Dobras 81

Bulls in the NBA/Draft History 82

Program Honors 83

League Stat Leaders 84

1,000-Point Scorers 85-92

Letterwinners 93-94

Year-By-Year Stats 95-100

All-Time Opponents 101-104

Year-By-Year Results 105-113

League Standings/All-Time Coaches 114-116

Ranked Opponent History 117

Overtime History & 100-point games118

Tournament History 119-120

In Memory Of... 121

Embassy Suites 122

Media Information

Sports Information Staff 124-125

Media Outlets 126

Radio/TV Networks 127

Sports Information Contacts 128

The University

USF 130-131

City of Tampa 132-133

University President 134

Director of Athletics 135

Academic Services 136-137

Bulls Club 138

Sports Medicine 139

Strength & Conditioning 140

Cover designs — Karlos Tellez

Photography — Gary Dineen, J. Meric, Thomas Wagner, Greg Owen,

Brett Hansbauer, Kent Horner/NBAE/Getty Images, Scott

Cunningham/NBAE/Getty Images, Michael Okoniewski and Gary Shook.

1


BIG EAST CONFERENCE

2007-08 USF Men’s Basketball - A New Era

2

2


SOLOMON JONES - 2006 NBA DRAFT

2007-08 USF Men’s Basketball - A New Era

Solomon Jones

33rd Selection - Atlanta Hawks

Highest Draft Pick In USF History

3

3


STRENGTH & CONDITIONING - SPORTS MEDICINE

2007-08 USF Men’s Basketball - A New Era

4

4

Strength & Conditioning

USF student-athletes utilize one of the top weight

rooms in the country. The highly-respected staff

develops sport-specific programs with the goal of

maximizing the athletic potential of all Bulls.

Assistant Strength and Conditioning Coach Aaron

Komarek works directly with the men’s basketball

team.

Sports Medicine

USF Sports Medicine is proud to partner with the

best physicians and health care providers in the

Tampa Bay Area to be ready for any medical need

that arises. Looking ahead, USF plans to continue

to be recognized as a leader in both clinical sports

medicine and research in several areas. Assistant

Athletic Trainer Jen Ross works with men’s hoops.


COMMUNITY SERVICE

2007-08 USF Men’s Basketball - A New Era

Community Service

The USF men’s basketball team participates in

numerous community service projects throughout the

course of the year, both as a team and on an individual

basis. USF players make frequent stops at area

schools for speaking engagements and can often be

found on campus participating in organized activities

away from the basketball court. For more information

on requesting help from the USF men’s basketball

program, please call 813-974-3252.

5

5


MEDIA EXPOSURE

2007-08 USF Men’s Basketball - A New Era

6

6

Bulls In The Media

As a member of the powerful BIG EAST Conference,

USF enjoys exposure at a national level that few

schools can rival. Thanks to a new television package

with ESPN and a local television package with

Bright House Networks, the Bulls will see nearly all of

their regular season games carried on television. The

program already enjoys an impressive television

presence as one of 45-plus ISP Inc. universities in

the nation. Each of the team’s games are also carried

via the USF Radio Network and can be heard worldwide

thanks to www.GoUSFBulls.com. Based in the

12th-largest media market in the United States, Bulls

players have been able to make a name for themselves

on the court.


STAN HEATH CAMPS & FUTURE BULLS PROGRAM

2007-08 USF Men’s Basketball - A New Era

CAMPS

University of South Florida head coach Stan Heath and his staff will conduct their

annual Bulls summer basketball camps beginning in June.

There will be individual day camps, elite camp, and team camp available for kids

and teams of all ages. Each camper will be exposed to the fundamentals of basketball

and team play. They will receive well organized instruction from a camp

staff that is positive and enthusiastic. Also on hand to work with the campers will

be team members of the USF Bulls. All the action and excitement will take place

in the USF Sun Dome and Corral gymnasium. Each camp will provide an outstanding

environment in which to learn the game of basketball and improve individual

skills. Daily fundamental instruction, contests, shooting competitions,

guest speakers, and team play will highlight each day. Team camp will include

numerous games culminating with a bracketed elimination tournament.

For additional camp information or to register please call the USF Men's

Basketball Office at (813) 974-3252.

7

FUTURE BULLS

USF head coach Stan Heath has introduced the formation of Stan

Heath's Future Bulls Basketball Program and League.

The program will address team play, the proper attitude on and off the

court, academic responsibility, a drug and gang-free lifestyle, and respect

for parents and elders. The Future Bulls Basketball League (FBBL) is a

boy's league for grades 4-6 and 7-8, playing in two separate leagues. The

youth in the league will be coached by current USF players and play a

10-game schedule.

The program and league includes numerous other benefits and is only

$150 per participant. Listed below are the benefits for being a member:

Official adidas Future Bulls Basketball League (FBBL) Game Jersey;

Opportunity to be drafted and coached by a USF Bulls Basketball Player;

Compete in a 10-game schedule against other Future Bulls; Only than

eight to nine players on each team; Free admission and introduction at a

USF Bulls home men's basketball game; Personally autographed photos

of your favorite Bulls' players; Opportunity to view and purchase Official

FBBL DVD featuring league highlights, interviews and special messages

from USF Basketball; Access to "Members Only" area of the Future Bulls

website and Future Bulls "Books and Ball" e-newsletter.

"The Future Bulls Basketball Program is so much more than just a basketball

league," said Heath. "It is an opportunity for our USF men's basketball

program to impact the community in a very significant manner.

Each Future Bull will have the chance to interact with some of their

favorite basketball players at USF and in turn our players will be given the

opportunity to learn the importance of being a positive role model for our

area's youth."

For more information or a program brochure call the men's basketball

office at 813-974-3252. You may also visit the website at www.futurebulls.com

for online information and registration. The program will take

the first 180 members to sign up and will run from Nov. 11 to Feb. 24.

7


SUN DOME

2007-08 USF Men’s Basketball - A New Era

Nearly 50 universities granted R.

Buckminster Fuller, one of the 20th century’s

greatest thinkers, an honorary degree during

his life. The University of South Florida was

not among them.

But USF has, unknowingly, created a tribute

to Fuller, the man who was a scientist, a

philosopher, an inventor, a designer, the man

who coined the term “Spaceship Earth.”

Fuller was also the creator of the geodesic

dome — an architectural design based

upon his discovery that a triangle withstands

pressure better and is twice as strong as a

rectangle. He discovered that if a spherical

structure was created from triangles, it would

have unparalleled strength.

The USF Sun Dome, a 10,411-seat facility

that is home to USF basketball, has taken one

of Fuller’s most outstanding legacies and,

over a six-month period in 2000, reinvented

itself.

Built at a cost of $12 million between 1977

and 1980, the USF Sun Dome on the campus

of the University of South Florida opened its

doors in December, 1980.

The unique building design featured an

air-supported roof made from a 90,000square-foot

translucent teflon-coated fiberglass

fabric.

An $8 million construction project utilizing

Fuller’s design principles has recreated

the USF Sun Dome and has allowed the 27year-old

facility to assume a prominent role

8

The most recent improvements to the Sun

Dome included nearly $2 million in high-definition

scoreboards and a new playing surface.

in entertaining Tampa Bay and the entire central

Florida region.

The centerpiece of the project is a steelframe

geodesic dome roof constructed from

more than 3,000 beams and weighing more

than 400 tons.

The 2005-06 campaign debuted the facility’s

latest round of upgrades. High-definition

video scoreboards were placed in each of the

arena’s four corners in time for the inaugural

BIG EAST season.

The men’s and women’s basketball teams

also enjoyed the installation of a new playing

surface in 2005. The QuickLock Portable

Floor is made of northern hard maple and

contains red power shok pads attached. The

graphics feature the “USF” logo at mid-court

and BIG EAST logos in the lane at both ends

of the court.

Renovation of the USF Sun Dome’s interior

has also included restrooms, dressing

rooms, locker rooms and office space.

Features also include a $250,000 lighting system

and a new audio system.

The USF Sun Dome is managed by Sun

Dome Inc., a not-for-profit corporation.

Beers Construction of Tampa was the primary

contractor for the project.

The USF Sun Dome has hosted six NIT

games as well as an NCAA sub-regional in

1983 with Arkansas, Illinois State, Kentucky,

Ohio, Purdue, and Robert Morris.

8

All-Time Attendance

Home

1971-72: 23,145

1972-73: 27,024

1973-74: 23,705

1974-75: 32,247

1975-76: 37,406

1976-77: 20,198

1977-78: 24,476

1978-79: 16,049

1979-80: 18,703

1980-81: 90,814

1981-82: 63,716

1982-83: 90,670

1983-84: 74,774

1984-85: 86,208

1985-86: 39,094

1986-87: 48,841

1987-88: 71,720

1988-89: 81,817

1989-90: 71,536

1990-91: 104,958

1991-92: 100,576

1992-93: 74,936

1993-94: 61,670

1994-95: 77,704

1995-96: 73,318

1996-97: 70,564

1997-98: 65,124

1998-99: 62,241

1999-00: 62,333

2000-01: 67,066

2001-02: 77,959

2002-03: 60,677

2003-04: 50,214

2004-05: 41,871

2005-06: 58,288

2006-07: 58,499

Away

1971-72: 39,147

1972-73: 41,114

1973-74: 36,482

1974-75: 51,159

1975-76: 42,465

1976-77: 94,168

1977-78: 47,394

1978-79: 63,747

1979-80: 36,236

1980-81: 58,690

1981-82: 39,168

1982-83: 93,421

1983-84: 51,856

1984-85: 71,716

1985-86: 62,428

1986-87: 76,554

1987-88: 90,339

1988-89: 47,832

1989-90: 51,651

1990-91: 46,949

1991-92: 74,153

1992-93: 58,892

1993-94: 74,898

1994-95: 63,156

1995-96: 81,523

1996-97: 64,043

1997-98: 64,568

1998-99: 77,711

1999-00: 89,743

2000-01: 94,222

2001-02: 80,678

2002-03: 101,411

2003-04: 89,668

2004-05: 99,110

2005-06: 103,338

2006-07: 134,301


SUN DOME

2007-08 USF Men’s Basketball - A New Era

Sun Dome Records

Individual - USF

Points: 38, Charlie Bradley (Florida 1/11/83)

FG Attempts: 31, Charlie Bradley (Florida 1/11/83)

FG Made: 17, B.B. Waldon (TCU 1/5/02)

FG Pct: 1.000 (8-8), Jesse Salters (FAU 12/3/93)

3-pt Attempts: 16, Melvin Buckley (Stetson 11/27/06)

3-pt Goals Made: 8, Radenko Dobras (Florida 1/9/89)

FT Attempts: 18, Charlie Bradley (Penn State 12/20/82)

FT Made: 15, Solomon Bozeman (Stetson 11/27/06)

FT Pct: 1.000, Charlie Bradley (11-11) (Florida 12/4/84)

Derrick Sharp (10-10) (NE Illinois 12/27/91)

Rebounds: 24, Darrell Coleman (Miami 3/1/88)

Assists: 12, Tommy Tonelli (Florida A&M 12/7/84)

Arthur Caldwell (Cincinnati 12/17/86)

Arthur Caldwell (VCU 1/24/87)

Reggie Kohn (Cincinnati 1/26/02)

Chris Capko (Jacksonville 11/25/05)

Steals: 10, Altron Jackson (Florida St. 1/2/02)

Blocks: 11, Gerrick Morris (G. Washington 11/28/00)

Individual - Opponent

Points: 39, Craig Beard (Samford 12/29/82)

FG Attempts: 27, Frank Ross (American vs. VT 12/28/85)

FG Made: 17, Ken Lyons (N. Texas St. vs. Samford 12/28/82)

FG Pct: 1.000 (8-8), Chris Crawford (Marquette 1/30/97)

3-pt Attempts: 16, Deonta Vaughn (Cincinnati, 1/14/07)

3-pt Goals Made: 6, Dave Buckner (Fordham 3/14/91)

6, Kenny Harris (VCU 2/20/93)

6, Kenny Harris (VCU 2/20/94)

6, Junior Blount (TCU 1/5/02)

6, Colin Falls (Notre Dame 2/3/07)

3-pt Percentage: 1.000 (6-6), Kenny Harris (VCU 3/5/94)

FT Attempts: 18, Dan Montgomery (Roosevelt 12/22/82)

FT Made: 13, Dan Montgomery (Roosevelt 12/22/82)

FT Pct: 1.000, Bernard Royster (9-9) (ODU 1/3/87)

Wesley Matthews (8-8) (Marquette 1/28/07)

Andy Kennedy (8-8) (UAB 1/8/90)

Terry Rupp (8-8) (Tampa 12/3/86)

Rebounds: 20, Chris Gatling (Old Dominion 2/7/90)

Assists: 15, Jerry Hobbie (Fordham vs. LaSalle 12/28/84)

Blocks: 12, Cedric Lewis (Maryland 1/19/91)

Sun Dome Quick Facts

Built: 1977-80

Opened: November 29, 1980

First Game: November 29, 1980 vs. Florida A&M

Dedication Game: December 2, 1980 vs. Duke

First Win: Dec. 6, 1980 vs. UNC-Greensboro

50th win: Jan. 15, 1984 vs. Jacksonville

100th win: Jan. 6, 1990 vs. Miami

150th win: Dec. 30, 1994 vs. Hartford

200th win: Nov. 28, 2000 vs. George Washington

250th win: March 4, 2006 vs. Georgetown

Initial Cost: $12 million

Renovation Cost: $8 million (2006)

Capacity: 10,411

All-Time Record: 259-142 (.646)

Media Room Telephone: 813-974-3752

Press Row Telephone: 813-974-3287

9

Team - USF

Points: 117, Roosevelt (12/22/82), TCU (1/5/02)

Points, One Half: 64, TCU (1/5/02)

Margin of Victory: 44, Roosevelt (12/22/82)

Fewest Points: 36, Marquette (1/30/97)

Fewest Points, Half: 16, St. Peters (12/4/85)

Highest Two-Team Total: 225, USF 117-TCU 108 (1/5/02)

Lowest Two-Team Total: 79, USF 45-St. Peters 34 (12/4/85)

FG Attempts: 89, Roosevelt (12/20/80)

FG Made: 46, Roosevelt (12/20/80)

FG Percentage: 64.3 (36-56), Florida A&M (12/7/84)

3-pt Attempts: 28, Michigan State (12/20/97)

3-pt Goals Made: 10, Florida (1/9/89)

FT Attempts: 53, NE Illinois (12/27/91)

FT Made: 42, NE Illinois (12/27/91)

FT Percentage: 94.4 (17-18), South Alabama (2/9/91)

Rebounds: 65, Long Island (12/30/95)

Personal Fouls: 32, Memphis (2/7/01)

Single Game Attendance: 10,444, Florida (12/8/01)

Team - Opponents

Points: 100, Memphis (2/7/01)

Fewest Points: 34, St. Peters (12/4/85)

Fewest Points, One Half: 8, Oglethorpe (1/16/81)

Field Goal Attempts: 79, Xavier (1/26/91)

American vs. Va. Tech (12/28/85)

FG Made: 42, Michigan (12/29/87)

FG Pct: 66.7 (30-45), Va. Commonwealth (3/5/94)

3-pt Attempts: 31, Western Kentucky (1/12/91)

3-pt Goals Made: 14, TCU (1/5/02)

3-pt Percentage: 81.8 (9-11), Fordham (3/14/91)

FT Attempts: 43, Virginia Tech vs. American (12/28/85)

FT Made: 35, Tampa (12/3/86)

FT Percentage: 1.000 (14-14), Houston (12/29/89)

Rebounds: 63, Clemson vs. Fla. International (12/29/87)

Personal Fouls: 34, NE Illinois (12/27/91)

NOTE: Sun Dome records begin on November 29, 1980.

Current players in bold

All-Time Sun Dome Record

Season Won Lost PCT

1980-81 15 3 .833

1981-82 13 2 .867

1982-83 15 3 .833

1983-84 12 4 .750

1984-85 12 6 .667

1985-86 10 4 .714

1986-87 6 7 .462

1987-88 4 11 .267

1988-89 7 9 .438

1989-90 13 3 .813

1990-91 13 4 .765

1991-92 12 2 .857

1992-93 6 8 .429

1993-94 8 4 .667

Season Won Lost PCT

1994-95 13 4 .765

1995-96 8 5 .615

1996-97 7 8 .467

1997-98 8 6 .571

1998-99 6 7 .461

1999-00 11 2 .846

2000-01 11 2 .846

2001-02 10 6 .625

2002-03 13 2 .867

2003-04 6 9 .400

2004-05 8 5 .615

2005-06 4 10 .286

2006-07 8 7 .533

27 Years 259 142 (.646)

9


ENDOWMENTS

2007-08 USF Men’s Basketball - A New Era

The Richard and Roslyn Wittcoff & Family

Endowed Scholarship

In 1982, Richard and Roslyn Wittcoff established the first of two endowments for

the men’s basketball program. Through the generosity of the Wittcoffs, this endowment

provides complete funding for one USF basketball player’s annual education.

Since 1987, the award has been annually presented in recognition of a graduating

senior. The honored player is selected by Richard Wittcoff in conjunction with the

men’s basketball coach.

Richard & Roslyn Wittcoff & Family Scholarship Honorees

1987-88 (Darrell Coleman), 1988-89 (Rob Anderson), 1989-90 (Hakim Shahid),

1990-91 (Tony Armstrong), 1991-92 (Fred Lewis and Gary Alexander), 1992-93

(Derrick Sharp), 1993-94 (Jesse Salters), 1994-95 (Jesse Salters), 1995-96

(Chucky Atkins), 1996-97 (James Harper), 1997-98 (Brian Lamb), 1998-99

(Shaddrick Jenkins), 1999-00 (Altron Jackson), 2000-01 (Cedric Smith), 2001-02

(B.B. Waldon), 2002-03 (Reggie Kohn), 2003-04 (Brian Swift), 2004-05 (Brian Swift),

2005-06 (James Holmes), 2006-07 (Kentrell Gransberry)

Richard & Roslyn Wittcoff Endowed Scholarship

In January, 1991, Richard & Roslyn Wittcoff generously added a second endowment

to the men’s basketball program. This endowment is awarded in recognition of a

USF men’s basketball player who exemplifies a commitment to the ideals of academics,

character and sportsmanship expected of USF basketball student-athletes. The

endowments the Wittcoffs have provided will permanently represent the University’s

competitive spirit and commitment to excellence in NCAA Division I basketball.

Richard & Roslyn Wittcoff Scholarship Honorees

1991-92 (Radenko Dobras and Bobby Russell), 1992-93 (Jesse Salters), 1993-94

(Vincent Hyatt), 1994-95 (Greg Summers), 1995-96 (Donzel Rush), 1996-97 (Brian

Lamb), 1997-98 (Brian Lamb), 1998-99 (Anddrikk Frazier), 1999-00 (B.B. Waldon),

2000-01 (Altron Jackson), 2001-02 (Altron Jackson), 2002-03 (Will McDonald), 2003-

04 (Gerrick Morris), 2004-05 (Bradley Mosley), 2005-06 (Solomon Jones), 2006-07

(McHugh Mattis)

Additional Men’s Basketball Endowments

Dow Sherwood Endowed Basketball Scholarship

Wittcoff Endowed Basketball Scholarship

Bill Jones Endowed Scholarship in Basketbal

Paul and Ann Givens Scholarship in Basketball

10

10

Richard and Roslyn Wittcoff

generously support USF basketball

with two endowments.

The Wittcoffs, Roslyn and Richard,

have been very supportive of the basketball

program over the last 25

years. In January 2004, Mrs. Wittcoff

passed away after battling an illness.

While the program has lost a valued

member, the wonderful spirit and

memory of Roslyn K. Wittcoff will live

on forever in the lives of the players

and coaches she touched.


Season Preview


SEASON PREVIEW

2007-08 USF Men’s Basketball - A New Era

With the arrival of first-year head

coach Stan Heath, the 2007-08 season

will be the start of a new era for

the University of South Florida men's

basketball program.

Heath will lead USF into its third

BIG EAST season after successful

coaching stints at Arkansas and Kent

State, which included three NCAA

Tournament appearances, a 30-win

season and an Elite 8 finish.

New Head Coach

Stan Heath

BULLS BY POSITION

Guards

Bozeman, Curry, Holmes*, Howard,

Jones, Lovett, Saaka*, Verdejo

Forwards

Ajayi, Chin, Esseghir, Holmes*,

Saaka*, Williams

Centers

Gransberry

* = listed at two positions

12

“This is a great basketball league

with outstanding coaching," said

Heath. "We're the new kids on the

block and we're trying to climb that

ladder. We're going to put in the work

just like everybody and we're going

to fight for a championship. We probably

have a long way to go to get

there, but we're still going to hunt

every time we get that opportunity to

step out on the court.

"We definitely want to

make the BIG EAST tournament,

and we definitely have

aspirations to fight our way

into some kind of postseason

play. We have to do a good

job in the non-conference

portion of our season and

then carry momentum into

our conference play. We

know right now we're not on

the radar screen in a lot of

people's minds, but we feel,

like every year, that there's an

opportunity for a surprise

team to open some doors and

we want to fight our way into

that kind of situation."

Leading the way for Bulls

will be senior center and preseason

All-BIG EAST selection

Kentrell Gransberry.

Gransberry, a 6-9, 270-pound

force in the middle, is the top

returning rebounder in the

country. The Baton Rouge,

La., native pulled down 11.4

boards per game last season,

tops in the BIG EAST and

third-best in the nation, averaged

15.6 points per game

and shot 57.7 percent from

the field in his first season in

Division I.

Gransberry, an All-BIG

EAST Second Team selection,

saved one of his best

performances for last, posting

career highs of 26 points and

23 rebounds at DePaul in the

final game of the season. The 23

rebounds were tied for second-most

in the country in a single game last

year and matched the second-best

single-game total in BIG EAST history.

It was the fourth-best single-game

rebound performance in USF history.

He also became just the fifth player in

USF history and ninth in BIG EAST

annals to notch a 20-point, 20-

Kentrell Gransberry


SEASON PREVIEW

2007-08 USF Men’s Basketball - A New Era

rebound game.

"We're very excited about having

a big man the caliber of Kentrell

Gransberry," said Heath. "On any

given night he's capable of posting a

double-double. Obviously teams are

going to give him a lot of attention so

it's important for our other guys to

contribute in different ways."

The big man will have some help

as the Bulls return six of their top

eight scorers, seven letterwinners

and three starters in Gransberry and

sophomore guards Chris Howard

and Solomon Bozeman.

Howard has battled a knee injury

for the past year and a half and

Chris Howard

missed the first 16 games of last season,

but the point guard returned to

start 13 of the final 14 games. He

wasted little time making his presence

felt, averaging 5.86 assists per

game in BIG EAST play, second-best

in the conference. Bozeman

appeared in all 30 games, starting

24, and was fourth on the team in

scoring at 9.6 points per game. He

was nearly automatic at the free

throw line, hitting 88 percent from the

charity stripe, second in the BIG

EAST and 16th in the country.

Bozeman also contributed 3.47

assists per game.

Junior guard Jesus Verdejo

became eligible in

mid-December

after transferring

from Arizona and

played in 22 games (14 starts),

including eight starts in conference

play. He averaged 7.0 points per

game. Also returning are junior forward

Aris Williams (10 games

played, two starts), sophomore G/F

Amu Saaka (29gp/2gs) and senior G

Eddie Lovett (26gp). Williams had

right knee surgery in January and

missed the entire conference portion

of the schedule.

The Bulls welcome six newcomers,

many who will be expected to

contribute immediately. The newcomers

consist of two true freshmen

(G Dominique Jones and F Orane

Chin), a redshirt freshman (G Dante

Curry), a redshirt freshman transfer

(G/F Aaron Holmes), a junior transfer

(F Mobolaji Ajayi) and a senior transfer

(C Mohamed Esseghir). Curry

ROSTER BREAKDOWN

Starters Returning

Kentrell Gransberry, C (15.6 ppg, 11.4 rpg)

Solomon Bozeman, G (9.6 ppg, 3.5 apg)

Chris Howard, G (5.6 ppg, 5.9 apg)

Others Returning

Jesus Verdejo, G (7.0 ppg, 2.0 aapg)

Aris Williams, F (3.5 ppg, 5.2 rpg)

Amu Saaka, G/F (3.5 ppg, 3.0 rpg)

Eddie Lovett, G (0.9 ppg, 0.5 rpg)

Starters Lost

Melvin Buckley (14.8 ppg., 4.9 rpg.)

McHugh Mattis (12.8 ppg., 7.2 rpg.)

Other Key Players Lost

Melvyn Richardson (2.1 ppg., 2.8 rpg.).

Chris Capko (1.8 ppg., 2.2 apg.).

Bulls By Class

Freshmen: Chin, Curry (RS), Holmes (RS), Jones

Sophomores: Bozeman, Howard, Saaka

Juniors: Ajayi, Verdejo, Williams

Seniors: Esseghir, Gransberry, Lovett

RS=Redshirt

13


SEASON PREVIEW

2007-08 USF Men’s Basketball - A New Era

missed last season due to an Achilles

tendon injury, while Curry transferred

from Florida State and will be eligible

in mid-December. The 6-9 Ajayi and

the 6-10 Esseghir will add much

needed depth to the front line.

Heath has also hired a top-notch

coaching staff that includes Dan

Hipsher, Reggie Hanson, Byron

Samuels, Tommy Tonelli and Jamie

Angeli. Molding everything together

is the task that Heath and his staff

have ahead of them.

"Right now we're instilling in our

team things that we feel are important,"

said Heath. "Things what I

would call our signature, our stamp.

We want to be a team that runs the

floor both offensively and defensive-

Solomon Bozeman

14

ly. We want to be a team that defends

very aggressively. We also want to

be a team that rebounds the ball at

both ends in order to start our running

game.

"And then the signature part, that

I think all good teams have, are very

strong fundamentals. Being able to

pass, shoot and make free throws.

We want to be a team that plays very

well together out there on the court."

Team chemistry is something

that has been evident since Heath

arrived on campus.

"I've been pleasantly pleased

with the character of the players on

our team," said Heath. "I really think

that there's a good foundation in

place with the guys returning. They

take care of business. They're

good in school. They're not in

any kind of off-court trouble.

They've done a great job of working

together. We're still in our

process of making it stronger, but

I do think the basics are in place

and we just want to build on

that."

Heath understands the challenge

ahead and feels the BIG

EAST and Tampa are the perfect

place to do it.

"I couldn't be more excited

about being in a place like

Tampa," said Heath. "I think it

has so much opportunity, a great

wealth of resources and talent in

the state. There's a buzz about

sports in this town and I really

believe that fans here get excited

about teams that win. We certainly

feel that we have a great

university to sell.

"We just feel like being in the

BIG EAST opens a lot of doors.

We feel like we can not only

recruit our state hard, but we can

reach out to other areas and

there's a strong interest from kids

who would not only love to come

to Tampa, but to play in the BIG

EAST as well."

ROSTER BREAKDOWN

Florida (5)

Curry, Esseghir, Holmes, Jones,

Lovett

Arkansas (1)

Bozeman

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Posted by prox, from Seattle, on December 10, 2018 at 16:24 local (server) time

It's been over eight (8) years since I built a PC with the last one being in 2010, a Core i7-980X (destiny), which was back when Intel actually produced motherboards!

destiny is my main home workstation.  I use it for some VMs, video encoding, photo editing, and the occasional game (Quake III Arena and Quake 4).  For the last two years I mulled over upgrading it to something more modern, even though my workloads on it didn't really justify the upgrade.  This year, I decided to pull the trigger and upgrade it to something that'll last for another 8 years.  I looked at the Ryzen ThreadRipper series and even added a few builds to my cart, but then realized it was probably going to be a waste since 99% of the time the plethora of cores won't be used.  So, I decided to look at the leader in single thread performance, which turned out to be Intel:

(source for the above screenshot is here)

AMD doesn't even make it to the top 10.  Since the i9-9900K had just been released by the time I was looking, I decided to go with it.  Here's the build:

New components:

  • Motherboard: MSI MEG Z390 ACE
  • CPU: Intel Core i9-9900K
  • Cooler: Cooler Master Hyper 212 EVO
  • Memory: 4x8GiB Corsair Vengeance LPX DDR4-2666 (32GiB total)
  • PSU: Corsair RM850x
  • Case: Corsair Carbide 200R

Existing components:

  • SATA SSDs: OCZ Colossus 256GB, Crucial M500 960GB, Crucial m4 256GB
  • SATA Optical Drives: LG Electronics BH16NS40 Blu-ray Rewriter, Pioneer PIO-BDR-211UBK MAIN-16374 Blu-ray Rewriter
  • Video Card: eVGA GeForce GTX 1050 Ti SC

The OCZ SSD is pretty old and a 3.5" form factor but it's still working so I have it mounted in ~/tmp for scratch space.  I'll probably replace it or some of the other SATA SSDs with M.2 SSDs if it turns out I need more space.  Right now, it's not a priority for me.  The Blu-ray optical drives limited my choice in cases, but the 200R is a really nice case and another one of my systems uses the same one so I've got experience with it.

The integration was, honestly, pretty easy.  I expected more of a fight.  It was a little tricky to get the Cooler Master heat sink oriented and attached to the processor but I wasn't in a rush and took my time.

I had fully intended to use the old 850 watt Corsair power supply that I had used on my i7-980X system (TX850w) but it lacked the 2x CPU power connectors so I went for a new RM 850x.  Anyway, here's the [almost] final build:

I say almost final because the OCZ SSD gave me some problems.  The power and SATA connectors on it stick out pretty far, so the case wouldn't close.  I even tried the L-shaped SATA connector that came with the MSI motherboard but that didn't work, either.  At the end of the day I just took it out of the 3.5" bay and placed it "free" in the case.  Yes, this is horrible and more of a reason for me to replace it with an M.2 SSD in the near future.

Actually, I can see the above problem happening for any full 3.5" drive, which is a little weird.  Here's the final result:

Unlike many PCs I've built in the past, this one worked the first time!  After assembling everything the BIOS indicated to me that everything was set to defaults, so I explored a little bit of the BIOS and then booted the OS.

The BIOS is really slick, BTW.  I'm not one to like GUIs but it's nice to actually see a map of the board with annotations of what's connected to what. &nbs;The one thing that I still think I need to change is the memory speed.  Without OC'ing, Intel rates the memory speed of the i9-9900K at 2666 MHz, which is the speed of the RAM I have.  It's running at 2133 MHz right now.

I booted up Linux and did some tests running HandBrakeCLI and messing with cpufrequtils.  While I can set the processor to run at 5.00 GHz, it throttles itself down to 4.70 GHz under full load at 77°C, which seems fine to me.  The default governor is powersave, which runs all cores at 800 MHz during idle times and actually results in lower TDP than the 980X.

(sorry for the photo instead of a screenshot, but I was lazy)

It's been awhile, so I also fired up Quake 4, which was super smooth even with the quality turned up.  Although, most of that is GPU-heavy and even at max vsync (60FPS) only half a core was utilized during gameplay.

I'll probably have some updates here to share over the next few days but for now, I'm happy with the upgrade.  The system feels considerably faster and compared to the 980X, it definitely is:

(source for the above screenshot is here)

Find dmesg, cpuinfo, and lspci output here, if you're curious.  All grainy cellphone photos are here, too.

Posted by prox, from Seattle, on April 03, 2018 at 22:47 local (server) time

tl;dr I ran into a boot loop issue with my NordicTrak treadmill.  Turning off NTP solved the problem.

My wife and I purchased a NordicTrak C 990 treadmill in late 2016.  It doesn't get all that much use (I still prefer going to the pool and swimming) but we both periodically use it.  I have an iFit membership that's mostly a waste of money but allows the machine to report and track my workouts online.

The control plane of the machine runs Android 2.x and has always felt pretty brittle outside of the iFit application.  Connecting to Wi-Fi, for example, is done through the Android system dialog screens rather than through an iFit-branded screen.

Anyway, the whole system was working fine until I decided to use it today.  I put the key in and Android indicated it couldn't connect to Wi-Fi.  So, I power cycled the system (naturally).  Upon reboot the iFit screen would load but then after 10-15 seconds trigger a reboot of Android.  I searched around and found instructions like this that described how to reinstall the iFit application.  However, these instructions didn't work for me because even if I could draw the "figure 8" on the screen to exit the iFit application's splash page, the OS would still reboot seconds later.

I took a guess that something Wi-Fi-related was causing the reboot so I shut the 2.4GHz radios on my two Cisco WAPs (the treadmill is one of two devices that still use 2.4GHz only).  The reboots stopped.  Something network-related was definitely causing it.  Maybe it's some update check that is returning a value that is triggering a bug in Android?  So, I ran tcpdump(8) on my local router.  I started a continuous ping and the last packets transferred before the system rebooted were NTP queries.  Thinking that something time-related was killing the OS I went into Android settings and disabled network-provided time.  The system was still stable after boot even when Wi-Fi is on, now.

The system date was 2012-01-01 so I tried setting it to 2018-04-03.  Instantly, the system locked up and after a few seconds rebooted.  I even tried setting it to a last known good date earlier in the year when I knew the treadmill was still working - same thing, triggered a reboot.  It would appear that either something in the OS can't handle the date changing too drastically or there's something that can't handle a 2018 date.

So, the treadmill is functional but I now can't login to my iFit account.  I'm guessing that somehow the date is passed as one of the login parameters and the iFit platform rejects the login attempt.  I'll play more with it later and will not be renewing my iFit membership if I still can't login.

Hopefully this post will be useful to someone who's given up and about to buy a new treadmill..

Update: I played around with setting the date a bit more.  Even setting it to 2012-01-02 triggers a reboot.  It would appear the date can't actually be set, now.

Posted by prox, from Seattle, on June 22, 2017 at 02:06 local (server) time

From the RPi annoyances department..

I did a kernel upgrade on one of my Raspberry Pis earlier today by installing the latest raspberrypi-kernel from testing (1.20170515-1).  It installed Linux 4.9.28+ and I instantly realized there was something wrong since the Wi-Fi was very latent and would periodically disconnect from any nearby WAPs.  I use the Edimax EW-7811u USB stick since this Raspberry Pi is one of the original model Bs without Wi-Fi.

After debugging a bit and searching the Internet it appeared that I was now using the wrong driver, rtl8192cu instead of 8192cu:

(henry:22:18:PDT)% uname -a Linux henry 4.9.28+ #998 Mon May 15 16:50:35 BST 2017 armv6l GNU/Linux (henry:22:19:PDT)% lsmod|grep -i rtl rtl8192cu 79230 0 rtl_usb 12234 1 rtl8192cu rtl8192c_common 57894 1 rtl8192cu rtlwifi 85339 3 rtl_usb,rtl8192c_common,rtl8192cu mac80211 650547 3 rtl_usb,rtlwifi,rtl8192cu cfg80211 525710 2 mac80211,rtlwifi

Apparently, before this upgrade the 8192cu driver was being used.  So, I added "blacklist rtl8192cu" to /etc/modprobe.d/raspi-blacklist.conf and rebooted.  Bingo, the right module is now being used:

(henry:23:04:PDT)% lsmod|grep 8192 8192cu 597868 0 cfg80211 525710 1 8192cu

No more Wi-Fi drops!

Posted by prox, from Seattle, on February 05, 2017 at 22:10 local (server) time

As I was doing upgrades on a few of my Raspberry Pi machines (running Raspbian), I ran into a situation where apt-get would SIGABRT on any action.  Depending on the shell, the message to the user is a little different and also overwrites a different amount of APT's status message.  Here's Zsh:

(storm:20:50:EST)% sudo apt-get --purge remove quagga-pimd quagga-isisd quagga-ospfd quagga-ospf6d zsh: abort sudo apt-get --purge remove quagga-pimd quagga-isisd quagga-ospfd

Here's Bash:

prox@storm:~$ sudo apt-get --purge remove quagga-pimd Aborted package lists... 48%

No matter what the operation (install, upgrade, update, remove), APT would just get a SIGABRT.  There was nothing in the kernel log buffer and the RPi 3 I was on at the time wasn't out of disk space or memory.  Since this RPi had just completed a dist-upgrade and I had rebooted it, everything was more-or-less up-to-date with the "testing" channel of Raspbian.  I searched the web and couldn't find anything related to "abort" or "SIGABRT" on Debian or Raspbian.  There were also no bugs filed against any of the relevant packages.  So, I figured that I had just hit a bug and started downgrading.  I used dpkg-repack on another RPi 3 of the following packages, which I downgraded to:

apt_1.3~rc4_armhf.deb
apt-utils_1.3~rc4_armhf.deb
dpkg_1.18.10_armhf.deb
dpkg-dev_1.18.10_all.deb
libapt-inst2.0_1.3~rc4_armhf.deb
libapt-pkg5.0_1.3~rc4_armhf.deb
libc6_2.23-4_armhf.deb
libc6-dbg_2.23-4_armhf.deb
libc6-dev_2.23-4_armhf.deb
libc-bin_2.23-4_armhf.deb
libc-dev-bin_2.23-4_armhf.deb
libc-l10n_2.23-4_all.deb
libdpkg-perl_1.18.10_all.deb
locales_2.23-4_all.deb
multiarch-support_2.23-4_armhf.deb

On the upgraded RPi, I'd been running APT 1.4~beta4, libc 2.24-9, and dpkg 1.18.18.  Unfortunately, none of the downgrades did the trick.  My next step was to downgrade the kernel, but I started to think something was maybe gummed up with APT itself, possibly in its database since it always received the SIGABRT about 50% of the way through reading package lists.  I ended up looking up the various storage directories and decided to clear out /var/lib/apt/lists.  I did another apt-get upgrade and things started working again:

(storm:21:55:EST)% sudo apt-get update Get:1 http://archive.raspberrypi.org/debian jessie InRelease [22.9 kB] Get:2 http://mirrordirector.raspbian.org/raspbian testing InRelease [15.0 kB] Get:3 http://archive.raspberrypi.org/debian jessie/main armhf Packages [141 kB] Get:4 http://mirrordirector.raspbian.org/raspbian testing/main armhf Packages [11.7 MB] Get:5 http://archive.raspberrypi.org/debian jessie/ui armhf Packages [53.6 kB] Get:6 http://mirrordirector.raspbian.org/raspbian testing/contrib armhf Packages [56.0 kB] Get:7 http://mirrordirector.raspbian.org/raspbian testing/non-free armhf Packages [95.1 kB] Get:8 http://mirrordirector.raspbian.org/raspbian testing/rpi armhf Packages [1,360 B] Fetched 12.1 MB in 24s (493 kB/s) Reading package lists... Done (storm:21:59:EST)% sudo apt-get --purge remove quagga-pimd quagga-isisd quagga-ospfd quagga-ospf6d Reading package lists... Done Building dependency tree Reading state information... Done The following packages were automatically installed and are no longer required: libquagga0 quagga-bgpd quagga-core quagga-ripd quagga-ripngd Use 'sudo apt autoremove' to remove them. The following packages will be REMOVED: quagga* quagga-isisd* quagga-ospf6d* quagga-ospfd* quagga-pimd* 0 upgraded, 0 newly installed, 5 to remove and 8 not upgraded. After this operation, 957 kB disk space will be freed. Do you want to continue? [Y/n]

Apparently something had gotten corrupted in the downloaded package lists and APT didn't handle it properly.  I'd submit a bug for this but I didn't think to backup /var/lib/apt/lists beforehand so I'm not sure how to reproduce this.  Anyway, if you get a SIGABRT when running apt-get, rm /var/lib/apt/lists/* and things will be happy again.

Also, in other news, Lady Gaga's Super Bowl LI performance was pretty decent.  The drones were a nice touch.

Posted by prox, from Seattle, on May 22, 2016 at 22:18 local (server) time

I recently had a case where a few of my [very] remote Raspberry Pis dropped off the network upon reboot (power failure, etc.).  I run the 'testing' release of Raspbian & Debian on my Linux boxes so I do an apt-get dist-upgrade rather often.  The RPis that dropped off the network had indeed been upgraded recently so I had one shipped back to me for investigation.

It turns out that eth0 and wlan0 had been renamed to enx$MAC and looked like this:

(I had the RPi plugged into my TV)

I do know about predictable network interface names, which is supposed to prevent interface names changing when hardware is swapped, among other things.  The enx$MAC naming scheme is used for USB devices.  Up until now I've been content to disable this feature by adding net.ifnames=0 to the kernel command-line.  Indeed, I had this flag in /boot/cmdline.txt on the Pis but it just isn't working anymore.

It turns out that this feature is set to be deprecated in Debian 10, along with the automatically-generated /etc/udev/rules.d/70-persistent-net.rules file, which is appended when a new NIC is added to the system.  This is documented in /usr/share/doc/udev/README.Debian.gz, apparently.

Unfortunately for me, the RPis never had 70-persistent-net.rules written and apparently udev 229-5 already ignores net.ifnames=0.  One of my dist-upgrades bumped udev from 229-4 to 229-5.  This is why none of the interface names that were defined in /etc/network/interfaces were found on boot and the RPis booted up with no enabled interfaces.

/usr/share/doc/udev/README.Debian.gz goes on to say that if custom interface names are needed, use 76-netnames.rules with the following content, which looks similar to what was previously written out in 70-persistent-net.rules automatically:

SUBSYSTEM=="net", ACTION=="add", ATTR{address}=="00:50:56:1a:aa:ab", NAME="eth0"

There's no mention of this method of interface naming being deprecated so I'm going to use it for now.

This is just the latest annoyance, for me, when it comes to Linux's interface naming.  Several years back the right way to setup predictable interface names was to use /etc/iftab and ifrename(8)!

What I haven't figured out is how this is going to impact VMs and virtio.  My own VMs with VirtualBox have static MAC addresses assigned to the vbox file so using 76-netnames.rules will work fine.  However, I'm not sure if EC2 and other Xen-based VPS providers always provide a constant MAC address.  One of my EC2 instances has 53-ec2-network-interfaces.rules, which handles some sort of hotplugging.  I'm not sure if that script will stop working as well after some time and udev upgrades but it would seem the solution is to use some ATTR other than 'addresss'.

Posted by prox, from Charlotte, on January 22, 2012 at 21:46 local (server) time

About two weeks ago I picked up a GSM variant of the Galaxy Nexus smartphone.  I decided that after almost two years with my Nexus One, it was time for an upgrade.

I've been running the Nexus One with CyanogenMod since mid-2010.  As such, I've gotten used to the built-in BusyBox, enhanced power widget, status bar tweaks, OpenVPN functionality, and general hacker-friendly operation.  I was hesitant to grab the Galaxy Nexus, which ships with Android 4.0 (codenamed Ice Cream Sandwich) until CyanogenMod 9, but I ended up ordering it anyway.  Hopefully CM 9 will be out soon, but I'm not going to ask when!

If you're unfamiliar with the Nexus product line, it's a collection of Android devices (currently just phones) that run vanilla versions of Android.  No carrier modifications or garbage are present, just plain Android.  Unfortunately, a number of other Samsung devices sport names similar to the Galaxy Nexus, but should not be confused with it.  Here's a list of Nexus devices, that are pure vanilla Android:

Here's a list of the non-Nexus devices that may be confused:

Observations

The Galaxy Nexus is a large phone with a 4.6" (diagonal) screen at 720x1280 pixels.  The screen itself is very sharp and clear, although sometimes with a white background some bands are visible.  I can't tell if this is a manufacturing defect or not.

Unlike the Nexus One, the Galaxy Nexus has the sleep button on the side and lacks a ball.  The only way to physically wake the phone is to hit this button, unlike on the Nexus One where it can be configured to wake on both sleep button and ball depress.  I'm slightly worried that the singular sleep button might wear out over time, but perhaps I'm being overly paranoid.

Android 4.0 seems like a nice upgrade from the 2.3.x series.  I've never used an Android tablet with 3.x so I'm not sure how many 4.0 features first appeared in that version.  The user interface is GPU-accelerated and provides smooth transitions through menus, although after a few minutes I disabled all the animations in the hopes of maximizing battery life.  The 4.0.1 version I'm running uses Linux 3.0.1:

root@android:/sdcard # uname -a Linux localhost 3.0.1-ga052f63 #1 SMP PREEMPT Mon Nov 21 16:05:10 PST 2011 armv7l GNU/Linux

The voice recognition is vastly improved over previous Android versions, although I don't use it all that often.  In Android 2.3.x, the voice recognition would require the user to speak a few words and those would be sent to Google and returned in text form at once.  In 4.0, instead of buffering the whole phrase, apparently the audio samples are streamed live to Google, which results in recognized words appearing on the screen almost as they're said.  In other words, there appears to be no limit to the amount of words that can be recognized at once.  Very cool, if you don't mind the extra data being chewed up by such things.

The GN has soft buttons instead of hardware buttons like on the Nexus One.  These are nice because I can finally buy a pair of those touchscreen-friendly gloves and have them work!  The Nexus One's hard buttons wouldn't ever work with those gloves, for some reason.

The photo gallery now automatically synchronizes Picasa albums, which struck me as a little odd when I first opened it.  It's obvious that Google is trying to integrate Google+ more tightly with all aspects of Android.  My contacts initially included all of my Google+ contacts, too, until I disabled that (I typically have no desire to call or e-mail the majority of my Google+ contacts).

The GSM variant of the Galaxy Nexus supports all GSM and UMTS frequencies used throughout the globe.  This means that it can be used with any GSM carrier without the risk of things like HSPA+ not working.  This makes the phone compatible with both AT&T and T-Mobile work out of the box.

The dual-core OMAP processor is interesting.  Interesting as in only one core is active most of the time, with the second core only being used under high load or other situations.  Perhaps this is the norm for dual-core CPUs in mobile devices, as it's an obvious way of extending battery life.  Here's /proc/cpuinfo under normal situations:

root@android:/sdcard # cat /proc/cpuinfo Processor : ARMv7 Processor rev 10 (v7l) processor : 0 BogoMIPS : 597.12 processor : 1 BogoMIPS : 597.12 Features : swp half thumb fastmult vfp edsp thumbee neon vfpv3 CPU implementer : 0x41 CPU architecture: 7 CPU variant : 0x2 CPU part : 0xc09 CPU revision : 10 Hardware : Tuna Revision : 0009 Serial : 01298fc30100203f

Under high load the bogoMIPS increases to 2047.  I've seen both cores listed in /proc/cpuinfo in the past, but when writing this I was unable to trigger activation of both cores.  Anyway, we can see this from the kernel log:

root@android:/sdcard # dmesg|grep CPU|tail <6>[111361.896057] Enabling non-boot CPUs ... <4>[111361.912170] CPU1: Booted secondary processor <6>[111361.913208] CPU1 is up <6>[111361.917938] Switched to NOHz mode on CPU #1 <4>[111362.918182] Disabling non-boot CPUs ... <5>[111362.918823] CPU1: shutdown <6>[111363.056030] Enabling non-boot CPUs ... <4>[111363.072174] CPU1: Booted secondary processor <6>[111363.073211] CPU1 is up <6>[111363.078124] Switched to NOHz mode on CPU #1

Speaking about CPUs, the developer options offer a nifty CPU utilization overlay graph to see what applications are hogging it:

Since it can be seen here, I'll point out that Zynga's craptacular development of Words With Friends still causes it to chew up 100% of a single core when running.  I suspect this is due to polling things that should be event or interrupt-driven instead.  The game is so addicting, though!

Annoyances

Unfortunately, there are a few things about the Galaxy Nexus that are annoying.

Let's start with the hardware: the phone is just too large.  Or, maybe my hands are just too small!  While holding the phone, I have trouble reaching my thumb up to the top left portion of the screen.  At first this was just an annoyance, however after using the phone for 15-20 minutes my arm started hurting from the strain.  The large size combined with its thin and somewhat slippery frame makes it easy to drop.  I've had a few close calls already while using the phone outside with one hand.

The sleep button should be on the top of the phone, not on the side.  I don't use a case or belt clip for the phone and usually put it in my pants pocket.  Unfortunately I find myself accidentally hitting the sleep button when putting it into my pocket, which results in a few incorrectly dialed emergency numbers or screen unlock attempts.

The GN wouldn't connect to my 5 GHz SSID at home.  I've got my Cisco 1142 WAP configured for 802.11a and 802.11n, but the GN wouldn't see it at all, whether the SSID was broadcast or not!  More research is needed, but this was a let down.

The screenshot feature that's built into Android 4.0 is a little weird.  Why didn't they just add it to the power menu (hold sleep) like CyanogenMod 7.x did?  It's annoying to have to hold volume down and sleep.

A huge annoyance with Android 4.0 was that it automatically signed me into Google Talk without notifying me (I never use Google Talk).  I only figured this out because I saw myself online from my other XMPP account.  It was easy to disable, but this should not by on by default.

The SMS emoticon icons are really ugly:

In general, things crash frequently.  I don't think I have bad hardware (RAM, etc.) because I've heard similar reports from other GN (LTE variants) users.  Applications crash and the phone has hard locked twice.  It's annoying that there's no watchdog that automatically reboots or some way to trigger a hard reboot via the sleep button.  So, in the case of a hard lock, removing the back case and battery is required.  Also, the back case seems flimsy and cheap.  I feel like I'm going to break it half the time.

The AT&T Debacle

I've had AT&T as my wireless carrier since sometime in 2007.  I've moved the same SIM card between over half a dozen different phones without any issue and mostly kept the same plan.  Since the Galaxy Nexus supports all five UMTS frequencies, I figured I wouldn't have a problem using HSPA+ on AT&T and getting some extra speed over my Nexus One.  Unfortunately, this didn't work out.

After using the phone for the first week, I didn't notice any increased speeds.  The Ookla mobile speed test application returned plain old congested HSPA speeds (1.7 Mbps downstream, and < 1 Mbps upstream), although latency seemed to be improved (39 ms RTT).  I was puzzled since the network type indicated HSPA+:

root@android:/sdcard # getprop gsm.network.type HSPA:11

After searching around I came upon this article that basically convinced me to leave AT&T.  Essentially, AT&T won't grant customers access to the enhanced backhaul that traditionally accompanies the HSPA+ connection unless they're equipped with a 4G data plan (no price difference).  Unfortunately, the only way to get a 4G data plan is to have an AT&T-supported device (ie, device sold by them).  Obviously, an unlocked GSM Galaxy Nexus wasn't one of these devices and lying about this to customer service wasn't going to do any good because the IMEI won't be accepted.

Some folks claim they've gotten the AT&T employees to temporarily associate an IMEI from one of the in-store phones with their account to activate the 4G data plan, then switch it right back.  I didn't go down this road not because I didn't think I couldn't finagle myself a 4G plan but because I don't agree with such a policy in the first place.  I decided to switch to T-Mobile, and it was the best decision I've made in awhile.

The very next day I strolled into the local T-Mobile store and picked up a SIM card with the $60/month unlimited everything plan.  After 2 GiB T-Mobile will cap me to EDGE speeds, but that's fine.  I ported my number from AT&T and haven't looked back.  The HSPA+ speed is blazing at night and not too bad during the day.  The best I've gotten so far is 8 Mbps downstream and 1.7 Mbps upstream.  Coverage at my condo is excellent and at work it's decent, too.  Overall, it's slightly worse than AT&T but that hasn't bothered me, yet.  What's a little strange is T-Mobile's internal IPv4 addressing scheme: they use pieces of 22/8 and 25/8 for mobile clients!  I guess they don't have much public space to speak of and RFC 1918 can only go so far.

I also signed up for the T-Mobile IPv6 trial, which seems to work great.  I think it'll work with any phone that sports an IPv6-enabled pppd, which aren't many, so far.  The IPv6 trial is a separate APN that provides a single IPv6 address and DNS server (fd00:976a::9; it's whitelisted by Google over IPv6).  IPv4 connectivity is provided by a NAT64 gateway alongside DNS64.  The NAT64 prefix appears to be fd00:976a:c004:8fb1::/96 and the last 32 bits of this prefix directly map to an IPv4 address.  Yes, these fd00 addresses are ULA, which makes sense so T-Mobile doesn't have to worry about their NAT64 gateway becoming accidentally public.  I consistently get addresses out of the 2607:fb90:400::/40 prefix, and SSH seems to be allowed inbound!  This makes copying files from my phone much easier when not on Wi-Fi.  I have a feeling it won't last, though.  Also, it's easy to switch back to the IPv4 APN with three taps, in case things go wrong.  Two things that do not work on the IPv6 APN are MMS and applications that utilize ICMP.

Conclusions

The Galaxy Nexus is a great, albeit buggy, phone.. if you've got big hands and have T-Mobile.  Otherwise, get the LTE version from Verizon Wireless and stay in the country.  Android 4.0 has promise, if they can fix the bugs.  Overall, I think everything software-related will be better when CyanogenMod 9.x is released!

Posted by prox, from Charlotte, on January 01, 2011 at 12:29 local (server) time

I normally don't play around with such silliness, but this morning I figured I should try out the NAT64/DNS64 implementation by Ecdysis.  NAT64 is a simple way for IPv6-only clients to access IPv4 systems.  It's done with a combination of AAAA record synthesis and NAT.  For a review of the IPv6 transition mechanisms, see my prior blog entry.

So, I downloaded and booted their Linux live CD (basically a modified Fedora disc) in VMware Workstation, and set it up to use 2001:48c8:1:12f::/96.  It started Unbound and loaded nf_nat64 into the kernel with some address parameters.  I then pointed a static route to the VM and injected 2001:48c8:1:12f::/64 (eh, not like I was going to use the rest of the /64 for anything else) into BGP.  A couple DIGs verified that DNS64 was indeed working:

% dig @red slashdot.org. AAAA ; <<>> DiG 9.7.2-P3 <<>> @red slashdot.org. AAAA ; (2 servers found) ;; global options: +cmd ;; Got answer: ;; ->>HEADER<<- opcode: QUERY, status: NOERROR, id: 29892 ;; flags: qr rd ra; QUERY: 1, ANSWER: 1, AUTHORITY: 0, ADDITIONAL: 0 ;; QUESTION SECTION: ;slashdot.org. IN AAAA ;; ANSWER SECTION: slashdot.org. 3600 IN AAAA 2001:48c8:1:12f::d822:b52d ;; Query time: 733 msec ;; SERVER: 2001:48c8:1:105:250:56ff:fe1a:afaf#53(2001:48c8:1:105:250:56ff:fe1a:afaf) ;; WHEN: Sat Jan 1 12:15:13 2011 ;; MSG SIZE rcvd: 58

Slashdot is, at first glance, a bad example, because one would think that being a tech. news site, they'd actually publish an official AAAA record and be accessible by IPv6.  The truth is, they're even lagging behind CNN, so with such things, so the example is valid.

Anyway, it seems to work!

% telnet 2001:48c8:1:12f::d822:b52d 80 Trying 2001:48c8:1:12f::d822:b52d... Connected to 2001:48c8:1:12f::d822:b52d. Escape character is '^]'. HEAD / HTTP/1.1 Host: slashdot.org Connection: close HTTP/1.1 200 OK Server: Apache/1.3.42 (Unix) mod_perl/1.31 SLASH_LOG_DATA: shtml X-Powered-By: Slash 2.005001305 X-Fry: These new hands are great. I'm gonna break them in tonight. X-XRDS-Location: http://slashdot.org/slashdot.xrds Cache-Control: no-cache Pragma: no-cache Content-Type: text/html; charset=iso-8859-1 Content-Length: 146625 Date: Sat, 01 Jan 2011 17:17:27 GMT X-Varnish: 1317912096 1317911450 Age: 47 Connection: close Connection closed by foreign host.

And after adding a default route to the Ecdysis VM and poking a few holes in my PF rules, NAT64 works off-net, too.  The traceroutes are a little ridiculous, though:

core1.nyc1.he.net> traceroute ipv6 2001:48c8:1:12f::d822:b52d Tracing the route to IPv6 node from 1 to 30 hops 1 1 ms <1 ms <1 ms 2001:504:1::a502:9791:1 2 5 ms <1 ms <1 ms 0.ae1.tsr1.lga5.us.voxel.net [2001:48c8::822] 3 <1 ms <1 ms <1 ms 0.ae2.csr2.lga6.us.voxel.net [2001:48c8::82e] 4 <1 ms <1 ms <1 ms em0.dax.prolixium.net [2001:48c8:1:2::2] 5 34 ms 41 ms 33 ms si3.starfire.prolixium.net [2001:48c8:1:1ff::1a] 6 32 ms 36 ms 33 ms red.prolixium.com [2001:48c8:1:105:250:56ff:fe1a:afaf] 7 34 ms 40 ms 33 ms 2001:48c8:1:12f::a03:5fe 8 38 ms 42 ms 50 ms 2001:48c8:1:12f::a03:fd02 9 57 ms 50 ms 48 ms 2001:48c8:1:12f::ac9:4001 10 59 ms 56 ms 45 ms 2001:48c8:1:12f::184a:fe34 11 56 ms 50 ms 50 ms 2001:48c8:1:12f::185d:4017 12 55 ms 49 ms 54 ms 2001:48c8:1:12f::426d:652 13 56 ms 60 ms 52 ms 2001:48c8:1:12f::426d:6ab 14 58 ms 48 ms 50 ms 2001:48c8:1:12f::43b:c15 15 56 ms 49 ms 54 ms 2001:48c8:1:12f::445:9608 16 144 ms 50 ms 49 ms 2001:48c8:1:12f::d0aa:1751 17 56 ms 51 ms 55 ms 2001:48c8:1:12f::cc46:c802 18 110 ms 96 ms 89 ms 2001:48c8:1:12f::cc46:c4f2 19 87 ms 80 ms 92 ms 2001:48c8:1:12f::cc46:c37a 20 105 ms 87 ms 89 ms 2001:48c8:1:12f::4025:cfce 21 105 ms 88 ms 113 ms 2001:48c8:1:12f::401b:a0c6 22 106 ms 88 ms 87 ms 2001:48c8:1:12f::d822:b52d

The last 32 bits of the IPv6 address of each hop equates to the IPv4 address.  For example, if you take hop 17 and translate it, something meaningful is displayed:

% ping -c1 0xcc46c802 PING 0xcc46c802 (204.70.200.2) 56(84) bytes of data. 64 bytes from 204.70.200.2: icmp_req=1 ttl=246 time=31.9 ms --- 0xcc46c802 ping statistics --- 1 packets transmitted, 1 received, 0% packet loss, time 0ms rtt min/avg/max/mdev = 31.946/31.946/31.946/0.000 ms % host 204.70.200.2 2.200.70.204.in-addr.arpa domain name pointer cr2-te-0-0-0-0.atlanta.savvis.net.

After playing with this for awhile, it suddenly stopped working, though:

Oh well, they've got some bugs to fix in nf_nat64, I suppose.

Anyway, except for that panic, the Ecdysis software seems to work pretty well.  It'll be nice once it starts to be included in the package systems of major Linux distributions.

Oh, and.. Happy New Year!

Posted by prox, from Charlotte, on April 08, 2010 at 22:06 local (server) time

I'm finally sitting down to blog this, even though I'm being attacked by allergies, and losing the battle.

I recently upgraded my main workstation, destiny from an Intel Core 2 CPU to an Intel Core i7 CPU.  Here are the specifications of the new (finished) upgrade:

  • CPU: Intel Core i7-980X (6 core / 12 thread)
  • Memory: 12GiB PC3-12800 DDR3-SDRAM (3x 4GiB G.SKILL pieces)
  • Motherboard: Intel DX58SO
  • Video: Gigabyte GeForce 9800 GT 1GiB
  • Disk: OCZ Colossus 256GiB SSD
  • Power Supply: Corsair 850Watt (did not buy this initially)
  • ATSC Capture Card: DViCO FusionHDTV7 Dual Express

The only things remaining from my previous setup are an SB Live! PCI card (still sticking with it - it's about 10 years old, now), Antec case, and LG HD-DVD/Blu-ray burner.

I ordered all the parts on March 17, and only got everything working on April 6.  Yeah, it was a little bumpy.  Let's see if I can recount the whole process.

Order Placed

March 17.  I ordered the Intel DX58SO and Core i7-980X CPU from ZipZoomFly since they gave me a combination deal, and I was weary of Newegg shipping me a fake CPU.  It didn't ship until the 24th of March, though.

I ordered the video card, ATSC tuner, memory, and SSD from Newegg on the same day.

SSD Problems

My Newegg order arrived first, on the 23rd of March.  Since I figured it wouldn't be a bad idea to try out some of the components, I threw the Gigabyte card into the current Core 2 system, replacing the cheap nVidia 7600 GS that I'd been using for the last three years.  It fit nicely (took up two slots since it's fanless and has a huge heatsink).  The HDMI and dual-link DVI-D output worked flawlessly, and Quake 4 seemed nice and smooth.

The next step was to take the current WD 160GB SATA disk and replace it with the new OCZ 256GiB SSD.  I opened the package, and was greeted by a cheap box with no papers, manuals, warranty information, or anything.  I also noticed that the QC date on the back of the SSD itself said 6.1.99.  That can't be right, since SSDs of this size have only been around for the last year or so.

Anyway, I went to plug the drive into a spare SATA connector, when the plastic on the SATA connector on the drive broke!  It snapped in such a way that the SATA cable refused to remain connected.  Total crap.  I sent it back to Newegg for a replacement.

The ATSC card worked fine, though.  It's much smaller than my previous one (DViCO FusionHDTV5 RT Gold) and has two tuners.  I use it with a pair of bunny ears to grab 8VSB signals from Charlotte.  Works great!

Motherboard/CPU/Memory Issues

The DX58SO motherboard and Core i7 CPU arrived from ZipZoomFly on the 31st of March.  I put it all together, noting that the first RAM slots was black, compared to the rest, which were blue.  The manual said that there were three channels, but channel A was shared between the first slot and the 2nd slot:

Installing memory in Channel A, DIMM 1 may result in less than optimal memory performance.

Well, that seemed annoying, but I kept all four of them in and installed the CPU.  Strangely enough, the CPU heatsink and fan did not look like a standard stock Intel model.  It looked more like a 3rd-party heatsink:

Even stranger, was the heatsink installation manual seemed to indicate that the fan on the heatsink should face the power supply.  This made no sense whatsoever, so I faced the fan toward the front of the case, where it would blow air through the heatsink toward the rear.  After checking online, this is what most people were doing, too.  I finished installing everything (minus the SSD, it was still in Newegg RMA-land at the time).  After connecting everything to my existing Thermaltake 550W power supply (more on this later), I pressed the power button!

Initially everything seemed to work.  The first thing I did was upgrade the BIOS to 5112, since the 4xxx version that came with the board didn't officially support the 980X processor model.  After rebooting after the BIOS upgrade I went back into the setup, loaded factory defaults by pressing F9 (remember this - it's important later on in the saga), set the SATA devices to AHCI, and disabled the onboard audio so I could use my SB Live! exclusively.

My Debian GNU/Linux (w/a custom 2.6.32 kernel) installation booted up just fine via a GRUB boot disk (for some reason I can't boot GRUB from the MBR on the disk on the new system and the old Core 2 system, which doesn't bother me too much since I try to never reboot) and X started up nice and fast.  I started up some music, and did a couple small test encodes with HandBrake.  The system seemed wicked-fast, and running properly!

About an hour into the testing (ie, playing) MPlayer crashed, and my music stopped.  I forget the exact error I saw in the kernel log buffer, but it indicated that something had gone horribly wrong with sysfs.  I thought that was really odd, but continued playing around.  Quake 4 then started crashing, as did almost everything else.  I then fired up 6-8 copies of burnP6 (part of the cpuburn package designed to stress-test certain chipsets and CPUs heavily) and the screen went completely blank.  Something was obviously wrong.

I decided that maybe one of my memory sticks was bad.  I decided to run memtest86, and see what was going on.  Sure enough, tons of errors on what looked to be the 2nd chip, although I wasn't certain because I'm not sure how memory is interleaved lately:

I ran memtest86 a few more times and got very inconsistent results.  Some times it would show errors immediately, other times it would run for 30 minutes with no problems.  I decided to go through the fun process of trying every stick by itself to narrow down the problem.  I plugged in one stick and fired up 6 copies of burnP6, HandBrake in an infinite loop, and both my VMs (to use up the 4GiB) running.  It had been a long day, so I hit the sack.

The next morning I find the system still running fine!  RAM stick #1 was obviously working.  I put in RAM stick #2 and let it run through until the next morning - worked fine, too.  Unfortunately, the last two sticks checked out, too (I got lazy and only let them go for 3-4 hours each).

I stuck two sticks in (I think I used the first two slots, so they both went in channel A) and the system started to POST, then shut off!  It did this a few times, then presented me with a BIOS error saying something like "the system has detected multiple POST failures" and prompted me to enter the BIOS setup.  I poked around at memory settings, but really didn't know what I was doing, so I left it at default - autodetect.

I hunted around online, finding posts on Intel's site about DX58SOs dying easily, confirmed compatibility with the G.SKILL RAM modules (F3-12800CL9S-4GBRL) and the DX58SO, but didn't really find anything solid about the issue.  I then ran into a few posts about instability issues caused by not enough power.  I forgot that I was now running a pretty beefy CPU with decked-out RAM and a power-hungry video card.  I went to Best Buy and picked out a Corsair 850 watt power supply.

After installing the new power supply, the system literally took TWO minutes to POST.  Unfortunately, it seemed even more unstable than it did with the old power supply!  So I threw the Thermaltake back in - and it did the same thing!

At this point it certainly seemed like something non-RAM was bad.  I guessed the motherboard, and RMAed it.

Motherboard: Try two

I got the new motherboard from ZipZoomFly the same day I got my SSD back from Newegg (April 6).  Were the stars aligning for a stable system?  Well, maybe.

I threw everything together, but this time didn't populate the "black" RAM slot that would cause unoptimal performance (I learned this was roughly 5%, but I figured it may add to instability, too).  Another TWO minute POST - and I got kernel panics at bootup during the USB device detection.  Well, looks like the motherboard is good, but something else is bad.

I searched the G.SKILL forums and other places, and found recommendations to maximize RAM performance and overclocking recommendations, which I didn't want to do - I just wanted the system to work fine with the defaults (or baseline, etc).  I began poking all around in the BIOS.  In the "save changes" menu, I saw two options:

  • Load Optimal Defaults
  • Load Custom Defaults

Looking at these, I wondered what was custom defaults?  Furthermore, I wondered what F9 actually did, since on the main screen that just said load defaults.  After loading custom defaults, I noticed that not much had changed - actually I made a change to the onboard sound (enabled it), loaded custom defaults again, and it didn't change back.  Odd.  I don't know what made me do it, but I hit F9, then loaded custom defaults, then rebooted.  Bam - everything worked - system was stable.

I ran a few benchmarks for a few hours, and it didn't budge.

Apparently the F9 key was actually an alias for optimal defaults, which was somehow overclocking the RAM in my system.  Loading custom defaults on top of optimal defaults reset the RAM/CPU timings and clock speed back to normal.  I found this strange, since with both defaults auto-detect was still enabled, but the greyed-out settings were notably different.  Of course, none of these options were documented ANYWHERE in the manual.  Thanks, Intel!

I installed the new SSD (which still had a QC date from 1999 - what the heck?), cloned the old WD 160GB to it, and was able to keep my old Debian installation.

Conclusion

I decided to not take the 5% memory hit, and returned the 4th stick of RAM to Newegg.  Of course I think I'm going to get hit with the 15% restocking fee when they receive it, but worse things can happen.

To get the most out of the SSD, I disabled swap, and changed the journal mode on my ext3 filesystems to data=writeback.  I suppose in a crash, I'll lose some data, but it won't be as bad as ext2.

As far as benchmarking, meh, since I don't have stuff like 3DMark on Linux, I can't really do it.  Here are a couple of tests, though:

% glxgears Running synchronized to the vertical refresh. The framerate should be approximately the same as the monitor refresh rate. 100567 frames in 5.0 seconds = 20113.289 FPS 100770 frames in 5.0 seconds = 20153.916 FPS 100703 frames in 5.0 seconds = 20140.479 FPS 100628 frames in 5.0 seconds = 20125.492 FPS % sudo hdparm -t /dev/sda [sudo] password for prox: /dev/sda: Timing buffered disk reads: 696 MB in 3.01 seconds = 231.59 MB/sec % sudo hdparm -T /dev/sda /dev/sda: Timing cached reads: 18130 MB in 2.00 seconds = 9073.65 MB/sec

I also ran a few encodes from a Blu-ray source to H.264 resized to 720p.  HandBrake averaged around 45-50fps.  It seemed to use all 12 threads, but only at 50-60% each.  Not sure why that happened, but 45fps is fine with me!

I took a boatload of photos during the build process.

I've been getting better at Quake 4, recently, now that it's finally smooth at 2560x1600 w/2x FSAA.  Maybe I'll setup a server on dax, again…

The Core 2 guts will eventually move into my Windows 7 box, isis.  I suspect I will have to reinstall Windows 7, in the process!

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#1 DVD Ripper 1.3.42 serial key or number

vulnerability remediation synopsis

ContentsQualys as a mitigation recommendation tool (Knowledge Base) ........................................................... 21 Adobe Flash Vulnerabilities .................................................................................................................... 23 Adobe Flash Player Multiple Vulnerabilities (QID 116536) ................................................................ 23 Adobe Reader Vulnerabilities ................................................................................................................. 24 Adobe Acrobat/Reader "util.printf()" Buffer Overflow Vulnerability (QID 116027)........................... 24 Sun Solaris Adobe Reader Multiple Vulnerabilities (QID 116386) ...................................................... 24 Sun Solaris Adobe Reader Multiple Vulnerabilities (QID 116437) ...................................................... 25 Apache Vulnerabilities ............................................................................................................................ 27 Discovery of Unix Account Names Vulnerability (QID 5001) .............................................................. 27 "test-cgi" CGI Vulnerability (QID 10015) ............................................................................................. 27 Apache HTTP Server Multiple Cross-Site Scripting Vulnerabilities (QID 12260)................................. 28 Apache Axis2/Java "modules" Cross-Site Scripting (XSS) Vulnerability (QID 12370).......................... 29 Apache Axis2 Default Administrative Access (QID 12499) ................................................................. 29 Apache HTTP Server APR "apr_fnmatch()" Denial of Service Vulnerability (QID 12500) ................... 30 Apache HTTP Server Mod_Proxy Denial of Service Vulnerability (QID 62057) .................................. 30 Apache CGI Source Code Viewing Vulnerability (QID 86054) ............................................................. 31 Apache Webserver /server-status Information Disclosure Vulnerability (QID 86410) ...................... 31 Apache 2.x HTTP Server Linefeed Memory Allocation Denial of Service Vulnerability (QID 86482) . 32 Apache 2.x Web Server File Descriptor Leakage Vulnerability (QID 86483)....................................... 32 Apache Basic Authentication Module Valid User Login Denial of Service Vulnerability (QID 86532) 33 Miscellaneous Apache Vulnerabilities (2.0.46 and earlier) (QID 86562) ............................................ 33 Apache HTTP Server Buffer Overflow Vulnerabilities In mod_alias And mod_rewrite (QID 86600) . 34 Apache2 MOD_CGI STDERR Denial of Service Vulnerability (QID 86636) .......................................... 34 Apache Web Server Type-Map Recursive Loop Denial of Service Vulnerability (QID 86637) ............ 35 Apache 2.0.49 And Earlier Miscellaneous Vulnerabilities (QID 86643) .............................................. 35 Multiple Apache Web Server Vulnerabilities prior to version 2.0.51 (QID 86678)............................. 36 Multiple Apache 1.3.32 and Earlier Web Server Local Buffer Overflow Vulnerabilities (QID 86680) 36 Apache 2.0.35-2.0.52 Memory Consumption Denial of Service and mod_ssl SSLCipherSuite Bypass (QID 86683) ......................................................................................................................................... 37 Apache CGI Byterange Request Denial of Service Vulnerability (QID 86713) .................................... 37 Vulnerability Remediation Synopsis version 0.4Russ Klanke Page 1

Apache Tomcat Simultaneous Directory Listing Denial of Service Vulnerability (QID 86724) ........... 38 Apache MPM Worker.C Denial of Service Vulnerability (QID 86726) ................................................ 39 Apache Mod_IMAP Referer Cross-Site Scripting Vulnerability (QID 86727) ...................................... 40 Apache Web Server fails to sanitize Escape Sequence Injection into its Access Logs (QID 86744) .... 41 Apache Web Server fails to sanitize Escape Sequence Injection into its Error Logs (QID 86745) ...... 41 Apache Mod_Rewrite Off-By-One Buffer Overflow Vulnerability (QID 86746) ................................. 42 Apache Tomcat JK Web Server Connector Security Bypass Vulnerability (QID 86764)...................... 42 Apache HTTP Server 413 Error HTTP Request Method Cross-Site Scripting (XSS) Weakness (QID 86771) ................................................................................................................................................. 43 Apache mod_ssl Denial of Service Vulnerability (QID 86773) ............................................................ 44 Apache Tomcat Information Disclosure Vulnerability (QID 86775).................................................... 44 Apache Tomcat Absolute Path Traversal Vulnerability (QID 86776) .................................................. 45 Apache Tomcat Accept-Language Cross-Site Scripting (XSS) Vulnerability (QID 86777) .................... 46 Apache Tomcat SingleSignOn Remote Information Disclosure Vulnerability (QID 86779) ................ 47 Apache Tomcat 4, 5 and 6 Examples Web Application Multiple Cross-Site Scripting (XSS) Vulnerabilities (QID 86781) ................................................................................................................. 47 Apache Tomcat Multiple Cross-Site Scripting (XSS) Vulnerabilities in Manager and Host Manager Web Applications (QID 86782)............................................................................................................ 48 Apache Tomcat 4.1 Cross-Site Scripting (XSS) Vulnerability (QID 86783) .......................................... 49 Apache Tomcat 4 and 5 Cross-Site Scripting (XSS) Vulnerability in Calendar Application in JSP Examples (QID 86785) ......................................................................................................................... 49 Apache Tomcat Servlet Host Manager Servlet Cross-Site Scripting (XSS) Vulnerability (QID 86786) 50 Apache 2.2 Multiple Vulnerabilities (QID 86788) ............................................................................... 51 Apache Tomcat Multiple Content Length Headers Information Disclosure Vulnerability (QID 86789) ............................................................................................................................................................ 52 Apache Tomcat 4 Denial of Service Vulnerability (QID 86790)........................................................... 52 Apache Tomcat 4 Information Disclosure Vulnerability (QID 86791) ................................................. 52 Apache Tomcat 6 Information Disclosure Vulnerability (QID 86792) ................................................. 53 Apache Tomcat Session Hi-jacking Vulnerability (QID 86794)............................................................ 53 Apache mod_ssl Certificate Revocation List Off-By-One Buffer Overflow Vulnerability (QID 86801) 54 Apache Tomcat 5 and 6 Host Manager Web Application Cross-Site Scripting (XSS) Vulnerability (QID 86803) ................................................................................................................................................. 54 Apache Tomcat 4, 5 and 6 Multiple Vulnerabilities (QID 86804) ....................................................... 55 Vulnerability Remediation Synopsis version 0.4Russ Klanke Page 2

Apache Tomcat RequestDispatcher Information Disclosure Vulnerability (QID 86808) .................... 56 Apache 1.3, 2.0 and 2.2 HTTP Server Multiple Vulnerabilities (QID 86809) ....................................... 57 Apache 2.0 HTTP Server PCRE Integer Overflow Vulnerability (QID 86812) ...................................... 58 Apache 2.0 HTTP Server mod_ssl Stack Buffer Overflow Vulnerability (QID 86814) ......................... 58 Apache HTTP Server Expect Header Cross-Site Scripting (XSS) (QID 86821) ...................................... 59 Apache Tomcat "RemoteFilterValve" Security Bypass Vulnerability (QID 86823) ............................. 60 Apache HTTP Server AllowOverride Options Security Bypass (QID 86840)........................................ 60 Apache Tomcat Java AJP Connector Invalid Header Denial of Service Vulnerability (QID 86842) ..... 61 Apache Partial HTTP Request Denial of Service Vulnerability - Zero Day (QID 86847) ...................... 62 Apache Tomcat Multiple Vulnerabilities (QID 86851) ........................................................................ 63 APR-util Library Integer Overflow Vulnerabilities (QID 86852) .......................................................... 64 Apache mod_proxy_ftp FTP Command Injection Vulnerability (QID 86855) ..................................... 65 Apache Tomcat Installer Insecure Password Vulnerability (QID 86857) ............................................ 66 Apache Tomcat Directory Traversal Weaknesses and Security Issue (QID 86865) ............................ 66 Apache 1.3 mod_proxy HTTP Chunked Encoding Integer Overflow Vulnerability (QID 86868)......... 68 Apache HTTP Server Prior to 2.2.15 Multiple Vulnerabilities (QID 86873)......................................... 68 Apache httpd "mod_proxy_http" Timeout Handling Information Disclosure Vulnerability (QID 86901) ................................................................................................................................................. 69 Apache HTTP Server 2.2.15 mod_cache and mod_dav Undisclosed DoS Vulnerability (QID 86908) 69 Apache Tomcat SecurityManager Security Bypass Vulnerability (QID 86939) ................................... 70 Apache Tomcat HTTP NIO / APR Connector sendfile Input Validation Error Information Disclosure Vulnerability (QID 86950) ................................................................................................................... 70 Apache 1.3 an

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