Slot Space

Drone Wars may just represent the way slots will develop as they increasingly combine elements of video games with the wagering element. As the game starts, you are in a spaceship looking out to space, ready to fire at incoming invaders. There are space fighters wearing futuristic headgear, neon symbols, space stun guns, and technicolour drones.

PCI configuration space is the underlying way that the Conventional PCI, PCI-X and PCI Express perform auto configuration of the cards inserted into their bus.

Guide to Graphics Card Slot Types. Difference between single slot, dual-slot, 2.2 slot, 2.3 slot, 2.5 slot, 2.75 slot and triple slot graphics cards. The height of a graphics card is generally expressed in terms of slot number i.e. Single, dual, 2.5, 2.7, triple. This number specifies the number of slots a graphics card will occupy on a motherboard and probably on the computer case expansion.
Teams were permitted to trade slot space under the previous Collective Bargaining Agreement, though they were only allowed to split their pool into four 'slots,' meaning that a club with a $3 million pool might have had a $1.5 million slot, an $800,000 slot, a $400,000 slot and a $300,000 slot.

Overview[edit]

PCI devices have a set of registers referred to as configuration space and PCI Express introduces extended configuration space for devices. Configuration space registers are mapped to memory locations. Device drivers and diagnostic software must have access to the configuration space, and operating systems typically use APIs to allow access to device configuration space. When the operating system does not have access methods defined or APIs for memory mapped configuration space requests, the driver or diagnostic software has the burden to access the configuration space in a manner that is compatible with the operating system's underlying access rules. In all systems, device drivers are encouraged to use APIs provided by the operating system to access the configuration space of the device.

Technical information[edit]

One of the major improvements the PCI Local Bus had over other I/O architectures was its configuration mechanism. In addition to the normal memory-mapped and I/O port spaces, each device function on the bus has a configuration space, which is 256 bytes long, addressable by knowing the eight-bit PCI bus, five-bit device, and three-bit function numbers for the device (commonly referred to as the BDF or B/D/F, as abbreviated from bus/device/function). This allows up to 256 buses, each with up to 32 devices, each supporting eight functions. A single PCI expansion card can respond as a device and must implement at least function number zero. The first 64 bytes of configuration space are standardized; the remainder are available for vendor-defined purposes.

In order to allow more parts of configuration space to be standardized without conflicting with existing uses, there can be a list of capabilities defined within the remain 192 bytes of PCI configuration space. Each capability has one byte that describes which capability it is, and one byte to point to the next capability. The number of additional bytes depends on the capability ID. If capabilities are being used, a bit in the Status register is set, and a pointer to the first in a linked list of capabilities is provided in the Cap. pointer register defined in the Standardized Registers.

PCI-X 2.0 and PCI Express introduced an extended configuration space, up to 4096 bytes. The only standardized part of extended configuration space is the first four bytes at 0x100 which are the start of an extended capability list. Extended capabilities are very much like normal capabilities except that they can refer to any byte in the extended configuration space (by using 12 bits instead of eight), have a four-bit version number and a 16-bit capability ID. Extended capability IDs overlap with normal capability IDs, but there is no chance of confusion as they are in separate lists.

Standardized registers[edit]

Standard registers of PCI Type 0 (Non-Bridge) Configuration Space Header

The Device ID (DID) and Vendor ID (VID) registers identify the device (such as an IC), and are commonly called the PCI ID. The 16-bit vendor ID is allocated by the PCI-SIG. The 16-bit device ID is then assigned by the vendor. There is an inactive project to collect all known Vendor and Device IDs. (See the external links below.)

The Status register is used to report which features are supported and whether certain kinds of errors have occurred. The Command register contains a bitmask of features that can be individually enabled and disabled. The Header Type register values determine the different layouts of remaining 48 bytes (64-16) of the header, depending on the function of the device. That is, Type 1 headers for Root Complex, switches, and bridges. Then Type 0 for endpoints. The Cache Line Size register must be programmed before the device is told it can use the memory-write-and-invalidate transaction. This should normally match the CPU's cache line size, but the correct setting is system dependent. This register does not apply to PCI Express.

The Subsystem ID (SSID) and the Subsystem Vendor ID (SVID) differentiate specific model (such as an add-in card). While the Vendor ID is that of the chipset manufacturer, the Subsystem Vendor ID is that of the card manufacturer. The Subsystem ID is assigned by the subsystem vendor from the same number space as the Device ID. As an example, in the case of wireless network cards, the chipset manufacturer might be Broadcom or Atheros, and the card manufacturer might be Netgear or D-Link. Generally, the Vendor ID–Device ID combination designates which driver the host should load in order to handle the device, as all cards with the same VID:DID combination can be handled by the same driver. The Subsystem Vendor ID–Subsystem ID combination identifies the card, which is the kind of information the driver may use to apply a minor card-specific change in its operation.

Bus enumeration[edit]

To address a PCI device, it must be enabled by being mapped into the system's I/O port address space or memory-mapped address space. The system's firmware, device drivers or the operating system program the Base Address Registers (commonly called BARs) to inform the device of its address mapping by writing configuration commands to the PCI controller. Because all PCI devices are in an inactive state upon system reset, they will have no addresses assigned to them by which the operating system or device drivers can communicate with them. Either the BIOS or the operating system geographically addresses the PCI slots (for example, the first PCI slot, the second PCI slot, or the third PCI slot, etc., on the motherboard) through the PCI controller using the per slot IDSEL (Initialization Device Select) signals.

PCI BAR Bits
Bits	Description	Values
For all PCI BARs
0	Region Type	0 = Memory 1 = I/O
For Memory BARs
2-1	Locatable	0 = any 32-bit 1 = < 1 MiB 2 = any 64-bit
3	Prefetchable	0 = no 1 = yes
31-4	Base Address	naturally 16-byte aligned
For I/O BARs
1	Reserved
31-2	Base Address	naturally 4-byte aligned

Since there is no direct method for the BIOS or operating system to determine which PCI slots have devices installed (nor to determine which functions the device implements) the PCI bus(es) must be enumerated. Bus enumeration is performed by attempting to read the vendor ID and device ID (VID/DID) register for each combination of bus number and device number at the device's function #0.Note that device number, different from DID, is merely a device's sequential number on that bus. Moreover, after a new bridge is detected, a new bus number is defined, and device enumeration restarts at device number zero.

If no response is received from the device's function #0, the bus master performs an abort and returns an all-bits-on value (FFFFFFFF in hexadecimal), which is an invalid VID/DID value, thus a device driver can tell that the specified combination bus/device_number/function (B/D/F) is not present. So, when a read to a function ID of zero for a given bus/device causes the master (initiator) to abort, it must then be presumed that no working device exists on that bus because devices are required to implement function number zero. In this case, reads to the remaining functions numbers (1–7) are not necessary as they also will not exist.

When a read to a specified B/D/F combination for the vendor ID register succeeds, a device driver knows that it exists; it writes all ones to its BARs and reads back the device's requested memory size in an encoded form. The design implies that all address space sizes are a power of two and are naturally aligned.^[1]

At this point, the BIOS or operating system will program the memory-mapped and I/O port addresses into the device's BAR configuration register. These addresses stay valid as long as the system remains turned on. Upon power-off, all these settings are lost and the procedure is repeated next time the system is powered back on. Since this entire process is fully automated, the user is spared the task of configuring any newly added hardware manually by changing DIP switches on the cards themselves. This automatic device discovery and address space assignment is how plug and play is implemented.

If a PCI-to-PCI bridge is found, the system must assign the secondary PCI bus beyond the bridge a bus number other than zero, and then enumerate the devices on that secondary bus. If more PCI bridges are found, the discovery continues recursively until all possible domain/bus/device combinations are scanned.

Each non-bridge PCI device function can implement up to 6 BARs, each of which can respond to different addresses in I/O port and memory-mapped address space. Each BAR describes a region ^[2]^[1] that is between 16 bytes and 2 gigabytes in size, located below 4 gigabyte address space limit. If a platform supports the 'Above 4G' option in system firmware, 64 bit bars can be used.

A PCI device can also have an option ROM which can contain driver code or configuration information.

Hardware implementation[edit]

When performing a Configuration Space access, a PCI device does not decode the address to determine if it should respond, but instead looks at the Initialization Device Select signal (IDSEL). There is a system-wide unique activation method for each IDSEL signal. The PCI device is required to decode only the lowest order 11 bits of the address space (AD[10] to AD[0]) address/data signals, and can ignore decoding the 21 high order A/D signals (AD[31] to AD[11]) because a Configuration Space access implementation has each slot's IDSEL pin connected to a different high order address/data line AD[11] through AD[31]. The IDSEL signal is a different pin for each PCI device/adapter slot.

To configure the card in slot n, the PCI bus bridge performs a configuration-space access cycle with the PCI device's register to be addressed on lines AD[7:2] (AD[1:0] are always zero since registers are double words (32-bits)), and the PCI function number specified on bits AD[10:8], with all higher-order bits zeros except for AD[n+11] being used as the IDSEL signal on a given slot.

To reduce electrically loading down the timing critical (and thus electrically loading sensitive) AD[] bus, the IDSEL signal on the PCI slot connector is usually connected to its assigned AD[n+11] pin through a resistor. This causes the PCI's IDSEL signal to reach its active condition more slowly than other PCI bus signals (due to the RC time constant of both the resistor and the IDSEL pin's input capacitance). Thus Configuration Space accesses are performed more slowly to allow time for the IDSEL signal to reach a valid level.

The scanning on the bus is performed on the Intel platform by accessing two defined standardized ports. These ports are the Configuration Space Address (0xCF8) I/O port and Configuration Space Data (0xCFC) I/O port. The value written to the Configuration Space Address I/O port is created by combining B/D/F values and the registers address value into a 32-bit word.

Software implementation[edit]

Configuration reads and writes can be initiated from the CPU in two ways: one legacy method via I/O addresses 0xCF8 and 0xCFC, and another called memory-mapped configuration.^[3]

The legacy method was present in the original PCI, and it is called Configuration Access Mechanism (CAM). It allows for 256 bytes of a device's address space to be reached indirectly via two 32-bit registers called PCI CONFIG_ADDRESS and PCI CONFIG_DATA. These registers are at addresses 0xCF8 and 0xCFC in the x86 I/O address space.^[4] For example, a software driver (firmware, OS kernel or kernel driver) can use these registers to configure a PCI device by writing the address of the device's register into CONFIG_ADDRESS, and by putting the data that is supposed to be written to the device into CONFIG_DATA. Since this process requires a write to a register in order to write the device's register, it is referred to as 'indirection'.

The format of CONFIG_ADDRESS is the following:

As explained previously, addressing a device via Bus, Device, and Function (BDF) is also referred to as 'addressing a device geographically.' See arch/x86/pci/early.c in the Linux kernel code for an example of code that uses geographical addressing.^[5]

When extended configuration space is used on some AMD CPUs, the extra bits 11:8 of the offset are written to bits 27:24 of the CONFIG_ADDRESS register:^[6]^[7]

The second method was created for PCI Express. It is called Enhanced Configuration Access Mechanism (ECAM). It extends device's configuration space to 4k, with the bottom 256 bytes overlapping the original (legacy) configuration space in PCI. The section of the addressable space is 'stolen' so that the accesses from the CPU don't go to memory but rather reach a given device in the PCI Express fabric. During system initialization, firmware determines the base address for this “stolen” address region and communicates it to the root complex and to the operating system. This communication method is implementation-specific, and not defined in the PCI Express specification.

Each device has its own 4 KiB space and each device's info is accessible through a simple array dev[bus][device][function] so that 256 MiB of physical contiguous space is 'stolen' for this use (256 buses × 32 devices × 8 functions × 4 KiB = 256 MiB). The base physical address of this array is not specified. For example, on modern x86 systems the ACPI tables contain the necessary information.^[8]

References[edit]

^ ^a^b'Base Address Registers'. PCI. osdev.org. 2013-12-24. Retrieved 2014-04-17.
^'PCI configuration methods'. cs.ucla.edu. 2011-11-22. Retrieved 2014-04-17.
^'Accessing PCI Express* Configuration Registers Using Intel® Chipsets'(PDF). Intel Corporation. Retrieved 27 September 2018.
^'PCI Configuration Mechanism #1'. osdev.org. 2015-01-01. Retrieved 2015-01-01.
^'kernel/git/stable/linux-stable.git: arch/x86/pci/early.c (Linux kernel stable tree, version 3.12.7)'. kernel.org. Retrieved 2014-01-10.
^'kernel/git/stable/linux-stable.git: arch/x86/pci/direct.c (Linux kernel stable tree, version 3.12.7)'. kernel.org. Retrieved 2017-09-11.
^Richter, Robert. 'x86: add PCI extended config space access for AMD Barcelona'. kernel.org. Retrieved 26 September 2018.
^'XSDT - OSDev Wiki'. Retrieved 2017-04-30.

External links[edit]

The PCI ID Repository, a project to collect all known IDs

Retrieved from 'https://en.wikipedia.org/w/index.php?title=PCI_configuration_space&oldid=1007637239'

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slot¹

(slŏt)n.

1. A narrow opening; a groove or slit: a slot for coins in a vending machine; a mail slot.

2. A gap between a main and auxiliary airfoil to provide space for airflow and facilitate the smooth passage of air over the wing.

a. An assigned place in a sequence or schedule: a new time slot for a TV program.

b. A position of employment in an organization or hierarchy.

5. Informal A slot machine designed for gambling: lost $100 playing the slots.

a. Football A space or gap between an end and a tackle in an offensive line.

b. Sports An unmarked area in front of the goal between the face-off circles on an ice hockey rink.

tr.v.slot·ted, slot·ting, slots

2. To put into or assign to a slot.

[Middle English, hollow of the breastbone, from Old French esclot.]

slot²

(slŏt)

[Obsolete French esclot, horse's hoofprint, from Old French, perhaps from Old Norse slōdh, track.]

American Heritage® Dictionary of the English Language, Fifth Edition. Copyright © 2016 by Houghton Mifflin Harcourt Publishing Company. Published by Houghton Mifflin Harcourt Publishing Company. All rights reserved.

slot

(slɒt) n

1. an elongated aperture or groove, such as one in a vending machine for inserting a coin

2. (Aeronautics) an air passage in an aerofoil to direct air from the lower to the upper surface, esp the gap formed behind a slat

3. (Nautical Terms) a vertical opening between the leech of a foresail and a mast or the luff of another sail through which air spills from one against the other to impart forward motion

vb, slots, slottingorslotted

6. (usually foll by: in or into) to fit or adjust in a slot

7. informal to situate or be situated in a series or scheme

[C13: from Old French esclot the depression of the breastbone, of unknown origin]

slot

(slɒt)

[C16: from Old French esclot horse's hoof-print, probably of Scandinavian origin; compare Old Norse sloth track; see sleuth]

Collins English Dictionary – Complete and Unabridged, 12th Edition 2014 © HarperCollins Publishers 1991, 1994, 1998, 2000, 2003, 2006, 2007, 2009, 2011, 2014

slot¹

(slɒt)
n., v. slot•ted, slot•ting.n.

1. a slit or other narrow opening, esp. one for receiving something, as a coin or a letter.

2. a place or position, as in a sequence or series.

4. Informal.slot machine (def. 1).

5. a gap that is opened along the leading edge of an aircraft wing to improve airflow.

v.t.

7. to make a slot in; provide with a slot or slots.

8. to place or fit into a slot: You've been slotted for four o'clock.

v.i.

[1300–50; Middle English: the hollow of the breastbone < Middle French esclot, of uncertain orig.]

slot²

(slɒt)
n.

the track or trail of a deer or other animal, as shown by the marks of the feet.

[1565–75; < Anglo-French, Middle French esclot the hoofprint of a horse, probably < Old Norse slōth track, trail; compare sleuthhound]

slot

Past participle: slotted
Gerund: slotting

Imperative
slot
slot

Present
I slot
you slot
he/she/it slots
we slot
you slot
they slot

Preterite
I slotted
you slotted
he/she/it slotted
we slotted
you slotted
they slotted

Present Continuous
I am slotting
you are slotting
he/she/it is slotting
we are slotting
you are slotting
they are slotting

Present Perfect
I have slotted
you have slotted
he/she/it has slotted
we have slotted
you have slotted
they have slotted

Past Continuous
I was slotting
you were slotting
he/she/it was slotting
we were slotting
you were slotting
they were slotting

Past Perfect
I had slotted
you had slotted
he/she/it had slotted
we had slotted
you had slotted
they had slotted

Future
I will slot
you will slot
he/she/it will slot
we will slot
you will slot
they will slot

Future Perfect
I will have slotted
you will have slotted
he/she/it will have slotted
we will have slotted
you will have slotted
they will have slotted

Future Continuous
I will be slotting
you will be slotting
he/she/it will be slotting
we will be slotting
you will be slotting
they will be slotting

Present Perfect Continuous
I have been slotting
you have been slotting
he/she/it has been slotting
we have been slotting
you have been slotting
they have been slotting

Future Perfect Continuous
I will have been slotting
you will have been slotting
he/she/it will have been slotting
we will have been slotting
you will have been slotting
they will have been slotting

Past Perfect Continuous
I had been slotting
you had been slotting
he/she/it had been slotting
we had been slotting
you had been slotting
they had been slotting

Conditional
I would slot
you would slot
he/she/it would slot
we would slot
you would slot
they would slot

Past Conditional
I would have slotted
you would have slotted
he/she/it would have slotted
we would have slotted
you would have slotted
they would have slotted

Collins English Verb Tables © HarperCollins Publishers 2011

Noun	1.	slot - a position in a grammatical linguistic construction in which a variety of alternative units are interchangeable; 'he developed a version of slot grammar' spatial relation, position - the spatial property of a place where or way in which something is situated; 'the position of the hands on the clock'; 'he specified the spatial relations of every piece of furniture on the stage'
2.	slot - a small slit (as for inserting a coin or depositing mail); 'he put a quarter in the slot' coin slot - a slot through which coins can be inserted into a slot machine mail slot - a slot (usually in a door) through which mail can be delivered
3.	slot - a time assigned on a schedule or agenda; 'the TV program has a new time slot'; 'an aircraft landing slot' interval, time interval - a definite length of time marked off by two instants
4.	slot - a position in a hierarchy or organization; 'Bob Dylan occupied the top slot for several weeks'; 'she beat some tough competition for the number one slot' status, position - the relative position or standing of things or especially persons in a society; 'he had the status of a minor'; 'the novel attained the status of a classic'; 'atheists do not enjoy a favorable position in American life'
5.	slot - the trail of an animal (especially a deer); 'he followed the deer's slot over the soft turf to the edge of the trees' trail - a track or mark left by something that has passed; 'there as a trail of blood'; 'a tear left its trail on her cheek'
6.	slot - (computer) a socket in a microcomputer that will accept a plug-in circuit board; 'the PC had three slots for additional memory' computer, computing device, computing machine, data processor, electronic computer, information processing system - a machine for performing calculations automatically receptacle - an electrical (or electronic) fitting that is connected to a source of power and equipped to receive an insert
7.	slot - a slot machine that is used for gambling; 'they spend hours and hours just playing the slots' fruit machine - a coin-operated gambling machine that produces random combinations of symbols (usually pictures of different fruits) on rotating dials; certain combinations win money for the player coin machine, slot machine - a machine that is operated by the insertion of a coin in a slot
Verb	1.	slot - assign a time slot; 'slot a television program' schedule - plan for an activity or event; 'I've scheduled a concert next week'

slot

noun

1.opening, hole, groove, vent, slit, aperture, channelHe dropped a coin in the slot and dialled.

2.(Informal)place, time, space, spot, opening, position, window, vacancy, nicheVisitors can book a time slot a week or more in advance.

verb

1.fit, slide, insert, put, placeShe slotted a fresh filter into the machine.

Collins Thesaurus of the English Language – Complete and Unabridged 2nd Edition. 2002 © HarperCollins Publishers 1995, 2002

slot

nounA post of employment:

Space Cows Slot Machine

appointment, berth, billet, job, office, place, position, situation, spot.

فَتْحَةفُتْحَه، شَقمَوْقِع البَرنامجيَضَع في الفُتْحَه

sprækkeklemme indlamellistesendetid

rakoreikäaukko

prorez

동전 구멍

Slot Space

atvēlētais laiksiespiestiespraustsprauga

programový blok

öppning

yuvazamandelikkuşakyerine oturtmak/yerleştirmek

slot

[slɒt]A.N

1. (= hole) (in machine etc) → ranuraf; (= groove) → muescaf
to put a coin in the slot → meter una monedaen laranura

2. (= space) (in timetable, programme etc) → huecom; (= advertising slot) → cuñaf (publicitaria); (= job slot) → vacantef

B.VTto slot in(to) [+ object] → introducirormeter en (fig) [+ activity, speech] → incluir (en)
to slot a part into another part → encajar una pieza en (la ranura de) otra pieza
to slot sth into place → colocar algo en su lugar
we can slot you into the programme → te podemos dar un espacioen elprograma, te podemos incluiren elprograma

C.VI → introducirse
it doesn't slot in with the rest → no encaja con los demás
it slots in here → entra en esta ranura, encajaaquí

D.CPDslot machineN (at funfair) → tragaperrasf inv; (= vending machine) → máquinafexpendedora
slot meterN → contadorm

Collins Spanish Dictionary - Complete and Unabridged 8th Edition 2005 © William Collins Sons & Co. Ltd. 1971, 1988 © HarperCollins Publishers 1992, 1993, 1996, 1997, 2000, 2003, 2005

slot

[ˈslɒt]n

(= time available) (in timetable) → créneaum; (in TV, radio schedule) → créneaum, plagef

vt
to slot sth into sth → encastrer qch dans qch, insérer qch dans qch

slot

n(= opening) → Schlitzm; (= groove) → Rillef; (Comput) → Slotm, → Steckplatzm; (for aircraft to land etc: = time slot) → Slotm; (inf: = place) → Plätzchennt (inf); (TV) → (gewohnte) Sendezeit; do we have a slot for this in our range? → können wir das in unser Programmeinbauen?

Collins German Dictionary – Complete and Unabridged 7th Edition 2005. © William Collins Sons & Co. Ltd. 1980 © HarperCollins Publishers 1991, 1997, 1999, 2004, 2005, 2007

slot

[slɒt]

1.n (in machine) → fessura; (groove) → scanalatura (fig) (in timetable) (Radio, TV) → spazio

2.vt (object) → infilare (fig) (activity, speech) → inserire

slot

(slot)

Computer Slot Machine Games Software

noun

1. a small narrow opening, especially one to receive coins. I put the correct money in the slot, but the machine didn't start. gleuf فُتْحَه، شَق процеп ranhura zdířka der Schlitz sprække σχισμή, εγκοπήranura ava, pilu شكاف aukko fenteחריץ छिद्र, छेद, झिरी, खांचा utor, otvor automata za ubacivanje kovanica rés lubang kecil untuk memasukkan koin rifa, rauf fessura 送金 가늘고 긴 홈, (특히 기계 등의) 동전 투입구 plyšys sprauga lubang alur gleufsprekk, spalteszczelina, otwór درز، درځ: سورى، سوړه، غار ranhura fantă щель, прорезь štrbina; (úzky) otvor reža za kovance otvor springa, inkast ช่องเปิดที่แคบยาว (สำหรับใส่เหรียญ, จดหมาย) delik, yuva 狹長孔，狹縫，(自動販賣機等的)投幣口 проріз, щілина سکے ڈالنے کے لیے چھوٹا شگاف rãnh, khe 狭槽，狭缝

2. a (usually regular) position (in eg the schedule of television/radio programmes). The early-evening comedy slot. gleuf مَوْقِع البَرنامج подходящо място espaço programový blok die Spalte sendetid ζώνηhueco, cuña (kindel) koht, (teatud) aeg شيار paikka tranche horaireמקום पद्वति mjesto, prostor (za nešto) hely; program acara dagskrártími (fascia oraria) 時間帯 ( TV, 라디오 프로그램 스케줄 중의 보통 정해진) 위치 skirtas laikas (pārraidei) atvēlētais laiks acara plaatsprogrampost, sendingstidokienko درز espaço program определенное место, время programový blok termin termin stund, -timme, -dags เวลาและสถานที่ซึ่งกำหนดในตาราง kuşak, zaman 把...納入序列(或名單)中，安排 (電視或廣播節目) місце в розкладі نشریات کے لائحہ عمل میں کوئی مقرر وقت chỗ, vị trí 把…纳入其中，（电视或广播节目的）位置

verb – past tense, past participle ˈslotted –

(with in or into) to fit (something) into a small space. He slotted the last piece of the puzzle into place; I managed to slot in my tea-break between two jobs. insit, inkry يَضَع في الفُتْحَه слагам в процеп encaixar vsunout einpassen klemme ind χώνω, στριμώχνωinsertar, introducir sobitama در جاي خود قرار دادن asettaa paikalleen emboîter, insérer לְשַבֵּץ जगह बनाना načiniti porez, otvor na čemu beprésel memampatkan finna (e-u) stað inserire はめこむ (~을) 작은 공간에 끼워 맞추다 į(si)sprausti iespiest; iespraust memuatkan inpassenpasse inn wciskać, wsuwać په خپل ځاى كښې كيدل encaixar a încastra, a îmbuca вставить vsunúť vstaviti uglaviti passa (klämma) in หยอดลงในช่อง yerine oturtmak/yerleştirmek 安插 вставляти کسی چیز کو چھوٹی سی جگہ میں رکھنا đút vào khe 安插

slot machine

a machine, especially one containing cigarettes, sweets etc for sale, worked by putting a coin in a slot. muntoutomaat آلة البيْع بواسِطَة إسْقاط النقود في الفُتْحَه монетен автомат vendedor automático automat der Automat automat κερματοδέκτης distribuidor automático, máquina tragaperras müügiautomaat دستگاهي كه با سكه كار مي كند raha-automaatti distributrice מְכוֹנַת מַזָל सिक्का डालने पर काम करने वाली मशीन (prodajni) automat (pénzbedobós) automata mesin penjual otomatis sjálfsali distributore automatico 自動販売機 자동판매기 automatas automāts (kaut kā pārdošanai) mesin lubang alur automaatautomatautomat یو دول ماشین ده چی په پیس کی کار کوی vendedor automático automat торговый автомат automat avtomat automat varuautomat เครื่องขายของอัตโนมัติโดยการหยอดเหรียญ otomatik satış makinası 自動販賣機 автомат مشین میں سکے ڈالنے کا شگاف máy bán hàng tự động 自动贩卖机（香烟、糖等）

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Overview[edit]

Technical information[edit]

Standardized registers[edit]

Bus enumeration[edit]

Hardware implementation[edit]

Software implementation[edit]

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