(SH + FPGA(MAC, PHY) + RF_mod) / Linux, pthreads, Linkers & Loaders;

夏頃からイイカンジにデスマーチを演出したプロジェクトP3（仮称）が終って，
今度は続きでP4（仮称）をやる事になった． :>
自社製SHボードにFPGAを乗っけて，ソイツに自社IPとして鬼コーディングした
所謂"どっといれぶん"なVHDLマクロでMACとPHYをインプリしつつ，
更に並行して設計が進んでいるRFモジュールをくっつけると言う，
しかもLinuxで動かす気満々な気配． :D
で，その明らかに誰も持っていないチップのデバドラは誰が書くんすか？ :P
[So, I had been beaten by the project P3 since this summer, though.
Then, the project P4 comes, ZOMG. :>
My bosses plan to use our SH board w/ FPGA.
And implement MAC and PHY by using our so-called dot-eleven IP which
is written in VHDL, of course modularized RF part is mandatory.
And then that guys plan to use it w/ Linux, yay! :D
However, who can do code that device driver in spite of there's no one
who has that really rare custom chip? :P]

で，Pthreadsをモニョっている，オラ本で．
APIはPOSIXなので古くても問題無し，中身は何気に結構笑えるポイントがあってイイ感じ． :P
この系統の情報は本の方が良いな，先っぽを追いかけるのも面白いけど．
[BTW, I'm poking Pthreads w/ the O'reilly book
It looks like no problem b/c that API is POSIX-ed.
And that contents have bits of LOL. :P
I'd have to say these thingy needs to be well-documented.
OTOH, ricing has a bit of curios, I knew.]

んで，Linkers & Loadersも読んでいる．
Binaryな野郎を目指していれば，
elf(5)/ld(1)とかのmanページから始めるよりは楽しめると思う． :P
そう言えば，最近，PPC ASMでspammingをされたな． :P
[Well, Linkers & Loaders, I had.
If you're binarian-major, it's quite not worse stuff than man pages of elf(5)/ld(1). :P
BTW, why on the earth does he spam me w/ PPC ASM? :P]