timescaledb/sql/CMakeLists.txt
Joshua Lockerman 4ff6ac7b91 Initial Timescale-Licensed-Module and License-Key Implementation
This commit adds support for dynamically loaded submodules to timescaledb
as well an initial license-key implementation in the tsl subdirectory.
Dynamically loaded modules allow our users to determine which licenses they
wish to use for their version of timescaledb; if they wish to only use
Apache-Licensed code, they do not load the Timescale-Licensed submodule. Calls
from the Apache-Licensed code into the Timescale-Licensed submodule are
handled via dynamicaly-set function pointers; see tsl/src/Readme.module.md for
more details.

This commit also adds code for license keys for the ApacheOnly, Community, and
Enterprise editions. The license key determines which features are enabled,
and controls loading the submodule: when a license key that requires the
sub-module is installed, the module is automatically loaded.
Currently the ApacheOnly and Community license-keys are hardcoded to be
"ApacheOnly" and "Community" respectively. The first version of the enterprise
license-key is described in tsl/src/Readme.module.md
2019-01-02 15:43:48 -05:00

203 lines
6.8 KiB
CMake

# Set version in the NOTICE file
configure_file(notice.sql.in notice.sql)
set(INSTALL_FILE ${PROJECT_NAME}--${PROJECT_VERSION_MOD}.sql)
# Source files that define the schemas and tables for our metadata
set(PRE_INSTALL_SOURCE_FILES
pre_install/schemas.sql # Must be first
pre_install/tables.sql
pre_install/bgw_scheduler_startup.sql
)
# Things like aggregate functions cannot be REPLACEd and really
# need to be created just once(like PRE_INSTALL_SOURCE_FILES)
# but unlike PRE_INSTALL_SOURCE_FILES these have to be loaded
# after everything else is loaded.
set(IMMUTABLE_API_SOURCE_FILES
aggregates.sql
)
set(NOTICE_FILE
${CMAKE_CURRENT_BINARY_DIR}/notice.sql
)
# The rest of the source files defining mostly functions
set(SOURCE_FILES
hypertable.sql
chunk.sql
ddl_internal.sql
edition.sql
util_time.sql
util_internal_table_ddl.sql
chunk_constraint.sql
partitioning.sql
schema_info.sql
ddl_api.sql
ddl_triggers.sql
bookend.sql
time_bucket.sql
version.sql
size_utils.sql
histogram.sql
cache.sql
bgw_scheduler.sql
installation_metadata.sql
views.sql
)
# These files should be pre-pended to update scripts so that they are
# executed before anything else during updates
set(PRE_UPDATE_FILES
updates/pre-update.sql
)
# These files represent the modifications that happen in each version,
# excluding new objects or updates to functions. We use them to build
# a path (update script) from every historical version to the current
# version. Note that not all of these files may exist on disk, in case
# they would have no contents. There still needs to be an entry here
# to build an update script for that version. Thus, for every new
# release, an entry should be added here.
set(MOD_FILES
updates/0.1.0--0.2.0.sql
updates/0.2.0--0.3.0.sql
updates/0.3.0--0.4.0.sql
updates/0.4.0--0.4.1.sql
updates/0.4.1--0.4.2.sql
updates/0.4.2--0.5.0.sql
updates/0.5.0--0.6.0.sql
updates/0.6.0--0.6.1.sql
updates/0.6.1--0.7.0.sql
updates/0.7.0--0.7.1.sql
updates/0.7.1--0.8.0.sql
updates/0.8.0--0.9.0.sql
updates/0.9.0--0.9.1.sql
updates/0.9.1--0.9.2.sql
updates/0.9.2--0.10.0.sql
updates/0.10.0--0.10.1.sql
updates/0.10.1--0.11.0.sql
updates/0.11.0--0.12.0.sql
updates/0.12.0--0.12.1.sql
updates/0.12.1--1.0.0-rc1.sql
updates/1.0.0-rc1--1.0.0-rc2.sql
updates/1.0.0-rc2--1.0.0-rc3.sql
updates/1.0.0-rc3--1.0.0.sql
updates/1.0.0--1.0.1.sql
updates/1.0.1--1.1.0.sql
updates/1.1.0--1.1.1.sql
updates/1.1.1--1.2.0-dev.sql
)
set(MODULE_PATHNAME "$libdir/timescaledb-${PROJECT_VERSION_MOD}")
set(LOADER_PATHNAME "$libdir/timescaledb")
# Function to replace @MODULE_PATHNAME@ in source files, producing an
# output file in the build dir
function(version_files SRC_FILE_LIST OUTPUT_FILE_LIST)
set(result "")
foreach(unversioned_file ${SRC_FILE_LIST})
set(versioned_file ${unversioned_file})
list(APPEND result ${CMAKE_CURRENT_BINARY_DIR}/${versioned_file})
if (EXISTS ${CMAKE_CURRENT_SOURCE_DIR}/${unversioned_file})
configure_file(${unversioned_file} ${versioned_file} @ONLY)
endif ()
endforeach(unversioned_file)
set(${OUTPUT_FILE_LIST} "${result}" PARENT_SCOPE)
endfunction()
# Create versioned files (replacing MODULE_PATHNAME) in the build
# directory of all our source files
version_files("${PRE_UPDATE_FILES}" PRE_UPDATE_FILES_VERSIONED)
version_files("${PRE_INSTALL_SOURCE_FILES}" PRE_INSTALL_SOURCE_FILES_VERSIONED)
version_files("${IMMUTABLE_API_SOURCE_FILES}" IMMUTABLE_API_SOURCE_FILES_VERSIONED)
version_files("${SOURCE_FILES}" SOURCE_FILES_VERSIONED)
version_files("${MOD_FILES}" MOD_FILES_VERSIONED)
# Function to concatenate all files in SRC_FILE_LIST into file OUTPUT_FILE
function(cat_files SRC_FILE_LIST OUTPUT_FILE)
if (WIN32)
# Make list of files into string of files separated by "+"
# to make Windows copy concatenate them
file(TO_NATIVE_PATH "${SRC_FILE_LIST}" SRC_FILE_LIST_NATIVE)
string(REPLACE ";" ";+;" SQL_LIST_JOINED "${SRC_FILE_LIST_NATIVE}")
file(TO_NATIVE_PATH "${OUTPUT_FILE}" OUTPUT_FILE_NATIVE)
set(CAT_CMD copy /B /y ${SQL_LIST_JOINED} "\"${OUTPUT_FILE_NATIVE}\"" >NUL)
else ()
set(CAT_CMD cat ${SRC_FILE_LIST} > ${OUTPUT_FILE})
endif ()
add_custom_command(
OUTPUT ${OUTPUT_FILE}
DEPENDS ${SRC_FILE_LIST}
WORKING_DIRECTORY ${CMAKE_CURRENT_SOURCE_DIR}
COMMAND ${CAT_CMD}
COMMENT "Generating ${OUTPUT_FILE}"
)
endfunction()
# Generate the extension file used with CREATE EXTENSION
cat_files(
"${PRE_INSTALL_SOURCE_FILES_VERSIONED};${SOURCE_FILES_VERSIONED};${IMMUTABLE_API_SOURCE_FILES_VERSIONED};${NOTICE_FILE}"
${CMAKE_CURRENT_BINARY_DIR}/${INSTALL_FILE}
)
add_custom_target(sqlfile ALL DEPENDS ${CMAKE_CURRENT_BINARY_DIR}/${INSTALL_FILE})
# Generate the update files used with ALTER EXTENSION <name> UPDATE
set(MOD_FILE_REGEX "([0-9]+\\.[0-9]+\\.*[0-9]+[-a-z0-9]*)--([0-9]+\\.[0-9]+\\.*[0-9]+[-a-z0-9]*).sql")
# We'd like to process the updates in reverse (descending) order
set(MOD_FILES_LIST ${MOD_FILES_VERSIONED})
list(REVERSE MOD_FILES_LIST)
# Variable that will hold the list of update scripts from every
# previous version to the current version
set(UPDATE_SCRIPTS "")
# A list of current modfiles. We append to this list for every
# previous version that moves us further away from the current
# version, thus making the update path longer as we move back in
# history
set(CURR_MOD_FILES "")
# Now loop through the modfiles and generate the update files
foreach(transition_mod_file ${MOD_FILES_LIST})
if (NOT (${transition_mod_file} MATCHES ${MOD_FILE_REGEX}))
message(FATAL_ERROR "Cannot parse update file name ${mod_file}")
endif ()
set(START_VERSION ${CMAKE_MATCH_1})
set(END_VERSION ${CMAKE_MATCH_2})
set(PRE_FILES ${PRE_UPDATE_FILES_VERSIONED})
# Check for version-specific update code with fixes
if (EXISTS ${CMAKE_CURRENT_SOURCE_DIR}/updates/${START_VERSION}.sql)
version_files("updates/${START_VERSION}.sql" ORIGIN_MOD_FILE)
list(APPEND PRE_FILES ${ORIGIN_MOD_FILE})
endif ()
# There might not have been any changes in the modfile, in which
# case the modfile need not be present
if (EXISTS ${transition_mod_file})
# Prepend the modfile as we are moving through the versions in
# descending order
list(INSERT CURR_MOD_FILES 0 ${transition_mod_file})
endif ()
set(UPDATE_SCRIPT ${CMAKE_CURRENT_BINARY_DIR}/timescaledb--${START_VERSION}--${PROJECT_VERSION_MOD}.sql)
list(APPEND UPDATE_SCRIPTS ${UPDATE_SCRIPT})
if (CURR_MOD_FILES)
cat_files("${PRE_FILES};${CURR_MOD_FILES};${SOURCE_FILES_VERSIONED}" ${UPDATE_SCRIPT})
else ()
cat_files("${PRE_FILES};${SOURCE_FILES_VERSIONED}" ${UPDATE_SCRIPT})
endif ()
endforeach(transition_mod_file)
add_custom_target(sqlupdatescripts ALL DEPENDS ${UPDATE_SCRIPTS})
# Install target for the extension file and update scripts
install(
FILES ${CMAKE_CURRENT_BINARY_DIR}/${INSTALL_FILE}
${UPDATE_SCRIPTS}
DESTINATION "${PG_SHAREDIR}/extension")