* Package:    dev-python/pweave-0.30.3-r1
 * Repository: gentoo
 * Maintainer: andrewammerlaan@gentoo.org
 * USE:        abi_x86_64 amd64 elibc_glibc kernel_linux python_targets_python3_8 python_targets_python3_9 test userland_GNU
 * FEATURES:   network-sandbox preserve-libs sandbox test userpriv usersandbox


@@@@@ PLEASE PAY ATTENTION HERE!!! @@@@@
This information may help you to understand if this is a duplicate or if this bug exists after you pushed a fix;
This ebuild was merged at the following commit:
https://github.com/gentoo/gentoo/commit/4c495d491adc5356de170885f1e0a0428f23d59c  (Thu Jul  8 11:07:57 UTC 2021)
@@@@@ END @@@@@



@@@@@ PLEASE PAY ATTENTION HERE!!! @@@@@
This ebuild was merged (directly or as a dependency) because of the following commit:
https://github.com/gentoo/gentoo/commit/75abe61f94d29655ddccd4e001f116428b25c589
@@@@@ END @@@@@



##################
# emerge --info: #
##################
Portage 3.0.20 (python 3.9.6-final-0, default/linux/amd64/17.1, gcc-11.1.0, glibc-2.33-r1, 4.19.174-gentoo x86_64)
=================================================================
System uname: Linux-4.19.174-gentoo-x86_64-Intel-R-_Xeon-R-_CPU_E5-2650_v4_@_2.20GHz-with-glibc2.33
KiB Mem:   264046488 total, 149561080 free
KiB Swap:          0 total,         0 free
sh bash 5.1_p8
ld GNU ld (Gentoo 2.36.1 p3) 2.36.1
app-shells/bash:          5.1_p8::gentoo
dev-lang/perl:            5.34.0::gentoo
dev-lang/python:          2.7.18_p11::gentoo, 3.8.11::gentoo, 3.9.6::gentoo, 3.10.0_beta3::gentoo
dev-lang/rust:            1.53.0::gentoo
dev-util/cmake:           3.20.5::gentoo
sys-apps/baselayout:      2.7-r3::gentoo
sys-apps/openrc:          0.43.3::gentoo
sys-apps/sandbox:         2.24::gentoo
sys-devel/autoconf:       2.13-r1::gentoo, 2.69-r5::gentoo
sys-devel/automake:       1.16.3-r1::gentoo
sys-devel/binutils:       2.36.1-r1::gentoo
sys-devel/gcc:            11.1.0-r2::gentoo
sys-devel/gcc-config:     2.4::gentoo
sys-devel/libtool:        2.4.6-r6::gentoo
sys-devel/make:           4.3::gentoo
sys-kernel/linux-headers: 5.12::gentoo (virtual/os-headers)
sys-libs/glibc:           2.33-r1::gentoo
Repositories:

gentoo
    location: /usr/portage
    sync-type: rsync
    sync-uri: rsync://rsync.gentoo.org/gentoo-portage
    priority: -1000
    sync-rsync-verify-jobs: 1
    sync-rsync-verify-max-age: 24
    sync-rsync-verify-metamanifest: yes
    sync-rsync-extra-opts: 

ACCEPT_KEYWORDS="amd64 ~amd64"
ACCEPT_LICENSE="* BSD"
CBUILD="x86_64-pc-linux-gnu"
CFLAGS="-O2 -pipe -march=x86-64 -frecord-gcc-switches"
CHOST="x86_64-pc-linux-gnu"
CONFIG_PROTECT="/etc /usr/share/gnupg/qualified.txt"
CONFIG_PROTECT_MASK="/etc/ca-certificates.conf /etc/env.d /etc/gconf /etc/gentoo-release /etc/revdep-rebuild /etc/sandbox.d /etc/terminfo"
CXXFLAGS="-O2 -pipe -march=x86-64 -frecord-gcc-switches"
DISTDIR="/var/tmp/portage/dev-python/pweave-0.30.3-r1/distdir"
EMERGE_DEFAULT_OPTS="--with-bdeps=y -1 -k -b"
ENV_UNSET="CARGO_HOME DBUS_SESSION_BUS_ADDRESS DISPLAY GOBIN GOPATH PERL5LIB PERL5OPT PERLPREFIX PERL_CORE PERL_MB_OPT PERL_MM_OPT XAUTHORITY XDG_CACHE_HOME XDG_CONFIG_HOME XDG_DATA_HOME XDG_RUNTIME_DIR"
FCFLAGS="-O2 -pipe -march=x86-64 -frecord-gcc-switches"
FEATURES="assume-digests binpkg-docompress binpkg-dostrip binpkg-logs buildpkg config-protect-if-modified distlocks ebuild-locks fixlafiles ipc-sandbox merge-sync multilib-strict network-sandbox news parallel-fetch pid-sandbox preserve-libs protect-owned qa-unresolved-soname-deps sandbox sfperms sign split-log strict test unknown-features-warn unmerge-logs unmerge-orphans userfetch userpriv usersandbox usersync xattr"
FFLAGS="-O2 -pipe -march=x86-64 -frecord-gcc-switches"
GENTOO_MIRRORS="http://distfiles.gentoo.org"
LANG="en_US.utf8"
LDFLAGS="-Wl,-O1 -Wl,--as-needed -Wl,--defsym=__gentoo_check_ldflags__=0"
MAKEOPTS="-j24"
PKGDIR="/root/.packages"
PORTAGE_CONFIGROOT="/"
PORTAGE_RSYNC_OPTS="--recursive --links --safe-links --perms --times --omit-dir-times --compress --force --whole-file --delete --stats --human-readable --timeout=180 --exclude=/distfiles --exclude=/local --exclude=/packages --exclude=/.git"
PORTAGE_TMPDIR="/var/tmp"
USE="acl amd64 bzip2 cli crypt dri elogind fortran gdbm iconv ipv6 jumbo-build libglvnd libtirpc multilib native-symlinks ncurses nls nptl openmp pam pcre readline seccomp split-usr ssl tcpd test unicode xattr zlib" ABI_X86="64" ELIBC="glibc" KERNEL="linux" PYTHON_TARGETS="python3_8 python3_9" USERLAND="GNU"
Unset:  CC, CPPFLAGS, CTARGET, CXX, INSTALL_MASK, LC_ALL, LINGUAS, PORTAGE_BINHOST, PORTAGE_BUNZIP2_COMMAND, PORTAGE_COMPRESS, PORTAGE_COMPRESS_FLAGS, PORTAGE_RSYNC_EXTRA_OPTS, RUSTFLAGS





##############################
# emerge history (qlop -mv): #
##############################
2021-07-08T14:14:19 >>> dev-libs/libbsd-0.10.0
2021-07-08T14:14:20 >>> dev-libs/libsodium-1.0.18_p20210617
2021-07-08T14:14:21 >>> dev-python/strict-rfc3339-0.7-r1
2021-07-08T14:14:22 >>> dev-python/entrypoints-0.3-r2
2021-07-08T14:14:23 >>> dev-python/pandocfilters-1.4.3
2021-07-08T14:14:24 >>> dev-python/pycurl-7.43.0.6
2021-07-08T14:14:25 >>> dev-python/appdirs-1.4.4-r1
2021-07-08T14:14:26 >>> dev-python/ptyprocess-0.7.0
2021-07-08T14:14:27 >>> dev-python/six-1.16.0
2021-07-08T14:14:28 >>> dev-python/pygments-2.9.0
2021-07-08T14:14:29 >>> dev-python/mistune-0.8.4-r1
2021-07-08T14:14:30 >>> dev-python/pyasn1-0.4.8-r1
2021-07-08T14:14:31 >>> dev-python/async_generator-1.10
2021-07-08T14:14:25 >>> dev-python/backcall-0.2.0
2021-07-08T14:14:32 >>> dev-python/webencodings-0.5.1-r1
2021-07-08T14:14:32 >>> dev-python/decorator-5.0.9
2021-07-08T14:14:33 >>> dev-python/nose-1.3.7-r8
2021-07-08T14:14:34 >>> dev-python/pyrsistent-0.18.0
2021-07-08T14:14:35 >>> dev-python/jsonpointer-2.1
2021-07-08T14:14:36 >>> dev-python/regex-2021.7.6
2021-07-08T14:14:37 >>> dev-python/defusedxml-0.7.1
2021-07-08T14:14:38 >>> dev-python/testpath-0.5.0
2021-07-08T14:14:39 >>> net-libs/zeromq-4.3.4-r1
2021-07-08T14:14:40 >>> dev-python/constantly-15.1.0-r1
2021-07-08T14:14:41 >>> dev-python/hyperlink-21.0.0
2021-07-08T14:14:42 >>> dev-python/pyhamcrest-2.0.2
2021-07-08T14:14:43 >>> dev-python/ply-3.11-r1
2021-07-08T14:14:44 >>> dev-python/typing-extensions-3.10.0.0
2021-07-08T14:14:45 >>> dev-python/zipp-3.5.0
2021-07-08T14:14:46 >>> dev-python/nest_asyncio-1.5.1
2021-07-08T14:14:47 >>> dev-python/pyparsing-2.4.7-r1
2021-07-08T14:14:48 >>> dev-python/wcwidth-0.2.5-r1
2021-07-08T14:14:49 >>> dev-python/parso-0.8.2
2021-07-08T14:14:50 >>> dev-python/namespace-zope-1-r1
2021-07-08T14:14:51 >>> dev-python/pyproject2setuppy-17
2021-07-08T14:14:52 >>> dev-python/cython-0.29.23
2021-07-08T14:15:26 >>> dev-python/path-py-16.0.0
2021-07-08T14:15:31 >>> dev-python/pexpect-4.8.0-r1
2021-07-08T14:15:37 >>> dev-python/python-dateutil-2.8.1-r3
2021-07-08T14:15:38 >>> dev-python/webcolors-1.11.1
2021-07-08T14:15:39 >>> dev-python/rfc3339-validator-0.1.4
2021-07-08T14:15:45 >>> dev-python/jupyterlab_pygments-0.1.2
2021-07-08T14:15:46 >>> dev-python/docutils-0.17.1
2021-07-08T14:15:53 >>> dev-python/pyasn1-modules-0.2.8-r1
2021-07-08T14:16:06 >>> dev-python/html5lib-1.1
2021-07-08T14:16:12 >>> dev-python/ipython_genutils-0.2.0-r2
2021-07-08T14:16:23 >>> dev-python/rfc3987-1.3.8-r1
2021-07-08T14:16:45 >>> dev-python/pycparser-2.20-r1
2021-07-08T14:16:53 >>> dev-python/importlib_metadata-4.6.1
2021-07-08T14:17:01 >>> dev-python/packaging-21.0
2021-07-08T14:17:06 >>> dev-python/prompt_toolkit-3.0.19
2021-07-08T14:17:13 >>> dev-python/jedi-0.18.0
2021-07-08T14:17:19 >>> dev-python/zope-interface-5.4.0
2021-07-08T14:17:28 >>> dev-python/pyzmq-22.1.0
2021-07-08T14:17:37 >>> dev-python/pickleshare-0.7.5
2021-07-08T14:18:04 >>> dev-python/m2r-0.2.1
2021-07-08T14:18:18 >>> dev-python/traitlets-5.0.5
2021-07-08T14:18:21 >>> dev-python/rfc3986-validator-0.1.1
2021-07-08T14:18:25 >>> dev-python/cffi-1.14.5
2021-07-08T14:18:30 >>> dev-python/markdown-3.3.4
2021-07-08T14:18:31 >>> dev-python/click-8.0.1
2021-07-08T14:18:33 >>> dev-python/bleach-3.3.0
2021-07-08T14:18:48 >>> dev-python/attrs-21.2.0
2021-07-08T14:19:11 >>> dev-python/jupyter_core-4.7.1
2021-07-08T14:19:17 >>> dev-python/cryptography-3.4.7-r1
2021-07-08T14:19:24 >>> dev-python/incremental-21.3.0
2021-07-08T14:19:31 >>> dev-python/jsonschema-3.2.0
2021-07-08T14:19:31 >>> dev-python/automat-20.2.0
2021-07-08T14:19:45 >>> dev-python/pyopenssl-20.0.1
2021-07-08T14:19:52 >>> dev-python/nbformat-5.1.3
2021-07-08T14:20:01 >>> dev-python/service_identity-21.1.0
2021-07-08T14:20:10 >>> dev-python/twisted-21.2.0-r1
2021-07-08T14:20:24 >>> www-servers/tornado-6.1
2021-07-08T14:20:30 >>> dev-python/jupyter_client-6.1.12
2021-07-08T14:20:36 >>> dev-python/nbclient-0.5.3
2021-07-08T14:20:37 >>> dev-python/ipython-7.25.0
2021-07-08T14:20:43 >>> dev-python/nbconvert-6.0.7
2021-07-08T14:20:48 >>> dev-python/ipykernel-5.5.4-r1
2021-07-08T14:20:59 >>> dev-python/ipyparallel-6.3.0-r1
2021-07-08T14:21:04 >>> dev-python/pweave-0.30.3-r1
2021-07-08T14:21:38 >>> app-crypt/argon2-20190702
2021-07-08T14:21:38 >>> media-fonts/dejavu-2.37
2021-07-08T14:21:39 >>> media-fonts/stix-fonts-2.11
2021-07-08T14:21:37 >>> dev-libs/mathjax-2.7.7
2021-07-08T14:21:40 >>> media-libs/libpng-1.6.37-r2
2021-07-08T14:21:41 >>> media-libs/lcms-2.12
2021-07-08T14:21:42 >>> dev-lang/swig-4.0.2
2021-07-08T14:21:43 >>> virtual/fortran-0
2021-07-08T14:21:44 >>> dev-cpp/eigen-3.3.9
2021-07-08T14:21:45 >>> media-libs/qhull-2020.2-r3
2021-07-08T14:21:46 >>> media-libs/libjpeg-turbo-2.1.0-r2
2021-07-08T14:21:47 >>> dev-python/pypy3-7.3.4_p2
2021-07-08T14:24:05 >>> media-libs/freetype-2.10.4
2021-07-08T14:24:06 >>> sci-libs/lapack-3.10.0
2021-07-08T14:24:07 >>> virtual/jpeg-100
2021-07-08T14:24:08 >>> dev-python/iniconfig-1.1.1
2021-07-08T14:24:10 >>> dev-python/py-1.10.0
2021-07-08T14:24:11 >>> dev-python/pluggy-0.13.1-r1
2021-07-08T14:24:11 >>> dev-python/olefile-0.46-r1
2021-07-08T14:24:12 >>> dev-python/send2trash-1.5.0-r1
2021-07-08T14:24:09 >>> dev-python/more-itertools-8.8.0
2021-07-08T14:24:13 >>> virtual/python-cffi-1
2021-07-08T14:24:14 >>> dev-python/cycler-0.10.0-r1
2021-07-08T14:24:15 >>> dev-python/pytz-2021.1
2021-07-08T14:24:17 >>> dev-python/cppy-1.1.0
2021-07-08T14:24:18 >>> dev-python/coverage-5.5
2021-07-08T14:24:19 >>> dev-python/pybind11-2.6.2
2021-07-08T14:24:16 >>> dev-python/versioneer-0.19
2021-07-08T14:24:19 >>> dev-python/prometheus_client-0.11.0
2021-07-08T14:24:20 >>> virtual/lapack-3.8
2021-07-08T14:24:21 >>> virtual/cblas-3.8
2021-07-08T14:24:22 >>> virtual/blas-3.8
2021-07-08T14:24:23 >>> dev-python/terminado-0.10.1
2021-07-08T14:24:24 >>> dev-lang/nasm-2.15.05
2021-07-08T14:25:17 >>> dev-python/pytest-6.2.4-r1
2021-07-08T14:25:20 >>> dev-python/argon2-cffi-20.1.0
2021-07-08T14:25:31 >>> dev-python/kiwisolver-1.3.1
2021-07-08T14:25:54 >>> sci-libs/arpack-3.8.0
2021-07-08T14:26:00 >>> media-libs/tiff-4.3.0
2021-07-08T14:25:51 >>> dev-python/numpy-1.21.0
2021-07-08T14:26:26 >>> dev-python/pillow-8.3.1
2021-07-08T14:26:16 >>> dev-python/notebook-6.4.0
2021-07-08T14:26:44 >>> dev-python/matplotlib-3.4.2
2021-07-08T14:26:43 >>> dev-python/scipy-1.6.3




#######################################
# installed packages (qlist -ICvUSS): #
#######################################
acct-group/audio-0-r1:0
acct-group/cdrom-0-r1:0
acct-group/dialout-0-r1:0
acct-group/disk-0-r1:0
acct-group/input-0-r1:0
acct-group/kmem-0-r1:0
acct-group/kvm-0-r1:0
acct-group/lp-0-r1:0
acct-group/man-0-r1:0
acct-group/messagebus-0-r1:0
acct-group/polkitd-0-r1:0
acct-group/portage-0:0
acct-group/render-0-r1:0
acct-group/sshd-0-r1:0
acct-group/tape-0-r1:0
acct-group/tty-0-r1:0
acct-group/video-0-r1:0
acct-user/man-1-r1:0
acct-user/messagebus-0-r1:0
acct-user/polkitd-0-r1:0
acct-user/portage-0:0
acct-user/sshd-0-r1:0
app-admin/eselect-1.4.17:0 -doc -emacs -vim-syntax
app-admin/perl-cleaner-2.30:0
app-arch/bzip2-1.0.8-r1:0/1 -abi_mips_n32 -abi_mips_n64 -abi_mips_o32 -abi_s390_32 -abi_s390_64 -abi_x86_32 abi_x86_64 -abi_x86_x32 split-usr -static -static-libs
app-arch/gzip-1.10:0 -pic -static
app-arch/libarchive-3.5.1:0/13 -abi_mips_n32 -abi_mips_n64 -abi_mips_o32 -abi_s390_32 -abi_s390_64 -abi_x86_32 abi_x86_64 -abi_x86_x32 acl -blake2 bzip2 e2fsprogs -expat iconv -lz4 lzma -lzo -nettle -static-libs threads xattr zlib -zstd
app-arch/tar-1.34:0 acl -minimal nls -selinux xattr
app-arch/unzip-6.0_p26:0 bzip2 -natspec unicode
app-arch/xz-utils-5.2.5:0 -abi_mips_n32 -abi_mips_n64 -abi_mips_o32 -abi_s390_32 -abi_s390_64 -abi_x86_32 abi_x86_64 -abi_x86_x32 extra-filters nls split-usr -static-libs threads
app-arch/zstd-1.5.0:0/1 -abi_mips_n32 -abi_mips_n64 -abi_mips_o32 -abi_s390_32 -abi_s390_64 -abi_x86_32 abi_x86_64 -abi_x86_x32 -lz4 -static-libs threads
app-crypt/argon2-20190702:0/1 -static-libs
app-crypt/gnupg-2.2.28:0 bzip2 -doc -ldap nls readline -selinux smartcard ssl -tofu -tools -usb -user-socket -wks-server
app-crypt/gpgme-1.16.0:1/11 -common-lisp cxx -python python_targets_python3_8 python_targets_python3_9 -qt5 -static-libs
app-crypt/libb2-0.98.1-r3:0 -abi_mips_n32 -abi_mips_n64 -abi_mips_o32 -abi_s390_32 -abi_s390_64 -abi_x86_32 abi_x86_64 -abi_x86_x32 -native-cflags openmp -static-libs
app-crypt/openpgp-keys-gentoo-release-20200704:0 -test
app-crypt/pinentry-1.1.1-r1:0 -caps -efl -emacs -gnome-keyring -gtk ncurses -qt5
app-crypt/rhash-1.4.1:0 -abi_mips_n32 -abi_mips_n64 -abi_mips_o32 -abi_s390_32 -abi_s390_64 -abi_x86_32 abi_x86_64 -abi_x86_x32 -debug nls ssl -static-libs
app-editors/nano-5.8:0 -debug -justify -magic -minimal ncurses nls spell split-usr -static unicode
app-eselect/eselect-iptables-20200508:0
app-eselect/eselect-lib-bin-symlink-0.1.1-r1:0
app-eselect/eselect-pinentry-0.7.2:0
app-eselect/eselect-rust-20200419:0
app-i18n/man-pages-it-5.06:0
app-i18n/man-pages-ja-20180315:0
app-i18n/man-pages-l10n-4.2.0-r1:0 l10n_de l10n_fr l10n_nl l10n_pl l10n_pt-BR l10n_ro
app-i18n/man-pages-ru-5.03.2390.2390.20191017:0
app-i18n/man-pages-zh_CN-1.6.3.2:0
app-misc/c_rehash-1.7-r1:0
app-misc/ca-certificates-20210119.3.66:0 -cacert
app-misc/editor-wrapper-4-r1:0
app-misc/mime-types-9:0
app-misc/pax-utils-1.3.2:0 -caps -debug -python -python_single_target_python3_10 -python_single_target_python3_8 python_single_target_python3_9 seccomp
app-misc/tmux-3.2a:0 -debug -selinux -utempter -vim-syntax
app-portage/eix-0.35.2:0 -debug -doc nls -sqlite
app-portage/elt-patches-20201205:0
app-portage/gemato-16.2:0 gpg python_targets_pypy3 -python_targets_python3_10 python_targets_python3_8 python_targets_python3_9 -test -tools
app-portage/gentoolkit-0.5.1:0 python_targets_pypy3 python_targets_python3_8 python_targets_python3_9 -test
app-portage/portage-utils-0.92:0 nls openmp qmanifest qtegrity -static
app-shells/bash-5.1_p8:0 -afs -bashlogger -examples -mem-scramble net nls -plugins readline
app-shells/push-3.4:0
app-shells/quoter-4.2:0
app-text/ansifilter-2.18:0 -qt5
app-text/build-docbook-catalog-1.21:0
app-text/docbook-xml-dtd-4.5-r2:4.5
app-text/docbook-xml-dtd-4.4-r3:4.4
app-text/docbook-xml-dtd-4.2-r3:4.2
app-text/docbook-xml-dtd-4.1.2-r7:4.1.2
app-text/docbook-xsl-stylesheets-1.79.1-r2:0 -ruby
app-text/manpager-1:0
app-text/opensp-1.5.2-r6:0 -doc nls -static-libs -test
app-text/po4a-0.63:0 -test
app-text/sgml-common-0.6.3-r7:0
app-text/xmlto-0.0.28-r6:0 -latex -text
dev-cpp/eigen-3.3.9:3 -cpu_flags_arm_neon -cpu_flags_ppc_altivec -cpu_flags_ppc_vsx -cuda -debug -doc openmp -test
dev-db/sqlite-3.35.5:3 -abi_mips_n32 -abi_mips_n64 -abi_mips_o32 -abi_s390_32 -abi_s390_64 -abi_x86_32 abi_x86_64 -abi_x86_x32 -debug -doc -icu readline -secure-delete -static-libs -tcl -test -tools
dev-lang/nasm-2.15.05:0 -doc
dev-lang/perl-5.34.0:0/5.34 -berkdb -debug -doc gdbm -ithreads -minimal
dev-lang/python-3.10.0_beta3:3.10 -bluetooth -build -examples gdbm -hardened ipv6 ncurses readline sqlite ssl -test -tk -verify-sig -wininst xml
dev-lang/python-3.9.6:3.9 -bluetooth -build -examples gdbm -hardened ipv6 ncurses readline sqlite ssl -test -tk -verify-sig -wininst xml
dev-lang/python-3.8.11:3.8 -bluetooth -build -examples gdbm -hardened ipv6 ncurses readline sqlite ssl -test -tk -verify-sig -wininst xml
dev-lang/python-2.7.18_p11:2.7 -berkdb -bluetooth -build -examples gdbm -hardened ipv6 ncurses readline sqlite ssl threads -tk -verify-sig wide-unicode -wininst xml
dev-lang/python-exec-2.4.8:2 native-symlinks python_targets_pypy3 python_targets_python3_10 python_targets_python3_8 python_targets_python3_9 -test
dev-lang/python-exec-conf-2.4.6:2 python_targets_pypy3 -python_targets_python3_10 python_targets_python3_8 python_targets_python3_9
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dev-python/pytest-6.2.4-r1:0 python_targets_pypy3 -python_targets_python3_10 python_targets_python3_8 python_targets_python3_9 -test
dev-python/python-dateutil-2.8.1-r3:0 python_targets_pypy3 -python_targets_python3_10 python_targets_python3_8 python_targets_python3_9 -test
dev-python/pytz-2021.1:0 python_targets_pypy3 -python_targets_python3_10 python_targets_python3_8 python_targets_python3_9
dev-python/pyzmq-22.1.0:0 -doc draft -python_targets_python3_10 python_targets_python3_8 python_targets_python3_9 -test
dev-python/regex-2021.7.6:0 -doc -python_targets_python3_10 python_targets_python3_8 python_targets_python3_9 -test
dev-python/requests-2.25.1-r2:0 python_targets_pypy3 -python_targets_python3_10 python_targets_python3_8 python_targets_python3_9 -socks5 -test
dev-python/rfc3339-validator-0.1.4:0 python_targets_pypy3 -python_targets_python3_10 python_targets_python3_8 python_targets_python3_9 -test
dev-python/rfc3986-validator-0.1.1:0 -python_targets_python3_10 python_targets_python3_8 python_targets_python3_9 -test
dev-python/rfc3987-1.3.8-r1:0 -python_targets_python3_10 python_targets_python3_8 python_targets_python3_9
dev-python/scipy-1.6.3:0 -doc -python_targets_python3_10 python_targets_python3_8 python_targets_python3_9 -sparse -test
dev-python/send2trash-1.5.0-r1:0 -python_targets_python3_10 python_targets_python3_8 python_targets_python3_9 -test
dev-python/service_identity-21.1.0:0 python_targets_pypy3 -python_targets_python3_10 python_targets_python3_8 python_targets_python3_9 -test
dev-python/setuptools-57.1.0:0 python_targets_pypy3 -python_targets_python3_10 python_targets_python3_8 python_targets_python3_9 -test
dev-python/setuptools_scm-6.0.1-r1:0 python_targets_pypy3 -python_targets_python3_10 python_targets_python3_8 python_targets_python3_9 -test
dev-python/six-1.16.0:0 -doc python_targets_pypy3 -python_targets_python3_10 python_targets_python3_8 python_targets_python3_9 -test
dev-python/strict-rfc3339-0.7-r1:0 python_targets_pypy3 -python_targets_python3_10 python_targets_python3_8 python_targets_python3_9 -test
dev-python/terminado-0.10.1:0 -python_targets_python3_10 python_targets_python3_8 python_targets_python3_9 -test
dev-python/testpath-0.5.0:0 -doc python_targets_pypy3 -python_targets_python3_10 python_targets_python3_8 python_targets_python3_9 -test
dev-python/toml-0.10.2:0 python_targets_pypy3 -python_targets_python3_10 python_targets_python3_8 python_targets_python3_9 -test -test
dev-python/traitlets-5.0.5:0 -doc -python_targets_python3_10 python_targets_python3_8 python_targets_python3_9 -test
dev-python/twisted-21.2.0-r1:0 -conch crypt -http2 -python_targets_python3_10 python_targets_python3_8 python_targets_python3_9 -serial -test -test
dev-python/typing-extensions-3.10.0.0:0 python_targets_pypy3 -python_targets_python3_10 python_targets_python3_8 python_targets_python3_9
dev-python/urllib3-1.26.6:0 -brotli python_targets_pypy3 -python_targets_python3_10 python_targets_python3_8 python_targets_python3_9 -test
dev-python/versioneer-0.19:0 -python_targets_python3_10 python_targets_python3_8 python_targets_python3_9 -test
dev-python/wcwidth-0.2.5-r1:0 python_targets_pypy3 -python_targets_python3_10 python_targets_python3_8 python_targets_python3_9 -test
dev-python/webcolors-1.11.1:0 python_targets_pypy3 -python_targets_python3_10 python_targets_python3_8 python_targets_python3_9 -test
dev-python/webencodings-0.5.1-r1:0 python_targets_pypy3 -python_targets_python3_10 python_targets_python3_8 python_targets_python3_9 -test
dev-python/zipp-3.5.0:0 -doc python_targets_pypy3 -python_targets_python3_10 python_targets_python3_8 python_targets_python3_9 -test
dev-python/zope-interface-5.4.0:0 python_targets_pypy3 -python_targets_python3_10 python_targets_python3_8 python_targets_python3_9 -test
dev-util/cmake-3.20.5:0 -doc -emacs ncurses -qt5 -test -test
dev-util/desktop-file-utils-0.26-r1:0 -emacs
dev-util/glib-utils-2.68.3:0 -python_single_target_python3_8 python_single_target_python3_9
dev-util/gperf-3.1:0
dev-util/gtk-doc-am-1.33.2:0
dev-util/intltool-0.51.0-r2:0
dev-util/itstool-2.0.6-r1:0 -python_single_target_python3_8 python_single_target_python3_9
dev-util/meson-0.58.1:0 -python_targets_python3_10 python_targets_python3_8 python_targets_python3_9 -test
dev-util/meson-format-array-0:0 python_targets_python3_8 python_targets_python3_9
dev-util/ninja-1.10.2-r1:0 -doc -emacs -test -vim-syntax
dev-util/pkgconf-1.7.4:0/3 -abi_mips_n32 -abi_mips_n64 -abi_mips_o32 -abi_s390_32 -abi_s390_64 -abi_x86_32 abi_x86_64 -abi_x86_x32 pkg-config -test
dev-util/re2c-2.1.1-r1:0 -debug
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media-fonts/dejavu-2.37:0 -fontforge -X
media-fonts/stix-fonts-2.11:0 -X
media-libs/freetype-2.10.4:2 -abi_mips_n32 -abi_mips_n64 -abi_mips_o32 -abi_s390_32 -abi_s390_64 -abi_x86_32 abi_x86_64 -abi_x86_x32 adobe-cff -bindist -brotli bzip2 cleartype_hinting -debug -doc -fontforge -harfbuzz -infinality png -static-libs -utils -X
media-libs/lcms-2.12:2 -abi_mips_n32 -abi_mips_n64 -abi_mips_o32 -abi_s390_32 -abi_s390_64 -abi_x86_32 abi_x86_64 -abi_x86_x32 -doc -jpeg -static-libs -test threads -tiff zlib
media-libs/libjpeg-turbo-2.1.0-r2:0/0.2 -abi_mips_n32 -abi_mips_n64 -abi_mips_o32 -abi_s390_32 -abi_s390_64 -abi_x86_32 abi_x86_64 -abi_x86_x32 -cpu_flags_arm_neon -java -java -static-libs
media-libs/libpng-1.6.37-r2:0/16 -abi_mips_n32 -abi_mips_n64 -abi_mips_o32 -abi_s390_32 -abi_s390_64 -abi_x86_32 abi_x86_64 -abi_x86_x32 -apng -cpu_flags_arm_neon cpu_flags_x86_sse -static-libs
media-libs/qhull-2020.2-r3:0/8 -doc -static-libs
media-libs/tiff-4.3.0:0 -abi_mips_n32 -abi_mips_n64 -abi_mips_o32 -abi_s390_32 -abi_s390_64 -abi_x86_32 abi_x86_64 -abi_x86_x32 cxx -jbig jpeg -lzma -static-libs -test -webp zlib -zstd
net-dns/libidn2-2.3.1:0/2 -abi_mips_n32 -abi_mips_n64 -abi_mips_o32 -abi_s390_32 -abi_s390_64 -abi_x86_32 abi_x86_64 -abi_x86_x32 -static-libs -verify-sig
net-firewall/iptables-1.8.7:0/1.8.3 -conntrack ipv6 -netlink -nftables -pcap split-usr -static-libs
net-libs/gnutls-3.7.2:0/30 -abi_mips_n32 -abi_mips_n64 -abi_mips_o32 -abi_s390_32 -abi_s390_64 -abi_x86_32 abi_x86_64 -abi_x86_x32 cxx -dane -doc -examples -guile idn nls openssl -pkcs11 seccomp -sslv2 -sslv3 -static-libs -test -test-full tls-heartbeat -tools -valgrind
net-libs/libmnl-1.0.4:0/0.2.0 -examples split-usr -static-libs
net-libs/libnsl-1.3.0-r1:0/2 -abi_mips_n32 -abi_mips_n64 -abi_mips_o32 -abi_s390_32 -abi_s390_64 -abi_x86_32 abi_x86_64 -abi_x86_x32 -static-libs
net-libs/libtirpc-1.3.2:0/3 -abi_mips_n32 -abi_mips_n64 -abi_mips_o32 -abi_s390_32 -abi_s390_64 -abi_x86_32 abi_x86_64 -abi_x86_x32 ipv6 -kerberos split-usr -static-libs
net-libs/nghttp2-1.43.0-r2:0/1.14 -abi_mips_n32 -abi_mips_n64 -abi_mips_o32 -abi_s390_32 -abi_s390_64 -abi_x86_32 abi_x86_64 -abi_x86_x32 -cxx -debug -hpack-tools -jemalloc -static-libs -test threads -utils -xml
net-libs/zeromq-4.3.4-r1:0/5 -doc drafts libbsd -pgm sodium -static-libs -test -unwind
net-misc/curl-7.77.0-r1:0 -abi_mips_n32 -abi_mips_n64 -abi_mips_o32 -abi_s390_32 -abi_s390_64 -abi_x86_32 abi_x86_64 -abi_x86_x32 -adns -alt-svc -brotli -curl_ssl_gnutls -curl_ssl_mbedtls -curl_ssl_nss curl_ssl_openssl -curl_ssl_winssl ftp -gnutls -gopher -hsts http2 -idn imap ipv6 -kerberos -ldap -mbedtls -metalink -nghttp3 -nss openssl pop3 progress-meter -quiche -rtmp -samba smtp -ssh ssl -sslv3 -static-libs -telnet -test tftp -threads -winssl -zstd
net-misc/iputils-20210202:0 arping -caps -clockdiff -doc filecaps -gcrypt -idn ipv6 -nettle nls -rarpd -rdisc ssl -static -tftpd -tracepath -traceroute6
net-misc/netifrc-0.7.3:0
net-misc/openssh-8.6_p1-r2:0 -abi_mips_n32 -audit -bindist -debug -hpn -kerberos -ldns -libedit -livecd pam pie scp -sctp -security-key -selinux ssl -static -test -X -X509 -xmss
net-misc/rsync-3.2.3-r4:0 acl -examples iconv ipv6 -lz4 ssl -stunnel -system-zlib xattr -xxhash -zstd
net-misc/wget-1.21.1:0 -cookie_check -debug -gnutls -idn ipv6 -metalink nls -ntlm pcre ssl -static -test -uuid zlib
perl-core/File-Temp-0.231.100:0
perl-core/Scalar-List-Utils-1.560.0:0
sci-libs/arpack-3.8.0:0 -doc -examples -mpi
sci-libs/lapack-3.10.0:0 -deprecated -doc -eselect-ldso -lapacke -test
sys-apps/acl-2.3.1:0 -abi_mips_n32 -abi_mips_n64 -abi_mips_o32 -abi_s390_32 -abi_s390_64 -abi_x86_32 abi_x86_64 -abi_x86_x32 nls split-usr -static-libs
sys-apps/attr-2.5.1:0 -abi_mips_n32 -abi_mips_n64 -abi_mips_o32 -abi_s390_32 -abi_s390_64 -abi_x86_32 abi_x86_64 -abi_x86_x32 -debug nls split-usr -static-libs
sys-apps/baselayout-2.7-r3:0 -build split-usr
sys-apps/busybox-1.33.1:0 -debug ipv6 -livecd -make-symlinks -math -mdev -pam -savedconfig -selinux -sep-usr static -syslog -systemd
sys-apps/coreutils-8.32-r1:0 acl -caps -gmp -hostname -kill -multicall nls -selinux split-usr -static -test -vanilla xattr
sys-apps/dbus-1.12.20-r1:0 -abi_mips_n32 -abi_mips_n64 -abi_mips_o32 -abi_s390_32 -abi_s390_64 -abi_x86_32 abi_x86_64 -abi_x86_x32 -debug -doc elogind -selinux -static-libs -systemd -test -test -user-session -X
sys-apps/debianutils-4.11.2:0 installkernel -static
sys-apps/diffutils-3.7-r1:0 nls -static
sys-apps/file-5.40-r3:0 -abi_mips_n32 -abi_mips_n64 -abi_mips_o32 -abi_s390_32 -abi_s390_64 -abi_x86_32 abi_x86_64 -abi_x86_x32 bzip2 -lzma -python -python_targets_python3_10 python_targets_python3_8 python_targets_python3_9 -seccomp -static-libs zlib
sys-apps/findutils-4.8.0:0 nls -selinux -static -test
sys-apps/gawk-5.1.0:0 -mpfr nls readline
sys-apps/gentoo-functions-0.14:0
sys-apps/grep-3.6:0 nls pcre -static
sys-apps/groff-1.22.4:0 -examples -uchardet -X
sys-apps/help2man-1.48.3:0 nls
sys-apps/hwids-20210613-r1:0 net pci -systemd udev usb
sys-apps/install-xattr-0.8:0
sys-apps/iproute2-5.10.0-r1:0 -atm -berkdb -caps -elf iptables ipv6 -libbsd -minimal -selinux
sys-apps/kbd-2.4.0:0 nls pam -test
sys-apps/kmod-29:0 -debug -doc lzma -pkcs7 -python python_targets_python3_8 python_targets_python3_9 -static-libs tools zlib -zstd
sys-apps/less-590:0 pcre unicode
sys-apps/man-db-2.9.4:0 -berkdb gdbm manpager nls seccomp -selinux -static-libs zlib
sys-apps/man-pages-5.12:0 l10n_de l10n_fr l10n_it l10n_ja l10n_nl l10n_pl l10n_pt-BR l10n_ro l10n_ru l10n_zh-CN
sys-apps/man-pages-posix-2017a:0
sys-apps/net-tools-2.10:0 arp hostname ipv6 -nis nls -plipconfig -selinux -slattach -static
sys-apps/openrc-0.43.3:0 -audit -bash -debug ncurses netifrc -newnet pam -prefix -selinux -sysv-utils unicode
sys-apps/portage-3.0.20-r6:0 -apidoc -build -doc -gentoo-dev ipc native-extensions python_targets_pypy3 -python_targets_python3_10 python_targets_python3_8 python_targets_python3_9 rsync-verify -selinux -test xattr
sys-apps/sandbox-2.24:0 -abi_mips_n32 -abi_mips_n64 -abi_mips_o32 -abi_s390_32 -abi_s390_64 abi_x86_32 abi_x86_64 -abi_x86_x32
sys-apps/sed-4.8:0 acl nls -selinux -static
sys-apps/shadow-4.8.1-r3:0 acl -audit -bcrypt -cracklib nls pam -selinux -skey split-usr su xattr
sys-apps/systemd-tmpfiles-248.3:0 -selinux -test
sys-apps/sysvinit-2.99:0 -ibm -selinux -static
sys-apps/texinfo-6.8:0 nls standalone -static
sys-apps/util-linux-2.37:0 -abi_mips_n32 -abi_mips_n64 -abi_mips_o32 -abi_s390_32 -abi_s390_64 -abi_x86_32 abi_x86_64 -abi_x86_x32 -audit -build -caps cramfs -cryptsetup -fdformat -hardlink -kill logger -magic ncurses nls pam -python python_targets_python3_8 python_targets_python3_9 readline -selinux -slang split-usr -static-libs -su suid -systemd -test -tty-helpers -udev unicode
sys-apps/which-2.21:0
sys-auth/elogind-246.10-r1:0 acl -audit -debug -doc pam policykit -selinux
sys-auth/pambase-20210201.1:0 -caps -debug elogind -gnome-keyring -homed -minimal -mktemp nullok -pam_krb5 -pam_ssh passwdqc -pwhistory -pwquality -securetty -selinux sha512 -systemd
sys-auth/passwdqc-2.0.2-r1:0
sys-auth/polkit-0.119-r2:0 elogind -examples -gtk introspection -kde nls pam -selinux -systemd -test
sys-devel/autoconf-2.69-r5:2.69 -emacs
sys-devel/autoconf-2.13-r1:2.1
sys-devel/autoconf-archive-2021.02.19:0
sys-devel/autoconf-wrapper-15:0
sys-devel/automake-1.16.3-r1:1.16 -test
sys-devel/automake-wrapper-11:0
sys-devel/binutils-2.36.1-r1:2.36 -cet -default-gold -doc gold -multitarget nls plugins -static-libs -test -vanilla
sys-devel/binutils-config-5.4:0 native-symlinks
sys-devel/bison-3.7.6:0 -examples nls -static -test
sys-devel/flex-2.6.4-r1:0 -abi_mips_n32 -abi_mips_n64 -abi_mips_o32 -abi_s390_32 -abi_s390_64 -abi_x86_32 abi_x86_64 -abi_x86_x32 nls -static -test
sys-devel/gcc-11.1.0-r2:11 -ada -custom-cflags cxx -d -debug -doc -fixed-point fortran -go graphite -hardened -jit -libssp lto multilib nls nptl -objc -objc++ -objc-gc openmp pch -pgo pie sanitize ssp -systemtap -test -valgrind -vanilla -vtv -zstd
sys-devel/gcc-config-2.4:0 cc-wrappers native-symlinks
sys-devel/gettext-0.21-r1:0 -abi_mips_n32 -abi_mips_n64 -abi_mips_o32 -abi_s390_32 -abi_s390_64 -abi_x86_32 abi_x86_64 -abi_x86_x32 acl -cvs cxx -doc -emacs -git -java -java ncurses nls openmp -static-libs
sys-devel/gnuconfig-20210107:0
sys-devel/libtool-2.4.6-r6:2 -vanilla
sys-devel/llvm-12.0.0:12 -abi_mips_n32 -abi_mips_n64 -abi_mips_o32 -abi_s390_32 -abi_s390_64 -abi_x86_32 abi_x86_64 -abi_x86_x32 -debug -doc -doc -exegesis -gold -libedit libffi -llvm_targets_AArch64 llvm_targets_AMDGPU -llvm_targets_ARC -llvm_targets_ARM -llvm_targets_AVR llvm_targets_BPF -llvm_targets_CSKY -llvm_targets_Hexagon -llvm_targets_Lanai -llvm_targets_Mips -llvm_targets_MSP430 llvm_targets_NVPTX -llvm_targets_PowerPC -llvm_targets_RISCV -llvm_targets_Sparc -llvm_targets_SystemZ -llvm_targets_VE -llvm_targets_WebAssembly llvm_targets_X86 -llvm_targets_XCore ncurses -test -xar -xml -z3
sys-devel/llvm-common-12.0.0:0
sys-devel/m4-1.4.19:0 -examples nls
sys-devel/make-4.3:0 -guile nls -static
sys-devel/patch-2.7.6-r4:0 -static -test xattr
sys-fs/e2fsprogs-1.46.2:0 -cron -fuse -lto nls split-usr -static-libs threads
sys-fs/udev-248:0 -abi_mips_n32 -abi_mips_n64 -abi_mips_o32 -abi_s390_32 -abi_s390_64 -abi_x86_32 abi_x86_64 -abi_x86_x32 acl kmod -selinux split-usr -static-libs
sys-fs/udev-init-scripts-34:0
sys-kernel/installkernel-gentoo-3:0
sys-kernel/linux-headers-5.12:0 -headers-only
sys-libs/e2fsprogs-libs-1.46.2:0 -abi_mips_n32 -abi_mips_n64 -abi_mips_o32 -abi_s390_32 -abi_s390_64 -abi_x86_32 abi_x86_64 -abi_x86_x32 split-usr -static-libs
sys-libs/gdbm-1.20:0/6 -abi_mips_n32 -abi_mips_n64 -abi_mips_o32 -abi_s390_32 -abi_s390_64 -abi_x86_32 abi_x86_64 -abi_x86_x32 berkdb nls readline -static-libs
sys-libs/glibc-2.33-r1:2.2 -audit -caps -cet -compile-locales crypt -custom-cflags -doc -gd -headers-only multiarch multilib -multilib-bootstrap -nscd -profile -selinux ssp static-libs -static-pie -suid -systemtap -test -vanilla
sys-libs/libcap-2.51:0 -abi_mips_n32 -abi_mips_n64 -abi_mips_o32 -abi_s390_32 -abi_s390_64 -abi_x86_32 abi_x86_64 -abi_x86_x32 pam split-usr -static-libs
sys-libs/libseccomp-2.5.1-r1:0 -abi_mips_n32 -abi_mips_n64 -abi_mips_o32 -abi_s390_32 -abi_s390_64 -abi_x86_32 abi_x86_64 -abi_x86_x32 -python python_targets_python3_8 python_targets_python3_9 -static-libs
sys-libs/ncurses-6.2_p20210123:0/6 -abi_mips_n32 -abi_mips_n64 -abi_mips_o32 -abi_s390_32 -abi_s390_64 -abi_x86_32 abi_x86_64 -abi_x86_x32 -ada cxx -debug -doc -gpm -minimal -profile split-usr -static-libs -test -threads tinfo -trace unicode
sys-libs/pam-1.5.1:0 -abi_mips_n32 -abi_mips_n64 -abi_mips_o32 -abi_s390_32 -abi_s390_64 -abi_x86_32 abi_x86_64 -abi_x86_x32 -audit -berkdb -debug filecaps -nis -selinux split-usr
sys-libs/readline-8.1_p1:0/8 -abi_mips_n32 -abi_mips_n64 -abi_mips_o32 -abi_s390_32 -abi_s390_64 -abi_x86_32 abi_x86_64 -abi_x86_x32 split-usr -static-libs unicode -utils
sys-libs/timezone-data-2021a-r1:0 -leaps-timezone nls -zic-slim
sys-libs/zlib-1.2.11-r4:0/1 -abi_mips_n32 -abi_mips_n64 -abi_mips_o32 -abi_s390_32 -abi_s390_64 -abi_x86_32 abi_x86_64 -abi_x86_x32 minizip split-usr -static-libs
sys-process/procps-3.3.17:0/8 -abi_mips_n32 -abi_mips_n64 -abi_mips_o32 -abi_s390_32 -abi_s390_64 -abi_x86_32 abi_x86_64 -abi_x86_x32 elogind kill -modern-top ncurses nls -selinux split-usr -static-libs -systemd -test unicode
sys-process/psmisc-23.4-r1:0 ipv6 nls -selinux -X
virtual/acl-0-r2:0 -abi_mips_n32 -abi_mips_n64 -abi_mips_o32 -abi_s390_32 -abi_s390_64 -abi_x86_32 abi_x86_64 -abi_x86_x32 -static-libs
virtual/awk-1:0
virtual/blas-3.8:0 -eselect-ldso
virtual/cblas-3.8:0 -eselect-ldso
virtual/dev-manager-0-r2:0
virtual/editor-0-r3:0
virtual/fortran-0:0 openmp
virtual/jpeg-100:0 -abi_mips_n32 -abi_mips_n64 -abi_mips_o32 -abi_s390_32 -abi_s390_64 -abi_x86_32 abi_x86_64 -abi_x86_x32 -static-libs
virtual/lapack-3.8:0 -eselect-ldso
virtual/libc-1-r1:0
virtual/libcrypt-1-r1:0/1 -abi_mips_n32 -abi_mips_n64 -abi_mips_o32 -abi_s390_32 -abi_s390_64 -abi_x86_32 abi_x86_64 -abi_x86_x32 static-libs
virtual/libelf-3:0/1 -abi_mips_n32 -abi_mips_n64 -abi_mips_o32 -abi_s390_32 -abi_s390_64 -abi_x86_32 abi_x86_64 -abi_x86_x32
virtual/libiconv-0-r2:0 -abi_mips_n32 -abi_mips_n64 -abi_mips_o32 -abi_s390_32 -abi_s390_64 -abi_x86_32 abi_x86_64 -abi_x86_x32
virtual/libintl-0-r2:0 -abi_mips_n32 -abi_mips_n64 -abi_mips_o32 -abi_s390_32 -abi_s390_64 -abi_x86_32 abi_x86_64 -abi_x86_x32
virtual/libudev-232-r3:0/1 -abi_mips_n32 -abi_mips_n64 -abi_mips_o32 -abi_s390_32 -abi_s390_64 -abi_x86_32 abi_x86_64 -abi_x86_x32 -static-libs -systemd
virtual/man-0-r4:0
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virtual/service-manager-1:0
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www-client/pybugz-0.13:0 python_targets_python3_8 python_targets_python3_9 -zsh-completion
www-servers/tornado-6.1:0 -doc -examples -python_targets_python3_10 python_targets_python3_8 python_targets_python3_9 -test
x11-misc/shared-mime-info-2.1:0


#######################
# build.log           #
#######################
>>> Unpacking source...
>>> Unpacking pweave-0.30.3.tar.gz to /var/tmp/portage/dev-python/pweave-0.30.3-r1/work
>>> Source unpacked in /var/tmp/portage/dev-python/pweave-0.30.3-r1/work
>>> Preparing source in /var/tmp/portage/dev-python/pweave-0.30.3-r1/work/Pweave-0.30.3 ...
 * Applying pweave-0.30.3-docs.patch ...
 [ ok ]
 * Applying pweave-0.30.3-rm-online-tests.patch ...
 [ ok ]
>>> Source prepared.
>>> Configuring source in /var/tmp/portage/dev-python/pweave-0.30.3-r1/work/Pweave-0.30.3 ...
>>> Source configured.
>>> Compiling source in /var/tmp/portage/dev-python/pweave-0.30.3-r1/work/Pweave-0.30.3 ...
 * python3_8: running distutils-r1_run_phase distutils-r1_python_compile
python3.8 setup.py build -j 24
running build
running build_py
creating /var/tmp/portage/dev-python/pweave-0.30.3-r1/work/Pweave-0.30.3-python3_8/lib/pweave
copying pweave/scripts.py -> /var/tmp/portage/dev-python/pweave-0.30.3-r1/work/Pweave-0.30.3-python3_8/lib/pweave
copying pweave/readers.py -> /var/tmp/portage/dev-python/pweave-0.30.3-r1/work/Pweave-0.30.3-python3_8/lib/pweave
copying pweave/config.py -> /var/tmp/portage/dev-python/pweave-0.30.3-r1/work/Pweave-0.30.3-python3_8/lib/pweave
copying pweave/mimetypes.py -> /var/tmp/portage/dev-python/pweave-0.30.3-r1/work/Pweave-0.30.3-python3_8/lib/pweave
copying pweave/__init__.py -> /var/tmp/portage/dev-python/pweave-0.30.3-r1/work/Pweave-0.30.3-python3_8/lib/pweave
copying pweave/pweb.py -> /var/tmp/portage/dev-python/pweave-0.30.3-r1/work/Pweave-0.30.3-python3_8/lib/pweave
creating /var/tmp/portage/dev-python/pweave-0.30.3-r1/work/Pweave-0.30.3-python3_8/lib/pweave/themes
copying pweave/themes/journal.py -> /var/tmp/portage/dev-python/pweave-0.30.3-r1/work/Pweave-0.30.3-python3_8/lib/pweave/themes
copying pweave/themes/cerulean.py -> /var/tmp/portage/dev-python/pweave-0.30.3-r1/work/Pweave-0.30.3-python3_8/lib/pweave/themes
copying pweave/themes/bootstrap.py -> /var/tmp/portage/dev-python/pweave-0.30.3-r1/work/Pweave-0.30.3-python3_8/lib/pweave/themes
copying pweave/themes/skeleton.py -> /var/tmp/portage/dev-python/pweave-0.30.3-r1/work/Pweave-0.30.3-python3_8/lib/pweave/themes
copying pweave/themes/__init__.py -> /var/tmp/portage/dev-python/pweave-0.30.3-r1/work/Pweave-0.30.3-python3_8/lib/pweave/themes
creating /var/tmp/portage/dev-python/pweave-0.30.3-r1/work/Pweave-0.30.3-python3_8/lib/pweave/formatters
copying pweave/formatters/jupyter_notebook.py -> /var/tmp/portage/dev-python/pweave-0.30.3-r1/work/Pweave-0.30.3-python3_8/lib/pweave/formatters
copying pweave/formatters/rst.py -> /var/tmp/portage/dev-python/pweave-0.30.3-r1/work/Pweave-0.30.3-python3_8/lib/pweave/formatters
copying pweave/formatters/markdownmath.py -> /var/tmp/portage/dev-python/pweave-0.30.3-r1/work/Pweave-0.30.3-python3_8/lib/pweave/formatters
copying pweave/formatters/base.py -> /var/tmp/portage/dev-python/pweave-0.30.3-r1/work/Pweave-0.30.3-python3_8/lib/pweave/formatters
copying pweave/formatters/publish.py -> /var/tmp/portage/dev-python/pweave-0.30.3-r1/work/Pweave-0.30.3-python3_8/lib/pweave/formatters
copying pweave/formatters/templates.py -> /var/tmp/portage/dev-python/pweave-0.30.3-r1/work/Pweave-0.30.3-python3_8/lib/pweave/formatters
copying pweave/formatters/markdown.py -> /var/tmp/portage/dev-python/pweave-0.30.3-r1/work/Pweave-0.30.3-python3_8/lib/pweave/formatters
copying pweave/formatters/tex.py -> /var/tmp/portage/dev-python/pweave-0.30.3-r1/work/Pweave-0.30.3-python3_8/lib/pweave/formatters
copying pweave/formatters/__init__.py -> /var/tmp/portage/dev-python/pweave-0.30.3-r1/work/Pweave-0.30.3-python3_8/lib/pweave/formatters
creating /var/tmp/portage/dev-python/pweave-0.30.3-r1/work/Pweave-0.30.3-python3_8/lib/pweave/processors
copying pweave/processors/jupyter.py -> /var/tmp/portage/dev-python/pweave-0.30.3-r1/work/Pweave-0.30.3-python3_8/lib/pweave/processors
copying pweave/processors/base.py -> /var/tmp/portage/dev-python/pweave-0.30.3-r1/work/Pweave-0.30.3-python3_8/lib/pweave/processors
copying pweave/processors/subsnippets.py -> /var/tmp/portage/dev-python/pweave-0.30.3-r1/work/Pweave-0.30.3-python3_8/lib/pweave/processors
copying pweave/processors/__init__.py -> /var/tmp/portage/dev-python/pweave-0.30.3-r1/work/Pweave-0.30.3-python3_8/lib/pweave/processors
creating /var/tmp/portage/dev-python/pweave-0.30.3-r1/work/Pweave-0.30.3-python3_8/lib/pweave/bokeh
copying pweave/bokeh/__init__.py -> /var/tmp/portage/dev-python/pweave-0.30.3-r1/work/Pweave-0.30.3-python3_8/lib/pweave/bokeh
warning: build_py: byte-compiling is disabled, skipping.

 * python3_9: running distutils-r1_run_phase distutils-r1_python_compile
python3.9 setup.py build -j 24
running build
running build_py
creating /var/tmp/portage/dev-python/pweave-0.30.3-r1/work/Pweave-0.30.3-python3_9/lib/pweave
copying pweave/scripts.py -> /var/tmp/portage/dev-python/pweave-0.30.3-r1/work/Pweave-0.30.3-python3_9/lib/pweave
copying pweave/readers.py -> /var/tmp/portage/dev-python/pweave-0.30.3-r1/work/Pweave-0.30.3-python3_9/lib/pweave
copying pweave/config.py -> /var/tmp/portage/dev-python/pweave-0.30.3-r1/work/Pweave-0.30.3-python3_9/lib/pweave
copying pweave/mimetypes.py -> /var/tmp/portage/dev-python/pweave-0.30.3-r1/work/Pweave-0.30.3-python3_9/lib/pweave
copying pweave/__init__.py -> /var/tmp/portage/dev-python/pweave-0.30.3-r1/work/Pweave-0.30.3-python3_9/lib/pweave
copying pweave/pweb.py -> /var/tmp/portage/dev-python/pweave-0.30.3-r1/work/Pweave-0.30.3-python3_9/lib/pweave
creating /var/tmp/portage/dev-python/pweave-0.30.3-r1/work/Pweave-0.30.3-python3_9/lib/pweave/themes
copying pweave/themes/journal.py -> /var/tmp/portage/dev-python/pweave-0.30.3-r1/work/Pweave-0.30.3-python3_9/lib/pweave/themes
copying pweave/themes/cerulean.py -> /var/tmp/portage/dev-python/pweave-0.30.3-r1/work/Pweave-0.30.3-python3_9/lib/pweave/themes
copying pweave/themes/bootstrap.py -> /var/tmp/portage/dev-python/pweave-0.30.3-r1/work/Pweave-0.30.3-python3_9/lib/pweave/themes
copying pweave/themes/skeleton.py -> /var/tmp/portage/dev-python/pweave-0.30.3-r1/work/Pweave-0.30.3-python3_9/lib/pweave/themes
copying pweave/themes/__init__.py -> /var/tmp/portage/dev-python/pweave-0.30.3-r1/work/Pweave-0.30.3-python3_9/lib/pweave/themes
creating /var/tmp/portage/dev-python/pweave-0.30.3-r1/work/Pweave-0.30.3-python3_9/lib/pweave/formatters
copying pweave/formatters/jupyter_notebook.py -> /var/tmp/portage/dev-python/pweave-0.30.3-r1/work/Pweave-0.30.3-python3_9/lib/pweave/formatters
copying pweave/formatters/rst.py -> /var/tmp/portage/dev-python/pweave-0.30.3-r1/work/Pweave-0.30.3-python3_9/lib/pweave/formatters
copying pweave/formatters/markdownmath.py -> /var/tmp/portage/dev-python/pweave-0.30.3-r1/work/Pweave-0.30.3-python3_9/lib/pweave/formatters
copying pweave/formatters/base.py -> /var/tmp/portage/dev-python/pweave-0.30.3-r1/work/Pweave-0.30.3-python3_9/lib/pweave/formatters
copying pweave/formatters/publish.py -> /var/tmp/portage/dev-python/pweave-0.30.3-r1/work/Pweave-0.30.3-python3_9/lib/pweave/formatters
copying pweave/formatters/templates.py -> /var/tmp/portage/dev-python/pweave-0.30.3-r1/work/Pweave-0.30.3-python3_9/lib/pweave/formatters
copying pweave/formatters/markdown.py -> /var/tmp/portage/dev-python/pweave-0.30.3-r1/work/Pweave-0.30.3-python3_9/lib/pweave/formatters
copying pweave/formatters/tex.py -> /var/tmp/portage/dev-python/pweave-0.30.3-r1/work/Pweave-0.30.3-python3_9/lib/pweave/formatters
copying pweave/formatters/__init__.py -> /var/tmp/portage/dev-python/pweave-0.30.3-r1/work/Pweave-0.30.3-python3_9/lib/pweave/formatters
creating /var/tmp/portage/dev-python/pweave-0.30.3-r1/work/Pweave-0.30.3-python3_9/lib/pweave/processors
copying pweave/processors/jupyter.py -> /var/tmp/portage/dev-python/pweave-0.30.3-r1/work/Pweave-0.30.3-python3_9/lib/pweave/processors
copying pweave/processors/base.py -> /var/tmp/portage/dev-python/pweave-0.30.3-r1/work/Pweave-0.30.3-python3_9/lib/pweave/processors
copying pweave/processors/subsnippets.py -> /var/tmp/portage/dev-python/pweave-0.30.3-r1/work/Pweave-0.30.3-python3_9/lib/pweave/processors
copying pweave/processors/__init__.py -> /var/tmp/portage/dev-python/pweave-0.30.3-r1/work/Pweave-0.30.3-python3_9/lib/pweave/processors
creating /var/tmp/portage/dev-python/pweave-0.30.3-r1/work/Pweave-0.30.3-python3_9/lib/pweave/bokeh
copying pweave/bokeh/__init__.py -> /var/tmp/portage/dev-python/pweave-0.30.3-r1/work/Pweave-0.30.3-python3_9/lib/pweave/bokeh
warning: build_py: byte-compiling is disabled, skipping.

 * Using python3.10 in global scope
 * python3_10: running distutils-r1_run_phase python_compile_all
>>> Source compiled.
>>> Test phase: dev-python/pweave-0.30.3-r1
 * python3_8: running distutils-r1_run_phase python_test
python3.8 -m pytest -vv -ra -l -Wdefault
============================= test session starts ==============================
platform linux -- Python 3.8.11, pytest-6.2.4, py-1.10.0, pluggy-0.13.1 -- /usr/bin/python3.8
cachedir: .pytest_cache
rootdir: /var/tmp/portage/dev-python/pweave-0.30.3-r1/work/Pweave-0.30.3
collecting ... collected 10 items

tests/test_cache.py::test_cache PASSED                                   [ 10%]
tests/test_pweave.py::WeaveTest::testClassInMultipleChunksUsingContinueOption FAILED [ 20%]
tests/test_pweave.py::WeaveTest::testFIR_FilterExampleTex FAILED         [ 30%]
tests/test_pweave.py::WeaveTest::testInlineCode PASSED                   [ 40%]
tests/test_pweave.py::WeaveTest::testSimple FAILED                       [ 50%]
tests/test_pweave.py::WeaveTest::testWrapAndCodeOutput PASSED            [ 60%]
tests/test_pweave.py::ConvertTest::testConvert PASSED                    [ 70%]
tests/test_pweave.py::ConvertTest::testNbformat PASSED                   [ 80%]
tests/test_readers.py::test_markdown PASSED                              [ 90%]
tests/test_readers.py::test_script PASSED                                [100%]

=================================== FAILURES ===================================
____________ WeaveTest.testClassInMultipleChunksUsingContinueOption ____________

self = <tests.test_pweave.WeaveTest testMethod=testClassInMultipleChunksUsingContinueOption>
reference = None

    def assertSameAsReference(self, reference=None):
        try:
>           self.assertEqual(self.contentOf(reference if reference is not None else self.REFERENCE),
                             self.contentOf(self.OUTFILE))

reference  = None
self       = <tests.test_pweave.WeaveTest testMethod=testClassInMultipleChunksUsingContinueOption>

tests/_frameworkForTests.py:34: 
_ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ 

self = <tests.test_pweave.WeaveTest testMethod=testClassInMultipleChunksUsingContinueOption>
first = '% AR model using Yule-Walker method\n% Matti Pastell\n% 14.5.2013\n\n\n```python\nfrom scipy import signal, linalg\ni...747881, -0.06257484,\n-0.12929761])\n```\n\n\n```python\nar1.spectrum()\n```\n\n![](figures/ar_yw_figure5_1.png)\\\n\n'
second = '% AR model using Yule-Walker method\n% Matti Pastell\n% 14.5.2013\n\n\n```python\nfrom scipy import signal, linalg\ni...ray([ 1.19379795, -0.21810471, -0.12747881, -0.06257484,\n-0.12929761])\n```\n\n\n```python\nar1.spectrum()\n```\n\n\n'
msg = None

    def assertEqual(self, first, second, msg=None):
        """Fail if the two objects are unequal as determined by the '=='
           operator.
        """
        assertion_func = self._getAssertEqualityFunc(first, second)
>       assertion_func(first, second, msg=msg)

assertion_func = <bound method TestCase.assertMultiLineEqual of <tests.test_pweave.WeaveTest testMethod=testClassInMultipleChunksUsingContinueOption>>
first      = ('% AR model using Yule-Walker method\n'
 '% Matti Pastell\n'
 '% 14.5.2013\n'
 '\n'
 '\n'
 '```python\n'
 'from scipy import signal, linalg\n'
 'import numpy as np\n'
 'import matplotlib.pyplot as plt\n'
 '\n'
 'class YW(object):\n'
 '    """A class to fit AR model using Yule-Walker method"""\n'
 '    \n'
 '    def __init__(self, X):\n'
 '        self.X = X - np.mean(X)\n'
 '```\n'
 '\n'
 '\n'
 '        \n'
 '# Calculate autocorrelation\n'
 '\n'
 'YW method requires that we compute the sample autocorrelation function:\n'
 '\n'
 '$$r_k = \\frac{1}{(n-k)\\sigma^2}\\sum_{t=1}^{n-k}(X_t - \\mu)(X_{t+k} - '
 '\\mu)$$\n'
 '\n'
 '\n'
 '```python\n'
 '    def autocorr(self, lag=10):\n'
 "        c = np.correlate(self.X, self.X, 'full')\n"
 '        mid = int(np.floor(len(c) * 0.5))\n'
 '        acov = c[mid:mid+lag]\n'
 '        acor = acov/acov[0]\n'
 '        return(acor)\n'
 '```\n'
 '\n'
 '\n'
 '\n'
 '\n'
 '# Fit\n'
 '\n'
 'Form the Yule-Walker equations $r = R \\Phi$ based on sample\n'
 'autocorrelation $r_k$. Notice that the matrix R is a Toeplizt matrix\n'
 'and it is thus easy to form using `toeplitz` function from `scipy.linalg`.\n'
 '\n'
 '  $$\\begin{pmatrix}\n'
 '    r_1\\\\\n'
 '    r_2\\\\\n'
 '    \\vdots\\\\\n'
 '    r_p\n'
 '  \\end{pmatrix}\n'
 '   =\n'
 '  \\begin{pmatrix}\n'
 '    r_0      & r_1    & \\ldots  & r_{p-1} \\\\\n'
 '    r_1    & r_0      & \\ldots  & r_{p-2} \\\\\n'
 '    \\vdots & \\vdots & \\ddots  & \\vdots \\\\ \n'
 '    r_{p-1} & r_{p-2} & \\ldots  &  r_0\n'
 '  \\end{pmatrix}\n'
 '    \\begin{pmatrix}\n'
 '      \\phi_1\\\\\n'
 '      \\phi_2\\\\\n'
 '      \\vdots\\\\\n'
 '      \\phi_{p}\\\\\n'
 '  \\end{pmatrix}$$\n'
 '\n'
 'And solve simply using: $$\\Phi = R^{-1}r$$\n'
 '\n'
 '\n'
 '```python\n'
 '    def fit(self, p=5):\n'
 '        ac = self.autocorr(p+1)\n'
 '        R = linalg.toeplitz(ac[:p])\n'
 '        r = ac[1:p+1]\n'
 '        self.phi = linalg.inv(R).dot(r)\n'
 '```\n'
 '\n'
 '\n'
 '\n'
 '\n'
 '# Calculate and plot the spectrum \n'
 '\n'
 'The spectrum of an AR process is given by:\n'
 '\n'
 '$$S(f) = \\frac{\\sigma^2}{|1 - \\sum_{k=1}^{p} \\phi_k e^{-2\\pi ikf}|^2} '
 '$$\n'
 '\n'
 'It can be calcuted easily using `scipy.signal.freqz`.\n'
 '        \n'
 '\n'
 '```python\n'
 '    def spectrum(self):\n'
 '        a = np.concatenate([np.ones(1), -self.phi])\n'
 '        w, h = signal.freqz(1, a)\n'
 '        h_db = 10*np.log10(2*(np.abs(h)/len(h)))\n'
 '        plt.plot(w/np.pi, h_db)\n'
 "        plt.xlabel(r'Normalized Frequency ($\\times \\pi$rad/sample)')\n"
 "        plt.ylabel(r'Power/frequency (dB/rad/sample)')\n"
 "        plt.title(r'Yule-Walker Spectral Density Estimate')\n"
 '```\n'
 '\n'
 '\n'
 '\n'
 '\n'
 '# Try it out:\n'
 '\n'
 '\n'
 '```python\n'
 'x = np.sin(np.linspace(0, 20))\n'
 'ar1 = YW(x)\n'
 'ar1.fit()\n'
 'ar1.phi\n'
 '```\n'
 '\n'
 '```\n'
 'array([ 1.19379795, -0.21810471, -0.12747881, -0.06257484,\n'
 '-0.12929761])\n'
 '```\n'
 '\n'
 '\n'
 '```python\n'
 'ar1.spectrum()\n'
 '```\n'
 '\n'
 '![](figures/ar_yw_figure5_1.png)\\\n'
 '\n')
msg        = None
second     = ('% AR model using Yule-Walker method\n'
 '% Matti Pastell\n'
 '% 14.5.2013\n'
 '\n'
 '\n'
 '```python\n'
 'from scipy import signal, linalg\n'
 'import numpy as np\n'
 'import matplotlib.pyplot as plt\n'
 '\n'
 'class YW(object):\n'
 '    """A class to fit AR model using Yule-Walker method"""\n'
 '    \n'
 '    def __init__(self, X):\n'
 '        self.X = X - np.mean(X)\n'
 '```\n'
 '\n'
 '\n'
 '        \n'
 '# Calculate autocorrelation\n'
 '\n'
 'YW method requires that we compute the sample autocorrelation function:\n'
 '\n'
 '$$r_k = \\frac{1}{(n-k)\\sigma^2}\\sum_{t=1}^{n-k}(X_t - \\mu)(X_{t+k} - '
 '\\mu)$$\n'
 '\n'
 '\n'
 '```python\n'
 '    def autocorr(self, lag=10):\n'
 "        c = np.correlate(self.X, self.X, 'full')\n"
 '        mid = int(np.floor(len(c) * 0.5))\n'
 '        acov = c[mid:mid+lag]\n'
 '        acor = acov/acov[0]\n'
 '        return(acor)\n'
 '```\n'
 '\n'
 '\n'
 '\n'
 '\n'
 '# Fit\n'
 '\n'
 'Form the Yule-Walker equations $r = R \\Phi$ based on sample\n'
 'autocorrelation $r_k$. Notice that the matrix R is a Toeplizt matrix\n'
 'and it is thus easy to form using `toeplitz` function from `scipy.linalg`.\n'
 '\n'
 '  $$\\begin{pmatrix}\n'
 '    r_1\\\\\n'
 '    r_2\\\\\n'
 '    \\vdots\\\\\n'
 '    r_p\n'
 '  \\end{pmatrix}\n'
 '   =\n'
 '  \\begin{pmatrix}\n'
 '    r_0      & r_1    & \\ldots  & r_{p-1} \\\\\n'
 '    r_1    & r_0      & \\ldots  & r_{p-2} \\\\\n'
 '    \\vdots & \\vdots & \\ddots  & \\vdots \\\\ \n'
 '    r_{p-1} & r_{p-2} & \\ldots  &  r_0\n'
 '  \\end{pmatrix}\n'
 '    \\begin{pmatrix}\n'
 '      \\phi_1\\\\\n'
 '      \\phi_2\\\\\n'
 '      \\vdots\\\\\n'
 '      \\phi_{p}\\\\\n'
 '  \\end{pmatrix}$$\n'
 '\n'
 'And solve simply using: $$\\Phi = R^{-1}r$$\n'
 '\n'
 '\n'
 '```python\n'
 '    def fit(self, p=5):\n'
 '        ac = self.autocorr(p+1)\n'
 '        R = linalg.toeplitz(ac[:p])\n'
 '        r = ac[1:p+1]\n'
 '        self.phi = linalg.inv(R).dot(r)\n'
 '```\n'
 '\n'
 '\n'
 '\n'
 '\n'
 '# Calculate and plot the spectrum \n'
 '\n'
 'The spectrum of an AR process is given by:\n'
 '\n'
 '$$S(f) = \\frac{\\sigma^2}{|1 - \\sum_{k=1}^{p} \\phi_k e^{-2\\pi ikf}|^2} '
 '$$\n'
 '\n'
 'It can be calcuted easily using `scipy.signal.freqz`.\n'
 '        \n'
 '\n'
 '```python\n'
 '    def spectrum(self):\n'
 '        a = np.concatenate([np.ones(1), -self.phi])\n'
 '        w, h = signal.freqz(1, a)\n'
 '        h_db = 10*np.log10(2*(np.abs(h)/len(h)))\n'
 '        plt.plot(w/np.pi, h_db)\n'
 "        plt.xlabel(r'Normalized Frequency ($\\times \\pi$rad/sample)')\n"
 "        plt.ylabel(r'Power/frequency (dB/rad/sample)')\n"
 "        plt.title(r'Yule-Walker Spectral Density Estimate')\n"
 '```\n'
 '\n'
 '\n'
 '\n'
 '\n'
 '# Try it out:\n'
 '\n'
 '\n'
 '```python\n'
 'x = np.sin(np.linspace(0, 20))\n'
 'ar1 = YW(x)\n'
 'ar1.fit()\n'
 'ar1.phi\n'
 '```\n'
 '\n'
 '```\n'
 'array([ 1.19379795, -0.21810471, -0.12747881, -0.06257484,\n'
 '-0.12929761])\n'
 '```\n'
 '\n'
 '\n'
 '```python\n'
 'ar1.spectrum()\n'
 '```\n'
 '\n'
 '\n')
self       = <tests.test_pweave.WeaveTest testMethod=testClassInMultipleChunksUsingContinueOption>

/usr/lib/python3.8/unittest/case.py:912: 
_ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ 

self = <tests.test_pweave.WeaveTest testMethod=testClassInMultipleChunksUsingContinueOption>
first = '% AR model using Yule-Walker method\n% Matti Pastell\n% 14.5.2013\n\n\n```python\nfrom scipy import signal, linalg\ni...747881, -0.06257484,\n-0.12929761])\n```\n\n\n```python\nar1.spectrum()\n```\n\n![](figures/ar_yw_figure5_1.png)\\\n\n'
second = '% AR model using Yule-Walker method\n% Matti Pastell\n% 14.5.2013\n\n\n```python\nfrom scipy import signal, linalg\ni...ray([ 1.19379795, -0.21810471, -0.12747881, -0.06257484,\n-0.12929761])\n```\n\n\n```python\nar1.spectrum()\n```\n\n\n'
msg = None

    def assertMultiLineEqual(self, first, second, msg=None):
        """Assert that two multi-line strings are equal."""
        self.assertIsInstance(first, str, 'First argument is not a string')
        self.assertIsInstance(second, str, 'Second argument is not a string')
    
        if first != second:
            # don't use difflib if the strings are too long
            if (len(first) > self._diffThreshold or
                len(second) > self._diffThreshold):
                self._baseAssertEqual(first, second, msg)
            firstlines = first.splitlines(keepends=True)
            secondlines = second.splitlines(keepends=True)
            if len(firstlines) == 1 and first.strip('\r\n') == first:
                firstlines = [first + '\n']
                secondlines = [second + '\n']
            standardMsg = '%s != %s' % _common_shorten_repr(first, second)
            diff = '\n' + ''.join(difflib.ndiff(firstlines, secondlines))
            standardMsg = self._truncateMessage(standardMsg, diff)
>           self.fail(self._formatMessage(msg, standardMsg))

diff       = ('\n'
 '  % AR model using Yule-Walker method\n'
 '  % Matti Pastell\n'
 '  % 14.5.2013\n'
 '  \n'
 '  \n'
 '  ```python\n'
 '  from scipy import signal, linalg\n'
 '  import numpy as np\n'
 '  import matplotlib.pyplot as plt\n'
 '  \n'
 '  class YW(object):\n'
 '      """A class to fit AR model using Yule-Walker method"""\n'
 '      \n'
 '      def __init__(self, X):\n'
 '          self.X = X - np.mean(X)\n'
 '  ```\n'
 '  \n'
 '  \n'
 '          \n'
 '  # Calculate autocorrelation\n'
 '  \n'
 '  YW method requires that we compute the sample autocorrelation function:\n'
 '  \n'
 '  $$r_k = \\frac{1}{(n-k)\\sigma^2}\\sum_{t=1}^{n-k}(X_t - \\mu)(X_{t+k} - '
 '\\mu)$$\n'
 '  \n'
 '  \n'
 '  ```python\n'
 '      def autocorr(self, lag=10):\n'
 "          c = np.correlate(self.X, self.X, 'full')\n"
 '          mid = int(np.floor(len(c) * 0.5))\n'
 '          acov = c[mid:mid+lag]\n'
 '          acor = acov/acov[0]\n'
 '          return(acor)\n'
 '  ```\n'
 '  \n'
 '  \n'
 '  \n'
 '  \n'
 '  # Fit\n'
 '  \n'
 '  Form the Yule-Walker equations $r = R \\Phi$ based on sample\n'
 '  autocorrelation $r_k$. Notice that the matrix R is a Toeplizt matrix\n'
 '  and it is thus easy to form using `toeplitz` function from '
 '`scipy.linalg`.\n'
 '  \n'
 '    $$\\begin{pmatrix}\n'
 '      r_1\\\\\n'
 '      r_2\\\\\n'
 '      \\vdots\\\\\n'
 '      r_p\n'
 '    \\end{pmatrix}\n'
 '     =\n'
 '    \\begin{pmatrix}\n'
 '      r_0      & r_1    & \\ldots  & r_{p-1} \\\\\n'
 '      r_1    & r_0      & \\ldots  & r_{p-2} \\\\\n'
 '      \\vdots & \\vdots & \\ddots  & \\vdots \\\\ \n'
 '      r_{p-1} & r_{p-2} & \\ldots  &  r_0\n'
 '    \\end{pmatrix}\n'
 '      \\begin{pmatrix}\n'
 '        \\phi_1\\\\\n'
 '        \\phi_2\\\\\n'
 '        \\vdots\\\\\n'
 '        \\phi_{p}\\\\\n'
 '    \\end{pmatrix}$$\n'
 '  \n'
 '  And solve simply using: $$\\Phi = R^{-1}r$$\n'
 '  \n'
 '  \n'
 '  ```python\n'
 '      def fit(self, p=5):\n'
 '          ac = self.autocorr(p+1)\n'
 '          R = linalg.toeplitz(ac[:p])\n'
 '          r = ac[1:p+1]\n'
 '          self.phi = linalg.inv(R).dot(r)\n'
 '  ```\n'
 '  \n'
 '  \n'
 '  \n'
 '  \n'
 '  # Calculate and plot the spectrum \n'
 '  \n'
 '  The spectrum of an AR process is given by:\n'
 '  \n'
 '  $$S(f) = \\frac{\\sigma^2}{|1 - \\sum_{k=1}^{p} \\phi_k e^{-2\\pi ikf}|^2} '
 '$$\n'
 '  \n'
 '  It can be calcuted easily using `scipy.signal.freqz`.\n'
 '          \n'
 '  \n'
 '  ```python\n'
 '      def spectrum(self):\n'
 '          a = np.concatenate([np.ones(1), -self.phi])\n'
 '          w, h = signal.freqz(1, a)\n'
 '          h_db = 10*np.log10(2*(np.abs(h)/len(h)))\n'
 '          plt.plot(w/np.pi, h_db)\n'
 "          plt.xlabel(r'Normalized Frequency ($\\times \\pi$rad/sample)')\n"
 "          plt.ylabel(r'Power/frequency (dB/rad/sample)')\n"
 "          plt.title(r'Yule-Walker Spectral Density Estimate')\n"
 '  ```\n'
 '  \n'
 '  \n'
 '  \n'
 '  \n'
 '  # Try it out:\n'
 '  \n'
 '  \n'
 '  ```python\n'
 '  x = np.sin(np.linspace(0, 20))\n'
 '  ar1 = YW(x)\n'
 '  ar1.fit()\n'
 '  ar1.phi\n'
 '  ```\n'
 '  \n'
 '  ```\n'
 '  array([ 1.19379795, -0.21810471, -0.12747881, -0.06257484,\n'
 '  -0.12929761])\n'
 '  ```\n'
 '  \n'
 '  \n'
 '  ```python\n'
 '  ar1.spectrum()\n'
 '  ```\n'
 '  \n'
 '- ![](figures/ar_yw_figure5_1.png)\\\n'
 '  \n')
first      = ('% AR model using Yule-Walker method\n'
 '% Matti Pastell\n'
 '% 14.5.2013\n'
 '\n'
 '\n'
 '```python\n'
 'from scipy import signal, linalg\n'
 'import numpy as np\n'
 'import matplotlib.pyplot as plt\n'
 '\n'
 'class YW(object):\n'
 '    """A class to fit AR model using Yule-Walker method"""\n'
 '    \n'
 '    def __init__(self, X):\n'
 '        self.X = X - np.mean(X)\n'
 '```\n'
 '\n'
 '\n'
 '        \n'
 '# Calculate autocorrelation\n'
 '\n'
 'YW method requires that we compute the sample autocorrelation function:\n'
 '\n'
 '$$r_k = \\frac{1}{(n-k)\\sigma^2}\\sum_{t=1}^{n-k}(X_t - \\mu)(X_{t+k} - '
 '\\mu)$$\n'
 '\n'
 '\n'
 '```python\n'
 '    def autocorr(self, lag=10):\n'
 "        c = np.correlate(self.X, self.X, 'full')\n"
 '        mid = int(np.floor(len(c) * 0.5))\n'
 '        acov = c[mid:mid+lag]\n'
 '        acor = acov/acov[0]\n'
 '        return(acor)\n'
 '```\n'
 '\n'
 '\n'
 '\n'
 '\n'
 '# Fit\n'
 '\n'
 'Form the Yule-Walker equations $r = R \\Phi$ based on sample\n'
 'autocorrelation $r_k$. Notice that the matrix R is a Toeplizt matrix\n'
 'and it is thus easy to form using `toeplitz` function from `scipy.linalg`.\n'
 '\n'
 '  $$\\begin{pmatrix}\n'
 '    r_1\\\\\n'
 '    r_2\\\\\n'
 '    \\vdots\\\\\n'
 '    r_p\n'
 '  \\end{pmatrix}\n'
 '   =\n'
 '  \\begin{pmatrix}\n'
 '    r_0      & r_1    & \\ldots  & r_{p-1} \\\\\n'
 '    r_1    & r_0      & \\ldots  & r_{p-2} \\\\\n'
 '    \\vdots & \\vdots & \\ddots  & \\vdots \\\\ \n'
 '    r_{p-1} & r_{p-2} & \\ldots  &  r_0\n'
 '  \\end{pmatrix}\n'
 '    \\begin{pmatrix}\n'
 '      \\phi_1\\\\\n'
 '      \\phi_2\\\\\n'
 '      \\vdots\\\\\n'
 '      \\phi_{p}\\\\\n'
 '  \\end{pmatrix}$$\n'
 '\n'
 'And solve simply using: $$\\Phi = R^{-1}r$$\n'
 '\n'
 '\n'
 '```python\n'
 '    def fit(self, p=5):\n'
 '        ac = self.autocorr(p+1)\n'
 '        R = linalg.toeplitz(ac[:p])\n'
 '        r = ac[1:p+1]\n'
 '        self.phi = linalg.inv(R).dot(r)\n'
 '```\n'
 '\n'
 '\n'
 '\n'
 '\n'
 '# Calculate and plot the spectrum \n'
 '\n'
 'The spectrum of an AR process is given by:\n'
 '\n'
 '$$S(f) = \\frac{\\sigma^2}{|1 - \\sum_{k=1}^{p} \\phi_k e^{-2\\pi ikf}|^2} '
 '$$\n'
 '\n'
 'It can be calcuted easily using `scipy.signal.freqz`.\n'
 '        \n'
 '\n'
 '```python\n'
 '    def spectrum(self):\n'
 '        a = np.concatenate([np.ones(1), -self.phi])\n'
 '        w, h = signal.freqz(1, a)\n'
 '        h_db = 10*np.log10(2*(np.abs(h)/len(h)))\n'
 '        plt.plot(w/np.pi, h_db)\n'
 "        plt.xlabel(r'Normalized Frequency ($\\times \\pi$rad/sample)')\n"
 "        plt.ylabel(r'Power/frequency (dB/rad/sample)')\n"
 "        plt.title(r'Yule-Walker Spectral Density Estimate')\n"
 '```\n'
 '\n'
 '\n'
 '\n'
 '\n'
 '# Try it out:\n'
 '\n'
 '\n'
 '```python\n'
 'x = np.sin(np.linspace(0, 20))\n'
 'ar1 = YW(x)\n'
 'ar1.fit()\n'
 'ar1.phi\n'
 '```\n'
 '\n'
 '```\n'
 'array([ 1.19379795, -0.21810471, -0.12747881, -0.06257484,\n'
 '-0.12929761])\n'
 '```\n'
 '\n'
 '\n'
 '```python\n'
 'ar1.spectrum()\n'
 '```\n'
 '\n'
 '![](figures/ar_yw_figure5_1.png)\\\n'
 '\n')
firstlines = ['% AR model using Yule-Walker method\n',
 '% Matti Pastell\n',
 '% 14.5.2013\n',
 '\n',
 '\n',
 '```python\n',
 'from scipy import signal, linalg\n',
 'import numpy as np\n',
 'import matplotlib.pyplot as plt\n',
 '\n',
 'class YW(object):\n',
 '    """A class to fit AR model using Yule-Walker method"""\n',
 '    \n',
 '    def __init__(self, X):\n',
 '        self.X = X - np.mean(X)\n',
 '```\n',
 '\n',
 '\n',
 '        \n',
 '# Calculate autocorrelation\n',
 '\n',
 'YW method requires that we compute the sample autocorrelation function:\n',
 '\n',
 '$$r_k = \\frac{1}{(n-k)\\sigma^2}\\sum_{t=1}^{n-k}(X_t - \\mu)(X_{t+k} - '
 '\\mu)$$\n',
 '\n',
 '\n',
 '```python\n',
 '    def autocorr(self, lag=10):\n',
 "        c = np.correlate(self.X, self.X, 'full')\n",
 '        mid = int(np.floor(len(c) * 0.5))\n',
 '        acov = c[mid:mid+lag]\n',
 '        acor = acov/acov[0]\n',
 '        return(acor)\n',
 '```\n',
 '\n',
 '\n',
 '\n',
 '\n',
 '# Fit\n',
 '\n',
 'Form the Yule-Walker equations $r = R \\Phi$ based on sample\n',
 'autocorrelation $r_k$. Notice that the matrix R is a Toeplizt matrix\n',
 'and it is thus easy to form using `toeplitz` function from `scipy.linalg`.\n',
 '\n',
 '  $$\\begin{pmatrix}\n',
 '    r_1\\\\\n',
 '    r_2\\\\\n',
 '    \\vdots\\\\\n',
 '    r_p\n',
 '  \\end{pmatrix}\n',
 '   =\n',
 '  \\begin{pmatrix}\n',
 '    r_0      & r_1    & \\ldots  & r_{p-1} \\\\\n',
 '    r_1    & r_0      & \\ldots  & r_{p-2} \\\\\n',
 '    \\vdots & \\vdots & \\ddots  & \\vdots \\\\ \n',
 '    r_{p-1} & r_{p-2} & \\ldots  &  r_0\n',
 '  \\end{pmatrix}\n',
 '    \\begin{pmatrix}\n',
 '      \\phi_1\\\\\n',
 '      \\phi_2\\\\\n',
 '      \\vdots\\\\\n',
 '      \\phi_{p}\\\\\n',
 '  \\end{pmatrix}$$\n',
 '\n',
 'And solve simply using: $$\\Phi = R^{-1}r$$\n',
 '\n',
 '\n',
 '```python\n',
 '    def fit(self, p=5):\n',
 '        ac = self.autocorr(p+1)\n',
 '        R = linalg.toeplitz(ac[:p])\n',
 '        r = ac[1:p+1]\n',
 '        self.phi = linalg.inv(R).dot(r)\n',
 '```\n',
 '\n',
 '\n',
 '\n',
 '\n',
 '# Calculate and plot the spectrum \n',
 '\n',
 'The spectrum of an AR process is given by:\n',
 '\n',
 '$$S(f) = \\frac{\\sigma^2}{|1 - \\sum_{k=1}^{p} \\phi_k e^{-2\\pi ikf}|^2} '
 '$$\n',
 '\n',
 'It can be calcuted easily using `scipy.signal.freqz`.\n',
 '        \n',
 '\n',
 '```python\n',
 '    def spectrum(self):\n',
 '        a = np.concatenate([np.ones(1), -self.phi])\n',
 '        w, h = signal.freqz(1, a)\n',
 '        h_db = 10*np.log10(2*(np.abs(h)/len(h)))\n',
 '        plt.plot(w/np.pi, h_db)\n',
 "        plt.xlabel(r'Normalized Frequency ($\\times \\pi$rad/sample)')\n",
 "        plt.ylabel(r'Power/frequency (dB/rad/sample)')\n",
 "        plt.title(r'Yule-Walker Spectral Density Estimate')\n",
 '```\n',
 '\n',
 '\n',
 '\n',
 '\n',
 '# Try it out:\n',
 '\n',
 '\n',
 '```python\n',
 'x = np.sin(np.linspace(0, 20))\n',
 'ar1 = YW(x)\n',
 'ar1.fit()\n',
 'ar1.phi\n',
 '```\n',
 '\n',
 '```\n',
 'array([ 1.19379795, -0.21810471, -0.12747881, -0.06257484,\n',
 '-0.12929761])\n',
 '```\n',
 '\n',
 '\n',
 '```python\n',
 'ar1.spectrum()\n',
 '```\n',
 '\n',
 '![](figures/ar_yw_figure5_1.png)\\\n',
 '\n']
msg        = None
second     = ('% AR model using Yule-Walker method\n'
 '% Matti Pastell\n'
 '% 14.5.2013\n'
 '\n'
 '\n'
 '```python\n'
 'from scipy import signal, linalg\n'
 'import numpy as np\n'
 'import matplotlib.pyplot as plt\n'
 '\n'
 'class YW(object):\n'
 '    """A class to fit AR model using Yule-Walker method"""\n'
 '    \n'
 '    def __init__(self, X):\n'
 '        self.X = X - np.mean(X)\n'
 '```\n'
 '\n'
 '\n'
 '        \n'
 '# Calculate autocorrelation\n'
 '\n'
 'YW method requires that we compute the sample autocorrelation function:\n'
 '\n'
 '$$r_k = \\frac{1}{(n-k)\\sigma^2}\\sum_{t=1}^{n-k}(X_t - \\mu)(X_{t+k} - '
 '\\mu)$$\n'
 '\n'
 '\n'
 '```python\n'
 '    def autocorr(self, lag=10):\n'
 "        c = np.correlate(self.X, self.X, 'full')\n"
 '        mid = int(np.floor(len(c) * 0.5))\n'
 '        acov = c[mid:mid+lag]\n'
 '        acor = acov/acov[0]\n'
 '        return(acor)\n'
 '```\n'
 '\n'
 '\n'
 '\n'
 '\n'
 '# Fit\n'
 '\n'
 'Form the Yule-Walker equations $r = R \\Phi$ based on sample\n'
 'autocorrelation $r_k$. Notice that the matrix R is a Toeplizt matrix\n'
 'and it is thus easy to form using `toeplitz` function from `scipy.linalg`.\n'
 '\n'
 '  $$\\begin{pmatrix}\n'
 '    r_1\\\\\n'
 '    r_2\\\\\n'
 '    \\vdots\\\\\n'
 '    r_p\n'
 '  \\end{pmatrix}\n'
 '   =\n'
 '  \\begin{pmatrix}\n'
 '    r_0      & r_1    & \\ldots  & r_{p-1} \\\\\n'
 '    r_1    & r_0      & \\ldots  & r_{p-2} \\\\\n'
 '    \\vdots & \\vdots & \\ddots  & \\vdots \\\\ \n'
 '    r_{p-1} & r_{p-2} & \\ldots  &  r_0\n'
 '  \\end{pmatrix}\n'
 '    \\begin{pmatrix}\n'
 '      \\phi_1\\\\\n'
 '      \\phi_2\\\\\n'
 '      \\vdots\\\\\n'
 '      \\phi_{p}\\\\\n'
 '  \\end{pmatrix}$$\n'
 '\n'
 'And solve simply using: $$\\Phi = R^{-1}r$$\n'
 '\n'
 '\n'
 '```python\n'
 '    def fit(self, p=5):\n'
 '        ac = self.autocorr(p+1)\n'
 '        R = linalg.toeplitz(ac[:p])\n'
 '        r = ac[1:p+1]\n'
 '        self.phi = linalg.inv(R).dot(r)\n'
 '```\n'
 '\n'
 '\n'
 '\n'
 '\n'
 '# Calculate and plot the spectrum \n'
 '\n'
 'The spectrum of an AR process is given by:\n'
 '\n'
 '$$S(f) = \\frac{\\sigma^2}{|1 - \\sum_{k=1}^{p} \\phi_k e^{-2\\pi ikf}|^2} '
 '$$\n'
 '\n'
 'It can be calcuted easily using `scipy.signal.freqz`.\n'
 '        \n'
 '\n'
 '```python\n'
 '    def spectrum(self):\n'
 '        a = np.concatenate([np.ones(1), -self.phi])\n'
 '        w, h = signal.freqz(1, a)\n'
 '        h_db = 10*np.log10(2*(np.abs(h)/len(h)))\n'
 '        plt.plot(w/np.pi, h_db)\n'
 "        plt.xlabel(r'Normalized Frequency ($\\times \\pi$rad/sample)')\n"
 "        plt.ylabel(r'Power/frequency (dB/rad/sample)')\n"
 "        plt.title(r'Yule-Walker Spectral Density Estimate')\n"
 '```\n'
 '\n'
 '\n'
 '\n'
 '\n'
 '# Try it out:\n'
 '\n'
 '\n'
 '```python\n'
 'x = np.sin(np.linspace(0, 20))\n'
 'ar1 = YW(x)\n'
 'ar1.fit()\n'
 'ar1.phi\n'
 '```\n'
 '\n'
 '```\n'
 'array([ 1.19379795, -0.21810471, -0.12747881, -0.06257484,\n'
 '-0.12929761])\n'
 '```\n'
 '\n'
 '\n'
 '```python\n'
 'ar1.spectrum()\n'
 '```\n'
 '\n'
 '\n')
secondlines = ['% AR model using Yule-Walker method\n',
 '% Matti Pastell\n',
 '% 14.5.2013\n',
 '\n',
 '\n',
 '```python\n',
 'from scipy import signal, linalg\n',
 'import numpy as np\n',
 'import matplotlib.pyplot as plt\n',
 '\n',
 'class YW(object):\n',
 '    """A class to fit AR model using Yule-Walker method"""\n',
 '    \n',
 '    def __init__(self, X):\n',
 '        self.X = X - np.mean(X)\n',
 '```\n',
 '\n',
 '\n',
 '        \n',
 '# Calculate autocorrelation\n',
 '\n',
 'YW method requires that we compute the sample autocorrelation function:\n',
 '\n',
 '$$r_k = \\frac{1}{(n-k)\\sigma^2}\\sum_{t=1}^{n-k}(X_t - \\mu)(X_{t+k} - '
 '\\mu)$$\n',
 '\n',
 '\n',
 '```python\n',
 '    def autocorr(self, lag=10):\n',
 "        c = np.correlate(self.X, self.X, 'full')\n",
 '        mid = int(np.floor(len(c) * 0.5))\n',
 '        acov = c[mid:mid+lag]\n',
 '        acor = acov/acov[0]\n',
 '        return(acor)\n',
 '```\n',
 '\n',
 '\n',
 '\n',
 '\n',
 '# Fit\n',
 '\n',
 'Form the Yule-Walker equations $r = R \\Phi$ based on sample\n',
 'autocorrelation $r_k$. Notice that the matrix R is a Toeplizt matrix\n',
 'and it is thus easy to form using `toeplitz` function from `scipy.linalg`.\n',
 '\n',
 '  $$\\begin{pmatrix}\n',
 '    r_1\\\\\n',
 '    r_2\\\\\n',
 '    \\vdots\\\\\n',
 '    r_p\n',
 '  \\end{pmatrix}\n',
 '   =\n',
 '  \\begin{pmatrix}\n',
 '    r_0      & r_1    & \\ldots  & r_{p-1} \\\\\n',
 '    r_1    & r_0      & \\ldots  & r_{p-2} \\\\\n',
 '    \\vdots & \\vdots & \\ddots  & \\vdots \\\\ \n',
 '    r_{p-1} & r_{p-2} & \\ldots  &  r_0\n',
 '  \\end{pmatrix}\n',
 '    \\begin{pmatrix}\n',
 '      \\phi_1\\\\\n',
 '      \\phi_2\\\\\n',
 '      \\vdots\\\\\n',
 '      \\phi_{p}\\\\\n',
 '  \\end{pmatrix}$$\n',
 '\n',
 'And solve simply using: $$\\Phi = R^{-1}r$$\n',
 '\n',
 '\n',
 '```python\n',
 '    def fit(self, p=5):\n',
 '        ac = self.autocorr(p+1)\n',
 '        R = linalg.toeplitz(ac[:p])\n',
 '        r = ac[1:p+1]\n',
 '        self.phi = linalg.inv(R).dot(r)\n',
 '```\n',
 '\n',
 '\n',
 '\n',
 '\n',
 '# Calculate and plot the spectrum \n',
 '\n',
 'The spectrum of an AR process is given by:\n',
 '\n',
 '$$S(f) = \\frac{\\sigma^2}{|1 - \\sum_{k=1}^{p} \\phi_k e^{-2\\pi ikf}|^2} '
 '$$\n',
 '\n',
 'It can be calcuted easily using `scipy.signal.freqz`.\n',
 '        \n',
 '\n',
 '```python\n',
 '    def spectrum(self):\n',
 '        a = np.concatenate([np.ones(1), -self.phi])\n',
 '        w, h = signal.freqz(1, a)\n',
 '        h_db = 10*np.log10(2*(np.abs(h)/len(h)))\n',
 '        plt.plot(w/np.pi, h_db)\n',
 "        plt.xlabel(r'Normalized Frequency ($\\times \\pi$rad/sample)')\n",
 "        plt.ylabel(r'Power/frequency (dB/rad/sample)')\n",
 "        plt.title(r'Yule-Walker Spectral Density Estimate')\n",
 '```\n',
 '\n',
 '\n',
 '\n',
 '\n',
 '# Try it out:\n',
 '\n',
 '\n',
 '```python\n',
 'x = np.sin(np.linspace(0, 20))\n',
 'ar1 = YW(x)\n',
 'ar1.fit()\n',
 'ar1.phi\n',
 '```\n',
 '\n',
 '```\n',
 'array([ 1.19379795, -0.21810471, -0.12747881, -0.06257484,\n',
 '-0.12929761])\n',
 '```\n',
 '\n',
 '\n',
 '```python\n',
 'ar1.spectrum()\n',
 '```\n',
 '\n',
 '\n']
self       = <tests.test_pweave.WeaveTest testMethod=testClassInMultipleChunksUsingContinueOption>
standardMsg = ("'% AR[2504 "
 "chars]nar1.spectrum()\\n```\\n\\n![](figures/ar_yw_figure5_1.png)\\\\\\n\\n' "
 "!= '% AR[2504 chars]nar1.spectrum()\\n```\\n\\n\\n'\n"
 'Diff is 2633 characters long. Set self.maxDiff to None to see it.')

/usr/lib/python3.8/unittest/case.py:1292: 
_ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ 

self = <tests.test_pweave.WeaveTest testMethod=testClassInMultipleChunksUsingContinueOption>
msg = "'% AR[2504 chars]nar1.spectrum()\\n```\\n\\n![](figures/ar_yw_figure5_1.png)\\\\\\n\\n' != '% AR[2504 chars]nar1.spectrum()\\n```\\n\\n\\n'\nDiff is 2633 characters long. Set self.maxDiff to None to see it."

    def fail(self, msg=None):
        """Fail immediately, with the given message."""
>       raise self.failureException(msg)
E       AssertionError: '% AR[2504 chars]nar1.spectrum()\n```\n\n![](figures/ar_yw_figure5_1.png)\\\n\n' != '% AR[2504 chars]nar1.spectrum()\n```\n\n\n'
E       Diff is 2633 characters long. Set self.maxDiff to None to see it.

msg        = ("'% AR[2504 "
 "chars]nar1.spectrum()\\n```\\n\\n![](figures/ar_yw_figure5_1.png)\\\\\\n\\n' "
 "!= '% AR[2504 chars]nar1.spectrum()\\n```\\n\\n\\n'\n"
 'Diff is 2633 characters long. Set self.maxDiff to None to see it.')
self       = <tests.test_pweave.WeaveTest testMethod=testClassInMultipleChunksUsingContinueOption>

/usr/lib/python3.8/unittest/case.py:753: AssertionError

During handling of the above exception, another exception occurred:

self = <tests.test_pweave.WeaveTest testMethod=testClassInMultipleChunksUsingContinueOption>

    def testMethod(self):
        self.TESTDIR = os.path.join('weave', doctype)
        infile = self.absPathTo(filename + 'w')
        self.setNewOutfile(filename)
    
        pweave.weave(infile, doctype=doctype,
            output=self.absPathTo(filename),
            **kwargs)
    
        basename, _, ext = filename.rpartition('.')
        self.REFERENCE = self.absPathTo(basename + '_REF.' + ext)
>       self.assertSameAsReference()

_          = '.'
basename   = 'ar_yw'
doctype    = 'pandoc'
ext        = 'md'
filename   = 'ar_yw.md'
infile     = '/var/tmp/portage/dev-python/pweave-0.30.3-r1/work/Pweave-0.30.3/tests/weave/pandoc/ar_yw.mdw'
kwargs     = {}
self       = <tests.test_pweave.WeaveTest testMethod=testClassInMultipleChunksUsingContinueOption>

tests/test_pweave.py:31: 
_ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ 

self = <tests.test_pweave.WeaveTest testMethod=testClassInMultipleChunksUsingContinueOption>
reference = None

    def assertSameAsReference(self, reference=None):
        try:
            self.assertEqual(self.contentOf(reference if reference is not None else self.REFERENCE),
                             self.contentOf(self.OUTFILE))
        except AssertionError:
>           raise AssertionError("{ref} and {out} differs\ntry:\n$ vimdiff {ref} {out}".format(
                                 ref=self.absPathTo(self.REFERENCE),
                                 out=self.absPathTo(self.OUTFILE)))
E           AssertionError: /var/tmp/portage/dev-python/pweave-0.30.3-r1/work/Pweave-0.30.3/tests/weave/pandoc/ar_yw_REF.md and /var/tmp/portage/dev-python/pweave-0.30.3-r1/work/Pweave-0.30.3/tests/weave/pandoc/ar_yw.md differs
E           try:
E           $ vimdiff /var/tmp/portage/dev-python/pweave-0.30.3-r1/work/Pweave-0.30.3/tests/weave/pandoc/ar_yw_REF.md /var/tmp/portage/dev-python/pweave-0.30.3-r1/work/Pweave-0.30.3/tests/weave/pandoc/ar_yw.md

reference  = None
self       = <tests.test_pweave.WeaveTest testMethod=testClassInMultipleChunksUsingContinueOption>

tests/_frameworkForTests.py:37: AssertionError
----------------------------- Captured stdout call -----------------------------
status
Processing chunk 1 named None from line 15
Processing chunk 2 named None from line 30
Processing chunk 3 named None from line 67
Processing chunk 4 named None from line 87
Processing chunk 5 named None from line 98
Weaved /var/tmp/portage/dev-python/pweave-0.30.3-r1/work/Pweave-0.30.3/tests/weave/pandoc/ar_yw.mdw to /var/tmp/portage/dev-python/pweave-0.30.3-r1/work/Pweave-0.30.3/tests/weave/pandoc/ar_yw.md
______________________ WeaveTest.testFIR_FilterExampleTex ______________________

self = <tests.test_pweave.WeaveTest testMethod=testFIR_FilterExampleTex>
reference = None

    def assertSameAsReference(self, reference=None):
        try:
>           self.assertEqual(self.contentOf(reference if reference is not None else self.REFERENCE),
                             self.contentOf(self.OUTFILE))

reference  = None
self       = <tests.test_pweave.WeaveTest testMethod=testFIR_FilterExampleTex>

tests/_frameworkForTests.py:34: 
_ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ 

self = <tests.test_pweave.WeaveTest testMethod=testFIR_FilterExampleTex>
first = '\\documentclass[a4paper,11pt,final]{article}\n\\usepackage{fancyvrb, color, graphicx, hyperref, amsmath, url}\n\\usep...R_design_verb_figure4_1.pdf}\n\\caption{Bandpass FIR filter.}\n\\label{fig:None}\n\\end{figure}\n\n\n\\end{document}\n'
second = '\\documentclass[a4paper,11pt,final]{article}\n\\usepackage{fancyvrb, color, graphicx, hyperref, amsmath, url}\n\\usep...egin{figure}[htpb]\n\\center\n\\caption{Bandpass FIR filter.}\n\\label{fig:None}\n\\end{figure}\n\n\n\\end{document}\n'
msg = None

    def assertEqual(self, first, second, msg=None):
        """Fail if the two objects are unequal as determined by the '=='
           operator.
        """
        assertion_func = self._getAssertEqualityFunc(first, second)
>       assertion_func(first, second, msg=msg)

assertion_func = <bound method TestCase.assertMultiLineEqual of <tests.test_pweave.WeaveTest testMethod=testFIR_FilterExampleTex>>
first      = ('\\documentclass[a4paper,11pt,final]{article}\n'
 '\\usepackage{fancyvrb, color, graphicx, hyperref, amsmath, url}\n'
 '\\usepackage{palatino}\n'
 '\\usepackage[a4paper,text={16.5cm,25.2cm},centering]{geometry}\n'
 '\n'
 '\\hypersetup\n'
 '{   pdfauthor = {Matti Pastell},\n'
 '  pdftitle={FIR filter design with Python and SciPy},\n'
 '  colorlinks=TRUE,\n'
 '  linkcolor=black,\n'
 '  citecolor=blue,\n'
 '  urlcolor=blue\n'
 '}\n'
 '\n'
 '\\setlength{\\parindent}{0pt}\n'
 '\\setlength{\\parskip}{1.2ex}\n'
 '\n'
 '\n'
 '\n'
 '\\title{FIR filter design with Python and SciPy}\n'
 '\\author{Matti Pastell \\\\ \\url{http://mpastell.com}}\n'
 '\\date{15th April 2013}\n'
 '\n'
 '\\begin{document}\n'
 '\\maketitle\n'
 '\n'
 '\n'
 '\\section{Introduction}\n'
 '\n'
 'This an example of a document that can be published using\n'
 '\\href{http://mpastell.com/pweave}{Pweave}. Text is written\n'
 'using \\LaTeX{} and code between \\texttt{<<>>} and \\texttt{@} is executed\n'
 'and results are included in the resulting document.\n'
 '\n'
 'You can define various options for code chunks to control code\n'
 'execution and formatting (see\n'
 '\\href{http://mpastell.com/pweave/usage.html\\#code-chunk-options}{Pweave\n'
 'docs}).\n'
 '\n'
 '\\section{FIR Filter Design}\n'
 '\n'
 "We'll implement lowpass, highpass and ' bandpass FIR filters. If you\n"
 'want to read more about DSP I highly recommend\n'
 "\\href{http://www.dspguide.com/}{The Scientist and Engineer's Guide to\n"
 'Digital Signal Processing} which is freely available online.\n'
 '\n'
 '\\subsection{Functions for frequency, phase, impulse and step response}\n'
 '\n'
 "Let's first define functions to plot filter properties.\n"
 '\n'
 '\n'
 '\n'
 '\\begin{verbatim}\n'
 'from pylab import *\n'
 'import scipy.signal as signal\n'
 '\n'
 '#Plot frequency and phase response\n'
 'def mfreqz(b,a=1):\n'
 '    w,h = signal.freqz(b,a)\n'
 '    h_dB = 20 * log10 (abs(h))\n'
 '    subplot(211)\n'
 '    plot(w/max(w),h_dB)\n'
 '    ylim(-150, 5)\n'
 "    ylabel('Magnitude (db)')\n"
 "    xlabel(r'Normalized Frequency (x$\\pi$rad/sample)')\n"
 "    title(r'Frequency response')\n"
 '    subplot(212)\n'
 '    h_Phase = unwrap(arctan2(imag(h),real(h)))\n'
 '    plot(w/max(w),h_Phase)\n'
 "    ylabel('Phase (radians)')\n"
 "    xlabel(r'Normalized Frequency (x$\\pi$rad/sample)')\n"
 "    title(r'Phase response')\n"
 '    subplots_adjust(hspace=0.5)\n'
 '\n'
 '#Plot step and impulse response\n'
 'def impz(b,a=1):\n'
 '    l = len(b)\n'
 '    impulse = repeat(0.,l); impulse[0] =1.\n'
 '    x = arange(0,l)\n'
 '    response = signal.lfilter(b,a,impulse)\n'
 '    subplot(211)\n'
 '    stem(x, response)\n'
 "    ylabel('Amplitude')\n"
 "    xlabel(r'n (samples)')\n"
 "    title(r'Impulse response')\n"
 '    subplot(212)\n'
 '    step = cumsum(response)\n'
 '    stem(x, step)\n'
 "    ylabel('Amplitude')\n"
 "    xlabel(r'n (samples)')\n"
 "    title(r'Step response')\n"
 '    subplots_adjust(hspace=0.5)\n'
 '\\end{verbatim}\n'
 '\n'
 '\n'
 '\\subsection{Lowpass FIR filter}\n'
 '\n'
 'Designing a lowpass FIR filter is very simple to do with SciPy, all you\n'
 'need to do is to define the window length, cut off frequency and the\n'
 'window.\n'
 '\n'
 'The Hamming window is defined as:\n'
 '$w(n) = \\alpha - \\beta\\cos\\frac{2\\pi n}{N-1}$, where $\\alpha=0.54$ '
 'and\n'
 '$\\beta=0.46$\n'
 '\n'
 'The next code chunk is executed in term mode, see the source document\n'
 'for syntax. Notice also that Pweave can now catch multiple\n'
 'figures/code chunk.\n'
 '\n'
 '\n'
 '\\begin{verbatim}\n'
 'n = 61\n'
 'a = signal.firwin(n, cutoff = 0.3, window = "hamming")\n'
 '#Frequency and phase response\n'
 'mfreqz(a)\n'
 '#Impulse and step response\n'
 'p = figure(2)\n'
 'impz(a)\n'
 '\\end{verbatim}\n'
 '\\includegraphics[width= '
 '\\linewidth]{figures/FIR_design_verb_figure2_1.pdf}\n'
 '\\includegraphics[width= '
 '\\linewidth]{figures/FIR_design_verb_figure2_2.pdf}\n'
 '\n'
 '\n'
 '\\subsection{Highpass FIR Filter}\n'
 '\n'
 "Let's define a highpass FIR filter:\n"
 '\n'
 '\n'
 '\\begin{verbatim}\n'
 'n = 101\n'
 'a = signal.firwin(n, cutoff = 0.3, window = "hanning", pass_zero=False)\n'
 'mfreqz(a)\n'
 '\\end{verbatim}\n'
 '\\includegraphics[width= '
 '\\linewidth]{figures/FIR_design_verb_figure3_1.pdf}\n'
 '\n'
 '\n'
 '\\subsection{Bandpass FIR filter}\n'
 '\n'
 'Notice that the plot has a caption defined in code chunk options.\n'
 '\n'
 '\n'
 '\n'
 '\\begin{verbatim}\n'
 'n = 1001\n'
 "a = signal.firwin(n, cutoff = [0.2, 0.5], window = 'blackmanharris', "
 'pass_zero = False)\n'
 'mfreqz(a)\n'
 '\\end{verbatim}\n'
 '\\begin{figure}[htpb]\n'
 '\\center\n'
 '\\includegraphics[width= '
 '\\linewidth]{figures/FIR_design_verb_figure4_1.pdf}\n'
 '\\caption{Bandpass FIR filter.}\n'
 '\\label{fig:None}\n'
 '\\end{figure}\n'
 '\n'
 '\n'
 '\\end{document}\n')
msg        = None
second     = ('\\documentclass[a4paper,11pt,final]{article}\n'
 '\\usepackage{fancyvrb, color, graphicx, hyperref, amsmath, url}\n'
 '\\usepackage{palatino}\n'
 '\\usepackage[a4paper,text={16.5cm,25.2cm},centering]{geometry}\n'
 '\n'
 '\\hypersetup\n'
 '{   pdfauthor = {Matti Pastell},\n'
 '  pdftitle={FIR filter design with Python and SciPy},\n'
 '  colorlinks=TRUE,\n'
 '  linkcolor=black,\n'
 '  citecolor=blue,\n'
 '  urlcolor=blue\n'
 '}\n'
 '\n'
 '\\setlength{\\parindent}{0pt}\n'
 '\\setlength{\\parskip}{1.2ex}\n'
 '\n'
 '\n'
 '\n'
 '\\title{FIR filter design with Python and SciPy}\n'
 '\\author{Matti Pastell \\\\ \\url{http://mpastell.com}}\n'
 '\\date{15th April 2013}\n'
 '\n'
 '\\begin{document}\n'
 '\\maketitle\n'
 '\n'
 '\n'
 '\\section{Introduction}\n'
 '\n'
 'This an example of a document that can be published using\n'
 '\\href{http://mpastell.com/pweave}{Pweave}. Text is written\n'
 'using \\LaTeX{} and code between \\texttt{<<>>} and \\texttt{@} is executed\n'
 'and results are included in the resulting document.\n'
 '\n'
 'You can define various options for code chunks to control code\n'
 'execution and formatting (see\n'
 '\\href{http://mpastell.com/pweave/usage.html\\#code-chunk-options}{Pweave\n'
 'docs}).\n'
 '\n'
 '\\section{FIR Filter Design}\n'
 '\n'
 "We'll implement lowpass, highpass and ' bandpass FIR filters. If you\n"
 'want to read more about DSP I highly recommend\n'
 "\\href{http://www.dspguide.com/}{The Scientist and Engineer's Guide to\n"
 'Digital Signal Processing} which is freely available online.\n'
 '\n'
 '\\subsection{Functions for frequency, phase, impulse and step response}\n'
 '\n'
 "Let's first define functions to plot filter properties.\n"
 '\n'
 '\n'
 '\n'
 '\\begin{verbatim}\n'
 'from pylab import *\n'
 'import scipy.signal as signal\n'
 '\n'
 '#Plot frequency and phase response\n'
 'def mfreqz(b,a=1):\n'
 '    w,h = signal.freqz(b,a)\n'
 '    h_dB = 20 * log10 (abs(h))\n'
 '    subplot(211)\n'
 '    plot(w/max(w),h_dB)\n'
 '    ylim(-150, 5)\n'
 "    ylabel('Magnitude (db)')\n"
 "    xlabel(r'Normalized Frequency (x$\\pi$rad/sample)')\n"
 "    title(r'Frequency response')\n"
 '    subplot(212)\n'
 '    h_Phase = unwrap(arctan2(imag(h),real(h)))\n'
 '    plot(w/max(w),h_Phase)\n'
 "    ylabel('Phase (radians)')\n"
 "    xlabel(r'Normalized Frequency (x$\\pi$rad/sample)')\n"
 "    title(r'Phase response')\n"
 '    subplots_adjust(hspace=0.5)\n'
 '\n'
 '#Plot step and impulse response\n'
 'def impz(b,a=1):\n'
 '    l = len(b)\n'
 '    impulse = repeat(0.,l); impulse[0] =1.\n'
 '    x = arange(0,l)\n'
 '    response = signal.lfilter(b,a,impulse)\n'
 '    subplot(211)\n'
 '    stem(x, response)\n'
 "    ylabel('Amplitude')\n"
 "    xlabel(r'n (samples)')\n"
 "    title(r'Impulse response')\n"
 '    subplot(212)\n'
 '    step = cumsum(response)\n'
 '    stem(x, step)\n'
 "    ylabel('Amplitude')\n"
 "    xlabel(r'n (samples)')\n"
 "    title(r'Step response')\n"
 '    subplots_adjust(hspace=0.5)\n'
 '\\end{verbatim}\n'
 '\n'
 '\n'
 '\\subsection{Lowpass FIR filter}\n'
 '\n'
 'Designing a lowpass FIR filter is very simple to do with SciPy, all you\n'
 'need to do is to define the window length, cut off frequency and the\n'
 'window.\n'
 '\n'
 'The Hamming window is defined as:\n'
 '$w(n) = \\alpha - \\beta\\cos\\frac{2\\pi n}{N-1}$, where $\\alpha=0.54$ '
 'and\n'
 '$\\beta=0.46$\n'
 '\n'
 'The next code chunk is executed in term mode, see the source document\n'
 'for syntax. Notice also that Pweave can now catch multiple\n'
 'figures/code chunk.\n'
 '\n'
 '\n'
 '\\begin{verbatim}\n'
 'n = 61\n'
 'a = signal.firwin(n, cutoff = 0.3, window = "hamming")\n'
 '#Frequency and phase response\n'
 'mfreqz(a)\n'
 '#Impulse and step response\n'
 'p = figure(2)\n'
 'impz(a)\n'
 '\\end{verbatim}\n'
 '\n'
 '\n'
 '\\subsection{Highpass FIR Filter}\n'
 '\n'
 "Let's define a highpass FIR filter:\n"
 '\n'
 '\n'
 '\\begin{verbatim}\n'
 'n = 101\n'
 'a = signal.firwin(n, cutoff = 0.3, window = "hanning", pass_zero=False)\n'
 'mfreqz(a)\n'
 '\\end{verbatim}\n'
 '\n'
 '\n'
 '\\subsection{Bandpass FIR filter}\n'
 '\n'
 'Notice that the plot has a caption defined in code chunk options.\n'
 '\n'
 '\n'
 '\n'
 '\\begin{verbatim}\n'
 'n = 1001\n'
 "a = signal.firwin(n, cutoff = [0.2, 0.5], window = 'blackmanharris', "
 'pass_zero = False)\n'
 'mfreqz(a)\n'
 '\\end{verbatim}\n'
 '\\begin{figure}[htpb]\n'
 '\\center\n'
 '\\caption{Bandpass FIR filter.}\n'
 '\\label{fig:None}\n'
 '\\end{figure}\n'
 '\n'
 '\n'
 '\\end{document}\n')
self       = <tests.test_pweave.WeaveTest testMethod=testFIR_FilterExampleTex>

/usr/lib/python3.8/unittest/case.py:912: 
_ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ 

self = <tests.test_pweave.WeaveTest testMethod=testFIR_FilterExampleTex>
first = '\\documentclass[a4paper,11pt,final]{article}\n\\usepackage{fancyvrb, color, graphicx, hyperref, amsmath, url}\n\\usep...R_design_verb_figure4_1.pdf}\n\\caption{Bandpass FIR filter.}\n\\label{fig:None}\n\\end{figure}\n\n\n\\end{document}\n'
second = '\\documentclass[a4paper,11pt,final]{article}\n\\usepackage{fancyvrb, color, graphicx, hyperref, amsmath, url}\n\\usep...egin{figure}[htpb]\n\\center\n\\caption{Bandpass FIR filter.}\n\\label{fig:None}\n\\end{figure}\n\n\n\\end{document}\n'
msg = None

    def assertMultiLineEqual(self, first, second, msg=None):
        """Assert that two multi-line strings are equal."""
        self.assertIsInstance(first, str, 'First argument is not a string')
        self.assertIsInstance(second, str, 'Second argument is not a string')
    
        if first != second:
            # don't use difflib if the strings are too long
            if (len(first) > self._diffThreshold or
                len(second) > self._diffThreshold):
                self._baseAssertEqual(first, second, msg)
            firstlines = first.splitlines(keepends=True)
            secondlines = second.splitlines(keepends=True)
            if len(firstlines) == 1 and first.strip('\r\n') == first:
                firstlines = [first + '\n']
                secondlines = [second + '\n']
            standardMsg = '%s != %s' % _common_shorten_repr(first, second)
            diff = '\n' + ''.join(difflib.ndiff(firstlines, secondlines))
            standardMsg = self._truncateMessage(standardMsg, diff)
>           self.fail(self._formatMessage(msg, standardMsg))

diff       = ('\n'
 '  \\documentclass[a4paper,11pt,final]{article}\n'
 '  \\usepackage{fancyvrb, color, graphicx, hyperref, amsmath, url}\n'
 '  \\usepackage{palatino}\n'
 '  \\usepackage[a4paper,text={16.5cm,25.2cm},centering]{geometry}\n'
 '  \n'
 '  \\hypersetup\n'
 '  {   pdfauthor = {Matti Pastell},\n'
 '    pdftitle={FIR filter design with Python and SciPy},\n'
 '    colorlinks=TRUE,\n'
 '    linkcolor=black,\n'
 '    citecolor=blue,\n'
 '    urlcolor=blue\n'
 '  }\n'
 '  \n'
 '  \\setlength{\\parindent}{0pt}\n'
 '  \\setlength{\\parskip}{1.2ex}\n'
 '  \n'
 '  \n'
 '  \n'
 '  \\title{FIR filter design with Python and SciPy}\n'
 '  \\author{Matti Pastell \\\\ \\url{http://mpastell.com}}\n'
 '  \\date{15th April 2013}\n'
 '  \n'
 '  \\begin{document}\n'
 '  \\maketitle\n'
 '  \n'
 '  \n'
 '  \\section{Introduction}\n'
 '  \n'
 '  This an example of a document that can be published using\n'
 '  \\href{http://mpastell.com/pweave}{Pweave}. Text is written\n'
 '  using \\LaTeX{} and code between \\texttt{<<>>} and \\texttt{@} is '
 'executed\n'
 '  and results are included in the resulting document.\n'
 '  \n'
 '  You can define various options for code chunks to control code\n'
 '  execution and formatting (see\n'
 '  \\href{http://mpastell.com/pweave/usage.html\\#code-chunk-options}{Pweave\n'
 '  docs}).\n'
 '  \n'
 '  \\section{FIR Filter Design}\n'
 '  \n'
 "  We'll implement lowpass, highpass and ' bandpass FIR filters. If you\n"
 '  want to read more about DSP I highly recommend\n'
 "  \\href{http://www.dspguide.com/}{The Scientist and Engineer's Guide to\n"
 '  Digital Signal Processing} which is freely available online.\n'
 '  \n'
 '  \\subsection{Functions for frequency, phase, impulse and step response}\n'
 '  \n'
 "  Let's first define functions to plot filter properties.\n"
 '  \n'
 '  \n'
 '  \n'
 '  \\begin{verbatim}\n'
 '  from pylab import *\n'
 '  import scipy.signal as signal\n'
 '  \n'
 '  #Plot frequency and phase response\n'
 '  def mfreqz(b,a=1):\n'
 '      w,h = signal.freqz(b,a)\n'
 '      h_dB = 20 * log10 (abs(h))\n'
 '      subplot(211)\n'
 '      plot(w/max(w),h_dB)\n'
 '      ylim(-150, 5)\n'
 "      ylabel('Magnitude (db)')\n"
 "      xlabel(r'Normalized Frequency (x$\\pi$rad/sample)')\n"
 "      title(r'Frequency response')\n"
 '      subplot(212)\n'
 '      h_Phase = unwrap(arctan2(imag(h),real(h)))\n'
 '      plot(w/max(w),h_Phase)\n'
 "      ylabel('Phase (radians)')\n"
 "      xlabel(r'Normalized Frequency (x$\\pi$rad/sample)')\n"
 "      title(r'Phase response')\n"
 '      subplots_adjust(hspace=0.5)\n'
 '  \n'
 '  #Plot step and impulse response\n'
 '  def impz(b,a=1):\n'
 '      l = len(b)\n'
 '      impulse = repeat(0.,l); impulse[0] =1.\n'
 '      x = arange(0,l)\n'
 '      response = signal.lfilter(b,a,impulse)\n'
 '      subplot(211)\n'
 '      stem(x, response)\n'
 "      ylabel('Amplitude')\n"
 "      xlabel(r'n (samples)')\n"
 "      title(r'Impulse response')\n"
 '      subplot(212)\n'
 '      step = cumsum(response)\n'
 '      stem(x, step)\n'
 "      ylabel('Amplitude')\n"
 "      xlabel(r'n (samples)')\n"
 "      title(r'Step response')\n"
 '      subplots_adjust(hspace=0.5)\n'
 '  \\end{verbatim}\n'
 '  \n'
 '  \n'
 '  \\subsection{Lowpass FIR filter}\n'
 '  \n'
 '  Designing a lowpass FIR filter is very simple to do with SciPy, all you\n'
 '  need to do is to define the window length, cut off frequency and the\n'
 '  window.\n'
 '  \n'
 '  The Hamming window is defined as:\n'
 '  $w(n) = \\alpha - \\beta\\cos\\frac{2\\pi n}{N-1}$, where $\\alpha=0.54$ '
 'and\n'
 '  $\\beta=0.46$\n'
 '  \n'
 '  The next code chunk is executed in term mode, see the source document\n'
 '  for syntax. Notice also that Pweave can now catch multiple\n'
 '  figures/code chunk.\n'
 '  \n'
 '  \n'
 '  \\begin{verbatim}\n'
 '  n = 61\n'
 '  a = signal.firwin(n, cutoff = 0.3, window = "hamming")\n'
 '  #Frequency and phase response\n'
 '  mfreqz(a)\n'
 '  #Impulse and step response\n'
 '  p = figure(2)\n'
 '  impz(a)\n'
 '  \\end{verbatim}\n'
 '- \\includegraphics[width= '
 '\\linewidth]{figures/FIR_design_verb_figure2_1.pdf}\n'
 '- \\includegraphics[width= '
 '\\linewidth]{figures/FIR_design_verb_figure2_2.pdf}\n'
 '  \n'
 '  \n'
 '  \\subsection{Highpass FIR Filter}\n'
 '  \n'
 "  Let's define a highpass FIR filter:\n"
 '  \n'
 '  \n'
 '  \\begin{verbatim}\n'
 '  n = 101\n'
 '  a = signal.firwin(n, cutoff = 0.3, window = "hanning", pass_zero=False)\n'
 '  mfreqz(a)\n'
 '  \\end{verbatim}\n'
 '- \\includegraphics[width= '
 '\\linewidth]{figures/FIR_design_verb_figure3_1.pdf}\n'
 '  \n'
 '  \n'
 '  \\subsection{Bandpass FIR filter}\n'
 '  \n'
 '  Notice that the plot has a caption defined in code chunk options.\n'
 '  \n'
 '  \n'
 '  \n'
 '  \\begin{verbatim}\n'
 '  n = 1001\n'
 "  a = signal.firwin(n, cutoff = [0.2, 0.5], window = 'blackmanharris', "
 'pass_zero = False)\n'
 '  mfreqz(a)\n'
 '  \\end{verbatim}\n'
 '  \\begin{figure}[htpb]\n'
 '  \\center\n'
 '- \\includegraphics[width= '
 '\\linewidth]{figures/FIR_design_verb_figure4_1.pdf}\n'
 '  \\caption{Bandpass FIR filter.}\n'
 '  \\label{fig:None}\n'
 '  \\end{figure}\n'
 '  \n'
 '  \n'
 '  \\end{document}\n')
first      = ('\\documentclass[a4paper,11pt,final]{article}\n'
 '\\usepackage{fancyvrb, color, graphicx, hyperref, amsmath, url}\n'
 '\\usepackage{palatino}\n'
 '\\usepackage[a4paper,text={16.5cm,25.2cm},centering]{geometry}\n'
 '\n'
 '\\hypersetup\n'
 '{   pdfauthor = {Matti Pastell},\n'
 '  pdftitle={FIR filter design with Python and SciPy},\n'
 '  colorlinks=TRUE,\n'
 '  linkcolor=black,\n'
 '  citecolor=blue,\n'
 '  urlcolor=blue\n'
 '}\n'
 '\n'
 '\\setlength{\\parindent}{0pt}\n'
 '\\setlength{\\parskip}{1.2ex}\n'
 '\n'
 '\n'
 '\n'
 '\\title{FIR filter design with Python and SciPy}\n'
 '\\author{Matti Pastell \\\\ \\url{http://mpastell.com}}\n'
 '\\date{15th April 2013}\n'
 '\n'
 '\\begin{document}\n'
 '\\maketitle\n'
 '\n'
 '\n'
 '\\section{Introduction}\n'
 '\n'
 'This an example of a document that can be published using\n'
 '\\href{http://mpastell.com/pweave}{Pweave}. Text is written\n'
 'using \\LaTeX{} and code between \\texttt{<<>>} and \\texttt{@} is executed\n'
 'and results are included in the resulting document.\n'
 '\n'
 'You can define various options for code chunks to control code\n'
 'execution and formatting (see\n'
 '\\href{http://mpastell.com/pweave/usage.html\\#code-chunk-options}{Pweave\n'
 'docs}).\n'
 '\n'
 '\\section{FIR Filter Design}\n'
 '\n'
 "We'll implement lowpass, highpass and ' bandpass FIR filters. If you\n"
 'want to read more about DSP I highly recommend\n'
 "\\href{http://www.dspguide.com/}{The Scientist and Engineer's Guide to\n"
 'Digital Signal Processing} which is freely available online.\n'
 '\n'
 '\\subsection{Functions for frequency, phase, impulse and step response}\n'
 '\n'
 "Let's first define functions to plot filter properties.\n"
 '\n'
 '\n'
 '\n'
 '\\begin{verbatim}\n'
 'from pylab import *\n'
 'import scipy.signal as signal\n'
 '\n'
 '#Plot frequency and phase response\n'
 'def mfreqz(b,a=1):\n'
 '    w,h = signal.freqz(b,a)\n'
 '    h_dB = 20 * log10 (abs(h))\n'
 '    subplot(211)\n'
 '    plot(w/max(w),h_dB)\n'
 '    ylim(-150, 5)\n'
 "    ylabel('Magnitude (db)')\n"
 "    xlabel(r'Normalized Frequency (x$\\pi$rad/sample)')\n"
 "    title(r'Frequency response')\n"
 '    subplot(212)\n'
 '    h_Phase = unwrap(arctan2(imag(h),real(h)))\n'
 '    plot(w/max(w),h_Phase)\n'
 "    ylabel('Phase (radians)')\n"
 "    xlabel(r'Normalized Frequency (x$\\pi$rad/sample)')\n"
 "    title(r'Phase response')\n"
 '    subplots_adjust(hspace=0.5)\n'
 '\n'
 '#Plot step and impulse response\n'
 'def impz(b,a=1):\n'
 '    l = len(b)\n'
 '    impulse = repeat(0.,l); impulse[0] =1.\n'
 '    x = arange(0,l)\n'
 '    response = signal.lfilter(b,a,impulse)\n'
 '    subplot(211)\n'
 '    stem(x, response)\n'
 "    ylabel('Amplitude')\n"
 "    xlabel(r'n (samples)')\n"
 "    title(r'Impulse response')\n"
 '    subplot(212)\n'
 '    step = cumsum(response)\n'
 '    stem(x, step)\n'
 "    ylabel('Amplitude')\n"
 "    xlabel(r'n (samples)')\n"
 "    title(r'Step response')\n"
 '    subplots_adjust(hspace=0.5)\n'
 '\\end{verbatim}\n'
 '\n'
 '\n'
 '\\subsection{Lowpass FIR filter}\n'
 '\n'
 'Designing a lowpass FIR filter is very simple to do with SciPy, all you\n'
 'need to do is to define the window length, cut off frequency and the\n'
 'window.\n'
 '\n'
 'The Hamming window is defined as:\n'
 '$w(n) = \\alpha - \\beta\\cos\\frac{2\\pi n}{N-1}$, where $\\alpha=0.54$ '
 'and\n'
 '$\\beta=0.46$\n'
 '\n'
 'The next code chunk is executed in term mode, see the source document\n'
 'for syntax. Notice also that Pweave can now catch multiple\n'
 'figures/code chunk.\n'
 '\n'
 '\n'
 '\\begin{verbatim}\n'
 'n = 61\n'
 'a = signal.firwin(n, cutoff = 0.3, window = "hamming")\n'
 '#Frequency and phase response\n'
 'mfreqz(a)\n'
 '#Impulse and step response\n'
 'p = figure(2)\n'
 'impz(a)\n'
 '\\end{verbatim}\n'
 '\\includegraphics[width= '
 '\\linewidth]{figures/FIR_design_verb_figure2_1.pdf}\n'
 '\\includegraphics[width= '
 '\\linewidth]{figures/FIR_design_verb_figure2_2.pdf}\n'
 '\n'
 '\n'
 '\\subsection{Highpass FIR Filter}\n'
 '\n'
 "Let's define a highpass FIR filter:\n"
 '\n'
 '\n'
 '\\begin{verbatim}\n'
 'n = 101\n'
 'a = signal.firwin(n, cutoff = 0.3, window = "hanning", pass_zero=False)\n'
 'mfreqz(a)\n'
 '\\end{verbatim}\n'
 '\\includegraphics[width= '
 '\\linewidth]{figures/FIR_design_verb_figure3_1.pdf}\n'
 '\n'
 '\n'
 '\\subsection{Bandpass FIR filter}\n'
 '\n'
 'Notice that the plot has a caption defined in code chunk options.\n'
 '\n'
 '\n'
 '\n'
 '\\begin{verbatim}\n'
 'n = 1001\n'
 "a = signal.firwin(n, cutoff = [0.2, 0.5], window = 'blackmanharris', "
 'pass_zero = False)\n'
 'mfreqz(a)\n'
 '\\end{verbatim}\n'
 '\\begin{figure}[htpb]\n'
 '\\center\n'
 '\\includegraphics[width= '
 '\\linewidth]{figures/FIR_design_verb_figure4_1.pdf}\n'
 '\\caption{Bandpass FIR filter.}\n'
 '\\label{fig:None}\n'
 '\\end{figure}\n'
 '\n'
 '\n'
 '\\end{document}\n')
firstlines = ['\\documentclass[a4paper,11pt,final]{article}\n',
 '\\usepackage{fancyvrb, color, graphicx, hyperref, amsmath, url}\n',
 '\\usepackage{palatino}\n',
 '\\usepackage[a4paper,text={16.5cm,25.2cm},centering]{geometry}\n',
 '\n',
 '\\hypersetup\n',
 '{   pdfauthor = {Matti Pastell},\n',
 '  pdftitle={FIR filter design with Python and SciPy},\n',
 '  colorlinks=TRUE,\n',
 '  linkcolor=black,\n',
 '  citecolor=blue,\n',
 '  urlcolor=blue\n',
 '}\n',
 '\n',
 '\\setlength{\\parindent}{0pt}\n',
 '\\setlength{\\parskip}{1.2ex}\n',
 '\n',
 '\n',
 '\n',
 '\\title{FIR filter design with Python and SciPy}\n',
 '\\author{Matti Pastell \\\\ \\url{http://mpastell.com}}\n',
 '\\date{15th April 2013}\n',
 '\n',
 '\\begin{document}\n',
 '\\maketitle\n',
 '\n',
 '\n',
 '\\section{Introduction}\n',
 '\n',
 'This an example of a document that can be published using\n',
 '\\href{http://mpastell.com/pweave}{Pweave}. Text is written\n',
 'using \\LaTeX{} and code between \\texttt{<<>>} and \\texttt{@} is '
 'executed\n',
 'and results are included in the resulting document.\n',
 '\n',
 'You can define various options for code chunks to control code\n',
 'execution and formatting (see\n',
 '\\href{http://mpastell.com/pweave/usage.html\\#code-chunk-options}{Pweave\n',
 'docs}).\n',
 '\n',
 '\\section{FIR Filter Design}\n',
 '\n',
 "We'll implement lowpass, highpass and ' bandpass FIR filters. If you\n",
 'want to read more about DSP I highly recommend\n',
 "\\href{http://www.dspguide.com/}{The Scientist and Engineer's Guide to\n",
 'Digital Signal Processing} which is freely available online.\n',
 '\n',
 '\\subsection{Functions for frequency, phase, impulse and step response}\n',
 '\n',
 "Let's first define functions to plot filter properties.\n",
 '\n',
 '\n',
 '\n',
 '\\begin{verbatim}\n',
 'from pylab import *\n',
 'import scipy.signal as signal\n',
 '\n',
 '#Plot frequency and phase response\n',
 'def mfreqz(b,a=1):\n',
 '    w,h = signal.freqz(b,a)\n',
 '    h_dB = 20 * log10 (abs(h))\n',
 '    subplot(211)\n',
 '    plot(w/max(w),h_dB)\n',
 '    ylim(-150, 5)\n',
 "    ylabel('Magnitude (db)')\n",
 "    xlabel(r'Normalized Frequency (x$\\pi$rad/sample)')\n",
 "    title(r'Frequency response')\n",
 '    subplot(212)\n',
 '    h_Phase = unwrap(arctan2(imag(h),real(h)))\n',
 '    plot(w/max(w),h_Phase)\n',
 "    ylabel('Phase (radians)')\n",
 "    xlabel(r'Normalized Frequency (x$\\pi$rad/sample)')\n",
 "    title(r'Phase response')\n",
 '    subplots_adjust(hspace=0.5)\n',
 '\n',
 '#Plot step and impulse response\n',
 'def impz(b,a=1):\n',
 '    l = len(b)\n',
 '    impulse = repeat(0.,l); impulse[0] =1.\n',
 '    x = arange(0,l)\n',
 '    response = signal.lfilter(b,a,impulse)\n',
 '    subplot(211)\n',
 '    stem(x, response)\n',
 "    ylabel('Amplitude')\n",
 "    xlabel(r'n (samples)')\n",
 "    title(r'Impulse response')\n",
 '    subplot(212)\n',
 '    step = cumsum(response)\n',
 '    stem(x, step)\n',
 "    ylabel('Amplitude')\n",
 "    xlabel(r'n (samples)')\n",
 "    title(r'Step response')\n",
 '    subplots_adjust(hspace=0.5)\n',
 '\\end{verbatim}\n',
 '\n',
 '\n',
 '\\subsection{Lowpass FIR filter}\n',
 '\n',
 'Designing a lowpass FIR filter is very simple to do with SciPy, all you\n',
 'need to do is to define the window length, cut off frequency and the\n',
 'window.\n',
 '\n',
 'The Hamming window is defined as:\n',
 '$w(n) = \\alpha - \\beta\\cos\\frac{2\\pi n}{N-1}$, where $\\alpha=0.54$ '
 'and\n',
 '$\\beta=0.46$\n',
 '\n',
 'The next code chunk is executed in term mode, see the source document\n',
 'for syntax. Notice also that Pweave can now catch multiple\n',
 'figures/code chunk.\n',
 '\n',
 '\n',
 '\\begin{verbatim}\n',
 'n = 61\n',
 'a = signal.firwin(n, cutoff = 0.3, window = "hamming")\n',
 '#Frequency and phase response\n',
 'mfreqz(a)\n',
 '#Impulse and step response\n',
 'p = figure(2)\n',
 'impz(a)\n',
 '\\end{verbatim}\n',
 '\\includegraphics[width= '
 '\\linewidth]{figures/FIR_design_verb_figure2_1.pdf}\n',
 '\\includegraphics[width= '
 '\\linewidth]{figures/FIR_design_verb_figure2_2.pdf}\n',
 '\n',
 '\n',
 '\\subsection{Highpass FIR Filter}\n',
 '\n',
 "Let's define a highpass FIR filter:\n",
 '\n',
 '\n',
 '\\begin{verbatim}\n',
 'n = 101\n',
 'a = signal.firwin(n, cutoff = 0.3, window = "hanning", pass_zero=False)\n',
 'mfreqz(a)\n',
 '\\end{verbatim}\n',
 '\\includegraphics[width= '
 '\\linewidth]{figures/FIR_design_verb_figure3_1.pdf}\n',
 '\n',
 '\n',
 '\\subsection{Bandpass FIR filter}\n',
 '\n',
 'Notice that the plot has a caption defined in code chunk options.\n',
 '\n',
 '\n',
 '\n',
 '\\begin{verbatim}\n',
 'n = 1001\n',
 "a = signal.firwin(n, cutoff = [0.2, 0.5], window = 'blackmanharris', "
 'pass_zero = False)\n',
 'mfreqz(a)\n',
 '\\end{verbatim}\n',
 '\\begin{figure}[htpb]\n',
 '\\center\n',
 '\\includegraphics[width= '
 '\\linewidth]{figures/FIR_design_verb_figure4_1.pdf}\n',
 '\\caption{Bandpass FIR filter.}\n',
 '\\label{fig:None}\n',
 '\\end{figure}\n',
 '\n',
 '\n',
 '\\end{document}\n']
msg        = None
second     = ('\\documentclass[a4paper,11pt,final]{article}\n'
 '\\usepackage{fancyvrb, color, graphicx, hyperref, amsmath, url}\n'
 '\\usepackage{palatino}\n'
 '\\usepackage[a4paper,text={16.5cm,25.2cm},centering]{geometry}\n'
 '\n'
 '\\hypersetup\n'
 '{   pdfauthor = {Matti Pastell},\n'
 '  pdftitle={FIR filter design with Python and SciPy},\n'
 '  colorlinks=TRUE,\n'
 '  linkcolor=black,\n'
 '  citecolor=blue,\n'
 '  urlcolor=blue\n'
 '}\n'
 '\n'
 '\\setlength{\\parindent}{0pt}\n'
 '\\setlength{\\parskip}{1.2ex}\n'
 '\n'
 '\n'
 '\n'
 '\\title{FIR filter design with Python and SciPy}\n'
 '\\author{Matti Pastell \\\\ \\url{http://mpastell.com}}\n'
 '\\date{15th April 2013}\n'
 '\n'
 '\\begin{document}\n'
 '\\maketitle\n'
 '\n'
 '\n'
 '\\section{Introduction}\n'
 '\n'
 'This an example of a document that can be published using\n'
 '\\href{http://mpastell.com/pweave}{Pweave}. Text is written\n'
 'using \\LaTeX{} and code between \\texttt{<<>>} and \\texttt{@} is executed\n'
 'and results are included in the resulting document.\n'
 '\n'
 'You can define various options for code chunks to control code\n'
 'execution and formatting (see\n'
 '\\href{http://mpastell.com/pweave/usage.html\\#code-chunk-options}{Pweave\n'
 'docs}).\n'
 '\n'
 '\\section{FIR Filter Design}\n'
 '\n'
 "We'll implement lowpass, highpass and ' bandpass FIR filters. If you\n"
 'want to read more about DSP I highly recommend\n'
 "\\href{http://www.dspguide.com/}{The Scientist and Engineer's Guide to\n"
 'Digital Signal Processing} which is freely available online.\n'
 '\n'
 '\\subsection{Functions for frequency, phase, impulse and step response}\n'
 '\n'
 "Let's first define functions to plot filter properties.\n"
 '\n'
 '\n'
 '\n'
 '\\begin{verbatim}\n'
 'from pylab import *\n'
 'import scipy.signal as signal\n'
 '\n'
 '#Plot frequency and phase response\n'
 'def mfreqz(b,a=1):\n'
 '    w,h = signal.freqz(b,a)\n'
 '    h_dB = 20 * log10 (abs(h))\n'
 '    subplot(211)\n'
 '    plot(w/max(w),h_dB)\n'
 '    ylim(-150, 5)\n'
 "    ylabel('Magnitude (db)')\n"
 "    xlabel(r'Normalized Frequency (x$\\pi$rad/sample)')\n"
 "    title(r'Frequency response')\n"
 '    subplot(212)\n'
 '    h_Phase = unwrap(arctan2(imag(h),real(h)))\n'
 '    plot(w/max(w),h_Phase)\n'
 "    ylabel('Phase (radians)')\n"
 "    xlabel(r'Normalized Frequency (x$\\pi$rad/sample)')\n"
 "    title(r'Phase response')\n"
 '    subplots_adjust(hspace=0.5)\n'
 '\n'
 '#Plot step and impulse response\n'
 'def impz(b,a=1):\n'
 '    l = len(b)\n'
 '    impulse = repeat(0.,l); impulse[0] =1.\n'
 '    x = arange(0,l)\n'
 '    response = signal.lfilter(b,a,impulse)\n'
 '    subplot(211)\n'
 '    stem(x, response)\n'
 "    ylabel('Amplitude')\n"
 "    xlabel(r'n (samples)')\n"
 "    title(r'Impulse response')\n"
 '    subplot(212)\n'
 '    step = cumsum(response)\n'
 '    stem(x, step)\n'
 "    ylabel('Amplitude')\n"
 "    xlabel(r'n (samples)')\n"
 "    title(r'Step response')\n"
 '    subplots_adjust(hspace=0.5)\n'
 '\\end{verbatim}\n'
 '\n'
 '\n'
 '\\subsection{Lowpass FIR filter}\n'
 '\n'
 'Designing a lowpass FIR filter is very simple to do with SciPy, all you\n'
 'need to do is to define the window length, cut off frequency and the\n'
 'window.\n'
 '\n'
 'The Hamming window is defined as:\n'
 '$w(n) = \\alpha - \\beta\\cos\\frac{2\\pi n}{N-1}$, where $\\alpha=0.54$ '
 'and\n'
 '$\\beta=0.46$\n'
 '\n'
 'The next code chunk is executed in term mode, see the source document\n'
 'for syntax. Notice also that Pweave can now catch multiple\n'
 'figures/code chunk.\n'
 '\n'
 '\n'
 '\\begin{verbatim}\n'
 'n = 61\n'
 'a = signal.firwin(n, cutoff = 0.3, window = "hamming")\n'
 '#Frequency and phase response\n'
 'mfreqz(a)\n'
 '#Impulse and step response\n'
 'p = figure(2)\n'
 'impz(a)\n'
 '\\end{verbatim}\n'
 '\n'
 '\n'
 '\\subsection{Highpass FIR Filter}\n'
 '\n'
 "Let's define a highpass FIR filter:\n"
 '\n'
 '\n'
 '\\begin{verbatim}\n'
 'n = 101\n'
 'a = signal.firwin(n, cutoff = 0.3, window = "hanning", pass_zero=False)\n'
 'mfreqz(a)\n'
 '\\end{verbatim}\n'
 '\n'
 '\n'
 '\\subsection{Bandpass FIR filter}\n'
 '\n'
 'Notice that the plot has a caption defined in code chunk options.\n'
 '\n'
 '\n'
 '\n'
 '\\begin{verbatim}\n'
 'n = 1001\n'
 "a = signal.firwin(n, cutoff = [0.2, 0.5], window = 'blackmanharris', "
 'pass_zero = False)\n'
 'mfreqz(a)\n'
 '\\end{verbatim}\n'
 '\\begin{figure}[htpb]\n'
 '\\center\n'
 '\\caption{Bandpass FIR filter.}\n'
 '\\label{fig:None}\n'
 '\\end{figure}\n'
 '\n'
 '\n'
 '\\end{document}\n')
secondlines = ['\\documentclass[a4paper,11pt,final]{article}\n',
 '\\usepackage{fancyvrb, color, graphicx, hyperref, amsmath, url}\n',
 '\\usepackage{palatino}\n',
 '\\usepackage[a4paper,text={16.5cm,25.2cm},centering]{geometry}\n',
 '\n',
 '\\hypersetup\n',
 '{   pdfauthor = {Matti Pastell},\n',
 '  pdftitle={FIR filter design with Python and SciPy},\n',
 '  colorlinks=TRUE,\n',
 '  linkcolor=black,\n',
 '  citecolor=blue,\n',
 '  urlcolor=blue\n',
 '}\n',
 '\n',
 '\\setlength{\\parindent}{0pt}\n',
 '\\setlength{\\parskip}{1.2ex}\n',
 '\n',
 '\n',
 '\n',
 '\\title{FIR filter design with Python and SciPy}\n',
 '\\author{Matti Pastell \\\\ \\url{http://mpastell.com}}\n',
 '\\date{15th April 2013}\n',
 '\n',
 '\\begin{document}\n',
 '\\maketitle\n',
 '\n',
 '\n',
 '\\section{Introduction}\n',
 '\n',
 'This an example of a document that can be published using\n',
 '\\href{http://mpastell.com/pweave}{Pweave}. Text is written\n',
 'using \\LaTeX{} and code between \\texttt{<<>>} and \\texttt{@} is '
 'executed\n',
 'and results are included in the resulting document.\n',
 '\n',
 'You can define various options for code chunks to control code\n',
 'execution and formatting (see\n',
 '\\href{http://mpastell.com/pweave/usage.html\\#code-chunk-options}{Pweave\n',
 'docs}).\n',
 '\n',
 '\\section{FIR Filter Design}\n',
 '\n',
 "We'll implement lowpass, highpass and ' bandpass FIR filters. If you\n",
 'want to read more about DSP I highly recommend\n',
 "\\href{http://www.dspguide.com/}{The Scientist and Engineer's Guide to\n",
 'Digital Signal Processing} which is freely available online.\n',
 '\n',
 '\\subsection{Functions for frequency, phase, impulse and step response}\n',
 '\n',
 "Let's first define functions to plot filter properties.\n",
 '\n',
 '\n',
 '\n',
 '\\begin{verbatim}\n',
 'from pylab import *\n',
 'import scipy.signal as signal\n',
 '\n',
 '#Plot frequency and phase response\n',
 'def mfreqz(b,a=1):\n',
 '    w,h = signal.freqz(b,a)\n',
 '    h_dB = 20 * log10 (abs(h))\n',
 '    subplot(211)\n',
 '    plot(w/max(w),h_dB)\n',
 '    ylim(-150, 5)\n',
 "    ylabel('Magnitude (db)')\n",
 "    xlabel(r'Normalized Frequency (x$\\pi$rad/sample)')\n",
 "    title(r'Frequency response')\n",
 '    subplot(212)\n',
 '    h_Phase = unwrap(arctan2(imag(h),real(h)))\n',
 '    plot(w/max(w),h_Phase)\n',
 "    ylabel('Phase (radians)')\n",
 "    xlabel(r'Normalized Frequency (x$\\pi$rad/sample)')\n",
 "    title(r'Phase response')\n",
 '    subplots_adjust(hspace=0.5)\n',
 '\n',
 '#Plot step and impulse response\n',
 'def impz(b,a=1):\n',
 '    l = len(b)\n',
 '    impulse = repeat(0.,l); impulse[0] =1.\n',
 '    x = arange(0,l)\n',
 '    response = signal.lfilter(b,a,impulse)\n',
 '    subplot(211)\n',
 '    stem(x, response)\n',
 "    ylabel('Amplitude')\n",
 "    xlabel(r'n (samples)')\n",
 "    title(r'Impulse response')\n",
 '    subplot(212)\n',
 '    step = cumsum(response)\n',
 '    stem(x, step)\n',
 "    ylabel('Amplitude')\n",
 "    xlabel(r'n (samples)')\n",
 "    title(r'Step response')\n",
 '    subplots_adjust(hspace=0.5)\n',
 '\\end{verbatim}\n',
 '\n',
 '\n',
 '\\subsection{Lowpass FIR filter}\n',
 '\n',
 'Designing a lowpass FIR filter is very simple to do with SciPy, all you\n',
 'need to do is to define the window length, cut off frequency and the\n',
 'window.\n',
 '\n',
 'The Hamming window is defined as:\n',
 '$w(n) = \\alpha - \\beta\\cos\\frac{2\\pi n}{N-1}$, where $\\alpha=0.54$ '
 'and\n',
 '$\\beta=0.46$\n',
 '\n',
 'The next code chunk is executed in term mode, see the source document\n',
 'for syntax. Notice also that Pweave can now catch multiple\n',
 'figures/code chunk.\n',
 '\n',
 '\n',
 '\\begin{verbatim}\n',
 'n = 61\n',
 'a = signal.firwin(n, cutoff = 0.3, window = "hamming")\n',
 '#Frequency and phase response\n',
 'mfreqz(a)\n',
 '#Impulse and step response\n',
 'p = figure(2)\n',
 'impz(a)\n',
 '\\end{verbatim}\n',
 '\n',
 '\n',
 '\\subsection{Highpass FIR Filter}\n',
 '\n',
 "Let's define a highpass FIR filter:\n",
 '\n',
 '\n',
 '\\begin{verbatim}\n',
 'n = 101\n',
 'a = signal.firwin(n, cutoff = 0.3, window = "hanning", pass_zero=False)\n',
 'mfreqz(a)\n',
 '\\end{verbatim}\n',
 '\n',
 '\n',
 '\\subsection{Bandpass FIR filter}\n',
 '\n',
 'Notice that the plot has a caption defined in code chunk options.\n',
 '\n',
 '\n',
 '\n',
 '\\begin{verbatim}\n',
 'n = 1001\n',
 "a = signal.firwin(n, cutoff = [0.2, 0.5], window = 'blackmanharris', "
 'pass_zero = False)\n',
 'mfreqz(a)\n',
 '\\end{verbatim}\n',
 '\\begin{figure}[htpb]\n',
 '\\center\n',
 '\\caption{Bandpass FIR filter.}\n',
 '\\label{fig:None}\n',
 '\\end{figure}\n',
 '\n',
 '\n',
 '\\end{document}\n']
self       = <tests.test_pweave.WeaveTest testMethod=testFIR_FilterExampleTex>
standardMsg = ("'\\\\do[3321 chars]m}\\n\\\\includegraphics[width= \\\\linewidth]{figu[861 "
 "chars]t}\\n' != '\\\\do[3321 chars]m}\\n\\n\\n\\\\subsection{Highpass FIR "
 "Filter}\\n\\nL[549 chars]t}\\n'\n"
 'Diff is 4301 characters long. Set self.maxDiff to None to see it.')

/usr/lib/python3.8/unittest/case.py:1292: 
_ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ 

self = <tests.test_pweave.WeaveTest testMethod=testFIR_FilterExampleTex>
msg = "'\\\\do[3321 chars]m}\\n\\\\includegraphics[width= \\\\linewidth]{figu[861 chars]t}\\n' != '\\\\do[3321 chars]m}\\n\\...ection{Highpass FIR Filter}\\n\\nL[549 chars]t}\\n'\nDiff is 4301 characters long. Set self.maxDiff to None to see it."

    def fail(self, msg=None):
        """Fail immediately, with the given message."""
>       raise self.failureException(msg)
E       AssertionError: '\\do[3321 chars]m}\n\\includegraphics[width= \\linewidth]{figu[861 chars]t}\n' != '\\do[3321 chars]m}\n\n\n\\subsection{Highpass FIR Filter}\n\nL[549 chars]t}\n'
E       Diff is 4301 characters long. Set self.maxDiff to None to see it.

msg        = ("'\\\\do[3321 chars]m}\\n\\\\includegraphics[width= \\\\linewidth]{figu[861 "
 "chars]t}\\n' != '\\\\do[3321 chars]m}\\n\\n\\n\\\\subsection{Highpass FIR "
 "Filter}\\n\\nL[549 chars]t}\\n'\n"
 'Diff is 4301 characters long. Set self.maxDiff to None to see it.')
self       = <tests.test_pweave.WeaveTest testMethod=testFIR_FilterExampleTex>

/usr/lib/python3.8/unittest/case.py:753: AssertionError

During handling of the above exception, another exception occurred:

self = <tests.test_pweave.WeaveTest testMethod=testFIR_FilterExampleTex>

    def testMethod(self):
        self.TESTDIR = os.path.join('weave', doctype)
        infile = self.absPathTo(filename + 'w')
        self.setNewOutfile(filename)
    
        pweave.weave(infile, doctype=doctype,
            output=self.absPathTo(filename),
            **kwargs)
    
        basename, _, ext = filename.rpartition('.')
        self.REFERENCE = self.absPathTo(basename + '_REF.' + ext)
>       self.assertSameAsReference()

_          = '.'
basename   = 'FIR_design_verb'
doctype    = 'tex'
ext        = 'tex'
filename   = 'FIR_design_verb.tex'
infile     = '/var/tmp/portage/dev-python/pweave-0.30.3-r1/work/Pweave-0.30.3/tests/weave/tex/FIR_design_verb.texw'
kwargs     = {}
self       = <tests.test_pweave.WeaveTest testMethod=testFIR_FilterExampleTex>

tests/test_pweave.py:31: 
_ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ 

self = <tests.test_pweave.WeaveTest testMethod=testFIR_FilterExampleTex>
reference = None

    def assertSameAsReference(self, reference=None):
        try:
            self.assertEqual(self.contentOf(reference if reference is not None else self.REFERENCE),
                             self.contentOf(self.OUTFILE))
        except AssertionError:
>           raise AssertionError("{ref} and {out} differs\ntry:\n$ vimdiff {ref} {out}".format(
                                 ref=self.absPathTo(self.REFERENCE),
                                 out=self.absPathTo(self.OUTFILE)))
E           AssertionError: /var/tmp/portage/dev-python/pweave-0.30.3-r1/work/Pweave-0.30.3/tests/weave/tex/FIR_design_verb_REF.tex and /var/tmp/portage/dev-python/pweave-0.30.3-r1/work/Pweave-0.30.3/tests/weave/tex/FIR_design_verb.tex differs
E           try:
E           $ vimdiff /var/tmp/portage/dev-python/pweave-0.30.3-r1/work/Pweave-0.30.3/tests/weave/tex/FIR_design_verb_REF.tex /var/tmp/portage/dev-python/pweave-0.30.3-r1/work/Pweave-0.30.3/tests/weave/tex/FIR_design_verb.tex

reference  = None
self       = <tests.test_pweave.WeaveTest testMethod=testFIR_FilterExampleTex>

tests/_frameworkForTests.py:37: AssertionError
----------------------------- Captured stdout call -----------------------------
status
Processing chunk 1 named None from line 92
Processing chunk 2 named None from line 116
Processing chunk 3 named None from line 126
Processing chunk 4 named None from line 137
Weaved /var/tmp/portage/dev-python/pweave-0.30.3-r1/work/Pweave-0.30.3/tests/weave/tex/FIR_design_verb.texw to /var/tmp/portage/dev-python/pweave-0.30.3-r1/work/Pweave-0.30.3/tests/weave/tex/FIR_design_verb.tex
_____________________________ WeaveTest.testSimple _____________________________

self = <tests.test_pweave.WeaveTest testMethod=testSimple>, reference = None

    def assertSameAsReference(self, reference=None):
        try:
>           self.assertEqual(self.contentOf(reference if reference is not None else self.REFERENCE),
                             self.contentOf(self.OUTFILE))

reference  = None
self       = <tests.test_pweave.WeaveTest testMethod=testSimple>

tests/_frameworkForTests.py:34: 
_ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ 

self = <tests.test_pweave.WeaveTest testMethod=testSimple>
first = '% FIR filter design with Python and SciPy\n% Matti Pastell\n% 15th April 2013\n\n# Introduction\n\nThis an example of...hat Pweave can now catch multiple figures/code chunk.\n\n\n\n![Bandpass FIR filter.](figures/simple_figure2_1.png)\n\n'
second = '% FIR filter design with Python and SciPy\n% Matti Pastell\n% 15th April 2013\n\n# Introduction\n\nThis an example of...ython script](FIR_design.py) for syntax.\nNotice also that Pweave can now catch multiple figures/code chunk.\n\n\n\n\n'
msg = None

    def assertEqual(self, first, second, msg=None):
        """Fail if the two objects are unequal as determined by the '=='
           operator.
        """
        assertion_func = self._getAssertEqualityFunc(first, second)
>       assertion_func(first, second, msg=msg)

assertion_func = <bound method TestCase.assertMultiLineEqual of <tests.test_pweave.WeaveTest testMethod=testSimple>>
first      = ('% FIR filter design with Python and SciPy\n'
 '% Matti Pastell\n'
 '% 15th April 2013\n'
 '\n'
 '# Introduction\n'
 '\n'
 'This an example of a script that can be published using\n'
 '[Pweave](http://mpastell.com/pweave). The script can be executed\n'
 'normally using Python or published to HTML with Pweave\n'
 'Text is written in markdown in lines starting with "`#\'` " and code\n'
 'is executed and results are included in the published document.\n'
 'The concept is similar to\n'
 'publishing documents with [MATLAB](http://mathworks.com) or using\n'
 'stitch with [Knitr](http://http://yihui.name/knitr/demo/stitch/).\n'
 '\n'
 '\n'
 '```python\n'
 'from pylab import *\n'
 'import scipy.signal as signal\n'
 '    \n'
 '#Plot frequency and phase response\n'
 'def mfreqz(b,a=1):\n'
 '    w,h = signal.freqz(b,a)\n'
 '    h_dB = 20 * log10 (abs(h))\n'
 '    subplot(211)\n'
 '    plot(w/max(w),h_dB)\n'
 '    ylim(-150, 5)\n'
 "    ylabel('Magnitude (db)')\n"
 "    xlabel(r'Normalized Frequency (x$\\pi$rad/sample)')\n"
 "    title(r'Frequency response')\n"
 '    subplot(212)\n'
 '    h_Phase = unwrap(arctan2(imag(h),real(h)))\n'
 '    plot(w/max(w),h_Phase)\n'
 "    ylabel('Phase (radians)')\n"
 "    xlabel(r'Normalized Frequency (x$\\pi$rad/sample)')\n"
 "    title(r'Phase response')\n"
 '    subplots_adjust(hspace=0.5)\n'
 '\n'
 '#Plot step and impulse response\n'
 'def impz(b,a=1):\n'
 '    l = len(b)\n'
 '    impulse = repeat(0.,l); impulse[0] =1.\n'
 '    x = arange(0,l)\n'
 '    response = signal.lfilter(b,a,impulse)\n'
 '    subplot(211)\n'
 '    stem(x, response)\n'
 "    ylabel('Amplitude')\n"
 "    xlabel(r'n (samples)')\n"
 "    title(r'Impulse response')\n"
 '    subplot(212)\n'
 '    step = cumsum(response)\n'
 '    stem(x, step)\n'
 "    ylabel('Amplitude')\n"
 "    xlabel(r'n (samples)')\n"
 "    title(r'Step response')\n"
 '    subplots_adjust(hspace=0.5)\n'
 '```\n'
 '\n'
 '\n'
 '\n'
 '## Lowpass FIR filter\n'
 '\n'
 'Designing a lowpass FIR filter is very simple to do with SciPy, all you\n'
 'need to do is to define the window length, cut off frequency and the\n'
 'window.\n'
 '\n'
 'The Hamming window is defined as:\n'
 '$w(n) = \\alpha - \\beta\\cos\\frac{2\\pi n}{N-1}$, where $\\alpha=0.54$ and '
 '$\\beta=0.46$ \n'
 '\n'
 'The next code chunk is executed in term mode, see the [Python '
 'script](FIR_design.py) for syntax.\n'
 'Notice also that Pweave can now catch multiple figures/code chunk.\n'
 '\n'
 '\n'
 '\n'
 '![Bandpass FIR filter.](figures/simple_figure2_1.png)\n'
 '\n')
msg        = None
second     = ('% FIR filter design with Python and SciPy\n'
 '% Matti Pastell\n'
 '% 15th April 2013\n'
 '\n'
 '# Introduction\n'
 '\n'
 'This an example of a script that can be published using\n'
 '[Pweave](http://mpastell.com/pweave). The script can be executed\n'
 'normally using Python or published to HTML with Pweave\n'
 'Text is written in markdown in lines starting with "`#\'` " and code\n'
 'is executed and results are included in the published document.\n'
 'The concept is similar to\n'
 'publishing documents with [MATLAB](http://mathworks.com) or using\n'
 'stitch with [Knitr](http://http://yihui.name/knitr/demo/stitch/).\n'
 '\n'
 '\n'
 '```python\n'
 'from pylab import *\n'
 'import scipy.signal as signal\n'
 '    \n'
 '#Plot frequency and phase response\n'
 'def mfreqz(b,a=1):\n'
 '    w,h = signal.freqz(b,a)\n'
 '    h_dB = 20 * log10 (abs(h))\n'
 '    subplot(211)\n'
 '    plot(w/max(w),h_dB)\n'
 '    ylim(-150, 5)\n'
 "    ylabel('Magnitude (db)')\n"
 "    xlabel(r'Normalized Frequency (x$\\pi$rad/sample)')\n"
 "    title(r'Frequency response')\n"
 '    subplot(212)\n'
 '    h_Phase = unwrap(arctan2(imag(h),real(h)))\n'
 '    plot(w/max(w),h_Phase)\n'
 "    ylabel('Phase (radians)')\n"
 "    xlabel(r'Normalized Frequency (x$\\pi$rad/sample)')\n"
 "    title(r'Phase response')\n"
 '    subplots_adjust(hspace=0.5)\n'
 '\n'
 '#Plot step and impulse response\n'
 'def impz(b,a=1):\n'
 '    l = len(b)\n'
 '    impulse = repeat(0.,l); impulse[0] =1.\n'
 '    x = arange(0,l)\n'
 '    response = signal.lfilter(b,a,impulse)\n'
 '    subplot(211)\n'
 '    stem(x, response)\n'
 "    ylabel('Amplitude')\n"
 "    xlabel(r'n (samples)')\n"
 "    title(r'Impulse response')\n"
 '    subplot(212)\n'
 '    step = cumsum(response)\n'
 '    stem(x, step)\n'
 "    ylabel('Amplitude')\n"
 "    xlabel(r'n (samples)')\n"
 "    title(r'Step response')\n"
 '    subplots_adjust(hspace=0.5)\n'
 '```\n'
 '\n'
 '\n'
 '\n'
 '## Lowpass FIR filter\n'
 '\n'
 'Designing a lowpass FIR filter is very simple to do with SciPy, all you\n'
 'need to do is to define the window length, cut off frequency and the\n'
 'window.\n'
 '\n'
 'The Hamming window is defined as:\n'
 '$w(n) = \\alpha - \\beta\\cos\\frac{2\\pi n}{N-1}$, where $\\alpha=0.54$ and '
 '$\\beta=0.46$ \n'
 '\n'
 'The next code chunk is executed in term mode, see the [Python '
 'script](FIR_design.py) for syntax.\n'
 'Notice also that Pweave can now catch multiple figures/code chunk.\n'
 '\n'
 '\n'
 '\n'
 '\n')
self       = <tests.test_pweave.WeaveTest testMethod=testSimple>

/usr/lib/python3.8/unittest/case.py:912: 
_ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ 

self = <tests.test_pweave.WeaveTest testMethod=testSimple>
first = '% FIR filter design with Python and SciPy\n% Matti Pastell\n% 15th April 2013\n\n# Introduction\n\nThis an example of...hat Pweave can now catch multiple figures/code chunk.\n\n\n\n![Bandpass FIR filter.](figures/simple_figure2_1.png)\n\n'
second = '% FIR filter design with Python and SciPy\n% Matti Pastell\n% 15th April 2013\n\n# Introduction\n\nThis an example of...ython script](FIR_design.py) for syntax.\nNotice also that Pweave can now catch multiple figures/code chunk.\n\n\n\n\n'
msg = None

    def assertMultiLineEqual(self, first, second, msg=None):
        """Assert that two multi-line strings are equal."""
        self.assertIsInstance(first, str, 'First argument is not a string')
        self.assertIsInstance(second, str, 'Second argument is not a string')
    
        if first != second:
            # don't use difflib if the strings are too long
            if (len(first) > self._diffThreshold or
                len(second) > self._diffThreshold):
                self._baseAssertEqual(first, second, msg)
            firstlines = first.splitlines(keepends=True)
            secondlines = second.splitlines(keepends=True)
            if len(firstlines) == 1 and first.strip('\r\n') == first:
                firstlines = [first + '\n']
                secondlines = [second + '\n']
            standardMsg = '%s != %s' % _common_shorten_repr(first, second)
            diff = '\n' + ''.join(difflib.ndiff(firstlines, secondlines))
            standardMsg = self._truncateMessage(standardMsg, diff)
>           self.fail(self._formatMessage(msg, standardMsg))

diff       = ('\n'
 '  % FIR filter design with Python and SciPy\n'
 '  % Matti Pastell\n'
 '  % 15th April 2013\n'
 '  \n'
 '  # Introduction\n'
 '  \n'
 '  This an example of a script that can be published using\n'
 '  [Pweave](http://mpastell.com/pweave). The script can be executed\n'
 '  normally using Python or published to HTML with Pweave\n'
 '  Text is written in markdown in lines starting with "`#\'` " and code\n'
 '  is executed and results are included in the published document.\n'
 '  The concept is similar to\n'
 '  publishing documents with [MATLAB](http://mathworks.com) or using\n'
 '  stitch with [Knitr](http://http://yihui.name/knitr/demo/stitch/).\n'
 '  \n'
 '  \n'
 '  ```python\n'
 '  from pylab import *\n'
 '  import scipy.signal as signal\n'
 '      \n'
 '  #Plot frequency and phase response\n'
 '  def mfreqz(b,a=1):\n'
 '      w,h = signal.freqz(b,a)\n'
 '      h_dB = 20 * log10 (abs(h))\n'
 '      subplot(211)\n'
 '      plot(w/max(w),h_dB)\n'
 '      ylim(-150, 5)\n'
 "      ylabel('Magnitude (db)')\n"
 "      xlabel(r'Normalized Frequency (x$\\pi$rad/sample)')\n"
 "      title(r'Frequency response')\n"
 '      subplot(212)\n'
 '      h_Phase = unwrap(arctan2(imag(h),real(h)))\n'
 '      plot(w/max(w),h_Phase)\n'
 "      ylabel('Phase (radians)')\n"
 "      xlabel(r'Normalized Frequency (x$\\pi$rad/sample)')\n"
 "      title(r'Phase response')\n"
 '      subplots_adjust(hspace=0.5)\n'
 '  \n'
 '  #Plot step and impulse response\n'
 '  def impz(b,a=1):\n'
 '      l = len(b)\n'
 '      impulse = repeat(0.,l); impulse[0] =1.\n'
 '      x = arange(0,l)\n'
 '      response = signal.lfilter(b,a,impulse)\n'
 '      subplot(211)\n'
 '      stem(x, response)\n'
 "      ylabel('Amplitude')\n"
 "      xlabel(r'n (samples)')\n"
 "      title(r'Impulse response')\n"
 '      subplot(212)\n'
 '      step = cumsum(response)\n'
 '      stem(x, step)\n'
 "      ylabel('Amplitude')\n"
 "      xlabel(r'n (samples)')\n"
 "      title(r'Step response')\n"
 '      subplots_adjust(hspace=0.5)\n'
 '  ```\n'
 '  \n'
 '  \n'
 '  \n'
 '  ## Lowpass FIR filter\n'
 '  \n'
 '  Designing a lowpass FIR filter is very simple to do with SciPy, all you\n'
 '  need to do is to define the window length, cut off frequency and the\n'
 '  window.\n'
 '  \n'
 '  The Hamming window is defined as:\n'
 '  $w(n) = \\alpha - \\beta\\cos\\frac{2\\pi n}{N-1}$, where $\\alpha=0.54$ '
 'and $\\beta=0.46$ \n'
 '  \n'
 '  The next code chunk is executed in term mode, see the [Python '
 'script](FIR_design.py) for syntax.\n'
 '  Notice also that Pweave can now catch multiple figures/code chunk.\n'
 '  \n'
 '  \n'
 '  \n'
 '- ![Bandpass FIR filter.](figures/simple_figure2_1.png)\n'
 '  \n')
first      = ('% FIR filter design with Python and SciPy\n'
 '% Matti Pastell\n'
 '% 15th April 2013\n'
 '\n'
 '# Introduction\n'
 '\n'
 'This an example of a script that can be published using\n'
 '[Pweave](http://mpastell.com/pweave). The script can be executed\n'
 'normally using Python or published to HTML with Pweave\n'
 'Text is written in markdown in lines starting with "`#\'` " and code\n'
 'is executed and results are included in the published document.\n'
 'The concept is similar to\n'
 'publishing documents with [MATLAB](http://mathworks.com) or using\n'
 'stitch with [Knitr](http://http://yihui.name/knitr/demo/stitch/).\n'
 '\n'
 '\n'
 '```python\n'
 'from pylab import *\n'
 'import scipy.signal as signal\n'
 '    \n'
 '#Plot frequency and phase response\n'
 'def mfreqz(b,a=1):\n'
 '    w,h = signal.freqz(b,a)\n'
 '    h_dB = 20 * log10 (abs(h))\n'
 '    subplot(211)\n'
 '    plot(w/max(w),h_dB)\n'
 '    ylim(-150, 5)\n'
 "    ylabel('Magnitude (db)')\n"
 "    xlabel(r'Normalized Frequency (x$\\pi$rad/sample)')\n"
 "    title(r'Frequency response')\n"
 '    subplot(212)\n'
 '    h_Phase = unwrap(arctan2(imag(h),real(h)))\n'
 '    plot(w/max(w),h_Phase)\n'
 "    ylabel('Phase (radians)')\n"
 "    xlabel(r'Normalized Frequency (x$\\pi$rad/sample)')\n"
 "    title(r'Phase response')\n"
 '    subplots_adjust(hspace=0.5)\n'
 '\n'
 '#Plot step and impulse response\n'
 'def impz(b,a=1):\n'
 '    l = len(b)\n'
 '    impulse = repeat(0.,l); impulse[0] =1.\n'
 '    x = arange(0,l)\n'
 '    response = signal.lfilter(b,a,impulse)\n'
 '    subplot(211)\n'
 '    stem(x, response)\n'
 "    ylabel('Amplitude')\n"
 "    xlabel(r'n (samples)')\n"
 "    title(r'Impulse response')\n"
 '    subplot(212)\n'
 '    step = cumsum(response)\n'
 '    stem(x, step)\n'
 "    ylabel('Amplitude')\n"
 "    xlabel(r'n (samples)')\n"
 "    title(r'Step response')\n"
 '    subplots_adjust(hspace=0.5)\n'
 '```\n'
 '\n'
 '\n'
 '\n'
 '## Lowpass FIR filter\n'
 '\n'
 'Designing a lowpass FIR filter is very simple to do with SciPy, all you\n'
 'need to do is to define the window length, cut off frequency and the\n'
 'window.\n'
 '\n'
 'The Hamming window is defined as:\n'
 '$w(n) = \\alpha - \\beta\\cos\\frac{2\\pi n}{N-1}$, where $\\alpha=0.54$ and '
 '$\\beta=0.46$ \n'
 '\n'
 'The next code chunk is executed in term mode, see the [Python '
 'script](FIR_design.py) for syntax.\n'
 'Notice also that Pweave can now catch multiple figures/code chunk.\n'
 '\n'
 '\n'
 '\n'
 '![Bandpass FIR filter.](figures/simple_figure2_1.png)\n'
 '\n')
firstlines = ['% FIR filter design with Python and SciPy\n',
 '% Matti Pastell\n',
 '% 15th April 2013\n',
 '\n',
 '# Introduction\n',
 '\n',
 'This an example of a script that can be published using\n',
 '[Pweave](http://mpastell.com/pweave). The script can be executed\n',
 'normally using Python or published to HTML with Pweave\n',
 'Text is written in markdown in lines starting with "`#\'` " and code\n',
 'is executed and results are included in the published document.\n',
 'The concept is similar to\n',
 'publishing documents with [MATLAB](http://mathworks.com) or using\n',
 'stitch with [Knitr](http://http://yihui.name/knitr/demo/stitch/).\n',
 '\n',
 '\n',
 '```python\n',
 'from pylab import *\n',
 'import scipy.signal as signal\n',
 '    \n',
 '#Plot frequency and phase response\n',
 'def mfreqz(b,a=1):\n',
 '    w,h = signal.freqz(b,a)\n',
 '    h_dB = 20 * log10 (abs(h))\n',
 '    subplot(211)\n',
 '    plot(w/max(w),h_dB)\n',
 '    ylim(-150, 5)\n',
 "    ylabel('Magnitude (db)')\n",
 "    xlabel(r'Normalized Frequency (x$\\pi$rad/sample)')\n",
 "    title(r'Frequency response')\n",
 '    subplot(212)\n',
 '    h_Phase = unwrap(arctan2(imag(h),real(h)))\n',
 '    plot(w/max(w),h_Phase)\n',
 "    ylabel('Phase (radians)')\n",
 "    xlabel(r'Normalized Frequency (x$\\pi$rad/sample)')\n",
 "    title(r'Phase response')\n",
 '    subplots_adjust(hspace=0.5)\n',
 '\n',
 '#Plot step and impulse response\n',
 'def impz(b,a=1):\n',
 '    l = len(b)\n',
 '    impulse = repeat(0.,l); impulse[0] =1.\n',
 '    x = arange(0,l)\n',
 '    response = signal.lfilter(b,a,impulse)\n',
 '    subplot(211)\n',
 '    stem(x, response)\n',
 "    ylabel('Amplitude')\n",
 "    xlabel(r'n (samples)')\n",
 "    title(r'Impulse response')\n",
 '    subplot(212)\n',
 '    step = cumsum(response)\n',
 '    stem(x, step)\n',
 "    ylabel('Amplitude')\n",
 "    xlabel(r'n (samples)')\n",
 "    title(r'Step response')\n",
 '    subplots_adjust(hspace=0.5)\n',
 '```\n',
 '\n',
 '\n',
 '\n',
 '## Lowpass FIR filter\n',
 '\n',
 'Designing a lowpass FIR filter is very simple to do with SciPy, all you\n',
 'need to do is to define the window length, cut off frequency and the\n',
 'window.\n',
 '\n',
 'The Hamming window is defined as:\n',
 '$w(n) = \\alpha - \\beta\\cos\\frac{2\\pi n}{N-1}$, where $\\alpha=0.54$ and '
 '$\\beta=0.46$ \n',
 '\n',
 'The next code chunk is executed in term mode, see the [Python '
 'script](FIR_design.py) for syntax.\n',
 'Notice also that Pweave can now catch multiple figures/code chunk.\n',
 '\n',
 '\n',
 '\n',
 '![Bandpass FIR filter.](figures/simple_figure2_1.png)\n',
 '\n']
msg        = None
second     = ('% FIR filter design with Python and SciPy\n'
 '% Matti Pastell\n'
 '% 15th April 2013\n'
 '\n'
 '# Introduction\n'
 '\n'
 'This an example of a script that can be published using\n'
 '[Pweave](http://mpastell.com/pweave). The script can be executed\n'
 'normally using Python or published to HTML with Pweave\n'
 'Text is written in markdown in lines starting with "`#\'` " and code\n'
 'is executed and results are included in the published document.\n'
 'The concept is similar to\n'
 'publishing documents with [MATLAB](http://mathworks.com) or using\n'
 'stitch with [Knitr](http://http://yihui.name/knitr/demo/stitch/).\n'
 '\n'
 '\n'
 '```python\n'
 'from pylab import *\n'
 'import scipy.signal as signal\n'
 '    \n'
 '#Plot frequency and phase response\n'
 'def mfreqz(b,a=1):\n'
 '    w,h = signal.freqz(b,a)\n'
 '    h_dB = 20 * log10 (abs(h))\n'
 '    subplot(211)\n'
 '    plot(w/max(w),h_dB)\n'
 '    ylim(-150, 5)\n'
 "    ylabel('Magnitude (db)')\n"
 "    xlabel(r'Normalized Frequency (x$\\pi$rad/sample)')\n"
 "    title(r'Frequency response')\n"
 '    subplot(212)\n'
 '    h_Phase = unwrap(arctan2(imag(h),real(h)))\n'
 '    plot(w/max(w),h_Phase)\n'
 "    ylabel('Phase (radians)')\n"
 "    xlabel(r'Normalized Frequency (x$\\pi$rad/sample)')\n"
 "    title(r'Phase response')\n"
 '    subplots_adjust(hspace=0.5)\n'
 '\n'
 '#Plot step and impulse response\n'
 'def impz(b,a=1):\n'
 '    l = len(b)\n'
 '    impulse = repeat(0.,l); impulse[0] =1.\n'
 '    x = arange(0,l)\n'
 '    response = signal.lfilter(b,a,impulse)\n'
 '    subplot(211)\n'
 '    stem(x, response)\n'
 "    ylabel('Amplitude')\n"
 "    xlabel(r'n (samples)')\n"
 "    title(r'Impulse response')\n"
 '    subplot(212)\n'
 '    step = cumsum(response)\n'
 '    stem(x, step)\n'
 "    ylabel('Amplitude')\n"
 "    xlabel(r'n (samples)')\n"
 "    title(r'Step response')\n"
 '    subplots_adjust(hspace=0.5)\n'
 '```\n'
 '\n'
 '\n'
 '\n'
 '## Lowpass FIR filter\n'
 '\n'
 'Designing a lowpass FIR filter is very simple to do with SciPy, all you\n'
 'need to do is to define the window length, cut off frequency and the\n'
 'window.\n'
 '\n'
 'The Hamming window is defined as:\n'
 '$w(n) = \\alpha - \\beta\\cos\\frac{2\\pi n}{N-1}$, where $\\alpha=0.54$ and '
 '$\\beta=0.46$ \n'
 '\n'
 'The next code chunk is executed in term mode, see the [Python '
 'script](FIR_design.py) for syntax.\n'
 'Notice also that Pweave can now catch multiple figures/code chunk.\n'
 '\n'
 '\n'
 '\n'
 '\n')
secondlines = ['% FIR filter design with Python and SciPy\n',
 '% Matti Pastell\n',
 '% 15th April 2013\n',
 '\n',
 '# Introduction\n',
 '\n',
 'This an example of a script that can be published using\n',
 '[Pweave](http://mpastell.com/pweave). The script can be executed\n',
 'normally using Python or published to HTML with Pweave\n',
 'Text is written in markdown in lines starting with "`#\'` " and code\n',
 'is executed and results are included in the published document.\n',
 'The concept is similar to\n',
 'publishing documents with [MATLAB](http://mathworks.com) or using\n',
 'stitch with [Knitr](http://http://yihui.name/knitr/demo/stitch/).\n',
 '\n',
 '\n',
 '```python\n',
 'from pylab import *\n',
 'import scipy.signal as signal\n',
 '    \n',
 '#Plot frequency and phase response\n',
 'def mfreqz(b,a=1):\n',
 '    w,h = signal.freqz(b,a)\n',
 '    h_dB = 20 * log10 (abs(h))\n',
 '    subplot(211)\n',
 '    plot(w/max(w),h_dB)\n',
 '    ylim(-150, 5)\n',
 "    ylabel('Magnitude (db)')\n",
 "    xlabel(r'Normalized Frequency (x$\\pi$rad/sample)')\n",
 "    title(r'Frequency response')\n",
 '    subplot(212)\n',
 '    h_Phase = unwrap(arctan2(imag(h),real(h)))\n',
 '    plot(w/max(w),h_Phase)\n',
 "    ylabel('Phase (radians)')\n",
 "    xlabel(r'Normalized Frequency (x$\\pi$rad/sample)')\n",
 "    title(r'Phase response')\n",
 '    subplots_adjust(hspace=0.5)\n',
 '\n',
 '#Plot step and impulse response\n',
 'def impz(b,a=1):\n',
 '    l = len(b)\n',
 '    impulse = repeat(0.,l); impulse[0] =1.\n',
 '    x = arange(0,l)\n',
 '    response = signal.lfilter(b,a,impulse)\n',
 '    subplot(211)\n',
 '    stem(x, response)\n',
 "    ylabel('Amplitude')\n",
 "    xlabel(r'n (samples)')\n",
 "    title(r'Impulse response')\n",
 '    subplot(212)\n',
 '    step = cumsum(response)\n',
 '    stem(x, step)\n',
 "    ylabel('Amplitude')\n",
 "    xlabel(r'n (samples)')\n",
 "    title(r'Step response')\n",
 '    subplots_adjust(hspace=0.5)\n',
 '```\n',
 '\n',
 '\n',
 '\n',
 '## Lowpass FIR filter\n',
 '\n',
 'Designing a lowpass FIR filter is very simple to do with SciPy, all you\n',
 'need to do is to define the window length, cut off frequency and the\n',
 'window.\n',
 '\n',
 'The Hamming window is defined as:\n',
 '$w(n) = \\alpha - \\beta\\cos\\frac{2\\pi n}{N-1}$, where $\\alpha=0.54$ and '
 '$\\beta=0.46$ \n',
 '\n',
 'The next code chunk is executed in term mode, see the [Python '
 'script](FIR_design.py) for syntax.\n',
 'Notice also that Pweave can now catch multiple figures/code chunk.\n',
 '\n',
 '\n',
 '\n',
 '\n']
self       = <tests.test_pweave.WeaveTest testMethod=testSimple>
standardMsg = ("'% FI[2184 chars]n\\n\\n![Bandpass FIR "
 "filter.](figures/simple_figure2_1.png)\\n\\n' != '% FI[2184 "
 "chars]n\\n\\n\\n'\n"
 'Diff is 2293 characters long. Set self.maxDiff to None to see it.')

/usr/lib/python3.8/unittest/case.py:1292: 
_ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ 

self = <tests.test_pweave.WeaveTest testMethod=testSimple>
msg = "'% FI[2184 chars]n\\n\\n![Bandpass FIR filter.](figures/simple_figure2_1.png)\\n\\n' != '% FI[2184 chars]n\\n\\n\\n'\nDiff is 2293 characters long. Set self.maxDiff to None to see it."

    def fail(self, msg=None):
        """Fail immediately, with the given message."""
>       raise self.failureException(msg)
E       AssertionError: '% FI[2184 chars]n\n\n![Bandpass FIR filter.](figures/simple_figure2_1.png)\n\n' != '% FI[2184 chars]n\n\n\n'
E       Diff is 2293 characters long. Set self.maxDiff to None to see it.

msg        = ("'% FI[2184 chars]n\\n\\n![Bandpass FIR "
 "filter.](figures/simple_figure2_1.png)\\n\\n' != '% FI[2184 "
 "chars]n\\n\\n\\n'\n"
 'Diff is 2293 characters long. Set self.maxDiff to None to see it.')
self       = <tests.test_pweave.WeaveTest testMethod=testSimple>

/usr/lib/python3.8/unittest/case.py:753: AssertionError

During handling of the above exception, another exception occurred:

self = <tests.test_pweave.WeaveTest testMethod=testSimple>

    def testMethod(self):
        self.TESTDIR = os.path.join('weave', doctype)
        infile = self.absPathTo(filename + 'w')
        self.setNewOutfile(filename)
    
        pweave.weave(infile, doctype=doctype,
            output=self.absPathTo(filename),
            **kwargs)
    
        basename, _, ext = filename.rpartition('.')
        self.REFERENCE = self.absPathTo(basename + '_REF.' + ext)
>       self.assertSameAsReference()

_          = '.'
basename   = 'simple'
doctype    = 'pandoc'
ext        = 'md'
filename   = 'simple.md'
infile     = '/var/tmp/portage/dev-python/pweave-0.30.3-r1/work/Pweave-0.30.3/tests/weave/pandoc/simple.mdw'
kwargs     = {}
self       = <tests.test_pweave.WeaveTest testMethod=testSimple>

tests/test_pweave.py:31: 
_ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ 

self = <tests.test_pweave.WeaveTest testMethod=testSimple>, reference = None

    def assertSameAsReference(self, reference=None):
        try:
            self.assertEqual(self.contentOf(reference if reference is not None else self.REFERENCE),
                             self.contentOf(self.OUTFILE))
        except AssertionError:
>           raise AssertionError("{ref} and {out} differs\ntry:\n$ vimdiff {ref} {out}".format(
                                 ref=self.absPathTo(self.REFERENCE),
                                 out=self.absPathTo(self.OUTFILE)))
E           AssertionError: /var/tmp/portage/dev-python/pweave-0.30.3-r1/work/Pweave-0.30.3/tests/weave/pandoc/simple_REF.md and /var/tmp/portage/dev-python/pweave-0.30.3-r1/work/Pweave-0.30.3/tests/weave/pandoc/simple.md differs
E           try:
E           $ vimdiff /var/tmp/portage/dev-python/pweave-0.30.3-r1/work/Pweave-0.30.3/tests/weave/pandoc/simple_REF.md /var/tmp/portage/dev-python/pweave-0.30.3-r1/work/Pweave-0.30.3/tests/weave/pandoc/simple.md

reference  = None
self       = <tests.test_pweave.WeaveTest testMethod=testSimple>

tests/_frameworkForTests.py:37: AssertionError
----------------------------- Captured stdout call -----------------------------
status
Processing chunk 1 named None from line 56
Processing chunk 2 named None from line 76
Weaved /var/tmp/portage/dev-python/pweave-0.30.3-r1/work/Pweave-0.30.3/tests/weave/pandoc/simple.mdw to /var/tmp/portage/dev-python/pweave-0.30.3-r1/work/Pweave-0.30.3/tests/weave/pandoc/simple.md
=============================== warnings summary ===============================
pweave/__init__.py:47
  /var/tmp/portage/dev-python/pweave-0.30.3-r1/work/Pweave-0.30.3/pweave/__init__.py:47: SyntaxWarning: "is not" with a literal. Did you mean "!="?
    assert file != "" is not None, "No input specified"

pweave/readers.py:362
  /var/tmp/portage/dev-python/pweave-0.30.3-r1/work/Pweave-0.30.3/pweave/readers.py:362: DeprecationWarning: invalid escape sequence \.
    self.basename = re.split("\.+[^\.]+$", file)[0] + "_converted"

pweave/readers.py:364
  /var/tmp/portage/dev-python/pweave-0.30.3-r1/work/Pweave-0.30.3/pweave/readers.py:364: DeprecationWarning: invalid escape sequence \.
    self.basename = re.split("\.+[^\.]+$", file)[0]

pweave/readers.py:422
  /var/tmp/portage/dev-python/pweave-0.30.3-r1/work/Pweave-0.30.3/pweave/readers.py:422: DeprecationWarning: invalid escape sequence \.
    self.basename = re.split("\.+[^\.]+$", file)[0] + "_converted"

pweave/readers.py:424
  /var/tmp/portage/dev-python/pweave-0.30.3-r1/work/Pweave-0.30.3/pweave/readers.py:424: DeprecationWarning: invalid escape sequence \.
    self.basename = re.split("\.+[^\.]+$", file)[0]

pweave/formatters/tex.py:14
  /var/tmp/portage/dev-python/pweave-0.30.3-r1/work/Pweave-0.30.3/pweave/formatters/tex.py:14: DeprecationWarning: invalid escape sequence \e
    codeend='\end{verbatim}\n',

pweave/formatters/tex.py:16
  /var/tmp/portage/dev-python/pweave-0.30.3-r1/work/Pweave-0.30.3/pweave/formatters/tex.py:16: DeprecationWarning: invalid escape sequence \e
    outputend='\end{verbatim}\n',

pweave/formatters/tex.py:41
  /var/tmp/portage/dev-python/pweave-0.30.3-r1/work/Pweave-0.30.3/pweave/formatters/tex.py:41: DeprecationWarning: invalid escape sequence \l
    result += "\label{fig:%s}\n" % chunk['name']

pweave/formatters/tex.py:57
  /var/tmp/portage/dev-python/pweave-0.30.3-r1/work/Pweave-0.30.3/pweave/formatters/tex.py:57: DeprecationWarning: invalid escape sequence \e
    codeend='\end{minted}\n',

pweave/formatters/tex.py:59
  /var/tmp/portage/dev-python/pweave-0.30.3-r1/work/Pweave-0.30.3/pweave/formatters/tex.py:59: DeprecationWarning: invalid escape sequence \e
    outputend='\end{minted}\n',

pweave/formatters/tex.py:61
  /var/tmp/portage/dev-python/pweave-0.30.3-r1/work/Pweave-0.30.3/pweave/formatters/tex.py:61: DeprecationWarning: invalid escape sequence \e
    termend='\end{minted}\n',

pweave/formatters/tex.py:97
  /var/tmp/portage/dev-python/pweave-0.30.3-r1/work/Pweave-0.30.3/pweave/formatters/tex.py:97: DeprecationWarning: invalid escape sequence \s
    LatexFormatter(verboptions="frame=single,fontsize=\small, xleftmargin=0.5em"))

pweave/formatters/tex.py:107
  /var/tmp/portage/dev-python/pweave-0.30.3-r1/work/Pweave-0.30.3/pweave/formatters/tex.py:107: DeprecationWarning: invalid escape sequence \e
    codeend='\end{pweavecode}\n',

pweave/formatters/tex.py:109
  /var/tmp/portage/dev-python/pweave-0.30.3-r1/work/Pweave-0.30.3/pweave/formatters/tex.py:109: DeprecationWarning: invalid escape sequence \e
    outputend='\end{pweaveout}\n',

pweave/formatters/tex.py:111
  /var/tmp/portage/dev-python/pweave-0.30.3-r1/work/Pweave-0.30.3/pweave/formatters/tex.py:111: DeprecationWarning: invalid escape sequence \e
    termend='\end{pweaveterm}\n',

pweave/formatters/base.py:297
  /var/tmp/portage/dev-python/pweave-0.30.3-r1/work/Pweave-0.30.3/pweave/formatters/base.py:297: DeprecationWarning: invalid escape sequence \/
    return "".join(i for i in fname if i not in "\/:*?<>|")

../../../../../../../usr/lib/python3.8/site-packages/nbconvert/exporters/html.py:100
  /usr/lib/python3.8/site-packages/nbconvert/exporters/html.py:100: DeprecationWarning: 'contextfilter' is renamed to 'pass_context', the old name will be removed in Jinja 3.1.
    def markdown2html(self, context, source):

pweave/formatters/publish.py:180
  /var/tmp/portage/dev-python/pweave-0.30.3-r1/work/Pweave-0.30.3/pweave/formatters/publish.py:180: DeprecationWarning: invalid escape sequence \p
    self.header = ("""\\documentclass[a4paper,11pt,final]{article}

pweave/formatters/publish.py:246
  /var/tmp/portage/dev-python/pweave-0.30.3-r1/work/Pweave-0.30.3/pweave/formatters/publish.py:246: DeprecationWarning: invalid escape sequence \m
    self.subheader += "\maketitle\n"

pweave/processors/base.py:237
  /var/tmp/portage/dev-python/pweave-0.30.3-r1/work/Pweave-0.30.3/pweave/processors/base.py:237: DeprecationWarning: invalid escape sequence \w
    splitted = re.split('(<%[\w\s\W]*?%>)', content)  # , flags = re.S)

pweave/processors/base.py:264
  /var/tmp/portage/dev-python/pweave-0.30.3-r1/work/Pweave-0.30.3/pweave/processors/base.py:264: DeprecationWarning: invalid escape sequence \w
    splitted = re.split('<%[\w\s\W]*?%>', chunk['content'])

../../../../../../../usr/lib/python3.8/site-packages/IPython/core/inputsplitter.py:21
  /usr/lib/python3.8/site-packages/IPython/core/inputsplitter.py:21: DeprecationWarning: IPython.core.inputsplitter is deprecated since IPython 7 in favor of `IPython.core.inputtransformer2`
    warn('IPython.core.inputsplitter is deprecated since IPython 7 in favor of `IPython.core.inputtransformer2`',

tests/test_cache.py::test_cache
  /var/tmp/portage/dev-python/pweave-0.30.3-r1/work/Pweave-0.30.3/pweave/themes/bootstrap.py:1: DeprecationWarning: invalid escape sequence \e
    css = u"""/*!

tests/test_cache.py::test_cache
  /var/tmp/portage/dev-python/pweave-0.30.3-r1/work/Pweave-0.30.3/pweave/themes/cerulean.py:2: DeprecationWarning: invalid escape sequence \e
    css = u"""

tests/test_cache.py::test_cache
  /var/tmp/portage/dev-python/pweave-0.30.3-r1/work/Pweave-0.30.3/pweave/themes/journal.py:1: DeprecationWarning: invalid escape sequence \e
    css = u"""

tests/test_cache.py::test_cache
  /usr/lib/python3.8/site-packages/ipyparallel/client/view.py:8: DeprecationWarning: the imp module is deprecated in favour of importlib; see the module's documentation for alternative uses
    import imp

tests/test_cache.py::test_cache
tests/test_cache.py::test_cache
tests/test_pweave.py::WeaveTest::testClassInMultipleChunksUsingContinueOption
tests/test_pweave.py::WeaveTest::testFIR_FilterExampleTex
tests/test_pweave.py::WeaveTest::testInlineCode
tests/test_pweave.py::WeaveTest::testSimple
tests/test_pweave.py::WeaveTest::testWrapAndCodeOutput
tests/test_readers.py::test_markdown
  /var/tmp/portage/dev-python/pweave-0.30.3-r1/work/Pweave-0.30.3/pweave/processors/jupyter.py:34: ResourceWarning: unclosed file <_io.TextIOWrapper name='/dev/null' mode='w' encoding='UTF-8'>
    km.start_kernel(cwd=path, stderr=open(os.devnull, 'w'))

tests/test_cache.py: 5 warnings
tests/test_pweave.py: 15 warnings
tests/test_readers.py: 1 warning
  /usr/lib/python3.8/site-packages/jupyter_client/session.py:809: DeprecationWarning: Accessing zmq Socket attribute recv_multipart on BackgroundSocket
    msg_list = socket.recv_multipart(mode, copy=copy)

tests/test_cache.py: 5 warnings
tests/test_pweave.py: 12 warnings
tests/test_readers.py: 1 warning
  /usr/lib/python3.8/site-packages/ipykernel/ipkernel.py:283: DeprecationWarning: `should_run_async` will not call `transform_cell` automatically in the future. Please pass the result to `transformed_cell` argument and any exception that happen during thetransform in `preprocessing_exc_tuple` in IPython 7.17 and above.
    and should_run_async(code)

tests/test_cache.py::test_cache
  /var/tmp/portage/dev-python/pweave-0.30.3-r1/work/Pweave-0.30.3/pweave/formatters/markdownmath.py:12: DeprecationWarning: invalid escape sequence \[
    node.text = markdown.util.AtomicString("\[" + m.group(3) + "\]")

tests/test_cache.py::test_cache
  /var/tmp/portage/dev-python/pweave-0.30.3-r1/work/Pweave-0.30.3/pweave/formatters/markdownmath.py:12: DeprecationWarning: invalid escape sequence \]
    node.text = markdown.util.AtomicString("\[" + m.group(3) + "\]")

tests/test_cache.py::test_cache
  /var/tmp/portage/dev-python/pweave-0.30.3-r1/work/Pweave-0.30.3/pweave/formatters/markdownmath.py:14: DeprecationWarning: invalid escape sequence \(
    node.text = markdown.util.AtomicString("\(" + m.group(3) + "\)")

tests/test_cache.py::test_cache
  /var/tmp/portage/dev-python/pweave-0.30.3-r1/work/Pweave-0.30.3/pweave/formatters/markdownmath.py:14: DeprecationWarning: invalid escape sequence \)
    node.text = markdown.util.AtomicString("\(" + m.group(3) + "\)")

tests/test_cache.py::test_cache
  /var/tmp/portage/dev-python/pweave-0.30.3-r1/work/Pweave-0.30.3/pweave/formatters/markdownmath.py:21: DeprecationWarning: Using the add method to register a processor or pattern is deprecated. Use the `register` method instead.
    md.inlinePatterns.add('math', MathPattern(), '<escape')

tests/test_cache.py::test_cache
  /usr/lib/python3.8/site-packages/markdown/core.py:125: DeprecationWarning: The 'md_globals' parameter of 'pweave.formatters.markdownmath.MathExtension.extendMarkdown' is deprecated.
    ext._extendMarkdown(self)

tests/test_cache.py::test_cache
  /usr/lib/python3.8/site-packages/nbconvert/filters/ansi.py:60: DeprecationWarning: 'jinja2.escape' is deprecated and will be removed in Jinja 3.1. Import 'markupsafe.escape' instead.
    text = jinja2.utils.escape(text)

tests/test_cache.py::test_cache
  /var/tmp/portage/dev-python/pweave-0.30.3-r1/work/Pweave-0.30.3/tests/test_cache.py:9: ResourceWarning: unclosed file <_io.TextIOWrapper name='tests/processors/processor_cache_ref.md' mode='r' encoding='UTF-8'>
    assertSameContent("tests/processors/processor_test.md", "tests/processors/processor_cache_ref.md")

tests/test_cache.py::test_cache
  /var/tmp/portage/dev-python/pweave-0.30.3-r1/work/Pweave-0.30.3/tests/test_cache.py:9: ResourceWarning: unclosed file <_io.TextIOWrapper name='tests/processors/processor_test.md' mode='r' encoding='UTF-8'>
    assertSameContent("tests/processors/processor_test.md", "tests/processors/processor_cache_ref.md")

tests/test_readers.py::test_markdown
  /var/tmp/portage/dev-python/pweave-0.30.3-r1/work/Pweave-0.30.3/tests/test_readers.py:6: ResourceWarning: unclosed file <_io.TextIOWrapper name='tests/readers/markdown_reader_ref.md' mode='r' encoding='UTF-8'>
    assertSameContent("tests/readers/markdown_reader.md", "tests/readers/markdown_reader_ref.md")

tests/test_readers.py::test_markdown
  /var/tmp/portage/dev-python/pweave-0.30.3-r1/work/Pweave-0.30.3/tests/test_readers.py:6: ResourceWarning: unclosed file <_io.TextIOWrapper name='tests/readers/markdown_reader.md' mode='r' encoding='UTF-8'>
    assertSameContent("tests/readers/markdown_reader.md", "tests/readers/markdown_reader_ref.md")

tests/test_readers.py::test_script
  /var/tmp/portage/dev-python/pweave-0.30.3-r1/work/Pweave-0.30.3/tests/test_readers.py:12: ResourceWarning: unclosed file <_io.TextIOWrapper name='tests/publish/publish_test_REF.py' mode='r' encoding='UTF-8'>
    assertSameContent("tests/publish/publish_test.py",

tests/test_readers.py::test_script
  /var/tmp/portage/dev-python/pweave-0.30.3-r1/work/Pweave-0.30.3/tests/test_readers.py:12: ResourceWarning: unclosed file <_io.TextIOWrapper name='tests/publish/publish_test.py' mode='r' encoding='UTF-8'>
    assertSameContent("tests/publish/publish_test.py",

-- Docs: https://docs.pytest.org/en/stable/warnings.html
=========================== short test summary info ============================
FAILED tests/test_pweave.py::WeaveTest::testClassInMultipleChunksUsingContinueOption
FAILED tests/test_pweave.py::WeaveTest::testFIR_FilterExampleTex - AssertionE...
FAILED tests/test_pweave.py::WeaveTest::testSimple - AssertionError: /var/tmp...
=================== 3 failed, 7 passed, 86 warnings in 5.26s ===================
 * ERROR: dev-python/pweave-0.30.3-r1::gentoo failed (test phase):
 *   pytest failed with python3.8
 * 
 * Call stack:
 *     ebuild.sh, line  127:  Called src_test
 *   environment, line 3067:  Called distutils-r1_src_test
 *   environment, line 1329:  Called _distutils-r1_run_foreach_impl 'python_test'
 *   environment, line  556:  Called python_foreach_impl 'distutils-r1_run_phase' 'python_test'
 *   environment, line 2709:  Called multibuild_foreach_variant '_python_multibuild_wrapper' 'distutils-r1_run_phase' 'python_test'
 *   environment, line 2169:  Called _multibuild_run '_python_multibuild_wrapper' 'distutils-r1_run_phase' 'python_test'
 *   environment, line 2167:  Called _python_multibuild_wrapper 'distutils-r1_run_phase' 'python_test'
 *   environment, line  885:  Called distutils-r1_run_phase 'python_test'
 *   environment, line 1268:  Called python_test
 *   environment, line 3008:  Called distutils-r1_python_test
 *   environment, line 1225:  Called epytest
 *   environment, line 1687:  Called die
 * The specific snippet of code:
 *       "${@}" || die -n "pytest failed with ${EPYTHON}";
 * 
 * If you need support, post the output of `emerge --info '=dev-python/pweave-0.30.3-r1::gentoo'`,
 * the complete build log and the output of `emerge -pqv '=dev-python/pweave-0.30.3-r1::gentoo'`.
 * The complete build log is located at '/var/log/emerge-log/build/dev-python/pweave-0.30.3-r1:20210708-122705.log'.
 * For convenience, a symlink to the build log is located at '/var/tmp/portage/dev-python/pweave-0.30.3-r1/temp/build.log'.
 * The ebuild environment file is located at '/var/tmp/portage/dev-python/pweave-0.30.3-r1/temp/environment'.
 * Working directory: '/var/tmp/portage/dev-python/pweave-0.30.3-r1/work/Pweave-0.30.3'
 * S: '/var/tmp/portage/dev-python/pweave-0.30.3-r1/work/Pweave-0.30.3'