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@ -2,141 +2,180 @@
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# License, v. 2.0. If a copy of the MPL was not distributed with this
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# file, You can obtain one at http://mozilla.org/MPL/2.0/.
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ifdef UNIVERSAL_BINARY
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# NOTE: The packager is not only used in calendar/lightning but should be
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# general enough to be able to repackage other sub-extensions like
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# calendar/providers/gdata. This means no lightning-specific files, no version
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# numbers directly from lightning and be careful with relative paths.
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# This packager can be used to repackage extensions. To use it, set the
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# following variables in your Makefile, then include this file.
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# XPI_NAME = lightning # The extension path name
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# XPI_PKGNAME = lightning-2.2.en-US.mac # The extension package name
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# XPI_VERSION = 2.2 # The extension version
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#
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# The following variables are optional:
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# XPI_NO_UNIVERSAL = 1 # If set, no universal path is used on mac
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include $(MOZILLA_SRCDIR)/toolkit/mozapps/installer/package-name.mk
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# Set the univeral path only if we are building a univeral binary and it was
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# not restricted by the calling makefile
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ifeq ($(UNIVERSAL_BINARY)|$(XPI_NO_UNIVERSAL),1|)
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UNIVERSAL_PATH=universal/
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else
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UNIVERSAL_PATH=
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endif
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_ABS_DIST := $(call core_abspath,$(DIST))
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ZIP_IN ?= $(_ABS_DIST)/$(UNIVERSAL_PATH)xpi-stage/$(XPI_NAME).xpi
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# This variable is to allow the wget-en-US target to know which ftp server to download from
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ifndef EN_US_BINARY_URL
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EN_US_BINARY_URL = $(error You must set EN_US_BINARY_URL)
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endif
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# Target Directory used for the l10n files
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L10N_TARGET = $(DIST)/$(UNIVERSAL_PATH)xpi-stage/$(XPI_NAME)-$(AB_CD)
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$(DIST)/$(UNIVERSAL_PATH)xpi-stage:
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XPI_STAGE_PATH = $(DIST)/$(UNIVERSAL_PATH)xpi-stage
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_ABS_XPI_STAGE_PATH = $(ABS_DIST)/$(UNIVERSAL_PATH)xpi-stage
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$(XPI_STAGE_PATH):
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mkdir -p $@
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wget-en-US: $(DIST)/$(UNIVERSAL_PATH)xpi-stage
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ifndef WGET
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$(error wget not installed)
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endif
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(cd $(DIST)/xpi-stage && $(WGET) -nv -N $(EN_US_BINARY_URL)/$(XPI_NAME).xpi)
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@echo "Downloaded $(EN_US_BINARY_URL)/$(PACKAGE) to $(ZIP_IN)"
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unpack: $(ZIP_IN)
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# We're unpacking directly into FINAL_TARGET, this keeps code to do manual
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# repacks cleaner.
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if test -d $(DIST)/$(UNIVERSAL_PATH)xpi-stage/$(XPI_NAME); then \
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$(RM) -r -v $(DIST)/$(UNIVERSAL_PATH)xpi-stage/$(XPI_NAME); \
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fi
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$(NSINSTALL) -D $(DIST)/$(UNIVERSAL_PATH)xpi-stage/$(XPI_NAME)
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cd $(DIST)/$(UNIVERSAL_PATH)/xpi-stage/$(XPI_NAME) && $(UNZIP) $(ZIP_IN)
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@echo done unpacking
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# Call this target to upload the localized lightning package.
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l10n-upload-%: AB_CD=$*
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l10n-upload-%:
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$(PYTHON) $(MOZILLA_SRCDIR)/build/upload.py --base-path $(DIST)/$(UNIVERSAL_PATH)xpi-stage/ "$(L10N_TARGET).xpi"
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# Call this target to trigger repackaging lightning for a specific language
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# Usage: make AB_CD=<language> repack-l10n
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repack-l10n: L10N_XPI_NAME=$(subst -en-US,,$(XPI_NAME)-$(AB_CD))
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repack-l10n: recreate-platformini repack-clobber libs-$(AB_CD) repack-process-extrafiles
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@echo "Finished repackaging $(XPI_NAME) locale for Language $(AB_CD)"
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# This target should not be called directly
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repack-clobber-all:
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@echo "Repackaging $(XPI_NAME) locale for Language $(AB_CD)"
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$(RM) -rf $(L10N_TARGET)
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cp -R $(DIST)/$(UNIVERSAL_PATH)xpi-stage/$(XPI_NAME) $(L10N_TARGET)
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# This target should not be called directly
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repack-clobber: repack-clobber-all
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grep -v 'locale \w\+ en-US' $(L10N_TARGET)/chrome.manifest > $(L10N_TARGET)/chrome.manifest~ && \
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mv $(L10N_TARGET)/chrome.manifest~ $(L10N_TARGET)/chrome.manifest
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ifeq ($(MOZ_CHROME_FILE_FORMAT),flat)
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$(RM) -rf $(L10N_TARGET)/chrome/lightning-en-US/
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$(RM) -rf $(L10N_TARGET)/chrome/calendar-en-US/
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else ifeq ($(MOZ_CHROME_FILE_FORMAT),jar)
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$(RM) -rf $(L10N_TARGET)/chrome/lightning-en-US.jar
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$(RM) -rf $(L10N_TARGET)/chrome/calendar-en-US.jar
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else
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@echo "ERROR: Unhandled chrome file format: $(MOZ_CHROME_FILE_FORMAT)"
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@exit 1
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endif
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# Target Directory used for the l10n files
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L10N_TARGET = $(XPI_STAGE_PATH)/$(XPI_NAME)-$(AB_CD)
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# Short name of the OS used in shipped-locales file. For now osx is the only
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# special case, so assume linux for everything else.
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ifeq (cocoa,$(MOZ_WIDGET_TOOLKIT))
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SHORTOS = osx
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else
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# For now, osx is the only special case. Therefore, we can just fallback to
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# detecting linux which should be the second argument.
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SHORTOS = linux
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endif
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# function oslocales(filename)
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oslocales = $(shell awk '{ if ($$2 == "" || $$2 == "$(SHORTOS)") { print $$1 } }' $1)
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# function apposlocales(app)
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apposlocales = $(call oslocales,$(topsrcdir)/$1/locales/$(if $(filter $(MOZ_UPDATE_CHANNEL),beta release),shipped-locales,all-locales))
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# function print_ltnconfig(section,configname)
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print_ltnconfig = $(shell $(PYTHON) $(MOZILLA_SRCDIR)/config/printconfigsetting.py $(XPI_STAGE_PATH)/$(XPI_NAME)/application.ini $1 $2)
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# Lightning uses Thunderbird's build machinery, so we need to hack the binary
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# url to use Lightning's directories.
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wget-en-US: FINAL_BINARY_URL = $(subst thunderbird,calendar/lightning,$(EN_US_BINARY_URL))
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wget-en-US: $(XPI_STAGE_PATH)
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wget-en-US: ZIP_IN ?= $(_ABS_XPI_STAGE_PATH)/$(XPI_PKGNAME).xpi
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wget-en-US:
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(cd $(XPI_STAGE_PATH) && $(WGET) -nv -N $(FINAL_BINARY_URL)/$(XPI_PKGNAME).xpi)
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@echo "Downloaded $(FINAL_BINARY_URL)/$(XPI_PKGNAME) to $(ZIP_IN)"
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# If this file is missing, its probably the release run where we can't
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# influence the download location. Fake it from the env vars we have
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ensure-stage-dir: $(if $(wildcard $(XPI_STAGE_PATH)/$(XPI_NAME)/),,wget-from-env)
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wget-from-env: BUILD_NR=$(shell echo $(POST_UPLOAD_CMD) | sed -n -e 's/.*-n \([0-9]*\).*/\1/p')
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wget-from-env: CANDIDATE_NR=$(XPI_VERSION)
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wget-from-env: EN_US_BINARY_URL=http://$(UPLOAD_HOST)/pub/mozilla.org/calendar/lightning/nightly/$(CANDIDATE_NR)-candidates/build$(BUILD_NR)/$(MOZ_PKG_PLATFORM)
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wget-from-env: XPI_PKGNAME:=$(subst .$(AB_CD).,.en-US.,$(XPI_PKGNAME))
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wget-from-env: ZIP_IN=$(_ABS_XPI_STAGE_PATH)/$(XPI_PKGNAME).xpi
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wget-from-env: wget-en-US unpack
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# We're unpacking directly into FINAL_TARGET, this keeps code to do manual
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# repacks cleaner.
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unpack: ZIP_IN ?= $(_ABS_XPI_STAGE_PATH)/$(XPI_PKGNAME).xpi
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unpack: $(ZIP_IN)
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if test -d $(XPI_STAGE_PATH)/$(XPI_NAME); then \
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$(RM) -r -v $(XPI_STAGE_PATH)/$(XPI_NAME); \
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fi
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$(NSINSTALL) -D $(XPI_STAGE_PATH)/$(XPI_NAME)
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cd $(XPI_STAGE_PATH)/$(XPI_NAME) && $(UNZIP) $(ZIP_IN)
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@echo done unpacking
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# Nothing to package for en-US, its just the usual english xpi
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langpack-en-US:
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@echo "Skipping $@ as en-US is the default"
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# Skip those locales in Thunderbird but not in Lightning. Use either
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# all-locales or shipped-locales, depending on if we are doing a
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# regular repack or a release repack
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CAL_LOCALES = $(call apposlocales,calendar)
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TB_LOCALES = $(call apposlocales,mail)
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TB_SKIP_LOCALES = $(filter-out $(CAL_LOCALES) en-US,$(TB_LOCALES))
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$(addprefix langpack-,$(TB_SKIP_LOCALES)) $(addprefix upload-,$(TB_SKIP_LOCALES)):
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@echo "Skipping $@ as it is not in Lightning's $(LOCALES_FILENAME)"
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# Calling these targets with prerequisites causes the libs and subsequent
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# targets to be switched in order due to some make voodoo. Therefore we call
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# the targets explicitly, which seems to work better.
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langpack-%: L10N_XPI_NAME=$(XPI_NAME)-$*
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langpack-%: L10N_XPI_PKGNAME=$(subst $(AB_CD),$*,$(XPI_PKGNAME))
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langpack-%: AB_CD=$*
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langpack-%: ensure-stage-dir
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$(MAKE) L10N_XPI_NAME=$(L10N_XPI_NAME) L10N_XPI_PKGNAME=$(L10N_XPI_PKGNAME) AB_CD=$(AB_CD) \
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recreate-platformini repack-stage repack-process-extrafiles libs-$(AB_CD)
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@echo "Done packaging $(L10N_XPI_PKGNAME).xpi"
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clobber-%: AB_CD=$*
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clobber-%:
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$(RM) -r $(L10N_TARGET)
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repackage-zip-%:
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@echo "Already repackaged zip for $* in langpack step"
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repack-stage: repack-stage-all
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grep -v 'locale \w\+ en-US' $(L10N_TARGET)/chrome.manifest > $(L10N_TARGET)/chrome.manifest~ && \
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mv $(L10N_TARGET)/chrome.manifest~ $(L10N_TARGET)/chrome.manifest
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find $(call core_abspath,$(L10N_TARGET)) -name '*en-US*' -print0 | xargs -0 rm -rf
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repack-stage-all: $(XPI_STAGE_PATH)/$(XPI_NAME)
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@echo "Repackaging $(XPI_PKGNAME) locale for Language $(AB_CD)"
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$(RM) -rf $(L10N_TARGET)
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cp -R $(XPI_STAGE_PATH)/$(XPI_NAME) $(L10N_TARGET)
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# Repack the existing lightning to contain all locales in lightning-all.xpi
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repack-l10n-all: AB_CD=all
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repack-l10n-all: L10N_XPI_NAME=lightning-all
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repack-l10n-all: repack-clobber-all $(addprefix libs-,$(shell awk '{ if ($$2 == "" || $$2 == "$(SHORTOS)") { print $$1 } }' $(topsrcdir)/calendar/locales/shipped-locales))
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.PHONY : repack-l10n-all
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# Helper target to align names better to targets from other locale Makefiles
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repack-l10n-%:
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$(MAKE) AB_CD=$* repack-l10n
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langpack-all: AB_CD=all
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langpack-all: L10N_XPI_NAME=$(XPI_NAME)-all
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langpack-all: L10N_XPI_PKGNAME=$(subst .$(AB_CD),,$(XPI_PKGNAME))
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langpack-all: recreate-platformini repack-stage-all $(addprefix libs-,$(call apposlocales,calendar))
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@echo "Done packaging"
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# Actual locale packaging targets. If L10N_XPI_NAME is set, then use it.
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# Otherwise keep the original XPI_NAME
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# Overriding the final target is a bit of a hack for universal builds
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# so that we can ensure we get the right xpi that gets repacked.
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# The ../ is added to dist because calendar/lightning/locales is at a different level
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# to this makefile.
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libs-%: FINAL_XPI_NAME=$(if $(L10N_XPI_NAME),$(L10N_XPI_NAME),$(XPI_NAME))
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libs-%: FINAL_XPI_PKGNAME=$(if $(L10N_XPI_PKGNAME),$(L10N_XPI_PKGNAME),$(XPI_PKGNAME))
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libs-%:
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$(MAKE) -C locales libs AB_CD=$* FINAL_TARGET=$(_ABS_DIST)/$(UNIVERSAL_PATH)xpi-stage/$(FINAL_XPI_NAME) XPI_NAME=$(FINAL_XPI_NAME) XPI_PKGNAME=$(FINAL_XPI_NAME) USE_EXTENSION_MANIFEST=1
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$(MAKE) -C ../locales libs AB_CD=$* FINAL_TARGET=$(_ABS_DIST)/$(UNIVERSAL_PATH)xpi-stage/$(FINAL_XPI_NAME) XPI_NAME=$(FINAL_XPI_NAME) XPI_PKGNAME=$(FINAL_XPI_NAME) USE_EXTENSION_MANIFEST=1
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$(MAKE) -C locales libs AB_CD=$* FINAL_TARGET=$(_ABS_DIST)/$(UNIVERSAL_PATH)xpi-stage/$(FINAL_XPI_NAME) \
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XPI_NAME=$(FINAL_XPI_NAME) XPI_PKGNAME=$(FINAL_XPI_PKGNAME) USE_EXTENSION_MANIFEST=1
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# For localized xpis, the install.rdf and lightning-l10n.js need to be
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# reprocessed with some defines from the locale.
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# For localized xpis, the install.rdf need to be reprocessed with some defines
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# from the locale.
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repack-process-extrafiles: LOCALE_BASEDIR=$(call EXPAND_LOCALE_SRCDIR,calendar/locales)
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repack-process-extrafiles:
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$(PYTHON) $(MOZILLA_SRCDIR)/config/Preprocessor.py $(XULAPP_DEFINES) $(DEFINES) $(ACDEFINES) $(XULPPFLAGS) -I $(LOCALE_BASEDIR)/defines.inc $(srcdir)/install.rdf > $(DIST)/$(UNIVERSAL_PATH)xpi-stage/$(L10N_XPI_NAME)/install.rdf
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$(PYTHON) $(MOZILLA_SRCDIR)/config/Preprocessor.py $(PREF_PPFLAGS) $(DEFINES) $(ACDEFINES) $(XULPPFLAGS) $(LOCALE_BASEDIR)/lightning-l10n.js > $(DIST)/$(UNIVERSAL_PATH)xpi-stage/$(L10N_XPI_NAME)/$(PREF_DIR)/lightning-l10n.js
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$(PYTHON) $(MOZILLA_SRCDIR)/config/Preprocessor.py \
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$(XULAPP_DEFINES) $(DEFINES) $(ACDEFINES) $(XULPPFLAGS) \
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-I $(LOCALE_BASEDIR)/defines.inc \
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$(srcdir)/install.rdf > $(XPI_STAGE_PATH)/$(L10N_XPI_NAME)/install.rdf
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# When repackaging lightning from the builder, platform.ini is not yet created.i
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# When repackaging Lightning from the builder, platform.ini is not yet created.
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# Recreate it from the application.ini bundled with the downloaded xpi.
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$(LIBXUL_DIST)/bin/platform.ini:
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echo "[Build]" >> $(LIBXUL_DIST)/bin/platform.ini
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echo -n "Milestone=" >> $(LIBXUL_DIST)/bin/platform.ini
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$(PYTHON) $(MOZILLA_SRCDIR)/config/printconfigsetting.py $(DIST)/$(UNIVERSAL_PATH)xpi-stage/$(XPI_NAME)/application.ini Gecko MaxVersion >> $(LIBXUL_DIST)/bin/platform.ini
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echo -n "SourceStamp=" >> $(LIBXUL_DIST)/bin/platform.ini
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$(PYTHON) $(MOZILLA_SRCDIR)/config/printconfigsetting.py $(DIST)/$(UNIVERSAL_PATH)xpi-stage/$(XPI_NAME)/application.ini Build SourceStamp >> $(LIBXUL_DIST)/bin/platform.ini
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echo -n "SourceRepository=" >> $(LIBXUL_DIST)/bin/platform.ini
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$(PYTHON) $(MOZILLA_SRCDIR)/config/printconfigsetting.py $(DIST)/$(UNIVERSAL_PATH)xpi-stage/$(XPI_NAME)/application.ini Build SourceRepository >> $(LIBXUL_DIST)/bin/platform.ini
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echo -n "BuildID=" >> $(LIBXUL_DIST)/bin/platform.ini
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$(PYTHON) $(MOZILLA_SRCDIR)/config/printconfigsetting.py $(DIST)/$(UNIVERSAL_PATH)xpi-stage/$(XPI_NAME)/application.ini App BuildID >> $(LIBXUL_DIST)/bin/platform.ini
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echo "Milestone=$(call print_ltnconfig,Gecko,MaxVersion)" >> $(LIBXUL_DIST)/bin/platform.ini
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echo "SourceStamp=$(call print_ltnconfig,Build,SourceStamp)" >> $(LIBXUL_DIST)/bin/platform.ini
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echo "SourceRepository=$(call print_ltnconfig,Build,SourceRepository)" >> $(LIBXUL_DIST)/bin/platform.ini
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echo "BuildID=$(call print_ltnconfig,App,BuildID)" >> $(LIBXUL_DIST)/bin/platform.ini
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recreate-platformini: $(LIBXUL_DIST)/bin/platform.ini
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stage_upload:
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$(NSINSTALL) -D $(DIST)/$(MOZ_PKG_PLATFORM)
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$(INSTALL) $(IFLAGS1) $(DIST)/$(UNIVERSAL_PATH)/xpi-stage/$(XPI_PKGNAME).xpi $(DIST)/$(MOZ_PKG_PLATFORM)
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$(INSTALL) $(IFLAGS1) $(DIST)/xpi-stage/$(GDATA_XPI_PKGNAME).xpi $(DIST)/$(MOZ_PKG_PLATFORM)
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# Lightning uses Thunderbird's build machinery, so we need to hack the post
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# upload command to use Lightning's directories.
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upload: POST_UPLOAD_CMD := $(subst thunderbird,calendar/lightning,$(POST_UPLOAD_CMD))
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upload: stage_upload
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POST_UPLOAD_CMD="$(POST_UPLOAD_CMD)" \
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# upload command to use Lightning's directories and version.
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upload: upload-$(AB_CD)
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upload-%: LTN_UPLOAD_CMD := $(patsubst $(THUNDERBIRD_VERSION)%,$(XPI_VERSION),$(subst thunderbird,calendar/lightning,$(POST_UPLOAD_CMD)))
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upload-%: stage_upload
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POST_UPLOAD_CMD="$(LTN_UPLOAD_CMD)" \
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$(PYTHON) $(MOZILLA_DIR)/build/upload.py --base-path $(DIST) \
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$(DIST)/$(MOZ_PKG_PLATFORM)/$(XPI_PKGNAME).xpi \
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$(DIST)/$(MOZ_PKG_PLATFORM)/$(GDATA_XPI_PKGNAME).xpi
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"$(DIST)/$(MOZ_PKG_PLATFORM)/$(XPI_PKGNAME).xpi"
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stage_upload:
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$(NSINSTALL) -D $(DIST)/$(MOZ_PKG_PLATFORM)
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$(call install_cmd,$(IFLAGS1) $(XPI_STAGE_PATH)/$(XPI_PKGNAME).xpi $(DIST)/$(MOZ_PKG_PLATFORM))
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Philipp Kewisch