- 05.10.2026 1 коммит
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Жильцов Дмитрий Андреевич создалdig TXT oracle.temple.example.com and the Temple answers with a verse of the KJV. UDP port 53, plain RFC 1035, no TCP, no HTTP, no TLS, no committee. Delegate a subdomain to the Temple and every resolver on the planet carries the Word for free. TTL 0, God is not cached. The verse is picked from the moment the question arrives, the way GodBiblePassage picks from the moment of your keystroke. Labels left of "oracle" may name a verse, john.3.16 or 1.kings.8.27, then God answers that one. Any zone above "oracle" will do, the Temple does not need to know what you called it. Names without it are REFUSED, we are not a resolver. Other types get an empty answer, God is not a host. The Bible is read into Adam once, 31102 verses indexed, the same count as every KJV. Esther 8:9 is longer than 512 bytes, the king's scribes wrote too much, it ends in "...". Off by default. DnsOracle opens it, DnsOracleEnable writes ~/DnsOracle.HC so Once.HC opens it at boot, DnsOracleRep says who asked and what they were given. Tested in QEMU with udp 5300 forwarded to 53: random verses, named verses, mixed case names from 0x20 resolvers, Esther split in two character strings, REFUSED for google.com, NODATA for A, FORMERR and NOTIMP for garbage. Six thousand random and mangled packets later the oracle still answered Psalms 23:1.
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- 03.10.2026 1 коммит
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Жильцов Дмитрий Андреевич создал
SNTP over the Israeli servers only, nearest to Jerusalem first: the National Physical Laboratory's ntp.ac.il, the atomic clocks of Israel Standard Time, then the Hebrew University, then Tel Aviv, Petah Tikva, Haifa, then the Israeli pool. The first one that answers wins. Four questions each, the fastest round trip is believed. Answers that are not from a server, unsynchronized, a kiss of death, or from an address we did not ask, are not believed. Glowies. The result goes to sys_clock_adj, RAM only, never the CMOS. Once.HC runs Ntp at boot after the network, NtpDaemon asks again every six hours without a word on the screen. NtpRep says who answered and how far off the RTC was. Tested in QEMU with the RTC set to 2020-01-01: at boot the Israeli pool answered (stratum 2, following the Hebrew University), Now() matched the host's UTC to the second, the bare RTC still read 2020, and sys_clock_adj=0 put the Temple back in 2020 until Ntp ran again.
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- 02.10.2026 1 коммит
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Жильцов Дмитрий Андреевич создал
Terry stopped at 5.03. The Temple has a TCP/IP stack, three network drivers, a virtio-scsi disk, a web server and a remote confessional now. That is not 5.03 anymore. It is 5.1, Enterprise Edition. sys_os_version is 5.100 and DD_OS_NAME_VERSION reads "TempleOS V5.1 EE". Everything that asks the define follows: the console header in Start.DD, the HtServ Server: header, the Wget User-Agent. The boot banner says Enterprise Edition in full. The registry notices the new version and writes itself again, as Terry made it do. Tested in QEMU: both consoles say TempleOS V5.1 EE, a host server saw "Adam/Net/Http (TempleOS V5.1 EE)", curl saw "Server: HtServ (TempleOS V5.1 EE)". The CIA's logs will say it too.
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- 01.10.2026 7 коммитов
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Жильцов Дмитрий Андреевич создал
Terry opens two consoles at boot, side by side. HtServAuto opened a third with User, and a fresh terminal comes up full screen over both, so the keeper saw one window where Terry had two. HomeSys.HC now hands Terry's second console to htserv_term, declared in Adam so HomeSys compiles with or without a network card, and HtServ runs there. Left console yours, right console the server's. As close to Terry's screen as a Temple with a web server can get.
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Жильцов Дмитрий Андреевич создал
Off by default. A Temple keeps its doors shut until its keeper says otherwise. HtServEnable; writes ~/HtServ.HC, and from the next boot on Once.HC, right after the network is up, runs that file and starts HtServ in a terminal of its own. HtServDisable; deletes it. Whatever HolyC sits in the file runs first, so htserv_verbose=TRUE; goes there. No more typing #include at a VNC console every time the hosting company reboots the rack. The CIA still has to knock on port 80 like everyone else. Tested in QEMU on a disk image: fresh boot, no server; HtServEnable, reboot, the server answered by itself; HtServDisable, reboot, silence.
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Жильцов Дмитрий Андреевич создал
Start, stop, a terminal of its own, pages with <exe> blocks, the one line per request it prints, tcp_debug and htserv_verbose, what to ask the machine when the site does not open, and the limits. Every command in it was run on a Temple before it was written down.
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Жильцов Дмитрий Андреевич создал
The hosting company will not swap a disk image, and every new VDS comes with a new IP. So now the Temple is updated in place, over the Confessional, by hand, like Moses carried the tablets. It reads the commit the machine runs from C:/Home/Deployed.TXT, diffs TempleOSCD/ against your working tree, defines a one-line hex decoder in the session and pushes every changed file through it. .Z stays .Z, FileWrite compresses. Kernel/ or Compiler/ changed means BootHDIns. A new MBR loader means BootMHDIns. Then Deployed.TXT, then Reboot. Only C: is touched. D: keeps the old Temple for the day C: does not come back. Port 23 open to your own IP only, the CIA has one too. Tested in QEMU on a copy of the image: a new kernel symbol and a new HtServ header, pushed in seven seconds, both there after the reboot.
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Жильцов Дмитрий Андреевич создал
An image with your IP inside tells whoever downloads it where your Temple lives. The CIA downloads everything. So the image ships with no address, and at the VNC console you say: NetcfgSave("185.241.6.18","255.255.255.0","185.241.6.1","8.8.8.8"); It applies at once, like NetcfgStatic, and writes ~/NetCfg.HC so every boot after remembers. Call it again to move the machine. Open connections die, servers on INADDR_ANY keep listening on the new address. Del("~/NetCfg.HC") goes back to DHCP. Tested in QEMU: up on DHCP .15, NetcfgSave to .20, reboot, the Temple came back on .20 by itself and Wget went out through the new gateway. -
Жильцов Дмитрий Андреевич создал
The hosting company has no DHCP. It writes your address in a web panel and expects cloud-init to read it. TempleOS does not do cloud-init, the cloud is where the CIA keeps your files. NetcfgStatic("185.241.6.18","255.255.255.0","185.241.6.1","8.8.8.8") takes dotted strings, no more typing hex at a VNC console. Once.HC now runs NetcfgAuto: ~/NetCfg.HC if you wrote one, DHCP if you did not. build_hdd.py --ip/--mask/--gw/--dns writes the file into the image. Tested in QEMU with 10.0.2.20 where DHCP would hand out .15: the Confessional answered on .20, DNS and Wget went through the static gateway. -
Жильцов Дмитрий Андреевич создал
Boots the ISO with a blank disk on virtio-scsi, the same controller the hosting has, and confesses the install over port 23: DskPrt C and D, copy the Temple to both, BootHDIns compiles a kernel for each, BootMHDIns writes the MBR. --vmdk converts it for the hosting, --test boots the disk alone, writes a file, reboots and checks it persists. It does. confess.py takes CONFESS_TIMEOUT now. Compiling a kernel under TCG is slower than the CIA reading your mail.
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- 30.09.2026 3 коммита
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Жильцов Дмитрий Андреевич создал
The Temple spoke only AMD PCnet. Now it also speaks Intel 82540EM, the e1000 every hypervisor pretends to have, and virtio-net, the card that admits it is not a card. MakeNet takes the first one it finds. Intel. The company with a second computer inside yours that the CIA would love to talk to. We wrote them a driver. virtio is worse, the hypervisor reads every byte by design. One card was a sin, three is a habit. Terry, forgive us. virtio uses the legacy I/O port interface. No MSI-X, no capability lists, no MMIO. Ports are honest, like on the C64. Neither card is allowed to interrupt. The rings are swept from the timer, same as PCnet was all along, although nobody wrote that down. Now it is written down. Tested in QEMU on all three: DHCP, Confessional and Wget. NIC=e1000 tools/run_mac.sh to pick your sin.
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Жильцов Дмитрий Андреевич создал
The runner lives in a walled garden. It sees hub.mos.ru and nothing else, no Debian mirror, no Wayback Machine. Good. That is how a temple should be. So the tools are baked into our own image in the project registry and Terry's live CD sits in the Package Registry, SHA-256 checked like always.
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Жильцов Дмитрий Андреевич создал
The Mac script needed hdiutil and diskutil. Apple tools. Now the disk image is made with mtools, no root, no loop devices, so it runs on Linux, on the Mac, and in a Docker container on a shared runner. The runner fetches Terry's live CD from the Wayback Machine, checks the SHA-256 so nobody slips in a CIA one, boots it in QEMU without KVM and types MakeISO at it. TCG is slow. God is patient. Screenshots of every step are kept, so when it breaks you can see where the monk stopped typing.
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- 27.09.2026 7 коммитов
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Жильцов Дмитрий Андреевич создал
Still 16 colors. Always 16 colors. They are just different 16 colors.
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Жильцов Дмитрий Андреевич создал
Serves ::/Www on port 80, run_mac.sh forwards it to localhost:8686. .HTM pages can carry <exe> blocks of HolyC, StreamPrint writes into the page. It is like PHP except it was inspired by God instead of a Danish guy. Session tasks are children of the server task now, otherwise the code in <exe> cannot see StreamPrint and dies. Ctrl+Alt+C stops it. The Temple is a web server. I wanted a C64 and got a LAMP stack.
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Жильцов Дмитрий Андреевич создал
Telnet in, type a line of HolyC, it is compiled and run like on the command line and the output comes back with the DolDoc colors stripped. Each connection gets its own task. Say amen to leave, the Temple answers Go in peace. The arrival time of every byte feeds the Holy Spirit, same as the keystroke time for F7, so GodWord works from the Mac too. God talks over TCP now. I am not sure how I feel about that. There is no password. God does not need one. You might, so do not bridge this onto your LAN. tools/confess.py is the host side.
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Жильцов Дмитрий Андреевич создал
Wget("http://example.com/"); and the Temple downloads it. HTTP only. HTTPS is a thousand pages of crypto written by committees, and committees are how the CIA gets in. If you want TLS, pray. -
Жильцов Дмитрий Андреевич создал
God said no networking. I kept the Temple offline for ten years so the CIA could not crawl in through the wire. Now there is Ethernet, ARP, IPv4, ICMP, UDP, TCP, DHCP, DNS and BSD sockets, compiled into Adam on every boot. Once.HC runs Netcfg if a PCnet card is found. No card, no gate: sockets go through Snail, TCP/IP tunnelled over COM3 to snail.py on the host. A serial cable is honest. You can see it. Echo demos are in Demo/Network. Lord, have mercy on this commit.
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Жильцов Дмитрий Андреевич создал
The Temple now enumerates the PCI bus and talks to an AMD PCnet-PCI II card. QEMU and VirtualBox both emulate it, so that is the card. One card. I do not do driver bloat, Linux has twenty thousand drivers and half of them are for toasters. CommPutChar slept 10ms after every byte because Linux echo_socket was too slow. Now it polls the UART and yields. Terry's version stays in the file, commented out, out of respect.
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Жильцов Дмитрий Андреевич создал
Only TempleOS can compile TempleOS. So the Mac boots a stock TempleOS live CD in QEMU, hands it a FAT32 disk with TempleOSCD and types MakeISO at it on a timer, like a secretary. Three minutes and you have a new Temple in out/. run_mac.sh boots it at 640x480 with 16 colors, as God intended. If your Mac is slow, raise BOOT_WAIT. Do not blame me.
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- 22.01.2017 1 коммит
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Minexew создал
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