mirror of
https://github.com/harvard-edge/cs249r_book.git
synced 2026-05-06 01:28:35 -05:00
f24f1683da
- Wire up slides-preview-dev.yml to deploy via SSH (matching labs/kits pattern) - Add slides/ URL rewrite in book-preview-dev.yml for landing page links - Add pdf2pptx.py conversion script (pdftoppm + python-pptx, 300 DPI) - Update Makefile with pptx targets (per-chapter, per-volume, all) - Update slides-build-pdfs.yml and slides-publish-live.yml to build PPTX and include PDF+PPTX ZIP archives in GitHub releases - Fix all 44 overfull box warnings across 17 Vol1 Beamer decks - Update slides portal pages with direct per-deck PDF/PPTX download links, PPTX column in tables, and remove placeholder callouts - Update teaching.qmd with PPTX build instructions - Cross-link slides from instructors hub, getting-started, and both syllabi
305 lines
15 KiB
Makefile
305 lines
15 KiB
Makefile
# =============================================================================
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# slides/Makefile — Build ML Systems lecture slides
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# =============================================================================
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# Usage:
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# make ch01 Build Chapter 1 PDF
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# make all Build all chapters (PDF)
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# make pptx Build all PPTX from PDFs
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# make pptx-vol1 Build Vol1 PPTX only
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# make pptx-ch01 Build Chapter 1 PPTX only
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# make svgs Convert all SVGs to PDFs
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# make clean Remove build artifacts from source dirs
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#
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# Build outputs go to _build/vol{1,2}/ (source dirs stay clean).
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# PPTX outputs go to _build/vol{1,2}/ alongside PDFs.
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# SVG→PDF conversion happens automatically before LaTeX compilation.
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# =============================================================================
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SHELL := /bin/bash
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# Directories
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BUILD_DIR := _build
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VOL1_SRC := vol1
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VOL1_OUT := $(BUILD_DIR)/vol1
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VOL2_SRC := vol2
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VOL2_OUT := $(BUILD_DIR)/vol2
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SCRIPTS := scripts
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# All chapter directories (auto-detected)
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VOL1_CHAPTERS := $(sort $(notdir $(wildcard $(VOL1_SRC)/*_*)))
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VOL2_CHAPTERS := $(sort $(notdir $(wildcard $(VOL2_SRC)/*_*)))
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# LaTeX engine
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LATEX := xelatex
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LATEX_FLAGS := -interaction=nonstopmode -halt-on-error
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# SVG converter
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SVG2PDF := inkscape --export-type=pdf
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# PPTX converter
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PDF2PPTX := python3 $(SCRIPTS)/pdf2pptx.py
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PPTX_DPI := 300
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# =============================================================================
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# TARGETS
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# =============================================================================
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.PHONY: all clean svgs help pptx pptx-vol1 pptx-vol2
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help:
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@echo "Usage:"
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@echo " make ch01 Build Vol1 Chapter 1 (PDF)"
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@echo " make v2ch01 Build Vol2 Chapter 1 (PDF)"
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@echo " make vol1 Build all Vol1 chapters (PDF)"
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@echo " make vol2 Build all Vol2 chapters (PDF)"
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@echo " make all Build all chapters (PDF, both volumes)"
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@echo " make pptx Build all PPTX from PDFs (both volumes)"
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@echo " make pptx-vol1 Build Vol1 PPTX only"
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@echo " make pptx-vol2 Build Vol2 PPTX only"
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@echo " make pptx-ch01 Build Chapter 1 PPTX only"
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@echo " make check Build all + fail if overflows > 10pt"
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@echo " make svgs Convert all SVGs to PDFs"
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@echo " make clean Remove build artifacts from source dirs"
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@echo ""
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@echo "Volume I chapters:"
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@for ch in $(VOL1_CHAPTERS); do echo " $$ch"; done
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@echo ""
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@echo "Volume II chapters:"
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@for ch in $(VOL2_CHAPTERS); do echo " $$ch"; done
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vol1: svgs $(addprefix build-,$(VOL1_CHAPTERS))
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vol2: v2ch01 v2ch02 v2ch03 v2ch04 v2ch05 v2ch06 v2ch07 v2ch08 v2ch09 v2ch10 v2ch11 v2ch12 v2ch13 v2ch14 v2ch15 v2ch16 v2ch17
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all: vol1 vol2
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# =============================================================================
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# SVG → PDF conversion (run before any LaTeX build)
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# =============================================================================
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svgs:
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@echo "Converting SVGs to PDFs..."
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@find $(VOL1_SRC) $(VOL2_SRC) -name "*.svg" 2>/dev/null | while read svg; do \
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pdf="$${svg%.svg}.pdf"; \
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if [ ! -f "$$pdf" ] || [ "$$svg" -nt "$$pdf" ]; then \
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$(SVG2PDF) --export-filename="$$pdf" "$$svg" 2>/dev/null && echo " ✓ $$pdf" || echo " ✗ $$svg"; \
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fi; \
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done
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@echo "Done."
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# =============================================================================
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# Per-chapter build rules
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# =============================================================================
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# Generic build rule for any chapter
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build-%: svgs
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@mkdir -p $(VOL1_OUT)
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@ch_dir="$(VOL1_SRC)/$*"; \
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tex_file=$$(ls $$ch_dir/*.tex 2>/dev/null | head -1); \
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if [ -z "$$tex_file" ]; then \
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echo "No .tex file found in $$ch_dir"; exit 1; \
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fi; \
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tex_name=$$(basename $$tex_file .tex); \
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echo "Building $$tex_name..."; \
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cd $$ch_dir && \
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$(LATEX) $(LATEX_FLAGS) $$tex_name.tex > /dev/null 2>&1 && \
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$(LATEX) $(LATEX_FLAGS) $$tex_name.tex > /dev/null 2>&1 && \
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echo " ✓ $$tex_name.pdf (pass 2)" || \
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{ echo " ✗ Build failed. Check $$ch_dir/$$tex_name.log"; exit 1; }; \
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cd - > /dev/null; \
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cp $$ch_dir/$$tex_name.pdf $(VOL1_OUT)/$$tex_name.pdf; \
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echo " → $(VOL1_OUT)/$$tex_name.pdf"; \
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echo ""; \
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overfull=$$(grep -c "Overfull" $$ch_dir/$$tex_name.log 2>/dev/null || echo 0); \
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underfull=$$(grep -c "Underfull" $$ch_dir/$$tex_name.log 2>/dev/null || echo 0); \
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if [ "$$overfull" -gt 0 ]; then \
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echo " ⚠ $$overfull overfull boxes:"; \
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grep "Overfull" $$ch_dir/$$tex_name.log | sed 's/^/ /' | head -10; \
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echo ""; \
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fi; \
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if [ "$$overfull" -eq 0 ] && [ "$$underfull" -eq 0 ]; then \
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echo " ✓ No overflow warnings"; \
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fi; \
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cd $$ch_dir && rm -f *.aux *.nav *.out *.snm *.toc *.vrb *.fls *.fdb_latexmk *.synctex.gz $$tex_name.pdf && cd - > /dev/null; \
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if [ "$$overfull" -gt 5 ]; then \
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echo " ⛔ Too many overflows ($$overfull) — review slide content"; \
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fi
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# Convenience aliases: ch01, ch02, ..., ch16
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ch01: build-01_introduction
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ch02: build-02_ml_systems
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ch03: build-03_ml_workflow
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ch04: build-04_data_engineering
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ch05: build-05_nn_computation
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ch06: build-06_nn_architectures
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ch07: build-07_frameworks
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ch08: build-08_training
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ch09: build-09_data_selection
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ch10: build-10_model_compression
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ch11: build-11_hw_acceleration
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ch12: build-12_benchmarking
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ch13: build-13_model_serving
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ch14: build-14_ml_ops
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ch15: build-15_responsible_engr
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ch16: build-16_conclusion
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# =============================================================================
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# Volume II: Per-chapter build rules
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# =============================================================================
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# Helper function for building any chapter from any volume source dir
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# Usage: $(call build-chapter,SOURCE_DIR,OUTPUT_DIR,CHAPTER_DIR)
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define build-chapter-impl
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@mkdir -p $(2)
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@ch_dir="$(1)/$(3)"; \
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tex_file=$$(ls $$ch_dir/*.tex 2>/dev/null | head -1); \
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if [ -z "$$tex_file" ]; then \
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echo "No .tex file found in $$ch_dir"; exit 1; \
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fi; \
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tex_name=$$(basename $$tex_file .tex); \
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echo "Building $$tex_name..."; \
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cd $$ch_dir && \
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$(LATEX) $(LATEX_FLAGS) $$tex_name.tex > /dev/null 2>&1 && \
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$(LATEX) $(LATEX_FLAGS) $$tex_name.tex > /dev/null 2>&1 && \
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echo " ✓ $$tex_name.pdf (pass 2)" || \
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{ echo " ✗ Build failed. Check $$ch_dir/$$tex_name.log"; exit 1; }; \
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cd - > /dev/null; \
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cp $$ch_dir/$$tex_name.pdf $(2)/$$tex_name.pdf; \
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echo " → $(2)/$$tex_name.pdf"; \
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echo ""; \
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overfull=$$(grep -c "Overfull" $$ch_dir/$$tex_name.log 2>/dev/null || echo 0); \
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underfull=$$(grep -c "Underfull" $$ch_dir/$$tex_name.log 2>/dev/null || echo 0); \
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if [ "$$overfull" -gt 0 ]; then \
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echo " ⚠ $$overfull overfull boxes:"; \
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grep "Overfull" $$ch_dir/$$tex_name.log | sed 's/^/ /' | head -10; \
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echo ""; \
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fi; \
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if [ "$$overfull" -eq 0 ] && [ "$$underfull" -eq 0 ]; then \
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echo " ✓ No overflow warnings"; \
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fi; \
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cd $$ch_dir && rm -f *.aux *.nav *.out *.snm *.toc *.vrb *.fls *.fdb_latexmk *.synctex.gz $$tex_name.pdf && cd - > /dev/null; \
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if [ "$$overfull" -gt 5 ]; then \
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echo " ⛔ Too many overflows ($$overfull) — review slide content"; \
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fi
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endef
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# Convenience aliases: v2ch01, v2ch02, ..., v2ch17
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# Each target explicitly calls the build function with vol2 paths
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v2ch01: svgs ; $(call build-chapter-impl,$(VOL2_SRC),$(VOL2_OUT),01_introduction)
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v2ch02: svgs ; $(call build-chapter-impl,$(VOL2_SRC),$(VOL2_OUT),02_compute_infrastructure)
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v2ch03: svgs ; $(call build-chapter-impl,$(VOL2_SRC),$(VOL2_OUT),03_network_fabrics)
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v2ch04: svgs ; $(call build-chapter-impl,$(VOL2_SRC),$(VOL2_OUT),04_data_storage)
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v2ch05: svgs ; $(call build-chapter-impl,$(VOL2_SRC),$(VOL2_OUT),05_distributed_training)
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v2ch06: svgs ; $(call build-chapter-impl,$(VOL2_SRC),$(VOL2_OUT),06_collective_communication)
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v2ch07: svgs ; $(call build-chapter-impl,$(VOL2_SRC),$(VOL2_OUT),07_fault_tolerance)
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v2ch08: svgs ; $(call build-chapter-impl,$(VOL2_SRC),$(VOL2_OUT),08_fleet_orchestration)
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v2ch09: svgs ; $(call build-chapter-impl,$(VOL2_SRC),$(VOL2_OUT),09_inference)
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v2ch10: svgs ; $(call build-chapter-impl,$(VOL2_SRC),$(VOL2_OUT),10_performance_engineering)
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v2ch11: svgs ; $(call build-chapter-impl,$(VOL2_SRC),$(VOL2_OUT),11_edge_intelligence)
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v2ch12: svgs ; $(call build-chapter-impl,$(VOL2_SRC),$(VOL2_OUT),12_ops_scale)
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v2ch13: svgs ; $(call build-chapter-impl,$(VOL2_SRC),$(VOL2_OUT),13_security_privacy)
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v2ch14: svgs ; $(call build-chapter-impl,$(VOL2_SRC),$(VOL2_OUT),14_robust_ai)
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v2ch15: svgs ; $(call build-chapter-impl,$(VOL2_SRC),$(VOL2_OUT),15_sustainable_ai)
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v2ch16: svgs ; $(call build-chapter-impl,$(VOL2_SRC),$(VOL2_OUT),16_responsible_ai)
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v2ch17: svgs ; $(call build-chapter-impl,$(VOL2_SRC),$(VOL2_OUT),17_conclusion)
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# =============================================================================
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# PPTX conversion (PDF → PowerPoint, image-based)
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# =============================================================================
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pptx: pptx-vol1 pptx-vol2
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pptx-vol1: vol1
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@echo "Converting Vol1 PDFs to PPTX..."
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@$(PDF2PPTX) $(VOL1_OUT)/*.pdf --output-dir $(VOL1_OUT) --dpi $(PPTX_DPI)
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pptx-vol2: vol2
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@echo "Converting Vol2 PDFs to PPTX..."
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@$(PDF2PPTX) $(VOL2_OUT)/*.pdf --output-dir $(VOL2_OUT) --dpi $(PPTX_DPI)
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# Per-chapter PPTX: pptx-ch01, pptx-ch02, ..., pptx-v2ch01, ...
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pptx-ch01: ch01 ; @$(PDF2PPTX) $(VOL1_OUT)/01_introduction.pdf --output-dir $(VOL1_OUT) --dpi $(PPTX_DPI)
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pptx-ch02: ch02 ; @$(PDF2PPTX) $(VOL1_OUT)/02_ml_systems.pdf --output-dir $(VOL1_OUT) --dpi $(PPTX_DPI)
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pptx-ch03: ch03 ; @$(PDF2PPTX) $(VOL1_OUT)/03_ml_workflow.pdf --output-dir $(VOL1_OUT) --dpi $(PPTX_DPI)
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pptx-ch04: ch04 ; @$(PDF2PPTX) $(VOL1_OUT)/04_data_engineering.pdf --output-dir $(VOL1_OUT) --dpi $(PPTX_DPI)
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pptx-ch05: ch05 ; @$(PDF2PPTX) $(VOL1_OUT)/05_nn_computation.pdf --output-dir $(VOL1_OUT) --dpi $(PPTX_DPI)
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pptx-ch06: ch06 ; @$(PDF2PPTX) $(VOL1_OUT)/06_nn_architectures.pdf --output-dir $(VOL1_OUT) --dpi $(PPTX_DPI)
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pptx-ch07: ch07 ; @$(PDF2PPTX) $(VOL1_OUT)/07_frameworks.pdf --output-dir $(VOL1_OUT) --dpi $(PPTX_DPI)
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pptx-ch08: ch08 ; @$(PDF2PPTX) $(VOL1_OUT)/08_training.pdf --output-dir $(VOL1_OUT) --dpi $(PPTX_DPI)
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pptx-ch09: ch09 ; @$(PDF2PPTX) $(VOL1_OUT)/09_data_selection.pdf --output-dir $(VOL1_OUT) --dpi $(PPTX_DPI)
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pptx-ch10: ch10 ; @$(PDF2PPTX) $(VOL1_OUT)/10_model_compression.pdf --output-dir $(VOL1_OUT) --dpi $(PPTX_DPI)
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pptx-ch11: ch11 ; @$(PDF2PPTX) $(VOL1_OUT)/11_hw_acceleration.pdf --output-dir $(VOL1_OUT) --dpi $(PPTX_DPI)
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pptx-ch12: ch12 ; @$(PDF2PPTX) $(VOL1_OUT)/12_benchmarking.pdf --output-dir $(VOL1_OUT) --dpi $(PPTX_DPI)
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pptx-ch13: ch13 ; @$(PDF2PPTX) $(VOL1_OUT)/13_model_serving.pdf --output-dir $(VOL1_OUT) --dpi $(PPTX_DPI)
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pptx-ch14: ch14 ; @$(PDF2PPTX) $(VOL1_OUT)/14_ml_ops.pdf --output-dir $(VOL1_OUT) --dpi $(PPTX_DPI)
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pptx-ch15: ch15 ; @$(PDF2PPTX) $(VOL1_OUT)/15_responsible_engr.pdf --output-dir $(VOL1_OUT) --dpi $(PPTX_DPI)
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pptx-ch16: ch16 ; @$(PDF2PPTX) $(VOL1_OUT)/16_conclusion.pdf --output-dir $(VOL1_OUT) --dpi $(PPTX_DPI)
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pptx-v2ch01: v2ch01 ; @$(PDF2PPTX) $(VOL2_OUT)/01_introduction.pdf --output-dir $(VOL2_OUT) --dpi $(PPTX_DPI)
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pptx-v2ch02: v2ch02 ; @$(PDF2PPTX) $(VOL2_OUT)/02_compute_infrastructure.pdf --output-dir $(VOL2_OUT) --dpi $(PPTX_DPI)
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pptx-v2ch03: v2ch03 ; @$(PDF2PPTX) $(VOL2_OUT)/03_network_fabrics.pdf --output-dir $(VOL2_OUT) --dpi $(PPTX_DPI)
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pptx-v2ch04: v2ch04 ; @$(PDF2PPTX) $(VOL2_OUT)/04_data_storage.pdf --output-dir $(VOL2_OUT) --dpi $(PPTX_DPI)
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pptx-v2ch05: v2ch05 ; @$(PDF2PPTX) $(VOL2_OUT)/05_distributed_training.pdf --output-dir $(VOL2_OUT) --dpi $(PPTX_DPI)
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pptx-v2ch06: v2ch06 ; @$(PDF2PPTX) $(VOL2_OUT)/06_collective_communication.pdf --output-dir $(VOL2_OUT) --dpi $(PPTX_DPI)
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pptx-v2ch07: v2ch07 ; @$(PDF2PPTX) $(VOL2_OUT)/07_fault_tolerance.pdf --output-dir $(VOL2_OUT) --dpi $(PPTX_DPI)
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pptx-v2ch08: v2ch08 ; @$(PDF2PPTX) $(VOL2_OUT)/08_fleet_orchestration.pdf --output-dir $(VOL2_OUT) --dpi $(PPTX_DPI)
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pptx-v2ch09: v2ch09 ; @$(PDF2PPTX) $(VOL2_OUT)/09_inference.pdf --output-dir $(VOL2_OUT) --dpi $(PPTX_DPI)
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pptx-v2ch10: v2ch10 ; @$(PDF2PPTX) $(VOL2_OUT)/10_performance_engineering.pdf --output-dir $(VOL2_OUT) --dpi $(PPTX_DPI)
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pptx-v2ch11: v2ch11 ; @$(PDF2PPTX) $(VOL2_OUT)/11_edge_intelligence.pdf --output-dir $(VOL2_OUT) --dpi $(PPTX_DPI)
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pptx-v2ch12: v2ch12 ; @$(PDF2PPTX) $(VOL2_OUT)/12_ops_scale.pdf --output-dir $(VOL2_OUT) --dpi $(PPTX_DPI)
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pptx-v2ch13: v2ch13 ; @$(PDF2PPTX) $(VOL2_OUT)/13_security_privacy.pdf --output-dir $(VOL2_OUT) --dpi $(PPTX_DPI)
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pptx-v2ch14: v2ch14 ; @$(PDF2PPTX) $(VOL2_OUT)/14_robust_ai.pdf --output-dir $(VOL2_OUT) --dpi $(PPTX_DPI)
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pptx-v2ch15: v2ch15 ; @$(PDF2PPTX) $(VOL2_OUT)/15_sustainable_ai.pdf --output-dir $(VOL2_OUT) --dpi $(PPTX_DPI)
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pptx-v2ch16: v2ch16 ; @$(PDF2PPTX) $(VOL2_OUT)/16_responsible_ai.pdf --output-dir $(VOL2_OUT) --dpi $(PPTX_DPI)
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pptx-v2ch17: v2ch17 ; @$(PDF2PPTX) $(VOL2_OUT)/17_conclusion.pdf --output-dir $(VOL2_OUT) --dpi $(PPTX_DPI)
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# =============================================================================
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# Clean build artifacts from source directories (keep them pristine)
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# =============================================================================
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clean:
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@echo "Cleaning build artifacts from source directories..."
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@find $(VOL1_SRC) $(VOL2_SRC) -type f \( \
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-name "*.aux" -o -name "*.log" -o -name "*.nav" -o \
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-name "*.out" -o -name "*.snm" -o -name "*.toc" -o \
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-name "*.vrb" -o -name "*.fls" -o -name "*.fdb_latexmk" -o \
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-name "*.synctex.gz" -o -name "*.bbl" -o -name "*.blg" \
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\) -delete 2>/dev/null
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@find $(VOL1_SRC) $(VOL2_SRC) -name "*.pdf" ! -path "*/images/*" -delete 2>/dev/null
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@rm -rf $(BUILD_DIR)
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@echo "Done. Source directories and build output are clean."
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# =============================================================================
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# Quality check: build + fail on significant overflows (> 10pt)
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# =============================================================================
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MAX_OVERFLOW := 10
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check: svgs
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@echo "Building with overflow check (max $(MAX_OVERFLOW)pt)..."
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@fail=0; \
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for ch_dir in $(VOL1_SRC)/*_*/ $(VOL2_SRC)/*_*/; do \
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[ -d "$$ch_dir" ] || continue; \
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tex_file=$$(ls $$ch_dir/*.tex 2>/dev/null | head -1); \
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[ -z "$$tex_file" ] && continue; \
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tex_name=$$(basename $$tex_file .tex); \
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cd $$ch_dir && \
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$(LATEX) $(LATEX_FLAGS) $$tex_name.tex > /dev/null 2>&1 && \
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$(LATEX) $(LATEX_FLAGS) $$tex_name.tex > /dev/null 2>&1; \
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bad=$$(grep "Overfull" $$tex_name.log 2>/dev/null | \
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sed 's/.*(\([0-9]*\)\..*/\1/' | \
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awk '{ if ($$1 > $(MAX_OVERFLOW)) print }' | wc -l | tr -d ' '); \
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if [ "$$bad" -gt 0 ]; then \
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echo " ✗ $$tex_name: $$bad overflows > $(MAX_OVERFLOW)pt"; \
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grep "Overfull" $$tex_name.log | sed 's/^/ /'; \
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fail=1; \
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else \
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echo " ✓ $$tex_name"; \
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fi; \
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rm -f *.aux *.log *.nav *.out *.snm *.toc *.vrb *.fls *.fdb_latexmk *.synctex.gz $$tex_name.pdf; \
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cd - > /dev/null; \
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done; \
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if [ "$$fail" -eq 1 ]; then \
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echo ""; echo "⛔ FAILED: Some slides have overflows > $(MAX_OVERFLOW)pt"; exit 1; \
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else \
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echo ""; echo "✓ All slides pass overflow check"; \
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fi
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