RevSpace - User contributions [en-gb]

IRC

2025-10-10T09:25:22Z

Bamidiscus: /* Quick start */ verwoording

== Quick start ==

{|class=wikitable
! Webchat !! IRC client !! Matrix bridge
|-
|valign=top|
; Openbare toegang: [https://web.libera.chat/#revspace Libera webchat]
; Login deelnemers: [https://chat.revspace.nl/ TheLounge] (via LDAP)
|valign=top|
; Server: '''irc.libera.chat'''
; Poort: '''6697''' (TLS inschakelen)
; Kanaal: '''#revspace'''
|valign=top|
[https://matrix.to/#/#libera_#revspace:pixie.town #libera_#revspace:pixie.town]
|}

Tips voor absolute beginners:

* Kies "Libera webchat", dat is het makkelijkst om mee te beginnen.
* Als je een vraag stelt, blijf dan verbonden terwijl je wacht op een antwoord. Deze chat is alleen realtime.

== Language ==

The primary language on our IRC channel, much like at the space itself, is Dutch. But many people will happily switch to English if you like, and it's perfectly acceptable to mix languages.

== Wat is IRC? ==

IRC, of Internet Relay Chat, is een van de oudste nog actief gebruikte chatprotocollen op het internet. Het wordt normaliter gebruikt met IRC-clients die verbinden met IRC-servers die in IRC-netwerken verenigd zijn. Als zeer open protocol schrijft IRC geen specifiek programma voor, dus je kunt kiezen uit veel verschillende, die allemaal net iets anders werken. Als je dat te veel werk vindt, kun je dat allemaal overslaan en de webchat gebruiken. Maar als je wel een volledige IRC-client gebruikt, heb je veel meer functionaliteit, wat wel zo prettig is voor langdurige sessies. De meeste ervaren IRC-gebruikers laten hun IRC-client 24/7 verbonden!

Voor de IRC-newbies onder ons: in tegenstelling tot de meeste nieuwere chattechnologie, is IRC een vluchtig "je had er bij moeten zijn"-ding. Je kan niet teruglezen wat er is gezegd voordat je zelf het kanaal binnenkwam. Om mee te praten moet je daadwerkelijk aanwezig zijn en om een antwoord te kunnen lezen moet je aanwezig blijven. Dus heb geduld; geeft er niemand antwoord, kom dan een andere keer terug en probeer het opnieuw.

== IRC-clients ==

'''Voor deelnemers bieden we een kant-en-klare webchat aan op https://chat.revspace.nl/ (inloggen met je LDAP-account).'''

Wie geen deelnemer is, of specifiekere behoeften heeft, kan met een andere IRC-client verbinden. Er zijn letterlijk vele honderden IRC-clients waar je uit kunt kiezen. De meest populaire open source clients zijn:

;Browser:
* [https://web.libera.chat/#revspace Openbare webchat] (aangeraden voor beginners)
;Grafisch:
* [https://hexchat.github.io/ Hexchat]
* [https://konversation.kde.org/ Konversation]
;Terminal-gebaseerd:
* [https://irssi.org/ Irssi]
* [https://weechat.org/ Weechat]

=== Matrix ===

Je kunt ons IRC-kanaal ook via Matrix bereiken (https://matrix.to/#/#libera_#revspace:pixie.town). Daarvoor heb je een Matrix-account nodig die je ergens kunt aanmaken, of [https://github.com/matrix-org/synapse zelf kunt hosten]. https://matrix.org en https://fairydust.space hebben open registratie.

NickServ (en andere Libera-gebruikers) kun je query'en door een DM te sturen naar @libera_USERNAME:pixie.town, en andere Libera IRC-kanalen kun je joinen via #libera_#CHANNEL:pixie.town.

== Zijkanalen ==

Ons IRC-kanaal is er primair voor de gezelligheid. Omdat het dan onhandig is als een actueel onderwerp weken lang (of zelfs nog langer) de gemoederen bezig houdt, wordt er soms een zijkanaal gestart voor mensen die geïnteresseerd zijn in specifieke onderwerpen. Op dit moment zijn dat:

Actief:
* (momenteel geen)

Niet meer zo actief, maar beschikbaar voor wie wil:
* #revspace-[on]recht over zaken als wooncrisis, financiële kloof, etc.
* #revspace-politiek over politieke partijen
* #revspace-murica over de USA (vooral politiek)
* #revspace-corona over de pandemie
* #revspace-oorlog over de invasie in Oekraïne

== Bots ==

In het algemeen staan we niet heel positief tegenover extra bots in het kanaal. We hebben de vaste bot, <tt>[[bar]]</tt> (tevens publieke chat-terminal op de space; it's complicated), die met allerhande notificaties en commando's de fysieke space aan IRC verbindt. Je kunt daar extra functionaliteit aan toevoegen, maar we houden dat graag beperkt tot dingen die ook daadwerkelijk nuttig zijn voor de space.

Specifiek zijn we niet op zoek naar "utility" bots met allerlei "handige" tooltjes; de meningen over hoe handig dat is, zijn verdeeld. Wil je zo'n bot voor eigen gebruik, maak er dan ook een eigen kanaal voor.

== Logs en privacy ==

Het kanaal is openbaar, maar wat er besproken wordt is alleen bedoeld voor anderen in het kanaal.

Net als de space zelf is ons IRC-kanaal in principe voor iedereen toegankelijk. Dat wil niet zeggen dat gesprekken openbaar bedoeld zijn; je had er bij moeten zijn. Vraag eerst even toestemming voordat je iets uit een gesprek met anderen deelt. Als je IRC-client logs opslaat, heb je de verantwoordelijkheid om de systemen waar die logs op staan goed te beveiligen.

Echter, je moet ook weer niet de illusie hebben dat het kanaal geschikt is voor zeer gevoelige privézaken. Er zijn altijd meer dan 100 mensen verbonden die allemaal mee kunnen lezen. Deel vooral geen privédingen van anderen!

== Cloaks ==

Deelnemers kunnen een [[Cloak op Libera.chat|cloak]] aanvragen.

HotplateSMDSolderingWorkshop

2025-10-10T09:24:10Z

Bamidiscus: /* Participant list */ i meant the game lol

{{Event
|Name=Hotplate SMD Soldering Workshop
|URL=[[HotplateSMDSolderingWorkshop]]
|DateStart=2025-10-18 12:00
|DateEnd=2025-10-18 18:00
|Contact=The0
|Info=Using a stencil, solder paste and a hot-plate to reflow-solder SMD components
|InfoLocation=Revspace
|InfoOpen=We're open from 2025-10-18 11:35
|InfoTicket=Costs depend on what you make - see description
|InfoSignup=Add yourself to the participant list, drop a note in the Forum or contact The0
}}

Using a stencil, solder paste and a hot-plate to reflow-solder SMD components

== About this workshop ==

=== Intro ===

Surface Mounted Devices (SMDs) are small compared to Through Hole (TH) electronic components, and some electronics hobbyists find them difficult to work with: difficult to see and handle, when you sneeze, you loose them and you can not easily use them on 2.54mm raster prototyping boards.
On the other hand, SMD devices allow much more lightweight and compact projects,are most often much cheaper than TH variants, and sometimes there simply ''are'' no TH variants available of a component, requiring the use of break-out or adapter boards - both kludgy and expensive.
Also, Printed Circuit Board (PCB) prototype manufacturing prices have become much lower, CAD tools to design them have become more accessible to hobbyists, and a proper PCB is much easier, reliable and often faster to assemble than the identical circuit on a 2.54mm raster prototyping boards - especially when you make a (small) series of the same board. So, if your hobby-elecronics work-queue is long enough to wait 2 weeks for PCBs to arrive, NOT using 2.54mm raster prototyping boards and TH components makes sense and may save time and money.
The question then becomes: how can you deal - in a hobby context - with SMD components that are difficult to see handle, and that you loose when you sneeze.

=== Beginners ===

If you are an absolute beginner, you will make a badge during this workshop. The badge will take about one hour (more if a lot of people participate). It can be done much quicker. The record time is 12 minutes.

The badge workshop uses a workflow that alleviates some of the difficulties using tricks, (simple) tools, physics and appropriate materials.

Instead of solder wire, you will use solder paste to solder. You will apply the solder paste to specific areas of the PCB using a stencil. While we are doing this some physical properties of the solder paste, the metal and flux it contains and the properties of the materials in the PCB will be discussed and explained how this helps the soldering process.

Next we will use a mirror and tweezers to place the SMD components on the PCB in their correct position and orientation, with an explanation of tricks, tools, rituals and environmental factors that make this more enjoyable. In addition, while we are doing this, the function of the electronics components will be briefly explained and what to watch out for.

After we have finished placing the SMD components, the assembled PCB will be "baked" on a stove. Again, there are a few do's and dont's, but in general this part is quick, and somewhat "magical" if this is the first time you see reflow soldering in action.

If necessary, small problems will be fixed, a battery holder attached using a normal soldering iron, and the badge will be tested. Success rate is almost 100%

Finally you will return the tools, discard your garbage, clean-up your workspace and wash your hands.

=== Experienced ===

If you have some experience with the workflow and can work independently, you may opt to make a game. This will take about two hours. It can be done much quicker. The record times is 41 minutes.

If you want to make the game, it is assumed that you have worked with solder paste and a stencil before. You may pick up a few tricks, but there is less time for explanation.

After finishing you will return the tools, discard your garbage, clean-up your workspace and wash your hands.

=== Warnings ===

During this workshop you may come into contact with potentially harmful materials and tools like lead, flux and soldering equipment. Please,
* Do NOT eat or drink during the workshop UNLESS you wash your hands with soap first.
* Do NOT pick your nose, ears or rub your eyes during the workshop UNLESS you wash your hands with soap first.
* Do NOT go to the toilet during the workshop UNLESS you wash your hands with soap first.
* DO wash your hands with soap AFTER the workshop
* When using pliers to cut component leads, HOLD the wire-end you are cutting to prevent it from being launched at someone or something
* Be careful with the stove. If you touch the hot stove your hand, it may stick to it. This can be painful and may require an emergency room visit
* In general: treat tools (litteral and figurative) with respect - "accidents" can be painful

== About the Projects ==

During the workshop you will make either a badge or a 'blocktris' game. The badge contains a ''larger variety'' of different components. The game contains a ''larger number'' of components. Neither is very difficult to make, but I consider the badge better for beginners: you learn more, and it costs less.

The workshop can also be fun for more experienced people: how quickly can you make a badge or a game, and how well does it look? (hint: rework must be avoided). The current record times for succesful hotplate reflow soldering are 12 minutes for a badge and 41 minutes for the game. The record time for succesful hand soldering the badge is 21 minutes. So far no one has even attempted to hand-solder the game.

=== The Badge ===
Contains 24 blinking RGB LEDs, various support components, a microcontroller and you can actually write your name on it.

[[File:hackwinkelbadge.jpeg|thumb|alt=Badge image|image of the hackwinkel badge]]

You can see it in action in [[https://hackwinkel.nl/tag.mp4 this video]]

Both [https://github.com/hackwinkel/tag-hardware | hardware] and [https://github.com/hackwinkel/tag-software | software] of the badge are MIT licensed open source.

=== The 'blocktris' game ===

The game contains 200 RGB LEDs in an array of 20 x 10 pixels controlled by an ESP32-C3 microcontroller module, ideal for playing 'blocktris'.

[[File:blocktris.jpeg|thumb|alt=Blocktris game image|Image of the blocktris game]]

You can see it in action in [[https://hackwinkel.nl/blocktris.mp4 this video]]

Both [https://github.com/hackwinkel/10x20_LED_screen | hardware software] of the game are BSD 3-Clause licensed open source.

== Costs of this workshop ==

The Costs depend on what you do:
* Badge: 0 euro + a voluntary donation to the space each
* Game: 8 euro + a voluntary donation to the space each

== Participating ==

=== general notes ===

If you want to join the workshop, please write your name in the table below noting what you would like to make (badge and/or game). '''Add more lines if necessary. Depending of the number of people, we can do multiple sessions'''

Doors open 11:35, first session start: 12:00, last session start: 16:00

'''Note:''' The "ideal" number of participants per session depends: Beginners/kids (with adult supervision): 5-10, People with some prior experience working with stencils, solder paste and a hot-plate: ~15, Experts: 20 (tools bottleneck). The maximum for a session so far was 42, and that was only possible because there were lots of experts helping others out, but the tooling (stencil and hotplate) bottleneck resulted in an overrun of ~ 2 hours.
'''If this is your first time working with stencils, solder paste and a hot-plate OR if you are younger than 14 OR if you have never done any soldering before, put this in the remark'''s - it is definitely not a problem, but affects how the workshop flows.

=== Participant list ===
{| class="wikitable"
|+ Date Poll
|-
! # || name/nick !! 2025-10-18 !! What || remark
|-
| 0 || The0 || Yes || Both || Organizer
|-
| 1 || Host? || || Example || Example
|-
| 2 || Wheeze_NL || No || Badge || After 14:00
|-
| 3 || Juerd || Yes || Badge || After 14:00
|-
| 4 || Oops * || Yes || Badge || Absolute beginner, done SMD once for the n-teller // Ready to co-host: Open up the space, set out materials and equipment; but I'll need some guidance in advance for finding the equipment.
|-
| 5 || Oops1 || Yes || Badge || Absolute beginner (under 14), only TH experience
|-
| 6 || BigMistake || Yes || Both || Beginner
|-
| 7 || noopwafel || Yes || Game || -
|-
| 8 || Mystery || Yes || Badge || Beginner
|-
| 9 || Mala || Yes || Badge || Complete beginner
|-
| 10 || Boots || Yes || Game || Example
|-
| 11 || u103 || Yes ||Game || dno
|-
| 12 || jubo || Yes || Badge || Soldered before
|-
| 13 || JuKi || Yes|| Game || yes
|-
| 14 || Ries || Yes || Badge || Soldered before
|-
| 15 || bamidiscus || Yes || Game || Experienced, up for the lead-free challenge
|-
| 16 || Example || Example || Example || Example
|}

== What if... ==

=== You can not add your name to the participant list ===

Please drop a line with your details in the [https://forum.revspace.nl/t/interest-in-a-hotpate-smd-reflow-soldering-workshop/702 | relevant forum topic]

If you can't, please get in touch with the organizer (The0), for instance on IRC (OFTC)

=== You put your name on the list but can't come ===

Shit happens. No problem, do nothing. Maybe see you next time.

=== You only noticed this workshop at a late date ===

Try getting in touch, and we may work out something. If you just show up and it is busy, then you may not be able to join. If there are places available: FCFS

=== Your badge or game doesn't work ===

You will be the first. We may try to fix it, but no refunds

HotplateSMDSolderingWorkshop

2025-10-10T09:23:14Z

Bamidiscus: /* Participant list */ add myself

{{Event
|Name=Hotplate SMD Soldering Workshop
|URL=[[HotplateSMDSolderingWorkshop]]
|DateStart=2025-10-18 12:00
|DateEnd=2025-10-18 18:00
|Contact=The0
|Info=Using a stencil, solder paste and a hot-plate to reflow-solder SMD components
|InfoLocation=Revspace
|InfoOpen=We're open from 2025-10-18 11:35
|InfoTicket=Costs depend on what you make - see description
|InfoSignup=Add yourself to the participant list, drop a note in the Forum or contact The0
}}

Using a stencil, solder paste and a hot-plate to reflow-solder SMD components

== About this workshop ==

=== Intro ===

Surface Mounted Devices (SMDs) are small compared to Through Hole (TH) electronic components, and some electronics hobbyists find them difficult to work with: difficult to see and handle, when you sneeze, you loose them and you can not easily use them on 2.54mm raster prototyping boards.
On the other hand, SMD devices allow much more lightweight and compact projects,are most often much cheaper than TH variants, and sometimes there simply ''are'' no TH variants available of a component, requiring the use of break-out or adapter boards - both kludgy and expensive.
Also, Printed Circuit Board (PCB) prototype manufacturing prices have become much lower, CAD tools to design them have become more accessible to hobbyists, and a proper PCB is much easier, reliable and often faster to assemble than the identical circuit on a 2.54mm raster prototyping boards - especially when you make a (small) series of the same board. So, if your hobby-elecronics work-queue is long enough to wait 2 weeks for PCBs to arrive, NOT using 2.54mm raster prototyping boards and TH components makes sense and may save time and money.
The question then becomes: how can you deal - in a hobby context - with SMD components that are difficult to see handle, and that you loose when you sneeze.

=== Beginners ===

If you are an absolute beginner, you will make a badge during this workshop. The badge will take about one hour (more if a lot of people participate). It can be done much quicker. The record time is 12 minutes.

The badge workshop uses a workflow that alleviates some of the difficulties using tricks, (simple) tools, physics and appropriate materials.

Instead of solder wire, you will use solder paste to solder. You will apply the solder paste to specific areas of the PCB using a stencil. While we are doing this some physical properties of the solder paste, the metal and flux it contains and the properties of the materials in the PCB will be discussed and explained how this helps the soldering process.

Next we will use a mirror and tweezers to place the SMD components on the PCB in their correct position and orientation, with an explanation of tricks, tools, rituals and environmental factors that make this more enjoyable. In addition, while we are doing this, the function of the electronics components will be briefly explained and what to watch out for.

After we have finished placing the SMD components, the assembled PCB will be "baked" on a stove. Again, there are a few do's and dont's, but in general this part is quick, and somewhat "magical" if this is the first time you see reflow soldering in action.

If necessary, small problems will be fixed, a battery holder attached using a normal soldering iron, and the badge will be tested. Success rate is almost 100%

Finally you will return the tools, discard your garbage, clean-up your workspace and wash your hands.

=== Experienced ===

If you have some experience with the workflow and can work independently, you may opt to make a game. This will take about two hours. It can be done much quicker. The record times is 41 minutes.

If you want to make the game, it is assumed that you have worked with solder paste and a stencil before. You may pick up a few tricks, but there is less time for explanation.

After finishing you will return the tools, discard your garbage, clean-up your workspace and wash your hands.

=== Warnings ===

During this workshop you may come into contact with potentially harmful materials and tools like lead, flux and soldering equipment. Please,
* Do NOT eat or drink during the workshop UNLESS you wash your hands with soap first.
* Do NOT pick your nose, ears or rub your eyes during the workshop UNLESS you wash your hands with soap first.
* Do NOT go to the toilet during the workshop UNLESS you wash your hands with soap first.
* DO wash your hands with soap AFTER the workshop
* When using pliers to cut component leads, HOLD the wire-end you are cutting to prevent it from being launched at someone or something
* Be careful with the stove. If you touch the hot stove your hand, it may stick to it. This can be painful and may require an emergency room visit
* In general: treat tools (litteral and figurative) with respect - "accidents" can be painful

== About the Projects ==

During the workshop you will make either a badge or a 'blocktris' game. The badge contains a ''larger variety'' of different components. The game contains a ''larger number'' of components. Neither is very difficult to make, but I consider the badge better for beginners: you learn more, and it costs less.

The workshop can also be fun for more experienced people: how quickly can you make a badge or a game, and how well does it look? (hint: rework must be avoided). The current record times for succesful hotplate reflow soldering are 12 minutes for a badge and 41 minutes for the game. The record time for succesful hand soldering the badge is 21 minutes. So far no one has even attempted to hand-solder the game.

=== The Badge ===
Contains 24 blinking RGB LEDs, various support components, a microcontroller and you can actually write your name on it.

[[File:hackwinkelbadge.jpeg|thumb|alt=Badge image|image of the hackwinkel badge]]

You can see it in action in [[https://hackwinkel.nl/tag.mp4 this video]]

Both [https://github.com/hackwinkel/tag-hardware | hardware] and [https://github.com/hackwinkel/tag-software | software] of the badge are MIT licensed open source.

=== The 'blocktris' game ===

The game contains 200 RGB LEDs in an array of 20 x 10 pixels controlled by an ESP32-C3 microcontroller module, ideal for playing 'blocktris'.

[[File:blocktris.jpeg|thumb|alt=Blocktris game image|Image of the blocktris game]]

You can see it in action in [[https://hackwinkel.nl/blocktris.mp4 this video]]

Both [https://github.com/hackwinkel/10x20_LED_screen | hardware software] of the game are BSD 3-Clause licensed open source.

== Costs of this workshop ==

The Costs depend on what you do:
* Badge: 0 euro + a voluntary donation to the space each
* Game: 8 euro + a voluntary donation to the space each

== Participating ==

=== general notes ===

If you want to join the workshop, please write your name in the table below noting what you would like to make (badge and/or game). '''Add more lines if necessary. Depending of the number of people, we can do multiple sessions'''

Doors open 11:35, first session start: 12:00, last session start: 16:00

'''Note:''' The "ideal" number of participants per session depends: Beginners/kids (with adult supervision): 5-10, People with some prior experience working with stencils, solder paste and a hot-plate: ~15, Experts: 20 (tools bottleneck). The maximum for a session so far was 42, and that was only possible because there were lots of experts helping others out, but the tooling (stencil and hotplate) bottleneck resulted in an overrun of ~ 2 hours.
'''If this is your first time working with stencils, solder paste and a hot-plate OR if you are younger than 14 OR if you have never done any soldering before, put this in the remark'''s - it is definitely not a problem, but affects how the workshop flows.

=== Participant list ===
{| class="wikitable"
|+ Date Poll
|-
! # || name/nick !! 2025-10-18 !! What || remark
|-
| 0 || The0 || Yes || Both || Organizer
|-
| 1 || Host? || || Example || Example
|-
| 2 || Wheeze_NL || No || Badge || After 14:00
|-
| 3 || Juerd || Yes || Badge || After 14:00
|-
| 4 || Oops * || Yes || Badge || Absolute beginner, done SMD once for the n-teller // Ready to co-host: Open up the space, set out materials and equipment; but I'll need some guidance in advance for finding the equipment.
|-
| 5 || Oops1 || Yes || Badge || Absolute beginner (under 14), only TH experience
|-
| 6 || BigMistake || Yes || Both || Beginner
|-
| 7 || noopwafel || Yes || Game || -
|-
| 8 || Mystery || Yes || Badge || Beginner
|-
| 9 || Mala || Yes || Badge || Complete beginner
|-
| 10 || Boots || Yes || Game || Example
|-
| 11 || u103 || Yes ||Game || dno
|-
| 12 || jubo || Yes || Badge || Soldered before
|-
| 13 || JuKi || Yes|| Game || yes
|-
| 14 || Ries || Yes || Badge || Soldered before
|-
| 15 || bamidiscus || Yes || Badge || Experienced, up for the lead-free challenge
|-
| 16 || Example || Example || Example || Example
|}

== What if... ==

=== You can not add your name to the participant list ===

Please drop a line with your details in the [https://forum.revspace.nl/t/interest-in-a-hotpate-smd-reflow-soldering-workshop/702 | relevant forum topic]

If you can't, please get in touch with the organizer (The0), for instance on IRC (OFTC)

=== You put your name on the list but can't come ===

Shit happens. No problem, do nothing. Maybe see you next time.

=== You only noticed this workshop at a late date ===

Try getting in touch, and we may work out something. If you just show up and it is busy, then you may not be able to join. If there are places available: FCFS

=== Your badge or game doesn't work ===

You will be the first. We may try to fix it, but no refunds

IRC

2025-10-10T09:05:54Z

Bamidiscus: /* IRC-clients */ voeg Konversation toe

== Quick start ==

{|class=wikitable
! Webchat !! IRC client !! Matrix bridge
|-
|valign=top|
; Openbare toegang: [https://web.libera.chat/#revspace Libera webchat]
; Login deelnemers: [https://chat.revspace.nl/ TheLounge] (LDAP login)
|valign=top|
; Server: '''irc.libera.chat'''
; Poort: '''6697''' (TLS inschakelen)
; Kanaal: '''#revspace'''
|valign=top|
[https://matrix.to/#/#libera_#revspace:pixie.town #libera_#revspace:pixie.town]
|}

Tips voor absolute beginners:

* Kies "Libera webchat", dat is het makkelijkst om mee te beginnen.
* Als je een vraag stelt, blijf dan verbonden terwijl je wacht op een antwoord. Deze chat is alleen realtime.

== Language ==

The primary language on our IRC channel, much like at the space itself, is Dutch. But many people will happily switch to English if you like, and it's perfectly acceptable to mix languages.

== Wat is IRC? ==

IRC, of Internet Relay Chat, is een van de oudste nog actief gebruikte chatprotocollen op het internet. Het wordt normaliter gebruikt met IRC-clients die verbinden met IRC-servers die in IRC-netwerken verenigd zijn. Als zeer open protocol schrijft IRC geen specifiek programma voor, dus je kunt kiezen uit veel verschillende, die allemaal net iets anders werken. Als je dat te veel werk vindt, kun je dat allemaal overslaan en de webchat gebruiken. Maar als je wel een volledige IRC-client gebruikt, heb je veel meer functionaliteit, wat wel zo prettig is voor langdurige sessies. De meeste ervaren IRC-gebruikers laten hun IRC-client 24/7 verbonden!

Voor de IRC-newbies onder ons: in tegenstelling tot de meeste nieuwere chattechnologie, is IRC een vluchtig "je had er bij moeten zijn"-ding. Je kan niet teruglezen wat er is gezegd voordat je zelf het kanaal binnenkwam. Om mee te praten moet je daadwerkelijk aanwezig zijn en om een antwoord te kunnen lezen moet je aanwezig blijven. Dus heb geduld; geeft er niemand antwoord, kom dan een andere keer terug en probeer het opnieuw.

== IRC-clients ==

'''Voor deelnemers bieden we een kant-en-klare webchat aan op https://chat.revspace.nl/ (inloggen met je LDAP-account).'''

Wie geen deelnemer is, of specifiekere behoeften heeft, kan met een andere IRC-client verbinden. Er zijn letterlijk vele honderden IRC-clients waar je uit kunt kiezen. De meest populaire open source clients zijn:

;Browser:
* [https://web.libera.chat/#revspace Openbare webchat] (aangeraden voor beginners)
;Grafisch:
* [https://hexchat.github.io/ Hexchat]
* [https://konversation.kde.org/ Konversation]
;Terminal-gebaseerd:
* [https://irssi.org/ Irssi]
* [https://weechat.org/ Weechat]

=== Matrix ===

Je kunt ons IRC-kanaal ook via Matrix bereiken (https://matrix.to/#/#libera_#revspace:pixie.town). Daarvoor heb je een Matrix-account nodig die je ergens kunt aanmaken, of [https://github.com/matrix-org/synapse zelf kunt hosten]. https://matrix.org en https://fairydust.space hebben open registratie.

NickServ (en andere Libera-gebruikers) kun je query'en door een DM te sturen naar @libera_USERNAME:pixie.town, en andere Libera IRC-kanalen kun je joinen via #libera_#CHANNEL:pixie.town.

== Zijkanalen ==

Ons IRC-kanaal is er primair voor de gezelligheid. Omdat het dan onhandig is als een actueel onderwerp weken lang (of zelfs nog langer) de gemoederen bezig houdt, wordt er soms een zijkanaal gestart voor mensen die geïnteresseerd zijn in specifieke onderwerpen. Op dit moment zijn dat:

Actief:
* (momenteel geen)

Niet meer zo actief, maar beschikbaar voor wie wil:
* #revspace-[on]recht over zaken als wooncrisis, financiële kloof, etc.
* #revspace-politiek over politieke partijen
* #revspace-murica over de USA (vooral politiek)
* #revspace-corona over de pandemie
* #revspace-oorlog over de invasie in Oekraïne

== Bots ==

In het algemeen staan we niet heel positief tegenover extra bots in het kanaal. We hebben de vaste bot, <tt>[[bar]]</tt> (tevens publieke chat-terminal op de space; it's complicated), die met allerhande notificaties en commando's de fysieke space aan IRC verbindt. Je kunt daar extra functionaliteit aan toevoegen, maar we houden dat graag beperkt tot dingen die ook daadwerkelijk nuttig zijn voor de space.

Specifiek zijn we niet op zoek naar "utility" bots met allerlei "handige" tooltjes; de meningen over hoe handig dat is, zijn verdeeld. Wil je zo'n bot voor eigen gebruik, maak er dan ook een eigen kanaal voor.

== Logs en privacy ==

Het kanaal is openbaar, maar wat er besproken wordt is alleen bedoeld voor anderen in het kanaal.

Net als de space zelf is ons IRC-kanaal in principe voor iedereen toegankelijk. Dat wil niet zeggen dat gesprekken openbaar bedoeld zijn; je had er bij moeten zijn. Vraag eerst even toestemming voordat je iets uit een gesprek met anderen deelt. Als je IRC-client logs opslaat, heb je de verantwoordelijkheid om de systemen waar die logs op staan goed te beveiligen.

Echter, je moet ook weer niet de illusie hebben dat het kanaal geschikt is voor zeer gevoelige privézaken. Er zijn altijd meer dan 100 mensen verbonden die allemaal mee kunnen lezen. Deel vooral geen privédingen van anderen!

== Cloaks ==

Deelnemers kunnen een [[Cloak op Libera.chat|cloak]] aanvragen.

IRC

2025-10-10T09:03:44Z

Bamidiscus: /* Quick start */ verwoording

== Quick start ==

{|class=wikitable
! Webchat !! IRC client !! Matrix bridge
|-
|valign=top|
; Openbare toegang: [https://web.libera.chat/#revspace Libera webchat]
; Login deelnemers: [https://chat.revspace.nl/ TheLounge] (LDAP login)
|valign=top|
; Server: '''irc.libera.chat'''
; Poort: '''6697''' (TLS inschakelen)
; Kanaal: '''#revspace'''
|valign=top|
[https://matrix.to/#/#libera_#revspace:pixie.town #libera_#revspace:pixie.town]
|}

Tips voor absolute beginners:

* Kies "Libera webchat", dat is het makkelijkst om mee te beginnen.
* Als je een vraag stelt, blijf dan verbonden terwijl je wacht op een antwoord. Deze chat is alleen realtime.

== Language ==

The primary language on our IRC channel, much like at the space itself, is Dutch. But many people will happily switch to English if you like, and it's perfectly acceptable to mix languages.

== Wat is IRC? ==

IRC, of Internet Relay Chat, is een van de oudste nog actief gebruikte chatprotocollen op het internet. Het wordt normaliter gebruikt met IRC-clients die verbinden met IRC-servers die in IRC-netwerken verenigd zijn. Als zeer open protocol schrijft IRC geen specifiek programma voor, dus je kunt kiezen uit veel verschillende, die allemaal net iets anders werken. Als je dat te veel werk vindt, kun je dat allemaal overslaan en de webchat gebruiken. Maar als je wel een volledige IRC-client gebruikt, heb je veel meer functionaliteit, wat wel zo prettig is voor langdurige sessies. De meeste ervaren IRC-gebruikers laten hun IRC-client 24/7 verbonden!

Voor de IRC-newbies onder ons: in tegenstelling tot de meeste nieuwere chattechnologie, is IRC een vluchtig "je had er bij moeten zijn"-ding. Je kan niet teruglezen wat er is gezegd voordat je zelf het kanaal binnenkwam. Om mee te praten moet je daadwerkelijk aanwezig zijn en om een antwoord te kunnen lezen moet je aanwezig blijven. Dus heb geduld; geeft er niemand antwoord, kom dan een andere keer terug en probeer het opnieuw.

== IRC-clients ==

'''Voor deelnemers bieden we een kant-en-klare webchat aan op https://chat.revspace.nl/ (inloggen met je LDAP-account).'''

Wie geen deelnemer is, of specifiekere behoeften heeft, kan met een andere IRC-client verbinden. Er zijn letterlijk vele honderden IRC-clients waar je uit kunt kiezen. De meest populaire open source clients zijn:

;Browser:
* [https://web.libera.chat/#revspace Openbare webchat] (aangeraden voor beginners)
;Grafisch:
* [https://hexchat.github.io/ Hexchat]
;Terminal-gebaseerd:
* [https://irssi.org/ Irssi]
* [https://weechat.org/ Weechat]

=== Matrix ===

Je kunt ons IRC-kanaal ook via Matrix bereiken (https://matrix.to/#/#libera_#revspace:pixie.town). Daarvoor heb je een Matrix-account nodig die je ergens kunt aanmaken, of [https://github.com/matrix-org/synapse zelf kunt hosten]. https://matrix.org en https://fairydust.space hebben open registratie.

NickServ (en andere Libera-gebruikers) kun je query'en door een DM te sturen naar @libera_USERNAME:pixie.town, en andere Libera IRC-kanalen kun je joinen via #libera_#CHANNEL:pixie.town.

== Zijkanalen ==

Ons IRC-kanaal is er primair voor de gezelligheid. Omdat het dan onhandig is als een actueel onderwerp weken lang (of zelfs nog langer) de gemoederen bezig houdt, wordt er soms een zijkanaal gestart voor mensen die geïnteresseerd zijn in specifieke onderwerpen. Op dit moment zijn dat:

Actief:
* (momenteel geen)

Niet meer zo actief, maar beschikbaar voor wie wil:
* #revspace-[on]recht over zaken als wooncrisis, financiële kloof, etc.
* #revspace-politiek over politieke partijen
* #revspace-murica over de USA (vooral politiek)
* #revspace-corona over de pandemie
* #revspace-oorlog over de invasie in Oekraïne

== Bots ==

In het algemeen staan we niet heel positief tegenover extra bots in het kanaal. We hebben de vaste bot, <tt>[[bar]]</tt> (tevens publieke chat-terminal op de space; it's complicated), die met allerhande notificaties en commando's de fysieke space aan IRC verbindt. Je kunt daar extra functionaliteit aan toevoegen, maar we houden dat graag beperkt tot dingen die ook daadwerkelijk nuttig zijn voor de space.

Specifiek zijn we niet op zoek naar "utility" bots met allerlei "handige" tooltjes; de meningen over hoe handig dat is, zijn verdeeld. Wil je zo'n bot voor eigen gebruik, maak er dan ook een eigen kanaal voor.

== Logs en privacy ==

Het kanaal is openbaar, maar wat er besproken wordt is alleen bedoeld voor anderen in het kanaal.

Net als de space zelf is ons IRC-kanaal in principe voor iedereen toegankelijk. Dat wil niet zeggen dat gesprekken openbaar bedoeld zijn; je had er bij moeten zijn. Vraag eerst even toestemming voordat je iets uit een gesprek met anderen deelt. Als je IRC-client logs opslaat, heb je de verantwoordelijkheid om de systemen waar die logs op staan goed te beveiligen.

Echter, je moet ook weer niet de illusie hebben dat het kanaal geschikt is voor zeer gevoelige privézaken. Er zijn altijd meer dan 100 mensen verbonden die allemaal mee kunnen lezen. Deel vooral geen privédingen van anderen!

== Cloaks ==

Deelnemers kunnen een [[Cloak op Libera.chat|cloak]] aanvragen.

Bambu Lab X1 Carbon

2025-09-29T11:47:41Z

Bamidiscus: /* Problems */ reword

[[File:bambu-x1c.png|right|thumb|Bambu Lab X1 Carbon]]

== 1 €/uur ==

'''Printen met 1 soort filament is gratis.''' Voor het filament zelf geldt het gebruikelijke [[fair use]]-beleid.

Voor het printen met '''meerdere filamenten''' rekenen we '''1 €/uur''', te betalen via [[revbank]] middels het commando <tt>4x uur</tt> in RevBank, waarbij je de 4 vervangt door het aantal uren, afgerond naar boven. Je betaalt voor de volledige tijd dat je de machine gebruikt, dus ook voor mislukte prints.

Dit doen we omdat printen met meerdere filamenten veel langer duurt en heel veel filament gebruikt; het tarief ontmoedigt en dekt de kosten.

== Hardware ==
Dit is een Bambu Lab X1 Carbon, met standaard de 0.4mm nozzle en de textured PEI buildplate. We hebben ook een 0.8mm nozzle maar vervangen is [https://wiki.bambulab.com/en/x1/maintenance/replace-complete-hotend vaak meer werk dan dat het printtijd scheelt].

== Monitoren ==

Als de printer voor jou aan het werk is, moet je 'm ook in de gaten houden en blussen als ie in de fik vliegt, ook al is de kans waarschijnlijk klein. Je mag er best bij weglopen, maar blijf op de space en hou een oogje in het zeil (bijv. via de camera).

Als je een zeer langdurige print wilt doen, zul je iemand moeten vinden die de wacht kan houden terwijl jij naar huis gaat om te slapen. Diverse deelnemers zijn daarvoor om te kopen met pizza's, club mate, appeltaart, etcetera.

== LAN only ==

We gebruiken de printer in LAN-only-modus. Daardoor zijn diverse functies, waaronder de smartphone-app "Bambu Handy", niet beschikbaar. "LAN only" betekent dat we de cloud-functionaliteit niet gebruiken, maar sluit het gebruik van de microSD-kaart niet uit. Je kunt dus ook gcode-bestanden vanaf de geheugenkaart printen.

De printer wordt herkend door Bambu Studio via UDP broadcast-pakketjes (poort 2021) die door de printer worden gestuurd; het is (nog) niet mogelijk om handmatig een IP-adres op te geven.

== Software ==

Download via https://bambulab.com/en/download/studio - Installeren via Flatpak is het makkelijkst onder Linux, maar je kan AppImages vanaf de [https://github.com/bambulab/BambuStudio/releases/latest GitHub releases-pagina] downloaden.

Om de printer via het netwerk te gebruiken moet je de "access code" hebben. De access code kun je van het schermpje van de printer krijgen, en staat opzettelijk niet op de wiki.

Voor de slicer instellingen is het handig om te weten dat de buildplate "Textured PEI" is en het materiaal "Bambu PLA Basic or Matte", dubbel check dit nog even voor je print.

== Camera ==

De camera viewer van Bambu Studio doet 't voor geen meter, althans onder Linux.

Streamen via mpv werkt wel goed: <tt>mpv rtsps://bblp:12345678@10.42.43.171:322/streaming/live/1</tt>, waarbij je 12345678 vervangt door de access code die je via de machine verkrijgt.

De camera is ook als https://revspace.nl/cam1 openbaar beschikbaar, maar net als de andere webcams met een zeer lage resolutie en framerate (dat is opzettelijk!). Onderaan in beeld staat de naam van de print, en een indicatie van de voortgang.

== Snelheid ==

Deze printer is ontzettend snel, maar het starten van een print kost zo'n 6 minuten én de printer pauzeert na de eerste laag om die visueel te inspecteren. Voor een heel klein printje kun je dus net zo goed de oude [[Prusa i3 MK3S]] of [[Artillery Genius]] gebruiken.

Bovendien is alle snelheidswinst weg (and then some) als je met filamentwissels werkt. Voor het gebruiken van die optie rekenen we 1 €/uur.

== Onderhoudslog ==

{| class="wikitable sortable"
|+ X1C log
|-
! when !! what !! who
|-
| 2025-08-22 || z-axis screws and rods lubricated || unknown
|-
| 1970-01-01 || example || you?
|}

== Troubleshooting ==

=== Build plate marker not detected ===

Make sure the build plate is clean and well aligned. Then try wiggling around each of the front two vertical rods.

Bambu Lab X1 Carbon

2025-09-29T11:46:04Z

Bamidiscus: add maintenance log, problems section

[[File:bambu-x1c.png|right|thumb|Bambu Lab X1 Carbon]]

== 1 €/uur ==

'''Printen met 1 soort filament is gratis.''' Voor het filament zelf geldt het gebruikelijke [[fair use]]-beleid.

Voor het printen met '''meerdere filamenten''' rekenen we '''1 €/uur''', te betalen via [[revbank]] middels het commando <tt>4x uur</tt> in RevBank, waarbij je de 4 vervangt door het aantal uren, afgerond naar boven. Je betaalt voor de volledige tijd dat je de machine gebruikt, dus ook voor mislukte prints.

Dit doen we omdat printen met meerdere filamenten veel langer duurt en heel veel filament gebruikt; het tarief ontmoedigt en dekt de kosten.

== Hardware ==
Dit is een Bambu Lab X1 Carbon, met standaard de 0.4mm nozzle en de textured PEI buildplate. We hebben ook een 0.8mm nozzle maar vervangen is [https://wiki.bambulab.com/en/x1/maintenance/replace-complete-hotend vaak meer werk dan dat het printtijd scheelt].

== Monitoren ==

Als de printer voor jou aan het werk is, moet je 'm ook in de gaten houden en blussen als ie in de fik vliegt, ook al is de kans waarschijnlijk klein. Je mag er best bij weglopen, maar blijf op de space en hou een oogje in het zeil (bijv. via de camera).

Als je een zeer langdurige print wilt doen, zul je iemand moeten vinden die de wacht kan houden terwijl jij naar huis gaat om te slapen. Diverse deelnemers zijn daarvoor om te kopen met pizza's, club mate, appeltaart, etcetera.

== LAN only ==

We gebruiken de printer in LAN-only-modus. Daardoor zijn diverse functies, waaronder de smartphone-app "Bambu Handy", niet beschikbaar. "LAN only" betekent dat we de cloud-functionaliteit niet gebruiken, maar sluit het gebruik van de microSD-kaart niet uit. Je kunt dus ook gcode-bestanden vanaf de geheugenkaart printen.

De printer wordt herkend door Bambu Studio via UDP broadcast-pakketjes (poort 2021) die door de printer worden gestuurd; het is (nog) niet mogelijk om handmatig een IP-adres op te geven.

== Software ==

Download via https://bambulab.com/en/download/studio - Installeren via Flatpak is het makkelijkst onder Linux, maar je kan AppImages vanaf de [https://github.com/bambulab/BambuStudio/releases/latest GitHub releases-pagina] downloaden.

Om de printer via het netwerk te gebruiken moet je de "access code" hebben. De access code kun je van het schermpje van de printer krijgen, en staat opzettelijk niet op de wiki.

Voor de slicer instellingen is het handig om te weten dat de buildplate "Textured PEI" is en het materiaal "Bambu PLA Basic or Matte", dubbel check dit nog even voor je print.

== Camera ==

De camera viewer van Bambu Studio doet 't voor geen meter, althans onder Linux.

Streamen via mpv werkt wel goed: <tt>mpv rtsps://bblp:12345678@10.42.43.171:322/streaming/live/1</tt>, waarbij je 12345678 vervangt door de access code die je via de machine verkrijgt.

De camera is ook als https://revspace.nl/cam1 openbaar beschikbaar, maar net als de andere webcams met een zeer lage resolutie en framerate (dat is opzettelijk!). Onderaan in beeld staat de naam van de print, en een indicatie van de voortgang.

== Snelheid ==

Deze printer is ontzettend snel, maar het starten van een print kost zo'n 6 minuten én de printer pauzeert na de eerste laag om die visueel te inspecteren. Voor een heel klein printje kun je dus net zo goed de oude [[Prusa i3 MK3S]] of [[Artillery Genius]] gebruiken.

Bovendien is alle snelheidswinst weg (and then some) als je met filamentwissels werkt. Voor het gebruiken van die optie rekenen we 1 €/uur.

== Onderhoudslog ==

{| class="wikitable sortable"
|+ X1C log
|-
! when !! what !! who
|-
| 2025-08-22 || z-axis screws and rods lubricated || unknown
|-
| 1970-01-01 || example || you?
|}

== Problems ==

=== Build plate marker not detected ===

Make sure the build plate is clean and well aligned. Then try wiggling around each of the front two vertical rods.

Prusa i3 MK3S

2025-09-29T11:40:50Z

Bamidiscus: whoops lol wrong printer

=== Inleiding ===
Het is een 3D printer, een Prusa I3 MK3S+.

Lees a.u.b. de (papieren) [https://cdn.prusa3d.com/downloads/manual/prusa3d_manual_mk3s_en.pdf handleiding]

Coole features:
* Het oppervlak van het printbed kan makkelijk los gehaald worden, daardoor hoef je niet te wachten tot het printbed helemaal afgekoeld is. Let bij het terugleggen even op dat ie weer goed ligt.
* Opwarmen van het printbed lijkt wat sneller te gaan dan bij onze Ultimaker
* Als er geen filament meer in de kop zit (bijvoorbeeld filament is op), dan merkt de printer dit zelf. Deze stopt dan en vervolgens kan je het filament opnieuw invoeren.
* Hoogtecalibratie is automatisch en gebeurt voor elke print

Let op:
* Pas op met vingerafdrukken op het oppervlak van het printbed
* De Prusa gebruikt filament van 1.75mm doorsnee, filament van onze Ultimaker kan dus niet gebruikt worden.

=== Software ===
Gebruik je Debian, dan kan je de slicer-software eenvoudig downloaden en installeren:
sudo apt-get install slic3r-prusa

[https://www.prusa3d.com/prusaslicer/ PrusaSlicer]
[https://www.prusa3d.com/drivers/ Drivers en firmware]

==Onderhoudslogboek==

{| class="wikitable sortable"
|+ MK3S log
|-
! when !! what !! who
|-
| 2023-05-18 || Firmware geüpdated naar versie 3.12.2, zie https://github.com/prusa3d/Prusa-Firmware/releases/tag/v3.12.2 || unknown
|-
| 2021-05-06 || Extruder vervangen. Ook gecalibreerd. || Sebastius
|}

Prusa i3 MK3S

2025-09-29T11:37:02Z

Bamidiscus: /* Onderhoudslogboek */ make a table out of the log

=== Inleiding ===
Het is een 3D printer, een Prusa I3 MK3S+.

Lees a.u.b. de (papieren) [https://cdn.prusa3d.com/downloads/manual/prusa3d_manual_mk3s_en.pdf handleiding]

Coole features:
* Het oppervlak van het printbed kan makkelijk los gehaald worden, daardoor hoef je niet te wachten tot het printbed helemaal afgekoeld is. Let bij het terugleggen even op dat ie weer goed ligt.
* Opwarmen van het printbed lijkt wat sneller te gaan dan bij onze Ultimaker
* Als er geen filament meer in de kop zit (bijvoorbeeld filament is op), dan merkt de printer dit zelf. Deze stopt dan en vervolgens kan je het filament opnieuw invoeren.
* Hoogtecalibratie is automatisch en gebeurt voor elke print

Let op:
* Pas op met vingerafdrukken op het oppervlak van het printbed
* De Prusa gebruikt filament van 1.75mm doorsnee, filament van onze Ultimaker kan dus niet gebruikt worden.

=== Software ===
Gebruik je Debian, dan kan je de slicer-software eenvoudig downloaden en installeren:
sudo apt-get install slic3r-prusa

[https://www.prusa3d.com/prusaslicer/ PrusaSlicer]
[https://www.prusa3d.com/drivers/ Drivers en firmware]

==Onderhoudslogboek==

{| class="wikitable sortable"
|+ X1C log
|-
! when !! what !! who
|-
| 2025-08-22 || z-axis screws and rods lubricated || unknown
|-
| 2023-05-18 || Firmware geüpdated naar versie 3.12.2, zie https://github.com/prusa3d/Prusa-Firmware/releases/tag/v3.12.2 || unknown
|-
| 2021-05-06 || Extruder vervangen. Ook gecalibreerd. || Sebastius
|}

Prusa i3 MK3S

2025-09-29T11:19:32Z

Bamidiscus: infomatie die fysiek op de printer was geplakt

=== Inleiding ===
Het is een 3D printer, een Prusa I3 MK3S+.

Lees a.u.b. de (papieren) [https://cdn.prusa3d.com/downloads/manual/prusa3d_manual_mk3s_en.pdf handleiding]

Coole features:
* Het oppervlak van het printbed kan makkelijk los gehaald worden, daardoor hoef je niet te wachten tot het printbed helemaal afgekoeld is. Let bij het terugleggen even op dat ie weer goed ligt.
* Opwarmen van het printbed lijkt wat sneller te gaan dan bij onze Ultimaker
* Als er geen filament meer in de kop zit (bijvoorbeeld filament is op), dan merkt de printer dit zelf. Deze stopt dan en vervolgens kan je het filament opnieuw invoeren.
* Hoogtecalibratie is automatisch en gebeurt voor elke print

Let op:
* Pas op met vingerafdrukken op het oppervlak van het printbed
* De Prusa gebruikt filament van 1.75mm doorsnee, filament van onze Ultimaker kan dus niet gebruikt worden.

=== Software ===
Gebruik je Debian, dan kan je de slicer-software eenvoudig downloaden en installeren:
sudo apt-get install slic3r-prusa

[https://www.prusa3d.com/prusaslicer/ PrusaSlicer]
[https://www.prusa3d.com/drivers/ Drivers en firmware]

==Onderhoudslogboek==

===2025-08-22===
z-axis screws and rods lubricated, by unknown

===2023-05-18 Firmware update===
Firmware geüpdated naar versie 3.12.2, zie https://github.com/prusa3d/Prusa-Firmware/releases/tag/v3.12.2

===2021-05-06 Extruder vervangen===
Ook gecalibreerd. door Sebastius

Workshop My first kernel driver

2025-09-28T08:46:37Z

Bamidiscus:

{{Event
|Name=Workshop My first kernel driver
|DateStart=13 November 2025 20:00
|DateEnd=13 November 2025 22:30
|Info=Workshop My first kernel driver by Hans de Goede
|InfoLocation=RevSpace
|InfoOpen=19:30
}}

Important: participants will need to setup a kernel build environment before the workshop, see the [https://github.com/jwrdegoede/kernel-driver-workshop/?tab=readme-ov-file#preparation preparation instructions].

Attendees will be given an USB (ch341t) to qwiic converter + a qwiic sht40 temperature/humidity sensor.

[https://github.com/jwrdegoede/kernel-driver-workshop/?tab=readme-ov-file#preparation Preparation instructions] + a ready-to-build driver to instantiate an i2c-device/-client for the sensor are available on [https://github.com/jwrdegoede/kernel-driver-workshop/ github].

The goal of the workshop is for attendees to write their own (very simple) kernel driver for the sensor offering sysfs attributes providing temperature and humidity readings. Example code snippets of a skeleton i2c-driver and example communication code will be provided to make it possible to write a simple driver in 2 - 2.5 hours.

Attendees will be expected to know the C-programming language at an intermediate (or better) level.

Please register below. If you do not have edit access to the RevSpace wiki, you can ask someone on [[IRC|RevSpace's chat]] to add you to the list.

=Participants (max 20)=
# bamidiscus
# Your nick/name here
# Or here

=Backup list=
# You?

Weekend van de Wetenschap (2025)

2025-09-27T12:47:56Z

Bamidiscus: /* Wie is er wanneer */

{{Event
|Name=Weekend van de Wetenschap (2025)
|DateStart=4 October 2025
|DateEnd=5 October 2025
|InfoLocation=RevSpace
|InfoOpen=11:00
}}

==Bezoekers==
Boek een rondleiding via: https://pretix.eu/revspace/rondleiding/

Ben je ook een hacker? Rare vraag misschien als je bij het woord hacken direct aan criminelen en cyber denkt. De criminelen vind je bij ons niet!

Revelation Space (RevSpace) is een van de oudste en grootste Nederlandse hackerspaces. Al meer dan 15 jaar komen onze deelnemers en belangstellenden bij ons bijeen om te hacken, te maken en uit te wisselen.

Bij de rondleiding laten we je alle werkplaatsen zien die we rijk zijn. Je kunt mede-hackers ontmoeten en praten over hun projecten, en uiteraard mag je ook zelf aan een projectje werken.

Ons aanbod is altijd afhankelijk van de aanwezige deelnemers die demonstraties willen geven. Denk: Snijden met laserlicht, solderen aan elektronica, meuk uit elkaar schroeven, printen in drie dimensies.

==Organisatie==
===Wie is er wanneer===

{|class=wikitable
! Naam !! Dag !! Van-tot !! Opmerkingen
|-
| Atoomnet || Zaterdag || 14:00 - laat || Solderen velleman kitjes
|-
| Atoomnet || Zondag || vroeg - laat || Solderen velleman kitjes
|-
| Bas || Zaterdag en zondag || vroeg - laat || Rondleiden, div demonstraties, en ik zet wat projectjes neer.
|-
| Oops || Zaterdag || 10:00 - 15:00 || Possible demos (Laser cutting dog tags? 3d-printing?) English and French only. May help out with Soldering demo.
|-
| Mystery || Zaterdag + zondag ovb || begin tot eind || opstarten, solderen Kids + rondleiden
|-
| Mala || zaterdag + zondag ovb || begin tot eind || opstarten, Rondleiden, ondersteunen
|-
| Molenaar || zondag || vroeg - laat || solar coffee roast / middeleeuws draaiwerk (hangt van het weer af)
|-
| mrtijn || zaterdag || ca. 10u - eind van de middag ||
|-
| hansg || zaterdag *of* zondag || 10u - laat || rondleiden, ondersteunen
|-
| bamidiscus || zaterdag || 10u - middag || hacken, ondersteunen
|-
| JIJ?
|}

Gereedschap

2025-09-26T10:21:18Z

Bamidiscus: krimptangen toegevoegd

RevSpace heeft veel gereedschap, van klein tot groot. Een selectie hiervan is hieronder te vinden. Een groot deel van het gereedschap is een donatie of in bruikleen van deelnemers, waarvoor dank!

<gallery>
Image:Bambu-x1c.png|[[Bambu Lab X1 Carbon]]
Image:anemometer.jpeg|[[Anemometer]]
Image:Ultimaker2.jpg|[[3DPrinter]]
Image:Autogeen.jpg|[[Autogeen Lasset]]
Image:Brother m240ed - borduurmachine 1.jpg|[[Borduurmachine]]
Image:Bovenfrees.jpg|[[Bovenfrees]]
Image:Compressor.jpg|[[Compressor]]
Image:Decoupeerzaag.jpg|Decoupeerzaag
Image:Dremels.jpg|Dremels
Image:TweeExperimenteerVoedingen.jpg|Experimenteervoeding
Image:Signaal-ag2052f.jpg|Functiegenerator OWON AG-2052F
Image:HaakseSlijper.jpg|Haakse slijper
Image:Handgereedschap.jpg|[[Handgereedschap]]
Image:Bbqaanmaker.jpg|Heat-gun
Image:Werkplaatspers.jpg|Werkplaatspers
Image:Karcherk5.JPG|[[Hogedrukreiniger]]
Image:Aoyue 852 hete lucht station.jpg|[[Hotair]]
Image:4960_stativ_L-918cd5de.jpg|[[IR thermometer]]
Image:Spac3kolomboor.jpg|[[Kolomboor]]
Image:Labelwriter.jpg|Labelwriter
Image:299.jpg|[[LART]]
Image:Atino-100052512-hires-png-rgb-oneux-334926 w 1500 h 842.png|[[Lijnlaser]]
Image:LasApparaat.jpg|[[Lasapparaat]] (Igor)
Image:Boorhamer.jpg|[[Boorhamer]]
Image:Reciprozaag.jpg|[[Reciprozaag]]
Image:Multitool.JPG|Bosch PMF 250 (multitool)
Image:Fabcreator.png|[[Lasercutter]] ⁴
Image:Laserprinter.jpg|[[Laserprinter]]
Image:Imaxb6.jpeg|[[Imax_B6]]
Image:Soldeerstation.JPG|JBC soldeerstation
Image:LijmpistoolFatMax.jpg|FatMax-Lijmpistool
Image:Zaagtafelzaag.JPG|[[Zaagtafelzaag]]
Image:Makita drill.jpg|[[Makita drill]]
Image:Chakrazaag.jpg|[[Chakrazaag]]
Image:IMG_0494.JPG|[[Microscoop]]
Image:Multifunctional sharpener.jpg|[[Multifunctional sharpener]]
Image:NieuweMultimeters.jpg|Multimeters
Image:Singer_confidence_7467_naaimachine_foto.jpg|[[Naaimachine]]
Image:DS1054Z(Right)-en.jpg|[[RigolDS1054Z|Digitale Oscilloscoop]]
Image:DS1052E.jpg|Digitale Oscilloscoop
Image:Dual-labvoeding.jpg|Labvoeding Troniq PSU303DX2
Image:Labps3020sm.jpg|Labvoeding Velleman LABPS3020SM
Image:LCMeter.jpg|[[LC_Meter|L/C Meter]]
Image:ACS_Current_probe_shelf.jpg|[[ACS_Current_probe|Current probe]]
Image:Plasmasnijder.jpg|[[Plasmasnijder]] (Igor)
Image:Preheater.jpg|[[Preheater]]
Image:Prusai3mk3.jpg|[[Prusai3mk3]]
Image:Reflowoven.jpg|[[Reflow Oven]] (Crashjuh)
Image:Ultrasoonreiniger.jpg|[[Ultrasoonreiniger]]
Image:Schuurmuis.jpg|Schuurmuis
Image:graphtec-ce6000-60e-plus.jpg|[[Snijplotter]] ⁴
Image:Soldeerspullen.jpg|Soldeerspullen
Image:Spectrum Analyzer.jpg|[[Spectrum Analyzer]]
Image:Transferpers.jpg|[[Transfer-pers]]
Image:Resistors_on_tape.jpg|[[Fair use|Componenten]]
Image:Fluke_8842A_random_stock_photo.jpeg|[[Fluke_8842A|Fluke 8842A 5.5 digit DMM]]
Image:SchroefExtractor.jpg|[[SchroefExtractor|Schroef-extractor]]
Image:2001285703.jpeg|[[Wasmachine|Was- en droogmachine]]
Image:SaleaeLogicAnalyzer.jpg|[[SaleaeLogicAnalyzer]]
Image:ProjectOven.jpg|[[Projectoven]]
Image:Brother_MFC-L8690CDW.jpg|[[Brother_MFC-L8690CDW]]
Image:Projectkoelkast.JPG|Project [[Koelkast]]
Image:Slagmoermachine.jpg|Accu slagmoer machine
Image:Tacker.JPG|Tacker
Image:Sealapparaat.JPG|Seal apparaat
Image:MetaalAfkortzaag.jpg|[[MetaalAfkortzaag]]
Image:P1010613.jpg|[[Fietspomp]]
Image:Bamix.jpeg|[[Staafmixer]]
Image:Sponningschaaf-2.jpg|[[Schaaf#(Instelbare)_Sponningschaaf|Sponningschaaf]]
Image:Blokschaaf.jpg|[[Schaaf#Blokschaaf|Blokschaaf]]
Image:flatbed_scanner.png|[[FlatbedScanner|Flatbed scanner]]
Image:jst-xh-tang-uncrimp-button.jpg|[[Crimping|Krimptangen]]
</gallery>

Per 1 juni 2015 moeten extra veiligheidseisen op de wikipagina van het apparaat zijn vermeld, en moet de URL op het apparaat zijn aangebracht. Zie [[Reglement]], regel 19.

⁴ Gebruik van dit gereedschap kost geld

== Work In Progress ==

Nemo_Magneet is bezig met een stuctuur te verzinnen

Idee:
Elk locatie een eigen wikipage geven, met daarop een tabel van items (met QRcode) die zich bevinden in de desbetreffende ruimte en vooral ook WAAR in diezelfde ruimte met betrekking tot muur en/of kast.

{| class="wikitable"
|+ Legenda
|-
! Ruimte / Locatie !! Wikipage
|-
| Algemene Ruimte || tbd
|-
| Werkplaats || [https://revspace.nl/Werkplaats Werkplaats]
|-
| Keuken || [https://revspace.nl/Keuken Keuken]
|-
| SparkShack || [https://revspace.nl/SparkShack_3 SparkShack 3 ]
|-
| Lounge|| [https://revspace.nl/Lounge Lounge]
|}

== Mother Of All Inventory ==

Hier moeten alle tabelen uit verschillende ruimtes samen(gevoegd) bij elkaar komen.

{| class="wikitable"
|+ RevSpace Totale Inventorylist
|-
! QR !! Gereedschapnaam !! Parent !! Waar !! Verplaatsbaar !! Korte beschrijving !! Wiki Pagelinkje !! Laasts geupdate
|-
| 1 || 2 || 3 || 4 || 5 || 6 || 7 || 8
|-
| QR || Gereedschapnaam || Parent || Waar || Verplaatsbaar || Korte beschrijving || Wiki Pagelinkje || Laasts geupdate
|}

Krimptang

2025-09-25T14:53:06Z

Bamidiscus: Redirected page to Crimping

#REDIRECT [[Crimping]]

Crimping

2025-09-25T14:49:32Z

Bamidiscus: usage xh

I bet you forgot how that crimping tool works. Here's a summary.

== JST-XH ==

Necessary tools:

* connector
* plenty crimps
* JST-XH crimp tool
* ruler with millimeter scale
* flush side-cutters
* wire stripper

You'll be crimping a crimp on each wire. After all crimps are correctly affixed you shall insert them into the connector.

At first it'll probably look like this:

[[File:jst-xh-zielig.jpg|none|200px]]

Cut a fresh piece using flush side-cutters.

[[File:jst-xh-geknipt.jpg|none|200px]]

Strip the wire down to about 2.5 mm. Make sure you do not strip more than 3 mm. Twist the strands it into a bundle, but do not overdo it.

[[File:jst-xh-gestript.jpg|none|400px]]

Now get yourself a crimp. If they come attached to a metal strip, then bend them forwards and backwards until they easily snap off the strip. Do not use your cutters, you'll wear them down quickly.

[[File:jst-xh-connector-gebogen-crop.jpg|none|200px]]

Take a look at your crimping tool and notice the following:

* the '''bottom''' part has a ''wide'' and a ''narrow'' part
* the '''top''' part has a ''higher'' and a ''lower'' part

[[File:jst-xh-tang-boven.jpg|none|300px]][[File:jst-xh-tang-onder.jpg|none|300px]]

Imagine the following: this is how the wire will be positioned in the crimp once it's in the tool. Notice how the outer v-section will hold the insulator, while the inner v-section will hold the conductor.

[[File:jst-xh-in-de-krimp-gelegd-crop.jpg|none|300px]]

But first we must position the crimp itself in the tool.

Pointers:
* The outermost v-shaped part of the crimp will later be positioned on the wide part.
* The hook should be fully sticking outside the tool on the other end.
* If you fuck up during the positioning of the crimp at any time, you should not continue crimping. Instead, push up the un-fuck lever on the tool so that it opens up again:

[[File:jst-xh-tang-uncrimp-button.jpg|none|200px]]

While the tool is fully opened and held with one hand, grab the crimp and lay it correctly in the tool. Then close the tool slightly such that it clicks once. The goal is to keep it in place while allowing you to insert the wire into the crimp.

[[File:jst-xh-in-de-krimp-voor.jpg|none|300px]]

[[File:jst-xh-kirmp-tang-leeg.jpg|none|300px]]

Insert the wire into the crimp. This is the tricky part, because is has to be aligned such as we saw before. If you're lucky the insulator will hit the conductor clamps during insertion. If you're unsure or find this too difficult, remove the crimp, crudely apply the wire into the crimp, then position the crimp (with the wire already more or less in the correct position in the crimp) into the tool.

Press the tool firmly, it will open up once you pressed it hard enough. This is a proper example of how the result should look like:

[[File:jst-xh-GEKRIMPT-LOL-crop.jpg|none|500px]]

Check: pull on the wire, the crimp should not let loose.

Once all your wires have been crimped, insert them into the connector. The hook should point towards the window of the connector.

[[File:jst-xh-uwu-crop.jpg|none|200px]]

Check: pull on the connector while holding the wires, the wires should not come out.

Crimping

2025-09-25T14:39:19Z

Bamidiscus: add some checks, reword cable into wire

I bet you forgot how that crimping tool works. Here's a summary.

== JST-XH ==

Necessary tools:

* connector
* plenty crimps
* JST-XH crimp tool
* ruler with millimeter scale
* flush side-cutters
* wire stripper

You'll be crimping a crimp on each wire. After all crimps are correctly affixed you shall insert them into the connector.

At first it'll probably look like this:

[[File:jst-xh-zielig.jpg|none|200px]]

Cut a fresh piece using flush side-cutters.

[[File:jst-xh-geknipt.jpg|none|200px]]

Strip the wire down to about 2.5 mm. Make sure you do not strip more than 3 mm. Twist the strands it into a bundle, but do not overdo it.

[[File:jst-xh-gestript.jpg|none|400px]]

Now get yourself a crimp. If they come attached to a metal strip, then bend them forwards and backwards until they easily snap off the strip. Do not use your cutters, you'll wear them down quickly.

[[File:jst-xh-connector-gebogen-crop.jpg|none|200px]]

Take a look at your crimping tool and notice the following:

* the '''bottom''' part has a ''wide'' and a ''narrow'' part
* the '''top''' part has a ''higher'' and a ''lower'' part

[[File:jst-xh-tang-boven.jpg|none|300px]][[File:jst-xh-tang-onder.jpg|none|300px]]

Imagine the following: this is how the wire will be positioned in the crimp once it's in the tool. Notice how the outer v-section will hold the insulator, while the inner v-section will hold the conductor.

[[File:jst-xh-in-de-krimp-gelegd-crop.jpg|none|300px]]

But first we must position the crimp itself in the tool.

Pointers:
* The outermost v-shaped part of the crimp will later be positioned on the wide part.
* The hook should be fully sticking outside the tool on the other end.
* If you fuck up during the positioning of the crimp at any time, you should not continue crimping. Instead, push up the un-fuck lever on the tool so that it opens up again:

[[File:jst-xh-tang-uncrimp-button.jpg|none|200px]]

While the tool is fully opened and held with one hand, grab the crimp and lay it correctly in the tool.

[[File:jst-xh-in-de-krimp-voor.jpg|none|300px]]

[[File:jst-xh-kirmp-tang-leeg.jpg|none|300px]]

Insert the wire into the crimp. This is the tricky part, because is has to be aligned such as we saw before. If you're lucky the insulator will hit the conductor clamps during insertion. If you're unsure or find this too difficult, remove the crimp, crudely apply the wire into the crimp, then position the crimp (with the wire already more or less in the correct position in the crimp) into the tool.

Press the tool firmly, it will open up once you pressed it hard enough. This is a proper example of how the result should look like:

[[File:jst-xh-GEKRIMPT-LOL-crop.jpg|none|500px]]

Check: pull on the wire, the crimp should not let loose.

Once all your wires have been crimped, insert them into the connector. The hook should point towards the window of the connector.

[[File:jst-xh-uwu-crop.jpg|none|200px]]

Check: pull on the connector while holding the wires, the wires should not come out.

Crimping

2025-09-25T14:20:34Z

Bamidiscus: Created page with "I bet you forgot how that crimping tool works. Here's a summary. == JST-XH == Necessary tools: * connector * plenty crimps * JST-XH crimp tool * ruler with millimeter scale * flush side-cutters * cable stripper You'll be crimping a crimp on each wire. After all crimps are correctly affixed you shall insert them into the connector. At first it'll probably look like this: 200px Cut a fresh piece using flush side-cutters. File:jst-x..."

I bet you forgot how that crimping tool works. Here's a summary.

== JST-XH ==

Necessary tools:

* connector
* plenty crimps
* JST-XH crimp tool
* ruler with millimeter scale
* flush side-cutters
* cable stripper

You'll be crimping a crimp on each wire. After all crimps are correctly affixed you shall insert them into the connector.

At first it'll probably look like this:

[[File:jst-xh-zielig.jpg|none|200px]]

Cut a fresh piece using flush side-cutters.

[[File:jst-xh-geknipt.jpg|none|200px]]

Strip the wire down to about 2.5 mm. Make sure you do not strip more than 3 mm. If using multi-stranded cable, twist it into a bundle, but do not overdo it.

[[File:jst-xh-gestript.jpg|none|400px]]

Now get yourself a crimp. If they come attached to a metal strip, then bend them forwards and backwards until they easily snap off the strip. Do not use your cutters, you'll wear them down quickly.

[[File:jst-xh-connector-gebogen-crop.jpg|none|200px]]

Take a look at your crimping tool and notice the following:

* the '''bottom''' part has a ''wide'' and a ''narrow'' part
* the '''top''' part has a ''higher'' and a ''lower'' part

[[File:jst-xh-tang-boven.jpg|none|300px]][[File:jst-xh-tang-onder.jpg|none|300px]]

Imagine the following: this is how the wire will be positioned in the crimp once it's in the tool. Notice how the outer v-section will hold the insulator, while the inner v-section will hold the conductor.

[[File:jst-xh-in-de-krimp-gelegd-crop.jpg|none|300px]]

But first we must position the crimp itself in the tool.

Pointers:
* The outermost v-shaped part of the crimp will later be positioned on the wide part.
* The hook should be fully sticking outside the tool on the other end.
* If you fuck up during the positioning of the crimp at any time, you should not continue crimping. Instead, push up the un-fuck lever on the tool so that it opens up again:

[[File:jst-xh-tang-uncrimp-button.jpg|none|200px]]

While the tool is fully opened and held with one hand, grab the crimp and lay it correctly in the tool.

[[File:jst-xh-in-de-krimp-voor.jpg|none|300px]]

[[File:jst-xh-kirmp-tang-leeg.jpg|none|300px]]

Insert the wire into the crimp. This is the tricky part, because is has to be aligned such as we saw before. If you're lucky the insulator will hit the conductor clamps during insertion. If you're unsure or find this too difficult, remove the crimp and crudely apply the wire into the crimp, then position the crimp with the wire in the tool.

Press the tool firmly, it will open up. This is a proper example of how the result should look like:

[[File:jst-xh-GEKRIMPT-LOL-crop.jpg|none|500px]]

Once all your wires have been crimped, insert them into the connector. The hook should point towards the window of the connector.

[[File:jst-xh-uwu-crop.jpg|none|200px]]

File:Jst-xh-zielig.jpg

2025-09-25T13:46:37Z

Bamidiscus: File uploaded with MsUpload

File uploaded with MsUpload

File:Jst-xh-uwu-crop.jpg

2025-09-25T13:46:37Z

Bamidiscus: File uploaded with MsUpload

File uploaded with MsUpload

File:Jst-xh-tang-uncrimp-button.jpg

2025-09-25T13:46:37Z

Bamidiscus: File uploaded with MsUpload

File uploaded with MsUpload

File:Jst-xh-tang-onder.jpg

2025-09-25T13:46:37Z

Bamidiscus: File uploaded with MsUpload

File uploaded with MsUpload

File:Jst-xh-tang-boven.jpg

2025-09-25T13:46:36Z

Bamidiscus: File uploaded with MsUpload

File uploaded with MsUpload

File:Jst-xh-kirmp-tang-leeg.jpg

2025-09-25T13:46:36Z

Bamidiscus: File uploaded with MsUpload

File uploaded with MsUpload

File:Jst-xh-in-de-krimp-voor.jpg

2025-09-25T13:46:36Z

Bamidiscus: File uploaded with MsUpload

File uploaded with MsUpload

File:Jst-xh-in-de-krimp-gelegd-crop.jpg

2025-09-25T13:46:36Z

Bamidiscus: File uploaded with MsUpload

File uploaded with MsUpload

File:Jst-xh-gestript.jpg

2025-09-25T13:46:36Z

Bamidiscus: File uploaded with MsUpload

File uploaded with MsUpload

File:Jst-xh-GEKRIMPT-LOL-crop.jpg

2025-09-25T13:46:35Z

Bamidiscus: File uploaded with MsUpload

File uploaded with MsUpload

File:Jst-xh-geknipt.jpg

2025-09-25T13:46:35Z

Bamidiscus: File uploaded with MsUpload

File uploaded with MsUpload

File:Jst-xh-connector-gebogen-crop.jpg

2025-09-25T13:46:35Z

Bamidiscus: File uploaded with MsUpload

File uploaded with MsUpload

Spacenet

2025-04-06T12:52:50Z

Bamidiscus: voorbeeld configuratie NetworkManager plaatje

RevSpace heeft een 'spacenet' wifi netwerk. Dit is een roaming netwerk over meerdere hackerspaces. Spacenet-logins werken ook op op de meeste hacker-events.

=Settings=

[[File:spacenet-networkmanager.png|thumb|Zo stel je het netwerk in met de NetworkManager GUI]]

Om op spacenet in te kunnen loggen heb je een account nodig bij een van de aangesloten hackerspaces:
om met je RevSpace-account in te loggen heb je een LDAP-account nodig. Bestuursleden kunnen deze voor je aanmaken.

* Security: WPA-Enterprise
* Outer authentication:
** Protocol: Tunneled TLS (TTLS) or PEAP
** (Anonymous) identity: anonymous@revspace.nl
** CA: <see [[Spacenet/CA]]>
* Inner authentication:
** Protocol: PAP or EAP-GTC
** Identity: <LDAP-username>@revspace.nl
** Password: <LDAP-password>

==macOS/iOS==
Voor macOS moet je het mobileconfig profiel installeren (inclusief certificaat en instellingen): [[Spacenet/mobileconfig]].

Zonder dat je dit profiel gebruikt, word je niet anoniem aangemeld buiten de space (Outer authentication).

==Android==
Gebruik de bovenstaande instellingen, maar kies bij "CA Certificate" voor "Trust on first use" (TOFU).

Bij de TOFU moet je natuurlijk de fingerprint controleren zodra er om bevestiging wordt gevraagd. De SHA256 fingerprint is 43:42:E2:51:AD:7D:AA:C2:8F:CE:B9:2C:08:AB:87:53:6E:6E:B2:B0:31:C0:0A:47:66:05:14:CD:27:5F:3F:1E. Krijg je een andere in beeld, dan is iemand stoute dingen aan 't doen en kun je het beter afbreken.

(Android 11+ [https://android.stackexchange.com/questions/237141/how-to-get-android-11-to-trust-a-user-root-ca-without-a-private-key pakt ons certificaat niet] dus TOFU is de enige werkende optie.)

Zorg dat Anonymous identity altijd op <tt>@revspace.nl</tt> eindigt, Android heeft soms de neiging dit eraf te knippen. Zet idealiter de TLS versie op 1.3 :)

==Windows==
Windows 8+: bovenstaande instellingen werken prima.

Windows 7-: werkt niet out of the box, een third-party supplicant is vereist:
* [https://github.com/Amebis/GEANTLink GEANTLink]

==Misc==

Meer (outdated) how-to's zijn te vinden op de [https://spacefed.net/index.php?title=Category:Howto/Spacenet Spacenet-wiki].

File:Spacenet-networkmanager.png

2025-04-06T12:49:01Z

Bamidiscus: File uploaded with MsUpload

File uploaded with MsUpload

OpenDag2025

2025-03-29T09:22:20Z

Bamidiscus: /* Aanwezigen */ tijd

{{Event
|Name=OpenDag2025
|DateStart=29 March 2025
|DateEnd=29 March 2025
|InfoLocation=RevSpace
|InfoOpen=11:00
}}
{{NewsItem
|Name=Jaarlijkse open Hackerspaces dag (2025)
|Date=2025-03-29
|Info=''Op zaterdag 29 maart kan iedereen weer vrij binnenlopen in een hackerspace. Tijdens deze open dag is het mogelijk om te zien wat bijvoorbeeld hacken inhoudt en te zien wat er allemaal kan in een hackerspace.''

}}
==Flyer==

== Organisatie ==

Landelijk ingegeven via: https://hackerspaces.nl/open-dag/

RevSpace doet uiteraard ook mee.

=== Aanwezigen ===

Om zeker te weten dat we met genoeg mensen zijn, een lijstje van revspacers die hebben toegezegd te komen om bezoekers te ontvangen:

{|class=wikitable
! Naam !! Van-tot !! Opmerkingen
|-
| Sebastius || 11.00 - laat || Rondleiden, lasercutten, algemeen knutselen
|-
| Atoomnet || 11.00 - laat || Meegenomen project over praten met geintresseerden
|-
| Peetz0r || 11.00 - laat || Algemeen aanwezig zijn
|-
| janlugt || TBD || Algemeen aanwezig zijn
|-
| bamidiscus || 11:30 - 15:30 || Project laten zien en algemeen aanwezig zijn
|-
| Molenaar || 11:00 - laat || Algemeen aanwezig zijn, demo borduurmachine?
|-
| Homski || TBD || Algemeen aanwezig zijn
|-
| Glu || TBD || Algemeen aanwezig zijn, retro radio fixen?
|-
| Jij?
|-
|}

=== Promotie ===
*
* Wie contacteert welke krant/influencer/etc? Wie flyert in welke wijk/locatie/etc?
* Jij doet??

=== Activiteiten ===
* Rondleidingen langs onze werkplaatsen, apparatuur en projecten.
* Op verzoek: demonstratie van apparatuur zoals lasersnijder, 3D-printer, foliesnijder, oscilloscoop, etc...
* Sleutelhanger maken/graveren met de lasersnijder

OpenDag2025

2025-03-21T12:18:09Z

Bamidiscus: meedoen

{{Event
|Name=OpenDag2025
|DateStart=29 March 2025
|DateEnd=29 March 2025
|InfoLocation=RevSpace
|InfoOpen=11:00
}}
{{NewsItem
|Name=Jaarlijkse open Hackerspaces dag (2025)
|Date=2025-03-29
|Info=''Op zaterdag 29 maart kan iedereen weer vrij binnenlopen in een hackerspace. Tijdens deze open dag is het mogelijk om te zien wat bijvoorbeeld hacken inhoudt en te zien wat er allemaal kan in een hackerspace.''

}}
==Flyer==

== Organisatie ==

Landelijk ingegeven via: https://hackerspaces.nl/open-dag/

RevSpace doet uiteraard ook mee.

=== Aanwezigen ===

Om zeker te weten dat we met genoeg mensen zijn, een lijstje van revspacers die hebben toegezegd te komen om bezoekers te ontvangen:

{|class=wikitable
! Naam !! Van-tot !! Opmerkingen
|-
| Sebastius || 11.00 - laat || Rondleiden, lasercutten, algemeen knutselen
|-
| Atoomnet || 11.00 - laat || Meegenomen project over praten met geintresseerden
|-
| Peetz0r || 11.00 - laat || Algemeen aanwezig zijn
|-
| janlugt || TBD || Algemeen aanwezig zijn
|-
| bamidiscus || TBD || Project laten zien en algemeen aanwezig zijn
|-
| Jij?
|-
|}

=== Promotie ===
*
* Wie contacteert welke krant/influencer/etc? Wie flyert in welke wijk/locatie/etc?
* Jij doet??

=== Activiteiten ===
* Rondleidingen langs onze werkplaatsen, apparatuur en projecten.
* Op verzoek: demonstratie van apparatuur zoals lasersnijder, 3D-printer, foliesnijder, oscilloscoop, etc...
* Sleutelhanger maken/graveren met de lasersnijder

Inkoopactie silicagel

2024-11-06T13:15:21Z

Bamidiscus: lol

{{Project
|Name=Inkoopactie silicagel
|Picture=
|Omschrijving= Dingen droog houden en zo.
|Status=Initializing
|Contact=thomas
}}

=In het kort=

Dit is een inkoopactie voor [https://silica-gel-shop.nl/product/silica-gel-wit-3-5mm-25kg/ deze] silicagel korrels.

Kosten: 5,75 euro per kilogram

Betaling: via revbank

Levering: op de space, afgewogen per kilo, in zakken.

Moment van bestelling: zodra we aan de 24 kg zijn.

=Details=

Deze korrels zijn in tegenstelling tot calciumchloride makkelijk opnieuw te gebruiken door ze te drogen in een oven. Het lijkt me echter handig om gelijk een flinke hoeveelheid silicagel in huis te halen, zodat ik dit niet al te vaak hoef te doen. Misschien denk jij er ook zo over en wil je meedoen met deze inkoopactie.

Als we samen 25kg silicagel kopen dan kost dit 5,50 euro per kg inclusief verzending. Ik ga echter uit van wat verlies (silicagelgruis etc). Vandaar reken ik op 24 bruikbare kilo's uit een enkele bestelling, wat een kiloprijs van 5,75 euro oplevert. Mocht het meevallen met verlies dan krijg je gewoon iets meer.

Dit is het artikel in kwestie: [https://silica-gel-shop.nl/product/silica-gel-wit-3-5mm-25kg/ link naar silica-gel-shop.nl]. Weet je een goedkoper adres? Graag even melden aan mij, via irc (thomastheo).

Let op: Het gaat dus om korrels zonder indicator. De beste manier om bij te houden of de korrels verzadigd zijn is met een simpele hygrometer. Mocht je graag toch een kleurindicator willen, dan kan je altijd een kleine hoeveelheid gekleurde korrels door je voorraad gewone korrels roeren. Ik adviseer om de groen/oranje variant hiervoor te gebruiken, want de blauw/paarse korrels bevatten giftige stoffen.

=Lijst=

Wil je meedoen? Graag je naam/nick en de gewenste hoeveelheid kilo's invoegen in de tabel.

Graag ook even de totale hoeveelheid tot nu toe besteld aanpassen hieronder.

'''Totaal kilogram nu besteld (maximum 24): 17'''

{| class="wikitable"
|-
! Naam/Nick !! Hoeveelheid (per hele kg)
|-
| thomas || 3
|-
| Bas || 2
|-
| BlackDragon || 2
|-
| Xesxen || 4
|-
| sting || 1
|-
| bamidiscus || 1
|-
| supakeen || 3
|-
| f0x || 1
|-
| jij! || infinity kg
|-
|}

=Indicatorkorrels=
Sidequest door Bas: Indicatorkorrels. Thomas adviseert 20gram indicatorkorrels per kg sillicagel, maar dat vind ik teveel geklooi met kleine getallen. Laten we het per 100 gram doen, dan kost een portie 2,50. Je mag zelf je portie doorverkopen in kleinere hoeveelheden natuurlijk.

{| class="wikitable"
|-
! Naam/Nick !! Hoeveelheid (per 100gram)
|-
| Bas || 100g
|-
| BlackDragon || 100g
|-
| thomas || 100g
|-
| f0x || 100g
|-
| sting || 100g
|-
| bamidiscus || 100g
|-
| jij! || infinity g
|-
|}

Inkoopactie silicagel

2024-11-06T13:15:01Z

Bamidiscus: /* Indicatorkorrels */

Inkoopactie silicagel

2024-11-02T10:47:31Z

Bamidiscus:

{{Project
|Name=Inkoopactie silicagel
|Picture=
|Omschrijving= Dingen droog houden en zo.
|Status=Initializing
|Contact=thomas
}}

=In het kort=

Dit is een inkoopactie voor [https://silica-gel-shop.nl/product/silica-gel-wit-3-5mm-25kg/ deze] silicagel korrels.

Kosten: 5,75 euro per kilogram

Betaling: via revbank

Levering: op de space, afgewogen per kilo, in zakken.

Moment van bestelling: zodra we aan de 24 kg zijn.

=Details=

Deze korrels zijn in tegenstelling tot calciumchloride makkelijk opnieuw te gebruiken door ze te drogen in een oven. Het lijkt me echter handig om gelijk een flinke hoeveelheid silicagel in huis te halen, zodat ik dit niet al te vaak hoef te doen. Misschien denk jij er ook zo over en wil je meedoen met deze inkoopactie.

Als we samen 25kg silicagel kopen dan kost dit 5,50 euro per kg inclusief verzending. Ik ga echter uit van wat verlies (silicagelgruis etc). Vandaar reken ik op 24 bruikbare kilo's uit een enkele bestelling, wat een kiloprijs van 5,75 euro oplevert. Mocht het meevallen met verlies dan krijg je gewoon iets meer.

Dit is het artikel in kwestie: [https://silica-gel-shop.nl/product/silica-gel-wit-3-5mm-25kg/ link naar silica-gel-shop.nl]. Weet je een goedkoper adres? Graag even melden aan mij, via irc (thomastheo).

Let op: Het gaat dus om korrels zonder indicator. De beste manier om bij te houden of de korrels verzadigd zijn is met een simpele hygrometer. Mocht je graag toch een kleurindicator willen, dan kan je altijd een kleine hoeveelheid gekleurde korrels door je voorraad gewone korrels roeren. Ik adviseer om de groen/oranje variant hiervoor te gebruiken, want de blauw/paarse korrels bevatten giftige stoffen.

=Lijst=

Wil je meedoen? Graag je naam/nick en de gewenste hoeveelheid kilo's invoegen in de tabel.

Graag ook even de totale hoeveelheid tot nu toe besteld aanpassen hieronder.

'''Totaal kilogram nu besteld (maximum 24): 13'''

{| class="wikitable"
|-
! Naam/Nick !! Hoeveelheid (per hele kg)
|-
| thomas || 3
|-
| Bas || 2
|-
| BlackDragon || 2
|-
| Xesxen || 4
|-
| sting || 1
|-
| bamidiscus || 1
|-
| jij! || infinity kg
|-
|}

Inkoopactie silicagel

2024-11-02T10:47:07Z

Bamidiscus:

{{Project
|Name=Inkoopactie silicagel
|Picture=
|Omschrijving= Dingen droog houden en zo.
|Status=Initializing
|Contact=thomas
}}

=In het kort=

Dit is een inkoopactie voor [https://silica-gel-shop.nl/product/silica-gel-wit-3-5mm-25kg/ deze] silicagel korrels.

Kosten: 5,75 euro per kilogram

Betaling: via revbank

Levering: op de space, afgewogen per kilo, in zakken.

Moment van bestelling: zodra we aan de 24 kg zijn.

=Details=

Deze korrels zijn in tegenstelling tot calciumchloride makkelijk opnieuw te gebruiken door ze te drogen in een oven. Het lijkt me echter handig om gelijk een flinke hoeveelheid silicagel in huis te halen, zodat ik dit niet al te vaak hoef te doen. Misschien denk jij er ook zo over en wil je meedoen met deze inkoopactie.

Als we samen 25kg silicagel kopen dan kost dit 5,50 euro per kg inclusief verzending. Ik ga echter uit van wat verlies (silicagelgruis etc). Vandaar reken ik op 24 bruikbare kilo's uit een enkele bestelling, wat een kiloprijs van 5,75 euro oplevert. Mocht het meevallen met verlies dan krijg je gewoon iets meer.

Dit is het artikel in kwestie: [https://silica-gel-shop.nl/product/silica-gel-wit-3-5mm-25kg/ link naar silica-gel-shop.nl]. Weet je een goedkoper adres? Graag even melden aan mij, via irc (thomastheo).

Let op: Het gaat dus om korrels zonder indicator. De beste manier om bij te houden of de korrels verzadigd zijn is met een simpele hygrometer. Mocht je graag toch een kleurindicator willen, dan kan je altijd een kleine hoeveelheid gekleurde korrels door je voorraad gewone korrels roeren. Ik adviseer om de groen/oranje variant hiervoor te gebruiken, want de blauw/paarse korrels bevatten giftige stoffen.

=Lijst=

Wil je meedoen? Graag je naam/nick en de gewenste hoeveelheid kilo's invoegen in de tabel.

Graag ook even de totale hoeveelheid tot nu toe besteld aanpassen hieronder.

'''Totaal kilogram nu besteld (maximum 24): 12'''

{| class="wikitable"
|-
! Naam/Nick !! Hoeveelheid (per hele kg)
|-
| thomas || 3
|-
| Bas || 2
|-
| BlackDragon || 2
|-
| Xesxen || 4
|-
| sting || 1
|-
| bamidiscus || 1
|-
| jij! || infinity kg
|-
|}

On the organization of electronic parts

2024-10-12T17:25:00Z

Bamidiscus: move stuff

[[File:Koffertoren.jpg|thumb|right|The Tower of Koffers. Can we sort it even better?]]

Note: This page is heavily a work in progress. Once this work is finished a plan will be proposed.

Here at RevSpace we have an ever growing assortment of electronic parts, organized on various levels. While looking for parts is a fairly good experience there is still some room for improvement.

I feel like there are some challenges, some of which listed below.

# Finding the group of components.
# Finding the specific location of specific parts.
# Exploring which parts we have.
# Finding additional information about the parts.

The goal of this brief work is to research and, if it proves to be possible, tackle these minor burdens in such a way that it can be implemented at the Space.

== Scope and risks ==

While the Space could improve on other related areas as well, such as the recording of inventory counts, the main goal of this work is to structurally improve the way in which parts can be found.

Some important aspects to keep in mind are the following actions.

=== Setting up ===

* Simple and cheap.
* Must be able to set it up within a single day.

=== Keeping it up ===

* Easy end-use.
* Easy editing.
* Sustainable over longer periods.

=== Ethical considerations ===

Atoomnet went a step ahead to think about the consequences of such a system, listed below.

Having such a system in place to search for parts means that it has to be accessible. People using it more often will be a logical consequence.

* This could pave the way for people with malicious intent to abuse the fair-use policy. Outsiders will be able to obtain our free parts more easily.
** How often are we going to give away one-off free parts?
* By restricting access to the system resource increases the burden of using such a system.
** For example, having to login with LDAP sucks and makes you want to get up and search manually instead.
* On the other hand, maintaining our friendly stance towards newcomers (who seek parts) will statistically get us new members.

== Problems of search strategies ==

Whenever you search for something, you are essentially doing one of four strategies.

* Explore: What a nice Tower! So many types of parts! Let me look what we got.
** '''whatta we got'''
* Browse: Cool, we got 4000 series ICs. I think we can find a hex inverter in here.
** '''which ones we got'''
* Locate: I need the 4069. Where are they?
** '''wheres the thing'''
* Lookup: I found the 4069, but what brand is it? I can't use any Chinese ones in this project.
** '''whats it do'''

Each such strategy rips open its own can of worms.

=== Explore ===

Exploring the Tower becomes more difficult if it is less organized. Obviously, it becomes much more difficult if Koffers are not located inside the Tower, which may force a user to look for missing Koffers first.

* This raises the question: how can we best organize the Koffers in such a way that...
** people put them in an ordered fashion such that it makes the most sense; and
** people keep putting them where they are supposed to?

=== Browse ===

There is no such system that aids us in browsing available parts, except for forcedly pointing our eyes directly at them.

Imagine you are looking for hex inverters. You know there could be multiple ICs doing the same thing.

* How can we best browse for parts that we (could) have?
** How can we best identify them by type? Recognition is key. ''Do we even have any other hex inverters?''

=== Locate ===

* How can we best search where specific parts should be stored?

=== Lookup ===

* How can we best provide additional information about a part?

== Solutions: ideas ==

Let's try to come up with solutions which addresses the questions of each strategy. It's important to keep the key points in the scope in mind.

* Does it reach the goal?
* Is it not too much effort to do?
* Is it not too much effort to maintain?
* Will people actually use it?

=== Explore ===

* Build a system where people can easily check which Parts we (should) have in stock. Ideally a digital '''Catalogue'''.
** Put the catalogue on an easily accessible central place, such as a website.
* Make sure the referenced Part storage locations are fixed.
** This requires the Tower to have some kind of markings as to where to store each Koffer.

=== Browse ===

* Categorize the Parts (for each type of part) on most important parameters, and make search queries filterable.

I think people will use it: for example the combination MOSFET, SMD, <=12V, can be quite useful.

=== Locate ===

* For each Part in the Catalogue we should add where it is located.

Having to maintain a catalogue of all locations and the mappings thereof is tedious and is a high burden. This can be overcome by making it much more modular, but still. It sucks, man. To lower the burden compared to manually checking irl, we need to check what makes the latter so bad. Common nuisances:

* The part you look for is in another Storage/Place.
** U IC diversen? U IC analoog? U 4000? SMD IC?
** Turns out the AVR and ST programmers are in a separate Samla underneath the scopes.
* The boxes are shuffled.

Rationale:

* The location of a part should be a description of an object of a size in the order of magnitude m2, for example the ''Tower'', the ''SMD Samlas'', the ''soldering equipment rack''.
* Boxes should have a fixed location, made clear with some kind of identifier.

=== Lookup ===

* Same points as listed at Browse.

For each part that exists in the Catalogue it should at least be categorized with the appropriate tag, such as IC, MOSFET, Diode and such.

We might as well add some metadata. This metadata can be obtained from various sources with the aid of Octopart.

This is quite a bit of work. The metadata of parts never change though. The real burden here is to add metadata whenever you add something to the Catalogue.

=== Other notes ===

supakeen suggests to first asking ourselves '''what do we expect to have at the space?''' Such a question will guide us to prioritize on a base collection of parts and to make space accordingly. All other parts that we have will be a nice supplementary collection.

Atoomnet suggests to make per category an "exotic parts" box which are such obscure parts that do not belong in the main collection.

== Proof of concept ==

By building a small proof of concept we can see if it's chill, how much work it is and if it's worth the hassle.

=== Big picture ===

As a proof of concept, we could start by mapping out one of the wooden boxes of Koffers in the Tower, along with some other Samlas to the right of it.

* Implement a system which keeps storage locations in place.
* Create a Catalogue system which allows manipulating Parts, Locations and their tags. It should also accept and spit out queries.
* List the parts
** Tag along their specs and location.
** Use it with the following kind of queries:
*** Find part location (show parts, pick one, focus on location)
*** Find part details (show parts, pick one, focus on metadata)
*** Find fitting part (show metadata categories, enter one or more filters, show parts results)
*** Look around (show categories, pick one, show parts) or (show locations, pick one, show associated parts)

=== Implementation ===

WIP

== Background and structure ==
[[File:KofferOpen.jpg|right|thumb|An opened Koffer.]]

'''This part is kinda irrelevant for now.'''

We have quite some parts. Some participants have come up with clever logistic solutions which brings us to the current situation.

=== Storage structure ===
The main point of focus is the Tower of storage boxes.

* The boxes used are the Allit EuroPlus Flex 37-17 Assortiments'''koffer''' (picture).
* Each Koffer is labelled which '''category''' of parts it contains.
* Each Koffer has an internal configuration of storage parts ('''Insert'''s), which allows them to be modular. Inside the Koffer there are two '''section'''s.
** main section: up to 4x6 individual 1x1 Inserts can be put, or Inserts with dimensions which are multitudes thereof.
** front section: The front section of each Koffer is a fixed mold with two smaller compartments and a single wide compartment. Inserts do not apply to this section.
* Koffers can be put at any '''location''' inside the Tower.

Let us define a '''compartment''' to be any main section Insert or front section compartment, designatable to store parts.

=== Usual routine ===

When we want to store a part, one or more compartments are designated to store the part by means of labeling them and putting the parts inside.

On the organization of electronic parts

2024-10-12T17:24:24Z

Bamidiscus: proof of concept

[[File:Koffertoren.jpg|thumb|right|The Tower of Koffers. Can we sort it even better?]]

Note: This page is heavily a work in progress. Once this work is finished a plan will be proposed.

Here at RevSpace we have an ever growing assortment of electronic parts, organized on various levels. While looking for parts is a fairly good experience there is still some room for improvement.

I feel like there are some challenges, some of which listed below.

# Finding the group of components.
# Finding the specific location of specific parts.
# Exploring which parts we have.
# Finding additional information about the parts.

The goal of this brief work is to research and, if it proves to be possible, tackle these minor burdens in such a way that it can be implemented at the Space.

== Scope and risks ==

While the Space could improve on other related areas as well, such as the recording of inventory counts, the main goal of this work is to structurally improve the way in which parts can be found.

Some important aspects to keep in mind are the following actions.

=== Setting up ===

* Simple and cheap.
* Must be able to set it up within a single day.

=== Keeping it up ===

* Easy end-use.
* Easy editing.
* Sustainable over longer periods.

=== Ethical considerations ===

Atoomnet went a step ahead to think about the consequences of such a system, listed below.

Having such a system in place to search for parts means that it has to be accessible. People using it more often will be a logical consequence.

* This could pave the way for people with malicious intent to abuse the fair-use policy. Outsiders will be able to obtain our free parts more easily.
** How often are we going to give away one-off free parts?
* By restricting access to the system resource increases the burden of using such a system.
** For example, having to login with LDAP sucks and makes you want to get up and search manually instead.
* On the other hand, maintaining our friendly stance towards newcomers (who seek parts) will statistically get us new members.

== Problems of search strategies ==

Whenever you search for something, you are essentially doing one of four strategies.

* Explore: What a nice Tower! So many types of parts! Let me look what we got.
** '''whatta we got'''
* Browse: Cool, we got 4000 series ICs. I think we can find a hex inverter in here.
** '''which ones we got'''
* Locate: I need the 4069. Where are they?
** '''wheres the thing'''
* Lookup: I found the 4069, but what brand is it? I can't use any Chinese ones in this project.
** '''whats it do'''

Each such strategy rips open its own can of worms.

=== Explore ===

Exploring the Tower becomes more difficult if it is less organized. Obviously, it becomes much more difficult if Koffers are not located inside the Tower, which may force a user to look for missing Koffers first.

* This raises the question: how can we best organize the Koffers in such a way that...
** people put them in an ordered fashion such that it makes the most sense; and
** people keep putting them where they are supposed to?

=== Browse ===

There is no such system that aids us in browsing available parts, except for forcedly pointing our eyes directly at them.

Imagine you are looking for hex inverters. You know there could be multiple ICs doing the same thing.

* How can we best browse for parts that we (could) have?
** How can we best identify them by type? Recognition is key. ''Do we even have any other hex inverters?''

=== Locate ===

* How can we best search where specific parts should be stored?

=== Lookup ===

* How can we best provide additional information about a part?

== Solutions: ideas ==

Let's try to come up with solutions which addresses the questions of each strategy. It's important to keep the key points in the scope in mind.

* Does it reach the goal?
* Is it not too much effort to do?
* Is it not too much effort to maintain?
* Will people actually use it?

=== Explore ===

* Build a system where people can easily check which Parts we (should) have in stock. Ideally a digital '''Catalogue'''.
** Put the catalogue on an easily accessible central place, such as a website.
* Make sure the referenced Part storage locations are fixed.
** This requires the Tower to have some kind of markings as to where to store each Koffer.

=== Browse ===

* Categorize the Parts (for each type of part) on most important parameters, and make search queries filterable.

I think people will use it: for example the combination MOSFET, SMD, <=12V, can be quite useful.

=== Locate ===

* For each Part in the Catalogue we should add where it is located.

Having to maintain a catalogue of all locations and the mappings thereof is tedious and is a high burden. This can be overcome by making it much more modular, but still. It sucks, man. To lower the burden compared to manually checking irl, we need to check what makes the latter so bad. Common nuisances:

* The part you look for is in another Storage/Place.
** U IC diversen? U IC analoog? U 4000? SMD IC?
** Turns out the AVR and ST programmers are in a separate Samla underneath the scopes.
* The boxes are shuffled.

Rationale:

* The location of a part should be a description of an object of a size in the order of magnitude m2, for example the ''Tower'', the ''SMD Samlas'', the ''soldering equipment rack''.
* Boxes should have a fixed location, made clear with some kind of identifier.

=== Lookup ===

* Same points as listed at Browse.

For each part that exists in the Catalogue it should at least be categorized with the appropriate tag, such as IC, MOSFET, Diode and such.

We might as well add some metadata. This metadata can be obtained from various sources with the aid of Octopart.

This is quite a bit of work. The metadata of parts never change though. The real burden here is to add metadata whenever you add something to the Catalogue.

== Proof of concept ==

By building a small proof of concept we can see if it's chill, how much work it is and if it's worth the hassle.

=== Big picture ===

As a proof of concept, we could start by mapping out one of the wooden boxes of Koffers in the Tower, along with some other Samlas to the right of it.

* Implement a system which keeps storage locations in place.
* Create a Catalogue system which allows manipulating Parts, Locations and their tags. It should also accept and spit out queries.
* List the parts
** Tag along their specs and location.
** Use it with the following kind of queries:
*** Find part location (show parts, pick one, focus on location)
*** Find part details (show parts, pick one, focus on metadata)
*** Find fitting part (show metadata categories, enter one or more filters, show parts results)
*** Look around (show categories, pick one, show parts) or (show locations, pick one, show associated parts)

=== Implementation ===

WIP

=== Other notes ===

supakeen suggests to first asking ourselves '''what do we expect to have at the space?''' Such a question will guide us to prioritize on a base collection of parts and to make space accordingly. All other parts that we have will be a nice supplementary collection.

Atoomnet suggests to make per category an "exotic parts" box which are such obscure parts that do not belong in the main collection.

== Background and structure ==
[[File:KofferOpen.jpg|right|thumb|An opened Koffer.]]

'''This part is kinda irrelevant for now.'''

We have quite some parts. Some participants have come up with clever logistic solutions which brings us to the current situation.

=== Storage structure ===
The main point of focus is the Tower of storage boxes.

* The boxes used are the Allit EuroPlus Flex 37-17 Assortiments'''koffer''' (picture).
* Each Koffer is labelled which '''category''' of parts it contains.
* Each Koffer has an internal configuration of storage parts ('''Insert'''s), which allows them to be modular. Inside the Koffer there are two '''section'''s.
** main section: up to 4x6 individual 1x1 Inserts can be put, or Inserts with dimensions which are multitudes thereof.
** front section: The front section of each Koffer is a fixed mold with two smaller compartments and a single wide compartment. Inserts do not apply to this section.
* Koffers can be put at any '''location''' inside the Tower.

Let us define a '''compartment''' to be any main section Insert or front section compartment, designatable to store parts.

=== Usual routine ===

When we want to store a part, one or more compartments are designated to store the part by means of labeling them and putting the parts inside.

On the organization of electronic parts

2024-10-12T17:15:13Z

Bamidiscus: /* Solutions: ideas */

[[File:Koffertoren.jpg|thumb|right|The Tower of Koffers. Can we sort it even better?]]

Note: This page is heavily a work in progress. Once this work is finished a plan will be proposed.

Here at RevSpace we have an ever growing assortment of electronic parts, organized on various levels. While looking for parts is a fairly good experience there is still some room for improvement.

I feel like there are some challenges, some of which listed below.

# Finding the group of components.
# Finding the specific location of specific parts.
# Exploring which parts we have.
# Finding additional information about the parts.

The goal of this brief work is to research and, if it proves to be possible, tackle these minor burdens in such a way that it can be implemented at the Space.

== Scope and risks ==

While the Space could improve on other related areas as well, such as the recording of inventory counts, the main goal of this work is to structurally improve the way in which parts can be found.

Some important aspects to keep in mind are the following actions.

=== Setting up ===

* Simple and cheap.
* Must be able to set it up within a single day.

=== Keeping it up ===

* Easy end-use.
* Easy editing.
* Sustainable over longer periods.

=== Ethical considerations ===

Atoomnet went a step ahead to think about the consequences of such a system, listed below.

Having such a system in place to search for parts means that it has to be accessible. People using it more often will be a logical consequence.

* This could pave the way for people with malicious intent to abuse the fair-use policy. Outsiders will be able to obtain our free parts more easily.
** How often are we going to give away one-off free parts?
* By restricting access to the system resource increases the burden of using such a system.
** For example, having to login with LDAP sucks and makes you want to get up and search manually instead.
* On the other hand, maintaining our friendly stance towards newcomers (who seek parts) will statistically get us new members.

== Problems of search strategies ==

Whenever you search for something, you are essentially doing one of four strategies.

* Explore: What a nice Tower! So many types of parts! Let me look what we got.
** '''whatta we got'''
* Browse: Cool, we got 4000 series ICs. I think we can find a hex inverter in here.
** '''which ones we got'''
* Locate: I need the 4069. Where are they?
** '''wheres the thing'''
* Lookup: I found the 4069, but what brand is it? I can't use any Chinese ones in this project.
** '''whats it do'''

Each such strategy rips open its own can of worms.

=== Explore ===

Exploring the Tower becomes more difficult if it is less organized. Obviously, it becomes much more difficult if Koffers are not located inside the Tower, which may force a user to look for missing Koffers first.

* This raises the question: how can we best organize the Koffers in such a way that...
** people put them in an ordered fashion such that it makes the most sense; and
** people keep putting them where they are supposed to?

=== Browse ===

There is no such system that aids us in browsing available parts, except for forcedly pointing our eyes directly at them.

Imagine you are looking for hex inverters. You know there could be multiple ICs doing the same thing.

* How can we best browse for parts that we (could) have?
** How can we best identify them by type? Recognition is key. ''Do we even have any other hex inverters?''

=== Locate ===

* How can we best search where specific parts should be stored?

=== Lookup ===

* How can we best provide additional information about a part?

== Solutions: ideas ==

Let's try to come up with solutions which addresses the questions of each strategy. It's important to keep the key points in the scope in mind.

* Does it reach the goal?
* Is it not too much effort to do?
* Is it not too much effort to maintain?
* Will people actually use it?

=== Explore ===

* Build a system where people can easily check which Parts we (should) have in stock. Ideally a digital '''Catalogue'''.
** Put the catalogue on an easily accessible central place, such as a website.
* Make sure the referenced Part storage locations are fixed.
** This requires the Tower to have some kind of markings as to where to store each Koffer.

=== Browse ===

* Categorize the Parts (for each type of part) on most important parameters, and make search queries filterable.

I think people will use it: for example the combination MOSFET, SMD, <=12V, can be quite useful.

=== Locate ===

* For each Part in the Catalogue we should add where it is located.

Having to maintain a catalogue of all locations and the mappings thereof is tedious and is a high burden. This can be overcome by making it much more modular, but still. It sucks, man. To lower the burden compared to manually checking irl, we need to check what makes the latter so bad. Common nuisances:

* The part you look for is in another Storage/Place.
** U IC diversen? U IC analoog? U 4000? SMD IC?
** Turns out the AVR and ST programmers are in a separate Samla underneath the scopes.
* The boxes are shuffled.

Rationale:

* The location of a part should be a description of an object of a size in the order of magnitude m2, for example the ''Tower'', the ''SMD Samlas'', the ''soldering equipment rack''.
* Boxes should have a fixed location, made clear with some kind of identifier.

=== Lookup ===

* Same points as listed at Browse.

For each part that exists in the Catalogue it should at least be categorized with the appropriate tag, such as IC, MOSFET, Diode and such.

We might as well add some metadata. This metadata can be obtained from various sources with the aid of Octopart.

This is quite a bit of work. The metadata of parts never change though. The real burden here is to add metadata whenever you add something to the Catalogue.

=== Other notes ===

supakeen suggests to first asking ourselves '''what do we expect to have at the space?''' Such a question will guide us to prioritize on a base collection of parts and to make space accordingly. All other parts that we have will be a nice supplementary collection.

Atoomnet suggests to make per category an "exotic parts" box which are such obscure parts that do not belong in the main collection.

== Background and structure ==
[[File:KofferOpen.jpg|right|thumb|An opened Koffer.]]

'''This part is kinda irrelevant for now.'''

We have quite some parts. Some participants have come up with clever logistic solutions which brings us to the current situation.

=== Storage structure ===
The main point of focus is the Tower of storage boxes.

* The boxes used are the Allit EuroPlus Flex 37-17 Assortiments'''koffer''' (picture).
* Each Koffer is labelled which '''category''' of parts it contains.
* Each Koffer has an internal configuration of storage parts ('''Insert'''s), which allows them to be modular. Inside the Koffer there are two '''section'''s.
** main section: up to 4x6 individual 1x1 Inserts can be put, or Inserts with dimensions which are multitudes thereof.
** front section: The front section of each Koffer is a fixed mold with two smaller compartments and a single wide compartment. Inserts do not apply to this section.
* Koffers can be put at any '''location''' inside the Tower.

Let us define a '''compartment''' to be any main section Insert or front section compartment, designatable to store parts.

=== Usual routine ===

When we want to store a part, one or more compartments are designated to store the part by means of labeling them and putting the parts inside.

On the organization of electronic parts

2024-10-12T17:03:01Z

Bamidiscus: /* Locate */

[[File:Koffertoren.jpg|thumb|right|The Tower of Koffers. Can we sort it even better?]]

Note: This page is heavily a work in progress. Once this work is finished a plan will be proposed.

Here at RevSpace we have an ever growing assortment of electronic parts, organized on various levels. While looking for parts is a fairly good experience there is still some room for improvement.

I feel like there are some challenges, some of which listed below.

# Finding the group of components.
# Finding the specific location of specific parts.
# Exploring which parts we have.
# Finding additional information about the parts.

The goal of this brief work is to research and, if it proves to be possible, tackle these minor burdens in such a way that it can be implemented at the Space.

== Scope and risks ==

While the Space could improve on other related areas as well, such as the recording of inventory counts, the main goal of this work is to structurally improve the way in which parts can be found.

Some important aspects to keep in mind are the following actions.

=== Setting up ===

* Simple and cheap.
* Must be able to set it up within a single day.

=== Keeping it up ===

* Easy end-use.
* Easy editing.
* Sustainable over longer periods.

=== Ethical considerations ===

Atoomnet went a step ahead to think about the consequences of such a system, listed below.

Having such a system in place to search for parts means that it has to be accessible. People using it more often will be a logical consequence.

* This could pave the way for people with malicious intent to abuse the fair-use policy. Outsiders will be able to obtain our free parts more easily.
** How often are we going to give away one-off free parts?
* By restricting access to the system resource increases the burden of using such a system.
** For example, having to login with LDAP sucks and makes you want to get up and search manually instead.
* On the other hand, maintaining our friendly stance towards newcomers (who seek parts) will statistically get us new members.

== Problems of search strategies ==

Whenever you search for something, you are essentially doing one of four strategies.

* Explore: What a nice Tower! So many types of parts! Let me look what we got.
** '''whatta we got'''
* Browse: Cool, we got 4000 series ICs. I think we can find a hex inverter in here.
** '''which ones we got'''
* Locate: I need the 4069. Where are they?
** '''wheres the thing'''
* Lookup: I found the 4069, but what brand is it? I can't use any Chinese ones in this project.
** '''whats it do'''

Each such strategy rips open its own can of worms.

=== Explore ===

Exploring the Tower becomes more difficult if it is less organized. Obviously, it becomes much more difficult if Koffers are not located inside the Tower, which may force a user to look for missing Koffers first.

* This raises the question: how can we best organize the Koffers in such a way that...
** people put them in an ordered fashion such that it makes the most sense; and
** people keep putting them where they are supposed to?

=== Browse ===

There is no such system that aids us in browsing available parts, except for forcedly pointing our eyes directly at them.

Imagine you are looking for hex inverters. You know there could be multiple ICs doing the same thing.

* How can we best browse for parts that we (could) have?
** How can we best identify them by type? Recognition is key. ''Do we even have any other hex inverters?''

=== Locate ===

* How can we best search where specific parts should be stored?

=== Lookup ===

* How can we best provide additional information about a part?

== Solutions: ideas ==

Let's try to come up with solutions which addresses the questions of each strategy. It's important to keep the key points in the scope in mind.

* Does it reach the goal?
* Is it not too much effort to do?
* Is it not too much effort to maintain?
* Will people actually use it?

=== Explore ===

* Build a system where people can easily check which Parts we (should) have in stock. Ideally a digital '''Catalogue'''.
** Put the catalogue on an easily accessible central place, such as a website.
* Make sure the referenced Part storage locations are fixed.
** This requires the Tower to have some kind of markings as to where to store each Koffer.

=== Browse ===

* Categorize the Parts (for each type of part) on most important parameters, and make search queries filterable.

=== Locate ===

* For each Part in the Catalogue we should add where it is located.

Having to maintain a catalogue of all locations and the mappings thereof is tedious and is a high burden. This can be overcome by making it much more modular, but still. It sucks, man. To lower the burden compared to manually checking irl, we need to check what makes the latter so bad. Common nuisances:

* The part you look for is in another Storage/Place.
** U IC diversen? U IC analoog? U 4000? SMD IC?
** Turns out the AVR and ST programmers are in a separate Samla underneath the scopes.
* The boxes are shuffled.

Rationale:

* The location of a part should be a description of an object of a size in the order of magnitude m2, for example the ''Tower'', the ''SMD Samlas'', the ''soldering equipment rack''.
* Boxes should have a fixed location, made clear with some kind of identifier.

=== Lookup ===

* Same points as listed at Browse.

For each part that exists in the Catalogue it should at least be categorized with the appropriate tag, such as IC, MOSFET, Diode and such.

We might as well add some metadata. This metadata can be obtained from various sources with the aid of Octopart.

This is quite a bit of work. The metadata of parts never change though. The real burden here is to add metadata whenever you add something to the Catalogue. I think people will use it: for example the combination MOSFET, SMD, <=12V, can be quite useful.

=== Other notes ===

supakeen suggests to first asking ourselves '''what do we expect to have at the space?''' Such a question will guide us to prioritize on a base collection of parts and to make space accordingly. All other parts that we have will be a nice supplementary collection.

Atoomnet suggests to make per category an "exotic parts" box which are such obscure parts that do not belong in the main collection.

== Background and structure ==
[[File:KofferOpen.jpg|right|thumb|An opened Koffer.]]

'''This part is kinda irrelevant for now.'''

We have quite some parts. Some participants have come up with clever logistic solutions which brings us to the current situation.

=== Storage structure ===
The main point of focus is the Tower of storage boxes.

* The boxes used are the Allit EuroPlus Flex 37-17 Assortiments'''koffer''' (picture).
* Each Koffer is labelled which '''category''' of parts it contains.
* Each Koffer has an internal configuration of storage parts ('''Insert'''s), which allows them to be modular. Inside the Koffer there are two '''section'''s.
** main section: up to 4x6 individual 1x1 Inserts can be put, or Inserts with dimensions which are multitudes thereof.
** front section: The front section of each Koffer is a fixed mold with two smaller compartments and a single wide compartment. Inserts do not apply to this section.
* Koffers can be put at any '''location''' inside the Tower.

Let us define a '''compartment''' to be any main section Insert or front section compartment, designatable to store parts.

=== Usual routine ===

When we want to store a part, one or more compartments are designated to store the part by means of labeling them and putting the parts inside.

On the organization of electronic parts

2024-10-12T16:47:35Z

Bamidiscus:

[[File:Koffertoren.jpg|thumb|right|The Tower of Koffers. Can we sort it even better?]]

Note: This page is heavily a work in progress. Once this work is finished a plan will be proposed.

Here at RevSpace we have an ever growing assortment of electronic parts, organized on various levels. While looking for parts is a fairly good experience there is still some room for improvement.

I feel like there are some challenges, some of which listed below.

# Finding the group of components.
# Finding the specific location of specific parts.
# Exploring which parts we have.
# Finding additional information about the parts.

The goal of this brief work is to research and, if it proves to be possible, tackle these minor burdens in such a way that it can be implemented at the Space.

== Scope and risks ==

While the Space could improve on other related areas as well, such as the recording of inventory counts, the main goal of this work is to structurally improve the way in which parts can be found.

Some important aspects to keep in mind are the following actions.

=== Setting up ===

* Simple and cheap.
* Must be able to set it up within a single day.

=== Keeping it up ===

* Easy end-use.
* Easy editing.
* Sustainable over longer periods.

=== Ethical considerations ===

Atoomnet went a step ahead to think about the consequences of such a system, listed below.

Having such a system in place to search for parts means that it has to be accessible. People using it more often will be a logical consequence.

* This could pave the way for people with malicious intent to abuse the fair-use policy. Outsiders will be able to obtain our free parts more easily.
** How often are we going to give away one-off free parts?
* By restricting access to the system resource increases the burden of using such a system.
** For example, having to login with LDAP sucks and makes you want to get up and search manually instead.
* On the other hand, maintaining our friendly stance towards newcomers (who seek parts) will statistically get us new members.

== Problems of search strategies ==

Whenever you search for something, you are essentially doing one of four strategies.

* Explore: What a nice Tower! So many types of parts! Let me look what we got.
** '''whatta we got'''
* Browse: Cool, we got 4000 series ICs. I think we can find a hex inverter in here.
** '''which ones we got'''
* Locate: I need the 4069. Where are they?
** '''wheres the thing'''
* Lookup: I found the 4069, but what brand is it? I can't use any Chinese ones in this project.
** '''whats it do'''

Each such strategy rips open its own can of worms.

=== Explore ===

Exploring the Tower becomes more difficult if it is less organized. Obviously, it becomes much more difficult if Koffers are not located inside the Tower, which may force a user to look for missing Koffers first.

* This raises the question: how can we best organize the Koffers in such a way that...
** people put them in an ordered fashion such that it makes the most sense; and
** people keep putting them where they are supposed to?

=== Browse ===

There is no such system that aids us in browsing available parts, except for forcedly pointing our eyes directly at them.

Imagine you are looking for hex inverters. You know there could be multiple ICs doing the same thing.

* How can we best browse for parts that we (could) have?
** How can we best identify them by type? Recognition is key. ''Do we even have any other hex inverters?''

=== Locate ===

* How can we best search where specific parts should be stored?

=== Lookup ===

* How can we best provide additional information about a part?

== Solutions: ideas ==

Let's try to come up with solutions which addresses the questions of each strategy. It's important to keep the key points in the scope in mind.

* Does it reach the goal?
* Is it not too much effort to do?
* Is it not too much effort to maintain?
* Will people actually use it?

=== Explore ===

* Build a system where people can easily check which Parts we (should) have in stock. Ideally a digital '''Catalogue'''.
** Put the catalogue on an easily accessible central place, such as a website.
* Make sure the referenced Part storage locations are fixed.
** This requires the Tower to have some kind of markings as to where to store each Koffer.

=== Browse ===

* Categorize the Parts (for each type of part) on most important parameters, and make search queries filterable.

=== Locate ===

* For each Part in the Catalogue we should add where it is located.

Having to maintain a catalogue of all locations and the mappings thereof is tedious and is a high burden. This can be overcome by making it much more modular, but still. It sucks, man.

Rationale: the location of a part should be a description of an object of a size in the order of magnitude m2, for example the ''Tower'', the ''SMD Samlas'', the ''soldering equipment rack''.

=== Lookup ===

* Same points as listed at Browse.

For each part that exists in the Catalogue it should at least be categorized with the appropriate tag, such as IC, MOSFET, Diode and such.

We might as well add some metadata. This metadata can be obtained from various sources with the aid of Octopart.

This is quite a bit of work. The metadata of parts never change though. The real burden here is to add metadata whenever you add something to the Catalogue. I think people will use it: for example the combination MOSFET, SMD, <=12V, can be quite useful.

=== Other notes ===

supakeen suggests to first asking ourselves '''what do we expect to have at the space?''' Such a question will guide us to prioritize on a base collection of parts and to make space accordingly. All other parts that we have will be a nice supplementary collection.

Atoomnet suggests to make per category an "exotic parts" box which are such obscure parts that do not belong in the main collection.

== Background and structure ==
[[File:KofferOpen.jpg|right|thumb|An opened Koffer.]]

'''This part is kinda irrelevant for now.'''

We have quite some parts. Some participants have come up with clever logistic solutions which brings us to the current situation.

=== Storage structure ===
The main point of focus is the Tower of storage boxes.

* The boxes used are the Allit EuroPlus Flex 37-17 Assortiments'''koffer''' (picture).
* Each Koffer is labelled which '''category''' of parts it contains.
* Each Koffer has an internal configuration of storage parts ('''Insert'''s), which allows them to be modular. Inside the Koffer there are two '''section'''s.
** main section: up to 4x6 individual 1x1 Inserts can be put, or Inserts with dimensions which are multitudes thereof.
** front section: The front section of each Koffer is a fixed mold with two smaller compartments and a single wide compartment. Inserts do not apply to this section.
* Koffers can be put at any '''location''' inside the Tower.

Let us define a '''compartment''' to be any main section Insert or front section compartment, designatable to store parts.

=== Usual routine ===

When we want to store a part, one or more compartments are designated to store the part by means of labeling them and putting the parts inside.

On the organization of electronic parts

2024-10-12T16:24:50Z

Bamidiscus: add stuff about ethics

[[File:Koffertoren.jpg|thumb|right|The Tower of Koffers. Can we sort it even better?]]

Note: This page is heavily a work in progress. Once this work is finished a plan will be proposed.

Here at RevSpace we have an ever growing assortment of electronic parts, organized on various levels. While looking for parts is a fairly good experience there is still some room for improvement.

I feel like there are some challenges, some of which listed below.

# Finding the group of components.
# Finding the specific location of specific parts.
# Exploring which parts we have.
# Finding additional information about the parts.

The goal of this brief work is to research and, if it proves to be possible, tackle these minor burdens in such a way that it can be implemented at the Space.

== Scope and risks ==

While the Space could improve on other related areas as well, such as the recording of inventory counts, the main goal of this work is to structurally improve the way in which parts can be found.

Some important aspects to keep in mind are the following actions.

=== Setting up ===

* Simple and cheap.
* Must be able to set it up within a single day.

=== Keeping it up ===

* Easy end-use.
* Easy editing.
* Sustainable over longer periods.

== Background and structure ==
[[File:KofferOpen.jpg|right|thumb|An opened Koffer.]]

We have quite some parts. Some participants have come up with clever logistic solutions which brings us to the current situation.

=== Storage structure ===
The main point of focus is the Tower of storage boxes.

* The boxes used are the Allit EuroPlus Flex 37-17 Assortiments'''koffer''' (picture).
* Each Koffer is labelled which '''category''' of parts it contains.
* Each Koffer has an internal configuration of storage parts ('''Insert'''s), which allows them to be modular. Inside the Koffer there are two '''section'''s.
** main section: up to 4x6 individual 1x1 Inserts can be put, or Inserts with dimensions which are multitudes thereof.
** front section: The front section of each Koffer is a fixed mold with two smaller compartments and a single wide compartment. Inserts do not apply to this section.
* Koffers can be put at any '''location''' inside the Tower.

Let us define a '''compartment''' to be any main section Insert or front section compartment, designatable to store parts.

=== Usual routine ===

When we want to store a part, one or more compartments are designated to store the part by means of labeling them and putting the parts inside.

== Problems of search strategies ==

Whenever you search for something, you are essentially doing one of four strategies.

* Explore: What a nice Tower! So many types of parts! Let me look what we got.
** '''whatta we got'''
* Browse: Cool, we got 4000 series ICs. I think we can find a hex inverter in here.
** '''which ones we got'''
* Locate: I need the 4069. Where are they?
** '''wheres the thing'''
* Lookup: I found the 4069, but what brand is it? I can't use any Chinese ones in this project.
** '''whats it do'''

Each such strategy rips open its own can of worms.

=== Explore ===

Exploring the Tower becomes more difficult if it is less organized. Obviously, it becomes much more difficult if Koffers are not located inside the Tower, which may force a user to look for missing Koffers first.

* This raises the question: how can we best organize the Koffers in such a way that...
** people put them in an ordered fashion such that it makes the most sense; and
** people keep putting them where they are supposed to?

=== Browse ===

There is no such system that aids us in browsing available parts, except for forcedly pointing our eyes directly at them.

Imagine you are looking for hex inverters. You know there could be multiple ICs doing the same thing.

* How can we best browse for parts that we (could) have?
** How can we best identify them by type? Recognition is key. ''Do we even have any other hex inverters?''

=== Locate ===

* How can we best search where specific parts should be stored?

=== Lookup ===

* How can we best provide additional information about a part?

== Solutions: ideas ==

Let's try to come up with solutions which addresses the questions of each strategy. It's important to keep the key points in the scope in mind.

=== Explore ===

* Build a system where people can easily check which Parts we (should) have in stock. Ideally a digital '''Catalogue'''.
** Put the catalogue on an easily accessible central place, such as a website.
* Make sure the referenced Part storage locations are fixed.
** This requires the Tower to have some kind of markings as to where to store each Koffer.

=== Browse ===

* Categorize the Parts (for each type of part) on most important parameters, and make search queries filterable.

=== Locate ===

* For each Part in the Catalogue we should add where it is located.

=== Lookup ===

* Same points as listed at Browse.

=== Other notes ===

supakeen suggests to first asking ourselves '''what do we expect to have at the space?''' Such a question will guide us to prioritize on a base collection of parts and to make space accordingly. All other parts that we have will be a nice supplementary collection.

Atoomnet suggests to make per category an "exotic parts" box which are such obscure parts that do not belong in the main collection.

== Ethical considerations ==

Atoomnet went a step ahead to think about the consequences of such a system, listed below.

Having such a system in place to search for parts means that it has to be accessible. People using it more often will be a logical consequence.

* This could pave the way for people with malicious intent to abuse the fair-use policy. Outsiders will be able to obtain our free parts more easily.
** How often are we going to give away one-off free parts?
* By restricting access to the system resource increases the burden of using such a system.
** For example, having to login with LDAP sucks and makes you want to get up and search manually instead.
* On the other hand, maintaining our friendly stance towards newcomers (who seek parts) will statistically get us new members.

On the organization of electronic parts

2024-10-12T14:23:06Z

Bamidiscus: add explicit questions

On the organization of electronic parts

2024-10-12T14:10:46Z

Bamidiscus: phrasing

On the organization of electronic parts

2024-10-12T14:10:13Z

Bamidiscus: phrasing

On the organization of electronic parts

2024-10-12T14:05:12Z

Bamidiscus: add some solutions

On the organization of electronic parts

2024-09-29T14:10:44Z

Bamidiscus: add some images and minor text fix

File:KofferOpen.jpg

2024-09-29T14:08:45Z

Bamidiscus: File uploaded with MsUpload

File uploaded with MsUpload

File:Koffertoren.jpg

2024-09-29T14:05:40Z

Bamidiscus: File uploaded with MsUpload

File uploaded with MsUpload