ipxe building, ssl pki builds. untested with ssl-integrated iPXE though.
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c0048b1003
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59b8a87df2
@ -4,6 +4,8 @@ import prep
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import bchroot
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import build
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import datetime
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import bSSL
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import ipxe
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# we need to:
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# we also need to figure out how to implement "mentos" (old bdisk) like functionality, letting us reuse an existing chroot install if possible to save time for future builds.
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@ -27,4 +29,6 @@ if __name__ == '__main__':
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build.displayStats(fulliso)
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if conf['build']['ipxe']:
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bSSL.sslPKI(conf)
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iso = ipxe.buildIPXE(conf)
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build.displayStats(iso)
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print('{0}: Finish.'.format(datetime.datetime.now()))
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@ -160,7 +160,7 @@ def genUEFI(build, bdisk):
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# This is more important than it looks.
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#sizetotal = 33553920 # The spec'd EFI binary size (32MB). It's okay to go over this though (and we do)
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# because xorriso sees it as a filesystem image and adjusts the ISO automagically.
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sizetotal = 786432 # we start with 768KB and add to it for wiggle room
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sizetotal = 2097152 # we start with 2MB and add to it for wiggle room
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sizefiles = ['/boot/' + bdisk['uxname'] + '.64.img',
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'/boot/' + bdisk['uxname'] + '.64.kern',
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'/EFI/boot/bootx64.efi',
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@ -366,6 +366,7 @@ def genISO(conf):
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# Get size of ISO
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iso = {}
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iso['name'] = ['Main']
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iso['Main'] = {}
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iso['Main']['sha'] = hashlib.sha256()
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with open(isopath, 'rb') as f:
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while True:
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@ -373,7 +374,7 @@ def genISO(conf):
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if not stream:
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break
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iso['Main']['sha'].update(stream)
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iso['Main']['sha'] = iso['sha'].hexdigest()
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iso['Main']['sha'] = iso['Main']['sha'].hexdigest()
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iso['Main']['file'] = isopath
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iso['Main']['size'] = humanize.naturalsize(os.path.getsize(isopath))
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iso['Main']['type'] = 'Full'
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@ -382,10 +383,10 @@ def genISO(conf):
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def displayStats(iso):
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for i in iso['name']:
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print("{0}:\n== {1} {2} ==".format(datetime.datetime.now(), iso[i]['type'], iso[i]['fmt']))
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print('Size: {0}'.format(iso[i]['size']))
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print('SHA256: {0}'.format(iso[i]['sha']))
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print('Location: {0}\n'.format(iso[i]['file']))
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print("{0}: == {1} {2} ==".format(datetime.datetime.now(), iso[i]['type'], iso[i]['fmt']))
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print('\t\t\t = Size: {0}'.format(iso[i]['size']))
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print('\t\t\t = SHA256: {0}'.format(iso[i]['sha']))
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print('\t\t\t = Location: {0}\n'.format(iso[i]['file']))
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def cleanUp():
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# TODO: clear out all of tempdir?
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123
bdisk/ipxe.py
123
bdisk/ipxe.py
@ -6,54 +6,32 @@ import jinja2
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import git
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import patch
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import datetime
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import bSSL
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import humanize
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import hashlib
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def sslIPXE(conf):
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try:
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ca = conf['ipxe']['ssl_ca']
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except:
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ca = None
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try:
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cakey = conf['ipxe']['ssl_cakey']
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except:
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cakey = None
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try:
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crt = conf['ipxe']['ssl_crt']
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except:
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crt = None
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try:
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key = conf['ipxe']['ssl_key']
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except:
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key = None
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# http://www.pyopenssl.org/en/stable/api/crypto.html#pkey-objects
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# http://docs.ganeti.org/ganeti/2.14/html/design-x509-ca.html
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if not cakey:
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cakey = bSSL.sslCAKey
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pass
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def buildIPXE(conf):
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build = conf['build']
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bdisk = conf['bdisk']
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ipxe = conf['ipxe']
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mini = ipxe['iso']
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usb = ipxe['usb']
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tempdir = conf['build']['tempdir']
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templates_dir = build['basedir'] + '/extra/templates'
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ipxe_tpl = templates_dir + '/iPXE'
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patches_dir = tempdir + '/patches'
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srcdir = build['srcdir']
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embedscript = tempdir + '/EMBED'
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embedscript = build['dlpath'] + '/EMBED'
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ipxe_src = srcdir + '/ipxe'
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img_path = build['isodir'] + '/'
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ipxe_usb = '{0}-{1}.usb.img'.format(bdisk['uxname'], bdisk['ver'])
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ipxe_mini = '{0}-{1}.mini.iso'.format(bdisk['uxname'], bdisk['ver'])
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usb_file = '{0}/{1}'.format(img_path, ipxe_usb)
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mini_file = '{0}/{1}'.format(img_path, ipxe_mini)
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mini_file = '{0}{1}'.format(img_path, ipxe_mini)
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ipxe_git_uri = 'git://git.ipxe.org/ipxe.git'
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patches_git_uri = 'https://github.com/eworm-de/ipxe.git'
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print('{0}: Building iPXE in {1}. Please wait...'.format(
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datetime.datetime.now(),
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ipxe_src))
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print('{0}: Preparing and fetching sources for iPXE. Please wait...'.format(
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datetime.datetime.now()))
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# Get the source and apply some cherrypicks
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if os.path.isdir(ipxe_src):
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shutil.rmtree(ipxe_src)
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@ -88,72 +66,91 @@ def buildIPXE(conf):
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# Feature enabling
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# In config/general.h
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with open('{0}/src/config/general.h'.format(ipxe_src), 'r') as f:
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generalconf = f.readlines()
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generalconf = f.read()
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# And in config/console.h
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with open('{0}/src/config/console.h'.format(ipxe_src), 'r') as f:
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consoleconf = f.readlines()
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gendict = {'^#undef(\s*NET_PROTO_IPV6)':'#define\g<1>', # enable IPv6
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'^#undef(\s*DOWNLOAD_PROTO_HTTPS)':'#define\g<1>', # enable HTTPS
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'^//(#define\s*IMAGE_TRUST_CMD)':'\g<1>', # moar HTTPS
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'^#undef(\s*DOWNLOAD_PROTO_FTP)':'#define\g<1>'} # FTP
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#'^//(#define\s*CONSOLE_CMD)':'\g<1>', # BROKEN in EFI? TODO. if enable, replace } with , above etc.
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#'^//(#define\s*IMAGE_PNG':'\g<1>'} # SAME, broken in EFI? TODO.
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consdict = {}#'^//(#define\s*CONSOLE_VESAFB)':'\g<1>'} # BROKEN in EFI? TODO.
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consoleconf = f.read()
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patterns = (('^#undef(\s*NET_PROTO_IPV6.*)$','#define\g<1>'), # enable IPv6
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('^#undef(\s*DOWNLOAD_PROTO_HTTPS)','#define\g<1>'), # enable HTTPS
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('^//(#define\s*IMAGE_TRUST_CMD)','\g<1>'), # moar HTTPS
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('^#undef(\s*DOWNLOAD_PROTO_FTP)','#define\g<1>')) # enable FTP
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#('^//(#define\s*CONSOLE_CMD)','\g<1>'), # BROKEN in EFI? TODO. if enable, replace } with , above etc.
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#('^//(#define\s*IMAGE_PNG','\g<1>'), # SAME, broken in EFI? TODO.
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#console = ('^//(#define\s*CONSOLE_VESAFB)','\g<1>') # BROKEN in EFI? TODO.
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# https://stackoverflow.com/a/4427835
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# https://emilics.com/notebook/enblog/p869.html
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sedlike = re.compile('|'.join(gendict.keys()))
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# The above methods don't seem to work. it craps out on the pattern matchings
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# so we use tuples instead.
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for x in patterns:
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generalconf = re.sub(x[0], x[1], generalconf, flags=re.MULTILINE)
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with open('{0}/src/config/general.h'.format(ipxe_src), 'w') as f:
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f.write(re.sub(lambda m: gendict[m.group(0)], generalconf))
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f.write(generalconf)
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# Uncomment when we want to test the above consdict etc.
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#sedlike = re.compile('|'.join(consdict.keys()))
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#for x in patterns:
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# generalconf = re.sub(x[0], x[1], generalconf, flags=re.MULTILINE)
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#with open('{0}/src/config/console.h'.format(ipxe_src), 'w') as f:
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# f.write(re.sub(lambda m: consdict[m.group(0)], consoleconf))
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# f.write(console)
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# Now we make!
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cwd = os.getcwd()
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os.chdir(ipxe_src + '/src')
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# TODO: split this into logic to only create the selected images.
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# Command to build the .efi file
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build_efi = ['/usr/bin/make',
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modenv = os.environ.copy()
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modenv['EMBED'] = embedscript
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#modenv['TRUST'] = ipxe_ssl_ca # TODO: test these
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#modenv['CERT'] = '{0},{1}'.format(ipxe_ssl_ca, ipxe_ssl_crt) # TODO: test these
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#modenv['PRIVKEY'] = ipxe_ssl_ckey # TODO: test these
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build_cmd = {}
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build_cmd['efi'] = ['/usr/bin/make',
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'bin-i386-efi/ipxe.efi',
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'bin-x86_64-efi/ipxe.efi',
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'EMBED="{0}"'.format(embedscript)
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#'TRUST="{0}"'.format(ipxe_ssl_ca), # finish work on ipxe SSL. make sure you throw a comma at the end above.
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#'CERT="{0},{1}"'.format(ipxe_ssl_ca, ipxe_ssl_crt), # finish work on ipxe SSL
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#'PRIVKEY="{0}"'.format(ipxe_ssl_ckey)
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]
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'bin-x86_64-efi/ipxe.efi']
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# Command to build the actual USB and Mini images
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build_boots = ['/usr/bin/make',
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'bin/ipxe.eiso',
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'bin/ipxe.usb',
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'EMBED="{0}"'.format(embedscript)
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#'TRUST="{0}"'.format(ipxe_ssl_ca), # finish work on ipxe SSL. make sure you throw a comma at the end above.
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#'CERT="{0},{1}"'.format(ipxe_ssl_ca, ipxe_ssl_crt), # finish work on ipxe SSL
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#'PRIVKEY="{0}"'.format(ipxe_ssl_ckey)
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]
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build_cmd['img'] = ['/usr/bin/make']
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# Now we call the commands.
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for n in ('build_efi', 'build_boots'):
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subprocess.call(n, stdout = DEVNULL, stderr = subprocess.STDOUT) # TODO: log the make output to a file?
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DEVNULL = open(os.devnull, 'w')
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if os.path.isfile(build['dlpath'] + '/ipxe.log'):
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os.remove(build['dlpath'] + '/ipxe.log')
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print(('{0}: Building iPXE in {1}. Please wait...\n\t\t\t You can view progress' +
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' via:\n\t\t\t tail -f {2}/ipxe.log').format(
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datetime.datetime.now(),
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ipxe_src,
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build['dlpath']))
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if mini and not usb:
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build_cmd['img'].insert(1, 'bin/ipxe.eiso')
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elif usb and not mini:
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build_cmd['img'].insert(1, 'bin/ipxe.usb')
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elif usb and mini:
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build_cmd['img'].insert(1, 'bin/ipxe.eiso')
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build_cmd['img'].insert(2, 'bin/ipxe.usb')
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with open('{0}/ipxe.log'.format(build['dlpath']), 'a') as f:
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subprocess.call(build_cmd['efi'], stdout = f, stderr = subprocess.STDOUT, env=modenv)
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subprocess.call(build_cmd['img'], stdout = f, stderr = subprocess.STDOUT, env=modenv)
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print('{0}: Built iPXE image(s) successfully.'.format(datetime.datetime.now()))
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os.chdir(cwd)
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# move the files to the results dir
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os.rename('{0}/src/bin/ipxe.usb'.format(ipxe_src), usb_file)
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os.rename('{0}/src/bin/ipxe.eiso'.format(ipxe_src), mini_file)
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# Get size etc. of build results
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iso = {}
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stream = {}
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iso['name'] = []
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for t in ('USB', 'Mini'): # TODO: do this programmatically based on config
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iso['name'].append(t)
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iso[t]['sha'] = hashlib.sha256()
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iso[t] = {}
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shasum = False
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shasum = hashlib.sha256()
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if t == 'USB':
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isopath = usb_file
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elif t == 'Mini':
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isopath = mini_file
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stream = False
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with open(isopath, 'rb') as f:
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while True:
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stream = f.read(65536) # 64kb chunks
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if not stream:
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break
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iso[t]['sha'].update(stream)
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iso[t]['sha'] = iso['sha'].hexdigest()
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shasum.update(stream)
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iso[t]['sha'] = shasum.hexdigest()
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iso[t]['file'] = isopath
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iso[t]['size'] = humanize.naturalsize(os.path.getsize(isopath))
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iso[t]['type'] = 'iPXE {0}'.format(t)
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@ -15,6 +15,8 @@
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-implement pyalpm to decreate dependency on chroot pacman-ing?
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--or even maybe https://wiki.archlinux.org/index.php/offline_installation_of_packages in pure python!
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-set up automatic exporting to PDF of the user manual server-side. https://pypi.python.org/pypi/unoconv/0.6
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-There *has* to be a better way of handling package installation in the chroots.
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-maybe remove lxde, firefox, chrome and replace with enlightenment/midori?
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## NETWORKING ##
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@ -220,7 +220,7 @@ isodir = ${dlpath}/iso
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; source code we download (if we need it).
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; 0.) No whitespace
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; 1.) Will be created if it doesn't exist, and is needed
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srcdir = ${basedir}/extrasrc
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srcdir = ${dlpath}/src
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; What directory should we use for staging?
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; 0.) No whitespace
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@ -44,7 +44,7 @@ pacman -Syy
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# Just in case.
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cleanPacorigs
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# Install some prereqs
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pacman -S sed
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pacman -S --noconfirm --needed sed
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pacman -S --noconfirm --needed base syslinux wget rsync unzip jshon sudo abs xmlto bc docbook-xsl git
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locale-gen
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# And get rid of files it wants to replace
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@ -69,7 +69,7 @@ cleanPacorigs
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# Install multilib-devel if we're in an x86_64 chroot.
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if $(egrep -q '^\[multilib' /etc/pacman.conf);
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then
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pacman --noconfirm -Rdd gcc gcc-libs libtool
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yes 'y' | pacman -S --needed gcc-multilib lib32-fakeroot lib32-libltdl
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pacman --noconfirm -S --needed multilib-devel
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cleanPacorigs
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TGT_ARCH='x86_64'
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