Translation components API.

See the Weblate's Web API documentation for detailed description of the API.

GET /api/translations/freebsd-doc/boooks_arch-handbook/fa/units/?format=api&page=55
HTTP 200 OK
Allow: GET, POST, HEAD, OPTIONS
Content-Type: application/json
Vary: Accept

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                "As <filename>boot0</filename> is loaded by the <acronym>BIOS</acronym> to address <literal>0x7C00</literal>, it copies itself to address <literal>0x600</literal> and then transfers control there (recall that it was linked to execute at address <literal>0x600</literal>). The source address, <literal>0x7c00</literal>, is copied to register <literal>%si</literal>. The destination address, <literal>0x600</literal>, to register <literal>%di</literal>. The number of bytes to copy, <literal>512</literal> (the program's size), is copied to register <literal>%cx</literal>. Next, the <literal>rep</literal> instruction repeats the instruction that follows, that is, <literal>movsb</literal>, the number of times dictated by the <literal>%cx</literal> register. The <literal>movsb</literal> instruction copies the byte pointed to by <literal>%si</literal> to the address pointed to by <literal>%di</literal>. This is repeated another 511 times. On each repetition, both the source and destination registers, <literal>%si</literal> and <literal>%di</literal>, are incremented by one. Thus, upon completion of the 512-byte copy, <literal>%di</literal> has the value <literal>0x600</literal>+<literal>512</literal>= <literal>0x800</literal>, and <literal>%si</literal> has the value <literal>0x7c00</literal>+<literal>512</literal>= <literal>0x7e00</literal>; we have thus completed the code <emphasis>relocation</emphasis>."
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                "This code disables interrupts, sets up a working stack (starting at address <literal>0x1800</literal>) and clears the flags in the EFLAGS register. Note that the <literal>popfl</literal> instruction pops out a doubleword (4 bytes) from the stack and places it in the EFLAGS register. As the value actually popped is <literal>2</literal>, the EFLAGS register is effectively cleared (IA-32 requires that bit 2 of the EFLAGS register always be 1)."
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                "The next step is to initialize the <acronym>TSS</acronym> (Task-State Segment). The <acronym>TSS</acronym> is a hardware feature that helps the operating system or executive software implement multitasking functionality through process abstraction. The IA-32 architecture demands the creation and use of <emphasis>at least</emphasis> one <acronym>TSS</acronym> if multitasking facilities are used or different privilege levels are defined. Since the <filename>boot2</filename> client is executed in privilege level 3, but the <acronym>BTX</acronym> server does in privilege level 0, a <acronym>TSS</acronym> must be defined:"
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                "For this reason, no serious applications rely on block devices, and in fact, almost all applications which access disks directly take great pains to specify that character (or <quote>raw</quote>) devices should always be used. As the implementation of the aliasing of each disk (partition) to two devices with different semantics significantly complicated the relevant kernel code, FreeBSD dropped support for cached disk devices as part of the modernization of the disk I/O infrastructure."
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                "As the PnP devices are disabled when probing the legacy devices they will not be attached twice (once as legacy and once as PnP). But in case of device-dependent identify routines it is the responsibility of the driver to make sure that the same device will not be attached by the driver twice: once as legacy user-configured and once as auto-identified."
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                "Free the memory allocated by <function>bus_dmamem_alloc()</function>. At present, freeing of the memory allocated with ISA restrictions is not implemented. Due to this the recommended model of use is to keep and re-use the allocated areas for as long as possible. Do not lightly free some area and then shortly allocate it again. That does not mean that <function>bus_dmamem_free()</function> should not be used at all: hopefully it will be properly implemented soon."
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                "Before calling the callback function from <function>bus_dmamap_load()</function> the segment array is stored in the stack. And it gets pre-allocated for the maximal number of segments allowed by the tag. As a result of this the practical limit for the number of segments on i386 architecture is about 250-300 (the kernel stack is 4KB minus the size of the user structure, size of a segment array entry is 8 bytes, and some space must be left). Since the array is allocated based on the maximal number this value must not be set higher than really needed. Fortunately, for most of hardware the maximal supported number of segments is much lower. But if the driver wants to handle buffers with a very large number of scatter-gather segments it should do that in portions: load part of the buffer, transfer it to the device, load next part of the buffer, and so on."
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                "Then allocate and activate all the necessary resources. As normally the port range will be released before returning from probe, it has to be allocated again. We expect that the probe routine had properly set all the resource ranges, as well as saved them in the structure softc. If the probe routine had left some resource allocated then it does not need to be allocated again (which would be considered an error)."
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                "The poll function is used to simulate the interrupts when the interrupt subsystem is not functioning (for example, when the system has crashed and is creating the system dump). The CAM subsystem sets the proper interrupt level before calling the poll routine. So all it needs to do is to call the interrupt routine (or the other way around, the poll routine may be doing the real action and the interrupt routine would just call the poll routine). Why bother about a separate function then? Due to different calling conventions. The <function>xxx_poll</function> routine gets the struct cam_sim pointer as its argument when the PCI interrupt routine by common convention gets pointer to the struct <varname remap=\"structname\">xxx_softc</varname> and the ISA interrupt routine gets just the device unit number. So the poll routine would normally look as:"
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