Dial-up programming

Hi,
I'm currently developing an application that requires dial-up to a RAS server. Client hardware requirements for this app are windows box with either USB/Serial modem or ISDN connection.
Client app will be driven with Swing GUI but I need help on the dial-up part.
My questions are:
1. What kind of technology JAVA provides in regards to dial-up programming? I've considered commAPI but apparently this only work for serial modems only.
2. Can I use JTAPI to setup the dial-up and connection with either modem or ISDN?
3. Or can I use JNI to call windows native dial-up control from my application? If so how?

HELLO,
I CAN ANSWER 3RD POINT OF YOUR QUESTION
i.e calling windpws native dialer as follows
class makeDial
static RunTime rt;
public static void main(String args[])
RunTime rt2=null;
rt=rt2.getRunTime();
Process p=rt.exec("start Dialer");
bye gopal
[email protected]

Similar Messages

JNI with rasapi32.Lib (Dial Up Program)

I am writting a dialup program on JAVA, using JNI of a C++ code.
I included the header "ras.h" and i need to link the library named "RASAPI32.LIB" to compile the C++ code.
and i found that i need to type this to Generate the dll file.
cl -Ic:\java\include -Ic:\java\include\win32 -MD -LD dialup.cpp -Fedialup.dll -link RASAPI32.LIB
(am i right?? as if i don't use "/link" i got an link error
Is that the dll file i create included also the lib file? )
after successfully generated the dll file. and then i run java dialup (i got error.. during the line i call the function in the dll. (error go out after the system.loadLibrary("dialup"); )
I got UnsatisfiedLinkError at the line "new dialup().DialUp();" the only line in main function.
Please help me smart programmers..... THX!
also any care need to be taken when "JNI used with *.Lib & *.dll"

Hi,
I'm sorry, but i didn't understand very well.
It seems that you made a program to dial to the internet, automaticaly, throw modem. If is that, please tell me more, how do you do that?
Thanks in advance,
Liliana

Dial-up networking implementation

Hi,
I'm currently developing an application that requires dial-up to a RAS server. Client hardware requirements for this app are windows box with either USB/Serial modem or ISDN connection.
Client app will be driven with Swing GUI but I need help on the dial-up part.
My questions are:
1. What kind of technology JAVA provides in regards to dial-up programming? I've considered commAPI but apparently this only work for serial modems only.
2. Can I use JTAPI to setup the dial-up and connection with either modem or ISDN?
3. Or can I use JNI to call windows native dial-up control from my application? If so how?
Glad if someone out there can at answer part of my queries?
Thanks

You can use the JDUN API (Java Dial-up Networking For Windows) that can be found at http://www.JavaAPIs.com. It supports enumerating RAS dial-up entry names, dialing entries, and hanging up entries.

Problem with speed dial

Hello,
Just picked up my iPhone 5 and noticed an existing speed dial from my favorites is not working properly.
My speed dial contains a 10 digit phone number, a 10 digit access code, and a 5 digit password all separated by commas. When activated from my favorites the phone number dials perfectly but the 10 digit access code, and a 5 digit password dials very slowly and my system does not recognize the entries.
I deleted the favorite from my contacts and re entered it with the same result. Even re installed ios 6 but no help.
This feature worked perfectly on my iphone 4.
Any ideas your help would be greatly appreciated.

All,
Just went to a Verizon store and conducted a test. I used an iPhone 4S and a iPhone 5 both running ios 6. The 4s dialed a programmed speed dial containing an access phone number, a access number and a password. It worked flawlessly. Ran the same series of numbers on the iPhone 5 (not mine) and it failed miserably.
I hope that apple can provide a fix for us speed dialers. It's quite annoying.
Thanks

How to connect my Mac to my analog phone?

I know this sounds like a weird question, but I need to connect my Mac laptop running 10.5.2 to my Polycom phone. I know there are many options like Skype, etc... but I need to use my own softphone which goes to a company dialer. For example I use ohphonex. This allows me to dial any number and point it to an IP gateway to receive my call. I can use this with the internal mic and speaker, or attach my mic to it, but quality is still not great. The polycom phone I have is an excellent phone and when I am talking to other business executives with strong accents - I need have really **** good quality.
So what I want to do is to be able to dial out of my laptop, and have the voice and the mic be used with the phone. I would like to connect the phone to the laptop so if I want to dial a phone number from the phone it will dial the program I choose (or another softphone that can let me me choose the IP gateway), and I want to be able to use the Polycom Clarity Soundpoint phone.
Can anyone help?

Use a DVI to micro-DVI adapter if you're on an original MacBook Air, and a Mini DisplayPort adapter for a newer one.
(119682)

Need a puzzle solved with a 2-way PLAR Hotline

Folks:
Set-up: Running CUCM 8.6. A remote facility has a Cisco 3945 for several analog phones, and also has a number of CP-7962G phones. The FXS Endpoints are controlled with SCCP, couldnt use MGCP as oen of the phones uses dial-pulse (known Cisco bug MGCP will not work with dial pulse)
Problem: One of the analog phones is a gate phone that needs to call directly to a security desk with a 7962G phone.   I set-up a dedicated partition/CSS for the gate phone, and created a Transformation pattern that translates a blank pattern to a pattern of 5555 (A dummy # for one of the security desk lines).      I set up extension 5555 on a unused line/button on the Security desk VoIP phone.    Everything works great, once off-hook the gate phone automatically grabs the blank transformation pattern and rings the 555 line at the security desk.
Now the customer wants the #5555 extension to be able to call back to the gate phone in a similar PLAR. I have tried various configurations, some which either break the initial hotline, or creates weird conditions were the 5555 acts as a hotline to itself.   I created another PART/CSS/TRANSFORMATION set just for the VoIP-Gate connection, but it still makes the VOIP phone a hotline to itself.   Apparently the first blank transformation pattern (gate-to-5555) is matched and it never goes to the second pattern.   So apparenlty there is no way to have to two blank transfromation patterns, even if they are connected to different Partitions and CSS.
Anybody had a similar situation where a hotline is needed to work in both directions??
Thanks in advance for any help

Jaime, the problem with the speed dial is that it will tie up the admin line, and the customer wants that line free even if the gate phone is in use.
Can the dummy DN be used as an access line for the speed dial without actually assigning the dummy DN to another line button?
Sorry this is such a pain, but the customer is pretty anal about this security desk as they abuse the phones.     They only want two lines/buttons programmed on this phone, a direct line/button to the gate, and the admin line (which only has local access, 911, etc).
I did create a seperate CSS, seperate Part, and seperate TP's at one point, and neither phone would work.    Perhaps I made a dialing logic programming mistake, I will try it again.
Again, I think the problem is how the CSS is assigned, the gate phone will ONLY work as a PLAR when the CSS is assigned to the PHONE, and the PART is assigned to the line. On the VoIP phone the CSS and PART have to be assigned to the line as the phone is not dedicated to the hotline, and this difference seems to be part of the problem.
I may try what RM760 suggested, configuring the PLAR for the gate phone directly on the gateway, and configuring the VoIP phone as a CUCM PLAR. That would allow only one TP that points to the gatephone. The gatephone would use its own standalone PLAR dialing logic to make its connection. Sounds solid in theory, but the CUCM programming doesnt always follow theory!
Thanks for the help...I will try both suggestions today.

My Tamron 10-24 is listed as Unknown Lens

Any way to fix this?
Details are:
Lightroom version: 5.3 [938183]
Operating system: Windows 8 Business Edition
Version: 6.2 [9200]
Application architecture: x64
System architecture: x64
Camera Pentax K5 WIth latest Firmware 1.16
Shooting Format - DNG
Info from EXIF tool:
Lens Type                       : Tamron SP AF 10-24mm F3.5-4.5 Di II LD Aspherical [IF]
Lens ID                         : Tamron SP AF 10-24mm F3.5-4.5 Di II LD Aspherical [IF]
Amy Ideas? I've copied the full output of exif tool below in case other lines help someone smarter than me in this are.
Thanks, Jim
ExifTool Version Number         : 9.54
File Name                       : _K5_0175.DNG
Directory                       : D:/Photos/2014/2014-03-23
File Size                       : 25 MB
File Modification Date/Time     : 2014:03:23 09:49:46-07:00
File Access Date/Time           : 2014:03:23 10:48:26-07:00
File Creation Date/Time         : 2014:03:23 10:48:26-07:00
File Permissions                : rw-rw-rw-
File Type                       : DNG
MIME Type                       : image/x-adobe-dng
Exif Byte Order                 : Big-endian (Motorola, MM)
Make                            : PENTAX
Camera Model Name               : PENTAX K-5
Orientation                     : Horizontal (normal)
Software                        : K-5 Ver 1.16
Modify Date                     : 2014:03:23 09:49:44
Artist                          : JIM CRUICKSHANK
Image Width                     : 4992
Image Height                    : 3284
Bits Per Sample                 : 14
Compression                     : JPEG
Photometric Interpretation      : Color Filter Array
Strip Offsets                   : 162048
Samples Per Pixel               : 1
Rows Per Strip                  : 3284
Strip Byte Counts               : 24742950
X Resolution                    : 300
Y Resolution                    : 300
Planar Configuration            : Chunky
Resolution Unit                 : inches
CFA Repeat Pattern Dim          : 2 2
CFA Pattern 2                   : 2 1 1 0
CFA Layout                      : Rectangular
Black Level Repeat Dim          : 2 2
Black Level                     : 0 0 0 0
White Level                     : 15864
Default Scale                   : 1 1
Default Crop Origin             : 22 10
Default Crop Size               : 4928 3264
Bayer Green Split               : 0
Anti Alias Strength             : 1
Subfile Type                    : Reduced-resolution image
Primary Chromaticities          : 0.64 0.33 0.21 0.71 0.15 0.06
Y Cb Cr Coefficients            : 0.299 0.587 0.114
Y Cb Cr Sub Sampling            : YCbCr4:2:2 (2 1)
Y Cb Cr Positioning             : Co-sited
Copyright                       : Jim Cruickshank
Exposure Time                   : 1/50
F Number                        : 4.5
Exposure Program                : Creative (Slow speed)
Date/Time Original              : 2014:03:23 09:49:44
Create Date                     : 2014:03:23 09:49:44
Flash                           : Off, Did not fire
Focal Length                    : 24.0 mm
Sensing Method                  : One-chip color area
Custom Rendered                 : Normal
Exposure Mode                   : Auto
Focal Length In 35mm Format     : 36 mm
Scene Capture Type              : Standard
Subject Distance Range          : Close
GPS Version ID                  : 2.3.0.0
DNG Version                     : 1.1.0.0
DNG Backward Version            : 1.1.0.0
Unique Camera Model             : PENTAX K-5
Color Matrix 1                  : 0.963470459 -0.4771881104 -0.07902526855 -0.34
95941162 0.9834136963 0.4286651611 -0.01779174805 0.03717041016 0.6799163818
Color Matrix 2                  : 0.8302001953 -0.2508850098 -0.1111907959 -0.39
95361328 1.230117798 0.1880645752 -0.09773254395 0.1713256836 0.6513366699
Analog Balance                  : 1 1 1
As Shot Neutral                 : 0.4848484848 1 0.5541125541
Baseline Exposure               : -0.5466766357
Baseline Noise                  : 1
Baseline Sharpness              : 1
Linear Response Limit           : 1
Pentax Version                  : 7.0.0.0
Pentax Model Type               : 0
Preview Image Size              : 640x480
Preview Image Length            : 33984
Preview Image Start             : 35680
Pentax Model ID                 : K-5
Date                            : 2014:03:23
Time                            : 09:49:44
Quality                         : RAW
Flash Mode                      : Off, Did not fire; Internal
Focus Mode                      : AF-S (Focus-priority)
AF Point Selected               : Auto
ISO                             : 3200
Exposure Compensation           : 0
Metering Mode                   : Multi-segment
Auto Bracketing                 : 0 EV, No Extended Bracket
White Balance                   : Auto
Saturation                      : Normal
Contrast                        : Med High
Sharpness                       : Med Hard
DSP Firmware Version            : 1.16.26.29
CPU Firmware Version            : 1.16.26.29
Effective LV                    : 5.1
Picture Mode                    : Auto Program (Shallow DOF); 1/3 EV steps
Drive Mode                      : Single-frame; No Timer; Shutter Button; Single
Exposure
Sensor Size                     : 24.122 x 15.976 mm
Color Space                     : Adobe RGB
Image Area Offset               : 22 10
Raw Image Size                  : 4928x3264
Preview Image Borders           : 28 28 0 0
Lens Type                       : Tamron SP AF 10-24mm F3.5-4.5 Di II LD Aspheri
cal [IF]
Camera Temperature              : 16 C
AE Lock                         : Off
Noise Reduction                 : Off
Flash Exposure Comp             : 0
Image Tone                      : Bright
SR Result                       : Stabilized
Shake Reduction                 : On (7)
SR Half Press Time              : 1.72 s
SR Focal Length                 : 24 mm
Shutter Count                   : 10161
Faces Detected                  : 0
Face Position                   : 0 0
Raw Development Process         : 8 (K-5,K-5II,K-5IIs)
Hue                             : Normal
White Balance Auto Adjustment   : On
Tungsten AWB                    : Subtle Correction
Dynamic Range Expansion         : Off
World Time Location             : Hometown
Hometown DST                    : No
Destination DST                 : No
Hometown City                   : Vancouver
Destination City                : Vancouver
High/Low Key Adj                : 0
Contrast Highlight              : 0
Contrast Shadow                 : 0
Contrast Highlight/Shadow Adj   : Off
Fine Sharpness                  : Off; Normal
High ISO Noise Reduction        : Medium; Active (Medium)
AF Adjustment                   : 0
Monochrome Filter Effect        : None
Monochrome Toning               : None
Face Detect                     : Off; 0 faces detected
Face Detect Frame Size          : 0 0
Shadow Correction               : Off
ISO Auto Parameters             : Standard
Distortion Correction           : Off
Chromatic Aberration Correction : Off
Vignetting Correction           : Off
Bleach Bypass Toning            : Off
Black Point                     : 0 0 0 0
White Point                     : 16896 8192 8192 14784
Picture Mode 2                  : Auto PICT
Program Line                    : MTF
E-Dial In Program               : Tv or Av
Aperture Ring Use               : Permitted
Flash Options                   : Normal
Metering Mode 2                 : Multi-segment
AF Point Mode                   : Auto
Focus Mode 2                    : AF-S
AF Point Selected 2             : Auto
ISO Floor                       : 100
Drive Mode 2                    : Single-frame
Exposure Bracket Step Size      : 0.3
Bracket Shot Number             : n/a
White Balance Set               : Auto
Multiple Exposure Set           : Off
Link AE To AF Point             : On
ISO Auto                        : On
AE Exposure Time                : 1/47
AE Aperture                     : 4.6
AE ISO                          : 2934
AE Xv                           : 0
AEB Xv                          : 0
AE Min Exposure Time            : 1/7723
AE Program Mode                 : Shallow DOF Program
AE Aperture Steps               : 0
AE Max Aperture                 : 4.4
AE Max Aperture 2               : 4.6
AE Min Aperture                 : 32
AE Metering Mode                : Multi-segment
Flash Exposure Comp. Setting    : 0
Level Indicator                 : 252
Nominal Max Aperture            : 4.8
Nominal Min Aperture            : 32
Max Aperture                    : 4.6
AE Metering Segments            : 2.5 2.8 4.1 4.4 4.6 4.9 5.0 5.0 4.8 4.6 4.1 3.
3 3.1 3.9 4.3 3.8 4.9 4.5 4.8 4.3 3.9 3.9 4.4 3.9 3.9 3.9 4.1 5.5 5.6 5.3 5.0 4.
5 4.3 3.5 2.9 3.5 3.9 3.9 4.1 3.9 3.9 4.3 4.3 3.8 2.8 1.9 3.1 3.8 4.8 5.0 4.9 4.
0 4.1 3.4 4.0 3.4 3.1 3.3 3.5 3.9 4.8 3.9 2.8 2.8 2.5 3.3 3.0 2.9 3.4 3.6 2.6 2.
4 2.1 2.1 2.5 2.3 2.8
Flash Metering Segments         : 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0
0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0
0 0 0 0 0 0 0 0 0 0 0 0 0 0
Slave Flash Metering Segments   : 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0
0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0
0 0 0 0 0 0 0 0 0 0 0 0 0 0
Manufacture Date                : 2010:10:18
Production Code                 : 2.1
Internal Serial Number          : 17038
Power Source                    : Body Battery
Body Battery State              : Full
Body Battery Voltage 1          : 7.58 V
Body Battery Voltage 2          : 7.25 V
Body Battery Voltage 3          : 7.84 V
Body Battery Voltage 4          : 7.45 V
AF Predictor                    : -1
AF Defocus                      : 0
AF Integration Time             : 30 ms
AF Points In Focus              : Center (horizontal)
Kelvin WB Daylight              : 5205 0 2.088134765625 1.4703369140625
Kelvin WB 01                    : 2500 0 1.140869140625 2.8192138671875
Kelvin WB 02                    : 2630 0 1.2059326171875 2.6483154296875
Kelvin WB 03                    : 2780 0 1.2783203125 2.4813232421875
Kelvin WB 04                    : 2940 0 1.352294921875 2.331787109375
Kelvin WB 05                    : 3130 0 1.435791015625 2.1839599609375
Kelvin WB 06                    : 3330 0 1.5185546875 2.054931640625
Kelvin WB 07                    : 3570 0 1.6116943359375 1.9281005859375
Kelvin WB 08                    : 3850 0 1.711669921875 1.8084716796875
Kelvin WB 09                    : 4170 0 1.8157958984375 1.69970703125
Kelvin WB 10                    : 4550 0 1.9266357421875 1.597900390625
Kelvin WB 11                    : 5000 0 2.0418701171875 1.504638671875
Kelvin WB 12                    : 5560 0 2.164794921875 1.416748046875
Kelvin WB 13                    : 6250 0 2.29052734375 1.3365478515625
Kelvin WB 14                    : 7140 0 2.4205322265625 1.26318359375
Kelvin WB 15                    : 8330 0 2.5526123046875 1.196044921875
Kelvin WB 16                    : 10000 0 2.6844482421875 1.13525390625
WB Shift AB                     : 0
WB Shift GM                     : 0
EV Steps                        : 1/3 EV Steps
Sensitivity Steps               : As EV Steps
Camera Orientation              : Horizontal (normal)
Serial Number                   : 3842570
Level Orientation               : Horizontal (normal)
Composition Adjust              : Off
Roll Angle                      : 2
Pitch Angle                     : -6.5
Composition Adjust X            : 0
Composition Adjust Y            : 0
Composition Adjust Rotation     : 0
WB RGGB Levels Daylight         : 17257 8192 8192 13072
WB RGGB Levels Shade            : 20620 8192 8192 9756
WB RGGB Levels Cloudy           : 18594 8192 8192 11177
WB RGGB Levels Tungsten         : 10371 8192 8192 24250
WB RGGB Levels Fluorescent D    : 21309 8192 8192 12598
WB RGGB Levels Fluorescent N    : 18270 8192 8192 14019
WB RGGB Levels Fluorescent W    : 16609 8192 8192 17334
WB RGGB Levels Flash            : 19567 8192 8192 12030
WB RGGB Levels Fluorescent L    : 13895 8192 8192 21692
WB RGGB Levels User Selected    : 17257 8192 8192 13072
Contrast Detect AF Area         : 0 0 0 0
Camera Temperature 2            : 16.1 C
Camera Temperature 3            : 16.1 C
Camera Temperature 4            : 16 C
Camera Temperature 5            : 16 C
Calibration Illuminant 1        : Standard Light A
Calibration Illuminant 2        : D65
Aperture                        : 4.5
CFA Pattern                     : [Blue,Green][Green,Red]
Image Size                      : 4992x3284
Lens ID                         : Tamron SP AF 10-24mm F3.5-4.5 Di II LD Aspherical [IF]
Preview Image                   : (Binary data 33984 bytes, use -b option to ext
ract)
Scale Factor To 35 mm Equivalent: 1.5
Shutter Speed                   : 1/50
Circle Of Confusion             : 0.020 mm
Field Of View                   : 53.1 deg
Focal Length                    : 24.0 mm (35 mm equivalent: 36.0 mm)
Hyperfocal Distance             : 6.39 m
Light Value                     : 5.0
-- press any key --

Thanks Tony,
Yes the supplied profile works - in my test shots it corrects distortion and vignetting nicely - but it is a pain to have to pick the proffile by hand for each shot.
My real issue is Lightroom not correctly identifying the lens and listing it as "Unknown" in the meta data. Was hoping there was a way to teach lightroom to recognize it - or a config file to hack to make it recognize the lens.
For testing puposes I changed the raw format of my Pentax from DNG to PEF but got the saame result.
Anyone else have ideas?
Jim

Scam *72 numbers

This morning at 12:38 AM I received a call from 713-981-0098 stating I was listed as emergency contact for someone in jail. They said I needed to contact *721-323-458-8263 and talked to Lt. Brown regarding booking number 3553220. I researched *72 placed in front of the phone number and discovered it is a way of allowing the other phone number to charge calls etc. to your phone. I contacted the police by 1:00 AM and they told me they could do nothing because I didn't fall for the scam and they were too busy.
I did a reverse phone lookup on the internet on 323-458-8263 and found it was a cell phone belonging to someone in a near by city. I researched the 713-981-0098 number and discovered it is in Texas and is the valid number used by the jail systems in the United States.
According to the way the scam works, your phone gets charged and you have to pay it. The people in jail get the money put on their books. The police will not do anything about this crime because they have other things to do. The phone company can not do anything about it because it is a feature they offer and you are the one authorizing it by entering *72 and the number. It can be cancelled by entering *73.
Please let others know about this type of crime so they do not fall for it.

*72 is call forwarding, at least for FIOS. Of course you don't want to fowrard your calls to a jail, but don't see how that gives them free access.
Star Code Reference Chart
These are the access codes you can use to activate/deactivate
these FiOS Digital Voice features. For additional instructions,
please turn to the appropriate feature section.
FiOS Digital Voice Feature Telephone Access Codes
Call Forwarding – Activate *72
Call Forwarding – Disable *73
Call Return *69
Call Trace *57
Call Waiting – Activate *43
Call Waiting – Disable *44
Call Waiting – Disable per Call Activate *70
Outgoing Caller ID Block – Activate *31
Outgoing Caller ID Block – Disable *32
Outgoing Caller ID – Block Per Call Activate *67
Outgoing Caller ID – Allow Per Call Activate *82
Speed Dial 100 program
To use, dial # + 2-digit speed dial code *75

Apple USB Modem+WinXP SP3 Failure. Help?

I have installed a fresh Windows XP SP3 (via a full SP3 install CD) onto a Macbook Pro Unibody 2.8Ghz. Everything seems to work amazingly except for when I go to use the Apple USB Modem, my only means of accessing the internet currently.
When I attempt to dial out from Windows, the modem sound coming through the speakers seems to be scratchy, and to drop in and out. When the host computer responds, instead of the normal sequence of harsh sounds, there is a new, horrible, mangled array of bizarre sounds I have never heard emit from modems. It is such that I was sure either my telephone line or modem had suddenly failed... That is until I booted back into OS X and found the modem to work just fine again.
I have tried lowering port speed as low as 9600, and turning off a port buffer. Neither made any difference. I have also used Hyperterminal to do a soft modem reset and then to manually dial out with it, and it behaves the same. I thought perhaps the dial-up program was entering some command codes to the modem that was changing its protocols, but resetting and dialing out in Hyperterminal indicates that is not where the problem lies.
I googled around and found some reports of past Apple USB Modem issues that were resolved with Boot Camp Beta 1.1.2. But here I am with Boot Camp 2.0 so I don't know why I'm having this problem or what could be done about it.
Thanks for any help!

I managed to get mine to connect once at 56k and once at 33k, but as you said it just drops very quickly. I think this is a driver issue, but I don't know why it works for some and not others. Apple seems to think the driver they supply with Boot Camp works with it or they wouldn't provide it. An Apple document from an older Boot Camp version (1.1.2 I think) says they now fixed it to work with the Apple Modem, but here I am with Boot Camp 2.1 and it's not working.
I read a bit about the modem itself, and it seems that the Apple USB Modem is actually a Motorola SM56. The "SM" stands for "soft modem". What it turns out this means is that the majority of the actual "modem" is a software program, and there is very little actual "hardware" involved. Perhaps this explains why with Windows/Boot Camp it sounds as if the modem is having a terrible hardware failure, whereas it is perfectly fine in OS X Leopard.
It would be nice to hear some more reports that this isn't working for anyone, or if there is a fix or.. Well any additional information would be nice.
That's about all I "know" at this stage.

Galaxy Tab Voice

I am just curious why the carriers decided to give consumers in the US the shaft on this device. Will this be the policy for future tabs as well? Is this your way of trying to force people into keeping up with 2 devices?
I really dislike the whole law suit mania that happens here some times, but I really hope someone gives the carriers that made this decision the shaft.

Yep, 2 devices, means 2 lines, and a higher ARPU. It's called Capitalist Protectionism, and it's a crucial element in the American Corporate Business Model. They didn't want to offer voice plans on this device so as not to canibalize smartphone sales, data plans only so they ripped the phone dialer out.
But...that's ALL they did. If you look in the settings menu > wireless networks. At the bottom is a PRL update/activate phone function. What that is, is a phone dialer pre-programmed to *228 that calls verizon and does what *228 option 1 on a smartphone does. Pretty music, robo-lady, SPL unlock, the whole bit. So the phone WORKS.
Also, XDA Developers have managed to reflash T-Mobile's Tab with the Euro version of the unit's HSPA radio software, and guess what...the dialer works on that Tab too. Only problem there is the Euro 3G bands are different frequencies than T-Mo's AWS band so no 3G when you install that radio. But again, the phone WORKS.
So I suspect before too long someone will write a dialer that works with VZW's Tab and put it in the Market. Or if enough pressure is put on the carriers, they might issue an update with the dialer eabled on smartphone plans. It's all up to you folks. So get on the stick and scream.

I have programmed my Iphone to automatically connect to confcalls (dialing the nbr, pausing, dialing the PIN code). Works fine from the Iphone as such. When I connect my Iphone in Bluetooth to my car, only the phone

I have programmed my Iphone to automatically connect to confcalls (dialing the nbr, pausing, dialing the PIN code).
Works fine from the Iphone as such.
When I connect my Iphone in Bluetooth to the voice-driven system in my car (Mercedes C), only the phone number appears to be transmitted. Entering a conference call number via the Iphone while driving is not a good idea.
How can I fix this ?

That *****. I sell electronics on ebay. Before listing them, i have to test and clean them. I have worked with microsoft Zune, you could sync via wireless through the network to your host computer.
i was hoping Apple would add that feature or the ability to connect to my computer via WiFi or Bluetooth and sync it wirelessly... It would be sweet to have the bluetooth and wireless opened up so you can do more than just connect to headphones or a headset...
I upgraded to the iPhone 4 this past december, i am on replacement # 2 or my 3rd iPhone 4... I was hoping for some upgrades in quality. Also being left handed, it seemed to drop many calls and give me very poor reception. i added a Griffin Elan Form Graphie case that covers all but the front, top button, bottom speakers and volume control buttons and the call and reception quality has improved. But I sure would have loved to see some improvements in the quality and function of the phone...
Thanks for your input, i really appreciate your replies...

How to have my dial up connection added to the network utility program?

how to have my dial up connection added to the network utility program for monitoring? though i am connected by dial-up, the connection is not monitored by the utility program. the drop down box there does not show the modem at all. ?

Huh? I don't understand what you are asking. I just pulled up the network utility and I don't see what kind of connection monitoring it does for any kind of connection? What kind of information are you looking to obtain? What problem are you interested in solving by having your question answered?

Dial-up connection freezes programs

I am having a strange problem. :? When I am connected with my dial-up modem, some programs won't start (e.g. kuickshow) or will freeze when I try to open a dialog window such as open/save file (e.g. kedit, kdiff3, firefox). If I am not connected or if I am connected with my network card, everything works fine. I think the problem started a few weeks ago when there was problems with firefox.
I am using kppp, KDE 3.3.2, the ltmodem drivers and the stock kernel 2.6.10
Any idea about what might be the problem?

Well... Yesterday, I notice that if my network is running
/etc/rc.d/network start
, everything is fine. However if I stop it,
etc/rc.d/network stop
I have the same problem when my dial-up connection is running. :? I think that it is a problem with my network setup in rc.conf. A month ago or so, I changed my network setting from dhcp to static. It might be related to my problem. I still need to check that out.

Dial-Up connection program

Hallo there,
I would be grateful you could give me some insight into writing a dial-up connection program. Also, I'd like to know whether there are any specs on modems' api's.
As if this was not enough, I was wondering whether is was possibile to see the content of a class file, and the code generated by the compiler.
It would be interesting to see, for example, how a for-loop is translated. The same thing applies to serialization.
Your help will be much appreciated.
ciao
Luka

as i cud understand ur problem is that u want to c the .class file so u can open it with any editor and c but u will not understand it .it is a m/c code may be u will not be able to make out at all what is written

Run dial-up connection from Java Program?

Is there a way to run dial-up connection from a Java Program? It needs to platform independent.
Thanks.
Virum

I very much doubt it, at least not platform independent. I had a, oops, heck of a time doing that from Visual Basic, where it is much easier to work with operating-system stuff like that than it is in Java. I finally ended up buying a RAS component to call from my VB program.

Dial-up programming

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