nx_pm_plan_gen.nx source

1// nx_pm_plan_gen.nx -- the Nishi PM GENERATES the roadmap plan from the maturity gaps, with effort 2// estimates, check-in cadence, and cumulative ETAs, and writes it to /tmp/nishi_pm_plan.log for the 3// operator to read. Ordered for "S-class first, then breadth", on the hardware-up / 3rd-party->1st-party 4// axis. Marks item 1 IN-PROGRESS = the team has BEGUN. license_tier: ORIGINAL 5 6import "nx_pm_plan.nx" 7import "nx_itoa_lib.nx" // shared MSB-first emitter (zero-alloc) 8import "nx_pm_review_log.nx" 9import "nx_syscalls.nx" 10 11func pg_w(fd: i64, s: *u8) -> i64 { var n: i64=0; while s[n]!=(0 as u8){n=n+1} sys_write(fd,s,n); return 0 } 12// MIGRATED to the shared emitter (debt 1785563586). The old body mmapped a scratch buffer 13// per call and never freed it. At PAGE granularity that is 4096B leaked PER CALL -- the 14// defect that took 28.5GB of a 36GB host in nx_ts_lumadiff (2MB input, ~3.66M calls). 15// nxi_* is MSB-first, allocates NOTHING, and emits identical bytes including the sign. 16func pg_num(fd: i64, v: i64) -> i64 { nxi_fd(fd, v); return 0 } 17 18func main() -> i64 { 19 let path: *u8 = "/tmp/nishi_pm_plan.log" as *u8 20 let fd: i64 = sys_openat_wr(path, 0x1a4) // fresh plan each generation 21 let QUANTUM: i64 = 4 // BU per check-in (config, not magic-in-logic) 22 23 pg_w(fd, "# NISHI PM ROADMAP PLAN -- hardware-up, bits-up; 3rd-party now -> 1st-party target\n" as *u8) 24 pg_w(fd, "# units: BU = build-unit ~= one autonomous build+verify iteration (NOT wall-clock).\n" as *u8) 25 pg_w(fd, "# check-in every " as *u8); pg_num(fd, QUANTUM); pg_w(fd, " BU; ETA = cumulative BU from now.\n" as *u8) 26 pg_w(fd, "# goal: keep extracting full value from 3rd-party (x86/Linux) while migrating sovereign->first-party.\n\n" as *u8) 27 28 let N: i64 = 17 29 let nm: *i64 = sys_mmap(8*N) as *i64 30 let pty: *i64 = sys_mmap(8*N) as *i64 31 let lay: *i64 = sys_mmap(8*N) as *i64 32 let cur: *i64 = sys_mmap(8*N) as *i64 33 let tgt: *i64 = sys_mmap(8*N) as *i64 34 let wt: *i64 = sys_mmap(8*N) as *i64 35 var k: i64 = 0 36 // ACTIVE ARC -- information-management + e-reader + wiki (operator's current priority; WSJF-ranked via nx_pm_decision_matrix) 37 nm[k]="W1 wire S-class index into the wiki (full-text+backlinks+related)" as *u8 as i64; pty[k]=PM_PARTY_FIRST; lay[k]=PM_L_APP; cur[k]=MAT_FUNCTIONAL; tgt[k]=MAT_PRODUCTION; wt[k]=2; k=k+1 38 nm[k]="E wire BM25 over the persistent index into live search" as *u8 as i64; pty[k]=PM_PARTY_FIRST; lay[k]=PM_L_APP; cur[k]=MAT_FUNCTIONAL; tgt[k]=MAT_PRODUCTION; wt[k]=2; k=k+1 39 nm[k]="C1 DEFLATE inflate (KEYSTONE: EPUB/comics/PDF read + PDF index)" as *u8 as i64; pty[k]=PM_PARTY_FIRST; lay[k]=PM_L_APP; cur[k]=MAT_ABSENT; tgt[k]=MAT_FUNCTIONAL; wt[k]=4; k=k+1 40 nm[k]="D harvest scale-up (getdents dir-walk + NAS corpus -> persistent index)" as *u8 as i64; pty[k]=PM_PARTY_FIRST; lay[k]=PM_L_APP; cur[k]=MAT_FUNCTIONAL; tgt[k]=MAT_PRODUCTION; wt[k]=4; k=k+1 41 nm[k]="FORMAT unified Nishi reader format (RWPM core + Locator/CFI + CAS)" as *u8 as i64; pty[k]=PM_PARTY_FIRST; lay[k]=PM_L_APP; cur[k]=MAT_ABSENT; tgt[k]=MAT_FUNCTIONAL; wt[k]=6; k=k+1 42 nm[k]="C2 PDF xref/obj/stream parse + text (read+index 301 PDFs)" as *u8 as i64; pty[k]=PM_PARTY_FIRST; lay[k]=PM_L_APP; cur[k]=MAT_ABSENT; tgt[k]=MAT_FUNCTIONAL; wt[k]=7; k=k+1 43 nm[k]="RENDER two renderers (paginator reflow + fixed-layout PDF/CBZ)" as *u8 as i64; pty[k]=PM_PARTY_FIRST; lay[k]=PM_L_APP; cur[k]=MAT_TOY; tgt[k]=MAT_FUNCTIONAL; wt[k]=7; k=k+1 44 nm[k]="SYNC cross-device position+annotation (content-addressed locators)" as *u8 as i64; pty[k]=PM_PARTY_FIRST; lay[k]=PM_L_APP; cur[k]=MAT_ABSENT; tgt[k]=MAT_FUNCTIONAL; wt[k]=5; k=k+1 45 // ---- longer-term hardware-up roadmap (north star) ---- 46 // seq1 -- the immediate S-class move 47 nm[k]="x86 toolchain byte-exact differential vs gcc" as *u8 as i64; pty[k]=PM_PARTY_BRIDGE; lay[k]=PM_L_ASM; cur[k]=MAT_PRODUCTION; tgt[k]=MAT_SCLASS; wt[k]=3; k=k+1 48 nm[k]="RV64 toolchain to S-class (open ISA toward 1st-party)" as *u8 as i64; pty[k]=PM_PARTY_FIRST; lay[k]=PM_L_ASM; cur[k]=MAT_FUNCTIONAL; tgt[k]=MAT_SCLASS; wt[k]=3; k=k+1 49 nm[k]="ARM64 assembler harden (Apple/Android reach)" as *u8 as i64; pty[k]=PM_PARTY_THIRD; lay[k]=PM_L_ASM; cur[k]=MAT_TOY; tgt[k]=MAT_PRODUCTION; wt[k]=3; k=k+1 50 nm[k]="linker/ELF harden to production" as *u8 as i64; pty[k]=PM_PARTY_BRIDGE; lay[k]=PM_L_LINK; cur[k]=MAT_FUNCTIONAL; tgt[k]=MAT_PRODUCTION; wt[k]=2; k=k+1 51 nm[k]="harden TOY app layers (browser/GUI/graphics)" as *u8 as i64; pty[k]=PM_PARTY_THIRD; lay[k]=PM_L_APP; cur[k]=MAT_TOY; tgt[k]=MAT_FUNCTIONAL; wt[k]=2; k=k+1 52 // ABSENT OS-fundamentals -- reduce 3rd-party (Linux) dependence 53 nm[k]="sovereign filesystem (off 3rd-party FS)" as *u8 as i64; pty[k]=PM_PARTY_FIRST; lay[k]=PM_L_OSFUND; cur[k]=MAT_ABSENT; tgt[k]=MAT_FUNCTIONAL; wt[k]=8; k=k+1 54 nm[k]="sovereign TCP/IP stack (off kernel sockets)" as *u8 as i64; pty[k]=PM_PARTY_FIRST; lay[k]=PM_L_OSFUND; cur[k]=MAT_ABSENT; tgt[k]=MAT_FUNCTIONAL; wt[k]=8; k=k+1 55 nm[k]="sovereign kernel bring-up (TOY beachhead)" as *u8 as i64; pty[k]=PM_PARTY_FIRST; lay[k]=PM_L_OSFUND; cur[k]=MAT_ABSENT; tgt[k]=MAT_TOY; wt[k]=8; k=k+1 56 // L0 -- the north star: first-party hardware target 57 nm[k]="first-party hardware target (soft-core/FPGA for sovereign ISA)" as *u8 as i64; pty[k]=PM_PARTY_FIRST; lay[k]=PM_L_HARDWARE; cur[k]=MAT_ABSENT; tgt[k]=MAT_TOY; wt[k]=8; k=k+1 58 59 var eta: i64 = 0 60 var total_checkins: i64 = 0 61 var i: i64 = 0 62 while i < N { 63 let eff: i64 = pm_effort(cur[i], tgt[i], wt[i]) 64 let chk: i64 = pm_checkins(eff, QUANTUM) 65 eta = eta + eff 66 total_checkins = total_checkins + chk 67 pg_w(fd, "PLAN seq=" as *u8); pg_num(fd, i + 1) 68 pg_w(fd, " layer=" as *u8); pg_w(fd, pm_layer_label(lay[i])) 69 pg_w(fd, " party=" as *u8); pg_w(fd, pm_party_label(pty[i])) 70 pg_w(fd, " cur=" as *u8); pg_w(fd, mat_label(cur[i])) 71 pg_w(fd, " target=" as *u8); pg_w(fd, mat_label(tgt[i])) 72 pg_w(fd, " effort=" as *u8); pg_num(fd, eff); pg_w(fd, "BU" as *u8) 73 pg_w(fd, " checkins=" as *u8); pg_num(fd, chk) 74 pg_w(fd, " eta=" as *u8); pg_num(fd, eta); pg_w(fd, "BU" as *u8) 75 pg_w(fd, " status=" as *u8) 76 if i == 0 { pg_w(fd, "IN-PROGRESS" as *u8) } 77 if i == 1 { pg_w(fd, "NEXT" as *u8) } 78 if i > 1 { pg_w(fd, "QUEUED" as *u8) } 79 pg_w(fd, " item=" as *u8); pg_w(fd, nm[i] as *u8); pg_w(fd, "\n" as *u8) 80 i = i + 1 81 } 82 pg_w(fd, "\nSUMMARY items=" as *u8); pg_num(fd, N) 83 pg_w(fd, " total_effort=" as *u8); pg_num(fd, eta); pg_w(fd, "BU total_checkins=" as *u8); pg_num(fd, total_checkins) 84 pg_w(fd, "\nNEXT-CHECKIN at " as *u8); pg_num(fd, QUANTUM); pg_w(fd, "BU: item1 W1 wire-index-into-wiki -- first sub-step = point nx_wiki_search_wiring at nx_search_inverted_persist.\n" as *u8) 85 sys_close(fd) 86 87 // tell the review log the plan is ready + the team has begun. 88 let pm: i64 = pm_open("/tmp/nishi_pm_review.log" as *u8) 89 pm_deliverable(pm, "pm/roadmap-plan" as *u8, "plan regenerated + started" as *u8, "17-item plan in /tmp/nishi_pm_plan.log; active arc (info-mgmt+e-reader+wiki) prepended WSJF-ranked; item1 (W1 wire index into wiki) IN-PROGRESS; C1 DEFLATE inflate = the keystone unlock; hardware-up roadmap retained below" as *u8) 90 sys_close(pm) 91 92 pg_w(1, "PM plan written to /tmp/nishi_pm_plan.log; item 1 IN-PROGRESS. Total " as *u8); pg_num(1, eta); pg_w(1, "BU across " as *u8); pg_num(1, N); pg_w(1, " items.\n" as *u8) 93 sys_exit(0); return 0 94}