Files
yetone
9848a9062a
library: RTK says when rtk isn't on the PATH the agents get, and puts it there when asked (#601, Moody-Sin: magpie好像没有正确安装RTK — Pi said "RTK disabled: rtk binary not found in PATH" while the Library showed RTK working) — rtk's hooks run it by name (Pi's extension probes rtk --version and turns itself off when that fails; Claude Code's and Codex's are rtk hook …; the commands they rewrite to are rtk git status and so on), but magpie looked for rtk in more places than an agent's PATH: ~/.local/bin and ~/.cargo/bin, which the app adds to its own PATH whether the user's shell has them or not (rtk's own install.sh puts it in ~/.local/bin and only warns when that isn't on PATH), and WinGet\Links on Windows, which winget doesn't always link into. So rtk was "installed", the agents were switched on with it by its whole path, and none of them could run it. Now the PATH a terminal opened now has is read — the login shell's (proc.LoginPath, the one UserPath already asks for, kept a minute) or on Windows the registry's (moved from provider's registryPath) — and when rtk isn't in it the RTK card says so, with what Put RTK on PATH will do, and each agent that has rtk is tagged Not on PATH (不在 PATH 中). Put RTK on PATH (magpie library rtk path) links rtk into the first of ~/.local/bin, ~/bin, /opt/homebrew/bin, /usr/local/bin, linuxbrew's bin, ~/.cargo/bin that is on that PATH and writable, or on Windows adds rtk's own folder to the user's PATH in the registry (a link needs Developer Mode, and a copy is left behind when winget upgrades rtk; winget's package folder doesn't change across upgrades) and tells Explorer; with no such folder it says which folder to add to PATH in the shell profile — shell profiles are never edited. rtk is also found in winget's package folder (WinGet\Packages\rtk-ai.rtk_*), and rtk's script upgrades a linked rtk where the link points, not over the link. TestRTKOffPath and library-rtk-path.test.cjs (en, zh) fail without the change. go vet ./internal/..., go build -tags nogui (darwin, GOOS=linux), GOOS=windows go build and vet, go test -tags nogui -count=1 ./... under a temp HOME pass but the known TestFXInState flake. The Windows registry path is built, not run on Windows.
library: RTK says when rtk isn't on the PATH the agents get, and puts it there when asked (#601, Moody-Sin: magpie好像没有正确安装RTK — Pi said "RTK disabled: rtk binary not found in PATH" while the Library showed RTK working) — rtk's hooks run it by name (Pi's extension probes rtk --version and turns itself off when that fails; Claude Code's and Codex's are rtk hook …; the commands they rewrite to are rtk git status and so on), but magpie looked for rtk in more places than an agent's PATH: ~/.local/bin and ~/.cargo/bin, which the app adds to its own PATH whether the user's shell has them or not (rtk's own install.sh puts it in ~/.local/bin and only warns when that isn't on PATH), and WinGet\Links on Windows, which winget doesn't always link into. So rtk was "installed", the agents were switched on with it by its whole path, and none of them could run it. Now the PATH a terminal opened now has is read — the login shell's (proc.LoginPath, the one UserPath already asks for, kept a minute) or on Windows the registry's (moved from provider's registryPath) — and when rtk isn't in it the RTK card says so, with what Put RTK on PATH will do, and each agent that has rtk is tagged Not on PATH (不在 PATH 中). Put RTK on PATH (magpie library rtk path) links rtk into the first of ~/.local/bin, ~/bin, /opt/homebrew/bin, /usr/local/bin, linuxbrew's bin, ~/.cargo/bin that is on that PATH and writable, or on Windows adds rtk's own folder to the user's PATH in the registry (a link needs Developer Mode, and a copy is left behind when winget upgrades rtk; winget's package folder doesn't change across upgrades) and tells Explorer; with no such folder it says which folder to add to PATH in the shell profile — shell profiles are never edited. rtk is also found in winget's package folder (WinGet\Packages\rtk-ai.rtk_*), and rtk's script upgrades a linked rtk where the link points, not over the link. TestRTKOffPath and library-rtk-path.test.cjs (en, zh) fail without the change. go vet ./internal/..., go build -tags nogui (darwin, GOOS=linux), GOOS=windows go build and vet, go test -tags nogui -count=1 ./... under a temp HOME pass but the known TestFXInState flake. The Windows registry path is built, not run on Windows.
library: RTK says when rtk isn't on the PATH the agents get, and puts it there when asked (#601, Moody-Sin: magpie好像没有正确安装RTK — Pi said "RTK disabled: rtk binary not found in PATH" while the Library showed RTK working) — rtk's hooks run it by name (Pi's extension probes rtk --version and turns itself off when that fails; Claude Code's and Codex's are rtk hook …; the commands they rewrite to are rtk git status and so on), but magpie looked for rtk in more places than an agent's PATH: ~/.local/bin and ~/.cargo/bin, which the app adds to its own PATH whether the user's shell has them or not (rtk's own install.sh puts it in ~/.local/bin and only warns when that isn't on PATH), and WinGet\Links on Windows, which winget doesn't always link into. So rtk was "installed", the agents were switched on with it by its whole path, and none of them could run it. Now the PATH a terminal opened now has is read — the login shell's (proc.LoginPath, the one UserPath already asks for, kept a minute) or on Windows the registry's (moved from provider's registryPath) — and when rtk isn't in it the RTK card says so, with what Put RTK on PATH will do, and each agent that has rtk is tagged Not on PATH (不在 PATH 中). Put RTK on PATH (magpie library rtk path) links rtk into the first of ~/.local/bin, ~/bin, /opt/homebrew/bin, /usr/local/bin, linuxbrew's bin, ~/.cargo/bin that is on that PATH and writable, or on Windows adds rtk's own folder to the user's PATH in the registry (a link needs Developer Mode, and a copy is left behind when winget upgrades rtk; winget's package folder doesn't change across upgrades) and tells Explorer; with no such folder it says which folder to add to PATH in the shell profile — shell profiles are never edited. rtk is also found in winget's package folder (WinGet\Packages\rtk-ai.rtk_*), and rtk's script upgrades a linked rtk where the link points, not over the link. TestRTKOffPath and library-rtk-path.test.cjs (en, zh) fail without the change. go vet ./internal/..., go build -tags nogui (darwin, GOOS=linux), GOOS=windows go build and vet, go test -tags nogui -count=1 ./... under a temp HOME pass but the known TestFXInState flake. The Windows registry path is built, not run on Windows.
windows: the desktop app no longer opens a console window for every command it runs (#54) — it is linked as a GUI program and has no console, so each console CLI it started (devin auth status and models list, devin acp for every Devin turn, claude, codex, cursor-agent and grok probes and runs, grok login) was given a new console by Windows, and a Windows Terminal window with it, some every few seconds while the app sat idle. Every command magpie runs is now made through internal/proc, which starts it with CREATE_NO_WINDOW when magpie has no console of its own: the child gets a console without a window, and its output, which magpie always pipes back, arrives as before. A magpie run in a terminal (magpie serve, the TUI, the desktop app started from one with a command) has one, and its children share it as they did, so Ctrl+C there still reaches them. The relaunch after an update keeps its DETACHED_PROCESS, added to rather than replacing the flags it was made with, and a test fails on any command made with os/exec directly, so a new one can't bring the windows back
windows: the desktop app no longer opens a console window for every command it runs (#54) — it is linked as a GUI program and has no console, so each console CLI it started (devin auth status and models list, devin acp for every Devin turn, claude, codex, cursor-agent and grok probes and runs, grok login) was given a new console by Windows, and a Windows Terminal window with it, some every few seconds while the app sat idle. Every command magpie runs is now made through internal/proc, which starts it with CREATE_NO_WINDOW when magpie has no console of its own: the child gets a console without a window, and its output, which magpie always pipes back, arrives as before. A magpie run in a terminal (magpie serve, the TUI, the desktop app started from one with a command) has one, and its children share it as they did, so Ctrl+C there still reaches them. The relaunch after an update keeps its DETACHED_PROCESS, added to rather than replacing the flags it was made with, and a test fails on any command made with os/exec directly, so a new one can't bring the windows back
windows: the desktop app no longer opens a console window for every command it runs (#54) — it is linked as a GUI program and has no console, so each console CLI it started (devin auth status and models list, devin acp for every Devin turn, claude, codex, cursor-agent and grok probes and runs, grok login) was given a new console by Windows, and a Windows Terminal window with it, some every few seconds while the app sat idle. Every command magpie runs is now made through internal/proc, which starts it with CREATE_NO_WINDOW when magpie has no console of its own: the child gets a console without a window, and its output, which magpie always pipes back, arrives as before. A magpie run in a terminal (magpie serve, the TUI, the desktop app started from one with a command) has one, and its children share it as they did, so Ctrl+C there still reaches them. The relaunch after an update keeps its DETACHED_PROCESS, added to rather than replacing the flags it was made with, and a test fails on any command made with os/exec directly, so a new one can't bring the windows back
windows: the desktop app no longer opens a console window for every command it runs (#54) — it is linked as a GUI program and has no console, so each console CLI it started (devin auth status and models list, devin acp for every Devin turn, claude, codex, cursor-agent and grok probes and runs, grok login) was given a new console by Windows, and a Windows Terminal window with it, some every few seconds while the app sat idle. Every command magpie runs is now made through internal/proc, which starts it with CREATE_NO_WINDOW when magpie has no console of its own: the child gets a console without a window, and its output, which magpie always pipes back, arrives as before. A magpie run in a terminal (magpie serve, the TUI, the desktop app started from one with a command) has one, and its children share it as they did, so Ctrl+C there still reaches them. The relaunch after an update keeps its DETACHED_PROCESS, added to rather than replacing the flags it was made with, and a test fails on any command made with os/exec directly, so a new one can't bring the windows back
accounts: a slow or hanging agent CLI no longer holds the providers page (#123) — its timeout now ends the call (a CLI that is a script running node left node holding the output, and the call waited for it however long, the 10s timeouts notwithstanding: a CLI's pipes are closed 2s after); a CLI never answered before is waited for 3s, once, then served as nobody signed in until its answer comes behind; and a CLI saying nobody is signed in is kept like any answer, where before it wasn't and every start waited for it again. Tried with cursor-agent and devin hanging 20s and the network black-holed: the first providers call went from 40.6s to 6s on a first start, and to 13ms on the next
accounts: a slow or hanging agent CLI no longer holds the providers page (#123) — its timeout now ends the call (a CLI that is a script running node left node holding the output, and the call waited for it however long, the 10s timeouts notwithstanding: a CLI's pipes are closed 2s after); a CLI never answered before is waited for 3s, once, then served as nobody signed in until its answer comes behind; and a CLI saying nobody is signed in is kept like any answer, where before it wasn't and every start waited for it again. Tried with cursor-agent and devin hanging 20s and the network black-holed: the first providers call went from 40.6s to 6s on a first start, and to 13ms on the next