Philips EasyVision RAD R4.2v2 User manual

EASY VISION RAD R4.2V2

LIST OF DOCUMENTATION IN THIS BINDER:

x SUBSYSTEM MANUAL

o

x

o

UNIT MANUAL Imager Compatibility

o

How to Read a DICOM Conformance Statement

Note:

LIST OF ALL BINDERS:

EasyVision RAD R4.2V2

x indicates document present

o

EasyVision RAD Release 4.2V2

4512 984 22362 REV AC 0.1

E

W

INTRODUCTION AND TECHNICAL DATA

Philips Medical Systems

SERVICE MANUAL 732 SUBSYSTEM

1

EasyVision RAD R4.2V2

INSTALLATION

SETTING-TO-WORK

FAUTFINDING

REPLACEMENT

PROGRAMMINGS

2

3

4

5

6

ADJUSTMENTS

Printed in Hamburg, Germany

DMC Hamburg

EXPLANATIONS

DRAWINGS

7

8

9

10

11

4512 984 22362 REV AC 1

12

EasyVision RAD 4.2V2

SERVICE MANUAL - SUBSYSTEM

EasyVision RAD R4.2V2 Author: C. Siems

In case there are any questions concerning this manual, please send this LOPAD via fax to 49/(0)40/5078 2481

File: EasyVision RAD_22362AC

List of pages and drawings (LOPAD) Manual Order No: 4512 984 22362 released: 11/2003

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0.1

1

3.1

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1-1...1-9 (a/03.1)

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2-1...2-12 (a/03.1)

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3-1...3-14 (a/03.1)

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4-1...4-30 (a/03.1)

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5-1...5-10 (a/03.1)

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6-1...6-26 (a/03.1)

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7-1...7-4 (a/03.1)

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8-1...8-14 (a/02.0)

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Z0 (a/02.0) A4

Z2-1 (99.0) A3

Z2-2 (99.0) A3

Z2-3 (99.0) A3

Z2-3.1 (03.0) A3

Z2-3.2 (03.0) A3

Z2-3.3 (03.0) A3

Z2-3.4 (03.0) A3

Z2-3.5 (03.0) A3

Z2-4 (99.0) A3

Z2-5 (99.0) A3

Z2-6 (99.0) A3

Z2-7 (99.0) A3

Z2-8 (99.0) A3

Z2-9 (99.0) A3

Z2-10 (99.0) A3

Z2-11 (99.0) A3

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4512 984 22362 REV AC 3.1

Introduction And Technical Data Section 1

Section 1 Introduction & Technical Data

Contents

1.

INTRODUCTION..................................................................................................................................... 3

1.1. Documentation structure......................................................................................................................... 3

1.2. Technology.............................................................................................................................................. 4

1.3. Tools........................................................................................................................................................ 4

2.

PRODUCT DATA ................................................................................................................................... 5

2.1. Computers............................................................................................................................................... 5

2.2. Overview configuration............................................................................................................................ 5

2.3. Framebuffers........................................................................................................................................... 6

2.4. Monitors................................................................................................................................................... 6

2.5. Optical media drives................................................................................................................................ 6

2.6. Memory bank configurations................................................................................................................... 6

2.7. Connectivity............................................................................................................................................. 7

3.

EASYVISION RAD CONFIGURATIONS ............................................................................................... 8

3.1. PCR standalone Configuration ............................................................................................................... 8

3.2. PCR Multi Reader configuration ............................................................................................................. 8

4.

NETWORK CONNECTIONS .................................................................................................................. 9

4.1. Client Server Clusters ............................................................................................................................. 9

5.

SAFETY REQUIREMENTS .................................................................................................................. 10

5.1. Electrostatic Discharge ......................................................................................................................... 10

EasyVision RAD R4 (a/03.1) 1-1

Section 1 Introduction And Technical Data

1-2 (a/03.1) EasyVision RAD R4

Introduction And Technical Data Section 1

1. INTRODUCTION

EasyVision RAD release 4.2 is a workstation as well as an acquisition system for PCR Readers. Beside that the EasyVision RAD serves as an image processing system with printing capabilities. PCR Readers can connect with both DMS interface and via Ethernet to an EasyVision RAD.

Moreover the EasyVision RAD 4.2 supports multi reader configurations with:

- 1 DMS Reader

- up to 2 network Readers dependent on the performance of the hardware used.

The Single User Workstation If there is only one EasyVision connected to one or more readers/USITs, the situation is like that before release 4.2. To differentiate between such a single EasyVision RAD and those in a cluster configuration, we call the single system a Single User Workstation.

The EasyServer

Within an EasyVision RAD cluster, the EasyVisions use a common place to store their images. The system which does this is called the EasyServer. It controls the configuration of the cluster by controlling the software licenses, it handles the import from modalities, the printing to film, and all communication outside the cluster, for instance with the archive, external DICOM databases, or other clusters and workstations of other vendors.

The Workspot (Client) The EasyServer makes all images available to all EasyVisions in the cluster. The EasyVisions which also run the RAD applications (the Workspots) don’t have an own image database and use the image database of the RAD server. The hardware configuration of the Workspot may vary from an UltraSparc 60 with lots of memory for fast and intensive image postprocessing, to a PC with a Java enabled Web Browser for basic image viewing.

1.1. D

OCUMENTATION STRUCTURE

Delivered with the system

- System Manual EasyVision RAD 4.2

- Network Manual

- Printer Compatibility

Delivered with the software

- Release Bulletin EasyVision RAD 4.2 Level n

- DICOM Conformance Statement

Delivered with the Sun workstation

- Unit Manual EasyVision RAD Sun Ultra or SunBlade

Delivered with the monitor

- Unit Manual Monitor

EasyVision RAD R4 (a/03.1) 1-3

Section 1 Introduction And Technical Data

1.2. T

EasyVision RAD system are mostly sold as part of a PCR system treating the special needs of CR images. Data can be imported from other modalities or other workstations as well.

EasyVision Release 4 is based on a client/server computing technology. This means a different configuration will appear: Users on a workspot use information that resides in a database on a central server and is received from a larger variety of sources.

ECHNOLOGY

1.3. T

To remove and replace EasyVision field replaceable units (FRUs), you will need the following tools and materials:

• Standard toolkit

• Anti-static discharge kit

• Service network hub 10/100Mbit

• Service PC + null modem cable (25pin) for back-up of configuration files.

See Remote Service Manual for pin layout)

• Densitometer for laserprinter (e.g. X-Rite 331)

• Reflection densitometer for paperprinter (e.g. X-Rite 400)

• Hardcopy Unit test box

• Printer test tool

• Multimeter.

OOLS

1-4 (a/03.1) EasyVision RAD R4

Introduction And Technical Data Section 1

2. PRODUCT DATA

2.1. C

OMPUTERS

Ultra 10 Ultra 60 SunBlade 1000 Sun Blade 1500

Ultra 10: The Sun Ultra 10 is a single processor PCI based workstation/server using the UltraSPARC-

II 64-bit architecture. The system has a PC style mini-tower layout.

Ultra 60: The Sun Ultra 60 is PCI based workstation using the UltraSPARC-II 64-bit architecture. The

system has a PC style mini-tower layout and is functionally equivalent to the Sbus based

Ultra 2 workstation. SunBlade 1000/ 2000:

The Sun Blade 1000/2000 workstation is a dual processor workstation that uses the

UltraSPARC III family of processors. The workstation offers super-scalar processor

technology, multiprocessing, high-performance memory interconnection, highbandwidth

input/output (I/O), and accelerated graphics. SunBlade 1500

The Sun Blade 1500 workstation is a single processor workstation that uses the

UltraSPARC IIIi family of processors.

2.2. O

VERVIEW CONFIGURATION

Ultra 10 Ultra 60 SunBlade 1000/2000 SunBlade 1500 onboard SCSI-interface IDE-interface Ethernet interface Min memory Max. memory (MB)

Memory module Memory bank config. Internal disk

CD-ROM /DVD-ROM PCI slots Framebuffers

no Ultra SCSI, 40 MB/s Ultra Wide SCSI no EIDE, 33 MB/s No No UltraDMA100 10/100 Mbit 10/100 Mbit 10/100 Mbit 10/100/1000BASE-T 256MB (2x128 MB) 256MB (4x64MB) 512MB (4x128MB) 512MB (4x128MB) 384-/512-/768 512-/ 768-/ 1024

768-/ 1280- / 1792 64- / 128- / 256 MB 64- / 128 MB 128-/256-/1024 MB 128 MB - 2GB 2 banks x 2 slots 4 banks x 4 slots 8 DIMM slots 4 slots EIDE, 9.1 GB Ultra-SCSI, 9.1 GB UW-SCSI 2x 36GB 1x 80 GB IDE

CD-ROM EIDE, 24x CD-ROM SCSI DVD-ROM SCSI DVD-ROM IDE 4 4 4 5 Yes, 8 bit No No No

up to 8GB up to 8GB

(system disk) 1x 36GB SCSI (image disk)

EasyVision RAD R4 (a/03.1) 1-5

Section 1 Introduction And Technical Data

2.3. F

RAMEBUFFERS

PseudoColor PGX

(+)

Color Greyscale

Pseudo Color

PCI/PGX

(+)

TrueColor

UPA/FFB Ultra 10 (4xPCI + 1x UPA) Onboard* 3x 1x 2x Ultra 60 (4xPCI + 2x UPA) No No 2x 2x SunBlade 1000/2000

No No 2x 2x

(4xPCI + 2x UPA)

SunBlade 1500: XVR 500 or XVR100

• The Ultra 10 has an onboard framebuffer which cannot be removed.

• EasyVision cannot handle a mix of different types of framebuffers.

2.4. M

ONITORS

Display matrix: 1280 x 1024 Landscape oriented

Framebuffer type

Pseudo Color PGX

(+)

single head Yes Yes Yes,

18" Color 21" Color 21" Greyscale

Color Monitors Greyscale monitors

True Color (FFB) single head Yes Yes Yes, Greyscale (Md2) dual head No No Yes

2.5. O

PTICAL MEDIA DRIVES

MD2/PCI

EasyStore OD Drive EasyStore CD-R drive

Pioneer DE-UH710 600MB (obsolete) Standard CD-R drive

2.6. M

EMORY BANK CONFIGURATIONS

Ultra 10

Slot 1 Slot 2 Bank 1 128 128 Bank 2 128/256 128/256

Ultra 60

Slot 1 Slot 2 Slot 3 Slot 4 Bank 1 32 32 32 32 Bank 2 32 32 32 32 Bank 3 64/128 64/128 64/128 64/128 Bank 4 64/128 64/128 64/128 64/128

SunBlade 1500

SDRAM Organization

Number of DRAMs

Physical bank per DIMM

Module Configuration

DIMM Capacity

Minimal Memory

Maximum Memory

128Mbit (32Mx4) 18 1 32Mx72 256MB 512MB 1GB 128Mbit (16Mx8) 18 2 2x(16Mx72) 256MB 512MB 1GB 256Mbit (32Mx8) 9 1 32Mx72 256MB 512MB 1GB 256Mbit (64Mx4) 18 1 64Mx72 512MB 1GB 2GB 256Mbit (32Mx8) 18 2 2x(32Mx72) 512MB 1GB 2GB 512Mbit (64Mx8) 9 1 64Mx72 512MB 1GB 2GB 512Mbit (128Mx4) 18 1 128Mx72 1GB 2GB 4GB 512Mbit (64Mx8) 18 2 2x(64Mx72) 1GB 2GB 4GB 1Gbit (256Mx4) 18 1 256Mx72 2GB 4GB 8GB 1Gbit (128Mx8) 18 2 2x(128Mx72) 2GB 4GB 8GB

1-6 (a/03.1) EasyVision RAD R4

Introduction And Technical Data Section 1

2.7. C

ONNECTIVITY

Connectivity

SCSI parallel

(DMS)

parallel

3M

parallel

printer

Ethernet

Interf.

USIT x AC500/5000 x PCR Preview Unit x AC3/3000 PCR9000 (DMS) X Printers 3M Interf. X Printers DICOM x Printers SCSI X Printers PostScript X

EasyVision RAD R4 (a/03.1) 1-7

Section 1 Introduction And Technical Data

r

3. EASYVISION RAD CONFIGURATIONS

3.1. PCR

STANDALONE CONFIGURATION

hub

Fast Ethernet rec.

Local o DICOM print

Server USIT EasyVision

Reader

IDT

Terminal Name : USIT 1 Terminal IP Address : 192.0.0.2 EV rad Names : EV 1

EV rad IP Adresse : 192.0.0.1

Display : EV1

Hosts : 192.0.0.1 EV1

192.0.0.3 AC 5000F

192.0.0.4 AC 5000E

IP Name : EV 1 IP Address : 192.0.0.1

3.2. PCR M

ULTI READER CONFIGURATION

Client USIT Reader USIT Reader

IDT

EasyVision

(Work spot)

Server Name : USIT 1 Server IP Address : 192.0.0.2 Terminal Name : USIT 3 Terminal IP Address : 192.0.0.4 EV rad Name : EV 1 EV rad IP Address : 192.0.0.1

Client USIT

Server Name : USIT 1 Server IP Address : 192.0.0.2 Terminal Name : USIT 2 Terminal IP Address : 192.0.0.3 EV rad Name : EV 1 EV rad IP Address : 192.0.0.1

Server Name : USIT 1 Server IP Address : 192.0.0.2 Terminal Name : USIT 4 Terminal IP Address : 192.0.0.5 EV rad Name : EV1 EV rad IP Address : 192.0.0.1

Display : EV1

Hosts : 192.0.0.1 EV1

192.0.0. 9 AC 500F-B

192.0.0.10 AC 500E-B

IP Name : EV 2 IP Address : 192.0.0.6

hub

Ethernet

Server USIT

Fast Ethernet

Hospital Network

Reader

EasyVision

(server)

IDT

IP Name : EV 1

Terminal Name : USIT 1 Terminal IP Address : 192.0.0.2 EV rad Name : EV 1 EV rad IP Address : 192.0.0.1

Display : EV1

Hosts : 192.0.0.1 EV1

192.0.0.7 AC 5000F- A

192.0.0.8 AC 5000E- A

IP Address : 192.0.0.1

Remark: Hostnames and IP Addresses are examples and should be adapted to the network

1-8 (a/03.1) EasyVision RAD R4

Introduction And Technical Data Section 1

4. NETWORK CONNECTIONS

Building blocks to build a network, like hubs, switches and other related parts, are NOT part of the EasyVision delivery. These parts have to be purchased locally.

4.1. C

In this cluster concept two networks are determined. Network connection via Base-T Ethernet.

LIENT SERVER CLUSTERS

EasyVision RAD R4 (a/03.1) 1-9

Installation Section 2

Section 2 Installation

1.

2.

3.

4.

Contents

WHAT IS DELIVERED ........................................................................................................................... 3

TIME AND PERSONNEL NEEDED .......................................................................................................3

PHYSICAL INSTALLATION .................................................................................................................. 3

CABLING................................................................................................................................................ 4

4.1. SunBlade 1500........................................................................................................................................ 4

4.2. Ultra 10 / 60, SunBlade 1000 / 2000....................................................................................................... 5

4.3. Client / server network connection.......................................................................................................... 6

4.4. Ethernet Loopback Connector ................................................................................................................ 7

4.5. Laser Hardcopy Unit (point-to-point)....................................................................................................... 7

4.6. Mains Cables .......................................................................................................................................... 7

4.7. Cable Relief............................................................................................................................................. 7

5.

PERIPHERAL CABINETS...................................................................................................................... 8

5.1. SCSI-chain configurations ...................................................................................................................... 8

5.1.1. ULTRA 10 PTI 2 Configurations.......................................................................................................... 8

5.1.2. ULTRA 10 PTI 2 + PTI 1 Configurations ............................................................................................. 9

5.2. ULTRA 60 PTI 2 + PTI 1 Configuration ................................................................................................ 10

5.2.1. Onboard SCSI only............................................................................................................................ 10

5.2.2. Onboard SCSI and Twin SCSI card .................................................................................................. 10

5.3. SunBlade Configuration ........................................................................................................................ 11

6.

CONNECTING A PRINTER ................................................................................................................. 12

6.1. HardCopy Unit....................................................................................................................................... 12

6.2. SCSI Printer .......................................................................................................................................... 12

6.3. Network Printer ..................................................................................................................................... 12

6.4. Parallel Printer....................................................................................................................................... 12

7.

ADDING PERIPHERALS TO PERIPHERAL ENCLOSURE ............................................................... 13

8.

CONNECTIVITY ................................................................................................................................... 13

8.1. Printers .................................................................................................................................................. 13

8.2. NetView ................................................................................................................................................. 13

8.3. DICOM .................................................................................................................................................. 13

EasyVision RAD R4 (a/03.1) 2- 1

Section 2 Installation

2-2 (a/03.1) EasyVision RAD R4

Installation Section 2

1. WHAT IS DELIVERED

Ultra 10 / 60 / SunBlade

Memory (Onboard) framebuffer Keyboard + mouse DVD /CD-ROM drive

Monitors

LCD: Color 18"

Peripherals

EasyStore (Optical Disc) PTI 2 (obsolete) EasyStore (CD-R) PTI 1

Optional

Hardcopy unit board Ethernet card (Quad / Single) Dome Md2 greyscale framebuffer for 2 monitors Creator card (True color) Twin SCSI Card

The main part of this section describes the hardware installation per system. This can be a standalone EasyVision, a Server or a Workspot! Look at the commercial order what is appropriate for your environment.

For a client/server environment installation, see chapter 4.3 Client / server.

Internal hard drive

CRT: Color 17", 21"; greyscale 21"

Image disks PTI 2

Memory Extension

2. TIME AND PERSONNEL NEEDED

The total installation can be done by just one person.

The total installation of a stand-alone EasyVision can be done within eight hours. Even the installation of a small network can be completed within 8 hours.

3. PHYSICAL INSTALLATION

The software has been installed at the factory. The software installation keeps track of the SCSI chain configuration. For this reason it is very important to build the same hardware configuration as assembled in the factory. The SCSI chains on the SUN and corresponding peripheral cabinets are labeled with stickers (SCSI-A, SCSI-B or SCSI-C).

If the SCSI chain changes for any reason (e.g. an option) the OS and AS software must be reinstalled!

There are no transport lockings.

• All components of the system should be placed on a table. Do not place the system on the floor to avoid damage (kicking the system with feet, water (cleaning personnel), dust and dirt etc.).

• Place peripheral cabinet(s) next to the Sun workstation.

• Place keyboard within reach on the table.

• Place mouse + mouse pad within reach on the table.

• Place the mains distribution unit within reach on the table. The mains distribution unit contains the

system power on/off switch.

EasyVision RAD R4 (a/03.1) 2- 3

Section 2 Installation

4. CABLING

NOTE

Check all external and internal interface cables (e.g., the SCSI cable to the image hard disk, CD-ROM), as

they may have moved during transport.

________________

• Connect the video cable from the monitor to the workstation's video connector.

• Connect the monitor power cable to the power distribution unit.

• Connect keyboard and mouse.

• Network kit or cable must be obtained locally. EasyVision can be connected to the network via a twisted

pair (TP) connection.

4.1. SUNB

LADE

1500

2-4 (a/03.1) EasyVision RAD R4

Installation Section 2

This figure illustrates the cable connections for the SunBlade 1500 workstation.

4.2. U

LTRA

10 / 60, SUNB

LADE

1000 / 2000

See Z drawings of appropriate Sun workstation for connections.

EasyVision RAD R4 (a/03.1) 2- 5

Section 2 Installation

4.3. C

See Z drawings for cable diagrams.

Example:

LIENT / SERVER NETWORK CONNECTION

IDT

PreView

Unit

Reader

EasyVision RAD cluster

Modem

User Terminal

Server

network

Server

EasyVision RAD network

User Terminal

Client

Workspot #1

2-6 (a/03.1) EasyVision RAD R4

Workspot #n

Installation Section 2

4.4. E

The loopback connectors serves two purposes.

• If a network is not connected to EasyVision, connect the loopback connector to the Ethernet connection at the end of the adaptor cable. This suppresses the UNIX message 'no carrier' (to console).

• Diagnostic purpose in Forth Diagnostics, see Unit Manual.

In case of a Single/Quad Ethernet card: The unused controllers must have an Ethernet loopback connector

4.5. L

Hardcopy units with point-to-point connection are connected to the EasyVision via split cable by a DATA and CONTROL cable (SUB-D 37p connectors). Connect the Data and Control cables.

Ensure that the correct connections have been made for the DATA and CONTROL cables. Interchanging

Refer to the chapter "Connecting a Printer" in this Section 2.

4.6. M

THERNET LOOPBACK CONNECTOR

________________

ASER HARDCOPY UNIT (POINT-TO-POINT

these cables may destroy the hard copy interface board.

________________

AINS CABLES

NOTE

connected

NOTE

)

Fit the correct mains plug to the mains cable of the power distribution unit provided. A couple of mains plugs are delivered with the system but if the correct one for your environment is not there, you will have to obtain one locally.

• Connect the mains cable between the Sun workstation and the power distribution unit.

• Connect the mains cable between the peripheral cabinet(s) and the power distribution unit.

• Connect the mains cable between the monitor and the power distribution unit.

• Connect the mains cable to a mains wall socket.

• The hardcopy unit's power cable may now be connected to the mains supply (if relevant).

NOTE

Make sure that the HCU has been connected to the same mains distribution point as the EasyVision. This is important to protect both the HCU interface of the EasyVision RAD and the interface of the HCU from voltage differences dangerous for the electronic interface components.

4.7. C

Relieve the power cable, network cable and hardcopy cables with Ty-Raps or flexible cable wrapper delivered.

ABLE RELIEF

EasyVision RAD R4 (a/03.1) 2- 7

Section 2 Installation

5. PERIPHERAL CABINETS

Note

The last peripheral cabinet in each SCSI chain must be terminated with a SCSI terminator.

________________

CAUTION

If the SCSI chain configuration has been changed, the OS and application software be re-installed

________________

5.1. SCSI-

Abbreviation Device SCSI ID(1) Image Disk Wide SCSI (68 pin) ID(2) Additional Image Disk 1 Wide SCSI (68 pin) ID(3) Additional Image Disk 2 Wide SCSI (68 pin) ID(4) Additional Image Disk 3 Wide SCSI (68 pin) ES EasyStore (DOR) Narrow SCSI (50 pin) CD-Rec EasyStore (CD-Recorder) Narrow SCSI (50 pin)

70cm

h

n

CHAIN CONFIGURATIONS

h: 68p UHD (Ultra High Density)

n: 68p FW (Fast Wide)

5.1.1. ULTRA 10 PTI 2 C

Desktop:

50cm

70cm

n

h

PTI 2 (1)

Configuration 1

ONFIGURATIONS

ID(1) ID(2) ES

X X X X X X

X X

PTI 2 (1)

2-8 (a/03.1) EasyVision RAD R4

Installation Section 2

PTI 2 (1) PTI 2 (2)

PTI 2 (1)

70cm

nn

h

70cm

h

Configuration 2

In case of 4 image disks, you may use 1 SCSI chain (See right hand side of configuration 3)

70cm

nn

h

PTI 2 (1)

70cm

hn

PTI 2 (2) PTI 2 (3)

50cm

n

50cm50cm

ES ID(1) ID(2) ID(3) ID(4)

X X

PTI 2 (2)

NOTE

________________

50cm50cm50cm

X

X X X X X X

PTI 2 (1) PTI 2 (2) PTI 2 (3)

ES ID(1) ID(2) ID(3) ID(4)

X X X X X X X X X X X X

Configuration 3

5.1.2. ULTRA 10 PTI 2 + PTI 1 C

Desktop:

Configuration 1

+

CD-R

50cm

PTI 2 (1)

Configuration 1

+

CD-R

30cm

ONFIGURATIONS

30cm

70cm

nn

h

150cm

h

PTI 1

50cm

hn

70cm

n

50cm

n

PTI 1

PTI 2 (1)

EasyVision RAD R4 (a/03.1) 2- 9

Section 2 Installation

Configuration 2

+

CD-Rec

30cm

50cm

hn

70cm

n

h

50cm

nn

50cm

PTI 1

Configuration 3

+

CD-Rec

30cm

PTI 1

50cm

n

5.2. ULTRA 60 PTI 2 + PTI 1 C

5.2.1. O

In case of 3 devices (or less), only the onboard SCSI card is available. The next figure shows the configuration.

NBOARD

SCSI

PTI 2 (EasyStore + Image Disk)

ONLY

PTI 2 (1)

50cm

hn

PTI 2 (1)

ONFIGURATION

70cm

50cm

70cm

n

h

n

PTI 2 (2)

50cm

n

Printer

50cm

n

PTI 2 (2)

50cm

nn

Onboard SCSI

5.2.2. O

In case of more than 3 devices, a twin SCSI card is needed. The next figure shows the configuration.

NBOARD

SCSI

AND TWIN

50cm

nn n

SCSI

PTI 1 (CD-Rec)

CARD

15cm

SCSI booster + 3m cable

2-10 (a/03.1) EasyVision RAD R4

Installation Section 2

5.3. SUNB

PTI 2 (EasyStore

70 cm

h

Twin SCSI 1

70 cm

h

Twin SCSI 2

< 300 cm

n

Onboard SCSI

LADE CONFIGURATION

n

PTI 1 (CD-Rec )

50 cm

nn

2x PTI 2 (4x image disk)

50 cm

nn

Printer

A twin SCSI card is built in. The image disk has a internal connection to the SCSI card. A CD-R drive is connected externally to the SCSI card.

PTI EasyStore CD-R

EasyVision RAD R4 (a/03.1) 2- 11

Section 2 Installation

6. CONNECTING A PRINTER

See Z drawings for connection possibilities.

6.1. H

In the service manual Imager Compatibility you will find a compatibility list of the hardcopy units supported by the EasyVision. Furthermore you will find the settings for the various hardcopy units, when connected to EasyVision. Usually the HCU service engineer will configure the HCU and will have the information necessary to do this. In some cases however he may not be aware of special settings when connecting to EasyVision.

6.2. SCSI P

Note: The maximum length of a SCSI chain, including the printer SCSI cable, is 3 meters !!!

See Z drawings.

To connect an SCSI Printer, remove the SCSI terminator from the peripheral enclosure. Connect the printer SCSI-cable and SCSI adapter narrow/narrow between the SCSI connector of the peripheral enclosure and the printer itself or if relevant to a SCSI booster. Put the SCSI terminator on the second SCSI connector of the printer or in case of a SCSI booster the termination is done by the SCSI extender (so no external terminator required). For detailed installation information of SCSI printers please refer to the installation manual delivered with the printer.

6.3. N

ARDCOPY UNIT

RINTER

ETWORK PRINTER

The network printer is connected to the network.

6.4. P

A PostScript printer can be connected to the parallel port (max. length - 3m).

ARALLEL PRINTER

2-12 (a/03.1) EasyVision RAD R4

Setting to Work Section 3

Section 3 Setting to Work

Contents

1.

2.

2.1.

2.2.

2.3.

3.

3.1.

3.2.

3.3.

4.

5.

5.1.

5.2.

5.3.

5.3.1. Verification of the Density Calibration ................................................................................................. 9

5.4.

INTRODUCTION ................................................................................................................................. 3

POWER ON......................................................................................................................................... 3

Power On Self Test and OpenBoot PROM phases ............................................................................ 3

Start-up Menu...................................................................................................................................... 3

Configuration / Customization ............................................................................................................. 3

POWER OFF....................................................................................................................................... 4

Power-off in Application Mode............................................................................................................. 4

Power-off in Service Mode .................................................................................................................. 4

When the System Does Not Respond Normally ................................................................................. 4

MONITOR ADJUSTMENT.................................................................................................................. 5

HARD COPY UNIT CALIBRATION.................................................................................................... 5

Introduction.......................................................................................................................................... 5

Preconditions....................................................................................................................................... 5

HCU Density Calibration ..................................................................................................................... 5

Pixel Size calibration ......................................................................................................................... 10

5.5.

6.

Checking the Results ........................................................................................................................ 11

EASYVISION RAD / HCU CALIBRATION FORM ........................................................................... 13

EasyVision RAD R4 (a/03.1) 3-1

Section 3 Setting to Work

3-2 (a/03.1) EasyVision RAD R4

Setting to Work Section 3

1. INTRODUCTION

The operating system, application software and license file are factory installed. For software configuration and customization see Release Bulletin.

2. POWER ON

Check if the mains switch of the Sun computer and its peripheral devices are in the ON position. Switch on the complete system by switching on the switch of the power distribution box. The light on the

mains switch box is always on when power is applied to it.

2.1. P

After power on the factory-defined Power On Self Test (POST) phase and the OpenBoot PROM phase are performed automatically (see also chapter "Sun Troubleshooting Overview", paragraphs "Factory Defined Boot Mode" and "After Power Is Switched On").

POST phase

During the POST phase the blinking Caps Lock LED on the keyboard will tell you the POST is in progress. At successful completion of the POST phase the OpenBoot PROM firmware takes control.

OpenBoot PROM phase

During the OpenBoot PROM phase (high level POST) you will first see "Testing Memory" on the screen. If the OpenBoot PROM phase passes error free the system will boot automatically. If an error occurs, a message on the screen will appear telling you which unit failed.

Now the system should boot, as the SunOS and Application Software has already been loaded at the factory.

2.2. S

OWER ON SELF TEST AND OPENBOOT

TART-UP MENU

PROM

PHASES

After boot up the system will display the Start- up Menu. If no selection (number + <Enter>) is made within 10sec, automatically the Application will be started!

1. Start Application

2. Start Customizing

3. Go to Service Menu

4. Go to Installation/Configuration Menu

0. Shutdown

Select item 4 to start the configuration program.

2.3. C

Regarding configuration please refer to the Release Bulletin EasyVision RAD Release 4.2.chapter configuration.

Regarding customization refer to the instructions for use of the EasyVision RAD.

ONFIGURATION

/ C

USTOMIZATION

EasyVision RAD R4 (a/03.1) 3-3

Section 3 Setting to Work

3. POWER OFF

3.1. P

Client/Server environment: If you turn the EasyServer off, the database is no longer accessible for the

Before switching off the power exit the application as follows:

1. Click

2. Click

3. Click [Confirm].

4. From the start-up menu select 0 Shutdown.

5. When shutdown has completed indicated by the OK prompt switch off the power.

3.2. P

OWER-OFF IN APPLICATION MODE

________________

.

OWER-OFF IN SERVICE MODE

NOTE

clients.

1. Exit service mode.

2. From the start-up menu select 0 Shutdown.

3. When shutdown has completed indicated by the OK prompt switch off the power.

3.3. W

To halt a system that is hung, or frozen, and unresponsive to commands:

1. Press <Stop>+<A>.

2. When the ok prompt appears, boot the operating system by entering boot.

3. The system should start up normally.

If the system does not respond to the mouse and keyboard, pressing <Stop>+<A> will not be effective. You

may have to switch the power off, wait at least 10 seconds, and switch the power back on again. Then try

HEN THE SYSTEM DOES NOT RESPOND NORMALLY

NOTE

pressing <Stop>+<A> once more.

________________

3-4 (a/03.1) EasyVision RAD R4

Setting to Work Section 3

4. MONITOR ADJUSTMENT

The brightness and contrast settings are not factory set. To adjust the settings the monitor must be switched on for at least 30 minutes. Please refer to the Instructions For Use of the EasyVision RAD for how to adjust

the monitor(s).

Should two monitors be placed next to each other pay particular attention to the fact that brightness perception may differ, depending on the position with respect to the monitor. You must sit in the central position to verify if there is equal brightness.

NOTE

When you configured EasyVision you should have selected "Normal" for the Monitor correction. (see

Release Bulletin chapter: Configuration). The other selections (Dark and Bright) are only necessary if this

procedure does not give the correct results.

________________

5. HARD COPY UNIT CALIBRATION

5.1. I

After the system has been configured and customized, the correct density calibration (gamma correction curve) and the pixel size calibration must be carried out on the EasyVision.

The HCU calibration is necessary to establish a correction (curve) between the EasyVision RAD and a printer (HCU). This correction adapts the EasyVision printing chracteristics to individual deviations of the printer chracteristics such as laser power adjustment, film chracteristics, developer chemistry or temperature etc.

The HCU calibration is done in two major steps:

1. The density calibration (Gamma Correction) with HCU calibration and verification of it

2. The pixel size calibration

Note: Both the density calibration and pixel calibration have to be carried out for all media of all printers connected.

5.2. P

 The hard copy unit is setup properly with respect to its configuration (this has to be done by the printer

manufacturers service engineer)

 The printers self-calibration has been checked or corrected (manufacturers service engineer or hospital

personnel)

 The densitometer has been calibrated and is operating correctly (Philips service personnel)

5.3. HCU D

NTRODUCTION

RECONDITIONS

ENSITY CALIBRATION

In order to use only the test image PrinterCalibration in its original unmodified condition all testimages must be deleted and then loaded again.

1. Start the application

2. Click

EasyVision RAD R4 (a/03.1) 3-5

.

Section 3 Setting to Work

3. Click .

4. Click

.

5. The Service functions window is displayed:

6. Click [Test images]. The Test images window is displayed.

7. In the area Printer test images click [Load]. 23 test images are loaded into the database.

8. Click [Exit].

9. Exit the application and go to Service Menu.

10. Select 4. Printer Menu:

Service Menu

1. Diagnostics Menu (sunvts and product diagnostics)

2. Sun OS Menu (optical disk format and Sun Os commands)

3. File Menu (file transfer and manipulation commands)

4. Printer Menu (printer tests)

5. Monitor Menu (Monitor test images and adjustment)

6. PCR Systems (PCR diagnostics menu)

11. Select 1 HCU Calibration:

Printer Menu 1 HCU Calibration (start hardcopy unit calibration)

2 Start Printer Status Request 3 Start Data Channel Printer Test 4 Start Printer Test 5 Start S-bus/PCI Printer Visual Interface Test

0 Return to Service Menu

The Hard Copy Unit start screen is displayed. HCU Gamma correction and pixel correction must be carried out for all configured printers and media sizes.

3-6 (a/03.1) EasyVision RAD R4

Setting to Work Section 3

12. Right-click on the printer select spiral icon and select the printer you want to calibrate:

Note: The printer identification strings such as dicom_0_de25sj in the example above tells you that this is the DICOM printer No. 0 (the first) connected to the EasyVision RAD with the IP node name de25sj. The relation about which identification string belongs to which physical printer must be taken from the file /easydata/configuredPrinters.dat at the EasyVision RAD with the node name de25sj (in this example).

13. Click

to open the hardcopy gamma correction window.

14. Right-click on the spiral icon Media and select the media in the hardcopy unit you want to calibrate the printer for.

EasyVision RAD R4 (a/03.1) 3-7

Section 3 Setting to Work

15. Click [Print Calibrate].

13

12

4 5

11

6

14

3

7

2

10

15

1

8

16

9

16. Click [Print]. Wait until the Printing Active panel disappears to indicate that printing is complete.

17. Click [Exit].

18. Measure the density of the 16 grey squares in all 4 arrays.

 Start with the darkest grey level: No.1 (Calibrate the densitometer first!)

It is important to measure all 4 arrays (4 times 16 density values = 64 density values). This is

necessary because of the tolerances between the darkest and the lightest areas on the film. The maximum density must be between 2.9 and 3.1 optical density.

 Fill in all measured density values in the Imager Calibration Form at the end of this chapter. Start

with the table EasyVision RAD calibration and fill in the 16 values of an array of 16 squares in one column e.g. upper left upper right etc. (Don’t use the original form make copies of it for spare).

The result will be all 4 density numbers of all matching grey levels in one row.

 Take the 4 readings belonging to one grey level (1 row) calculate the average and enter the result in

the column average of that grey level. Repeat this for all 16 grey levels.

 Enter the 16 averages in the row 'Measured density' in the Hard Copy Gamma Correction screen

on the EasyVision; use the TAB key to always select the nearest field on the right

 Check whether Application default  Standard has been selected.

3-8 (a/03.1) EasyVision RAD R4

Setting to Work Section 3

 Click [Save].

 Select Specific. Only that media type will be calibrated which is displayed under Media at the top left

of the Hard Copy Gamma Correction panel.

All: in which the calibration is valid for all media types for the printer selected Matching: in which the calibration is valid for all media of the same size of the printer selected

 Click [Save].

 Click [Exit] to terminate the Hard Copy Gamma Correction.

5.3.1. V

ERIFICATION OF THE DENSITY CALIBRATION

Checking the results of the Hard Copy calibration, proceed as follows.

1. Make sure the same printer has been selected as in the calibration procedure.

2. Right-click the printer select spiral icon

and select the printer you want to check.

Note: The printer identification strings such as dicom_0_de25rb in the example above tells you: this is the DICOM printer No. 0 (the first) connected to the EasyVision RAD with the IP node name de25rb.

3. Click [Print Verify].

4. Click [Print]. The printing active panel is displayed and the verification film is printed.

EasyVision RAD R4 (a/03.1) 3-9

Section 3 Setting to Work

5. Click [Exit].

6. Perform the measurement on the verification film as described in 5.2 step 18 on page 8.

7. Enter the measured density values in the column average of the Calibration Verification form.

8. Transfer the density numbers of the row Target density from the Hard Copy Gamma Correction screen

to the column Target density of the Verification form.

Example

9. At this point the calibration procedure is finished.

5.4. P

IXEL SIZE CALIBRATION

• Make sure the same printer has been selected as in density calibration.

• Click

.

3-10 (a/03.1) EasyVision RAD R4

Setting to Work Section 3

• Left-click [Media] until your selected media size appears.

• Right-click on the Units selection spiral until

your preferred unit of length is displayed.

• Click [Print] in the Hardcopy Pixel Size calibration panel.

• Measure the distances of Length X and Length Y on the film as accurately as possible with a ruler. If X

and Y do not match, enter the lengths individually in their respective fields. The field resolution displays the number of pixels per unit of length selected.

• Select either Specific or All Matching Sizes in the Save Media dialog box:

Specific in which only the selected media will be calibrated; (recommended)

All Matching Sizes in which all media of the same size on the selected printer will be calibrated.

NOTE

The selection "Specific" may be repeated for other supported media.

________________

• Click [Save] in the Hardcopy pixel size calibration panel.

• Click [Exit] to terminate the Hard Copy Pixel Size calibration.

• Click [Exit] to terminate the Hard Copy calibration.

5.5. C

HECKING THE RESULTS

• Select the printer you want to check

• click on the information icon on the top icon bar to check the results and the status of the calibration

The Printer information status panel will be displayed:

This panel supplies information about which media are calibrated (both density and pixel) on the selected printer plus additional information.

EasyVision RAD R4 (a/03.1) 3-11

Section 3 Setting to Work

3-12 (a/03.1) EasyVision RAD R4

Setting to Work Section 3

6. EASYVISION RAD / HCU CALIBRATION FORM

EasyVision Calibration Form

Printer Model : Format:

EasyVision Calibration

Upper

Left Right Left Right Density in o. D. in [%] error error necessary

1.

2.

3.

4.

5.

6.

7.

8.

9.

10.

11.

12.

13.

14.

15.

16.

Upper Lower Lower Average Target Deviation Dev. Lower Upper Calibration

limit limit

Calibration Verification

Upper Upper Lower Lower Average Target Deviation Dev. Lower Upper Calibration Left Right Left Right Density in o. D. in [%] error error successfull

limit limit

1.

2.

3.

4.

5.

6.

7.

8.

9.

10.

11.

12.

13.

14.

15.

16.

Date: System:

Time: Operator:

EasyVision RAD R4 (a/03.1) 3-13

Section 3 Setting to Work

3-14 (a/03.1) EasyVision RAD R4

Fault Finding Section 4

Section 4 Faultfinding

Contents

1.

2.

3.

4.

4.1.

4.1.1. Ultra 10 ................................................................................................................................................ 7

4.1.2. Ultra 60 ................................................................................................................................................ 8

4.1.3. SunBlade 1000/2000........................................................................................................................... 9

4.1.4. SunBlade 1500 .................................................................................................................................. 10

INTRODUCTION ................................................................................................................................. 3

CLIENT/SERVER ENVIRONMENT .................................................................................................... 4

EASYVISION RAD R4.2V2 CLUSTER NETWORK........................................................................... 5

SUN SPARC COMPUTERS ............................................................................................................... 6

NON-VOLATILE RAM (NVRAM) PARAMETERS............................................................................... 7

5.

5.1.

5.1.1. Diagnostics Menu .............................................................................................................................. 11

5.1.2. SunOS Menu ..................................................................................................................................... 12

5.1.3. File Menu........................................................................................................................................... 12

5.1.4. Printer Menu ...................................................................................................................................... 13

5.1.5. Monitor Menu..................................................................................................................................... 13

5.1.6. PCR systems menu........................................................................................................................... 13

5.1.6.1. File Transfer Settings Menu........................................................................................................... 13

5.1.6.2. File Transfer Menu......................................................................................................................... 14

5.1.6.3. Serial Interface Menu..................................................................................................................... 14

5.1.6.4. PCR Reader Documentation ......................................................................................................... 15

5.2.

5.2.1. Diagnostics Menu .............................................................................................................................. 16

5.2.2. SunOS Menu ..................................................................................................................................... 16

5.2.3. File Menu........................................................................................................................................... 17

5.2.4. Printer Menu ...................................................................................................................................... 18

5.3.

6.

6.1.

6.1.1. /easy/service/images/export.............................................................................................................. 22

6.2.

6.2.1. /VAR/ADM/CDSLOG ......................................................................................................................... 23

SERVICE MENU ............................................................................................................................... 11

Service Menu via Sun Console ......................................................................................................... 11

Service Menu via Serial Port ............................................................................................................. 16

PCR Systems Menu (remote) ........................................................................................................... 18

FILE SYSTEM ................................................................................................................................... 22

/DBADMIN ......................................................................................................................................... 22

/easydata ........................................................................................................................................... 22

7.

7.1.

7.2.

7.3.

7.4.

7.5.

7.5.1. Application Context Name ................................................................................................................. 28

EasyVision RAD R4 (a/03.1) 4-1

EASYVISION LOG FILES................................................................................................................. 25

Collecting log files.............................................................................................................................. 26

TCP Connection ................................................................................................................................ 27

Association PDU Types..................................................................................................................... 27

Accepted presentation contexts ........................................................................................................ 28

Local / Peer information..................................................................................................................... 28

Section 4 Fault Finding

7.5.2. Local max Data PDU Length............................................................................................................ 28

7.5.3. Peer max Data PDU Length............................................................................................................. 29

7.5.4. Implementation Identification notification .......................................................................................... 29

7.5.5. Max Operations ................................................................................................................................. 29

7.6.

Verifying syntaxes ............................................................................................................................. 29

7.6.1. Syntax errors ..................................................................................................................................... 30

7.7.

Closing DICOM connection ............................................................................................................... 30

4-2 (a/03.1) EasyVision RAD R4

Fault Finding Section 4

1. INTRODUCTION

The next chapters describe a top-down method to troubleshoot client/server configurations.

In case of a standalone system you can start with chapter 4 Sun SPARC computers.

Overview of Faultfinding tools:

• Power On Self Test (POST)

• Service Menu tests

− Diagnostics

− UNIX

• Forth Toolkit

• Logfiles

• SUN VTS

In case of a black screen, check keyboard cabling.

See SPARCstation Unit manual See chapter 5 Service Menu

See SPARCstation Unit manual See chapter 7 EasyVision log files See Answerbook on distribution CD (Open windows Canvas, pop-up menu, Answerbook)

NOTE

________________

EasyVision RAD R4 (a/03.1) 4-3

Section 4 Fault Finding

2. CLIENT/SERVER ENVIRONMENT

Flow Chart:

EV Cluster Power-on

EasyServer in

application ?

Yes

Workspots in

application ?

Yes

Cluster

configured?

Yes

No

System Power-on

see Release Bulletin

DataBase

No

EV Networking

accessible?

Yes

Application

4-4 (a/03.1) EasyVision RAD R4

Fault Finding Section 4

3. EASYVISION RAD R4.2V2 CLUSTER NETWORK

A typical EasyVision RAD Release 4 / PCR network looks like the picture below. There are two networks: The EasyVision cluster network (fast ethernet) and the modality network (standard Ethernet).

Another remark at this picture is that because the EasyServer is connected to two networks, it also has two IP addresses (static router functionality), one for each network device (Ethernet controller).

IDT

Reader

EasyVision RAD

Modem

R4.2

User Terminal

Server

Single / Quad card

Onboard card

EasyVision R4.x network 10/100 Mbit

Server

User Terminal

PCR network 10/100 Mbit

Client

Workspot #1

In case of problems:

• Use ping command, see Service Manual Networking

• Check cables

• Check IP addresses

• Check Fast Ethernet HUB (led indicator)

• Check Ethernet Controllers

See Network Manual for detailed information.

EasyVision RAD R4 (a/03.1) 4-5

Workspot #n

Section 4 Fault Finding

4. SUN SPARC COMPUTERS

For EasyVision RAD Release 4.2V2 the following Sun SPARC computers are used: Ultra 10, Ultra 60, SunBlade (see belonging Unit Manual).

Flow Chart:

System Power-on Faultfinding

System Power-on

Run POST

- diag-switch? NVRAM parameter = true

Read POST results

For POST results see Unit Manual

Forth Toolkit

For Forth Toolkit results see Unit Manual

Start-up Menu?

No

Read POST results

Identification?

No

ok

Prompt?

No

Press Stop-A

ok

Prompt?

No

Reboot System

Press Stop-A

Yes

Goto Service Menu

Solved ?

No

Forth ToolKit

Yes

Forth ToolKit

Repair

4-6 (a/03.1) EasyVision RAD R4

Fault Finding Section 4

4.1. NON-VOLATILE RAM (NVRAM) PARAMETERS

4.1.1. U

LTRA

10

Parameter name

-

scsi-initiator-id 7 7 keyboard-click? false false keymap ttyb-rts-dtr-off false false ttyb-ignore-cd true true ttya-rts-dtr-off false false ttya-ignore-cd true true ttyb-mode 9600,8,n,1,- 9600,8,n,1,ttya-mode 9600,8,n,1,- 9600,8,n,1,pcia-probe-list 1,2 1,2 pcib-probe-list 1,3,2,4,5 1,3,2,4,5 mfg-mode off off diag-level max min #power-cycles 74 system-board-serial # 5014450026841 (example) system-board-date 35bd5758 (example) fcode-debug? false false output-device screen screen input-device keyboard keyboard load-base 16384 16384 boot-command boot boot auto-boot? true true watchdog-reboot? false false diag-file diag-device net net boot-file boot-device disk disk net local-mac-address? false false ansi-terminal true true screen-#columns 80 80 screen-#rows 34 34 silent-mode? false false use-nvramrc? false false nvramrc devalias pgx24 /pci@1f,0.. security-mode none none security-password security-#badlogins 0 oem-logo 00 00 00 00 00 00 00 00 ... oem-logo? true false oem-banner oem-banner? false false hardware-revision last-hardware-update diag-switch? false false

Value

Default Value

EasyVision RAD R4 (a/03.1) 4-7

Section 4 Fault Finding

4.1.2. U

LTRA

60

Parameter name

-

keyboard-click? false false keymap ttyb-rts-dtr-off false false ttyb-ignore-cd true true ttya-rts-dtr-off false false ttya-ignore-cd true true ttyb-mode 9600,8,n,1,- 9600,8,n,1,ttya-mode 9600,8,n,1,- 9600,8,n,1,pcia-probe-list 1,2 1,2 pcib-probe-list 1,3,2,4,5 1,2,2,4,5 mfg-mode off off dial-level max min #power-cycles 74 system-board-serial # 5014450026841 (example) system-board-date 35bd5758 (example) fcode-debug? false false output-device screen:r1280x1024x76 screen input-device keyboard keyboard load-base 16384 16384 boot-command boot boot auto-boot? true true watchdog-reboot? false false diag-file diag-device net net boot-file /kernel/unix boot-device disk disk net local-mac-address? false false ansi-terminal true true screen-#columns 80 80 screen-#rows 34 34 silent-mode? false false use-nvramrc? false false nvramrc security-mode none none security-password security-#badlogins 0 oem-logo 00 00 00 00 00 00 00 00 ... oem-logo? true false oem-banner oem-banner? false false hardware-revision last-hardware-update diag-switch? false false

-

Value

Default Value

4-8 (a/03.1) EasyVision RAD R4

Fault Finding Section 4

4.1.3. SUNB

Parameter name

test-args diag-passes 1 1 enclosure-type 540-3256-15 No default banner-name SUNW,Sun-Blade-1000 No default energystar-enabled? true No default pcia-probe-list 4,1 4,1 pcib-probe-list 5,6,1,2,3,4 5,6,1,2,3,4 local-mac-address? true false fcode-debug? false false silent-mode? false false scsi-initiator-id 7 7 oem-logo 00 00 00 00 00 00 00 00 ... oem-logo? true false oem-banner oem-banner? false false ansi-terminal true true screen-#columns 80 80 screen-#rows 34 34 ttyb-rts-dtr-off false false ttyb-ignore-cd true true ttya-rts-dtr-off false false ttya-ignore-cd true true ttyb-mode 9600,8,n,1,- 9600,8,n,1,ttya-mode 9600,8,n,1,- 9600,8,n,1,output-device screen screen input-device keyboard keyboard load-base 16384 16384 auto-boot? true true boot-command boot boot diag-file diag-device net net boot-file boot-device disk disk net use-nvramrc? true false nvramrc security-mode none No default security-password No default security-#badlogins 0 #power-cycles diag-script none none diag-level min min diag-switch? false false error-reset-recovery boot boot

LADE

1000/2000

Value

Default Value

EasyVision RAD R4 (a/03.1) 4-9

Section 4 Fault Finding

4.1.4. SUNB

Parameter name

tpe-link-test? true true scsi-initiator-id 7 7 keyboard-click? false false keymap ttyb-rts-dtr-off false false ttyb-ignore-cd true true ttya-rts-dtr-off false false ttya-ignore-cd true true ttyb-mode 9600,8,n,1,- 9600,8,n,1,ttya-mode 9600,8,n,1,- 9600,8,n,1,pcia-probe-list 4,1 4,1 pcib-probe-list 5,6,1,2,3,4 5,6,1,2,3,4 mfg-mode off off diag-level min min #power-cycles system-board-serial system-board-date fcode-debug? false false output-device screen screen input-device keyboard keyboard load-base 16384 16384 boot-command boot boot auto-boot? true true watchdog-reboot? false false diag-file diag-device net net boot-file boot-device disk disk net local-mac-address? true false ansi-terminal true true screen-#columns 80 80 screen-#rows 34 34 silent-mode? false false use-nvramrc? true false nvramrc security-mode none No default security-password No default security-#badlogins 0 oem-logo 00 00 00 00 00 00 00 00 ... oem-logo? true false oem-banner oem-banner? false false hardware-revision last hardware update diag-switch? false false

LADE

1500

Value

Default Value

4-10 (a/03.1) EasyVision RAD R4

Fault Finding Section 4

5. SERVICE MENU

5.1. S

To access the service menu environment select 3 Go to Service Menu in the StartUp menu. Then at the password: prompt enter password

1. Diagnostics Menu (sunvts and product diagnostics)

2. SunOs Menu (optical disk format and Sun Os commands)

3. File Menu (file transfer and manipulation commands)

4. Printer Menu (printer tests)

5. Monitor Menu (Monitor test images and adjustment)

6. PCR Systems (PCR diagnostics menu)

0 Logout

5.1.1. D

ERVICE MENU VIA SUN CONSOLE

Service Menu ===========

Enter the number of your choice: 1

IAGNOSTICS MENU

Diagnostics Menu ================

1. Start SunVts (Sunvts hardware diagnostics)

After using SunVTS, use ëExit...í in the workspace pop-up menu to return to this menu

2. Start EasyStore DOR Test (sa0)

3. Start CT/MR input DOR Test (sa1)

4. Start Dials Test

5. Check Modemís SW Settings

Type ~. to quit the check and return to this menu.

6. Initialize Modem

7. Set Speed of Serial port

8. Start PCI Reader Interface Test

0. Return to the service menu

Enter the number of your choice: 0

Select 8. Start PCI Reader Interface Test

The System will prompt:

Connect PCR Reader testbox. Press <Enter> to continue :

after the testbox has been connected and powered press Enter, The system will respond:

PCR Reader Interface test takes about 5 seconds

if the system didn’t detect any fault condition it will return the message

PCR Reader Interface test succeeded

press <Enter> to continue

If the system detects any fault condition during this test run, i.e. if power is not applied to the test box or the test cable is not connected to the Sun computer the system will respond: EasyVision RAD R4 (a/03.1) 4-11

Section 4 Fault Finding

poll control line , timed out PCR Reader Interface test failed Press <Enter> to continue :

Caution

The test program will finish the test with the following message

even if the test box was not connected during the test.

ëReader Interface Testí ended normal, status 0 Control channel and Data channel are both ok up to test box

Press <Enter> to continue:

after pressing <Enter> the system will output the Diagnostics Menu

There is no detailed error handling available which is capable to detect different levels of faulty conditions and which allows conclusions on errors.

5.1.2. SUNOS M

SunOs Menu ==========

1. Optical Disk Format Menu.

2. SunOs: a C-shell is started in the service directory.

Type ëexití to return to this menu.

3. ADB Convert (synchronize Anatomy DataBase and Processing Keys)

3. SunOS: OpenWindows is started in the service-directory

Use ëExit...í in the workspace pop-up menu to return to this menu

0 Return to the service menu

Enter the number of your choice: 0

5.1.3. F

1 Logfiles Inspection (a C-shell is started in the log directory) Use 'ls -l', 'more', 'tail -31l' to examine the logfiles. Type 'exit' to return to this menu. 2 Images Inspection (a C-shell is started in the images directory) Use 'ls -l' to examine the image files. Type 'exit' to return to this menu. 3 Create file /tmp/logfiles.zip containing logfiles and config files.

0 Return to Service Menu

ILE MENU

File Menu =========

Enter the number of your choice:

ENU

4-12 (a/03.1) EasyVision RAD R4

Fault Finding Section 4

5.1.4. P

5.1.5. M

5.1.6. PCR

RINTER MENU

Printer Menu ============

1 HCU Calibration (start hardcopy unit calibration) 2 Start Printer Status Request 3 Start Data Channel Printer Test Data is sent to the HCU via the data channel, then press print on the HCU control panel for output 4 Start Printer Test 5 Start S-bus/PCI Printer Visual Interface Test (Led board required)

0 Return to Service Menu

Enter the number of your choice:

ONITOR MENU

Monitor Menu ============

1 Start Monitor Color Map Test 2 Show LCD testimage (POPO_1288x1024.gif)

0 Return to Service Menu

Enter the number of your choice:

SYSTEMS MENU

PCR Systems Menu ================

1 File Transfer- and Compression Settings Menu 2 File Transfer Menu (log and image file transfer) 3 ADB Convert (synchronize Anatomy Data Base and Processing Keys) 4 Set Serial Interface Parameters 5 PCR Reader Documentation

0 Return to Service Menu

Enter the number of your choice:

5.1.6.1. File Transfer Settings Menu

File Transfer Settings Menu: ============================

Actual Configuration: EasyVision  RTAC: sz/rz EasyVision  RTAC: sz/rz Compression: Zip

EasyVision RAD R4 (a/03.1) 4-13

Section 4 Fault Finding

1 EasyVision  RTAC: Use kermit (works only with modem terminal 2 EasyVision  RTAC: Use kermit connections) 3 EasyVision  RTAC: Use sz/rz (works only with modem terminal 4 EasyVision  RTAC: Use sz/rz connections) 5 EasyVision  RTAC: Use ftp (works only with TCP/IP and ftp-

server running on RTAC host)

6 Zip (mostly used compression SW on DOS based

computers)

7 UNIX compress ( tar| mostly used compression SW on UNIX

based computers)

0 Return to Service Menu

Enter the number of your choice:

5.1.6.2. File Transfer Menu

File Transfer Menu ==================

Actual Configuration: RTAC  EasyVision : sz/rz EasyVision  RTAC sz/rz Compression: Zip

1 Collect & Send Logfiles 2 Send Image Files (Menu) 3 Manual File Transfer (a C-shell is started: go to the directory

where you want to send/receive files from/to. Then start the desired protocol by typing its name followed by the appropriate arguments:)

0 Return to Service Menu

Enter the number of your choice:

5.1.6.3. Serial Interface Menu

Serial Interface Menu: ======================

Actual Configuration: Device: ttyb Mode: Modem

N Set Mode to Nullmodem (RTAC-cable-EV) M Set Mode to M odem (RTAC-modem-EV)

!!! NOTE !!! Donít forget to (re)set this flag to Modem if Modem connection is desired later on! !!! NOTE !!!

0 Return to Service Menu

Enter the number of your choice:

4-14 (a/03.1) EasyVision RAD R4

Fault Finding Section 4

5.1.6.4. PCR Reader Documentation

5 PCR Reader Documentation

PCR Reader Documentation

Insert the CD-ROM containing the PCR Reader Documentation and press Return to continue:

 OpenWindows and the Acrobat Reader will be started.  On ‘File’ and ‘Open’ the 'Open' window of the Acrobat Reader will be displayed.

 Double click on the line /cdrom/ac500 or /cdrom/ac5000 to select the appropriate system.  The documentation files available on this CD-ROM are listed In the ‘Files’ area on the right)  Double click on the line of the document you want to open and view.  The first page of the document will be displayed

EasyVision RAD R4 (a/03.1) 4-15

Section 4 Fault Finding

5.2. S

Service Menu ============

5.2.1. D

ERVICE MENU VIA SERIAL PORT

login: Service Password: <Enter HostID> Last login: Tue Dec 2 14:13:51 on term/b

PMSN-ICS Solaris 2.5.1 adapted for EasyVision June 1996

+-----------------------------------------------------------------+ | WARNING : Access for authorised persons only | +-----------------------------------------------------------------+

Last local login: Tue Dec 2 11:26:37 MET 1997

1 Diagnostics Menu (sunvts and product diagnostics) 2 SunOS Menu (optical disk format and SunOS commands) 3 File Menu (file transfer and manipulation commands) 4 Printer Menu (Printer tests)

0 Logout

Enter the number of your choice:

IAGNOSTICS MENU

Diagnostics Menu ================

1 Start SunVts (Sun hardware diagnostics) 2 Start EasyStore DOR Test (sa0) 3 Start CT/MR input DOR Test (sa1) 4 Start Dials Test

0 Return to Service Menu

Enter the number of your choice:

5.2.2. SUNOS M

SunOS Menu ==========

1 Optical Disk Format Menu 2 SunOS: a C-shell is started in the service-directory Type 'exit' to return to this menu.

0 Return to Service Menu

Enter the number of your choice:

ENU

4-16 (a/03.1) EasyVision RAD R4

Fault Finding Section 4

5.2.3. F

ILE MENU

File Menu

1 Logfiles Inspection (a C-shell is started in the log directory) Use 'ls -l', 'more', 'tail -31l' to examine the logfiles. Type 'exit' to return to this menu. 2 Images Inspection (a C-shell is started in the images directory) Use 'ls -l' to examine the image files. Type 'exit' to return to this menu. 3 Create file /tmp/logfiles.zip containing logfiles and config files.

0 Return to Service Menu

Enter the number of your choice:

The following protocols are available:

kermit rb rx rz sb sx sz

Files can be moved into the Zip file with long or short filenames

In case you want to use the Zip file on a DOS or MS-Windows 3.x system, you should choose for short files names. In that case the name of each file that is added to the Zip file will be converted into a number. The original names will be saved in a file "index". This index file will also be included into the Zip file (/tmp/logfiles.zip)

The next options are available: 1 Use short filenames 2 Use long filenames

Enter your choice:

EasyVision RAD R4 (a/03.1) 4-17

Section 4 Fault Finding

5.2.4. P

5.3. PCR S

RINTER MENU

Printer Menu ============

1 Start Printer Status Request 2 Start Data Channel Printer Test Data is sent to the HCU via the data channel, then press print on the HCU control panel for output 3 Start Printer Test 4 Start S-bus Printer Interface Test (HCU testbox required) 5 Start S-bus Printer Visual Interface Test (Led board required)

0 Return to Service Menu

Enter the number of your choice:

For test contents see Service Manual Imager Compatibility

YSTEMS MENU (REMOTE

)

SunOS 5.6

login: Service Password: <Host ID> Last login: Thu Sep 14 13:04:52 from 130.143.187.215 PMSN-EVM Sun Microsystems Inc. SunOS 5.6 Generic August 1997

+---------------------------------------------------+------------+ | WARNING : Access for authorised persons only | +---------------------------------------------------+------------+

Last local login: Tue Sep 12 16:24:18 MET DST 2000

Service Menu ============

1 Diagnostics Menu (sunvts and product diagnostics) 2 SunOS Menu (optical disk format and SunOS commands) 3 File Menu (file transfer and manipulation commands) 4 Printer Menu (Printer tests) 5 PCR Systems (PCR diagnostics menu)

0 Logout

Enter the number of your choice: 5

4-18 (a/03.1) EasyVision RAD R4

Fault Finding Section 4

EasyVision PCR Systems Menu (remote) ...

Default Remote File Transfer Modes: RTAC -> EV : sz/rz EV -> RTAC : sz/rz Compression: Zip

Could not find Release Info File for PCR User Terminal Server. Might be wrong release/version/level.

Press Return to continue.

PCR Systems Menu:

1 File Transfer- and Compression Settings Menu 2 File Transfer Menu (log and image file transfer)

0 Return to Main Menu

Enter the number of your choice: 1

File Transfer Settings Menu:

Actual Configuration: EasyVision --> RTAC : sz/rz EasyVision <-- RTAC : sz/rz Compression : Zip

1 EasyVision --> RTAC : Use kermit (works only with modem 2 EasyVision <-- RTAC : Use kermit terminal connections) 3 EasyVision --> RTAC : Use sz/rz (works only with modem 4 EasyVision <-- RTAC : Use sz/rz terminal connections) 5 EasyVision <--> RTAC : Use ftp (works only with TCP/IP, and ftp server must be running on RTAC host) 6 Zip (Most used compression S/W on DOS based computer) 7 UNIX compress (tar| Most used compression S/W on UNIX based computer)

0 Return to Service Menu

Enter the number of your choice: 5

FTP Parameter for RTAC File Transfer Menu:

Actual Settings:

RTAC host ip: service_pc RTAC ftp user: Service RTAC ftp password: password RTAC ftp directory: c:/service

C Change actual settings D Discard changes and return to File Transfer Menu A Accept settings and return to File Transfer Menu

Enter the number of your choice: a

File Transfer Settings Menu:

Actual Configuration: EasyVision --> RTAC : ftp EasyVision <-- RTAC : ftp

EasyVision RAD R4 (a/03.1) 4-19

Section 4 Fault Finding

Compression : Zip

1 EasyVision --> RTAC : Use kermit (works only with modem 2 EasyVision <-- RTAC : Use kermit terminal connections) 3 EasyVision --> RTAC : Use sz/rz (works only with modem 4 EasyVision <-- RTAC : Use sz/rz terminal connections) 5 EasyVision <--> RTAC : Use ftp (works only with TCP/IP, and ftp server must be running on RTAC host) 6 Zip (Most used compression S/W on DOS based computer) 7 UNIX compress (tar| Most used compression S/W on UNIX based computer)

0 Return to Service Menu

Enter the number of your choice: 0

PCR Systems Menu:

1 File Transfer- and Compression Settings Menu 2 File Transfer Menu (log and image file transfer)

0 Return to Main Menu

Enter the number of your choice: 2

File Transfer Menu:

Actual Configuration: RTAC -> EasyVision: ftp EasyVision -> RTAC: ftp Compression : Zip

1 Collect&Send Logfiles 2 Send Image Files (Menu) 3 Manual File Transfer (a C-shell is started; go to the directory where you want to send/receive files from/into. Then start the desired protocol by typing its name followed by the appropriate arguments).

0 Return to Service Menu

Enter the number of your choice: 1

adding: config.cfg (deflated 95%) . . . . . . . . . . . . . . . . . . .

. . . . . . . . .

adding: PTResult (deflated 54%). . . . . . . . . . . . . . . . . . . .

. . . . . . . .

adding: autoExportServer_autoExport_de25zh.env (deflated 68%) collecting . &zipping . &transferring logfiles

adding: messages.1 (deflated 92%). . . . . . . . . . . . . . . . . . .

. . . . . . . . .

adding: messages.2 (deflated 92%). . . . . . . . . . . . . . . . . . .

. . . . . . . . .

The file 'evlog.zip' is sent to your terminal host via ftp. It is put in the directory 'c:/service'.

File transfer completed. Press Return to continue:

4-20 (a/03.1) EasyVision RAD R4

Fault Finding Section 4

File Transfer Menu:

Actual Configuration: RTAC -> EasyVision: ftp EasyVision -> RTAC: ftp Compression : Zip

1 Collect&Send Logfiles 2 Send Image Files (Menu) 3 Manual File Transfer (a C-shell is started; go to the directory where you want to send/receive files from/into. Then start the desired protocol by typing its name followed by the appropriate arguments).

0 Return to Service Menu

Enter the number of your choice: 0

PCR Systems Menu:

1 File Transfer- and Compression Settings Menu 2 File Transfer Menu (log and image file transfer)

0 Return to Main Menu

Enter the number of your choice: 0

Service Menu ============

1 Diagnostics Menu (sunvts and product diagnostics) 2 SunOS Menu (optical disk format and SunOS commands) 3 File Menu (file transfer and manipulation commands) 4 Printer Menu (Printer tests) 5 PCR Systems (PCR diagnostics menu)

0 Logout

EasyVision RAD R4 (a/03.1) 4-21

Section 4 Fault Finding

6. FILE SYSTEM

6.1. /DBADMIN

dbadmin is a backup directory for configuration files.

-rw-r----- 1 EasyUser EasyGrp 106029 Nov 11 20:27 8087f688.cus

-rw-r----- 1 EasyUser EasyGrp 8680 Nov 11 20:27 Configuration.pf

-rw-r----- 1 EasyUser EasyGrp 18747 Nov 11 20:27 config.cfg

drwxr-x--- 4 EasyUser EasyGrp 512 Nov 3 14:59 db8087f688

-rw-r----- 1 EasyUser EasyGrp 4276 Nov 11 20:27 license.dat

drwxr-x--- 2 EasyUser EasyGrp 8192 Oct 24 11:47 lost+found drwxr-x--- 4 EasyUser EasyGrp 512 Oct 27 14:58 setup

-rw-r----- 1 EasyUser EasyGrp 635 Nov 11 20:27 usedSlices

8087f688.cus Customization file Configuration.pf Property file, binary format config.cfg Configuration file db8087f688 Database ID file, binary format license.dat License file usedSlices Overview of used slices setup Setup database backup directory

6.1.1. /

EASY/SERVICE/IMAGES/EXPORT

Description: Export images from database (max. 5 images)

link: export -> /easydata/export_img

6.2. /

Description: Configuration directory for EasyVision Application

-rw-r--r-- 1 root other 106029 Nov 11 20:27 8087f688.cus

-rw-r--r-- 1 root other 18747 Nov 11 20:27 config.cfg

drwxr-xr-x 2 EasyUser EasyGrp 512 Nov 11 12:48 export_img drwxr-xr-x 2 EasyUser EasyGrp 512 Nov 11 12:48 filePrints drwxr-xr-x 2 EasyUser EasyGrp 512 Nov 11 12:48 jpeg

-rw-r--r-- 1 root other 4276 Nov 11 20:27 license.dat

-rw-r--r-- 1 root other 4276 Nov 5 12:58 license.dat.~1~

-rw-rw-r-- 1 root EasyGrp 30 Nov 11 20:27 license.env

drwx------ 2 root root 8192 Nov 11 12:47 lost+found

-rw-rw-r-- 1 root EasyGrp 6 Nov 11 20:27 orig..language

-rw-rw-r-- 1 root EasyGrp 4276 Nov 11 20:27 orig.license.dat

-rw-rw-r-- 1 root EasyGrp 30 Nov 11 20:27 orig.license.env

drwxr-xr-x 2 EasyUser EasyGrp 512 Nov 11 12:48 pictures drwxr-xr-x 2 EasyUser EasyGrp 512 Nov 11 20:27 prop

-rw-rw-r-- 1 root EasyGrp 15639 Nov 11 20:27 rebootData

drwxr-xr-x 2 EasyUser EasyGrp 512 Nov 11 12:48 text

license.dat: License file for EasyVision application

Example:

SERVER ev1 8087f688 2900

4-22 (a/03.1) EasyVision RAD R4

EASYDATA

Fault Finding Section 4

DAEMON easylicd /easy/appl/bin INCREMENT EasyServer easylicd 4.100 01-may-1998 1 3C237534749A7547D247 " " 8087f688 INCREMENT EasyClient easylicd 4.100 01-may-1998 1 8C9365C43C3A52289E8F " " 8087f688 INCREMENT EasyReview easylicd 4.100 01-may-1998 1 4C3375A46690863BDD5B " " 8087f688 INCREMENT Navigator easylicd 4.100 01-may-1998 1 6C2315449AA892663DB3 " " 8087f688 INCREMENT EasyView easylicd 4.100 01-may-1998 1 9CD3A5F4F74B79D5A525 " " 8087f688 INCREMENT BolusChaseClient easylicd 4.100 01-may-1998 1 9CB3B594FEA144DC93F0 " " 8087f688 INCREMENT BolusChaseServer easylicd 4.100 01-may-1998 1 DC93B5A49E583F882E50 " " 8087f688 INCREMENT SpineClient easylicd 4.100 01-may-1998 1 8CC3E5A4C0484F6AF994 " " 8087f688 INCREMENT SpineServer easylicd 4.100 01-may-1998 1 8CA3F5E4D0303A2DF803 " " 8087f688 INCREMENT ColonMap easylicd 4.100 01-may-1998 1 3C6385E41183B87045DF " " 8087f688

Explanation:

INCREMENT EasyCorrect easylicd 4.100 01-may-1998 1 CC63A51428AD7C3FEF38 " " 8087f688

Application License Prog. Expiration date Key Comment Host-ID

hosts:

The hosts file is a local database that associates the names of hosts with their Internet Protocol (IP) addresses. The hosts file can be used in conjunction with, or instead of, other hosts databases, including the Domain Name System (DNS), the NIS hosts map and the NIS+ hosts table. Programs use library interfaces to access information in the hosts file.

The hosts file has one entry for each IP address of each host. If a host has more than one IP address, it will have one entry for each, on consecutive lines.

# # Sun Host Database # # If the NIS is running, this file is only consulted when booting #

127.0.0.1 localhost

#

192.168.12.64 ev1 loghost

222.222.222.221 evppp

222.222.222.222 remoteppp

192.168.12.80 ev2

Explanation:

127.0.0.1 localhost for loopback

192.168.12.64 ev1 loghost own IP-address, always followed by loghost

222.222.222.221 evppp own PPP connection IP address

222.222.222.222 remoteppp remote PPP connection address

192.168.12.80 ev2 other host

6.2.1. /VAR/ADM/CDSLOG

autoExportServer_autoExport_ev1.env autoExportServer_autoExport_ev1.log autoExportServer_autoExport_ev1.startup computeServer_compute_ev1.env computeServer_compute_ev1.log computeServer_compute_ev1.startup dbServer_db8087f688.env dbServer_db8087f688.log dbServer_db8087f688.startup deleteServer_delete_ev1.env deleteServer_delete_ev1.log

setupDbServer_setup.startup systemMonitor_systemMonitor_ev1.env systemMonitor_systemMonitor_ev1.log systemMonitor_systemMonitor_ev1.startup template.env uiDataHandling_uiDataHandling_ev1.env uiDataHandling_uiDataHandling_ev1.log uiDataHandling_uiDataHandling_ev1.start up uiDentalView_uiDentalView_ev1.env uiDentalView_uiDentalView_ev1.log

EasyVision RAD R4 (a/03.1) 4-23

Section 4 Fault Finding

deleteServer_delete_ev1.startup dorServer_dor_ev1.env dorServer_dor_ev1.log dorServer_dor_ev1.startup hcServer_hcs0_ev1.env hcServer_hcs0_ev1.log hcServer_hcs0_ev1.startup httpServer_http_ev1.env httpServer_http_ev1.log httpServer_http_ev1.startup lmgrd.startup networkServer_export_ev1.env networkServer_export_ev1.log networkServer_export_ev1.startup networkServer_import_ev1.env networkServer_import_ev1.log networkServer_import_ev1.startup setup setupDbServer_setup.env

setupDbServer_setup.log

uiDentalView_uiDentalView_ev1.startup uiPerfusion_uiPerfusion_ev1.env uiPerfusion_uiPerfusion_ev1.log uiPerfusion_uiPerfusion_ev1.startup uiRF_uiRF_ev1.env uiRF_uiRF_ev1.log uiRF_uiRF_ev1.startup uiStackView_uiStackView_ev1.env uiStackView_uiStackView_ev1.log uiStackView_uiStackView_ev1.startup uiVolume_uiVolume_ev1.env uiVolume_uiVolume_ev1.log uiVolume_uiVolume_ev1.startup xConfig_xConfig.env xConfig_xConfig.log xConfig_xConfig_ev1.startup xEasyReview_xEasyReview_ev1.env xEasyReview_xEasyReview_ev1.log

xEasyReview_xEasyReview_ev1.startup

4-24 (a/03.1) EasyVision RAD R4

Fault Finding Section 4

7. EASYVISION LOG FILES

EasyVision RAD provides log files for operating system and application software.

Messages logged by the Solaris operating system can be found in the directory /var/adm in the files named messages, messages.1 and messages.2 . The logs contain messages of the operating system like errors, start-up messages and warnings. The file messages contains the latest logs. When this file reaches a defined size messages.2 is deleted, messages.1 renamed to messages.2 and messages becomes messages.1.

Log files of the application software are written to /var/adm/cdslog.

Important logs are:

file name software task / usage

cdRecordableServer_cdRecordable.log CD-R server computeServer_compute.log dbServer_db.log database server hcServer_hcs0.log hardcopy unit server, printing networkReaderServer_dmsReader.log Reader server for DMS Readers: AC3/000, 9000 networkReaderServer_networkReader.log Reader server for DICOM Readers: AC5/000, Compano networkServer_export.log Network server for export jobs networkServer_import.log Network server for import jobs printJobServer_printJob.log systemMonitor_systemMonitor.log System monitor, observes all software tasks

System Monitor

The system monitor performs the task to run other processes. If a process crashes, the system monitor tries to restart that process. It also knows if a process is critical or not, and can decide to stop that specific program or to stop the whole application.

Critical processes: dBServer SetupServer

Non-critical processes: a specific application, e.g. BCR, 3D etc http server

Server

Each process has its own error log files. It depends on which configuration (software options) you have what logfiles are written in the logfile directory.

AutoExport Server

This process is responsible for all auto export actions.

ComputeServer

The compute server performs tasks for other facilities, such as 3D calculation, BCR, etc.

dbServer

The database server handles all read, write, seek etc actions in the image database.

deleteserver

The delete server is a process dat performs several possibilities of deletion tasks. These tasks can be configured on the Customizing panel. For example, Protect, Protect until printed, Protect until stored on optical disk, Auto-expiration Interval of 12 hours etc.

dorServer This server handles the optical disk as a normal image database.

httpServer

Serves http requests over serial (PPP) or network.

EasyVision RAD R4 (a/03.1) 4-25

Section 4 Fault Finding

p

network server

There are two network servers: import and export.

setupDBserver

The setup database server handles the configuration of a system. The setupDbServer runs on the Server system. Once the Server system is running, the clients can take their own configuration and the configuration of the remote hosts or modalities from the setup database. In case of a stand-alone, the Server is integrated in the same machine.

UI...

The ui.. processes, e.g. uiRF, uiVolume, (dependent of applications) give detailed information about the packages mentioned with the question mark. If such an application is unstable, messages are written in the ui? logfile. If a critical error occurs, this error is also written in the error.log file.

Lmgrd.startup

The license manager checks if the license is correct for the requested application. Without a license for a specific package it is impossible to run that application. The license.dat file has been uploaded in the /easydata directory. Only in case of a Server or Standalone:

Wrong Host-ID Example:

17:01:39 (lmgrd) FLEXlm (v5.12a) started on ev1 (Sun) (12/10/1997) 17:01:39 (lmgrd) FLEXlm Copyright 1988-1996, Globetrotter Software, Inc. 17:01:39 (lmgrd) World Wide Web: http://www.globetrotter.com 17:01:39 (lmgrd) License file: "/easydata/license.dat" 17:01:39 (lmgrd) Starting vendor daemons ... 17:01:39 (lmgrd) Started easylicd (internet tcp_port 32810 pid 2336) 17:01:39 (easylicd) Wrong hostid, exiting (expected 8087f687, got 8087f688). 17:01:39 (lmgrd) Please correct problem and restart daemons 17:01:45 (lmgrd) lmgrd will now shut down all the vendor daemons

install.log

The installation logfile install.log can be found in the /var/adm/cdslog/setup directory. In this file errors during installation are written.

7.1. C

OLLECTING LOG FILES

There is a function implemented in the software to collect automatically or manually all log and config files and compress it to a ZIP archive named evlog.zip. This file is only generated on EasyVision RAD systems and contains additional PCR specific files, different to other EasyVisions where the file is named logfiles.zip.

evlog.zip is created in the sub-directory /var/adm (see procedure below). An existing evlog.zip file is renamed to evlog0.zip, evlog0.zip to evlog1.zip, and so on (up to evlog3.zip).

evlog.zip is also generated automatically when the software detects a crash of a system process.

When sending error logs to the field assistance group in Hamburg, please, please,

lease send always evlog.zip not logfiles.zip.

evlog.zip contains:

-

all log and messages files

-

all config, customization and calibration files

-

license.dat (software license)

-

all PCR relevant files of /easydata/UI/configuration

-

setup database (ZIP)

evlog.zip can be generated manually using the following procedure:

4-26 (a/03.1) EasyVision RAD R4

Fault Finding Section 4

1. From the Start Menu select

2. Select 2 Go to Service Menu Password: password

3. Select 6 PCR Systems

4. Select 2 File Transfer Menu

5. Select 1 Collect Logfiles

7.2. TCP C

ONNECTION

First of all a TCP connection is created between the hosts who want to communicate via the DICOM protocol. The following example gives the connection between an EasyVision (EV1) and a DICOM node (DICOM1) at port 50082. In fact the DICOM connection is initiated at the port (DICOM listen port) written in the Conformance Statement, but the child process is transferred to port 50082. Now the server can start another TCP connection.

The next line is written in the logfile:

Jul 25 10:06:23 EV1 sunConfig: Info:CREATED TCP CONNECTION from host: [EV1] to host: [DICOM1] at port: [50082].

When the TCP connection is released the following line appears in the logfile

Jul 25 10:06:26 EV1 sunConfig: Info:RELEASED TCP CONNECTION from host: [EV1] to host: [DICOM1].

7.3. A

SSOCIATION

PDU T

YPES

The Protocol Data Units (PDUs) are the DICOM packets (containing messages/data/comments) exchanged between peer entities within a DICOM layer. It consists of protocol control information and user data. PDUs are constructed by mandatory fixed fields followed by optional variable fields that contain one or more items and/or sub-items.

After creating a TCP connection the PDU types are associated. The EasyVision sends a PDU type to the remote DICOM node as the requestor.

Jul 25 10:06:23 EV1 sunConfig: Info:SENT: [ASSOCIATE_RQ_PDU_TYPE] from: [EV1] to : [DICOM1].

Next the EasyVision receives a PDU type from the remote DICOM node. The remote DICOM node is the acceptor.

If these services are confirmed a DICOM association is made:

Jul 25 10:06:25 EV1 sunConfig: Info:ESTABLISHED DICOM ASSOCIATION from: [EV1] to : [DICOM1].

If not, messages like these are written:

Jul 25 10:06:25 EV1 sunConfig: Info:[049SBCDC01DIC1] REJECTS following PRESENTATION CONTEXTS from: [EV1]:

ID ABSTRACT_SYNTAX TRANSFER_SYNTAX REJECT_REASON 007 1.2.840.10008.5.1.4.1.1.1 1.2.840.10008.1.2.4.70

This means that the abstract syntax CR-Image Store via the transfer syntax JPEG Lossless (see DICOM Conformance Statement) is not accepted.

EasyVision RAD R4 (a/03.1) 4-27

Section 4 Fault Finding

7.4. A

Once the DICOM association is confirmed the accepted presentation context are written in the logfile:

ACCEPTED PRESENTATION CONTEXTS: ID ABSTRACT_SYNTAX TRANSFER_SYNTAX 001 1.2.840.10008.5.1.4.1.1.1 1.2.840.10008.1.2 003 1.2.840.10008.5.1.4.1.1.1 1.2.840.10008.1.2.1 005 1.2.840.10008.5.1.4.1.1.1 1.2.840.10008.1.2.2 009 1.2.840.10008.5.1.4.1.1.2 1.2.840.10008.1.2 011 1.2.840.10008.5.1.4.1.1.2 1.2.840.10008.1.2.1 013 1.2.840.10008.5.1.4.1.1.2 1.2.840.10008.1.2.2 017 1.2.840.10008.5.1.4.1.1.4 1.2.840.10008.1.2 019 1.2.840.10008.5.1.4.1.1.4 1.2.840.10008.1.2.1 021 1.2.840.10008.5.1.4.1.1.4 1.2.840.10008.1.2.2 025 1.2.840.10008.5.1.4.1.1.5 1.2.840.10008.1.2 027 1.2.840.10008.5.1.4.1.1.5 1.2.840.10008.1.2.1 029 1.2.840.10008.5.1.4.1.1.5 1.2.840.10008.1.2.2 033 1.2.840.10008.5.1.4.1.1.6 1.2.840.10008.1.2 035 1.2.840.10008.5.1.4.1.1.6 1.2.840.10008.1.2.1 037 1.2.840.10008.5.1.4.1.1.6 1.2.840.10008.1.2.2 041 1.2.840.10008.5.1.4.1.1.7 1.2.840.10008.1.2 043 1.2.840.10008.5.1.4.1.1.7 1.2.840.10008.1.2.1 045 1.2.840.10008.5.1.4.1.1.7 1.2.840.10008.1.2.2

In this example CR-Image Storage ( (

1.2.840.10008.1.2)

1.2.840.10008.1.2.2)

7.5. L

CCEPTED PRESENTATION CONTEXTS

1.2.840.10008.5.1.4.1.1.1)

OCAL

, Explicit VR little Endian (

.

/ P

EER INFORMATION

1.2.840.10008.1.2.1)

is accepted via Implicit VR Little Endian

, and Explicit VR Big Endian

After the accepted presentation context tables are written in the logfile, the LOCAL / PEER parameters are displayed.:

ApplicationContextName: [1.2.840.10008.3.1.1.1] LOCALMaxDataPDULength: [0] PEERMaxDataPDULength: [16384] LOCALImplementationClassUID: [1.3.46.670589.5.2.2] PEERImplementationClassUID: [1.3.12.2.1107.5.1995.1] LOCALImplementationVersionName: [EVCTMR21] PEERImplementationVersionName: [SIEMENS_DICOM_10] MaxOperationsInvoked: [1] MaxOperationsPerformed: [1]

7.5.1. A

Two Application Entities establish an association by agreeing on an application context. The requester of an association proposes an Application Context Name and the acceptor returns either the same or a different Application Context Name. The returned name specifies the application context to be used for this association.

According to the DICOM Standard a single DICOM Application Context Name is "1.2.840.10008.3.1.1.1".

7.5.2. L

According to the DICOM standard a PDU Length of 0 means that the maximum length is unlimited. Some DICOM nodes do not understand a maximum PDU length of 0 bytes. The following error message is written:

Jul 25 10:06:30 EV1 sunEasyVision: ObjC [nil@0x0] Received: [DATA_TF_PDU_TYPE] has unexpected PDULength : [0], expected > [6]. -- (TBX,W)

PPLICATION CONTEXT NAME

OCAL MAX DATA

PDU L

ENGTH

4-28 (a/03.1) EasyVision RAD R4

Fault Finding Section 4

In this case a PDU length = 0, but the remote system expects a value greater than 6 bytes (header). In fact it expects 6 bytes plus the real PDU length or shorter. 0 < x =< PDU length

The DICOM association shall be disconnected because of the invalid PDU Length:

Jul 25 10:06:30 EV1 sunEasyVision: ObjC [DULConnection@0xdd9328 __abort:reason:] Sent: [ABORT_PDU_TYPE] with SOURCE: [ABORT_AS_DUL_PROVIDER] and REASON: [ABORT_INVALID_PDU_PARAMETER] from: [EV1] to: [DICOM1] (aborting...). -- (TBX,W) Jul 25 10:06:30 EV1 sunEasyVision: Info:RELEASED TCP CONNECTION from host: [EV1] to host: [DICOM1].

7.5.3. P

The maximum PDU length the remote DICOM node can handle. In this case a maximum of 16384 bytes is allowed.

7.5.4. I

The implementation identification notification allows implementations of communicating AEs to identify each other at Association establishment time. It is intended to provide respective (each network node knows the other's implementation identity) and non-ambiguous identification in the event of communication problems encountered between two nodes. This negotiation is required.

Implementation identification relies on two pieces of information:

• Implementation Class UID (required);

• Implementation Version Name (optional).

LOCALImplementationClassUID: PEERImplementationClassUID: LOCALImplementationVersionName:

For example: EVXR31. EVCTMR21.

PEERImplementationVersionName:

7.5.5. M

EER MAX DATA

MPLEMENTATION IDENTIFICATION NOTIFICATION

AX OPERATIONS

PDU L

ENGTH

defined registered value by the ISO defined registered value by the ISO The version name extracted from the EasyVision software.

The implementation version name of the remote DICOM node.

The maximum number of outstanding operations and/or sub-operations it may invoke or performed asynchronously. The EasyVision does not support asynchronous operations. (see Conformance Statement)

7.6. V

The verifying of the DICOM syntaxes starts with (e.g. verifying SC-Image Store):

Mar 17 11:14:23 EV1 networkServer_network_EV1: Info:START VERIFYING: [1.2.840.10008.5.1.4.1.1.7] from: [EV1] to: [DICOM1]

Next a syntax check is written:

Mar 17 11:14:23 EV1 networkServer_network_EV1: Info:LOG: 1, REPAIR: 1, SYNTAX_CHECK: 1, REJECT: 1, PMSNET: 0, GCOM: 0, PURE: 0.

LOG: boolean 1: logging per attribute 0: no specific logging per attribute REPAIR: boolean 1: repair attribute 0: not repair attribute REJECT: boolean 1: do not put image in database 0: put image in database PMSNET: boolean 1: convert to PMSNet 0: do not convert PMSNet GCOM: boolean 1: convert to GCOM 0: do not convert GCOM PURE: boolean 1: accept only DICOM attributes 0: do not accept only DICOM attrbutes

EasyVision RAD R4 (a/03.1) 4-29

ERIFYING SYNTAXES

Section 4 Fault Finding

(See the advanced DICOM menu configuration for changing LOG, REPAIR, REJECT, PURE)

7.6.1. S

If syntax errors occur lines like following messages are written in the logfile:

Aug 13 13:05:54 EV1 networkServer_import_EV1: Info:BasicVerifier: repaired DICOM attribute (0x0008, 0x0023) [SPI_IMAGE_DATE]

In this case a DICOM attribute (Image date) is repaired.

Another examples gives a syntax check where PURE is set to 0:

Mar 17 11:14:24 EV1 networkServer_network_EV1: Info:NON PURE DICOM attribute: (0x0011, 0x1110) [SPI_PATIENT_ENTRY_ID] Mar 17 11:14:24 EV1 networkServer_network_EV1: Info:NON PURE DICOM attribute: (0x0009, 0x1051) [SPI_STUDY_UNIQUE_IDENTIFIER]

In this case all Non Pure DICOM attribute (0x0011, 0x1110 and 0x0009, 0x1051) are not accepted.

7.7. C

Closing a DICOM connection is done via:

Jul 25 10:06:25 EV1 sunConfig: Info:SENT: [RELEASE_RQ_PDU_TYPE] from: [EV1] to: [DICOM1]. Jul 25 10:06:26 EV1 sunConfig: Info:RECEIVED: [RELEASE_RP_PDU_TYPE] from: [DICOM1] to: [EV1]. Jul 25 10:06:26 EV1 sunConfig: Info:RELEASED TCP CONNECTION from host: [EV1] to host: [DICOM1].

First of all the requestor sends a PDU Type release to the remote DICOM node. Next a response is received, and finally the TCP connection is closed.

YNTAX ERRORS

LOSING

DICOM

CONNECTION

4-30 (a/03.1) EasyVision RAD R4

Replacements Section 5

Section 5 Replacements

Contents

1.

2.

IMPORTANT ........................................................................................................................................... 3

SUN WORKSTATION ............................................................................................................................ 3

2.1. MotherBoard ........................................................................................................................................... 3

2.2. NVRAM ................................................................................................................................................... 3

2.3. Memory ................................................................................................................................................... 4

2.4. System Disk ............................................................................................................................................ 4

2.5. Image Disks ............................................................................................................................................ 4

2.6. DVD / CD Drive ....................................................................................................................................... 6

2.7. PCI Cards................................................................................................................................................ 6

2.8. Power Supply .......................................................................................................................................... 6

2.9. Various Ultra 10/60, SunBlade Parts ...................................................................................................... 7

3.

PERIPHERAL CABINET........................................................................................................................ 7

3.1. Image Disks ............................................................................................................................................ 7

3.2. EasyStore optical disk drive .................................................................................................................... 7

3.3. EasyStore Recordable ............................................................................................................................ 7

3.4. Power Supply .......................................................................................................................................... 8

4.

MONITOR ............................................................................................................................................... 8

5.

DOME MD2 FRAMEBUFFER ................................................................................................................ 8

5.1. Ultra 10................................................................................................................................................... 8

5.2. Ultra 60.................................................................................................................................................... 8

5.3. SunBlade................................................................................................................................................. 9

EasyVision RAD R4 (a/03.1) 5-1

Section 5 Replacements

5-2 (a/03.1) EasyVision RAD R4

Replacements Section 5

1. IMPORTANT

After a hardware modification reboot always with: ok boot -r

• Shut down the EasyVision.

• Power on

• Wait for the EasyVision/Sun logo to appear.

• Press <STOP>+<A> during the memory test.

• Now the system will return to the ok prompt.

• Enter boot -r

2. SUN WORKSTATION

2.1. M

Step Action Refer to Remark 1 Replace motherboard Manual: Unit Manual Ultra 10/ 60,

OTHERBOARD

SunBlade Section: Replacements Chapter: replacement

Motherboard and Component

Disconnect all connectors and remove PCI cards, UPA cards, DIMM's, NVRAM, etc.

2.2. NVRAM

Step Action Refer to Remark 1 Replace NVRAM Manual: Unit Manual Ultra 10/ 60,

SunBlade

2 Re-install operating

system and application software

3 - Reload backup files

(if not present in /dbadmin)

- Rename:

<old_hostid>.cus

to <new_hostid>.cus

4 - Adapt EasyVision

configuration panel

- Execute config

Section: Chapter: Motherboard and Component replacement Manual: Chapter: Software installation

Manual: Chapter: Appendix Backup and Restore

Manual: Chapter: Paragraph:

Replacements

Release Bulletin

Release Bulletin Configuring

Execute the configuration

Replacing the NVRAM (new HostID) will require a new software license file

The correct NVRAM settings for EasyVision are installed

Backup files are:

license.dat (License file) setupDB.bck (setup database)

In EasyVision configuration panel : change hostid to

<new_hostid>

Do not change ‘image database identification’ otherwise the image database will be lost !!!

EasyVision RAD R4 (a/03.1) 5-3

Section 5 Replacements

2.3. M

Step Action Refer to Remark 1 Replace the DIMM Manual: Unit Manual Ultra 10/ 60,

EMORY

SunBlade Section: Chapter: replacement

Replacements

Motherboard and Component

2.4. S

Step Action Refer to Remark 1 Remove the system disk Manual: Unit Manual Ultra 10/ 60,

2 Replace the system disk Manual: Unit Manual Ultra 10/ 60,

3 Re-install OS and AS Manual: Release Bulletin

4 Reload backup files (if

not present in /dbadmin)

5 Execute config Manual: Release Bulletin

YSTEM DISK

SunBlade Section: Replacements Chapter: Storage Devices

Chapter: Software installation Manual: Release Bulletin Chapter: Appendix File Transfer

Chapter: Configuring Paragraph: Execute the configuration

No jumper settings are required.

Backup files are:

license.dat (License file) config.cfg (Configuration file)

<hostid>.cus (Customization file) <host_name>.cal (HCU

Calibration file)

2.5. I

Image disks could either be located in a peripheral cabinet or in the Sun Ultra or SunBlade computer.

Before replacing an image disk the file vfstab must be modified:

1. Restart the EasyVision.

2. At the EASYVISION STARTUP MENU :

- Select 3 Go to Service Menu

- Password: password

- Select 2 SunOS Menu

- Select 3 SunOS: OpenWindows

3. Enter cp /etc/vfstab /etc/vfstab_backup

4. Enter textedit /etc/vfstab

5. Within textedit delete all lines which are related to the image disk(s).

5-4 (a/03.1) EasyVision RAD R4

MAGE DISKS

Replacements Section 5

Depending on the SCSI-Controller-Port on which the image disks are connected the entries in vfstab are different.

If the first controller is used the image disk entries are related to: c1t11d0sx = 1st image disk (t11) c1t10d0sx = 2nd image disk (t10) c1t9d0sx = 2rd image disk (t9) c1t8d0sx = 4th image disk (t8)

If the the second controller is used the image disk entries are related to:

c2t11d0sx = 1st image disk c2t10d0sx = 2nd image disk c2t9d0sx = 2rd image disk c2t8d0sx = 4th image disk

Delete for instance the following text (make sure all "Additional image disks"-entries including all

"...... /dbadmin ufs ......"-entries are deleted!).: This means the whole line.

6. Save the file vfstab and quit textedit.

7. Delete the file /etc/vfstab% created by textedit by entering rm /etc/vfstab%

8. Shutdown and power-off the EasyVision (disconnect the mains power cable!).

9. Power-off the peripheral cabinets (disconnect the mains power cable!).

10. Now replace or add the image disk(s):

For external image disk(s):

Disconnect the peripheral cabinet and remove the defective image disk and replace it with the new one (mind the jumper settings of the new disk!).

For internal image disk:

Open the Sun computer(see Service Manual) and replace the defective image disk by a new one (mind the jumper settings of the new disk!).

11. Power-on the peripheral cabinet(s).

12. Power-on the EasyVision and press <Stop> + <a> during memory initialization.

13. At the ok prompt enter boot -r

14. At the EASYVISION STARTUP MENU :

- Select 3 Go to Service Menu

- Password: password

- Select 2 SunOS Menu

- Select 3 SunOS: OpenWindows

15. At the # prompt enter format

16. Select the replaced disk (cXt11, cXt10 etc.).

17. The following question is asked, when the disk is not labeled "Disk not labeled. Label it now?".

Answer with: y

18. After labeling the disk quit the format menu, exit OpenWindows and exit the Service Menu.

EasyVision RAD R4 (a/03.1) 5-5

Section 5 Replacements

19. Re-install the Application Software. During installation you will be asked which disks shall be used as

image disk(s). See also: Release Bulletin Chapter Installing the Application Software.

20. Start configuration. Answer "Try to reload backup version?" with: OK

21. Execute configuration ("Keep existing image database" is grayed out, because there is no image

database yet!) If necessary, the amount of the used image-disk-size can be reduced at this point as well.

22. Reboot the system.

2.6. DVD / CD D

Step Action Refer to Remark 1 Remove the drive Manual: Unit Manual Ultra 10/ 60,

2 Set jumpers on new

drive

3 Replace the drive Manual: Unit Manual Ultra 10/ 60,

2.7. PCI C

ARDS

RIVE

SunBlade Section: Replacements Chapter: Manual: System Manual EasyVision Section: Programmings

SunBlade Section: Replacements Chapter: Storage Devices

Storage Devices

SunBlade 1000/2000: SCSI DVD SunBlade 1500 : IDE DVD Ultra 60: SCSI CD-ROM Ultra 10: IDE CD-ROM

Step Action Refer to Remark 1 Remove the PCI card Manual: Unit Manual Ultra 10/ 60,

SunBlade Section: Chapter: Mother board and Component replacement

2 Set jumpers Manual: System Manual EasyVision

Section: Programmings

3 Replace the PCI card Manual: Unit Manual Ultra 10/ 60,

SunBlade Section: Chapter: Component replacement

2.8. P

Step Action Refer to Remark 1 Replace the Power Supply Manual: Unit Manual Ultra 10/ 60,

5-6 (a/03.1) EasyVision RAD R4

OWER SUPPLY

SunBlade Section: Chapter: Power Supply

Replacements

Mother board and

Replacements

Major subassemblies /

Not all PCI cards have jumper settings.

Replacements Section 5

2.9. V

Step Action Refer to Remark 1 Remove parts Manual: Unit Manual Ultra 10/ 60,

2 Replace parts Manual: Unit Manual Ultra 10/ 60,

ARIOUS ULTRA

10/60, SUNB

SunBlade Section:

SunBlade Section: Replacements

LADE PARTS

Replacements

3. PERIPHERAL CABINET

3.1. I

Step Action Refer to Remark 1 Modify vfstab 2 Remove the image disk Manual: System Manual EasyVision

2 Set jumpers on new image

3 Replace the image disk Manual: System Manual EasyVision

3.2. E

Step Action Refer to Remark 1 Remove the storage drive Manual: System Manual EasyVision

2 Set jumpers on new

3 Replace the storage drive Manual: System Manual EasyVision

MAGE DISKS

disk

ASYSTORE OPTICAL DISK DRIVE

storage drive

Follow chapter 2.5 Image Disk

Section: Installation Chapter: Peripheral Cabinets Manual: System Manual EasyVision Section: Programmings

Section: Installation Chapter: Peripheral Cabinets

Section: Chapter: Peripheral Cabinets Manual: System Manual EasyVision Section:

Section: Chapter: Peripheral Cabinets

Installation

Programmings

Installation

Database is lost !

Mount disk in peripheral cabinet.

Procedure not described. Similar to CD-ROM drive.

Mount disk in peripheral cabinet.

3.3. E

Step Action Refer to Remark 1 Remove the CD-R drive Manual: System Manual EasyVision

2 Set jumpers on new CD-R

3 Replace the CD-R drive Manual: System Manual EasyVision

EasyVision RAD R4 (a/03.1) 5-7

ASYSTORE RECORDABLE

drive

Section: Chapter: Peripheral Cabinets

Manual: System Manual EasyVision Section: Programmings

Section: Replacements Chapter: CD-R drive

Installation

Procedure not described. Similar to CD drive.

New CD-R drive has same SCSI settings as defect CD-R drive. Mount disk in peripheral cabinet.

Section 5 Replacements

3.4. P

Step Action Refer to Remark 1 Remove all SCSI devices

2 Replace all devices in new

OWER SUPPLY

from the defective peripheral cabinet, including SCSI cables.

peripheral cabinet Re-install SCSI cables

Manual: Section: Installation Chapter: Peripheral Cabinets

System Manual EasyVision

Power supply is not an FRU, replace complete Peripheral Cabinet

4. MONITOR

Step Action Refer to Remark 1 Replace Monitor A monitor is an FRU 2 Adjust Monitor Manual: System Manual EasyVision

Section:

Adjustments

5. DOME MD2 FRAMEBUFFER

5.1. U

LTRA

10

When a Dome framebuffer has been installed in the field the following commands must be entered to activate the board.

• Go to the ok prompt.

• Enter setenv output-device /pci/DOME,Md2PCI

• Enter reset

Connect the video cable to the Dome framebuffer board. The first framebuffer channel always has the Dome logo displayed. Start the configuration and edit the EasyVision “Framebuffer / Monitor settings”. Select automatic configuration and leave this panel. Execute the configuration.

If the Dome framebuffer is removed and the onboard frame buffer is used, the following must be done:

• Stop the application and shut the system down in a proper way.

• Power on

• At memory test of the Sun press <Stop>+<A>

• At the ok prompt enter

setenv output-device screen reset

5.2. U

To install a Dome GreyScale framebuffer in an Ultra 60 the next procedure must be done:

• Stop the application and shut the system down in a proper way.

• Remove the existing frame buffer and install the Dome GreyScale framebuffer.

LTRA

60

5-8 (a/03.1) EasyVision RAD R4

Replacements Section 5

• Connect the video cable to the Dome frame buffer board. The first frame buffer channel always has

the Dome logo displayed (the first frame buffer is the first VGA connector, which is located next to the fixating bolt).

• Start the configuration and edit the EasyVision “Framebuffer / Monitor settings”. Select automatic

configuration (the Dome framebuffer should be selected) and leave this panel. Execute the configuration.

If the Dome frame buffer is removed and a UPA TRUE COLOR framebuffer is used, the following must be done:

• Stop the application and shut the system down in a proper way.

• Remove the Dome GreyScale framebuffer and install the UPA TRUE COLOR framebuffer(s).

• Connect the video cable to the UPA TRUE COLOR framebuffer.

• Start the configuration and edit the EasyVision “Framebuffer / Monitor settings”. Select automatic

configuration and leave this panel. Execute the configuration.

•

5.3. SUNB

LADE

To install a Dome GreyScale framebuffer in a SunBlade computer the next procedure must be done:

• Stop the application and shut the system down in a proper way.

• Remove the existing frame buffer and install the Dome GreyScale framebuffer.

• Connect the video cable to the Dome frame buffer board. The first frame buffer channel always has

the Dome logo displayed (the first frame buffer is the first VGA connector, which is located next to the fixating bolt).

• Start the configuration and edit the EasyVision “Framebuffer / Monitor settings”. Select automatic

configuration (the Dome framebuffer should be selected) and leave this panel. Execute the

configuration. If the Dome frame buffer is removed and a UPA TRUE COLOR framebuffer is used, the following must be done:

• Stop the application and shut the system down in a proper way.

• Remove the Dome GreyScale framebuffer and install the UPA TRUE COLOR framebuffer(s).

• Connect the video cable to the UPA TRUE COLOR framebuffer.

Start the configuration and edit the EasyVision “Framebuffer / Monitor settings”. Select automatic configuration and leave this panel. Execute the configuration.

EasyVision RAD R4 (a/03.1) 5-9

Section 5 Replacements

5-10 (a/03.1) EasyVision RAD R4

Programmings Section 6

Section 6 Programmings

Contents

1.

GENERAL SCSI DEVICES .................................................................................................................. 3

1.1. Addressing ............................................................................................................................................ 3

1.2. Device Names....................................................................................................................................... 3

1.3. Power Connector .................................................................................................................................. 3

1.4. Bus Termination.................................................................................................................................... 3

2.

CD-R DRIVES....................................................................................................................................... 4

2.1. Plextor PlexWriter ................................................................................................................................. 4

2.2. Philips CDD 3600.................................................................................................................................. 4

3.

PIONEER DE-UH 7107 EASYSTORE ................................................................................................. 6

4.

IMAGE DISKS ...................................................................................................................................... 7

4.1. IBM IC35L 36 GB.................................................................................................................................. 7

4.2. SUN FC-AL 36 GB................................................................................................................................ 8

4.3. IBM 73LZX 36 GB (KIT: 4522 300 15271)............................................................................................ 8

4.4. IBM 73LZX 18 GB (KIT: 4522 300 15065).......................................................................................... 10

4.5. IBM DDRS 9.1 GB .............................................................................................................................. 12

4.6. IBM DDYS 9.1 GB (KIT: 4522 300 15064) ......................................................................................... 13

4.7. IBM DMVS 9.1 GB (KIT: 4522 300 15063)......................................................................................... 15

4.8. IBM DRVS 9.1 GB (KIT: 4522 300 15062) ......................................................................................... 16

4.9. IBM 4.5 GB / 9.1 GB (KIT: 4522 300 15061) ...................................................................................... 16

5.

FRAMEBUFFERS .............................................................................................................................. 18

5.1. Dome Md2 .......................................................................................................................................... 18

5.1.1.

Upgrading an Ultra 5/10 ................................................................................................................. 18

5.1.2.

Upgrading an Ultra 60 .................................................................................................................... 19

5.2. SUN PGX Framebuffer ....................................................................................................................... 19

5.3. SUN Creator 3D Framebuffer ............................................................................................................. 20

6.

HARDCOPY UNIT INTERFACE BOARD .......................................................................................... 21

7.

DMS READER INTERFACE BOARD................................................................................................ 22

8.

ETHERNET CONTROLLERS ............................................................................................................23

8.1. Sun Quad ethernet controller 10/100Mbit........................................................................................... 23

8.2. Sun Fast Ethernet Adapter ................................................................................................................. 24

9.

SUN TWIN SCSI BOARD................................................................................................................... 25

EasyVision RAD R4 (a/03.1) 6-1

Section 6 Programmings

6-2 (a/03.1) EasyVision RAD R4

Programmings Section 6

1. GENERAL SCSI DEVICES

1.1. A

In general all wide SCSI devices have four jumpers to set their SCSI address. In case of narrow SCSI, the devices have three jumpers (ID3 is not available)

SCSI Address Jumper Jumper Jumper Jumper

0 OUT OUT OUT OUT 1 OUT OUT OUT IN 2 OUT OUT IN OUT 3 OUT OUT IN IN 4 OUT IN OUT OUT 5 OUT IN OUT IN 6 OUT IN IN OUT 7 OUT IN IN IN 8 IN OUT OUT OUT 9 IN OUT OUT IN A IN OUT IN OUT B IN OUT IN IN C IN IN OUT OUT D IN IN OUT IN E IN IN IN OUT F IN IN IN IN

ID3 = Wide SCSI only OUT =jumper not installed IN = jumper installed

1.2. D

DDRESSING

EVICE NAMES

ID3 ID2 ID1 ID0

Example: c0t3d0s0: c = controller

t = target d = disc s = slice (partition)

1.3. P

All SCSI devices use +5Vdc and +12Vdc The DC power connector pinning is shown in the figure below.

Pin 1: Pin 2: Pin 3: Pin 4: +5V

1.4. B

The SCSI bus is terminated with a SCSI Terminator at the end of the SCSI chain. This means that from all SCSI devices the SCSI terminator (chips) must be removed. For factory delivered systems this has already been done. In case of replacing or addin g a (optional) SCSI device you should check if the SCSI termination has been removed!

OWER CONNECTOR

+12V DC +12V Return +5V Return

US TERMINATION

4321

EasyVision RAD R4 (a/03.1) 6-3

Section 6 Programmings

2. CD-R DRIVES

2.1. P

Applies to EasyVision based on Ultra 5, Ultra 10, Ultra 60, SunBlade with EVRAD R4.2 L3 or higher software. The CD-recordable drive is installed in the Peripheral 2 or 4 cabinet.

LEXTOR PLEXWRITER

SCSI address =4.

2.2. P

HILIPS

CDD 3600

Applies to EasyVision based on Ultra 5, Ultra 10 and Ultra 60 with EVRAD R4.2 L3 or higher software.

The CD-recordable drive is installed in the Peripheral 1 cabinet.

Do not mount the CDD 3600 drive in the Peripheral 2 or Peripheral 4 Cabinet!

6-4 (a/03.1) EasyVision RAD R4

WARNING

________________

Programmings Section 6

SCSI address =4. Remove SCSI terminator.

Jumperblock:

SCSI

Terminator

ID0 ID1 ID2

EasyVision RAD R4 (a/03.1) 6-5

Section 6 Programmings

3. PIONEER DE-UH 7107 EASYSTORE

The optical disk drive is delivered in the Peripheral 2 or Peripheral 4 Cabinet. In case of an upgrade:

• Make sure that the EasyStore option has been purchased and the License file has been updated before you start upgrading.

• When the optical disk drive has been installed and attached to the SCSI bus the operating system and application software has to be reinstalled to incorporate the OD drive in the system.

• After the complete software has been installed start the configuration tool.

• Edit the EasyVision configuration.

• In the configuration screen click on Peripheral Settings.

• Click Storage Drive = Present and click Exit.

• In the entry field Storage drive name enter a name for the drive, e.g. Storage drive on EVRAD.

• Execute the configuration.

Set the jumper settings : SCSI address =3. Terminators resistors removed

6-6 (a/03.1) EasyVision RAD R4

Programmings Section 6

g

4. IMAGE DISKS

4.1. IBM IC35L 36 GB

Applies to EasyVision based on SunBlade 1500 with internal image disk.

jumper on

underside

IDE system disk

SCSI ima

e disk

EasyVision RAD R4 (a/03.1) 6-7

Section 6 Programmings

4.2. SUN FC-AL 36 GB

Applies to EasyVision based on Blade 1000/2000 with internal image disk.

See Sun Blade 1000/2000 Service Manual or Sun Blade 1000/2000 Service Booklet located inside the Sun Blade 1000/2000.

SUN 36 GB FC-AL models do not

have jumper settings!

4.3. IBM 73LZX 36 GB (KIT: 4522 300 15271)

Applies to EasyVision based on Ultra 10 with internal image disk.

6-8 (a/03.1) EasyVision RAD R4

Programmings Section 6

J4 option jumper block:

Address B

J6 option jumper block:

Enable auto spin

Set the jumper settings of the SCSI.

EasyVision RAD R4 (a/03.1) 6-9

Section 6 Programmings

4.4. IBM 73LZX 18 GB (KIT: 4522 300 15065)

Applies to EasyVision based on Ultra 5, Ultra 10, Ultra 60 with external image disk.

The hard disk drive is factory installed in the Peripheral 2 cabinet.

J4 option jumper block:

Set the jumper settings of the SCSI.

Image disk B (11)

Additional image disk 1 A (10)

Additional image disk 2 9

Additional image disk 3 8

6-10 (a/03.1) EasyVision RAD R4

Programmings Section 6

J6 option jumper block:

EasyVision RAD R4 (a/03.1) 6-11

Section 6 Programmings

Enable auto spin

4.5. IBM DDRS 9.1 GB

Applies to EasyVision based on Ultra 10 and Ultra 60. The hard disk drive is factory installed in the Peripheral 2 or Peripheral 4 cabinet.

SCSI address =B (11)

112

SCSI address =A (10) for 1 additional image disk.

112

SCSI address =9 for 2 additional image disk.

112

SCSI address =8 for 3 additional image disk.

112

In total EasyVision supports 4 IBM DCH disk drives: DDRS-39130 9.1GB 68 pins SCSI Single Ended Fast/Wide

6-12 (a/03.1) EasyVision RAD R4

Programmings Section 6

Single Ended Fast/Wide

68 Pin Model Jumper Pins Assignment (Upside down view)

4.6. IBM DDYS 9.1 GB (KIT: 4522 300 15064)

Applies to EasyVision based on Ultra 5, Ultra 10, Ultra 60.

The hard disk drive is factory installed in the Peripheral 2 cabinet.

EasyVision RAD R4 (a/03.1) 6-13

Section 6 Programmings

Use the disk as is and do NOT install the SCSI Narrow to Wide adapter.

J4 option jumper block:

Set the jumper settings of the SCSI.

Image disk B (11)

Additional image disk 1 A (10)

Additional image disk 2 9

Additional image disk 3 8

6-14 (a/03.1) EasyVision RAD R4

Programmings Section 6

J6 option jumper block:

Enable auto spin

4.7. IBM DMVS 9.1 GB (KIT: 4522 300 15063)

Applies to EasyVision based on Ultra 5, Ultra 10, Ultra 60.

The hard disk drive is factory installed in the Peripheral 2 cabinet.

EasyVision RAD R4 (a/03.1) 6-15

Section 6 Programmings

Use the disk as is and do NOT install the SCSI Narrow to Wide adapter.

The jumper settings of the SCSI.

SCSI address =B (11) Image disk

SCSI address =A (10) for 1 additional image disk.

SCSI address =9 for 2 additional image disk.

SCSI address =8 for 3 additional image disk.

4.8. IBM DRVS 9.1 GB (KIT: 4522 300 15062)

Applies to EasyVision based on Ultra 5, Ultra 10, Ultra 60.

The hard disk drive is factory installed in the Peripheral 2 cabinet

Use the disk as is and do NOT install the SCSI Narrow to Wide adapter.

The jumper settings of the SCSI.

SCSI address =B (11) Image disk

SCSI address =A (10) for 1 additional image disk.

SCSI address =9 for 2 additional image disk.

SCSI address =8 for 3 additional image disk.

4.9. IBM 4.5 GB / 9.1 GB (KIT: 4522 300 15061)

Applies to EasyVision based on Ultra 5, Ultra 10, Ultra 60 with external image disk. The hard disk drive is factory installed in the Peripheral 2 or Peripheral 4 Cabinet

6-16 (a/03.1) EasyVision RAD R4

Programmings Section 6

Set the jumper settings of the SCSI.

SCSI address =B (11) Image disk

SCSI address =A (10) for 1 additional image disk.

SCSI address =9 for 2 additional image disk.

SCSI address =8 for 3 additional image disk.

Terminators resistors removed!

NOTE

________________

EasyVision RAD R4 (a/03.1) 6-17

Section 6 Programmings

5. FRAMEBUFFERS

5.1. D

OME MD

2

Jumper settings on the board:

J4: Position 1-2 (default): enables VGA J5: Position 1-2 (always)

Use only VGA cables with 15 pin sub-D VGA connectors at both ends; cables with BNC connectors will not work with Philips/FIMI monitors.

5.1.1. U

PGRADING AN ULTRA

5/10

When a Dome graphics board has been installed in the field the following commands must be entered to activate the board.

• Go to the OK prompt.

• Enter setenv output-device /pci/DOME,Md2PCI

• Enter reset

Enter configuration program and configure the board. See chapter Framebuffer/ Monitor Settings in the Release Bulletin.

If the DOME FRAMEBUFFER is removed and the Onboard frame buffer is used do the following:

• Go to the OK prompt.

• Enter setenv output-device screen

• Enter reset

Enter configuration program and configure the board. See chapter Framebuffer/ Monitor Settings in the Release Bulletin.

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Programmings Section 6

5.1.2. U

To install a DOME GreyScale FRAMEBUFFER in an Ultra 60 the following procedure must be done:

• Stop the application and shut the system down in a proper way.

• For Solaris 8 only: Do not remove the UPA TRUE COLOR FRAME BUFFER(s) and install the DOME

GreyScale FRAMEBUFFER.

• Connect the video cable to the DOME frame buffer board. The first frame buffer channel always has the DOME logo displayed (the first frame buffer is the first VGA connector, which is located next to the fixating bolt).

• Start the configuration and edit the EasyVision "Framebuffer / Monitor settings". Select automatic configuration (the DOME FRAMEBUFFER should be selected) and leave this panel. See chapter Framebuffer/ Monitor Settings in the Release Bulletin.

• Execute the configuration.

If the DOME frame buffer is removed and a UPA TRUE COLOR FRAMEBUFFER is used, the next sequence of instructions must be executed:

• Stop the application and shut the system down in a proper way.

• Remove the DOME GreyScale FRAMEBUFFER and install the UPA TRUE COLOR

FRAMEBUFFER(s).

• Connect the video cable to the UPA TRUE COLOR FRAMEBUFFER.

• Start the configuration and edit the EasyVision "Framebuffer / Monitor settings". Select automatic

configuration and leave this panel. See chapter Framebuffer/ Monitor Settings in the Release Bulletin.

• Execute the configuration.

5.2. SUN PGX F

PGRADING AN ULTRA

RAMEBUFFER

60

Applies to EasyVision based on Ultra 5 and Ultra 10. The PGX card is usually factory installed in the Sun computer. In case of an upgrade:

• Install the board in the Sun computer.

• Set jumper settings as shown below.

• From the ok prompt boot the Sun with boot -r

EasyVision RAD R4 (a/03.1) 6-19

Section 6 Programmings

5.3. SUN C

EasyVision based on Ultra 10 and Ultra 60. There are no jumper settings.

REATOR

3D F

RAMEBUFFER

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Programmings Section 6

6. HARDCOPY UNIT INTERFACE BOARD

The HCU board is usually factory installed in the Sun computer. In case of an upgrade:

• Install the board in the Sun computer.

• No jumper settings necessary.

• From the ok prompt boot the Sun with boot -r

EasyVision RAD R4 (a/03.1) 6-21

Section 6 Programmings

7. DMS READER INTERFACE BOARD

The DMS Reader interface board is usually factory installed in the Sun computer wh en ordered. In case of an upgrade:

• Unpack the board and the DMS Reader cable.

• Ensure that the mains power supply to the EasyVision system has been switched off.

• Remove the cover of the EasyVision according to the EasyVision Sun Unit Manual, chapter Internal

Access.

• Insert the board into a suitable PCI slot and reassemble the computer

• Connect the DMS cable between the Sun and the Reader DMS connector.

• From the ok prompt boot the Sun with boot -r

• At the Start up Menu select Configuration go to the EasyVision RAD edit mode click on Peripheral

Settings and activate DMS Reader == Present.

• Execute the configuration.

6-22 (a/03.1) EasyVision RAD R4

Philips EasyVision RAD R4.2v2 User manual

Specifications and Main Features

Frequently Asked Questions

User Manual

Section 1 Introduction & Technical Data

1. INTRODUCTION

2. PRODUCT DATA

Connectivity

3. EASYVISION RAD CONFIGURATIONS

4. NETWORK CONNECTIONS

Section 2 Installation

1. WHAT IS DELIVERED

2. TIME AND PERSONNEL NEEDED

3. PHYSICAL INSTALLATION

4. CABLING

5. PERIPHERAL CABINETS

6. CONNECTING A PRINTER

Section 3 Setting to Work

1. INTRODUCTION

2. POWER ON

3. POWER OFF

4. MONITOR ADJUSTMENT

5. HARD COPY UNIT CALIBRATION

6. EASYVISION RAD / HCU CALIBRATION FORM

Section 4 Faultfinding

1. INTRODUCTION

2. CLIENT/SERVER ENVIRONMENT

3. EASYVISION RAD R4.2V2 CLUSTER NETWORK

4. SUN SPARC COMPUTERS

4.1. NON-VOLATILE RAM (NVRAM) PARAMETERS

5. SERVICE MENU

6. FILE SYSTEM

6.1. /DBADMIN

7. EASYVISION LOG FILES

Section 5 Replacements

1. IMPORTANT

2. SUN WORKSTATION

Step Action Refer to Remark 1 Replace motherboard Manual: Unit Manual Ultra 10/ 60,

2.2. NVRAM

3. PERIPHERAL CABINET

4. MONITOR

5. DOME MD2 FRAMEBUFFER

Section 6 Programmings

1. GENERAL SCSI DEVICES

2. CD-R DRIVES

3. PIONEER DE-UH 7107 EASYSTORE

4. IMAGE DISKS

4.1. IBM IC35L 36 GB

4.2. SUN FC-AL 36 GB

4.3. IBM 73LZX 36 GB (KIT: 4522 300 15271)

4.4. IBM 73LZX 18 GB (KIT: 4522 300 15065)

4.5. IBM DDRS 9.1 GB

4.6. IBM DDYS 9.1 GB (KIT: 4522 300 15064)

4.7. IBM DMVS 9.1 GB (KIT: 4522 300 15063)

4.8. IBM DRVS 9.1 GB (KIT: 4522 300 15062)

4.9. IBM 4.5 GB / 9.1 GB (KIT: 4522 300 15061)

5. FRAMEBUFFERS

6. HARDCOPY UNIT INTERFACE BOARD

7. DMS READER INTERFACE BOARD